Content

Rのパッケージに含まれるデータセットの例です。
  • データセットのクラスがmatrixまたはdata.frameの場合、表示する列数は最大20としています。
  • 表示は上から“パッケージ名”、“データセット名”、“データセットタイトル”そして“データセット”です。
[1] "maps"
[1] "canada.cities"
[1] "Database of Canadian cities"
                                    name country.etc     pop   lat    long capital
1                          Abbotsford BC          BC  157795 49.06 -122.30       0
2                               Acton ON          ON    8308 43.63  -80.03       0
3                          Acton Vale QC          QC    5153 45.63  -72.57       0
4                             Airdrie AB          AB   25863 51.30 -114.02       0
5                             Aklavik NT          NT     643 68.22 -135.00       0
6                             Albanel QC          QC    1090 48.87  -72.42       0
7                            Alberton PE          PE    1154 46.80  -64.07       0
8                          Aldergrove BC          BC   11972 49.06 -122.50       0
9                             Alencon QC          QC    1427 46.07  -73.13       0
10                         Alexandria ON          ON    3604 45.30  -74.63       0
11                             Alfred QC          QC    1442 45.55  -74.87       0
12                           Alliston ON          ON   10353 44.15  -79.87       0
13                               Alma QC          QC   29880 48.55  -71.66       0
14                            Almonte ON          ON    4984 45.22  -76.20       0
15                             Altona MB          MB    3647 49.10  -97.57       0
16                            Amherst NS          NS    9297 45.83  -64.21       0
17                        Amherstburg ON          ON   11605 42.10  -83.10       0
18                        Amigo Beach ON          ON    1145 44.77  -79.34       0
19                               Amos QC          QC   10472 48.57  -78.14       0
20                              Amqui QC          QC    5135 48.47  -67.43       0
21                       Angus-Borden ON          ON   10399 44.32  -79.88       0
22                         Antigonish NS          NS    4957 45.62  -61.97       0
23                          Armstrong BC          BC    4278 50.45 -119.18       0
24                      Arnold's Cove NL          NL     914 47.77  -53.99       0
25                           Arnprior ON          ON    9729 45.43  -76.37       0
26                             Arthur ON          ON    2443 43.83  -80.53       0
27                           Asbestos QC          QC    7284 45.78  -71.95       0
28                           Ashcroft BC          BC    1797 50.72 -121.27       0
29                         Assiniboia SK          SK    2282 49.62 -105.98       0
30                          Athabasca AB          AB    2569 54.72 -113.27       0
31                           Atikokan ON          ON    3808 48.75  -91.62       0
32                       Attawapiskat ON          ON    1383 52.92  -82.43       0
33                             Aylmer ON          ON    7623 42.78  -80.98       0
34                                Ayr ON          ON    3889 43.28  -80.45       0
35                         Bagotville QC          QC    1085 48.35  -70.88       0
36                        Baie-Comeau QC          QC   10472 49.22  -68.16       0
37                    Baie-Saint-Paul QC          QC    4528 47.43  -70.50       0
38                              Banff AB          AB    7590 51.17 -115.57       0
39                           Barraute QC          QC    1184 48.43  -77.63       0
40                           Barrhead AB          AB    4482 54.12 -114.40       0
41                             Barrie ON          ON  198492 44.38  -79.68       0
42                        Barry's Bay ON          ON    1347 45.48  -77.68       0
43                            Bassano AB          AB    1404 50.78 -112.47       0
44                           Bathurst NB          NB   18683 47.62  -65.65       0
45                        Bay Roberts NL          NL   14975 47.59  -53.29       0
46                         Beamsville ON          ON    9677 43.17  -79.47       0
47                        Beauceville QC          QC    4496 46.20  -70.77       0
48                           Beaumont AB          AB    7453 53.35 -113.42       0
49                            Beaupre QC          QC    5306 47.05  -70.88       0
50                         Beausejour MB          MB    2913 50.07  -96.52       0
51                        Beaverlodge AB          AB    2245 55.20 -119.45       0
52                          Beaverton ON          ON    3279 44.43  -79.15       0
53                            Bedford QC          QC    2720 45.12  -72.98       0
54                             Beeton ON          ON    4088 44.11  -79.79       0
55                         Belleville ON          ON   66198 44.17  -77.38       0
56                            Belmont ON          ON    1946 42.88  -81.06       0
57                            Beloeil QC          QC   43168 45.55  -73.23       0
58                       Bernierville QC          QC    1386 46.10  -71.54       0
59                      Berthierville QC          QC    4427 46.08  -73.17       0
60                            Berwick NS          NS    2250 45.03  -64.73       0
61                        Betsiamites QC          QC    1658 48.95  -68.65       0
62                             Biggar SK          SK    2034 52.05 -107.98       0
63                     Bishop's Falls NL          NL    3219 49.02  -55.52       0
64                      Black Diamond AB          AB    3706 50.70 -114.23       0
65                         Blackfalds AB          AB    3236 52.38 -113.80       0
66                          Blairmore AB          AB    2120 49.60 -114.43       0
67                           Blenheim ON          ON    5129 42.33  -82.00       0
68                          Blind Bay BC          BC    1429 50.85 -119.35       0
69                        Blind River ON          ON    3004 46.18  -82.95       0
70                         Bobcaygeon ON          ON    3053 44.53  -78.55       0
71                         Boissevain MB          MB    1571 49.23 -100.05       0
72                             Bolton ON          ON   21985 43.88  -79.73       0
73                         Bon Accord AB          AB    1630 53.83 -113.42       0
74                        Bonaventure QC          QC    1485 48.05  -65.47       0
75                          Bonavista NL          NL    3580 48.65  -53.13       0
76                         Bonnyville AB          AB    6073 54.27 -110.75       0
77                            Botwood NL          NL    2876 49.15  -55.37       0
78                         Bouctouche NB          NB    1880 46.48  -64.72       0
79                            Bourget ON          ON    1075 45.44  -75.16       0
80                         Bow Island AB          AB    1813 49.87 -111.37       0
81              Bowmanville-Newcastle ON          ON   34825 43.90  -78.68       0
82                        Bracebridge ON          ON    8342 45.03  -79.30       0
83                           Bradford ON          ON   19278 44.12  -79.56       0
84                            Brandon MB          MB   25134 49.84  -99.96       0
85                          Brantford ON          ON   87972 43.15  -80.26       0
86      Bridgenorth-Chemong Park Area ON          ON    2438 44.50  -78.33       0
87                         Bridgetown NS          NS    1053 44.85  -65.15       0
88                        Bridgewater NS          NS    8147 44.38  -64.52       0
89                           Brighton ON          ON    5218 44.03  -77.73       0
90                         Brockville ON          ON   24083 44.61  -75.70       0
91                            Bromont QC          QC    1046 45.28  -72.65       0
92                           Brooklin ON          ON    6192 43.95  -78.96       0
93                             Brooks AB          AB   13045 50.57 -111.91       0
94                          Brookside NS          NS    1227 44.72  -63.38       0
95                         Brownsburg QC          QC    2606 45.68  -74.40       0
96                           Brussels ON          ON    1223 43.75  -81.25       0
97                         Buckingham QC          QC   21448 45.58  -75.42       0
98                            Burford ON          ON    1969 43.11  -80.42       0
99                             Burgeo NL          NL    1591 47.60  -57.63       0
100                        Burns Lake BC          BC    2637 54.22 -125.77       0
101                            Cabano QC          QC    2719 47.68  -68.88       0
102                       Cache Creek BC          BC    1061 50.80 -121.32       0
103                      Caledon East ON          ON    2112 43.87  -79.87       0
104                           Caledon ON          ON    1766 43.81  -79.83       0
105                         Caledonia ON          ON    9180 43.07  -79.95       0
106                           Calgary AB          AB  991432 51.05 -114.06       0
107                            Calmar AB          AB    2023 53.25 -113.78       0
108                    Campbell River BC          BC   33972 49.99 -125.23       0
109                      Campbellford ON          ON    3931 44.30  -77.80       0
110                       Campbellton NB          NB   11967 48.00  -66.68       0
111                           Camrose AB          AB   15889 53.02 -112.84       0
112                           Canmore AB          AB   12834 51.09 -115.35       0
113                        Cannington ON          ON    2147 44.35  -79.03       0
114                            Canora SK          SK    2022 51.63 -102.43       0
115                    Cap-aux-Meules QC          QC    1692 47.38  -61.87       0
116                          Cap-Chat QC          QC    1471 49.08  -66.68       0
117                           Capreol ON          ON    3713 46.70  -80.92       0
118                          Caraquet NB          NB    4583 47.78  -64.95       0
119                          Carberry MB          MB    1590 49.87  -99.35       0
120                         Carbonear NL          NL    6665 47.75  -53.24       0
121                          Cardinal ON          ON    1860 44.78  -75.37       0
122                          Cardston AB          AB    3697 49.20 -113.32       0
123                   Carleton Centre QC          QC    1098 48.10  -66.10       0
124                    Carleton Place ON          ON    9867 45.13  -76.13       0
125                          Carlisle ON          ON    2332 43.15  -81.54       0
126                           Carlyle SK          SK    1158 49.63 -102.27       0
127                            Carman MB          MB    2975 49.50  -98.00       0
128                          Carnduff SK          SK     935 49.17 -101.78       0
129                         Caronport SK          SK     956 50.45 -105.82       0
130                            Carrot SK          SK     935 53.28 -103.58       0
131                         Carstairs AB          AB    2398 51.53 -114.10       0
132                         Casselman ON          ON    3113 45.30  -75.08       0
133                         Castlegar BC          BC    8722 49.32 -117.67       0
134                          Catalina NL          NL    1322 48.52  -53.08       0
135                        Causapscal QC          QC    2040 48.35  -67.22       0
136                            Cayuga ON          ON    1757 42.93  -79.95       0
137                  Central Okanagan BC          BC   37041 50.03 -119.87       0
138                          Chandler QC          QC    2873 48.33  -64.67       0
139          Channel-Port aux Basques NL          NL    4123 47.58  -59.17       0
140                           Chapais QC          QC    1831 49.78  -74.87       0
141                          Chapleau ON          ON    3029 47.83  -83.40       0
142                     Charlottetown PE          PE   43540 46.24  -63.14       2
143                             Chase BC          BC    2473 50.82 -119.68       0
144               Chateau Lake Louise AB          AB    1107 51.43 -116.18       0
145                    Chateau-Richer MB          MB    1961 49.65  -96.45       0
146                           Chatham ON          ON   44598 42.41  -82.19       0
147               Chatham-Douglastown NB          NB   13235 47.03  -65.46       0
148                         Chemainus BC          BC    2720 48.92 -123.70       0
149                           Chesley ON          ON    2011 44.30  -81.10       0
150                           Chester NS          NS    1517 44.53  -64.23       0
151                       Chestermere AB          AB    3632 51.06 -113.78       0
152                      Chesterville ON          ON    1602 45.10  -75.22       0
153                          Chetwynd BC          BC    2589 55.70 -121.62       0
154                       Chibougamou QC          QC    7638 49.87  -74.35       0
155              Chicoutimi-Jonquiere QC          QC  110582 48.43  -71.08       0
156                        Chilliwack BC          BC   51980 49.17 -121.96       0
157                         Chisasibi QC          QC    3536 53.79  -78.94       0
158                Chute-aux-Outardes BC          BC    2007 49.12  -68.38       0
159                         Clairmont AB          AB    1500 55.27 -118.80       0
160         Clarenville-Shoal Harbour NL          NL    3402 48.15  -53.97       0
161                        Claresholm AB          AB    3853 50.03 -113.58       0
162                          Clermont QC          QC    2922 47.68  -70.23       0
163                           Clinton ON          ON    3334 43.60  -81.53       0
164                       Clyde River NU          NU    1054 70.46  -68.63       0
165                          Coaldale AB          AB    6391 49.73 -112.62       0
166                         Coalhurst AB          AB    1570 49.74 -112.92       0
 [ reached getOption("max.print") -- omitted 750 rows ]
[1] "maps"
[1] "county.fips"
[1] "FIPS county codes for US County Map"
      fips                            polyname
1     1001                     alabama,autauga
2     1003                     alabama,baldwin
3     1005                     alabama,barbour
4     1007                        alabama,bibb
5     1009                      alabama,blount
6     1011                     alabama,bullock
7     1013                      alabama,butler
8     1015                     alabama,calhoun
9     1017                    alabama,chambers
10    1019                    alabama,cherokee
11    1021                     alabama,chilton
12    1023                     alabama,choctaw
13    1025                      alabama,clarke
14    1027                        alabama,clay
15    1029                    alabama,cleburne
16    1031                      alabama,coffee
17    1033                     alabama,colbert
18    1035                     alabama,conecuh
19    1037                       alabama,coosa
20    1039                   alabama,covington
21    1041                    alabama,crenshaw
22    1043                     alabama,cullman
23    1045                        alabama,dale
24    1047                      alabama,dallas
25    1049                     alabama,de kalb
26    1051                      alabama,elmore
27    1053                    alabama,escambia
28    1055                      alabama,etowah
29    1057                     alabama,fayette
30    1059                    alabama,franklin
31    1061                      alabama,geneva
32    1063                      alabama,greene
33    1065                        alabama,hale
34    1067                       alabama,henry
35    1069                     alabama,houston
36    1071                     alabama,jackson
37    1073                   alabama,jefferson
38    1075                       alabama,lamar
39    1077                  alabama,lauderdale
40    1079                    alabama,lawrence
41    1081                         alabama,lee
42    1083                   alabama,limestone
43    1085                     alabama,lowndes
44    1087                       alabama,macon
45    1089                     alabama,madison
46    1091                     alabama,marengo
47    1093                      alabama,marion
48    1095                    alabama,marshall
49    1097                      alabama,mobile
50    1099                      alabama,monroe
51    1101                  alabama,montgomery
52    1103                      alabama,morgan
53    1105                       alabama,perry
54    1107                     alabama,pickens
55    1109                        alabama,pike
56    1111                    alabama,randolph
57    1113                     alabama,russell
58    1115                    alabama,st clair
59    1117                      alabama,shelby
60    1119                      alabama,sumter
61    1121                   alabama,talladega
62    1123                  alabama,tallapoosa
63    1125                  alabama,tuscaloosa
64    1127                      alabama,walker
65    1129                  alabama,washington
66    1131                      alabama,wilcox
67    1133                     alabama,winston
68    4001                      arizona,apache
69    4003                     arizona,cochise
70    4005                    arizona,coconino
71    4007                        arizona,gila
72    4009                      arizona,graham
73    4011                    arizona,greenlee
74    4012                      arizona,la paz
75    4013                    arizona,maricopa
76    4015                      arizona,mohave
77    4017                      arizona,navajo
78    4019                        arizona,pima
79    4021                       arizona,pinal
80    4023                  arizona,santa cruz
81    4025                     arizona,yavapai
82    4027                        arizona,yuma
83    5001                   arkansas,arkansas
84    5003                     arkansas,ashley
85    5005                     arkansas,baxter
86    5007                     arkansas,benton
87    5009                      arkansas,boone
88    5011                    arkansas,bradley
89    5013                    arkansas,calhoun
90    5015                    arkansas,carroll
91    5017                     arkansas,chicot
92    5019                      arkansas,clark
93    5021                       arkansas,clay
94    5023                   arkansas,cleburne
95    5025                  arkansas,cleveland
96    5027                   arkansas,columbia
97    5029                     arkansas,conway
98    5031                  arkansas,craighead
99    5033                   arkansas,crawford
100   5035                 arkansas,crittenden
101   5037                      arkansas,cross
102   5039                     arkansas,dallas
103   5041                      arkansas,desha
104   5043                       arkansas,drew
105   5045                   arkansas,faulkner
106   5047                   arkansas,franklin
107   5049                     arkansas,fulton
108   5051                    arkansas,garland
109   5053                      arkansas,grant
110   5055                     arkansas,greene
111   5057                  arkansas,hempstead
112   5059                 arkansas,hot spring
113   5061                     arkansas,howard
114   5063               arkansas,independence
115   5065                      arkansas,izard
116   5067                    arkansas,jackson
117   5069                  arkansas,jefferson
118   5071                    arkansas,johnson
119   5073                  arkansas,lafayette
120   5075                   arkansas,lawrence
121   5077                        arkansas,lee
122   5079                    arkansas,lincoln
123   5081               arkansas,little river
124   5083                      arkansas,logan
125   5085                     arkansas,lonoke
126   5087                    arkansas,madison
127   5089                     arkansas,marion
128   5091                     arkansas,miller
129   5093                arkansas,mississippi
130   5095                     arkansas,monroe
131   5097                 arkansas,montgomery
132   5099                     arkansas,nevada
133   5101                     arkansas,newton
134   5103                   arkansas,ouachita
135   5105                      arkansas,perry
136   5107                   arkansas,phillips
137   5109                       arkansas,pike
138   5111                   arkansas,poinsett
139   5113                       arkansas,polk
140   5115                       arkansas,pope
141   5117                    arkansas,prairie
142   5119                    arkansas,pulaski
143   5121                   arkansas,randolph
144   5123                 arkansas,st francis
145   5125                     arkansas,saline
146   5127                      arkansas,scott
147   5129                     arkansas,searcy
148   5131                  arkansas,sebastian
149   5133                     arkansas,sevier
150   5135                      arkansas,sharp
151   5137                      arkansas,stone
152   5139                      arkansas,union
153   5141                  arkansas,van buren
154   5143                 arkansas,washington
155   5145                      arkansas,white
156   5147                   arkansas,woodruff
157   5149                       arkansas,yell
158   6001                  california,alameda
159   6003                   california,alpine
160   6005                   california,amador
161   6007                    california,butte
162   6009                california,calaveras
163   6011                   california,colusa
164   6013             california,contra costa
165   6015                california,del norte
166   6017                california,el dorado
167   6019                   california,fresno
168   6021                    california,glenn
169   6023                 california,humboldt
170   6025                 california,imperial
171   6027                     california,inyo
172   6029                     california,kern
173   6031                    california,kings
174   6033                     california,lake
175   6035                   california,lassen
176   6037              california,los angeles
177   6039                   california,madera
178   6041                    california,marin
179   6043                 california,mariposa
180   6045                california,mendocino
181   6047                   california,merced
182   6049                    california,modoc
183   6051                     california,mono
184   6053                 california,monterey
185   6055                     california,napa
186   6057                   california,nevada
187   6059                   california,orange
188   6061                   california,placer
189   6063                   california,plumas
190   6065                california,riverside
191   6067               california,sacramento
192   6069               california,san benito
193   6071           california,san bernardino
194   6073                california,san diego
195   6075            california,san francisco
196   6077              california,san joaquin
197   6079          california,san luis obispo
198   6081                california,san mateo
199   6083            california,santa barbara
200   6085              california,santa clara
201   6087               california,santa cruz
202   6089                   california,shasta
203   6091                   california,sierra
204   6093                 california,siskiyou
205   6095                   california,solano
206   6097                   california,sonoma
207   6099               california,stanislaus
208   6101                   california,sutter
209   6103                   california,tehama
210   6105                  california,trinity
211   6107                   california,tulare
212   6109                 california,tuolumne
213   6111                  california,ventura
214   6113                     california,yolo
215   6115                     california,yuba
216   8001                      colorado,adams
217   8003                    colorado,alamosa
218   8005                   colorado,arapahoe
219   8007                  colorado,archuleta
220   8009                       colorado,baca
221   8011                       colorado,bent
222   8013                    colorado,boulder
223   8014                 colorado,broomfield
224   8015                    colorado,chaffee
225   8017                   colorado,cheyenne
226   8019                colorado,clear creek
227   8021                    colorado,conejos
228   8023                   colorado,costilla
229   8025                    colorado,crowley
230   8027                     colorado,custer
231   8029                      colorado,delta
232   8031                     colorado,denver
233   8033                    colorado,dolores
234   8035                    colorado,douglas
235   8037                      colorado,eagle
236   8039                     colorado,elbert
237   8041                    colorado,el paso
238   8043                    colorado,fremont
239   8045                   colorado,garfield
240   8047                     colorado,gilpin
241   8049                      colorado,grand
242   8051                   colorado,gunnison
243   8053                   colorado,hinsdale
244   8055                   colorado,huerfano
245   8057                    colorado,jackson
246   8059                  colorado,jefferson
247   8061                      colorado,kiowa
248   8063                 colorado,kit carson
249   8065                       colorado,lake
250   8067                   colorado,la plata
251   8069                    colorado,larimer
252   8071                 colorado,las animas
253   8073                    colorado,lincoln
254   8075                      colorado,logan
255   8077                       colorado,mesa
256   8079                    colorado,mineral
257   8081                     colorado,moffat
258   8083                  colorado,montezuma
259   8085                   colorado,montrose
260   8087                     colorado,morgan
261   8089                      colorado,otero
262   8091                      colorado,ouray
263   8093                       colorado,park
264   8095                   colorado,phillips
265   8097                     colorado,pitkin
266   8099                    colorado,prowers
267   8101                     colorado,pueblo
268   8103                 colorado,rio blanco
269   8105                 colorado,rio grande
270   8107                      colorado,routt
271   8109                   colorado,saguache
272   8111                   colorado,san juan
273   8113                 colorado,san miguel
274   8115                   colorado,sedgwick
275   8117                     colorado,summit
276   8119                     colorado,teller
277   8121                 colorado,washington
278   8123                       colorado,weld
279   8125                       colorado,yuma
280   9001               connecticut,fairfield
281   9003                connecticut,hartford
282   9005              connecticut,litchfield
283   9007               connecticut,middlesex
284   9009               connecticut,new haven
285   9011              connecticut,new london
286   9013                 connecticut,tolland
287   9015                 connecticut,windham
288  10001                       delaware,kent
289  10003                 delaware,new castle
290  10005                     delaware,sussex
291  11001     district of columbia,washington
292  12001                     florida,alachua
293  12003                       florida,baker
294  12005                         florida,bay
295  12007                    florida,bradford
296  12009                     florida,brevard
297  12011                     florida,broward
298  12013                     florida,calhoun
299  12015                   florida,charlotte
300  12017                      florida,citrus
301  12019                        florida,clay
302  12021                     florida,collier
303  12023                    florida,columbia
304  12086                  florida,miami-dade
305  12027                     florida,de soto
306  12029                       florida,dixie
307  12031                       florida,duval
308  12033                    florida,escambia
309  12035                     florida,flagler
310  12037                    florida,franklin
311  12039                     florida,gadsden
312  12041                   florida,gilchrist
313  12043                      florida,glades
314  12045                        florida,gulf
315  12047                    florida,hamilton
316  12049                      florida,hardee
317  12051                      florida,hendry
318  12053                    florida,hernando
319  12055                   florida,highlands
320  12057                florida,hillsborough
321  12059                      florida,holmes
322  12061                florida,indian river
323  12063                     florida,jackson
324  12065                   florida,jefferson
325  12067                   florida,lafayette
326  12069                        florida,lake
327  12071                         florida,lee
328  12073                        florida,leon
329  12075                        florida,levy
330  12077                     florida,liberty
331  12079                     florida,madison
332  12081                     florida,manatee
333  12083                      florida,marion
334  12085                      florida,martin
335  12087                      florida,monroe
336  12089                      florida,nassau
337  12091               florida,okaloosa:main
338  12091               florida,okaloosa:spit
339  12093                  florida,okeechobee
340  12095                      florida,orange
341  12097                     florida,osceola
342  12099                  florida,palm beach
343  12101                       florida,pasco
344  12103                    florida,pinellas
345  12105                        florida,polk
346  12107                      florida,putnam
347  12109                    florida,st johns
348  12111                    florida,st lucie
349  12113                  florida,santa rosa
350  12115                    florida,sarasota
351  12117                    florida,seminole
352  12119                      florida,sumter
353  12121                    florida,suwannee
354  12123                      florida,taylor
355  12125                       florida,union
356  12127                     florida,volusia
357  12129                     florida,wakulla
358  12131                      florida,walton
359  12133                  florida,washington
360  13001                     georgia,appling
361  13003                    georgia,atkinson
362  13005                       georgia,bacon
363  13007                       georgia,baker
364  13009                     georgia,baldwin
365  13011                       georgia,banks
366  13013                      georgia,barrow
367  13015                      georgia,bartow
368  13017                    georgia,ben hill
369  13019                     georgia,berrien
370  13021                        georgia,bibb
371  13023                    georgia,bleckley
372  13025                    georgia,brantley
373  13027                      georgia,brooks
374  13029                       georgia,bryan
375  13031                     georgia,bulloch
376  13033                       georgia,burke
377  13035                       georgia,butts
378  13037                     georgia,calhoun
379  13039                      georgia,camden
380  13043                     georgia,candler
381  13045                     georgia,carroll
382  13047                     georgia,catoosa
383  13049                    georgia,charlton
384  13051                     georgia,chatham
385  13053               georgia,chattahoochee
386  13055                   georgia,chattooga
387  13057                    georgia,cherokee
388  13059                      georgia,clarke
389  13061                        georgia,clay
390  13063                     georgia,clayton
391  13065                      georgia,clinch
392  13067                        georgia,cobb
393  13069                      georgia,coffee
394  13071                    georgia,colquitt
395  13073                    georgia,columbia
396  13075                        georgia,cook
397  13077                      georgia,coweta
398  13079                    georgia,crawford
399  13081                       georgia,crisp
400  13083                        georgia,dade
401  13085                      georgia,dawson
402  13087                     georgia,decatur
403  13089                     georgia,de kalb
404  13091                       georgia,dodge
405  13093                       georgia,dooly
406  13095                   georgia,dougherty
407  13097                     georgia,douglas
408  13099                       georgia,early
409  13101                      georgia,echols
410  13103                   georgia,effingham
411  13105                      georgia,elbert
412  13107                     georgia,emanuel
413  13109                       georgia,evans
414  13111                      georgia,fannin
415  13113                     georgia,fayette
416  13115                       georgia,floyd
417  13117                     georgia,forsyth
418  13119                    georgia,franklin
419  13121                      georgia,fulton
420  13123                      georgia,gilmer
421  13125                    georgia,glascock
422  13127                       georgia,glynn
423  13129                      georgia,gordon
424  13131                       georgia,grady
425  13133                      georgia,greene
426  13135                    georgia,gwinnett
427  13137                   georgia,habersham
428  13139                        georgia,hall
429  13141                     georgia,hancock
430  13143                    georgia,haralson
431  13145                      georgia,harris
432  13147                        georgia,hart
433  13149                       georgia,heard
434  13151                       georgia,henry
435  13153                     georgia,houston
436  13155                       georgia,irwin
437  13157                     georgia,jackson
438  13159                      georgia,jasper
439  13161                  georgia,jeff davis
440  13163                   georgia,jefferson
441  13165                     georgia,jenkins
442  13167                     georgia,johnson
443  13169                       georgia,jones
444  13171                       georgia,lamar
445  13173                      georgia,lanier
446  13175                     georgia,laurens
447  13177                         georgia,lee
448  13179                     georgia,liberty
449  13181                     georgia,lincoln
450  13183                        georgia,long
451  13185                     georgia,lowndes
452  13187                     georgia,lumpkin
453  13189                    georgia,mcduffie
454  13191                    georgia,mcintosh
455  13193                       georgia,macon
456  13195                     georgia,madison
457  13197                      georgia,marion
458  13199                  georgia,meriwether
459  13201                      georgia,miller
460  13205                    georgia,mitchell
461  13207                      georgia,monroe
462  13209                  georgia,montgomery
463  13211                      georgia,morgan
464  13213                      georgia,murray
465  13215                    georgia,muscogee
466  13217                      georgia,newton
467  13219                      georgia,oconee
468  13221                  georgia,oglethorpe
469  13223                    georgia,paulding
470  13225                       georgia,peach
471  13227                     georgia,pickens
472  13229                      georgia,pierce
473  13231                        georgia,pike
474  13233                        georgia,polk
475  13235                     georgia,pulaski
476  13237                      georgia,putnam
477  13239                     georgia,quitman
478  13241                       georgia,rabun
479  13243                    georgia,randolph
480  13245                    georgia,richmond
481  13247                    georgia,rockdale
482  13249                      georgia,schley
483  13251                     georgia,screven
484  13253                    georgia,seminole
485  13255                    georgia,spalding
486  13257                    georgia,stephens
487  13259                     georgia,stewart
488  13261                      georgia,sumter
489  13263                      georgia,talbot
490  13265                  georgia,taliaferro
491  13267                    georgia,tattnall
492  13269                      georgia,taylor
493  13271                     georgia,telfair
494  13273                     georgia,terrell
495  13275                      georgia,thomas
496  13277                        georgia,tift
497  13279                      georgia,toombs
498  13281                       georgia,towns
499  13283                    georgia,treutlen
500  13285                       georgia,troup
 [ reached getOption("max.print") -- omitted 2585 rows ]
[1] "maps"
[1] "countyMapEnv"
[1] "United States County Map"
[1] "R_MAP_DATA_DIR"
[1] "maps"
[1] "franceMapEnv"
[1] "France Map"
[1] "R_MAP_DATA_DIR"
[1] "maps"
[1] "iso3166"
[1] "ISO 3166 country codes (2 or 3 letters) and sovereignty."
    a2  a3                                              ISOname                                mapname                      sovereignty
1   AW ABW                                                Aruba                                  Aruba                      Netherlands
2   AF AFG                                          Afghanistan                            Afghanistan                      Afghanistan
3   AO AGO                                               Angola                                 Angola                           Angola
4   AI AIA                                             Anguilla                               Anguilla                         Anguilla
5   AX ALA                                        Aland Islands                  Finland:Aland Islands                          Finland
6   AL ALB                                              Albania                                Albania                          Albania
7   AD AND                                              Andorra                                Andorra                          Andorra
8   AE ARE                                 United Arab Emirates                   United Arab Emirates             United Arab Emirates
9   AR ARG                                            Argentina                              Argentina                        Argentina
10  AM ARM                                              Armenia                                Armenia                          Armenia
11  AS ASM                                       American Samoa                         American Samoa                              USA
12  AQ ATA                                           Antarctica                             Antarctica                       Antarctica
13  TF ATF                  French Southern and Antarctic Lands    French Southern and Antarctic Lands                           France
14  AG ATG                                  Antigua and Barbuda                                Barbuda              Antigua and Barbuda
15  AG ATG                                  Antigua and Barbuda                                Antigua              Antigua and Barbuda
16  AU AUS                                            Australia                              Australia                        Australia
17  AT AUT                                              Austria                                Austria                          Austria
18  AZ AZE                                           Azerbaijan                             Azerbaijan                       Azerbaijan
19  BI BDI                                              Burundi                                Burundi                          Burundi
20  BE BEL                                              Belgium                                Belgium                          Belgium
21  BJ BEN                                                Benin                                  Benin                            Benin
22  BQ BES                     Bonaire, Sint Eustatius and Saba                                Bonaire                      Netherlands
23  BQ BES                     Bonaire, Sint Eustatius and Saba                         Sint Eustatius                      Netherlands
24  BQ BES                     Bonaire, Sint Eustatius and Saba                                   Saba                      Netherlands
25  BF BFA                                         Burkina Faso                           Burkina Faso                     Burkina Faso
26  BD BGD                                           Bangladesh                             Bangladesh                       Bangladesh
27  BG BGR                                             Bulgaria                               Bulgaria                         Bulgaria
28  BH BHR                                              Bahrain                                Bahrain                          Bahrain
29  BS BHS                                              Bahamas                                Bahamas                          Bahamas
30  BA BIH                               Bosnia and Herzegovina                 Bosnia and Herzegovina           Bosnia and Herzegovina
31  BL BLM                                     Saint Barthelemy                       Saint Barthelemy                           France
32  BY BLR                                              Belarus                                Belarus                          Belarus
33  BZ BLZ                                               Belize                                 Belize                           Belize
34  BM BMU                                              Bermuda                                Bermuda                               UK
35  BO BOL                      Bolivia, Plurinational State of                                Bolivia                          Bolivia
36  BR BRA                                               Brazil                                 Brazil                           Brazil
37  BB BRB                                             Barbados                               Barbados                         Barbados
38  BN BRN                                    Brunei Darussalam                                 Brunei                           Brunei
39  BT BTN                                               Bhutan                                 Bhutan                           Bhutan
40  BV BVT                                        Bouvet Island                          Bouvet Island                           Norway
41  BW BWA                                             Botswana                               Botswana                         Botswana
42  CF CAF                             Central African Republic               Central African Republic         Central African Republic
43  CA CAN                                               Canada                                 Canada                           Canada
44  CC CCK                              Cocos (Keeling) Islands                          Cocos Islands                        Australia
45  CH CHE                                          Switzerland                            Switzerland                      Switzerland
46  CL CHL                                                Chile                                  Chile                            Chile
47  CN CHN                                                China             China(?!:Hong Kong|:Macao)                            China
48  CN CHN                                      Paracel Islands                        Paracel Islands                            China
49  CI CIV                                        Cote d'Ivoire                            Ivory Coast                      Ivory Coast
50  CM CMR                                             Cameroon                               Cameroon                         Cameroon
51  CD COD                     Democratic Republic of the Congo       Democratic Republic of the Congo Democratic Republic of the Congo
52  CG COG                                    Republic of Congo                      Republic of Congo                Republic of Congo
53  CK COK                                         Cook Islands                           Cook Islands                     Cook Islands
54  CO COL                                             Colombia                               Colombia                         Colombia
55  KM COM                                              Comoros                                Comoros                          Comoros
56  CV CPV                                           Cape Verde                             Cape Verde                       Cape Verde
57  CR CRI                                           Costa Rica                             Costa Rica                       Costa Rica
58  CU CUB                                                 Cuba                                   Cuba                             Cuba
59  CW CUW                                              Curacao                                Curacao                      Netherlands
60  CX CXR                                     Christmas Island                       Christmas Island                        Australia
61  KY CYM                                       Cayman Islands                         Cayman Islands                               UK
62  CY CYP                                               Cyprus                                 Cyprus                           Cyprus
63  CZ CZE                                       Czech Republic                         Czech Republic                   Czech Republic
64  DE DEU                                              Germany                                Germany                          Germany
65  DJ DJI                                             Djibouti                               Djibouti                         Djibouti
66  DM DMA                                             Dominica                               Dominica                         Dominica
67  DK DNK                                              Denmark                                Denmark                          Denmark
68  DO DOM                                   Dominican Republic                     Dominican Republic               Dominican Republic
69  DZ DZA                                              Algeria                                Algeria                          Algeria
70  EC ECU                                              Ecuador                                Ecuador                          Ecuador
71  EG EGY                                                Egypt                                  Egypt                            Egypt
72  ER ERI                                              Eritrea                                Eritrea                          Eritrea
73  EH ESH                                       Western Sahara                         Western Sahara                   Western Sahara
74  ES ESP                                                Spain                                  Spain                            Spain
75  ES ESP                                                Spain                         Canary Islands                            Spain
76  EE EST                                              Estonia                                Estonia                          Estonia
77  ET ETH                                             Ethiopia                               Ethiopia                         Ethiopia
78  FI FIN                                              Finland                      Finland(?!:Aland)                          Finland
79  FJ FJI                                                 Fiji                                   Fiji                             Fiji
80  FK FLK                          Falkland Islands (Malvinas)                       Falkland Islands                               UK
81  FR FRA                                               France                                 France                           France
82  FR FRA                                    Clipperton Island                      Clipperton Island                           France
83  FO FRO                                        Faroe Islands                          Faroe Islands                          Denmark
84  FM FSM                       Federated States of Micronesia                             Micronesia                       Micronesia
85  GA GAB                                                Gabon                                  Gabon                            Gabon
86  GB GBR United Kingdom of Great Britain and Northern Ireland                                UK(?!r)                               UK
87  GE GEO                                              Georgia                                Georgia                          Georgia
88  GG GGY                                             Guernsey                               Guernsey                         Guernsey
89  GH GHA                                                Ghana                                  Ghana                            Ghana
90  GI GIB                                            Gibraltar                              Gibraltar                               UK
91  GN GIN                                               Guinea                                 Guinea                           Guinea
92  GP GLP                                           Guadeloupe                             Guadeloupe                           France
93  GM GMB                                               Gambia                                 Gambia                           Gambia
94  GW GNB                                        Guinea-Bissau                          Guinea-Bissau                    Guinea-Bissau
95  GQ GNQ                                    Equatorial Guinea                      Equatorial Guinea                Equatorial Guinea
96  GR GRC                                               Greece                                 Greece                           Greece
97  GD GRD                                              Grenada                                Grenada                          Grenada
98  GL GRL                                            Greenland                              Greenland                          Denmark
99  GT GTM                                            Guatemala                              Guatemala                        Guatemala
100 GF GUF                                        French Guiana                          French Guiana                           France
101 GU GUM                                                 Guam                                   Guam                              USA
102 GY GUY                                               Guyana                                 Guyana                           Guyana
103 HK HKG                                            Hong Kong                        China:Hong Kong                            China
104 HM HMD                    Heard Island and McDonald Islands                           Heard Island                        Australia
105 HM HMD                    Heard Island and McDonald Islands                       McDonald Islands                        Australia
106 HN HND                                             Honduras                               Honduras                         Honduras
107 HR HRV                                              Croatia                                Croatia                          Croatia
108 HT HTI                                                Haiti                                  Haiti                            Haiti
109 HU HUN                                              Hungary                                Hungary                          Hungary
110 ID IDN                                            Indonesia                              Indonesia                        Indonesia
111 IM IMN                                          Isle of Man                            Isle of Man                      Isle of Man
112 IN IND                                                India                                  India                            India
113 IO IOT                       British Indian Ocean Territory         British Indian Ocean Territory                               UK
114 IO IOT                       British Indian Ocean Territory                     Chagos Archipelago                               UK
115 IE IRL                                              Ireland                                Ireland                          Ireland
116 IR IRN                            Iran, Islamic Republic of                                   Iran                             Iran
117 IQ IRQ                                                 Iraq                                   Iraq                             Iraq
118 IS ISL                                              Iceland                                Iceland                          Iceland
119 IL ISR                                               Israel                                 Israel                           Israel
120 IT ITA                                                Italy                                  Italy                            Italy
121 JM JAM                                              Jamaica                                Jamaica                          Jamaica
122 JE JEY                                               Jersey                                 Jersey                           Jersey
123 JO JOR                                               Jordan                                 Jordan                           Jordan
124 JP JPN                                                Japan                                  Japan                            Japan
125 KZ KAZ                                           Kazakhstan                             Kazakhstan                       Kazakhstan
126 KE KEN                                                Kenya                                  Kenya                            Kenya
127 KG KGZ                                           Kyrgyzstan                             Kyrgyzstan                       Kyrgyzstan
128 KH KHM                                             Cambodia                               Cambodia                         Cambodia
129 KI KIR                                             Kiribati                               Kiribati                         Kiribati
130 KN KNA                                Saint Kitts and Nevis                            Saint Kitts            Saint Kitts and Nevis
131 KN KNA                                Saint Kitts and Nevis                                  Nevis            Saint Kitts and Nevis
132 KR KOR                                    Republic of Korea                            South Korea                      South Korea
133 KW KWT                                               Kuwait                                 Kuwait                           Kuwait
134 LA LAO                     Lao People's Democratic Republic                                   Laos                             Laos
135 LB LBN                                              Lebanon                                Lebanon                          Lebanon
136 LR LBR                                              Liberia                                Liberia                          Liberia
137 LY LBY                                                Libya                                  Libya                            Libya
138 LC LCA                                          Saint Lucia                            Saint Lucia                      Saint Lucia
139 LI LIE                                        Liechtenstein                          Liechtenstein                    Liechtenstein
140 LK LKA                                            Sri Lanka                              Sri Lanka                        Sri Lanka
141 LS LSO                                              Lesotho                                Lesotho                          Lesotho
142 LT LTU                                            Lithuania                              Lithuania                        Lithuania
143 LU LUX                                           Luxembourg                             Luxembourg                       Luxembourg
144 LV LVA                                               Latvia                                 Latvia                           Latvia
145 MO MAC                                                Macao                            China:Macao                            China
146 MF MAF                           Saint Martin (French part)                           Saint Martin                           France
147 MA MAR                                              Morocco                                Morocco                          Morocco
148 MC MCO                                               Monaco                                 Monaco                           Monaco
149 MD MDA                                 Moldova, Republic of                                Moldova                          Moldova
150 MG MDG                                           Madagascar                             Madagascar                       Madagascar
151 MV MDV                                             Maldives                               Maldives                         Maldives
152 MX MEX                                               Mexico                                 Mexico                           Mexico
153 MH MHL                                     Marshall Islands                       Marshall Islands                 Marshall Islands
154 MK MKD            the former Yugoslav Republic of Macedonia                              Macedonia                        Macedonia
155 ML MLI                                                 Mali                                   Mali                             Mali
156 MT MLT                                                Malta                                  Malta                            Malta
157 MM MMR                                              Myanmar                                Myanmar                          Myanmar
158 ME MNE                                           Montenegro                             Montenegro                       Montenegro
159 MN MNG                                             Mongolia                               Mongolia                         Mongolia
160 MP MNP                             Northern Mariana Islands               Northern Mariana Islands                              USA
161 MZ MOZ                                           Mozambique                             Mozambique                           France
162 MR MRT                                           Mauritania                             Mauritania                       Mauritania
163 MS MSR                                           Montserrat                             Montserrat                               UK
164 MQ MTQ                                           Martinique                             Martinique                           France
165 MU MUS                                            Mauritius                              Mauritius                        Mauritius
166 MW MWI                                               Malawi                                 Malawi                           Malawi
167 MY MYS                                             Malaysia                               Malaysia                         Malaysia
168 YT MYT                                              Mayotte                                Mayotte                           France
169 NA NAM                                              Namibia                                Namibia                          Namibia
170 NC NCL                                        New Caledonia                          New Caledonia                           France
171 NE NER                                                Niger                                  Niger                            Niger
172 NF NFK                                       Norfolk Island                         Norfolk Island                        Australia
173 NG NGA                                              Nigeria                                Nigeria                          Nigeria
174 NI NIC                                            Nicaragua                              Nicaragua                        Nicaragua
175 NU NIU                                                 Niue                                   Niue                             Niue
176 NL NLD                                          Netherlands                            Netherlands                      Netherlands
177 NO NOR                                               Norway Norway(?!:Bouvet|:Svalbard|:Jan Mayen)                           Norway
178 NP NPL                                                Nepal                                  Nepal                            Nepal
179 NR NRU                                                Nauru                                  Nauru                            Nauru
180 NZ NZL                                          New Zealand                            New Zealand                      New Zealand
181 OM OMN                                                 Oman                                   Oman                             Oman
182 PK PAK                                             Pakistan                               Pakistan                         Pakistan
183 PA PAN                                               Panama                                 Panama                           Panama
184 PN PCN                                     Pitcairn Islands                       Pitcairn Islands                               UK
185 PE PER                                                 Peru                                   Peru                             Peru
186 PH PHL                                          Philippines                            Philippines                      Philippines
187 PW PLW                                                Palau                                  Palau                              USA
188 PG PNG                                     Papua New Guinea                       Papua New Guinea                 Papua New Guinea
189 PL POL                                               Poland                                 Poland                           Poland
190 PR PRI                                          Puerto Rico                            Puerto Rico                      Puerto Rico
191 KP PRK                Democratic People's Republic of Korea                            North Korea                      North Korea
192 PT PRT                                             Portugal                               Portugal                         Portugal
193 PT PRT                                             Portugal                                 Azores                         Portugal
194 PT PRT                                             Portugal                        Madeira Islands                         Portugal
195 PY PRY                                             Paraguay                               Paraguay                         Paraguay
196 PS PSE                                  Palestine, State of                              Palestine                        Palestine
197 PF PYF                                     French Polynesia                       French Polynesia                           France
198 QA QAT                                                Qatar                                  Qatar                            Qatar
199 RE REU                                              Reunion                                Reunion                           France
200 RO ROU                                              Romania                                Romania                          Romania
 [ reached getOption("max.print") -- omitted 69 rows ]
[1] "maps"
[1] "italyMapEnv"
[1] "Italy Map"
[1] "R_MAP_DATA_DIR"
[1] "maps"
[1] "lakesMapEnv"
[1] "World lakes database"
[1] "R_MAP_DATA_DIR"
[1] "maps"
[1] "legacy_world2MapEnv"
[1] "Legacy low resolution World Map. DEPRECATED!"
[1] "R_MAP_DATA_DIR"
[1] "maps"
[1] "legacy_worldMapEnv"
[1] "Legacy low resolution World Map. DEPRECATED!"
[1] "R_MAP_DATA_DIR"
[1] "maps"
[1] "nzMapEnv"
[1] "New Zealand Basic Map"
[1] "R_MAP_DATA_DIR"
[1] "maps"
[1] "ozone"
[1] "Sample datasets"
          x       y median
1  -74.0262 40.2217     59
2  -74.5992 40.5597     58
3  -74.7138 40.7832     90
4  -74.1408 40.6628     80
5  -74.2554 40.6514     50
6  -74.1694 40.7001     47
7  -73.9116 40.7087     81
8  -73.8543 40.9379     56
9  -73.5678 40.7373     55
10 -73.1668 40.7373     72
11 -73.7397 40.9665     62
12 -73.6251 41.0811    100
13 -73.5678 41.1384     97
14 -73.5105 41.0639     91
15 -73.1668 41.1900     80
16 -73.4533 41.3905     81
17 -72.9376 41.3160     76
18 -73.0522 41.5624     75
19 -73.2241 41.6770     85
20 -72.4219 41.3905     94
21 -72.6511 41.5624     80
22 -72.7657 41.6712     82
23 -72.0782 41.3619     74
24 -72.7084 41.7687     68
25 -72.6511 41.8603     60
26 -72.0782 41.9004     85
27 -72.5938 42.1124     34
28 -71.7917 42.2499     66
29 -71.7917 42.5880     65
30 -71.1041 41.7114     73
31 -71.3333 42.6453     63
32 -71.0468 42.2499     62
33 -71.1041 42.3244     36
34 -71.1041 42.3760     54
35 -71.2187 42.3817     42
36 -71.0468 42.4218     52
37 -74.0262 41.9176     64
38 -73.2241 42.4505     65
39 -73.7397 42.6281     60
40 -73.9116 42.8000     56
41 -73.6251 43.3214     64
[1] "maps"
[1] "state.carto.center"
[1] "United States State Population Cartogram Map"
$x
 [1] 5.5233453 1.0828727 2.6474689 4.5100833 1.4106929 3.0497934 8.8164478 7.9372937 6.7005176 6.2236884 0.8295572 2.5133606 4.8230023 5.5084442 4.0481549 3.6458301 5.7766608 4.6590924 9.2485742 7.5647705 9.0250604 5.9256702 3.9587494 5.0763181 4.2716687 2.7666760 3.5415237 2.2749460 8.9654565 8.2502130 2.9603879 8.0416003 6.9985358 3.3627127 6.1789856 3.8097403 1.9173239 7.2220496 9.3677814 6.9091302 3.3776135 5.5680481 3.6607309 2.6176669 8.8313489 6.9687341 1.4553957 6.5068060 4.7782996 2.9156854

$y
 [1] 6.150799 9.278365 7.164476 6.917238 7.337543 7.918554 8.141068 6.979048 4.877521 6.039542 6.027180 8.338859 7.757849 7.683677 8.252325 7.782573 7.028495 6.014818 9.401984 7.238648 8.684993 8.746802 8.660269 6.360952 7.473525 8.499564 8.141068 7.943278 9.191832 7.448801 7.349905 8.746802 6.571104 8.549012 7.782573 7.201562 8.264688 8.029811 8.128707 6.138437 8.388307 6.694724 6.521656 7.918554 9.315451 7.028495 8.524288 7.189200 8.709717 8.326497
[1] "maps"
[1] "state.cartoMapEnv"
[1] "United States State Population Cartogram Map"
[1] "R_MAP_DATA_DIR"
[1] "maps"
[1] "state.fips"
[1] "FIPS state codes for US 48 State Map"
   fips ssa region division abb                        polyname
1     1   1      3        6  AL                         alabama
2     4   3      4        8  AZ                         arizona
3     5   4      3        7  AR                        arkansas
4     6   5      4        9  CA                      california
5     8   6      4        8  CO                        colorado
6     9   7      1        1  CT                     connecticut
7    10   8      3        5  DE                        delaware
8    11   9      3        5  DC            district of columbia
9    12  10      3        5  FL                         florida
10   13  11      3        5  GA                         georgia
11   16  13      4        8  ID                           idaho
12   17  14      2        3  IL                        illinois
13   18  15      2        3  IN                         indiana
14   19  16      2        4  IA                            iowa
15   20  17      2        4  KS                          kansas
16   21  18      3        6  KY                        kentucky
17   22  19      3        7  LA                       louisiana
18   23  20      1        1  ME                           maine
19   24  21      3        5  MD                        maryland
20   25  22      1        1  MA massachusetts:martha's vineyard
21   25  22      1        1  MA              massachusetts:main
22   25  22      1        1  MA         massachusetts:nantucket
23   26  23      2        3  MI                  michigan:north
24   26  23      2        3  MI                  michigan:south
25   27  24      2        4  MN                       minnesota
26   28  25      3        6  MS                     mississippi
27   29  26      2        4  MO                        missouri
28   30  27      4        8  MT                         montana
29   31  28      2        4  NE                        nebraska
30   32  29      4        8  NV                          nevada
31   33  30      1        1  NH                   new hampshire
32   34  31      1        2  NJ                      new jersey
33   35  32      4        8  NM                      new mexico
34   36  33      1        2  NY              new york:manhattan
35   36  33      1        2  NY                   new york:main
36   36  33      1        2  NY          new york:staten island
37   36  33      1        2  NY            new york:long island
38   37  34      3        5  NC           north carolina:knotts
39   37  34      3        5  NC             north carolina:main
40   37  34      3        5  NC             north carolina:spit
41   38  35      2        4  ND                    north dakota
42   39  36      2        3  OH                            ohio
43   40  37      3        7  OK                        oklahoma
44   41  38      4        9  OR                          oregon
45   42  39      1        2  PA                    pennsylvania
46   44  41      1        1  RI                    rhode island
47   45  42      3        5  SC                  south carolina
48   46  43      2        4  SD                    south dakota
49   47  44      3        6  TN                       tennessee
50   48  45      3        7  TX                           texas
51   49  46      4        8  UT                            utah
52   50  47      1        1  VT                         vermont
53   51  49      3        5  VA             virginia:chesapeake
54   51  49      3        5  VA           virginia:chincoteague
55   51  49      3        5  VA                   virginia:main
56   53  50      4        9  WA      washington:san juan island
57   53  50      4        9  WA         washington:lopez island
58   53  50      4        9  WA         washington:orcas island
59   53  50      4        9  WA       washington:whidbey island
60   53  50      4        9  WA                 washington:main
61   54  51      3        5  WV                   west virginia
62   55  52      2        3  WI                       wisconsin
63   56  53      4        8  WY                         wyoming
[1] "maps"
[1] "state.vbm.center"
[1] "United States State Visibility Base Map"
$x
 [1]  93  10  32  76  13  46 139 129 105 101  37  24  83  91  73  61  94  77 148 122 143  95  70  84  75  36  58  21 143 133  45 129 117  56 101  62  10 120 145 110  57  93  61  33 138 118  10 108  81  41

$y
 [1] 27 19 34 33 42 51 66 52 10 25  7 70 56 56 64 48 44 19 86 52 72 73 81 27 48 84 60 52 79 59 32 78 36 84 57 38 68 62 66 29 72 37 21 51 82 44 82 49 74 67
[1] "maps"
[1] "state.vbmMapEnv"
[1] "United States State Visibility Base Map"
[1] "R_MAP_DATA_DIR"
[1] "maps"
[1] "stateMapEnv"
[1] "United States State Boundaries Map"
[1] "R_MAP_DATA_DIR"
[1] "maps"
[1] "unemp"
[1] "Sample datasets"
      fips     pop unemp
1     1001   23288   9.7
2     1003   81706   9.1
3     1005    9703  13.4
4     1007    8475  12.1
5     1009   25306   9.9
6     1011    3527  16.4
7     1013    8884  16.7
8     1015   52055  10.8
9     1017   13726  18.6
10    1019   11583  11.8
11    1021   18697   9.9
12    1023    4925  12.7
13    1025   10300  17.0
14    1027    5474  15.9
15    1029    6284  10.4
16    1031   19913   8.5
17    1033   24202  11.4
18    1035    4835  19.5
19    1037    4510  14.0
20    1039   16310  10.1
21    1041    6280   9.7
22    1043   37658   9.6
23    1045   19281   9.3
24    1047   15477  21.1
25    1049   29727  14.3
26    1051   33928   9.0
27    1053   14439  12.9
28    1055   44279  10.7
29    1057    6744  12.8
30    1059   12754  12.3
31    1061   10930  10.0
32    1063    3250  14.7
33    1065    6821  12.7
34    1067    6993   9.9
35    1069   44214   8.9
36    1071   25222  11.8
37    1073  299680  10.7
38    1075    5478  14.8
39    1077   40952  10.5
40    1079   15496  13.6
41    1081   61392   8.6
42    1083   35769   9.3
43    1085    4814  18.5
44    1087    8883  11.4
45    1089  160077   7.5
46    1091    7805  14.8
47    1093   12146  15.2
48    1095   40020   9.2
49    1097  181879  11.1
50    1099    8419  18.7
51    1101  101133  10.2
52    1103   53923  10.4
53    1105    3616  19.8
54    1107    7723  13.0
55    1109   15346   8.7
56    1111    8827  15.1
57    1113   20860  12.6
58    1115   34452  10.7
59    1117   92888   7.6
60    1119    4562  13.9
61    1121   37033  13.6
62    1123   17664  13.7
63    1125   85253   9.0
64    1127   27883  11.9
65    1129    6626  15.1
66    1131    3547  25.6
67    1133    9094  17.5
68    2013    1148  10.1
69    2016    2903   8.4
70    2020  153264   7.0
71    2050    7061  14.8
72    2060    1159   3.6
73    2068    2300   3.4
74    2070    2634   8.4
75    2090   45632   6.9
76    2100    1588   6.2
77    2110   18615   5.7
78    2122   26463   9.7
79    2130    8781   6.1
80    2150    6423   6.6
81    2164    1372   5.9
82    2170   40287   8.8
83    2180    3877  12.1
84    2185    5119   5.7
85    2188    2805  13.2
86    2201    2507  13.6
87    2220    4707   5.9
88    2232    2278   7.3
89    2240    3673   8.1
90    2261    5789   6.4
91    2270    2807  20.4
92    2280    2836   9.8
93    2282     350   6.3
94    2290    2790  13.6
95    4001   22797  14.8
96    4003   62754   7.4
97    4005   74896   7.7
98    4007   22859  10.9
99    4009   14430  14.4
100   4011    4450  21.5
101   4012    7812   8.9
102   4013 2001233   8.5
103   4015   92909  10.2
104   4017   40715  14.2
105   4019  489560   8.4
106   4021  117530  11.8
107   4023   18760  17.2
108   4025   99997   9.5
109   4027   89436  24.2
110   5001   12228  14.3
111   5003    9221   9.1
112   5005   17471   8.2
113   5007  105604   5.3
114   5009   16932   6.4
115   5011    4974   7.8
116   5013    2520   6.2
117   5015   14278   4.3
118   5017    4642   9.6
119   5019   11000   6.3
120   5021    6369  10.4
121   5023   11863   5.9
122   5025    4079   6.0
123   5027   10694   8.1
124   5029   10357   6.5
125   5031   46944   5.9
126   5033   28913   6.6
127   5035   22459   9.9
128   5037    8307   7.1
129   5039    3867   7.6
130   5041    5620   9.9
131   5043    8176   9.1
132   5045   55883   6.0
133   5047    8677   5.9
134   5049    5301   6.1
135   5051   43280   6.6
136   5053    8608   5.7
137   5055   19581   8.2
138   5057   10481   8.6
139   5059   15025   7.3
140   5061    6323   7.2
141   5063   16501   7.8
142   5065    5528   7.7
143   5067    7785   9.2
144   5069   35266   9.2
145   5071   11837   6.1
146   5073    2978   8.6
147   5075    7222   7.9
148   5077    3394   8.2
149   5079    4923   8.2
150   5081    6862   5.6
151   5083   10189   7.7
152   5085   31829   5.2
153   5087    7797   5.3
154   5089    6935  11.2
155   5091   19924   4.5
156   5093   21913  11.3
157   5095    3542   7.4
158   5097    4017   5.8
159   5099    4177   8.7
160   5101    3504   6.2
161   5103   11570   7.1
162   5105    4851   5.6
163   5107    8582   8.8
164   5109    5132   6.3
165   5111   11075   7.5
166   5113    8985   6.4
167   5115   29690   6.2
168   5117    4218   6.7
169   5119  192660   6.0
170   5121    7535   7.3
171   5123   10130   9.4
172   5125   49630   5.8
173   5127    4818   6.3
174   5129    3657   5.9
175   5131   62696   6.2
176   5133    7400   5.1
177   5135    6346   7.8
178   5137    4725   6.6
179   5139   18635   9.5
180   5141    6983   9.1
181   5143  104999   5.0
182   5145   34577   6.7
183   5147    3434   9.1
184   5149   10512   6.4
185   6001  768686  11.3
186   6003     415  15.2
187   6005   17958  12.1
188   6007  105395  12.2
189   6009   20999  14.3
190   6011   11158  14.5
191   6013  529871  11.2
192   6015   11871  11.9
193   6017   91244  11.2
194   6019  452170  14.1
195   6021   12591  13.8
196   6023   59992  10.3
197   6025   76893  30.1
198   6027    8980   9.5
199   6029  377391  13.9
200   6031   59713  13.9
201   6033   25886  14.7
202   6035   13512  11.8
203   6037 4923821  12.7
204   6039   70354  12.3
205   6041  134608   8.0
206   6043    9975   8.8
207   6045   43422  10.1
208   6047  106663  15.7
209   6049    4051  11.1
210   6051    7877  10.3
211   6053  217030  10.0
212   6055   75626   8.7
213   6057   49728  10.9
214   6059 1624855   9.4
215   6061  175065  11.3
216   6063   10213  13.9
217   6065  915624  14.7
218   6067  687918  12.2
219   6069   24764  12.5
220   6071  867524  13.6
221   6073 1560010  10.2
222   6075  447099   9.7
223   6077  304586  15.5
224   6079  138449   9.0
225   6081  380819   9.0
226   6083  221571   8.5
227   6085  886563  11.8
228   6087  147934  10.2
229   6089   83975  14.7
230   6091    1542  13.7
231   6093   18873  13.5
232   6095  214355  11.5
233   6097  262368   9.9
234   6099  243184  15.3
235   6101   41627  15.1
236   6103   26219  13.7
237   6105    4696  15.9
238   6107  206315  14.9
239   6109   25903  12.7
240   6111  428779  11.0
241   6113   97523  10.9
242   6115   28801  17.8
243   8001  221638   8.1
244   8003    8582   5.5
245   8005  305320   6.9
246   8007    6407   6.2
247   8009    2756   3.4
248   8011    2879   5.0
249   8013  172279   5.5
250   8014   30023   6.6
251   8015    8322   5.1
252   8017    1385   2.0
253   8019    5668   7.0
254   8021    3663   5.1
255   8023    1371   8.4
256   8025    1984   7.6
257   8027    1986   5.2
258   8029   17164   6.6
259   8031  316703   7.7
260   8033    1092  13.2
261   8035  154518   5.9
262   8037   30469   6.2
263   8039   12706   6.0
264   8041  293486   7.2
265   8043   19057   7.7
266   8045   39170   5.8
267   8047    3397   6.0
268   8049    8934   5.8
269   8051    9291   4.4
270   8053     772   2.2
271   8055    3577   7.2
272   8057    1368   3.3
273   8059  303461   6.7
274   8061    1128   2.8
275   8063    4952   2.9
276   8065    3975   7.1
277   8067   30342   4.7
278   8069  175721   5.6
279   8071    9159   7.0
280   8073    3074   3.7
281   8075   11763   4.6
282   8077   83106   8.2
283   8079     474   5.3
284   8081    8843   5.6
285   8083   12802   6.3
286   8085   20954   6.9
287   8087   15030   4.9
288   8089    9035   5.8
289   8091    3122   4.1
290   8093    9554   6.1
291   8095    2717   2.6
292   8097   11339   5.0
293   8099    7186   5.0
294   8101   72663   7.5
295   8103    5342   3.9
296   8105    6919   4.8
297   8107   14614   6.0
298   8109    3686   7.8
299   8111     603   5.3
300   8113    5160   4.2
301   8115    1649   3.3
302   8117   15115   5.8
303   8119   12234   6.7
304   8121    3047   3.2
305   8123  120783   7.5
306   8125    7871   2.6
307   9001  469462   7.8
308   9003  458201   8.8
309   9005  105162   7.9
310   9007   93277   6.7
311   9009  450597   8.9
312   9011  149170   7.6
313   9013   83991   6.7
314   9015   63928   9.0
315  10001   71260   7.9
316  10003  264048   8.6
317  10005   91476   7.3
318  11001  327847  11.7
319  12001  132262   7.1
320  12003   12185  11.4
321  12005   89191   8.9
322  12007   12844   8.3
323  12009  269039  11.1
324  12011 1007323   9.8
325  12013    6086   8.2
326  12015   69026  12.7
327  12017   59333  12.1
328  12019   94372   9.8
329  12021  143967  13.1
330  12023   33518   9.0
331  12027   15100  11.7
332  12029    5681  12.3
333  12031  448078  11.2
 [ reached getOption("max.print") -- omitted 2885 rows ]
[1] "maps"
[1] "us.cities"
[1] "Database of US cities"
                                  name country.etc     pop   lat    long capital
1                           Abilene TX          TX  113888 32.45  -99.74       0
2                             Akron OH          OH  206634 41.08  -81.52       0
3                           Alameda CA          CA   70069 37.77 -122.26       0
4                            Albany GA          GA   75510 31.58  -84.18       0
5                            Albany NY          NY   93576 42.67  -73.80       2
6                            Albany OR          OR   45535 44.62 -123.09       0
7                       Albuquerque NM          NM  494962 35.12 -106.62       0
8                        Alexandria LA          LA   44933 31.29  -92.46       0
9                        Alexandria VA          VA  127159 38.82  -77.09       0
10                         Alhambra CA          CA   88857 34.08 -118.13       0
11                      Aliso Viejo CA          CA   41975 33.57 -117.73       0
12                            Allen TX          TX   84467 33.11  -96.67       0
13                        Allentown PA          PA  105224 40.60  -75.48       0
14                            Aloha OR          OR   45531 45.49 -122.87       0
15                         Altadena CA          CA   43280 34.19 -118.13       0
16                Altamonte Springs FL          FL   40712 28.66  -81.40       0
17                          Altoona PA          PA   46442 40.51  -78.40       0
18                         Amarillo TX          TX  183295 35.20 -101.82       0
19                             Ames IA          IA   57683 42.02  -93.63       0
20                          Anaheim CA          CA  334909 33.84 -117.87       0
21                        Anchorage AK          AK  279428 61.18 -149.19       0
22                         Anderson IN          IN   57036 40.09  -85.69       0
23                          Andover MA          MA   67715 42.65  -71.14       0
24                        Ann Arbor MI          MI  113716 42.28  -83.73       0
25                        Annandale VA          VA   57942 38.83  -77.21       0
26                        Annapolis MD          MD   36300 38.98  -76.49       2
27                          Antioch CA          CA  109485 37.99 -121.80       0
28                     Apple Valley CA          CA   66361 34.53 -117.21       0
29                     Apple Valley MN          MN   51609 44.75  -93.20       0
30                         Appleton WI          WI   70090 44.27  -88.40       0
31                          Arcadia CA          CA   57429 34.13 -118.04       0
32                     Arden-Arcade CA          CA   99968 38.60 -121.38       0
33                Arlington Heights IL          IL   74763 42.09  -87.98       0
34                        Arlington MA          MA   41246 42.42  -71.16       0
35                        Arlington TX          TX  374729 32.69  -97.13       0
36                        Arlington VA          VA  184603 38.88  -77.10       0
37                           Arvada CO          CO  101633 39.82 -105.11       0
38                        Asheville NC          NC   68654 35.57  -82.55       0
39                       Aspen Hill MD          MD   54029 39.09  -77.08       0
40                    Athens-Clarke GA          GA  103618 33.95  -83.39       0
41                          Atlanta GA          GA  424096 33.76  -84.42       2
42                    Atlantic City NJ          NJ   40529 39.38  -74.45       0
43                        Attleboro MA          MA   44690 41.93  -71.30       0
44                           Auburn AL          AL   51236 32.59  -85.48       0
45                           Auburn WA          WA   46108 47.30 -122.21       0
46                          Augusta ME          ME   18626 44.32  -69.77       2
47                 Augusta-Richmond GA          GA  192376 33.46  -81.99       0
48                           Aurora CO          CO  304641 39.71 -104.73       0
49                           Aurora IL          IL  181120 41.77  -88.29       0
50                           Austin TX          TX  683404 30.31  -97.75       2
51                         Avondale AZ          AZ   79125 33.42 -112.32       0
52                            Azusa CA          CA   48992 34.14 -117.91       0
53                      Bakersfield CA          CA  301775 35.36 -119.00       0
54                     Baldwin Park CA          CA   81467 34.08 -117.97       0
55                        Baltimore MD          MD  602658 39.30  -76.61       0
56                  Barnstable Town MA          MA   49598 41.70  -70.30       0
57                         Bartlett TN          TN   43852 35.22  -89.84       0
58                      Baton Rouge LA          LA  222217 30.45  -91.13       2
59                     Battle Creek MI          MI   54179 42.30  -85.23       0
60                          Bayonne NJ          NJ   59482 40.66  -74.11       0
61                          Baytown TX          TX   67487 29.75  -94.97       0
62                         Beaumont TX          TX  110949 30.09  -94.14       0
63                      Beavercreek OH          OH   41297 39.73  -84.06       0
64                        Beaverton OR          OR   83920 45.48 -122.82       0
65                          Bedford TX          TX   49572 32.85  -97.13       0
66                    Bel Air South MD          MD   50874 39.50  -76.32       0
67                     Bell Gardens CA          CA   46504 33.97 -118.15       0
68                       Belleville IL          IL   40745 38.53  -90.00       0
69                         Bellevue NE          NE   48894 41.16  -95.92       0
70                         Bellevue WA          WA  111896 47.60 -122.16       0
71                       Bellflower CA          CA   76437 33.89 -118.13       0
72                       Bellingham WA          WA   74770 48.74 -122.47       0
73                             Bend OR          OR   68945 44.07 -121.31       0
74                         Berkeley CA          CA   99653 37.87 -122.27       0
75                           Berwyn IL          IL   50904 41.84  -87.79       0
76                         Bethesda MD          MD   52217 38.99  -77.12       0
77                        Bethlehem PA          PA   74087 40.63  -75.37       0
78                          Beverly MA          MA   40441 42.56  -70.84       0
79                        Billerica MA          MA   40063 42.56  -71.26       0
80                         Billings MT          MT  101249 45.79 -108.54       0
81                           Biloxi MS          MS   47110 30.41  -88.93       0
82                       Binghamton NY          NY   45070 42.10  -75.91       0
83                       Birmingham AL          AL  229300 33.53  -86.80       0
84                         Bismarck ND          ND   56927 46.81 -100.77       2
85                       Blacksburg VA          VA   40303 37.23  -80.43       0
86                           Blaine MN          MN   56140 45.17  -93.21       0
87                       Bloomfield NJ          NJ   49358 40.81  -74.19       0
88              Bloomfield Township MI          MI   43032 42.58  -83.27       0
89                      Bloomington IL          IL   71804 40.48  -88.97       0
90                      Bloomington IN          IN   71260 39.17  -86.52       0
91                      Bloomington MN          MN   80627 44.83  -93.32       0
92                     Blue Springs MO          MO   50116 39.02  -94.27       0
93                       Boca Raton FL          FL   81868 26.37  -80.11       0
94                            Boise ID          ID  193628 43.61 -116.23       2
95                      Bolingbrook IL          IL   76994 41.70  -88.08       0
96                   Bonita Springs FL          FL   43842 26.34  -81.79       0
97                     Bossier City LA          LA   60142 32.52  -93.66       0
98                           Boston MA          MA  567759 42.34  -71.02       2
99                          Boulder CO          CO   90957 40.03 -105.25       0
100                       Bountiful UT          UT   41622 40.88 -111.87       0
101                          Bourne MA          MA   48580 41.74  -70.61       0
102                           Bowie MD          MD   56949 38.96  -76.74       0
103                   Bowling Green KY          KY   51999 36.97  -86.44       0
104                   Boynton Beach FL          FL   67720 26.53  -80.08       0
105                       Bradenton FL          FL   55606 27.49  -82.58       0
106                         Brandon FL          FL   92728 27.93  -82.29       0
107                            Brea CA          CA   40349 33.92 -117.87       0
108                       Bremerton WA          WA   45306 47.55 -122.70       0
109                       Brentwood CA          CA   52747 37.93 -121.71       0
110                       Brentwood NY          NY   58954 40.78  -73.25       0
111                        Brewster MA          MA   52153 41.77  -70.08       0
112                           Brick NJ          NJ   82400 40.06  -74.11       0
113                      Bridgeport CT          CT  138901 41.19  -73.20       0
114                     Bridgewater MA          MA   50237 41.99  -70.97       0
115                         Bristol CT          CT   61166 41.68  -72.94       0
116                        Brockton MA          MA   94945 42.08  -71.03       0
117                    Broken Arrow OK          OK   86817 36.04  -95.79       0
118                      Brookfield WI          WI   40323 43.06  -88.12       0
119                       Brookline MA          MA   55862 42.32  -71.14       0
120                   Brooklyn Park MN          MN   67660 45.11  -93.35       0
121                      Broomfield CO          CO   45869 39.94 -105.06       0
122                     Brownsville TX          TX  174135 25.93  -97.48       0
123                           Bryan TX          TX   70386 30.67  -96.37       0
124                      Buena Park CA          CA   79388 33.86 -118.00       0
125                   Buffalo Grove IL          IL   43355 42.17  -87.96       0
126                         Buffalo NY          NY  276762 42.89  -78.86       0
127                         Burbank CA          CA  105515 34.19 -118.33       0
128                           Burke VA          VA   58270 38.78  -77.27       0
129                      Burlington NC          NC   47290 36.08  -79.45       0
130                      Burnsville MN          MN   59357 44.76  -93.28       0
131                       Camarillo CA          CA   63560 34.22 -119.03       0
132                       Cambridge MA          MA  101342 42.38  -71.12       0
133                          Camden NJ          NJ   80393 39.94  -75.11       0
134                          Canton MI          MI   89064 42.31  -83.48       0
135                          Canton OH          OH   77575 40.81  -81.37       0
136                      Cape Coral FL          FL  137134 26.64  -82.00       0
137                        Carlsbad CA          CA   93848 33.12 -117.29       0
138                          Carmel IN          IN   49188 39.97  -86.11       0
139                      Carmichael CA          CA   51165 38.63 -121.32       0
140                      Carol City FL          FL   63659 25.94  -80.27       0
141                    Carol Stream IL          IL   39749 41.92  -88.13       0
142                      Carrollton TX          TX  123154 32.99  -96.90       0
143                          Carson CA          CA   96933 33.84 -118.26       0
144                     Carson City NV          NV   58350 39.15 -119.74       2
145                            Cary NC          NC  106117 35.78  -78.80       0
146                    Casas Adobes AZ          AZ   84988 32.32 -110.99       0
147                          Casper WY          WY   51808 42.83 -106.33       0
148                     Castle Rock CO          CO   43905 39.38 -104.85       0
149                   Castro Valley CA          CA   63908 37.71 -122.06       0
150              Catalina Foothills AZ          AZ   84369 32.30 -110.92       0
151                  Cathedral City CA          CA   55253 33.83 -116.46       0
152                     Catonsville MD          MD   43406 39.26  -76.74       0
153                      Cedar Hill TX          TX   46869 32.58  -96.96       0
154                      Cedar Park TX          TX   58499 30.51  -97.83       0
155                    Cedar Rapids IA          IA  123243 41.97  -91.67       0
156                      Centennial CO          CO   95961 39.60 -104.85       0
157                     Centreville VA          VA   69167 38.85  -77.44       0
158                           Ceres CA          CA   41223 37.60 -120.96       0
159                        Cerritos CA          CA   53616 33.87 -118.07       0
160                       Champaign IL          IL   76999 40.11  -88.26       0
161                        Chandler AZ          AZ  247915 33.30 -111.87       0
162                       Chantilly VA          VA   50103 38.88  -77.41       0
163                     Chapel Hill NC          NC   47613 35.93  -79.04       0
164                      Charleston SC          SC  106372 32.79  -79.99       0
165                      Charleston WV          WV   49804 38.35  -81.63       2
166                       Charlotte NC          NC  607111 35.20  -80.83       0
 [ reached getOption("max.print") -- omitted 839 rows ]
[1] "maps"
[1] "usaMapEnv"
[1] "United States Coast Map"
[1] "R_MAP_DATA_DIR"
[1] "maps"
[1] "votes.repub"
[1] "Sample datasets"
                1856  1860  1864  1868  1872  1876  1880  1884  1888  1892  1896  1900  1904  1908  1912  1916  1920  1924  1928  1932
Alabama           NA    NA    NA 51.44 53.19 40.02 36.98 38.44 32.28  3.95 28.13 34.67 20.65 24.38  8.26 21.97 30.98 27.01 48.49 14.15
Alaska            NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
Arizona           NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA 12.74 35.37 55.41 41.26 57.57 30.53
Arkansas          NA    NA    NA 53.73 52.17 39.88 39.55 40.50 38.07 32.01 25.11 35.04 40.25 37.31 19.73 28.01 38.73 29.28 39.33 12.91
California     18.77 32.96 58.63 50.24 56.38 50.88 48.92 52.08 49.95 43.76 49.13 54.48 61.90 55.46  0.58 46.26 66.24 57.21 64.70 37.40
Colorado          NA    NA    NA    NA    NA    NA 51.28 54.39 55.31 41.13 13.84 42.04 55.27 46.88 21.88 34.75 59.32 57.02 64.72 41.43
Connecticut    53.18 53.86 51.38 51.54 52.25 48.34 50.52 48.01 48.44 46.80 63.24 56.94 58.13 59.43 35.88 49.80 62.72 61.54 53.63 48.54
Delaware        2.11 23.71 48.20 40.98 50.99 44.55 47.86 42.75 43.55 48.55 52.94 53.65 54.04 52.09 32.85 50.20 55.71 57.71 65.03 50.55
Florida           NA    NA    NA    NA 53.52 50.99 45.83 46.82 39.94    NA 24.30 19.03 21.15 21.58  8.25 18.08 30.79 28.06 56.83 25.04
Georgia           NA    NA    NA 35.72 43.77 27.94 34.33 33.84 28.33 21.80 36.82 28.56 18.32 31.40  4.27  7.07 28.57 18.19 43.37  7.77
Hawaii            NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA
Idaho             NA    NA    NA    NA    NA    NA    NA    NA    NA 44.87 21.30 47.14 65.84 54.09 31.02 41.13 66.02 47.12 64.74 38.23
Illinois       40.25 50.68 54.41 55.69 56.27 50.09 51.11 50.16 49.54 45.70 55.65 52.83 58.77 54.52 22.13 52.56 67.81 58.84 56.93 42.04
Indiana        40.03 51.09 53.60 51.39 53.00 48.27 49.33 48.16 49.05 46.17 50.81 50.60 53.99 48.40 23.11 47.44 55.14 55.25 59.68 42.94
Iowa           49.13 54.87 64.23 61.92 64.18 58.58 56.85 52.42 52.36 49.60 55.46 57.99 63.37 55.62 24.30 54.06 70.91 55.06 61.80 39.98
Kansas            NA    NA 78.61 68.89 66.64 63.10 60.40 58.18 55.39 48.40 47.46 52.56 64.81 52.46 20.48 44.09 64.76 61.54 72.02 44.13
Kentucky        0.26  0.93 30.17 25.45 46.45 37.61 39.80 42.81 44.99 39.74 48.92 48.50 47.11 48.04 25.46 46.52 49.25 48.93 59.33 40.15
Louisiana         NA    NA    NA 29.31 55.69 51.57 37.10 42.39 26.48 23.59 21.79 20.96  9.65 11.92  4.83  6.95 30.57 20.23 23.71  7.03
Maine          61.37 64.15 60.22 62.42 67.86 56.73 51.45 55.35 57.49 54.06 67.90 61.89 67.10 63.00 20.48 50.95 68.92 72.03 68.63 55.83
Maryland        0.32  3.11 55.10 32.80 49.65 43.94 45.37 46.09 47.40 43.48 54.60 51.50 48.83 48.85 23.69 44.78 55.11 45.29 57.06 36.04
Massachusetts  64.72 62.75 72.22 69.67 69.25 57.74 58.50 48.32 53.38 51.85 69.36 57.67 57.92 58.21 31.89 50.54 68.55 62.26 49.15 46.64
Michigan       56.98 57.18 55.89 56.98 62.67 52.45 52.54 47.89 49.73 47.81 53.85 58.10 69.50 61.93 27.63 52.09 72.80 75.37 70.36 44.45
Minnesota         NA 63.42 59.06 60.80 61.55 58.77 62.28 58.80 54.12 45.96 56.62 60.21 73.95 59.11 19.25 46.35 70.78 51.18 57.77 36.29
Mississippi       NA    NA    NA    NA 63.47 31.92 29.94 36.25 26.63  2.64  7.27  9.73  5.46  6.56  2.47  4.91 14.03  7.60 17.90  3.55
Missouri          NA 10.29 70.17 58.90 43.65 41.23 38.65 46.01 45.31 41.97 45.24 45.94 49.92 48.50 29.75 46.94 54.57 49.58 55.58 35.08
Montana           NA    NA    NA    NA    NA    NA    NA    NA    NA 42.54 19.72 39.84 54.21 46.98 23.19 37.57 61.13 42.50 58.37 36.07
Nebraska          NA    NA    NA 64.14 70.12 59.65 62.87 57.33 53.51 43.57 45.98 50.46 61.38 47.60 21.73 41.08 64.68 47.09 63.19 35.29
Nevada            NA    NA 59.84 55.39 57.43 52.73 47.60 56.21 57.23 25.84 18.79 37.75 56.66 43.93 15.89 36.40 56.92 41.76 56.54 30.59
New Hampshire  53.59 56.89 52.56 55.02 53.95 51.84 51.94 51.15 50.35 51.11 68.74 59.34 60.14 59.32 37.43 49.06 59.84 59.83 58.66 50.42
New Jersey     28.52 48.13 47.16 49.12 54.22 47.00 49.02 47.31 47.52 46.24 59.66 55.27 56.68 56.79 20.54 54.35 67.60 62.16 59.77 47.59
New Mexico        NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA 35.91 46.53 54.68 48.52 59.01 35.76
New York       46.14 53.71 50.46 49.41 53.12 48.07 50.32 48.15 49.20 45.59 57.55 53.10 53.13 53.11 28.68 51.53 64.56 55.76 49.79 41.33
North Carolina    NA    NA    NA 53.37 57.48 46.36 48.04 46.58 47.14 35.79 46.87 45.47 39.70 45.55 11.94 41.73 43.22 39.72 54.87 29.28
North Dakota      NA    NA    NA    NA    NA    NA    NA    NA    NA 48.50 55.58 62.11 74.83 60.87 26.67 49.20 77.79 47.68 54.80 28.00
Ohio           48.49 52.33 56.33 53.97 53.24 50.21 51.73 50.99 49.51 47.66 51.86 52.30 59.73 51.03 26.82 44.18 58.47 58.33 64.89 47.04
Oklahoma          NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA 43.03 35.69 33.21 50.11 42.82 63.72 26.70
Oregon            NA 34.48 53.90 49.63 58.74 50.91 50.51 50.99 53.82 44.59 50.07 55.25 67.06 56.39 25.30 48.47 60.20 51.01 64.18 36.89
Pennsylvania   33.95 56.25 51.75 52.20 62.18 50.61 50.84 52.68 52.73 51.45 60.98 60.74 67.99 58.84 22.40 54.25 65.80 65.35 65.24 50.84
Rhode Island   57.85 61.22 62.20 66.49 71.94 59.29 62.25 58.07 53.89 50.71 68.33 59.74 60.60 60.76 35.57 51.08 63.97 59.63 49.55 43.31
South Carolina    NA    NA    NA 57.93 75.95 50.26 33.97 23.72 17.27 18.99 13.51  7.04  4.63  5.97  1.06  2.43  3.90  2.21  8.54  1.89
South Dakota      NA    NA    NA    NA    NA    NA    NA    NA    NA 49.48 49.48 56.73 71.09 58.84    NA 49.80 60.74 49.69 60.18 34.40
Tennessee         NA    NA    NA 68.33 47.57 40.21 44.53 47.83 45.85 37.51 46.23 44.93 43.40 45.95 23.84 42.70 51.28 43.59 53.76 32.46
Texas             NA    NA    NA    NA 40.71 29.96 23.95 28.63 24.73 19.28 30.75 30.83 21.90 22.35  8.77 17.45 23.54 19.78 51.77 11.35
Utah              NA    NA    NA    NA    NA    NA    NA    NA    NA    NA 17.27 50.59 61.45 56.19 37.46 37.82 55.93 49.26 53.58 41.05
Vermont        78.23 75.79 76.10 78.57 78.26 68.58 69.88 66.54 71.24 68.10 80.10 75.79 77.98 75.12 37.13 62.44 75.87 78.22 66.88 57.66
Virginia        0.19  1.15    NA    NA 50.48 40.62 39.52 48.90 49.47 38.75 45.90 43.81 36.67 38.36 17.00 32.05 37.85 32.79 53.91 30.09
Washington        NA    NA    NA    NA    NA    NA    NA    NA    NA 41.45 41.84 53.44 69.95 57.47 21.82 43.89 55.96 52.24 67.06 33.94
West Virginia     NA    NA 68.95 58.84 51.82 42.47 41.03 47.74 49.03 46.94 52.23 54.27 55.26 53.41 21.10 49.38 55.30 49.45 58.43 44.47
Wisconsin      55.29 56.58 55.88 56.24 54.60 50.90 54.04 50.38 49.77 46.02 59.93 60.04 63.24 54.52 32.68 49.25 70.65 37.06 53.52 31.19
Wyoming           NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA    NA 34.42 41.86 62.38 52.39 63.68 40.82
[1] "maps"
[1] "world.cities"
[1] "Database of world cities"
                                           name                      country.etc      pop     lat     long capital
1                            'Abasan al-Jadidah                        Palestine     5629  31.310   34.340       0
2                            'Abasan al-Kabirah                        Palestine    18999  31.320   34.350       0
3                                  'Abdul Hakim                         Pakistan    47788  30.550   72.110       0
4                            'Abdullah-as-Salam                           Kuwait    21817  29.360   47.980       0
5                                         'Abud                        Palestine     2456  32.030   35.070       0
6                                       'Abwein                        Palestine     3434  32.030   35.200       0
7                                      'Adadlay                          Somalia     9198   9.770   44.650       0
8                                        'Adale                          Somalia     5492   2.750   46.300       0
9                                         'Afak                             Iraq    22706  32.070   45.260       0
10                                        'Afif                     Saudi Arabia    41731  23.920   42.930       0
11                                       'Afrin                            Syria    51139  36.510   36.870       0
12                                       'Afula                           Israel    39151  32.620   35.290       0
13                                    'Ajabshir                             Iran    30766  37.480   45.910       0
14                                       'Ajjah                        Palestine     5143  32.370   35.200       0
15                                       'Ajlun                           Jordan     8629  32.340   35.740       0
16                                       'Ajman             United Arab Emirates   238605  25.420   55.430       0
17                                        'Akko                           Israel    45606  32.940   35.080       0
18                                       'Al'al                           Jordan     4526  32.630   35.900       0
19                                       'Alayh                          Lebanon    27523  33.810   35.610       0
20                                   'Alem Maya                         Ethiopia    11513   9.400   42.010       0
21                                         'Ali                          Bahrain    57024  26.150   50.530       0
22                                    'Ali Hayl                      Afghanistan    12834  33.940   69.700       0
23                                   'Ali Sabih                         Djibouti    40715  11.160   42.710       0
24                                'Ali al Garbi                             Iraq    20370  32.460   46.680       0
25                                       'Alula                          Somalia     5158  11.970   50.760       0
26                                       'Amman                           Jordan  1303197  31.950   35.930       1
27                                       'Amran                            Yemen    35989  15.660   43.940       0
28                                       'Amuda                            Syria    45980  37.100   40.930       0
29                                      'Anabta                        Palestine     7311  32.310   35.120       0
30                                        'Anah                             Iraq    20297  34.470   41.930       0
31                                       'Anata                        Palestine     9149  31.810   35.280       0
32                                        'Anin                        Palestine     3717  32.500   35.170       0
33                                     'Anjarah                           Jordan    17977  32.310   35.750       0
34                                         'Ank                     Saudi Arabia    21934  26.530   50.020       0
35                                       'Anzah                        Palestine     2006  32.370   35.220       0
36                                'Aqbah Jabbar                        Palestine     6337  31.830   35.450       0
37                                      'Aqqaba                        Palestine     6064  32.350   35.350       0
38                                      'Aqraba                        Palestine     7925  32.150   35.380       0
39                                       'Aqrah                             Iraq    35844  36.760   43.910       0
40                                      'Ar'ara                           Israel    15841  32.490   35.100       0
41                                        'Arad                           Israel    22757  31.260   35.220       0
42                                     'Arrabah                        Palestine     9983  32.430   35.210       0
43                                      'Arrabe                           Israel    20316  32.850   35.330       0
44                                     'Arranah                        Palestine     2144  32.500   35.320       0
45                                      'Arurah                        Palestine     2966  32.040   35.170       0
46                          'Asirah al-Qibliyah                        Palestine     2284  32.180   35.210       0
47                         'Asirah as-Samaliyah                        Palestine     7754  32.250   35.270       0
48                                       'Askar                        Palestine    12694  32.220   35.280       0
49                                        'Ataq                            Yemen     2982  14.550   46.880       0
50                                      'Atarah                        Palestine     2347  32.000   35.210       0
51                                     'Atbarah                            Sudan   109734  17.710   33.980       0
52                                       'Atlit                           Israel     4686  32.680   34.930       0
53                                       'Attil                        Palestine    10389  32.370   35.070       0
54                                      'Awarta                        Palestine     5808  32.170   35.280       0
55                                     'Awsajah                          Tunisia     3807  37.130   10.100       0
56                                       'Aydah                        Palestine     3258  31.730   35.200       0
57                                    'Ayn 'Azl                          Algeria    45884  35.850    5.500       0
58                                    'Ayn Abid                          Algeria    30348  36.230    6.940       0
59                                   'Ayn Arnat                          Algeria    36553  36.190    5.310       0
60                                  'Ayn Binyan                          Algeria    30870  36.800    2.920       0
61                                  'Ayn Bissam                          Algeria    30063  36.290    3.670       0
62                                    'Ayn Biya                          Algeria    38658  35.820   -0.290       0
63                                  'Ayn Bu Sif                          Algeria    12131  35.900    3.150       0
64                                   'Ayn Dahab                          Algeria    37664  34.850    1.550       0
65                                 'Ayn Darahim                          Tunisia     7136  36.780    8.690       0
66                                  'Ayn Fakrun                          Algeria    71763  35.980    6.870       0
67                              'Ayn Ibn Fuhayd                     Saudi Arabia     5239  26.780   44.220       0
68                                 'Ayn Jalulah                          Tunisia     1967  35.800    9.800       0
69                                   'Ayn Janna                           Jordan     9773  32.330   35.770       0
70                                  'Ayn Kirsah                          Algeria    33849  35.930    6.700       0
71                                 'Ayn Malilah                          Algeria    72889  36.040    6.570       0
72                                   'Ayn Maran                          Algeria    35821  36.150    0.980       0
73                                  'Ayn Qazzam                          Algeria    66455  19.530    5.690       0
74                                   'Ayn Salah                          Algeria    51599  27.200    2.470       0
75                                  'Ayn Samara                          Algeria    29919  36.270    6.500       0
76                                 'Ayn Tadalas                          Algeria    22908  35.940    0.370       0
77                                   'Ayn Tayah                          Algeria    21918  36.800    3.290       0
78                               'Ayn Timusanat                          Algeria    57621  35.300   -1.150       0
79                                  'Ayn Wilman                          Algeria    71132  35.930    5.300       0
80                                'Ayn Wissarah                          Algeria   124725  35.460    2.900       0
81                                  'Ayn Yabrud                        Palestine     3554  31.950   35.250       0
82                               'Ayn ad-Daflah                          Algeria    50202  36.270    1.960       0
83                                 'Ayn al-Basa                           Jordan    27707  32.070   35.830       0
84                                'Ayn al-Bayda                          Algeria   107946  35.810    7.390       0
85                                'Ayn as-Safra                          Algeria    66225  32.760   -0.580       0
86                                'Ayn at-Tutah                          Algeria    75425  35.390    5.890       0
87                                'Ayn-al-'Arab                            Syria    52115  36.890   38.370       0
88                                 'Ayn-al-Bard                          Algeria    16906  35.350   -0.520       0
89                               'Ayn-al-Habira                          Algeria    44736  36.330    5.480       0
90                                'Ayn-al-Hajal                          Algeria    44433  35.690    3.870       0
91                                'Ayn-al-Hajar                          Algeria    13399  34.770    0.150       0
92                               'Ayn-al-Hammam                          Algeria    28560  36.570    4.310       0
93                                  'Ayn-al-Ibl                          Algeria    34628  34.350    3.210       0
94                                 'Ayn-al-Milh                          Algeria    41897  34.850    4.160       0
95                                 'Ayn-at-Turk                          Algeria    46996  35.740   -0.770       0
96                                     'Aynabus                        Palestine     2219  32.150   35.250       0
97                                        'Ayun                       Mauritania    22521  16.660   -9.620       0
98                                         'Ayy                           Jordan     7454  31.130   35.640       0
99                                     'Azazgah                          Algeria    41672  36.750    4.370       0
100                                      'Azmut                        Palestine     2722  32.210   35.320       0
101                                    'Azzabah                          Algeria    78492  36.750    7.100       0
102                                      'Azzun                        Palestine     8255  32.170   35.060       0
103                                    'Eilabun                           Israel     4296  32.830   35.400       0
104                                  'Ein Mahel                           Israel    11014  32.720   35.350       0
105                                'Ein Qiniyye                           Israel     2101  31.930   35.150       0
106                                         'Ek                          Somalia     4411   9.000   45.360       0
107                                      'Elbur                          Somalia     9211   4.690   46.620       0
108                                     'Eldere                          Somalia    27093   3.850   47.180       0
109                                    'Erigabo                          Somalia    34530  10.630   47.360       0
110                                       'Ibri                             Oman   103776  23.250   56.500       0
111                                      'Illar                        Palestine     6874  32.370   35.110       0
112                                       'Ilut                           Israel     6536  32.720   35.250       0
113                                  'Immanu'el                           Israel     2604  32.150   35.130       0
114                                      'Inbah                           Jordan     6806  32.480   35.760       0
115                               'Ir Hahamisha                           Israel    34981  32.950   35.160       0
116                                      'Irbin                            Syria    42929  33.530   36.370       0
117                                      'Irjan                           Jordan     5157  32.400   35.730       0
118                                      'Irqah                     Saudi Arabia    11359  24.690   46.600       0
119                                        'Isa                          Bahrain    38319  26.170   50.550       0
120                           'Izbat Bayt Hanun                        Palestine     7374  31.550   35.070       0
121                                       'Ofra                           Israel     2719  31.920   35.230       0
122                                       'Omer                           Israel     6167  31.290   34.850       0
123                                  'Umayriyah                           Kuwait    20799  29.290   47.910       0
124                                    'Unayzah                     Saudi Arabia   135945  26.100   43.980       0
125                                       'Urif                        Palestine     2837  32.160   35.220       0
126                                    'Usayrah                     Saudi Arabia     7533  21.760   40.650       0
127                              'Uyun al-Jiwa'                     Saudi Arabia     6607  26.530   43.690       0
128                                    A Coruna                            Spain   243088  43.330   -8.420       0
129                                   A Estrada                            Spain    21997  42.700   -8.500       0
130                                   A Laracha                            Spain    10856  43.250   -8.590       0
131                        A Pobra do Caraminal                            Spain     9955  42.610   -8.940       0
132                                 A Ver-o-Mar                         Portugal    10971  41.400   -8.760       0
133                              A dos Cunhados                         Portugal     6508  39.150   -9.290       0
134                                  A i Afjord                           Norway     1163  63.970   10.210       0
135                                       A'zaz                            Syria    60737  36.590   37.060       0
136                                 Aa en Hunze                      Netherlands    25005  53.050    6.700       0
137                                    Aabenraa                          Denmark    16409  55.050    9.420       0
138                                     Aabybro                          Denmark     4922  57.150    9.750       0
139                                      Aachen                          Germany   273472  50.770    6.090       0
140                                      Aadorf                      Switzerland     7720  47.490    8.900       0
141                                   Aakirkeby                          Denmark     2227  55.070   14.930       0
142                                       Aakre                          Estonia      294  58.100   26.190       0
143                                     Aalborg                          Denmark   122794  57.030    9.930       0
144                                     Aalburg                      Netherlands    12438  51.750    5.130       0
145                                       Aalen                          Germany    67188  48.850   10.090       0
146                                   Aalestrup                          Denmark     2784  56.700    9.500       0
147                                    Aalsmeer                      Netherlands    23067  52.270    4.760       0
148                                       Aalst                          Belgium    77876  50.930    4.030       0
149                                      Aalten                      Netherlands    19283  51.940    6.570       0
150                                      Aalter                          Belgium    18857  51.080    3.450       0
151                                   Aanekoski                          Finland    13358  62.610   25.690       0
152                                 Aappilattoq                        Greenland      189  60.170  -44.490       0
153                                 Aappilattoq                        Greenland      213  72.880  -55.590       0
154                                       Aarau                      Switzerland    15539  47.400    8.040       0
155                                     Aarberg                      Switzerland     3911  47.050    7.280       0
156                                     Aarburg                      Switzerland     6932  47.320    7.890       0
157                                      Aardla                          Estonia      138  58.310   26.780       0
158                                       Aarna                          Estonia      246  58.070   26.970       0
159                                        Aars                          Denmark     7247  56.800    9.530       0
160                                    Aarschot                          Belgium    27646  50.980    4.830       0
161                                  Aartselaar                          Belgium    14130  51.130    4.380       0
162                                       Aarup                          Denmark     2611  55.380   10.070       0
163                                   Aarwangen                      Switzerland     4190  47.230    7.750       0
164                                     Aasiaat                        Greenland     3100  68.710  -52.850       0
165                                      Aasmae                          Estonia      636  59.240   24.510       0
166                                     Aaspere                          Estonia      314  59.420   26.120       0
 [ reached getOption("max.print") -- omitted 43479 rows ]
[1] "maps"
[1] "world2MapEnv"
[1] "Pacific Centric Low resolution World Map"
[1] "R_MAP_DATA_DIR_WORLD"
[1] "maps"
[1] "worldMapEnv"
[1] "Low (mid) resolution World Map"
[1] "R_MAP_DATA_DIR_WORLD"
[1] "animation"
[1] "CLELAL09"
[1] "The NBA game between CLE Cavaliers and LAL Lakers on Dec 25, 2009"
                player  time period realx realy result team
1                 <NA> 12:00      1    NA    NA   <NA>  OFF
2         Derek Fisher 11:45      1    11    43 missed  LAL
3         Derek Fisher 11:44      1    NA    NA   <NA>  LAL
4         Derek Fisher 11:41      1     6    25   made  LAL
5          Mo Williams 11:35      1    NA    NA   <NA>  CLE
6            Pau Gasol 11:23      1    14    31   made  LAL
7     Shaquille O'Neal 11:04      1    82    25 missed  CLE
8          Kobe Bryant 11:03      1    NA    NA   <NA>  LAL
9          Kobe Bryant 10:53      1    13    42   made  LAL
10    Shaquille O'Neal 10:36      1    88    25   made  CLE
11         Kobe Bryant 10:12      1     6    43   made  LAL
12        LeBron James  9:51      1    81    43 missed  CLE
13    Shaquille O'Neal  9:49      1    NA    NA   <NA>  CLE
14      Anthony Parker  9:43      1    65    10 missed  CLE
15        Andrew Bynum  9:42      1    NA    NA   <NA>  LAL
16         Kobe Bryant  9:31      1    22    18 missed  LAL
17        J.J. Hickson  9:30      1    NA    NA   <NA>  CLE
18        LeBron James  9:22      1    72    45   made  CLE
19           Pau Gasol  9:03      1    11    25 missed  LAL
20                <NA>  9:01      1    NA    NA   <NA>  CLE
21                <NA>  8:38      1    NA    NA   <NA>  CLE
22                <NA>  8:36      1    NA    NA   <NA>  CLE
23          Ron Artest  8:23      1    13     8 missed  LAL
24  Zydrunas Ilgauskas  8:22      1    NA    NA   <NA>  CLE
25         Mo Williams  8:12      1    86     7   made  CLE
26        Derek Fisher  8:00      1     7     2 missed  LAL
27    Shaquille O'Neal  7:59      1    NA    NA   <NA>  CLE
28      Anthony Parker  7:44      1    81     2 missed  CLE
29         Kobe Bryant  7:43      1    NA    NA   <NA>  LAL
30         Kobe Bryant  7:21      1    13    30 missed  LAL
31          Ron Artest  7:19      1    NA    NA   <NA>  LAL
32          Ron Artest  7:18      1     6    25 missed  LAL
33      Anthony Parker  7:17      1    NA    NA   <NA>  CLE
34    Shaquille O'Neal  7:11      1    88    25   made  CLE
35           Pau Gasol  6:56      1    13    24 missed  LAL
36    Shaquille O'Neal  6:55      1    NA    NA   <NA>  CLE
37        LeBron James  6:49      1    66    12 missed  CLE
38           Pau Gasol  6:48      1    NA    NA   <NA>  LAL
39           Pau Gasol  6:36      1     6    25 missed  LAL
40        Andrew Bynum  6:35      1    NA    NA   <NA>  LAL
41           Pau Gasol  6:35      1    NA    NA   <NA>  LAL
42        LeBron James  6:19      1    88    25   made  CLE
43        Andrew Bynum  6:07      1    14    23   made  LAL
44    Shaquille O'Neal  5:51      1    88    25   made  CLE
45           Pau Gasol  5:23      1     6    25   made  LAL
46        LeBron James  4:55      1    87     7 missed  CLE
47        Andrew Bynum  4:54      1    NA    NA   <NA>  LAL
48    Shaquille O'Neal  4:48      1    NA    NA   <NA>  CLE
49                <NA>  4:48      1    NA    NA   <NA>  LAL
50                <NA>  4:48      1    NA    NA   <NA>  CLE
51                <NA>  4:48      1    NA    NA   <NA>  LAL
52           Pau Gasol  4:48      1    NA    NA missed  LAL
53                <NA>  4:48      1    NA    NA   <NA>  LAL
54           Pau Gasol  4:48      1    NA    NA   made  LAL
55      Anthony Parker  4:32      1    87     6   made  CLE
56         Kobe Bryant  4:17      1    15    19 missed  LAL
57  Zydrunas Ilgauskas  4:16      1    NA    NA   <NA>  CLE
58                <NA>  4:07      1    NA    NA   <NA>  CLE
59         Kobe Bryant  3:54      1    NA    NA   <NA>  LAL
60      Anthony Parker  3:54      1    NA    NA   made  CLE
61      Anthony Parker  3:54      1    NA    NA   made  CLE
62      Anthony Parker  3:54      1    NA    NA missed  CLE
63           Pau Gasol  3:52      1    NA    NA   <NA>  LAL
64         Kobe Bryant  3:34      1     6    25 missed  LAL
65          Lamar Odom  3:32      1    NA    NA   <NA>  LAL
66          Lamar Odom  3:29      1     6    25   made  LAL
67        LeBron James  3:17      1    88    25   made  CLE
68           Pau Gasol  2:51      1    NA    NA   <NA>  LAL
69                <NA>  2:51      1    NA    NA   <NA>  CLE
70                <NA>  2:51      1    NA    NA   <NA>  CLE
71                <NA>  2:51      1    NA    NA   <NA>  LAL
72                <NA>  2:51      1    NA    NA   <NA>  LAL
73        LeBron James  2:33      1    NA    NA   <NA>  CLE
74          Ron Artest  2:22      1    22    36 missed  LAL
75        Delonte West  2:21      1    NA    NA   <NA>  CLE
76  Zydrunas Ilgauskas  2:07      1    67    19 missed  CLE
77          Lamar Odom  2:05      1    NA    NA   <NA>  LAL
78       Jordan Farmar  1:58      1    28    12 missed  LAL
79    Anderson Varejao  1:56      1    NA    NA   <NA>  CLE
80        LeBron James  1:47      1    88    25   made  CLE
81         Kobe Bryant  1:35      1    NA    NA   <NA>  LAL
82        Delonte West  1:20      1    76    31   made  CLE
83         Kobe Bryant  1:06      1    NA    NA missed  LAL
84  Zydrunas Ilgauskas  1:04      1    NA    NA   <NA>  CLE
85        LeBron James  0:52      1    87    49 missed  CLE
86        Andrew Bynum  0:51      1    NA    NA   <NA>  LAL
87         Kobe Bryant  0:43      1     6    25   made  LAL
88        LeBron James  0:25      1    NA    NA   <NA>  CLE
89      Anthony Parker  0:06      1    NA    NA   <NA>  CLE
90                <NA>  0:06      1    NA    NA   <NA>  CLE
91                <NA>  0:06      1    NA    NA   <NA>  LAL
92                <NA>  0:06      1    NA    NA   <NA>  CLE
93         Kobe Bryant  0:01      1     6    25   made  LAL
94    Anderson Varejao 11:39      2    80    25   made  CLE
95         Kobe Bryant 11:21      2    24    23 missed  LAL
96    Shaquille O'Neal 11:20      2    NA    NA   <NA>  CLE
97         Mo Williams 11:11      2    NA    NA   <NA>  CLE
98       Jordan Farmar 11:03      2    27    26 missed  LAL
99    Anderson Varejao 11:02      2    NA    NA   <NA>  CLE
100        Mo Williams 10:47      2    70    15   made  CLE
101        Kobe Bryant 10:36      2    NA    NA   <NA>  LAL
102        Mo Williams 10:30      2    88    25   made  CLE
103          Pau Gasol 10:15      2    16    14 missed  LAL
104   Anderson Varejao 10:14      2    NA    NA   <NA>  CLE
105   Anderson Varejao 10:01      2    88    25   made  CLE
106        Kobe Bryant  9:46      2    15    25   made  LAL
107   Anderson Varejao  9:23      2    88    25   made  CLE
108      Shannon Brown  9:10      2    14    15 missed  LAL
109        Mo Williams  9:09      2    NA    NA   <NA>  CLE
110        Mo Williams  9:03      2    88    25 missed  CLE
111        Mo Williams  9:02      2    NA    NA   <NA>  CLE
112       Delonte West  8:50      2    83    30   made  CLE
113        Kobe Bryant  8:37      2    22    20 missed  LAL
114         Lamar Odom  8:34      2    NA    NA   <NA>  LAL
115   Shaquille O'Neal  8:33      2    NA    NA   <NA>  CLE
116               <NA>  8:33      2    NA    NA   <NA>  LAL
117               <NA>  8:33      2    NA    NA   <NA>  CLE
118               <NA>  8:33      2    NA    NA   <NA>  LAL
119               <NA>  8:33      2    NA    NA   <NA>  LAL
120        Kobe Bryant  8:33      2    NA    NA   made  LAL
121        Kobe Bryant  8:33      2    NA    NA   made  LAL
122        Mo Williams  8:19      2    81    31 missed  CLE
123               <NA>  8:18      2    NA    NA   <NA>  LAL
124      Sasha Vujacic  8:02      2    NA    NA   <NA>  LAL
125       Delonte West  7:58      2    NA    NA   <NA>  CLE
126       Delonte West  7:58      2    NA    NA   <NA>  CLE
127       Derek Fisher  7:49      2    13    45   made  LAL
128        Mo Williams  7:29      2    87    13   made  CLE
129      Sasha Vujacic  7:12      2    32    18 missed  LAL
130        Mo Williams  7:11      2    NA    NA   <NA>  CLE
131        Mo Williams  7:06      2    64    15   made  CLE
132 Zydrunas Ilgauskas  6:48      2    NA    NA   <NA>  CLE
133               <NA>  6:48      2    NA    NA   <NA>  CLE
134       Derek Fisher  6:38      2    NA    NA   <NA>  LAL
135       Jamario Moon  6:34      2    88    25   made  CLE
136          Pau Gasol  6:11      2     6    25 missed  LAL
137 Zydrunas Ilgauskas  6:10      2    NA    NA   <NA>  CLE
138       Jamario Moon  5:55      2    82    43 missed  CLE
139   Anderson Varejao  5:54      2    NA    NA   <NA>  CLE
140 Zydrunas Ilgauskas  5:37      2    87     5   made  CLE
141               <NA>  5:32      2    NA    NA   <NA>  LAL
142               <NA>  5:28      2    NA    NA   <NA>  LAL
 [ reached getOption("max.print") -- omitted 313 rows ]
[1] "animation"
[1] "HuSpeech"
[1] "Word counts of a speech by the Chinese President Hu"
 [1] 119 175 222 204 276 168 257  89  61 288 277 229 231 206 173 180 193 190 149 213 511 207 299 283   4 112 204 538 218 718 225 695 214 546 171 672 263 556 241 542 240 658 213 515 291 761  88 104 146 199   4  86  98 230 146 435 168 143 126 137 149 282 126  75 244  97 140 277 263 133 170 163 204   4 205
[1] "animation"
[1] "ObamaSpeech"
[1] "Word counts of a speech by the US President Obama"
 [1]  2 45 52 53 11 48 28 15 50 29 51 40 29 36 30 34 18 30 21 74 32 58  4 21 48 30 34 21 41 10 31 61 16 33 16 31 24 36 37 38 30 35 47 79 30 61 46 46 30 35 30 32 23 39  3 62 12 86 14
[1] "animation"
[1] "iatemp"
[1] "Average yearly temperatures in central Iowa"
Time Series:
Start = 1895 
End = 2010 
Frequency = 1 
  [1] 32.7 27.8 32.7 30.4 42.6 31.9 34.5 39.8 32.6 39.6 36.9 33.7 35.2 37.9 41.1 32.0 28.3 38.7 42.9 39.7 38.9 35.7 39.3 38.4 32.0 33.6 32.1 40.9 38.5 37.6 34.6 31.0 36.3 37.1 30.5 40.1 42.7 31.6 36.7 40.6 32.8 33.9 32.5 36.4 38.6 32.5 39.1 37.4 32.8 39.5 35.9 37.1 31.9 38.7 41.1 32.2 30.2 37.6 40.9 40.9 30.0 35.8 33.7 39.4 27.7 38.4 36.1 39.1 41.3 40.1 38.5 36.7 34.4 34.5 37.0 35.7 37.4 33.1 37.8 37.0 40.6 29.8 35.4 35.5 35.4 38.5 40.1 35.2 38.2 37.5 28.5 31.2 41.0 37.3 33.1 41.3 27.9 32.9 34.6 39.6 30.1 29.0 32.9 40.8 44.2 32.9 48.3 34.2 35.5 40.1 39.5 39.4 37.0 37.1 43.3 38.2
[1] "animation"
[1] "pageview"
[1] "Page views from Sep 21, 2007 to Dec 2, 2007 of Yihui's website"
          day visits pages files bandwidth
1  2007-09-21     16   219  1806      8.98
2  2007-09-22     22   285  3061     12.94
3  2007-09-23     29   145  1758      7.62
4  2007-09-24     52   206  2102     14.36
5  2007-09-25     57   189  2198     16.65
6  2007-09-26     56   329  2919     19.03
7  2007-09-27     86   422  2476     30.72
8  2007-09-28     92   521  4625     30.92
9  2007-09-29     95   187  1788     18.86
10 2007-09-30     79   181  2008     17.88
11 2007-10-01     79   412  2121     24.05
12 2007-10-02     95   291  2318     20.76
13 2007-10-03     79   257  2791     17.49
14 2007-10-04     95   271  2964     34.66
15 2007-10-05     79   407  3135     21.81
16 2007-10-06     88   283  1926     19.73
17 2007-10-07     76   250  2427     24.55
18 2007-10-08    106   612  4028     38.37
19 2007-10-09    111   434  4029     36.15
20 2007-10-10    147   504  5093     44.37
21 2007-10-11    217  1127  4073     56.62
22 2007-10-12    191   566 10891     60.03
23 2007-10-13    241   610  6644     52.14
24 2007-10-14    184   399  4110     37.54
25 2007-10-15    237   541  5002     45.99
26 2007-10-16    256   504  4413     44.55
27 2007-10-17    186   334  3163     26.41
28 2007-10-18    299   478  5177     50.62
29 2007-10-19    263   598  5267     66.85
30 2007-10-20    278   520  4717     75.50
31 2007-10-21    337   622  5587     78.25
32 2007-10-22    312   883  6761     90.12
33 2007-10-23    248   565  5233     64.47
34 2007-10-24    430   851  8077    107.25
35 2007-10-25    314   686  6445     70.58
36 2007-10-26    303   592  4918     62.20
37 2007-10-27    160   477  3029     38.32
38 2007-10-28    109   412  2461     26.19
39 2007-10-29    127   317  2090     21.18
40 2007-10-30    130   348  2987     25.80
41 2007-10-31    150   401  2527     33.47
42 2007-11-01    144   361  2679     30.04
43 2007-11-02    157   348  2868     28.54
44 2007-11-03    125   280  2370     23.26
45 2007-11-04    125   388  2340     24.55
46 2007-11-05    142   314  2862     24.06
47 2007-11-06    166   424  3092     34.41
48 2007-11-07    174   554  3483     39.68
49 2007-11-08    172   639  4657     38.66
50 2007-11-09    191   668  4181     41.95
51 2007-11-10    133   303  2089     19.62
52 2007-11-11    153   397  3133     24.44
53 2007-11-12    188   611  4523     38.42
54 2007-11-13    197   668  4567     37.93
55 2007-11-14    162   424  3589     23.74
56 2007-11-15    236   605  5472     36.36
57 2007-11-16    169   407  2804     27.79
58 2007-11-17    155   425  2888     25.62
59 2007-11-18    136   479  2366     24.30
60 2007-11-19    205   514  3951     40.64
61 2007-11-20    206   796  5424     48.25
62 2007-11-21    174   537  3076     30.75
63 2007-11-22    261  1134  6064     71.98
64 2007-11-23    202   421  2504     22.23
65 2007-11-24    122   308  2216     17.85
66 2007-11-25    128   373  2312     22.31
67 2007-11-26    172   363  2773     22.11
68 2007-11-27    177   781  2969     29.83
69 2007-11-28    205   576  3697     46.19
70 2007-11-29    177   535  3165     27.66
71 2007-11-30    196   417  3639     32.54
72 2007-12-01    166   364  2592     25.14
73 2007-12-02    173   430  2953     26.91
[1] "animation"
[1] "pollen"
[1] "Synthetic dataset about the geometric features of pollen grains"
        RIDGE      NUB    CRACK   WEIGHT  DENSITY
1     -2.3482   3.6314   5.0289  10.8721  -1.3852
2     -1.1520   1.4805   3.2375  -0.5939   2.1235
3     -2.5245  -6.8633  -2.8037   8.4631  -3.4126
4      5.7523  -6.5091  -5.1510   4.3480 -10.3261
5      8.7494  -3.8978  -1.3834 -14.8776  -2.4153
6     10.4303  -3.1628  12.7885 -14.8519  -6.4942
7     -3.6049   4.6081   6.5540   5.9773   4.0404
8     -5.6383  -0.8158  -3.8120   1.1674   7.0468
9      9.5434   4.0865   2.7542 -18.9002  -0.0672
10    -9.0292   2.9723   3.6759  13.8820   4.2106
11     3.1676  -3.0184  -2.6619  -0.8834  -2.7773
12    -4.6072   4.2718  -6.0623  14.1450  -2.8238
13    -9.0119  -2.5547   4.5717  15.3065   3.7617
14    20.6333   2.0396  -7.0409 -30.5734  -5.3491
15     3.8890   0.3103   6.6662  -3.5741  -1.4561
16     0.5247  -2.9111  -1.8946   1.3397  -3.3831
17     2.0099  -1.4072  10.0662   5.1068  -5.8305
18    -4.8432   8.3045  -9.4818   1.0870   6.3866
19    -0.4911   5.6020   5.8316  -1.8817   2.6869
20     6.8007   1.9975  -6.8794 -16.5970   1.2490
21    -2.4424   3.6967  -5.8847  -0.7001   2.4263
22    14.4619   3.1362 -17.2085 -19.8325  -1.8851
23     8.7413   1.5281  -0.4408 -15.0351  -2.3780
24     4.7543   0.0577   7.6105  -4.2005  -1.8538
25     1.2480  11.9361   5.6195 -10.2146   7.7365
26     8.7653   1.2398  -4.3206 -14.4777   1.2280
27   -11.8489  -5.7576  -3.7836  14.8814   5.5255
28    -7.2062  -3.8292   7.2607  11.7013   0.9580
29     6.2312  -9.3210   0.3461  -3.7903  -5.7165
30     9.1580  -3.7034   0.6267 -10.8317  -4.8256
31     2.6893  -4.1338  -1.3014  -3.4211   0.2000
32    10.0658   6.6234  -8.6165 -15.8068  -1.7077
33    -1.7084   0.6567  -9.5198  -2.6968   1.9967
34    -1.0802  -0.7468  -8.2865   2.8470  -1.4094
35    -1.3009  -7.5823 -15.0406   0.2264   1.9387
36    -5.3000  -1.4487   9.3702   2.6363   1.9028
37    -5.2823   1.2701   4.5710   9.9067   1.1898
38     9.7174  -6.3657 -11.5415 -20.0465  -1.1950
39     2.8455   2.2484  12.1836  -4.5510  -0.7326
40     4.9671  13.7808   9.3359  -6.6562   1.4067
41     5.5170   4.4894   5.8973  -8.4345  -1.3754
42    -9.0296   4.5611   9.8368  16.1483   1.7657
43     4.1365   7.3481  11.4778  -9.5309  -2.1709
44     1.0009   3.4992 -11.3570  -1.0218   0.7339
45    -8.7272  -1.4183  10.6263  16.1082   0.5914
46    21.4066   2.4339  -7.0329 -34.0352  -6.9337
47    -5.6215  -2.2886  -5.4114  -1.7358   4.4375
48    -3.4745  -1.4792  -8.0158   3.8516   0.1638
49    -0.7744   1.9099   9.8779  -3.1219   3.4222
50    -0.1216   0.6505  -0.4430   1.0233  -0.6967
51   -16.0161  -2.8065   2.6818  24.7883   6.0836
52    10.5389  -8.2283  12.2505 -15.2598  -4.8104
53     0.2195   3.8281  -9.1121  -2.3182   2.6481
54    12.7217  -1.1655  -7.7344 -28.5182   3.3110
55     1.4815   1.1397  -5.7812   3.9385  -3.7185
56    -0.0682   0.8211  -9.1250   3.4476  -0.3285
57     9.0331  -6.0411  -3.9471 -18.7740  -0.2651
58     5.3055  -0.8624   7.9543  -5.0837  -2.8409
59    -9.5009  -5.2284  11.4543  14.2462   0.5030
60     2.6741   1.0590   3.2389  -4.1363  -0.1693
61   -10.0123  -8.0957  -0.9949  17.2600   1.3537
62     4.3691  -7.3707  -8.3597 -10.1575  -3.0750
63   -10.1716  -2.4119   0.3346  15.5699   3.6029
64    -3.2580  -5.1121 -15.2072  -2.9152   3.7838
65     4.2181  -1.9740   5.8265  -6.2908  -1.2873
66    -4.0808   2.0178  -9.8817  -1.6986   4.9218
67    -8.6400  -2.0227   5.2316  15.0862   0.2510
68    10.5636   0.1991 -13.4976 -23.4963   0.8717
69    -6.6808  -4.7029  -0.5613  10.3516  -0.6177
70     0.5323   9.2352  -2.4704  -2.2766   1.2695
71    -0.0347  -7.9538   4.8382   0.2540   1.2054
72     5.8613   5.0794   0.1898  -1.8943  -3.3617
73     4.6748  -3.2723   3.8827  -6.7440  -1.3105
74   -10.7319   3.9704   4.8669  14.9514   5.1070
75    11.2446  -3.7916  -5.7843 -23.0499  -1.7068
76    -3.6473  -3.1078   4.6495   8.7502  -1.3280
77    -0.1305  -3.6863  -1.7466   6.6592  -1.8226
78     1.9694   7.0939   8.1305  -4.2586   2.1575
79     5.5513   6.5610  -0.4740  -6.7277  -1.0626
80     9.6421   6.3201  -1.8123 -12.5556   0.8960
81    -7.3720  -5.2017  -0.9637  11.5778  -0.4043
82    -3.2901  -6.0523   0.2103   4.0228   0.4260
83     4.4276 -10.0467  12.8714  -3.9748  -5.6353
84    -2.1656  -3.7392  -2.7377   3.4815  -2.0299
85    -8.4973  -2.0624 -15.9703   9.2642   1.7422
86     5.4033   2.8539   6.7623  -5.8196  -2.4199
87     7.3309   3.3823   4.6496  -7.7050  -2.5911
88     1.0244   6.9907   3.6025   2.0291  -0.1025
89    -0.7617 -10.1902  -3.7490   1.2933   0.0112
90    -2.5069 -11.9149   8.0757   7.4143  -4.4379
91    -2.3577  -8.9635  -1.6002  -1.1046  -0.2894
92    -5.9772   3.4566  -2.1427   0.0056   3.1342
93     0.2097   0.5795  -0.4390   1.1826  -0.3653
94    -5.7256  -4.1298   6.5397   7.3792   1.9581
95     0.8712   8.3401   4.1795  -7.2203   3.1946
96     3.7330   6.7360   0.5207  -7.0747   2.4392
97     8.3684   5.9453  12.8971 -12.8062  -0.0398
98    12.5461  -2.4438   4.9804 -13.2286  -5.6034
99    -0.3302   0.1907  -0.2263   0.6885   0.3260
100    5.6671   0.9057   2.3296 -10.6863  -2.0145
101   -1.3391  -8.3103  10.7935   6.3582  -4.7186
102    0.9769   5.7080   1.1327   0.9923  -0.2139
103    1.0954   6.1092 -21.9857  -7.3484   4.6522
104   -9.8401   1.5661  15.5375  18.6947   3.1464
105    6.2773  -4.8568 -10.5838  -8.2595  -2.3151
106   -1.2831  -1.7085   9.5483   6.1735  -1.0160
107    9.3625   8.4878  10.2402  -8.3531  -4.5796
108   -5.3853   4.1131   1.9388   8.2572  -0.2081
109  -19.4687  -3.1471 -10.9226  22.5042   7.4786
110   -2.1201   0.6666  -1.5021   1.7402   2.5931
111   -3.3624  -8.7044  -7.0031   2.3994   0.8988
112    6.9285  -7.2862  -7.1145 -17.7599  -1.3816
113   -0.9824  -1.9100  -9.3406  -5.7766   0.6648
114    1.3317  -2.5810  -8.1743  -3.7748   1.8629
115    8.6132   1.6322 -10.8143 -14.7910   0.2498
116    0.1884  -6.8996  -0.1883  -4.7303   0.0281
117   11.1434  -1.7671  -6.1019 -18.2190  -5.0912
118    3.0768  -2.1604  -0.7659  -4.2532  -0.9437
119   12.5006  -2.2629   5.7148 -16.0885  -4.2858
120   -7.2107   2.5364   2.7212  13.9040   2.5456
121   -4.1780  -7.8872   4.8505  12.1573  -1.3301
122   -1.2636   3.6482 -10.9030  -1.9222   1.9436
123  -15.7861   4.4222 -15.5411  16.0730  10.4417
124    9.0190  -5.2259   0.7444 -10.3935  -7.8494
125   -0.0765   5.1512   0.7021  -4.2041   6.8118
126   -0.4494  -0.2382  -1.2961   6.4054   0.6093
127   -1.5315  -3.0747  12.5425   3.7460  -3.2660
128   -7.5128  -1.3987 -15.5081   6.6993   5.3072
129    1.3885   2.6362   5.3927  -6.2151   2.1516
130   -1.6751  -0.5303   0.1956  -0.4271   1.4435
131   -8.8635  -4.6860 -10.9967  15.3923  -0.7672
132    8.6672  -0.9679  -2.2401 -15.7892  -1.7306
133   -9.3815   5.2564   9.6428  14.0215   3.4120
134   -6.9950  -2.4079   7.2289  12.4468  -0.8828
135   10.5963  -1.7616 -19.5842 -20.9109  -1.5733
136    3.6756   5.4733  -3.0157  -3.4866  -2.6475
137   -2.1803   1.8170   9.1016  -0.2119   1.4417
138   11.5577  -2.3741   1.5927 -11.1276  -8.1674
139   -1.0654   3.6308   2.5931   2.2916   2.2905
140    3.9705   5.9491   1.7198  -9.6660   3.0348
141   11.2838  -0.3064   6.7279 -15.9922  -1.6906
142   -2.6200   4.5674 -11.5659   1.7920   3.6042
143   -2.7857   3.5751  -6.9821   1.4139   2.2412
144    0.1748  -1.3689   2.9684   6.0847  -3.8530
145   -3.2512  -1.8603 -16.6779   1.6056   5.6362
146    7.2893   2.5327  -9.9288  -7.0259  -4.8926
147  -10.0208  -0.7091   9.8898  16.0336   1.7967
148    5.0440  -4.2329   1.3872  -3.3866  -1.7662
149   10.8437  -0.0779  -0.5542 -15.9940  -6.5609
150   -2.3471  -2.3470  11.4156  15.1058  -4.1978
151  -10.3495  -3.8743   3.4780  17.2892   2.0966
152    4.0742  -2.7538   2.0662  -6.2138  -0.6865
153    1.0975  -4.7911   0.4058   2.2741  -6.2693
154    8.5759   6.7841  -1.2478 -15.5499   1.5642
155   -2.1309   4.2910  -9.9907   3.5388   1.3294
156    5.1094  -1.3673  -4.9383  -7.4017  -1.7403
157   -9.1212   5.5136   5.3398   8.6234   5.4994
158    3.2973   1.5202   4.8291  -5.6041   0.0363
159  -11.8830   0.6949  -2.2401  17.1639   1.7846
160    8.6839  14.1080   0.9448 -15.6422   2.5482
161    1.3887   7.1748  -3.2948  -5.6344   3.2646
162    7.7918   2.0917  -5.9826 -16.9619   1.8215
163   -2.2878   7.1883   1.0074   4.0512   1.2790
164   -4.8403  10.9842  13.1154   0.0535   6.1310
165   -2.3645  -3.3184  -7.8842   2.4172   0.2468
166    5.3825  -2.3462  -1.1212 -10.6328  -1.1825
167    5.6654   6.6946  12.8290  -5.8572  -2.6764
168   -6.4549  -7.2387  -8.8244   8.5789  -0.1740
169    4.3399  -2.6805   6.0191  -1.2258  -3.9694
170    0.7436  -5.4188   1.7741  -1.2258   1.0580
171    8.4039   6.3296  11.5242  -3.3857  -4.8697
172   -1.2118  -7.1554  12.1269   6.5073  -2.6803
173   -5.5593   6.7950   2.4489   9.0314  -0.5923
174    4.7584   1.7442  -0.0467  -1.6216  -0.3295
175    3.2325  -6.8548  -3.9658  -0.4509  -2.8238
176    4.8088   3.0837   9.7758  -5.0301  -3.8274
177    5.5635   5.1204   4.4699 -14.3184  -0.9800
178    0.6031   7.7381  12.6687   2.7693   0.0557
179    1.6820  -7.0771  10.2857  -1.7166  -3.9418
180    2.1964  -4.3039 -15.9250  -1.9108  -1.8042
181   -0.6508  -3.3839  -2.4020   6.3228  -3.6728
182   12.4694  -3.2540  -9.5257  -7.7509  -5.6937
183    9.0270  -4.2954   0.4308 -16.4200  -4.1853
184    8.3147  -9.3028   2.8612  -9.1692  -5.1057
185   -9.6008  -7.3450  -0.5315  17.6608   0.4356
186    9.3146   1.7032  -0.2977 -14.8137  -0.3843
187    8.5171  -4.5067   5.3861  -8.7414  -2.9755
188   -2.3400  -5.1521  13.2535   3.0165  -0.9437
189    1.1597   0.8277   3.8950  -3.0671   1.8034
190    6.0931   4.5038  12.7751 -11.3990  -1.2017
191   -2.6372   2.3392  -5.9751  -1.6382   5.9971
192    4.1168   6.8042 -10.7194  -5.8508   2.0937
193  -10.8543   2.6105   7.9125  13.6383   7.1800
194    2.1395   4.4821   6.6977  -5.2114  -0.5582
195    0.1053   0.6194   8.2016   5.5828  -3.3056
196    2.7796   2.9900  15.8587  -5.2863  -0.6358
197    5.4484  -4.5098   7.5945  -0.2974  -5.2807
198   -3.5852   0.4761   0.9388  11.1995  -2.0175
199    8.6165   2.0710  -2.6624 -10.8419  -4.7079
200   -5.6919   3.2831  -1.7270  12.5790  -0.5811
 [ reached getOption("max.print") -- omitted 3648 rows ]
[1] "animation"
[1] "vanke1127"
[1] "Stock prices of Vanke Co., Ltd on 2009/11/27"
                    time price
1    2009-11-27 23:25:03 11.70
2    2009-11-27 23:30:13 11.68
3    2009-11-27 23:30:18 11.68
4    2009-11-27 23:30:23 11.68
5    2009-11-27 23:30:28 11.68
6    2009-11-27 23:30:33 11.68
7    2009-11-27 23:30:33 11.65
8    2009-11-27 23:30:43 11.69
9    2009-11-27 23:30:48 11.61
10   2009-11-27 23:30:53 11.65
11   2009-11-27 23:30:53 11.65
12   2009-11-27 23:31:03 11.66
13   2009-11-27 23:31:03 11.68
14   2009-11-27 23:31:13 11.65
15   2009-11-27 23:31:18 11.65
16   2009-11-27 23:31:23 11.66
17   2009-11-27 23:31:33 11.66
18   2009-11-27 23:31:33 11.66
19   2009-11-27 23:31:43 11.69
20   2009-11-27 23:31:43 11.66
21   2009-11-27 23:31:53 11.65
22   2009-11-27 23:31:58 11.68
23   2009-11-27 23:32:03 11.69
24   2009-11-27 23:32:03 11.68
25   2009-11-27 23:32:13 11.70
26   2009-11-27 23:32:18 11.70
27   2009-11-27 23:32:23 11.70
28   2009-11-27 23:32:23 11.70
29   2009-11-27 23:32:33 11.71
30   2009-11-27 23:32:38 11.71
31   2009-11-27 23:32:43 11.71
32   2009-11-27 23:32:43 11.74
33   2009-11-27 23:32:53 11.75
34   2009-11-27 23:32:58 11.73
35   2009-11-27 23:33:03 11.75
36   2009-11-27 23:33:08 11.75
37   2009-11-27 23:33:13 11.77
38   2009-11-27 23:33:13 11.77
39   2009-11-27 23:33:23 11.76
40   2009-11-27 23:33:23 11.77
41   2009-11-27 23:33:33 11.77
42   2009-11-27 23:33:38 11.76
43   2009-11-27 23:33:43 11.77
44   2009-11-27 23:33:48 11.78
45   2009-11-27 23:33:53 11.76
46   2009-11-27 23:33:58 11.76
47   2009-11-27 23:34:03 11.78
48   2009-11-27 23:34:03 11.78
49   2009-11-27 23:34:13 11.77
50   2009-11-27 23:34:18 11.78
51   2009-11-27 23:34:23 11.77
52   2009-11-27 23:34:28 11.78
53   2009-11-27 23:34:33 11.77
54   2009-11-27 23:34:38 11.77
55   2009-11-27 23:34:43 11.77
56   2009-11-27 23:34:48 11.77
57   2009-11-27 23:34:53 11.76
58   2009-11-27 23:34:58 11.75
59   2009-11-27 23:35:03 11.75
60   2009-11-27 23:35:08 11.75
61   2009-11-27 23:35:13 11.75
62   2009-11-27 23:35:18 11.73
63   2009-11-27 23:35:23 11.74
64   2009-11-27 23:35:23 11.71
65   2009-11-27 23:35:33 11.71
66   2009-11-27 23:35:38 11.71
67   2009-11-27 23:35:43 11.70
68   2009-11-27 23:35:48 11.70
69   2009-11-27 23:35:53 11.70
70   2009-11-27 23:35:58 11.70
71   2009-11-27 23:36:03 11.70
72   2009-11-27 23:36:03 11.69
73   2009-11-27 23:36:13 11.68
74   2009-11-27 23:36:13 11.70
75   2009-11-27 23:36:23 11.69
76   2009-11-27 23:36:28 11.68
77   2009-11-27 23:36:33 11.68
78   2009-11-27 23:36:38 11.68
79   2009-11-27 23:36:43 11.68
80   2009-11-27 23:36:48 11.66
81   2009-11-27 23:36:53 11.67
82   2009-11-27 23:36:58 11.66
83   2009-11-27 23:37:03 11.65
84   2009-11-27 23:37:08 11.65
85   2009-11-27 23:37:13 11.64
86   2009-11-27 23:37:18 11.65
87   2009-11-27 23:37:23 11.63
88   2009-11-27 23:37:28 11.63
89   2009-11-27 23:37:33 11.64
90   2009-11-27 23:37:38 11.62
91   2009-11-27 23:37:43 11.61
92   2009-11-27 23:37:43 11.61
93   2009-11-27 23:37:53 11.62
94   2009-11-27 23:37:53 11.62
95   2009-11-27 23:38:03 11.62
96   2009-11-27 23:38:08 11.61
97   2009-11-27 23:38:13 11.61
98   2009-11-27 23:38:18 11.62
99   2009-11-27 23:38:23 11.61
100  2009-11-27 23:38:28 11.61
101  2009-11-27 23:38:33 11.61
102  2009-11-27 23:38:43 11.61
103  2009-11-27 23:38:48 11.63
104  2009-11-27 23:38:53 11.62
105  2009-11-27 23:38:58 11.61
106  2009-11-27 23:39:03 11.62
107  2009-11-27 23:39:08 11.62
108  2009-11-27 23:39:13 11.62
109  2009-11-27 23:39:18 11.61
110  2009-11-27 23:39:23 11.62
111  2009-11-27 23:39:28 11.62
112  2009-11-27 23:39:33 11.61
113  2009-11-27 23:39:38 11.62
114  2009-11-27 23:39:43 11.61
115  2009-11-27 23:39:48 11.62
116  2009-11-27 23:39:53 11.61
117  2009-11-27 23:39:53 11.62
118  2009-11-27 23:40:03 11.61
119  2009-11-27 23:40:08 11.61
120  2009-11-27 23:40:13 11.60
121  2009-11-27 23:40:18 11.60
122  2009-11-27 23:40:23 11.60
123  2009-11-27 23:40:28 11.60
124  2009-11-27 23:40:33 11.59
125  2009-11-27 23:40:38 11.59
126  2009-11-27 23:40:43 11.58
127  2009-11-27 23:40:48 11.58
128  2009-11-27 23:40:53 11.57
129  2009-11-27 23:40:53 11.57
130  2009-11-27 23:41:03 11.57
131  2009-11-27 23:41:03 11.55
132  2009-11-27 23:41:13 11.57
133  2009-11-27 23:41:18 11.55
134  2009-11-27 23:41:23 11.56
135  2009-11-27 23:41:28 11.55
136  2009-11-27 23:41:33 11.55
137  2009-11-27 23:41:38 11.55
138  2009-11-27 23:41:43 11.55
139  2009-11-27 23:41:48 11.55
140  2009-11-27 23:41:53 11.55
141  2009-11-27 23:41:58 11.55
142  2009-11-27 23:42:03 11.55
143  2009-11-27 23:42:08 11.54
144  2009-11-27 23:42:13 11.56
145  2009-11-27 23:42:18 11.55
146  2009-11-27 23:42:23 11.54
147  2009-11-27 23:42:28 11.55
148  2009-11-27 23:42:33 11.56
149  2009-11-27 23:42:38 11.56
150  2009-11-27 23:42:43 11.56
151  2009-11-27 23:42:48 11.56
152  2009-11-27 23:42:53 11.56
153  2009-11-27 23:42:58 11.57
154  2009-11-27 23:43:03 11.58
155  2009-11-27 23:43:08 11.57
156  2009-11-27 23:43:13 11.57
157  2009-11-27 23:43:18 11.58
158  2009-11-27 23:43:23 11.58
159  2009-11-27 23:43:28 11.59
160  2009-11-27 23:43:33 11.59
161  2009-11-27 23:43:38 11.59
162  2009-11-27 23:43:43 11.59
163  2009-11-27 23:43:48 11.60
164  2009-11-27 23:43:53 11.60
165  2009-11-27 23:43:58 11.60
166  2009-11-27 23:44:03 11.60
167  2009-11-27 23:44:08 11.61
168  2009-11-27 23:44:13 11.61
169  2009-11-27 23:44:18 11.61
170  2009-11-27 23:44:23 11.61
171  2009-11-27 23:44:33 11.61
172  2009-11-27 23:44:38 11.62
173  2009-11-27 23:44:43 11.62
174  2009-11-27 23:44:48 11.66
175  2009-11-27 23:44:53 11.63
176  2009-11-27 23:44:58 11.65
177  2009-11-27 23:45:03 11.65
178  2009-11-27 23:45:08 11.66
179  2009-11-27 23:45:13 11.65
180  2009-11-27 23:45:18 11.66
181  2009-11-27 23:45:23 11.66
182  2009-11-27 23:45:28 11.65
183  2009-11-27 23:45:33 11.66
184  2009-11-27 23:45:38 11.67
185  2009-11-27 23:45:43 11.70
186  2009-11-27 23:45:48 11.68
187  2009-11-27 23:45:53 11.68
188  2009-11-27 23:45:58 11.70
189  2009-11-27 23:46:03 11.70
190  2009-11-27 23:46:08 11.69
191  2009-11-27 23:46:13 11.70
192  2009-11-27 23:46:18 11.69
193  2009-11-27 23:46:23 11.69
194  2009-11-27 23:46:28 11.70
195  2009-11-27 23:46:33 11.69
196  2009-11-27 23:46:38 11.69
197  2009-11-27 23:46:43 11.70
198  2009-11-27 23:46:48 11.70
199  2009-11-27 23:46:53 11.69
200  2009-11-27 23:46:58 11.70
201  2009-11-27 23:47:03 11.69
202  2009-11-27 23:47:08 11.70
203  2009-11-27 23:47:13 11.70
204  2009-11-27 23:47:18 11.69
205  2009-11-27 23:47:23 11.70
206  2009-11-27 23:47:28 11.70
207  2009-11-27 23:47:33 11.69
208  2009-11-27 23:47:38 11.70
209  2009-11-27 23:47:43 11.70
210  2009-11-27 23:47:48 11.70
211  2009-11-27 23:47:53 11.69
212  2009-11-27 23:47:58 11.69
213  2009-11-27 23:48:03 11.69
214  2009-11-27 23:48:08 11.69
215  2009-11-27 23:48:13 11.68
216  2009-11-27 23:48:18 11.67
217  2009-11-27 23:48:23 11.68
218  2009-11-27 23:48:28 11.67
219  2009-11-27 23:48:33 11.68
220  2009-11-27 23:48:38 11.67
221  2009-11-27 23:48:43 11.67
222  2009-11-27 23:48:48 11.66
223  2009-11-27 23:48:53 11.66
224  2009-11-27 23:48:58 11.66
225  2009-11-27 23:49:03 11.66
226  2009-11-27 23:49:08 11.66
227  2009-11-27 23:49:13 11.66
228  2009-11-27 23:49:18 11.65
229  2009-11-27 23:49:23 11.66
230  2009-11-27 23:49:28 11.66
231  2009-11-27 23:49:33 11.66
232  2009-11-27 23:49:38 11.65
233  2009-11-27 23:49:43 11.65
234  2009-11-27 23:49:48 11.65
235  2009-11-27 23:49:53 11.65
236  2009-11-27 23:49:58 11.64
237  2009-11-27 23:50:03 11.64
238  2009-11-27 23:50:08 11.64
239  2009-11-27 23:50:13 11.63
240  2009-11-27 23:50:18 11.64
241  2009-11-27 23:50:23 11.63
242  2009-11-27 23:50:28 11.63
243  2009-11-27 23:50:33 11.65
244  2009-11-27 23:50:38 11.63
245  2009-11-27 23:50:43 11.62
246  2009-11-27 23:50:48 11.63
247  2009-11-27 23:50:53 11.63
248  2009-11-27 23:50:58 11.63
249  2009-11-27 23:51:03 11.63
250  2009-11-27 23:51:08 11.63
251  2009-11-27 23:51:13 11.65
252  2009-11-27 23:51:18 11.64
253  2009-11-27 23:51:23 11.65
254  2009-11-27 23:51:28 11.63
255  2009-11-27 23:51:33 11.65
256  2009-11-27 23:51:38 11.65
257  2009-11-27 23:51:43 11.65
258  2009-11-27 23:51:48 11.65
259  2009-11-27 23:51:53 11.65
260  2009-11-27 23:51:58 11.65
261  2009-11-27 23:52:03 11.65
262  2009-11-27 23:52:08 11.65
263  2009-11-27 23:52:13 11.66
264  2009-11-27 23:52:18 11.65
265  2009-11-27 23:52:23 11.65
266  2009-11-27 23:52:28 11.68
267  2009-11-27 23:52:33 11.67
268  2009-11-27 23:52:38 11.67
269  2009-11-27 23:52:43 11.68
270  2009-11-27 23:52:48 11.68
271  2009-11-27 23:52:53 11.68
272  2009-11-27 23:52:58 11.68
273  2009-11-27 23:53:03 11.69
274  2009-11-27 23:53:08 11.69
275  2009-11-27 23:53:13 11.70
276  2009-11-27 23:53:18 11.69
277  2009-11-27 23:53:23 11.70
278  2009-11-27 23:53:28 11.70
279  2009-11-27 23:53:33 11.70
280  2009-11-27 23:53:38 11.70
281  2009-11-27 23:53:43 11.70
282  2009-11-27 23:53:48 11.70
283  2009-11-27 23:53:53 11.70
284  2009-11-27 23:53:58 11.70
285  2009-11-27 23:54:03 11.71
286  2009-11-27 23:54:08 11.71
287  2009-11-27 23:54:13 11.72
288  2009-11-27 23:54:18 11.71
289  2009-11-27 23:54:23 11.72
290  2009-11-27 23:54:28 11.73
291  2009-11-27 23:54:33 11.72
292  2009-11-27 23:54:38 11.73
293  2009-11-27 23:54:43 11.73
294  2009-11-27 23:54:48 11.73
295  2009-11-27 23:54:53 11.74
296  2009-11-27 23:54:58 11.73
297  2009-11-27 23:55:03 11.73
298  2009-11-27 23:55:08 11.73
299  2009-11-27 23:55:13 11.73
300  2009-11-27 23:55:18 11.72
301  2009-11-27 23:55:23 11.71
302  2009-11-27 23:55:28 11.73
303  2009-11-27 23:55:33 11.72
304  2009-11-27 23:55:38 11.72
305  2009-11-27 23:55:43 11.73
306  2009-11-27 23:55:48 11.72
307  2009-11-27 23:55:53 11.71
308  2009-11-27 23:55:58 11.72
309  2009-11-27 23:56:03 11.70
310  2009-11-27 23:56:08 11.73
311  2009-11-27 23:56:13 11.72
312  2009-11-27 23:56:18 11.71
313  2009-11-27 23:56:23 11.72
314  2009-11-27 23:56:28 11.72
315  2009-11-27 23:56:33 11.72
316  2009-11-27 23:56:38 11.72
317  2009-11-27 23:56:43 11.71
318  2009-11-27 23:56:48 11.71
319  2009-11-27 23:56:53 11.71
320  2009-11-27 23:56:58 11.71
321  2009-11-27 23:57:03 11.71
322  2009-11-27 23:57:08 11.71
323  2009-11-27 23:57:13 11.70
324  2009-11-27 23:57:18 11.70
325  2009-11-27 23:57:23 11.71
326  2009-11-27 23:57:28 11.71
327  2009-11-27 23:57:33 11.71
328  2009-11-27 23:57:38 11.70
329  2009-11-27 23:57:43 11.70
330  2009-11-27 23:57:48 11.71
331  2009-11-27 23:57:53 11.71
332  2009-11-27 23:57:58 11.70
333  2009-11-27 23:58:03 11.71
334  2009-11-27 23:58:08 11.70
335  2009-11-27 23:58:13 11.71
336  2009-11-27 23:58:18 11.71
337  2009-11-27 23:58:23 11.71
338  2009-11-27 23:58:28 11.70
339  2009-11-27 23:58:33 11.71
340  2009-11-27 23:58:38 11.71
341  2009-11-27 23:58:43 11.70
342  2009-11-27 23:58:48 11.71
343  2009-11-27 23:58:53 11.71
344  2009-11-27 23:58:58 11.70
345  2009-11-27 23:59:03 11.71
346  2009-11-27 23:59:08 11.71
347  2009-11-27 23:59:13 11.70
348  2009-11-27 23:59:18 11.70
349  2009-11-27 23:59:23 11.70
350  2009-11-27 23:59:28 11.70
351  2009-11-27 23:59:33 11.70
352  2009-11-27 23:59:38 11.70
353  2009-11-27 23:59:43 11.69
354  2009-11-27 23:59:48 11.70
355  2009-11-27 23:59:53 11.69
356  2009-11-27 23:59:58 11.69
357  2009-11-28 00:00:03 11.68
358  2009-11-28 00:00:08 11.69
359  2009-11-28 00:00:13 11.68
360  2009-11-28 00:00:18 11.68
361  2009-11-28 00:00:23 11.68
362  2009-11-28 00:00:28 11.68
363  2009-11-28 00:00:33 11.68
364  2009-11-28 00:00:38 11.66
365  2009-11-28 00:00:43 11.66
366  2009-11-28 00:00:48 11.66
367  2009-11-28 00:00:53 11.66
368  2009-11-28 00:00:58 11.65
369  2009-11-28 00:01:03 11.66
370  2009-11-28 00:01:08 11.66
371  2009-11-28 00:01:13 11.65
372  2009-11-28 00:01:18 11.65
373  2009-11-28 00:01:23 11.66
374  2009-11-28 00:01:28 11.66
375  2009-11-28 00:01:33 11.66
376  2009-11-28 00:01:38 11.66
377  2009-11-28 00:01:43 11.65
378  2009-11-28 00:01:48 11.65
379  2009-11-28 00:01:53 11.66
380  2009-11-28 00:01:58 11.66
381  2009-11-28 00:02:03 11.65
382  2009-11-28 00:02:08 11.66
383  2009-11-28 00:02:13 11.67
384  2009-11-28 00:02:18 11.67
385  2009-11-28 00:02:23 11.65
386  2009-11-28 00:02:28 11.65
387  2009-11-28 00:02:33 11.66
388  2009-11-28 00:02:43 11.66
389  2009-11-28 00:02:48 11.65
390  2009-11-28 00:02:53 11.66
391  2009-11-28 00:02:58 11.66
392  2009-11-28 00:03:03 11.66
393  2009-11-28 00:03:08 11.65
394  2009-11-28 00:03:13 11.65
395  2009-11-28 00:03:18 11.65
396  2009-11-28 00:03:23 11.65
397  2009-11-28 00:03:28 11.66
398  2009-11-28 00:03:33 11.66
399  2009-11-28 00:03:38 11.66
400  2009-11-28 00:03:43 11.66
401  2009-11-28 00:03:48 11.66
402  2009-11-28 00:03:53 11.67
403  2009-11-28 00:03:58 11.67
404  2009-11-28 00:04:03 11.67
405  2009-11-28 00:04:08 11.66
406  2009-11-28 00:04:13 11.67
407  2009-11-28 00:04:18 11.67
408  2009-11-28 00:04:23 11.67
409  2009-11-28 00:04:28 11.67
410  2009-11-28 00:04:33 11.67
411  2009-11-28 00:04:38 11.66
412  2009-11-28 00:04:43 11.66
413  2009-11-28 00:04:48 11.66
414  2009-11-28 00:04:53 11.66
415  2009-11-28 00:04:58 11.65
416  2009-11-28 00:05:03 11.66
417  2009-11-28 00:05:13 11.66
418  2009-11-28 00:05:18 11.66
419  2009-11-28 00:05:23 11.65
420  2009-11-28 00:05:28 11.65
421  2009-11-28 00:05:33 11.65
422  2009-11-28 00:05:38 11.65
423  2009-11-28 00:05:43 11.65
424  2009-11-28 00:05:48 11.65
425  2009-11-28 00:05:53 11.64
426  2009-11-28 00:05:58 11.65
427  2009-11-28 00:06:03 11.65
428  2009-11-28 00:06:08 11.64
429  2009-11-28 00:06:13 11.65
430  2009-11-28 00:06:18 11.65
431  2009-11-28 00:06:23 11.64
432  2009-11-28 00:06:28 11.64
433  2009-11-28 00:06:33 11.63
434  2009-11-28 00:06:38 11.64
435  2009-11-28 00:06:43 11.62
436  2009-11-28 00:06:48 11.61
437  2009-11-28 00:06:53 11.62
438  2009-11-28 00:06:58 11.61
439  2009-11-28 00:07:03 11.61
440  2009-11-28 00:07:08 11.62
441  2009-11-28 00:07:13 11.60
442  2009-11-28 00:07:18 11.61
443  2009-11-28 00:07:23 11.61
444  2009-11-28 00:07:28 11.61
445  2009-11-28 00:07:33 11.61
446  2009-11-28 00:07:38 11.61
447  2009-11-28 00:07:43 11.61
448  2009-11-28 00:07:48 11.61
449  2009-11-28 00:07:53 11.61
450  2009-11-28 00:07:58 11.60
451  2009-11-28 00:08:03 11.60
452  2009-11-28 00:08:08 11.62
453  2009-11-28 00:08:13 11.62
454  2009-11-28 00:08:18 11.61
455  2009-11-28 00:08:23 11.60
456  2009-11-28 00:08:28 11.60
457  2009-11-28 00:08:33 11.60
458  2009-11-28 00:08:38 11.60
459  2009-11-28 00:08:43 11.60
460  2009-11-28 00:08:48 11.59
461  2009-11-28 00:08:53 11.59
462  2009-11-28 00:08:58 11.59
463  2009-11-28 00:09:03 11.58
464  2009-11-28 00:09:08 11.59
465  2009-11-28 00:09:13 11.58
466  2009-11-28 00:09:18 11.58
467  2009-11-28 00:09:23 11.58
468  2009-11-28 00:09:28 11.58
469  2009-11-28 00:09:33 11.58
470  2009-11-28 00:09:38 11.58
471  2009-11-28 00:09:43 11.58
472  2009-11-28 00:09:48 11.57
473  2009-11-28 00:09:53 11.57
474  2009-11-28 00:09:58 11.57
475  2009-11-28 00:10:03 11.56
476  2009-11-28 00:10:08 11.58
477  2009-11-28 00:10:13 11.56
478  2009-11-28 00:10:18 11.56
479  2009-11-28 00:10:23 11.57
480  2009-11-28 00:10:28 11.58
481  2009-11-28 00:10:33 11.57
482  2009-11-28 00:10:38 11.57
483  2009-11-28 00:10:43 11.57
484  2009-11-28 00:10:48 11.57
485  2009-11-28 00:10:53 11.57
486  2009-11-28 00:10:58 11.57
487  2009-11-28 00:11:03 11.57
488  2009-11-28 00:11:08 11.58
489  2009-11-28 00:11:13 11.57
490  2009-11-28 00:11:18 11.58
491  2009-11-28 00:11:23 11.58
492  2009-11-28 00:11:28 11.58
493  2009-11-28 00:11:33 11.58
494  2009-11-28 00:11:38 11.58
495  2009-11-28 00:11:43 11.58
496  2009-11-28 00:11:48 11.58
497  2009-11-28 00:11:53 11.59
498  2009-11-28 00:11:58 11.59
499  2009-11-28 00:12:03 11.59
500  2009-11-28 00:12:08 11.55
 [ reached getOption("max.print") -- omitted 2331 rows ]
[1] "qpcR"
[1] "batsch1"
[1] "The (published) datasets implemented in qpcR"
   Cycles     F1.1     F1.2     F1.3     F2.1     F2.2     F2.3     F3.1     F3.2     F3.3     F4.1     F4.2     F4.3     F5.1     F5.2     F5.3
1       1 2.995920 2.961262 2.866217 2.938243 2.929330 2.943662 3.069679 2.801454 2.725748 2.784293 2.825419 2.766672 2.815669 2.795752 2.842331
2       2 2.987146 2.976846 2.864100 2.972629 2.938193 2.948508 3.070558 2.797709 2.760013 2.798481 2.814259 2.783237 2.813630 2.777149 2.847238
3       3 2.999172 2.981783 2.859321 2.983140 2.954205 2.970012 3.083049 2.813483 2.724161 2.790148 2.799542 2.783268 2.810467 2.762290 2.851397
4       4 3.001055 2.964316 2.865361 2.990090 2.945928 2.961266 3.076484 2.815519 2.747498 2.789248 2.827217 2.784766 2.816182 2.784139 2.851001
5       5 2.983052 2.972125 2.874915 2.980495 2.937451 2.953247 3.081746 2.816549 2.763039 2.808512 2.825111 2.790346 2.796112 2.777870 2.860053
6       6 2.981896 2.976736 2.873795 2.997644 2.947593 2.943200 3.081334 2.804388 2.766514 2.803548 2.838860 2.783702 2.823062 2.747892 2.846533
7       7 3.014593 2.984418 2.870043 2.978521 2.952297 2.960927 3.100507 2.819006 2.745030 2.797606 2.848626 2.786071 2.798666 2.773925 2.861725
8       8 2.984314 2.977878 2.867872 2.982041 2.930963 2.938084 3.077896 2.786834 2.734602 2.795314 2.839042 2.794488 2.811096 2.771433 2.871938
9       9 2.984076 2.964558 2.866992 2.969856 2.923755 2.950794 3.067888 2.796482 2.734688 2.782981 2.844973 2.798701 2.813390 2.768309 2.855077
10     10 2.993689 2.991908 2.841488 2.972389 2.951354 2.932475 3.077404 2.799966 2.732562 2.792923 2.846207 2.783576 2.812439 2.786838 2.855718
11     11 2.991610 2.972305 2.861567 2.987380 2.939355 2.854756 3.077316 2.805732 2.731671 2.784862 2.829865 2.785140 2.824510 2.784197 2.861532
12     12 2.995329 2.972793 2.857735 2.977727 2.951976 2.887675 3.056446 2.808140 2.702379 2.778109 2.832631 2.769795 2.806461 2.776367 2.853313
13     13 2.964944 2.944098 2.853987 2.940538 2.932406 2.917473 3.078258 2.779465 2.729074 2.783846 2.795601 2.762251 2.822599 2.762921 2.833106
14     14 2.959018 2.950275 2.845756 2.929123 2.923087 2.926736 3.040935 2.819959 2.738989 2.791500 2.833787 2.770651 2.803023 2.762529 2.825488
15     15 2.974011 2.939823 2.863040 2.965552 2.913640 2.928522 3.055934 2.809848 2.721808 2.777735 2.817689 2.783816 2.808483 2.753345 2.844132
16     16 2.978803 2.944096 2.845572 2.950372 2.922253 2.930904 3.044025 2.774853 2.742697 2.795581 2.823603 2.786390 2.807907 2.763504 2.829517
17     17 2.984958 2.986875 2.841938 2.945158 2.910587 2.939694 3.050669 2.773263 2.711553 2.762750 2.816175 2.763084 2.791849 2.756437 2.828218
18     18 2.960967 2.951268 2.830400 2.934244 2.895839 2.899212 3.035279 2.784948 2.718150 2.773116 2.796610 2.761533 2.773796 2.730243 2.806636
19     19 2.982581 2.955286 2.819797 2.930524 2.895490 2.904697 3.034137 2.770674 2.715458 2.760377 2.811553 2.762688 2.789425 2.745330 2.811982
20     20 2.972758 2.955111 2.857133 2.965785 2.910198 2.914563 3.052725 2.775521 2.697095 2.783316 2.819208 2.760982 2.781981 2.755125 2.827516
21     21 2.983217 2.973230 2.878281 2.950372 2.899492 2.909231 3.058670 2.775645 2.715943 2.743729 2.776432 2.759052 2.765631 2.726330 2.803899
22     22 3.013711 2.984808 2.904158 2.949402 2.894500 2.913009 3.033148 2.766490 2.708860 2.761222 2.781732 2.723417 2.777719 2.715811 2.798345
23     23 3.065904 3.057138 2.967436 2.928187 2.897477 2.918965 3.012725 2.756448 2.699249 2.744256 2.796491 2.742661 2.758652 2.729594 2.783089
24     24 3.213588 3.207416 3.104545 2.969301 2.940210 2.962295 3.024661 2.777999 2.713105 2.754894 2.788158 2.753476 2.745934 2.716242 2.790547
25     25 3.408445 3.393158 3.305014 3.023600 2.961609 3.020425 3.040073 2.772318 2.703201 2.766351 2.794446 2.739260 2.772115 2.706492 2.794874
26     26 3.772418 3.759264 3.697829 3.137127 3.070157 3.121149 3.031822 2.798093 2.741424 2.753254 2.777054 2.758408 2.751777 2.726095 2.778906
27     27 4.321092 4.299554 4.222824 3.295948 3.220011 3.312813 3.070240 2.818284 2.741375 2.758436 2.783218 2.747081 2.758398 2.733767 2.818912
28     28 4.992113 4.988333 4.934160 3.607825 3.560634 3.623042 3.092166 2.923129 2.834354 2.780893 2.797154 2.773676 2.759584 2.733631 2.795534
29     29 5.729211 5.659331 5.622778 4.109400 4.011263 4.129861 3.153948 3.029609 2.967670 2.786241 2.848066 2.802232 2.761599 2.721172 2.789066
30     30 6.345414 6.300078 6.222788 4.811865 4.697331 4.783490 3.310528 3.296413 3.184262 2.858899 2.898375 2.839844 2.773844 2.728382 2.811053
31     31 6.849764 6.694891 6.640311 5.626410 5.416985 5.465463 3.588224 3.732536 3.583724 2.981032 3.064368 2.941890 2.796451 2.746528 2.867596
32     32 7.179637 7.085859 6.952366 6.417921 6.032300 6.009691 3.962956 4.415251 4.159441 3.166654 3.286524 3.186446 2.846016 2.777212 2.925525
33     33 7.474760 7.327585 7.208299 6.977886 6.502530 6.548376 4.434328 5.188092 4.854291 3.549856 3.678583 3.511344 2.954443 2.839627 3.030242
34     34 7.671668 7.494091 7.392309 7.460382 6.917266 6.876121 4.854853 5.954563 5.500228 4.152248 4.309293 4.101428 3.129926 2.969203 3.246178
35     35 7.803882 7.611353 7.547037 7.659770 7.117046 7.053852 5.240782 6.458355 5.954039 4.905820 5.056487 4.846470 3.455752 3.240464 3.619242
36     36 7.910813 7.727849 7.686643 7.945441 7.356048 7.273302 5.444318 6.906308 6.300034 5.738566 5.872138 5.595023 4.025268 3.633113 4.171398
37     37 7.966767 7.800601 7.708884 8.040271 7.469569 7.412192 5.658931 7.213271 6.628078 6.380284 6.417610 6.131935 4.774771 4.279006 4.878680
38     38 7.931559 7.841793 7.799012 8.199176 7.609802 7.556637 5.816227 7.377858 6.856187 6.886206 6.843402 6.547063 5.625427 5.011141 5.535123
39     39 8.053725 7.934455 7.813456 8.263140 7.711082 7.627014 5.973713 7.507535 6.993967 7.270306 7.178744 6.888569 6.319171 5.740063 6.110641
40     40 8.041219 7.939261 7.836400 8.352053 7.735926 7.703883 6.026867 7.630409 7.156589 7.462408 7.397861 7.046021 6.774240 6.249886 6.487980
41     41 8.044579 7.942652 7.880715 8.377115 7.807752 7.733784 6.159954 7.711381 7.193303 7.646158 7.497771 7.271194 7.083478 6.651341 6.820749
42     42 7.992742 7.950097 7.834573 8.445843 7.843296 7.785589 6.215355 7.814468 7.319823 7.821674 7.662909 7.359172 7.296529 6.932525 7.037971
43     43 8.052030 7.982759 7.847490 8.443072 7.873147 7.804246 6.333659 7.878803 7.389575 7.952909 7.762808 7.523096 7.481584 7.126728 7.165737
44     44 7.962374 7.895828 7.855869 8.473457 7.881844 7.911478 6.339916 7.896628 7.454643 7.989083 7.911554 7.562893 7.596557 7.251032 7.318226
45     45 7.969131 7.904391 7.873178 8.437844 7.909814 7.944187 6.373072 7.929875 7.510971 8.005454 7.941046 7.670742 7.723849 7.398987 7.375081
[1] "qpcR"
[1] "batsch2"
[1] "The (published) datasets implemented in qpcR"
   Cycles      F1.1      F1.2      F1.3     F2.1     F2.2      F2.3      F3.1     F3.2     F3.3     F4.1      F4.2      F4.3     F5.1     F5.2     F5.3
1       1  5.611152  5.406142  5.412151 5.376121 5.331928  5.671700  5.395490 5.427106 5.347171 5.342090  5.719568  5.571572 5.329677 5.365261 5.355007
2       2  5.628346  5.437804  5.415790 5.403786 5.358797  5.704594  5.407642 5.464888 5.403386 5.382463  5.751125  5.571347 5.384428 5.406150 5.429510
3       3  5.643926  5.472033  5.418251 5.409141 5.393873  5.737726  5.425029 5.454016 5.435339 5.404417  5.818390  5.606270 5.398699 5.413646 5.449899
4       4  5.678109  5.496481  5.458543 5.414206 5.392504  5.733246  5.456571 5.437230 5.421298 5.437931  5.812701  5.599630 5.401879 5.422479 5.452875
5       5  5.681753  5.524615  5.465782 5.413286 5.404064  5.761654  5.449405 5.480259 5.432389 5.414274  5.810625  5.629614 5.383730 5.416365 5.472090
6       6  5.676794  5.498445  5.449077 5.440228 5.374686  5.739188  5.447678 5.483259 5.398404 5.431124  5.852394  5.610380 5.419466 5.435539 5.488669
7       7  5.685805  5.535494  5.488665 5.445829 5.412199  5.744523  5.465186 5.509317 5.437355 5.463401  5.842707  5.648962 5.438490 5.421955 5.471759
8       8  5.682335  5.517952  5.468196 5.469419 5.402268  5.739517  5.493444 5.518428 5.442528 5.421158  5.850651  5.659877 5.438175 5.455995 5.474904
9       9  5.703502  5.514402  5.454729 5.455696 5.416300  5.746150  5.458170 5.524313 5.453801 5.444493  5.825602  5.674260 5.435118 5.425725 5.469280
10     10  5.668217  5.525025  5.488875 5.467772 5.414225  5.739846  5.470253 5.508473 5.466296 5.458351  5.855777  5.658577 5.445456 5.454736 5.501388
11     11  5.676794  5.516326  5.474421 5.446029 5.426639  5.764015  5.471961 5.504924 5.462590 5.476943  5.823802  5.627973 5.428221 5.443272 5.456873
12     12  5.701978  5.523217  5.471724 5.450686 5.406786  5.764015  5.481002 5.491695 5.448602 5.480787  5.837346  5.622850 5.447049 5.453631 5.495525
13     13  5.723555  5.521303  5.463260 5.440552 5.411332  5.769078  5.482982 5.527943 5.452395 5.486561  5.858155  5.688679 5.431701 5.438511 5.482176
14     14  5.689358  5.528397  5.484771 5.438486 5.384188  5.735613  5.472342 5.496474 5.441455 5.458115  5.856227  5.631483 5.431559 5.437677 5.494069
15     15  5.705786  5.539050  5.473229 5.440471 5.402255  5.755601  5.472247 5.509533 5.449284 5.472278  5.819966  5.668864 5.435097 5.427443 5.489246
16     16  5.707614  5.507370  5.489910 5.441716 5.410402  5.739377  5.459979 5.481721 5.476801 5.453022  5.840695  5.649132 5.473320 5.455681 5.480157
17     17  5.692824  5.533755  5.479785 5.450231 5.424365  5.757180  5.474035 5.522098 5.458362 5.461559  5.857752  5.666702 5.438349 5.461812 5.453422
18     18  5.700540  5.531989  5.504847 5.460501 5.431686  5.779256  5.463372 5.509575 5.456933 5.476428  5.844191  5.647898 5.429677 5.441801 5.460104
19     19  5.743939  5.537301  5.460122 5.440391 5.427697  5.816291  5.486073 5.505920 5.470276 5.456686  5.873492  5.635489 5.433347 5.420428 5.455268
20     20  5.785947  5.556849  5.470379 5.465956 5.411659  5.881532  5.517806 5.490353 5.463957 5.484630  6.001043  5.673001 5.466357 5.456543 5.499250
21     21  5.947300  5.603351  5.466776 5.455852 5.384190  6.031768  5.538992 5.522658 5.461787 5.454316  6.117112  5.723402 5.449130 5.424111 5.463173
22     22  6.157181  5.662059  5.502283 5.481313 5.386817  6.279135  5.622241 5.531933 5.462704 5.460921  6.383999  5.761057 5.437044 5.443352 5.478577
23     23  6.565211  5.790737  5.518810 5.464337 5.412706  6.735696  5.738154 5.555028 5.453114 5.460352  6.754192  5.899585 5.461534 5.408340 5.459083
24     24  7.157139  5.987852  5.578808 5.467953 5.400983  7.298858  5.965769 5.625425 5.478588 5.445251  7.321632  6.110584 5.531102 5.458938 5.478948
25     25  7.805068  6.361989  5.679217 5.519719 5.453136  8.042078  6.364036 5.760843 5.512273 5.467109  7.936639  6.495708 5.636963 5.483901 5.471115
26     26  8.483448  6.876084  5.895781 5.582397 5.432024  8.722211  6.843879 5.920486 5.614833 5.505565  8.537827  6.926044 5.863154 5.552682 5.484936
27     27  9.058203  7.413436  6.200130 5.652244 5.491074  9.304180  7.351773 6.217627 5.700805 5.480239  9.061312  7.397094 6.134699 5.649701 5.504772
28     28  9.492159  7.925865  6.604851 5.863493 5.498217  9.744064  7.830843 6.518218 5.866806 5.552688  9.489319  7.814634 6.538394 5.851759 5.570881
29     29  9.867682  8.428323  7.031293 6.142694 5.641004 10.113651  8.259142 6.939885 6.170967 5.639632  9.851779  8.265267 6.953774 6.126938 5.665799
30     30 10.183773  8.822115  7.525168 6.514516 5.818088 10.449385  8.619723 7.347232 6.502224 5.836602 10.126036  8.591993 7.397012 6.494994 5.864109
31     31 10.433924  9.150113  7.928240 6.876747 6.095889 10.695096  8.896390 7.676876 6.896351 6.073894 10.315505  8.877739 7.739891 6.793879 6.108936
32     32 10.652083  9.389016  8.257537 7.194543 6.413028 10.919868  9.096200 7.948261 7.262496 6.380682 10.519181  9.051853 8.058150 7.097507 6.427812
33     33 10.885254  9.611471  8.515690 7.499478 6.760483 11.151220  9.347478 8.171096 7.501204 6.691323 10.689255  9.298408 8.302024 7.413957 6.775126
34     34 11.027771  9.815397  8.784047 7.760735 7.098504 11.321250  9.501394 8.331017 7.786805 6.990832 10.910108  9.405069 8.566403 7.650972 7.107318
35     35 11.267072 10.022204  8.964637 7.925888 7.351457 11.518832  9.643325 8.597836 8.063411 7.202601 11.024328  9.555549 8.704167 7.806513 7.383576
36     36 11.397240 10.161748  9.168729 8.189311 7.556247 11.627238  9.863378 8.708762 8.200402 7.406956 11.197675  9.729006 8.939599 8.020270 7.638703
37     37 11.549072 10.355689  9.314913 8.306670 7.757658 11.758753  9.937264 8.849273 8.399650 7.578918 11.311682  9.864918 9.020795 8.167429 7.834119
38     38 11.703432 10.484344  9.485331 8.498684 7.920281 11.886796 10.101048 9.048916 8.523766 7.729002 11.476229 10.005530 9.204817 8.326467 8.004256
39     39 11.804581 10.649961  9.626768 8.655808 8.117606 12.029960 10.224077 9.180995 8.667642 7.908454 11.595037 10.148141 9.313986 8.458508 8.161742
40     40 11.905807 10.748905  9.820572 8.818334 8.236831 12.104199 10.303984 9.291201 8.811440 8.034795 11.709748 10.250809 9.463057 8.565888 8.288876
41     41 12.045125 10.888707  9.902761 8.935096 8.388754 12.188336 10.438471 9.452433 8.988992 8.149483 11.704936 10.310280 9.559814 8.702752 8.429498
42     42 12.110989 10.960703 10.032182 9.010476 8.500499 12.292582 10.524605 9.506512 9.065133 8.297414 11.878304 10.403757 9.683690 8.810330 8.572223
43     43 12.172958 11.103228 10.091813 9.123907 8.636371 12.472975 10.665142 9.636623 9.235775 8.419562 11.923285 10.546813 9.770314 8.941736 8.710108
44     44 12.259950 11.172007 10.199659 9.210151 8.726955 12.503877 10.720623 9.659056 9.304636 8.546663 12.028276 10.624350 9.900364 9.026345 8.844080
45     45 12.374547 11.328200 10.350933 9.369613 8.826644 12.588792 10.801870 9.797816 9.392439 8.592142 12.111166 10.725725 9.945309 9.124246 8.927306
[1] "qpcR"
[1] "batsch3"
[1] "The (published) datasets implemented in qpcR"
   Cycles     F1.1     F1.2     F1.3     F2.1     F2.2     F2.3     F3.1     F3.2     F3.3     F4.1     F4.2     F4.3     F5.1     F5.2     F5.3
1       1 1.955858 1.958739 1.965529 1.918847 1.963698 1.972818 1.981398 1.989451 1.987830 1.976872 2.003424 2.011433 2.030429 2.007608 2.050139
2       2 1.967137 1.977502 1.965995 1.920179 1.980261 1.990873 1.995373 2.000680 2.003975 1.999331 2.008756 2.003856 2.040813 2.020434 2.068773
3       3 1.968902 1.996233 1.985581 1.912398 1.984665 1.991136 1.985951 2.007032 2.004971 2.004950 2.012643 2.017958 2.052758 2.027458 2.066631
4       4 1.977562 1.982401 1.987415 1.918397 1.973546 1.987848 2.000520 2.017163 2.024056 1.991106 2.025464 2.021894 2.049835 2.025433 2.075530
5       5 1.990801 2.000874 1.987816 1.920442 1.986212 2.011752 2.012042 2.016277 2.024468 2.002471 2.027445 2.031499 2.051642 2.037601 2.081856
6       6 1.998433 1.996681 1.985202 1.914039 1.987486 2.008520 2.007739 2.020885 2.033654 2.019216 2.032625 2.022192 2.061808 2.045170 2.086827
7       7 1.987309 1.991919 1.982476 1.912085 1.988489 2.000891 1.995991 2.031306 2.037982 2.002440 2.025930 2.023378 2.073572 2.041305 2.081458
8       8 2.006715 2.004741 1.996956 1.915370 1.981563 2.015074 2.006978 2.029690 2.023996 1.996990 2.030870 2.038354 2.060888 2.046977 2.101877
9       9 2.017394 2.008451 1.995567 1.924506 1.982626 2.029096 2.024837 2.030993 2.033572 2.010410 2.046576 2.026734 2.065543 2.038825 2.108469
10     10 2.040364 2.014870 1.995983 1.921969 1.990984 2.042816 2.022046 2.031776 2.035273 2.009770 2.063375 2.039433 2.058489 2.051885 2.102170
11     11 2.065085 2.030683 2.002128 1.921336 2.011424 2.082582 2.037013 2.047086 2.024602 2.004479 2.101041 2.050597 2.086247 2.061298 2.104388
12     12 2.118685 2.040322 2.009622 1.911121 2.001461 2.124744 2.043339 2.050235 2.027586 2.013088 2.178736 2.087556 2.095019 2.047263 2.095981
13     13 2.230095 2.065013 2.014560 1.919548 1.998372 2.259058 2.086324 2.044822 2.031384 2.009580 2.291691 2.116098 2.090698 2.044774 2.105246
14     14 2.388151 2.121270 2.025104 1.920867 2.005849 2.438921 2.128145 2.060565 2.034219 2.015939 2.494488 2.179836 2.105528 2.058804 2.093204
15     15 2.679287 2.219933 2.054031 1.944125 2.008477 2.728803 2.246480 2.090933 2.052120 2.008361 2.792441 2.317758 2.157529 2.089637 2.108872
16     16 3.039632 2.379954 2.130760 1.946058 1.997769 3.094091 2.407595 2.129598 2.068079 2.000847 3.189742 2.486909 2.177040 2.080566 2.094926
17     17 3.475524 2.678728 2.188843 1.951192 1.998815 3.535805 2.666912 2.218615 2.082617 2.017043 3.603966 2.784059 2.254480 2.099536 2.111661
18     18 3.887835 3.046103 2.365444 1.953765 2.018449 3.913149 3.037374 2.355698 2.120302 2.033063 3.984841 3.173527 2.395804 2.145847 2.117258
19     19 4.250631 3.418636 2.627605 1.976272 2.031908 4.264682 3.424970 2.598114 2.187859 2.054384 4.284170 3.610790 2.647908 2.199087 2.131326
20     20 4.556438 3.853048 2.951587 2.016044 2.026467 4.565715 3.837868 2.930010 2.331792 2.064279 4.604435 4.031447 2.972612 2.321768 2.150613
21     21 4.832370 4.190597 3.363881 2.070980 2.075116 4.823282 4.164699 3.308047 2.527654 2.097684 4.876221 4.366022 3.341537 2.524986 2.175175
22     22 5.114758 4.499745 3.771461 2.207262 2.135480 5.102228 4.465979 3.721104 2.863186 2.176364 5.128390 4.684171 3.787738 2.818016 2.260228
23     23 5.299435 4.742962 4.119456 2.410647 2.246114 5.310842 4.737275 4.108162 3.249682 2.314746 5.326705 4.979775 4.200005 3.204363 2.384995
24     24 5.506604 4.989540 4.435678 2.700145 2.459837 5.482515 4.995997 4.430914 3.680388 2.506736 5.512359 5.218501 4.515643 3.636009 2.617377
25     25 5.750555 5.207613 4.702563 3.011773 2.747397 5.650141 5.223455 4.684191 4.064880 2.848929 5.700028 5.471735 4.836554 4.012937 2.937125
26     26 5.864994 5.392699 4.961957 3.350340 3.149543 5.867071 5.435566 4.970963 4.413051 3.221474 5.846050 5.676346 5.065392 4.355908 3.308981
27     27 5.965325 5.554944 5.155232 3.640508 3.551983 6.020862 5.587431 5.191768 4.701027 3.650483 6.010146 5.807496 5.315134 4.628691 3.689688
28     28 6.156067 5.731501 5.338690 3.898155 3.873706 6.101362 5.764771 5.419890 4.952807 4.032945 6.151700 5.997249 5.531684 4.894727 4.051474
29     29 6.261169 5.908660 5.549030 4.175456 4.222003 6.265632 5.921871 5.619261 5.188394 4.399556 6.253712 6.126201 5.689985 5.126830 4.388058
30     30 6.362815 6.045334 5.729529 4.364506 4.535651 6.350352 6.066016 5.798541 5.401621 4.638963 6.368693 6.255601 5.883469 5.366959 4.667144
31     31 6.436085 6.128215 5.869322 4.580532 4.761119 6.438470 6.128969 5.921734 5.619519 4.900990 6.420220 6.388024 6.019975 5.507848 4.872355
32     32 6.514301 6.250185 5.993189 4.749257 4.982769 6.545520 6.309045 6.080852 5.820359 5.119546 6.508489 6.535929 6.158290 5.714383 5.139711
33     33 6.567564 6.340448 6.099744 4.868245 5.185291 6.572709 6.414176 6.206162 5.907272 5.360410 6.564089 6.609853 6.297979 5.810482 5.385838
34     34 6.653769 6.392892 6.244436 5.038822 5.393228 6.642919 6.483770 6.299301 6.065937 5.517311 6.591437 6.631779 6.396999 5.990591 5.556745
35     35 6.673563 6.423550 6.333095 5.176963 5.550479 6.685083 6.495485 6.375449 6.227528 5.705448 6.611016 6.687288 6.520485 6.112584 5.696463
36     36 6.672433 6.551582 6.361070 5.295729 5.693146 6.693407 6.514346 6.462206 6.299331 5.852808 6.607186 6.744995 6.590594 6.250438 5.860899
37     37 6.721316 6.576766 6.466978 5.387507 5.825738 6.714727 6.639864 6.526046 6.375554 5.975324 6.683960 6.729279 6.660639 6.275439 6.017111
38     38 6.809191 6.582090 6.533300 5.483657 5.965131 6.767758 6.640597 6.533433 6.474316 6.093540 6.700092 6.768408 6.723635 6.440537 6.130350
39     39 6.723658 6.622396 6.561605 5.577972 6.041443 6.775607 6.610997 6.627536 6.567786 6.215424 6.675568 6.837644 6.791160 6.488647 6.246827
40     40 6.788164 6.657623 6.563201 5.634542 6.146848 6.758299 6.677270 6.679232 6.615236 6.293122 6.763145 6.878797 6.832853 6.540195 6.329605
41     41 6.765961 6.680989 6.631070 5.682912 6.218085 6.810301 6.691857 6.717247 6.640861 6.406000 6.709746 6.853164 6.810546 6.609698 6.401442
42     42 6.790958 6.681851 6.641691 5.750655 6.301618 6.817025 6.726805 6.686324 6.688232 6.463122 6.753406 6.837560 6.870698 6.665747 6.550604
43     43 6.773438 6.692708 6.671641 5.811051 6.399118 6.782394 6.712519 6.711614 6.747798 6.529510 6.723895 6.891976 6.925126 6.640413 6.532152
44     44 6.797307 6.696226 6.682740 5.862604 6.459628 6.763649 6.741556 6.762270 6.723350 6.516168 6.732149 6.855995 6.917378 6.677333 6.631647
45     45 6.758467 6.692333 6.676476 5.876643 6.458260 6.754350 6.729480 6.740058 6.790256 6.583864 6.766969 6.888803 6.896841 6.677333 6.661259
[1] "qpcR"
[1] "batsch4"
[1] "The (published) datasets implemented in qpcR"
   Cycles      F1.1      F1.2      F1.3      F2.1      F2.2      F2.3      F3.1      F3.2      F3.3      F4.1      F4.2      F4.3      F5.1      F5.2      F5.3
1       1  1.214871  1.165133  1.164122  1.190025  1.171603  1.207421  1.121511  1.243238  1.129931  1.114957  1.125514  1.114845  1.077865  1.089413  1.089596
2       2  1.204151  1.154484  1.155390  1.164940  1.165099  1.193096  1.115673  1.234386  1.122257  1.115672  1.119786  1.108687  1.071632  1.091041  1.097590
3       3  1.194265  1.151978  1.171088  1.180854  1.165435  1.208079  1.110668  1.240604  1.121902  1.112849  1.119964  1.119266  1.082990  1.092709  1.094320
4       4  1.207641  1.162609  1.174129  1.174187  1.169857  1.214988  1.133958  1.244909  1.138835  1.123721  1.132218  1.116125  1.081377  1.096814  1.103835
5       5  1.197018  1.152334  1.148064  1.164328  1.140575  1.182668  1.101237  1.218045  1.109101  1.092224  1.103357  1.088620  1.055249  1.064934  1.064689
6       6  1.191331  1.145566  1.149111  1.164422  1.151958  1.193500  1.105433  1.218760  1.127988  1.097392  1.113399  1.112164  1.060397  1.076140  1.084828
7       7  1.207325  1.156598  1.152606  1.165215  1.165670  1.200104  1.110139  1.240572  1.126768  1.108876  1.124632  1.119588  1.075217  1.097499  1.085783
8       8  1.211828  1.151258  1.155375  1.165859  1.159897  1.208847  1.110818  1.229288  1.117945  1.103680  1.121076  1.100118  1.058470  1.077324  1.075228
9       9  1.227915  1.165097  1.158458  1.171928  1.172398  1.226954  1.104257  1.230793  1.119995  1.106611  1.149600  1.114828  1.065180  1.072963  1.083490
10     10  1.247082  1.159685  1.159099  1.159832  1.155508  1.254202  1.120398  1.231381  1.126024  1.112735  1.198699  1.125014  1.072225  1.079084  1.089817
11     11  1.302636  1.192680  1.180102  1.181321  1.178132  1.326005  1.133372  1.244205  1.132658  1.114674  1.280891  1.146889  1.084403  1.085901  1.099422
12     12  1.424581  1.244311  1.216726  1.210739  1.196477  1.447717  1.174292  1.280913  1.162746  1.145088  1.448203  1.199262  1.105197  1.112796  1.108878
13     13  1.529961  1.245256  1.180909  1.184031  1.166302  1.603926  1.162423  1.260256  1.130050  1.106673  1.654750  1.227556  1.095306  1.076133  1.070885
14     14  1.820114  1.338432  1.212534  1.178622  1.157274  1.922049  1.202201  1.283395  1.144096  1.109860  2.136022  1.348100  1.132813  1.096360  1.092850
15     15  2.326263  1.489173  1.246018  1.187275  1.167330  2.550608  1.281636  1.329847  1.154435  1.105180  2.937438  1.535320  1.183772  1.115054  1.088121
16     16  3.221793  1.786486  1.338214  1.218402  1.190604  3.614671  1.447329  1.458496  1.184264  1.130839  4.291782  1.934406  1.293566  1.134805  1.094722
17     17  4.582493  2.296667  1.482047  1.261826  1.190264  5.200907  1.714025  1.648446  1.224917  1.129234  6.123508  2.575495  1.480718  1.188666  1.107249
18     18  6.601492  3.211824  1.752470  1.312718  1.186718  7.290714  2.192437  1.987014  1.278172  1.143984  8.283848  3.637863  1.829411  1.272492  1.125014
19     19  8.813705  4.626947  2.289728  1.478568  1.236384  9.557108  3.075158  2.638229  1.432173  1.188812 10.356100  5.276833  2.466496  1.428438  1.152599
20     20 10.858622  6.655498  3.206970  1.764461  1.319694 11.392011  4.508540  3.768541  1.737070  1.291117 11.765430  7.412043  3.528722  1.733503  1.242018
21     21 12.188397  8.864353  4.624542  2.275625  1.459115 12.563133  6.475599  5.435188  2.251871  1.434016 12.606160  9.544867  5.152932  2.292846  1.384238
22     22 12.847072 10.722138  6.599043  3.110442  1.685565 13.066839  8.635482  7.471736  3.089779  1.708727 12.973865 11.208241  7.183540  3.212631  1.631815
23     23 13.265126 11.959359  8.820180  4.519366  2.137421 13.360038 10.539501  9.548755  4.478404  2.205454 13.194176 12.173275  9.385530  4.679556  2.113037
24     24 13.505030 12.590602 10.735506  6.431284  2.911452 13.621199 11.814095 11.032323  6.381269  3.067459 13.321727 12.719866 11.062912  6.654492  2.899536
25     25 13.680439 12.983940 12.049799  8.721439  4.237998 13.873086 12.517504 12.010249  8.637365  4.457260 13.483665 12.895426 12.060314  8.807179  4.174181
26     26 13.917614 13.252345 12.722771 10.687492  6.054740 13.975217 12.930915 12.489599 10.624084  6.417592 13.583693 13.114173 12.611183 10.660843  6.048633
27     27 13.953310 13.389377 13.020511 11.984171  8.270952 14.061184 13.079715 12.811918 11.915012  8.526350 13.555503 13.235576 12.897213 11.820614  8.187488
28     28 13.908605 13.433805 13.249486 12.686164 10.263736 13.941432 13.284038 12.889300 12.603404 10.472149 13.631132 13.373087 13.054751 12.429221 10.120704
29     29 13.970729 13.500953 13.390032 13.048560 11.767298 14.030417 13.335033 13.086860 12.895506 11.748099 13.624036 13.430823 13.271612 12.739609 11.559618
30     30 13.988678 13.563321 13.476633 13.228115 12.591017 14.066986 13.440674 13.153443 13.226565 12.447852 13.713032 13.509787 13.292996 12.949331 12.249933
31     31 14.085347 13.615878 13.639269 13.505510 13.045825 14.101002 13.436855 13.265382 13.318144 12.763058 13.620957 13.530058 13.401799 13.049531 12.537838
32     32 14.067969 13.655659 13.649589 13.499098 13.243729 14.074776 13.485505 13.268363 13.454385 13.037135 13.699991 13.594938 13.425638 13.220028 12.881652
33     33 14.141878 13.716365 13.745034 13.705569 13.520327 14.187414 13.588304 13.360795 13.622774 13.180425 13.720509 13.594891 13.541241 13.311834 12.989361
34     34 14.170451 13.697071 13.699717 13.670960 13.524944 14.030171 13.554236 13.283145 13.676780 13.293957 13.743754 13.610176 13.503627 13.406679 13.197835
35     35 14.106208 13.684228 13.731469 13.685955 13.605722 14.156622 13.581969 13.333699 13.625489 13.362920 13.705476 13.567154 13.486958 13.386988 13.275296
36     36 14.120342 13.794119 13.789538 13.731941 13.685564 14.101394 13.601960 13.355746 13.697497 13.420465 13.727303 13.649609 13.532718 13.418739 13.298612
37     37 14.163206 13.791609 13.800352 13.848818 13.702721 14.049739 13.601328 13.430437 13.656941 13.452914 13.731833 13.682194 13.569467 13.439859 13.360104
38     38 13.987254 13.667915 13.711079 13.773022 13.638751 13.976270 13.525591 13.302993 13.677893 13.479276 13.665450 13.589566 13.495269 13.343653 13.376652
39     39 14.061402 13.583012 13.761392 13.814571 13.702447 14.013667 13.524704 13.362118 13.639588 13.430448 13.553699 13.543214 13.516147 13.357903 13.235247
40     40 13.992564 13.687344 13.735034 13.764023 13.718738 14.017086 13.505914 13.371524 13.700499 13.554213 13.621111 13.540705 13.460424 13.440814 13.371877
41     41 13.999594 13.665837 13.661656 13.784697 13.780613 14.030206 13.479832 13.279619 13.671379 13.511017 13.590205 13.536592 13.465705 13.443155 13.397725
42     42 13.955106 13.624017 13.696681 13.752550 13.724910 13.921280 13.473722 13.214618 13.655990 13.517255 13.560161 13.507485 13.470278 13.405977 13.397541
43     43 13.902841 13.555048 13.636301 13.709168 13.695720 13.889531 13.398071 13.261200 13.590227 13.461066 13.465534 13.457545 13.449244 13.370516 13.343309
44     44 13.910222 13.601961 13.715517 13.774931 13.639575 13.930031 13.432754 13.241147 13.635131 13.475655 13.512329 13.439797 13.364286 13.390244 13.421378
45     45 13.859213 13.566833 13.642624 13.726003 13.681253 13.838995 13.418215 13.272368 13.568698 13.416694 13.486376 13.416989 13.398071 13.374857 13.404136
[1] "qpcR"
[1] "batsch5"
[1] "The (published) datasets implemented in qpcR"
   Cycles      F1.1      F1.2      F1.3      F2.1      F2.2      F2.3      F3.1      F3.2      F3.3      F4.1     F4.2      F4.3      F5.1      F5.2      F5.3
1       1 0.9169836 0.3243600 0.2354888 0.2034689 0.2030078 0.9896848 0.3498467 0.2251460 0.2040807 0.2083690 1.018011 0.3464167 0.2260651 0.2001750 0.1959589
2       2 1.5125793 0.4956072 0.2696544 0.2128142 0.2076036 1.5705921 0.5365161 0.2603091 0.2128142 0.2103610 1.561750 0.5225171 0.2558671 0.2085227 0.1973392
3       3 1.6331129 0.5746396 0.2969263 0.2165661 0.2070671 1.7043411 0.6305128 0.2833696 0.2174100 0.2117413 1.693986 0.6072411 0.2790028 0.2124315 0.1981046
4       4 1.6682844 0.6016672 0.3103701 0.2225422 0.2082937 1.7423996 0.6625757 0.2954347 0.2208576 0.2128895 1.745153 0.6343152 0.2909549 0.2173347 0.2000966
5       5 1.6585249 0.5997347 0.3123277 0.2213940 0.2084474 1.7396440 0.6685079 0.2969263 0.2209329 0.2121241 1.754323 0.6452363 0.2971569 0.2167198 0.1994065
6       6 1.6747907 0.6126117 0.3162333 0.2248417 0.2112802 1.7550933 0.6763462 0.3015237 0.2242268 0.2139624 1.770727 0.6488053 0.3002626 0.2193267 0.2004041
7       7 1.6839102 0.6106792 0.3176120 0.2261435 0.2090592 1.7479107 0.6723103 0.3022154 0.2247632 0.2121994 1.760588 0.6490387 0.3002626 0.2193267 0.2020134
8       8 1.6897765 0.6130333 0.3188778 0.2266015 0.2108975 1.7501242 0.6768227 0.3031330 0.2265263 0.2103610 1.773138 0.6528411 0.3033635 0.2210866 0.2004793
9       9 1.6845768 0.6087468 0.3189907 0.2259145 0.2108222 1.7407508 0.6751597 0.3045117 0.2268337 0.2086764 1.766379 0.6540276 0.3048552 0.2207823 0.2033152
10     10 1.6923897 0.6138941 0.3192213 0.2269874 0.2112802 1.7484528 0.6732634 0.3052034 0.2267553 0.2073746 1.773632 0.6521215 0.3032459 0.2207039 0.2052288
11     11 1.6949763 0.6160373 0.3202565 0.2265263 0.2106685 1.7501242 0.6737399 0.3037070 0.2257608 0.2060727 1.761557 0.6535510 0.3052034 0.2216230 0.2030078
12     12 1.6949763 0.6214042 0.3195648 0.2272164 0.2100567 1.7523151 0.6751597 0.3023283 0.2263725 0.2065307 1.775549 0.6537844 0.3041682 0.2220842 0.2040807
13     13 1.6910831 0.6130333 0.3201389 0.2262972 0.2115123 1.7523151 0.6780091 0.3050858 0.2269090 0.2058437 1.777218 0.6561670 0.3065822 0.2228496 0.2046171
14     14 1.6852168 0.6134637 0.3194519 0.2282893 0.2118951 1.7501242 0.6796721 0.3053164 0.2272164 0.2076036 1.785858 0.6611462 0.3064645 0.2238441 0.2062264
15     15 1.7132153 0.6222562 0.3228964 0.2291300 0.2135044 1.7754890 0.6877437 0.3096831 0.2281356 0.2088302 1.799540 0.6677980 0.3084173 0.2246127 0.2054610
16     16 1.7288411 0.6261210 0.3260021 0.2316585 0.2140408 1.7810001 0.6875103 0.3112924 0.2298202 0.2083690 1.811778 0.6694610 0.3099137 0.2256824 0.2081400
17     17 1.7164685 0.6188305 0.3265761 0.2298954 0.2144235 1.7843204 0.6903597 0.3099137 0.2293621 0.2095956 1.818265 0.6706474 0.3109489 0.2247632 0.2058437
18     18 1.7288411 0.6274122 0.3239316 0.2304319 0.2121994 1.7931291 0.6894067 0.3097961 0.2288257 0.2096740 1.826168 0.6685079 0.3091090 0.2248417 0.2076820
19     19 1.7607594 0.6351331 0.3284113 0.2295911 0.2128895 1.8317523 0.7048498 0.3139370 0.2312005 0.2089839 1.864325 0.6886968 0.3147369 0.2267553 0.2076036
20     20 1.8278225 0.6673079 0.3374931 0.2345696 0.2163371 1.9062204 0.7338202 0.3217482 0.2336505 0.2118951 1.946420 0.7110251 0.3212871 0.2300492 0.2094419
21     21 1.9274439 0.6992630 0.3490970 0.2354135 0.2149600 2.0115643 0.7789437 0.3300206 0.2347234 0.2115876 2.055880 0.7549524 0.3322040 0.2321949 0.2082937
22     22 2.1260466 0.7728355 0.3721919 0.2416939 0.2172563 2.2338393 0.8675179 0.3519721 0.2405457 0.2135044 2.281995 0.8387906 0.3532332 0.2358715 0.2100567
23     23 2.5062151 0.9266384 0.4218357 0.2537213 0.2222348 2.6342662 1.0515311 0.3995407 0.2529559 0.2185582 2.686350 1.0159456 0.4034511 0.2469798 0.2128895
24     24 3.0267331 1.1901421 0.5034162 0.2730267 0.2261435 3.1485491 1.3547696 0.4757757 0.2727977 0.2221595 3.204795 1.3013702 0.4821803 0.2642179 0.2167983
25     25 3.6156047 1.6254669 0.6636127 0.3076127 0.2341116 3.7516898 1.8754086 0.6218943 0.3096831 0.2334968 3.789145 1.8019438 0.6408584 0.2976180 0.2224669
26     26 4.1701735 2.3280845 0.9575744 0.3775939 0.2517293 4.2815978 2.6622185 0.8982059 0.3818478 0.2541040 4.314072 2.5367540 0.9247492 0.3649548 0.2400093
27     27 4.5312034 3.1151362 1.4719124 0.5071224 0.2828857 4.6390456 3.5628774 1.3697487 0.5136926 0.2910679 4.634101 3.4036427 1.4198823 0.4840299 0.2644469
28     28 4.7684330 3.9295824 2.3013165 0.7606861 0.3458932 4.8922092 4.3726087 2.1443324 0.7728190 0.3688604 4.900847 4.1846466 2.1961019 0.7146702 0.3182990
29     29 4.8906837 4.4062086 3.3052104 1.1944508 0.4596412 4.9908523 4.8734058 3.0661652 1.2079625 0.5029055 4.965449 4.6468841 3.1103953 1.1088617 0.4119540
30     30 4.9693032 4.6632248 4.2242164 1.9125656 0.6760377 5.0690654 5.1636232 3.9344992 1.9282296 0.7614419 5.075391 4.9352899 3.9694738 1.7705361 0.5923973
31     31 5.0231865 4.8022240 4.8563227 2.8399043 1.0635587 5.1044367 5.3086957 4.5513627 2.8749530 1.2147106 5.091541 5.0963768 4.5675717 2.6545050 0.9232378
32     32 5.0624665 4.9056791 5.1834813 3.7634607 1.7188342 5.1360726 5.4131159 4.8955909 3.8134172 1.9315959 5.140058 5.1724638 4.8769137 3.5699238 1.4702178
33     33 5.1294033 4.9816653 5.4152633 4.4477169 2.6881002 5.2086446 5.5051449 5.0862676 4.5351537 2.9267225 5.180434 5.2626812 5.0862676 4.2716674 2.2870918
34     34 5.1862073 5.1044480 5.5573331 4.8656614 3.7284238 5.2235859 5.5476087 5.1909063 4.9311084 3.8620954 5.206315 5.2679710 5.1666412 4.6899878 3.2103083
35     35 5.1352447 5.0349484 5.5797612 4.9853031 4.4785941 5.2161153 5.5617391 5.2320882 5.0918555 4.5326482 5.180434 5.3139855 5.2582670 4.9030925 3.9894667
36     36 5.1439471 5.1076913 5.6302051 5.1329608 4.9777424 5.2161153 5.5900725 5.2974587 5.2376761 4.9366963 5.243513 5.3440580 5.3180496 5.0525873 4.5163880
37     37 5.1454372 5.1448901 5.6900643 5.1946571 5.2377795 5.2198506 5.6094928 5.3311390 5.3124617 5.1460502 5.227297 5.3759420 5.3498163 5.1292866 4.7741121
38     38 5.1788758 5.1691157 5.7255818 5.2881200 5.3955624 5.2291508 5.6342754 5.3741580 5.3610686 5.2507655 5.230540 5.3723913 5.3629057 5.1759798 4.8937538
39     39 5.1439471 5.0931295 5.7349204 5.2862829 5.4764941 5.2086446 5.6148551 5.3853337 5.4077618 5.3442284 5.207903 5.3954348 5.3909216 5.1965707 4.9815524
40     40 5.1323240 5.1044480 5.6900643 5.3049602 5.5055683 5.1825736 5.6006522 5.3909216 5.4226883 5.3629057 5.212801 5.3759420 5.4021739 5.2601041 5.0675903
41     41 5.1177803 5.0656606 5.7049908 5.2825321 5.5595511 5.1863089 5.5989130 5.3778322 5.4451929 5.4171004 5.190164 5.3706522 5.4077618 5.2619412 5.0956062
42     42 5.1745246 5.1642838 5.7535977 5.3741580 5.6488141 5.2309803 5.6236957 5.4246020 5.4937232 5.4676209 5.220876 5.3812319 5.4115126 5.3218004 5.1591396
43     43 5.1381653 5.0882976 5.7255818 5.3031231 5.6301114 5.1993444 5.5971739 5.3684936 5.4470300 5.4563686 5.161041 5.3334783 5.3890845 5.2937844 5.1553889
44     44 5.1207010 5.1416468 5.7274189 5.3517299 5.6612259 5.2142095 5.6060145 5.3722443 5.4470300 5.4712952 5.185266 5.3210870 5.3647428 5.3049602 5.2039957
45     45 5.1090183 5.0996161 5.7330067 5.3162125 5.6591856 5.2012502 5.6165942 5.3853337 5.4694581 5.4956369 5.196585 5.3635507 5.4059247 5.3255511 5.2357624
[1] "qpcR"
[1] "boggy"
[1] "The (published) datasets implemented in qpcR"
   Cycles   F1.1   F1.2   F2.1   F2.2   F3.1   F3.2   F4.1   F4.2   F5.1   F5.2   F6.1   F6.2
1       1 0.1979 0.2030 0.2004 0.1939 0.1949 0.1966 0.2005 0.2000 0.1971 0.2015 0.2004 0.1940
2       2 0.1971 0.2027 0.1973 0.1924 0.1969 0.1944 0.1996 0.1990 0.1975 0.2015 0.1958 0.1931
3       3 0.1969 0.2043 0.1968 0.1922 0.1949 0.1934 0.1957 0.1960 0.1972 0.1981 0.1936 0.1894
4       4 0.1973 0.2050 0.1968 0.1893 0.1931 0.1922 0.1971 0.1959 0.1940 0.1964 0.1934 0.1882
5       5 0.2006 0.2096 0.1969 0.1913 0.1911 0.1917 0.1968 0.1952 0.1937 0.1955 0.1943 0.1903
6       6 0.2072 0.2153 0.1954 0.1904 0.1926 0.1923 0.1953 0.1956 0.1937 0.1978 0.1935 0.1891
7       7 0.2211 0.2328 0.1984 0.1924 0.1915 0.1922 0.1946 0.1949 0.1944 0.1957 0.1915 0.1867
8       8 0.2501 0.2639 0.2008 0.1934 0.1920 0.1896 0.1952 0.1943 0.1935 0.1943 0.1926 0.1870
9       9 0.3026 0.3258 0.2060 0.2006 0.1902 0.1904 0.1957 0.1950 0.1931 0.1962 0.1931 0.1871
10     10 0.3997 0.4340 0.2177 0.2096 0.1919 0.1922 0.1956 0.1943 0.1925 0.1956 0.1939 0.1872
11     11 0.5575 0.6231 0.2375 0.2315 0.1929 0.1944 0.1947 0.1958 0.1903 0.1945 0.1945 0.1879
12     12 0.7835 0.8998 0.2807 0.2726 0.1984 0.1992 0.1954 0.1976 0.1926 0.1956 0.1942 0.1870
13     13 1.0099 1.1939 0.3558 0.3443 0.2051 0.2069 0.1973 0.1968 0.1934 0.1946 0.1931 0.1872
14     14 1.2092 1.4605 0.4836 0.4667 0.2192 0.2214 0.1993 0.2010 0.1941 0.1977 0.1927 0.1867
15     15 1.3751 1.6753 0.6783 0.6545 0.2460 0.2496 0.2032 0.2086 0.1959 0.1982 0.1938 0.1886
16     16 1.5003 1.8299 0.8919 0.8603 0.2933 0.2960 0.2121 0.2129 0.1958 0.1979 0.1943 0.1871
17     17 1.6029 1.9579 1.0954 1.0536 0.3743 0.3834 0.2240 0.2273 0.1960 0.1994 0.1945 0.1884
18     18 1.6827 2.0487 1.2747 1.2238 0.5008 0.5233 0.2530 0.2588 0.2016 0.2032 0.1946 0.1898
19     19 1.7407 2.1159 1.4185 1.3581 0.6504 0.6936 0.2988 0.3078 0.2046 0.2088 0.1963 0.1900
20     20 1.7910 2.1714 1.5416 1.4747 0.7927 0.8618 0.3796 0.3937 0.2103 0.2149 0.1961 0.1906
21     21 1.8258 2.2069 1.6439 1.5723 0.9320 1.0195 0.4901 0.5261 0.2300 0.2341 0.1992 0.1937
22     22 1.8421 2.2238 1.7195 1.6392 1.0459 1.1489 0.6113 0.6736 0.2552 0.2669 0.2015 0.1952
23     23 1.8662 2.2463 1.7851 1.6996 1.1473 1.2637 0.7204 0.8124 0.3041 0.3240 0.2088 0.1989
24     24 1.8776 2.2530 1.8313 1.7456 1.2405 1.3677 0.8319 0.9472 0.3800 0.4187 0.2204 0.2109
25     25 1.8772 2.2497 1.8679 1.7783 1.3100 1.4415 0.9272 1.0592 0.4718 0.5398 0.2384 0.2255
26     26 1.8843 2.2544 1.9056 1.8072 1.3767 1.5141 1.0169 1.1662 0.5654 0.6676 0.2716 0.2556
27     27 1.8829 2.2453 1.9176 1.8231 1.4251 1.5671 1.0999 1.2653 0.6581 0.7895 0.3254 0.3117
28     28 1.8727 2.2320 1.9352 1.8343 1.4632 1.6059 1.1636 1.3344 0.7397 0.8967 0.3907 0.3895
29     29 1.8738 2.2312 1.9531 1.8512 1.5007 1.6477 1.2240 1.4042 0.8238 0.9996 0.4567 0.4788
30     30 1.8649 2.2145 1.9511 1.8495 1.5243 1.6709 1.2723 1.4574 0.9017 1.0960 0.5237 0.5677
31     31 1.8489 2.1941 1.9514 1.8498 1.5438 1.6882 1.3092 1.4955 0.9643 1.1734 0.5794 0.6384
32     32 1.8460 2.1861 1.9596 1.8547 1.5627 1.7082 1.3464 1.5372 1.0244 1.2438 0.6426 0.7153
33     33 1.8306 2.1666 1.9469 1.8446 1.5737 1.7215 1.3750 1.5669 1.0787 1.3099 0.7095 0.7975
34     34 1.8119 2.1421 1.9394 1.8366 1.5728 1.7179 1.3903 1.5817 1.1144 1.3498 0.7603 0.8576
35     35 1.8031 2.1316 1.9419 1.8350 1.5856 1.7304 1.4140 1.6044 1.1545 1.3967 0.8132 0.9198
36     36 1.7924 2.1118 1.9276 1.8230 1.5855 1.7270 1.4210 1.6161 1.1888 1.4335 0.8664 0.9830
37     37 1.7713 2.0859 1.9117 1.8086 1.5788 1.7221 1.4298 1.6216 1.2062 1.4534 0.9014 1.0209
38     38 1.7608 2.0722 1.9084 1.8056 1.5835 1.7273 1.4431 1.6342 1.2324 1.4834 0.9406 1.0630
39     39 1.7415 2.0478 1.8869 1.7864 1.5806 1.7175 1.4428 1.6337 1.2489 1.5005 0.9770 1.1007
40     40 1.7223 2.0232 1.8781 1.7763 1.5709 1.7081 1.4406 1.6276 1.2582 1.5074 0.9964 1.1260
[1] "qpcR"
[1] "competimer"
[1] "The (published) datasets implemented in qpcR"
   Cycles    A_A_1    A_A_2    A_A_3     A_B_1     A_B_2     A_B_3     A_C_1     A_C_2     A_C_3     A_D_1     A_D_2     A_D_3     A_E_1     A_E_2     A_E_3     A_F_1     A_F_2     A_F_3     A_G_1
1       1 2.015596 1.961003 2.044947 0.9600623 0.9129294 0.9387817 0.5971359 0.5510333 0.5042866 0.4598859 0.4230960 0.4454960 0.4345525 0.4713882 0.4223400 0.4002163 0.4266294 0.3939622 0.5100548
2       2 2.301557 2.228796 2.299706 1.0207376 0.9942505 1.0186296 0.6334477 0.5779868 0.5309244 0.4950023 0.4638029 0.4746013 0.4723820 0.4978163 0.4372415 0.4211632 0.4598299 0.4337173 0.5785920
3       3 2.319712 2.266451 2.349446 1.0623923 1.0288024 1.0617395 0.6396918 0.5841604 0.5399459 0.4952195 0.4726944 0.4805953 0.4697086 0.4980429 0.4432885 0.4272719 0.4600476 0.4369724 0.5788628
4       4 2.364470 2.303244 2.408110 1.0909502 1.0630085 1.0770100 0.6487122 0.5871407 0.5487652 0.4865256 0.4669504 0.4748606 0.4639624 0.4951877 0.4345566 0.4184481 0.4511083 0.4217930 0.5665011
5       5 2.418607 2.389209 2.482035 1.1444413 1.1060548 1.1345340 0.6664220 0.6135595 0.5690634 0.4950772 0.4783765 0.4776090 0.4638462 0.4950664 0.4373772 0.4183456 0.4539956 0.4216887 0.5632734
6       6 2.546821 2.517133 2.603494 1.2528047 1.2245550 1.2478234 0.7146297 0.6522734 0.6044469 0.5069189 0.4843931 0.4865215 0.4669833 0.5011372 0.4434593 0.4156141 0.4512567 0.4219276 0.5604704
7       7 2.689328 2.675666 2.758005 1.4154102 1.3961372 1.4162899 0.7959453 0.7177224 0.6780152 0.5362487 0.5107292 0.5128406 0.4672775 0.5102060 0.4496206 0.4218228 0.4485654 0.4252816 0.5639919
8       8 2.847900 2.839724 2.953633 1.6569063 1.6106143 1.6543531 0.9278821 0.8361173 0.8010994 0.5711161 0.5368302 0.5533882 0.4818314 0.5132382 0.4497354 0.4278561 0.4606850 0.4284354 0.5548110
9       9 2.993096 3.010900 3.120318 1.9050160 1.8875962 1.9231339 1.1289952 1.0078506 0.9828634 0.6496012 0.6121513 0.6199700 0.4906066 0.5221263 0.4616203 0.4161613 0.4488517 0.4316692 0.5457046
10     10 3.165888 3.195548 3.267497 2.1660159 2.1397895 2.1919682 1.4262711 1.2891879 1.2466657 0.7803377 0.7424188 0.7530252 0.5224561 0.5600568 0.4998461 0.4192263 0.4580194 0.4348774 0.5427952
11     11 3.304071 3.383350 3.469939 2.4142280 2.3982402 2.4454488 1.7746608 1.5941442 1.5543588 1.0157223 0.9709879 0.9698017 0.6005057 0.6211527 0.5643806 0.4429646 0.4731143 0.4624550 0.5429326
12     12 3.476148 3.553883 3.639274 2.6367178 2.6065259 2.6864162 2.0837457 1.8900052 1.8587909 1.3469308 1.2861362 1.2846487 0.7246490 0.7315283 0.6698152 0.4754541 0.5001193 0.4777074 0.5398339
13     13 3.650364 3.719737 3.807251 2.8454734 2.8232346 2.9111502 2.3440028 2.1407983 2.0950369 1.7212192 1.6556285 1.6537111 0.9468054 0.9286892 0.8657382 0.5254168 0.5599253 0.5263309 0.5489781
14     14 3.807728 3.862653 3.969391 3.0221883 3.0117664 3.1083732 2.5947680 2.3642197 2.3129998 2.0653488 2.0124200 2.0128850 1.2481006 1.2314520 1.1533658 0.6083784 0.6532623 0.6304390 0.5337227
15     15 3.919049 4.031170 4.117221 3.2076048 3.1994357 3.3108935 2.7877395 2.5752867 2.5187142 2.3625588 2.3254959 2.3021836 1.6274945 1.5979303 1.5199092 0.7800005 0.8304704 0.7923660 0.5337736
16     16 4.086421 4.176948 4.278726 3.3909194 3.4006181 3.5051163 3.0240900 2.7787669 2.6905764 2.6292412 2.6140301 2.5669067 2.0290079 1.9807276 1.9263824 1.0665338 1.1480971 1.0879802 0.5364098
17     17 4.239585 4.342572 4.453150 3.5958661 3.5980691 3.7050187 3.2235244 2.9813458 2.8879665 2.8804612 2.8407621 2.8076354 2.3422521 2.2923465 2.2432684 1.4516896 1.5655500 1.4820509 0.5486803
18     18 4.390871 4.509658 4.615848 3.7833603 3.7721607 3.9064362 3.4186215 3.1678544 3.0665677 3.0809654 3.0722272 3.0096287 2.6112273 2.5478867 2.5035544 1.8659868 1.9882898 1.9091222 0.5575370
19     19 4.554683 4.685473 4.793549 3.9824959 3.9763306 4.1219632 3.6337265 3.3830511 3.2853294 3.3242543 3.2969287 3.2339575 2.8388553 2.7707198 2.7455687 2.2500166 2.3953636 2.2805096 0.5911547
20     20 4.668535 4.809488 4.930613 4.1544289 4.1539360 4.3054012 3.8261755 3.5490922 3.4495489 3.5367335 3.5170600 3.4363153 3.0443630 2.9917351 2.9505423 2.5282187 2.6832266 2.5703292 0.6250566
21     21 4.820685 4.974101 5.064844 4.3172208 4.3257093 4.4800495 4.0099110 3.7511000 3.6288013 3.7175327 3.7114769 3.6622388 3.2676149 3.1897595 3.1441725 2.7593618 2.9444991 2.8268721 0.7088653
22     22 4.954786 5.127830 5.227582 4.5142969 4.5216616 4.6784075 4.2140778 3.9168107 3.8132714 3.9588588 3.9400254 3.8498455 3.4700156 3.4076249 3.3812801 3.0137832 3.1872872 3.0707345 0.8610375
23     23 5.059270 5.259580 5.352664 4.6585409 4.6596782 4.8598193 4.3863341 4.1193594 3.9841917 4.1430776 4.1436589 4.0588953 3.6647405 3.5973875 3.5754075 3.2157586 3.4070600 3.2726514 1.1193397
24     24 5.192536 5.358826 5.465612 4.7879744 4.8019010 5.0084711 4.5235429 4.2844686 4.1210333 4.3196545 4.3019436 4.2169089 3.8723999 3.7739147 3.7503319 3.4311672 3.6162597 3.5127109 1.5108622
25     25 5.307448 5.490647 5.597289 4.9577906 4.9774411 5.1838014 4.7230312 4.4544213 4.2950000 4.5214695 4.5259889 4.4347580 4.0556353 3.9608655 3.9710001 3.6480718 3.8692296 3.7450241 2.0399438
26     26 5.409108 5.619490 5.725959 5.0962821 5.0942019 5.3135632 4.8627559 4.6190464 4.4431585 4.6975523 4.6953792 4.6009689 4.2541175 4.1602758 4.1425342 3.8482437 4.0750387 3.9539335 2.5334913
27     27 5.519687 5.730268 5.837123 5.2079112 5.2377822 5.4513604 5.0012915 4.7556836 4.5841539 4.8724610 4.8520149 4.7631277 4.4222779 4.2854183 4.3215188 4.0409062 4.2793282 4.1429252 2.9312927
28     28 5.617545 5.812026 5.946220 5.3333696 5.3605542 5.5810450 5.1467926 4.9169944 4.7142724 5.0424884 5.0415101 4.9290633 4.5999701 4.4667622 4.5042018 4.2580996 4.4723902 4.3419643 3.2737670
29     29 5.682887 5.895632 6.030869 5.4382837 5.4507013 5.7001504 5.2458283 5.0295288 4.8284780 5.1849549 5.1833006 5.0561182 4.7475136 4.6383132 4.6388111 4.4118927 4.6673615 4.5185878 3.5440035
30     30 5.809670 6.005352 6.134431 5.5617461 5.5715090 5.8277846 5.4135658 5.1890371 4.9715757 5.3385627 5.3303371 5.2115640 4.9525607 4.8063441 4.8434034 4.6127214 4.8527884 4.7436812 3.8138654
31     31 5.855087 6.089516 6.206460 5.6417720 5.6809175 5.9379815 5.5130677 5.2723941 5.0835035 5.4756649 5.4464238 5.3448801 5.0977559 4.9522859 4.9640160 4.7644018 5.0124226 4.9028689 4.0512410
32     32 5.909924 6.136305 6.248875 5.7020650 5.7337550 6.0083862 5.6062177 5.3760740 5.1653740 5.5833713 5.5593936 5.4431000 5.1901525 5.0654084 5.0808416 4.9327708 5.1801329 5.0547887 4.2802864
33     33 5.962761 6.221021 6.321444 5.8208512 5.8405413 6.1038218 5.7242948 5.4806796 5.2777502 5.6917696 5.6817695 5.5797586 5.3416087 5.1826197 5.2136683 5.0640721 5.3191070 5.2204984 4.4898695
34     34 6.032093 6.288412 6.396899 5.8753109 5.9000847 6.1836887 5.8178759 5.5907962 5.3689826 5.7969100 5.7951250 5.6755014 5.4577668 5.3050976 5.3370493 5.2005715 5.4725139 5.3426699 4.6952662
35     35 6.062476 6.307861 6.412547 5.8969499 5.9524482 6.2441875 5.8653324 5.6227417 5.4299952 5.8748932 5.8523762 5.7558340 5.5556328 5.3917384 5.4331266 5.3125015 5.5739016 5.4517900 4.8655929
36     36 6.155392 6.394759 6.520041 5.9986926 6.0395270 6.3265497 5.9493185 5.7501726 5.5089042 6.0757421 5.9738265 5.8684411 5.6712943 5.5050078 5.5384146 5.4545072 5.7208022 5.5887612 5.0892535
37     37 6.172541 6.438238 6.536199 6.0686805 6.0861099 6.3998235 6.0243845 5.8241965 5.5909424 6.1600230 6.0663982 5.9666614 5.7667390 5.6008607 5.6555545 5.5580022 5.8286968 5.7014136 5.2600454
38     38 6.220165 6.481116 6.584468 6.0934745 6.1197196 6.4480415 6.0838484 5.8917648 5.6578041 6.2233911 6.1265536 6.0266704 5.8529411 5.6962064 5.7515753 5.6936358 5.9390651 5.8074578 5.4085784
39     39 6.276918 6.516305 6.595927 6.1683393 6.1836413 6.4833303 6.1124597 5.9556192 5.7120484 6.2948745 6.1976718 6.0802557 5.9094678 5.7587716 5.8116892 5.7364723 6.0517221 5.8881134 5.5528867
40     40 6.264236 6.547614 6.649313 6.1948597 6.2158638 6.5303120 6.1706504 6.0011091 5.7482147 6.3513151 6.2450969 6.1333410 6.0003093 5.8149547 5.8741822 5.8293117 6.1067107 5.9622636 5.6843446
41     41 6.306090 6.591420 6.691815 6.2619552 6.2782863 6.6036010 6.2428860 6.0427014 5.7953124 6.4210524 6.3058228 6.1853303 6.0582398 5.8790558 5.9563564 5.9301728 6.2148252 6.0905438 5.8432129
42     42 6.315274 6.587103 6.700782 6.2610073 6.3024160 6.6029070 6.2782846 6.0715899 5.8355722 6.4612163 6.3486696 6.2193620 6.1038732 5.9277164 5.9965703 5.9737429 6.2650917 6.1047757 5.9385528
43     43 6.393273 6.649420 6.758171 6.3202499 6.3603344 6.6811092 6.3281010 6.1504651 5.9048024 6.5152195 6.4111276 6.2875001 6.1779214 6.0254858 6.0656521 6.0762080 6.3718798 6.2041362 6.0553766
44     44 6.408805 6.657899 6.792607 6.3505654 6.3931664 6.7134078 6.3748632 6.1846923 5.9327458 6.5722633 6.4997977 6.3556927 6.2374830 6.0735915 6.1229323 6.1400192 6.4215578 6.2820264 6.1875643
45     45 6.391622 6.641223 6.760002 6.3410930 6.3651569 6.6920569 6.3568568 6.1698696 5.9386513 6.5577055 6.4504725 6.3470404 6.2287685 6.0619341 6.1053038 6.1400043 6.4245284 6.2850044 6.2217009
[1] "qpcR"
[1] "dil4reps94"
[1] "The (published) datasets implemented in qpcR"
   Cycles    F15_1    F15_2    F15_3    F15_4    F15_5    F15_6    F15_7    F15_8    F15_9   F15_10  F15_11   F15_12   F15_13   F15_14   F15_15   F15_16   F15_17  F15_18  F15_19
1       1  5406.08  5630.15  5521.52  5533.58  5515.35  5507.82  5328.00  5391.74  5268.05  5314.48 4910.28  5443.80  5448.97  5337.57  5469.06  5368.76  5468.28 5274.26 5238.90
2       2  5425.17  5656.16  5542.61  5555.67  5540.83  5527.66  5352.27  5411.51  5291.93  5326.86 4922.31  5473.10  5457.25  5350.95  5485.66  5382.71  5486.52 5289.86 5244.00
3       3  5449.76  5673.50  5556.96  5578.47  5558.71  5542.18  5370.58  5424.57  5310.13  5353.48 4941.83  5503.14  5476.20  5367.79  5505.36  5399.98  5499.79 5300.53 5267.38
4       4  5461.47  5692.10  5571.52  5590.47  5576.30  5555.60  5379.71  5434.20  5320.58  5360.73 4950.82  5516.53  5489.26  5381.28  5517.06  5408.19  5509.18 5311.59 5275.12
5       5  5473.81  5705.62  5574.91  5608.27  5588.43  5567.56  5391.17  5436.13  5330.40  5365.76 4959.63  5518.31  5499.93  5385.49  5527.80  5418.14  5518.31 5317.44 5288.57
6       6  5474.70  5713.83  5583.72  5608.59  5597.85  5571.45  5397.80  5448.69  5333.57  5373.29 4960.56  5531.59  5502.89  5396.88  5534.94  5424.57  5526.59 5323.37 5294.71
7       7  5487.80  5720.68  5590.96  5616.37  5604.85  5577.58  5405.12  5446.30  5341.28  5381.78 4961.02  5537.83  5512.03  5406.33  5537.15  5428.96  5532.44 5336.36 5293.18
8       8  5488.94  5726.50  5592.04  5627.08  5608.17  5581.94  5408.87  5445.69  5343.99  5388.06 4965.59  5542.68  5513.39  5406.37  5543.86  5439.59  5530.66 5336.46 5295.32
9       9  5489.51  5736.52  5605.60  5629.47  5612.23  5586.86  5415.00  5452.94  5344.49  5391.92 4970.48  5551.75  5510.82  5413.15  5553.03  5444.66  5536.55 5333.29 5290.68
10     10  5500.90  5738.06  5606.63  5633.15  5622.08  5586.65  5417.25  5455.43  5350.34  5397.38 4967.91  5541.33  5519.03  5411.44  5554.21  5445.62  5538.79 5342.96 5306.67
11     11  5505.46  5743.52  5612.52  5638.85  5623.08  5592.07  5415.25  5456.75  5353.66  5398.98 4982.47  5547.93  5525.20  5422.39  5558.53  5444.98  5538.44 5339.60 5305.74
12     12  5502.47  5743.62  5607.95  5638.85  5628.01  5597.43  5423.43  5460.07  5358.23  5407.47 4976.94  5549.32  5519.99  5421.79  5561.45  5442.38  5540.94 5345.35 5310.95
13     13  5505.46  5751.33  5617.05  5646.95  5633.50  5600.60  5427.42  5461.89  5364.76  5411.90 4982.72  5554.10  5523.95  5435.88  5568.38  5450.12  5548.50 5346.81 5305.42
14     14  5519.95  5748.16  5626.79  5643.46  5639.50  5603.99  5432.81  5461.71  5367.40  5415.00 4987.64  5552.46  5529.62  5430.06  5571.55  5461.32  5551.18 5350.74 5314.41
15     15  5518.38  5755.79  5626.08  5652.81  5643.56  5605.06  5437.88  5466.93  5370.26  5423.43 4985.58  5561.81  5534.87  5438.06  5573.52  5459.72  5553.07 5351.70 5317.62
16     16  5531.26  5772.24  5632.43  5665.30  5648.67  5617.98  5443.23  5475.24  5380.39  5428.21 4997.74  5561.45  5545.82  5447.23  5583.04  5472.14  5564.13 5358.62 5326.93
17     17  5544.25  5786.41  5648.10  5671.33  5664.90  5627.18  5460.65  5491.48  5391.31  5443.77 5009.66  5577.80  5551.46  5460.25  5599.64  5486.12  5577.90 5372.29 5332.18
18     18  5561.38  5812.60  5672.79  5696.81  5690.06  5660.55  5473.85  5512.85  5420.18  5461.11 5038.50  5597.28  5581.87  5482.80  5624.44  5508.78  5599.39 5397.95 5353.80
19     19  5609.13  5861.78  5720.75  5741.27  5730.28  5699.12  5522.66  5549.54  5455.86  5515.38 5074.50  5644.78  5629.90  5541.15  5674.36  5555.64  5639.82 5436.20 5391.13
20     20  5688.74  5954.77  5801.08  5822.24  5811.53  5775.67  5599.46  5630.61  5532.69  5601.28 5164.21  5720.54  5722.53  5614.37  5763.29  5638.39  5718.54 5508.39 5458.25
21     21  5841.79  6129.23  5963.48  5981.57  5968.65  5931.90  5753.01  5781.81  5682.75  5771.56 5323.26  5860.71  5892.18  5785.13  5928.11  5806.89  5869.70 5648.13 5577.37
22     22  6109.00  6442.90  6253.34  6254.38  6257.02  6212.45  6010.40  6045.23  5945.03  6067.82 5597.46  6119.67  6188.83  6073.78  6223.48  6093.76  6139.08 5899.35 5808.64
23     23  6544.64  6975.81  6741.51  6721.24  6734.73  6679.24  6453.82  6479.23  6387.80  6565.76 6077.38  6559.48  6683.77  6562.01  6715.14  6575.72  6595.17 6302.84 6175.34
24     24  7179.14  7745.07  7420.44  7393.65  7410.70  7342.90  7079.08  7068.31  7034.73  7214.04 6702.29  7153.88  7386.79  7236.99  7394.79  7224.75  7205.87 6864.87 6698.44
25     25  7808.80  8559.75  8077.01  8086.57  8112.19  8021.41  7711.42  7628.70  7719.20  7851.80 7309.54  7767.19  8087.00  7917.96  8072.23  7845.45  7804.77 7393.40 7219.18
26     26  8354.92  9270.59  8724.79  8694.46  8712.34  8618.13  8257.14  8129.11  8311.17  8410.73 7841.74  8278.95  8687.00  8485.56  8632.90  8386.36  8323.73 7853.87 7654.50
27     27  8837.59  9915.76  9329.89  9278.01  9266.63  9157.72  8735.99  8569.74  8841.59  8893.01 8313.99  8727.75  9208.92  8986.72  9134.20  8847.79  8775.10 8255.07 8032.58
28     28  9195.04 10404.43  9775.31  9719.32  9670.08  9559.67  9078.57  8890.76  9257.35  9259.53 8650.00  9058.12  9590.93  9341.39  9489.62  9190.51  9103.08 8540.87 8308.46
29     29  9463.86 10764.27 10130.20 10037.49  9970.01  9863.20  9348.99  9127.28  9544.86  9517.88 8915.20  9310.84  9875.41  9612.77  9763.11  9435.13  9350.45 8756.30 8519.03
30     30  9681.61 11054.14 10412.68 10294.24 10220.06 10114.99  9554.75  9328.18  9784.66  9728.00 9132.99  9506.86 10104.11  9834.30  9972.86  9643.49  9547.97 8925.45 8673.01
31     31  9841.29 11278.03 10649.80 10502.85 10406.11 10312.08  9720.00  9478.31  9965.33  9907.35 9301.17  9662.01 10274.22  9993.41 10139.19  9790.87  9694.20 9065.08 8804.94
32     32  9965.80 11444.32 10810.23 10657.11 10549.78 10446.47  9842.26  9593.18 10105.29 10029.81 9429.96  9771.49 10402.54 10109.79 10261.94  9917.87  9810.46 9164.68 8898.93
33     33 10057.47 11578.18 10949.73 10775.34 10651.62 10558.91  9934.33  9680.36 10209.81 10131.45 9512.21  9861.31 10506.46 10209.20 10359.65 10011.94  9900.85 9259.56 8967.98
34     34 10146.08 11704.46 11080.34 10886.53 10759.75 10661.40 10026.00  9771.64 10324.22 10235.86 9607.49  9948.70 10600.56 10299.45 10449.50 10097.87  9978.71 9323.44 9036.93
35     35 10219.05 11795.38 11178.40 10982.42 10844.88 10741.08 10101.40  9837.72 10400.18 10309.80 9685.99 10013.07 10670.57 10370.71 10522.87 10162.67 10051.29 9378.68 9095.84
36     36 10267.87 11872.07 11259.83 11049.33 10905.63 10814.09 10148.86  9889.18 10467.13 10370.57 9743.13 10060.65 10732.88 10421.46 10582.71 10218.41 10098.80 9436.31 9136.27
37     37 10322.07 11938.66 11332.88 11122.47 10972.39 10867.59 10199.92  9936.07 10530.62 10428.80 9795.94 10108.18 10792.54 10482.19 10630.38 10279.67 10150.07 9474.67 9177.13
38     38 10355.51 11992.93 11395.36 11173.86 11006.86 10924.93 10242.54  9982.50 10567.05 10461.82 9829.48 10139.40 10811.66 10516.70 10664.58 10305.58 10172.38 9505.04 9203.18
39     39 10388.16 12041.39 11438.68 11211.15 11047.44 10951.02 10276.04 10002.80 10600.49 10491.72 9870.70 10169.35 10853.67 10544.49 10700.41 10334.63 10212.73 9536.97 9225.84
40     40 10413.67 12076.22 11484.07 11242.74 11087.65 10987.52 10297.63 10034.21 10635.06 10525.33 9896.57 10192.18 10888.57 10576.51 10723.24 10359.29 10238.54 9565.81 9247.21
41     41 10432.02 12104.49 11512.19 11276.39 11107.14 11012.11 10308.37 10046.02 10662.44 10553.56 9910.24 10216.73 10904.38 10591.25 10749.18 10382.74 10248.60 9575.48 9261.42
42     42 10458.81 12126.07 11544.16 11300.33 11127.19 11028.80 10331.88 10068.85 10679.99 10582.67 9946.92 10226.83 10918.79 10608.44 10759.77 10396.44 10270.15 9591.68 9268.52
43     43 10476.94 12149.48 11571.32 11313.04 11138.46 11054.53 10346.16 10078.56 10697.01 10592.84 9954.41 10235.46 10934.88 10624.18 10779.16 10411.78 10280.53 9603.42 9283.72
44     44 10478.80 12157.29 11579.42 11325.02 11147.06 11059.64 10349.86 10086.58 10715.31 10606.94 9953.02 10240.54 10944.09 10621.97 10784.29 10421.27 10288.59 9615.73 9287.18
45     45 10479.66 12165.22 11599.23 11330.20 11151.35 11063.31 10359.94 10082.27 10715.03 10619.72 9963.19 10246.31 10942.20 10627.25 10785.33 10425.66 10293.45 9616.73 9288.36
[1] "qpcR"
[1] "dyemelt"
[1] "The (published) datasets implemented in qpcR"
        T0  EvaGreen     T1 SybrGreen.I     T2    Syto13
1   72.656 1.9981087 72.656   0.5170063 72.656 0.2301744
2   72.781 1.9673678 72.781   0.5119786 72.781 0.2277684
3   72.906 1.9394572 72.906   0.5072480 72.906 0.2255423
4   73.156 1.8921271 73.156   0.4986783 73.156 0.2216293
5   73.250 1.8772597 73.250   0.4957636 73.250 0.2203441
6   73.375 1.8599686 73.375   0.4921480 73.375 0.2187926
7   73.500 1.8433182 73.500   0.4873415 73.500 0.2168822
8   73.625 1.8309286 73.625   0.4850146 73.625 0.2159269
9   73.750 1.8258084 73.750   0.4839307 73.750 0.2157031
10  73.875 1.8161903 73.875   0.4814511 73.875 0.2144488
11  73.969 1.8095507 73.969   0.4799142 73.969 0.2136298
12  74.094 1.7993866 74.094   0.4778048 74.094 0.2120004
13  74.219 1.7899647 74.219   0.4759796 74.219 0.2106409
14  74.344 1.7808264 74.344   0.4744532 74.344 0.2093179
15  74.469 1.7719192 74.469   0.4729256 74.469 0.2083211
16  74.594 1.7640868 74.594   0.4708884 74.594 0.2072430
17  74.687 1.7584478 74.687   0.4693174 74.687 0.2068935
18  74.812 1.7509572 74.812   0.4678946 74.937 0.2053909
19  74.937 1.7431571 74.937   0.4660711 75.062 0.2049838
20  75.062 1.7355939 75.062   0.4646442 75.187 0.2042685
21  75.312 1.7189253 75.187   0.4630915 75.437 0.2025664
22  75.437 1.7117064 75.312   0.4615980 75.531 0.2020339
23  75.531 1.7068798 75.437   0.4597456 75.656 0.2011356
24  75.656 1.6990553 75.531   0.4584418 75.781 0.2003967
25  75.781 1.6904183 75.656   0.4562632 75.906 0.1992538
26  75.906 1.6816341 75.781   0.4543475 76.156 0.1974881
27  76.156 1.6587420 75.906   0.4524548 76.250 0.1968752
28  76.250 1.6485374 76.031   0.4504095 76.375 0.1959717
29  76.375 1.6351073 76.156   0.4483487 76.500 0.1944719
30  76.500 1.6204789 76.250   0.4468537 76.625 0.1931748
31  76.625 1.6049128 76.500   0.4424997 76.750 0.1915648
32  76.750 1.5880715 76.625   0.4400091 76.875 0.1897474
33  76.875 1.5684776 76.750   0.4378504 76.969 0.1881738
34  76.969 1.5534080 76.875   0.4352803 77.094 0.1858800
35  77.094 1.5305376 76.969   0.4333512 77.219 0.1839210
36  77.219 1.5039804 77.094   0.4303855 77.344 0.1818367
37  77.344 1.4761290 77.219   0.4275232 77.469 0.1799147
38  77.469 1.4492711 77.469   0.4217816 77.594 0.1779328
39  77.594 1.4280890 77.594   0.4192994 77.687 0.1767628
40  77.687 1.4123922 77.687   0.4178186 77.812 0.1749715
41  77.812 1.3943222 77.812   0.4158673 77.937 0.1736851
42  78.062 1.3656502 78.062   0.4119839 78.062 0.1726258
43  78.187 1.3571388 78.187   0.4108763 78.187 0.1720059
44  78.312 1.3469900 78.437   0.4071011 78.312 0.1709725
45  78.437 1.3360435 78.531   0.4059811 78.437 0.1698573
46  78.531 1.3280049 78.656   0.4041122 78.531 0.1691207
47  78.781 1.3052075 78.781   0.4020533 78.656 0.1679811
48  78.906 1.2942433 78.906   0.4002207 78.781 0.1672345
49  79.031 1.2818088 79.031   0.3982157 78.906 0.1663092
50  79.156 1.2679931 79.156   0.3960551 79.031 0.1655272
51  79.250 1.2568768 79.250   0.3941968 79.156 0.1650081
52  79.500 1.2198142 79.375   0.3914805 79.250 0.1646682
53  79.625 1.1981639 79.500   0.3880444 79.375 0.1635881
54  79.750 1.1714571 79.625   0.3843482 79.500 0.1624834
55  79.875 1.1391372 79.750   0.3801042 79.625 0.1610442
56  79.969 1.1078654 79.875   0.3753359 79.750 0.1597140
57  80.094 1.0667135 79.969   0.3716271 79.875 0.1581951
58  80.219 1.0254945 80.094   0.3667944 79.969 0.1567464
59  80.344 0.9834257 80.219   0.3621021 80.094 0.1545718
60  80.594 0.9183242 80.344   0.3573967 80.219 0.1526654
61  80.687 0.9003173 80.469   0.3530259 80.344 0.1508481
62  80.812 0.8791689 80.594   0.3490095 80.469 0.1491684
63  80.937 0.8640671 80.687   0.3464906 80.594 0.1482638
64  81.062 0.8536175 80.812   0.3435965 80.687 0.1479069
65  81.187 0.8441764 80.937   0.3409767 80.812 0.1474090
66  81.312 0.8392105 81.062   0.3391896 80.937 0.1468633
67  81.437 0.8332494 81.187   0.3377957 81.062 0.1462714
68  81.531 0.8290114 81.312   0.3363866 81.312 0.1451600
69  81.656 0.8222887 81.437   0.3344414 81.437 0.1444210
70  81.781 0.8143667 81.531   0.3331022 81.531 0.1439344
71  81.906 0.8051647 81.656   0.3307576 81.656 0.1430890
72  82.031 0.7935110 81.781   0.3282471 81.781 0.1422485
73  82.156 0.7775854 81.906   0.3247992 81.906 0.1416079
74  82.250 0.7570940 82.031   0.3204377 82.031 0.1403237
75  82.375 0.7314195 82.156   0.3158320 82.156 0.1384792
76  82.500 0.7030789 82.250   0.3113735 82.250 0.1371633
77  82.625 0.6756094 82.375   0.3054586 82.375 0.1347013
78  82.875 0.6356217 82.500   0.2993707 82.625 0.1311221
79  82.969 0.6245650 82.625   0.2948088 82.750 0.1296395
80  83.094 0.6150229 82.750   0.2915361 82.875 0.1285785
81  83.219 0.6103226 82.875   0.2889652 83.094 0.1272693
82  83.344 0.6080850 83.094   0.2850309 83.219 0.1273399
83  83.469 0.6037212 83.219   0.2839480 83.469 0.1274792
84  83.594 0.5958785 83.469   0.2801755 83.594 0.1273042
85  83.687 0.5890397 83.594   0.2779021 83.687 0.1272558
86  83.812 0.5775555 83.687   0.2763522 83.812 0.1266857
87  84.062 0.5473378 83.937   0.2670514 83.937 0.1259056
88  84.187 0.5268216 84.062   0.2605403 84.062 0.1248326
89  84.312 0.4971146 84.187   0.2522915 84.187 0.1236577
90  84.531 0.4245915 84.312   0.2377799 84.312 0.1220528
91  84.656 0.3747828 84.531   0.2059803 84.437 0.1199872
92  84.781 0.3175461 84.656   0.1820939 84.656 0.1171280
93  84.906 0.2660996 84.781   0.1607505 84.781 0.1155083
94  85.031 0.2218514 84.906   0.1425410 84.906 0.1139858
95  85.156 0.1820677 85.031   0.1288785 85.031 0.1125079
96  85.250 0.1717978 85.156   0.1183446 85.156 0.1114064
97  85.375 0.1638049 85.250   0.1167813 85.250 0.1110818
98  85.500 0.1611029 85.375   0.1153357 85.375 0.1108903
99  85.625 0.1619938 85.625   0.1141695 85.625 0.1103168
100 85.750 0.1614465 85.750   0.1151356 85.750 0.1102366
101 85.875 0.1618409 85.875   0.1155441 85.875 0.1105502
102 85.969 0.1611026 85.969   0.1155008 85.969 0.1106500
103 86.094 0.1610849 86.094   0.1155200 86.094 0.1106441
104 86.219 0.1609468 86.219   0.1157668 86.219 0.1103205
105 86.344 0.1606385 86.469   0.1156604 86.344 0.1101343
106 86.469 0.1602093 86.594   0.1151791 86.469 0.1102348
107 86.594 0.1599881 86.687   0.1150257 86.687 0.1100286
108 86.687 0.1597942 86.812   0.1150544 86.812 0.1098659
109 86.812 0.1595458 86.937   0.1147793 86.937 0.1100412
110 86.937 0.1593689 87.187   0.1149481 87.062 0.1100324
111 87.187 0.1588499 87.312   0.1146121 87.187 0.1100253
112 87.312 0.1584949 87.437   0.1144632 87.312 0.1099863
113 87.437 0.1582910 87.531   0.1145165 87.437 0.1098816
114 87.531 0.1580826 87.656   0.1142559 87.531 0.1100443
115 87.656 0.1577700 87.781   0.1141346 87.656 0.1101704
116 87.781 0.1575644 87.906   0.1141148 87.781 0.1097582
117 87.906 0.1575956 88.031   0.1143856 87.906 0.1097158
118 88.031 0.1575762 88.156   0.1142651 88.156 0.1097636
119 88.156 0.1573164 88.250   0.1142181 88.250 0.1097807
120 88.375 0.1565586 88.375   0.1138757 88.500 0.1096770
121 88.500 0.1563464 88.500   0.1136235 88.625 0.1095836
122 88.625 0.1557673 88.625   0.1136311 88.750 0.1095927
123 88.750 0.1554308 88.750   0.1133444 88.875 0.1097702
124 88.875 0.1548729 88.875   0.1136241 88.969 0.1097633
125 88.969 0.1544275 89.094   0.1136831 89.094 0.1093706
126 89.094 0.1544163 89.219   0.1137376 89.219 0.1092536
127 89.219 0.1542667 89.344   0.1137061 89.344 0.1092277
128 89.344 0.1542441 89.469   0.1137637 89.469 0.1091355
129 89.469 0.1539781 89.594   0.1137330 89.594 0.1089200
130 89.594 0.1541821 89.812   0.1135409 89.812 0.1090128
131 89.812 0.1537989 89.937   0.1136796 90.062 0.1090685
132 89.937 0.1539642 90.062   0.1133874 90.187 0.1092730
133 90.062 0.1536026 90.187   0.1133373 90.312 0.1093914
134 90.187 0.1531221 90.312   0.1132611 90.437 0.1094940
135 90.312 0.1528118 90.437   0.1132882 90.531 0.1094144
136 90.531 0.1521220 90.531   0.1133147 90.656 0.1095368
137 90.656 0.1516752 90.656   0.1132008 90.781 0.1094174
138 91.031 0.1509785 90.781   0.1129365 91.031 0.1091205
139 91.156 0.1510977 91.031   0.1125729 91.250 0.1088234
140 91.250 0.1510537 91.156   0.1124083 91.375 0.1087960
141 91.375 0.1512165 91.250   0.1122237 91.500 0.1089485
142 91.500 0.1512993 91.375   0.1120396 91.625 0.1091086
143 91.625 0.1512748 91.500   0.1120878 91.750 0.1091431
144 91.750 0.1511103 91.625   0.1123639 91.875 0.1090885
145 91.875 0.1508126 91.750   0.1124975 91.969 0.1093505
146 91.969 0.1505071 91.875   0.1124221 92.094 0.1093832
147 92.094 0.1502408 91.969   0.1125104 92.219 0.1093375
148 92.219 0.1500564 92.094   0.1124547 92.344 0.1090345
149 92.469 0.1494700 92.219   0.1125686 92.469 0.1090404
150 92.594 0.1492845 92.469   0.1124333 92.594 0.1090872
151 92.687 0.1491510 92.594   0.1121682 92.687 0.1088409
152 92.937 0.1490373 92.687   0.1121917 92.812 0.1086144
153 93.062 0.1489537 92.937   0.1122844 92.937 0.1086665
154 93.187 0.1489394 93.062   0.1122922 93.062 0.1086558
155 93.312 0.1489922 93.187   0.1121650 93.187 0.1086779
156 93.437 0.1489793 93.312   0.1122454 93.312 0.1087806
157 93.656 0.1489833 93.437   0.1121620 93.437 0.1087574
158 93.781 0.1488266 93.656   0.1123225 93.531 0.1088498
159 93.906 0.1487364 93.781   0.1121443 93.656 0.1088714
160 94.156 0.1483834 94.031   0.1121519 93.781 0.1086376
161 94.250 0.1482890 94.156   0.1122510 93.906 0.1084260
162 94.500 0.1477661 94.250   0.1121452 94.031 0.1084213
163 94.625 0.1474605 94.375   0.1122497 94.156 0.1082208
164 94.750 0.1471255 94.500   0.1121305 94.250 0.1084325
165 94.875 0.1467610 94.625   0.1119578 94.375 0.1086615
[1] "qpcR"
[1] "guescini1"
[1] "The (published) datasets implemented in qpcR"
   Cycles         F1.1         F1.2         F1.3         F1.4         F1.5        F1.6         F1.7         F1.8        F1.9        F1.10        F1.11        F1.12          F2.1         F2.2         F2.3          F2.4         F2.5         F2.6         F2.7
1       1 -0.083716278 -0.081335456 -0.093620379 -0.082968600 -0.091870047 -0.10612898 -0.088607159 -0.083667250 -0.10538422 -0.095191911 -0.098643119 -0.120606101 -0.0657399880 -0.065836217 -0.067205686 -0.0501288640 -0.043630826 -0.076356501 -0.064597668
2       2 -0.044614014 -0.016830500 -0.025316373 -0.018394801 -0.017400861 -0.02211216 -0.014908999 -0.021515828 -0.02363543 -0.023479523 -0.018265443 -0.018461795  0.0021536590  0.005552119 -0.002543579  0.0052341490  0.006071244  0.000406887  0.001223448
3       3 -0.034769762 -0.015774443 -0.013836215 -0.013993986 -0.019835032 -0.01604439 -0.022641864 -0.021093797 -0.01947744 -0.016682225 -0.016453609 -0.016688750 -0.0018876650 -0.003325829  0.002075596  0.0016106130 -0.000132467 -0.001336011  0.001616547
4       4 -0.025974678 -0.008776773 -0.009748980 -0.012239004 -0.009458183 -0.01245892 -0.014648320 -0.009648950 -0.01594947 -0.011836691 -0.014963369 -0.012301208 -0.0005021210 -0.001966383 -0.005112149  0.0019497740 -0.001196885 -0.002262645 -0.000309899
5       5  0.005090286  0.002995029  0.009482212  0.006278223  0.005937789  0.01283090  0.008273984  0.006298788  0.01420170  0.006833151  0.007425133  0.007745941  0.0002192020 -0.001265437  0.000440612 -0.0041703250 -0.001470106  0.000987936 -0.001667091
6       6  0.100268168  0.038386688  0.039419356  0.038349569  0.040756288  0.03778458  0.043925199  0.045959786  0.04486063  0.045165288  0.042257288  0.039705813  0.0000169255  0.001005529  0.005139520 -0.0046242100 -0.003271787  0.002203833 -0.000863006
7       7  0.167111819  0.101798619  0.106728786  0.106018995  0.105105454  0.10375878  0.108169440  0.110693411  0.12710415  0.102715290  0.104603484  0.111320797  0.0040725300  0.004981523  0.011514496  0.0000143763  0.009468632  0.010479418  0.015976514
8       8  0.281161263  0.210036572  0.226239199  0.216424793  0.223063769  0.22736332  0.239684186  0.247066764  0.25961288  0.231780710  0.234737665  0.246278229  0.0125225930  0.013269030  0.017266464  0.0134527860  0.020827479  0.024086667  0.023693687
9       9  0.516544605  0.448305783  0.459557518  0.440639292  0.455762907  0.46525884  0.494794796  0.504454106  0.54124384  0.470330869  0.467204849  0.492767591  0.0309932410  0.033850200  0.037675565  0.0375116630  0.043657449  0.042111279  0.053671920
10     10  0.952034961  0.873692684  0.903731160  0.879495359  0.923003589  0.92805417  0.965810395  0.976336014  1.04508192  0.918672742  0.924854005  0.975261502  0.0679981510  0.076298685  0.082184123  0.0827628600  0.087952810  0.091127425  0.089594377
11     11  1.786556679  1.696634027  1.753437007  1.707413895  1.807863562  1.80598769  1.886401986  1.909424735  2.01827462  1.784510286  1.792530689  1.910172139  0.1357807150  0.153865555  0.160299080  0.1697630250  0.167678627  0.166238480  0.181884015
12     12  3.315282860  3.214959330  3.341268596  3.249203359  3.443365769  3.43965391  3.563677266  3.610332768  3.83589340  3.387390155  3.407358819  3.612588330  0.2699964050  0.301491896  0.306646113  0.3449655480  0.338003602  0.332093421  0.347777334
13     13  6.033175902  5.909045670  6.136394010  6.038457738  6.377409772  6.39001731  6.588180624  6.662414037  7.06773226  6.319744285  6.330598805  6.724482812  0.5284423400  0.596761325  0.600634160  0.6775702300  0.653383566  0.644603233  0.674807343
14     14 10.530092610 10.401670570 10.815673650 10.736797480 11.357229170 11.39273731 11.684642790 11.807350400 12.54300003 11.250995040 11.260606850 12.042487810  1.0134928050  1.167275738  1.163776438  1.2942770000  1.245138297  1.224497945  1.299848890
15     15 16.922949050 16.872095910 17.610590630 17.779504430 18.867435020 19.03830271 19.279632850 19.484503650 20.62094122 18.714111780 18.769485130 20.076419030  1.9557049260  2.234930258  2.220985007  2.4866456440  2.381351700  2.353500754  2.460732849
16     16 24.368833600 24.466214720 25.625500120 26.510345890 28.226288440 28.71109440 28.597018390 28.850895070 30.41596705 28.067651270 28.204173410 30.169217750  3.6794492360  4.183078286  4.160825017  4.6210695680  4.442899706  4.397778212  4.621523129
17     17 31.064447670 31.279104700 32.843331090 34.883708240 37.252540550 38.15557872 37.503215360 37.781652710 39.73582834 37.270732850 37.396365400 40.063865430  6.6911830400  7.581679173  7.527482866  8.2754872130  7.981945094  7.953768134  8.358633380
18     18 35.869397760 36.246257090 37.722438410 41.237775110 44.122925300 45.35860279 44.301790970 44.580891890 46.69156197 44.339910750 44.240248130 45.042363310 11.5152133000 12.944270500 12.886364950 13.9308116800 13.495055400 13.549340220 14.395248250
19     19 39.086130480 39.210391110 39.586211730 45.403264440 48.628070380 50.08768020 48.871576320 49.038134160 51.28051436 48.349225710 47.017496850 46.093231650 18.1330929500 20.149934110 20.057565430 21.2279015200 20.719212270 21.014152070 22.582346210
20     20 40.910113410 40.669601650 40.141357640 48.026634300 51.443274860 52.94122331 51.857033230 51.843514280 53.76952486 49.795054680 47.843835070 46.493427450 25.1736591300 27.678535720 27.575810090 28.6537073700 28.117155020 28.805994610 31.457158830
21     21 42.080939390 41.365957640 40.458359910 49.721817900 53.299282290 54.85449400 53.814578950 53.663116470 55.08885010 50.402748370 48.253682280 46.694614380 31.0735133100 33.704443060 33.644883220 34.5457165900 34.076627340 35.115051630 38.849271650
22     22 42.679932090 41.697105210 40.630053110 50.867968910 54.502182210 56.13875744 55.088741720 54.799444880 55.67819078 50.643773530 48.423002770 46.790746280 35.0621605200 37.063916570 36.840829110 38.5434476600 38.016644840 38.722196390 43.913259800
23     23 43.079935360 41.856937960 40.722111630 51.571192580 55.373686510 56.96156048 55.986125580 55.561764690 56.05819260 50.799265200 48.537806990 46.858976540 37.2518156900 38.003842730 37.681001960 40.9729273500 40.257921270 40.063871370 47.179316770
24     24 43.286530240 41.947903460 40.766829080 52.080134230 55.840416420 57.50795609 56.561528300 56.002244240 56.26208584 50.897643170 48.593659360 46.881132770 38.1889837000 38.313962370 38.009800680 42.3966299600 41.394072350 40.562490640 49.203974160
25     25 43.458290320 42.035237410 40.825581560 52.319360320 56.186421540 57.83066885 56.910701500 56.323959370 56.40273778 50.951847360 48.630968680 46.901899740 38.5673975400 38.506240190 38.196133270 43.1889818900 41.911035590 40.805832390 50.528834400
26     26 43.497271260 42.075878100 40.857182520 52.492843900 56.398651960 58.02941720 57.095022790 56.490977770 56.47878279 51.000661420 48.660247150 46.922657990 38.8033377700 38.643636510 38.336917840 43.6776654600 42.211770380 40.979164440 51.362772870
27     27 43.502176570 42.076192420 40.860013580 52.596197860 56.442811970 58.10240574 57.160203560 56.558588640 56.52125480 50.985501410 48.686533490 46.937504130 38.9161873100 38.698180180 38.385886880 43.9313568000 42.371164170 41.068638850 51.857796100
28     28 43.586503840 42.108250910 40.885747090 52.544750490 56.467225610 58.12646298 57.228822130 56.605843590 56.54195029 51.015186020 48.684962140 46.944915690 38.9975884000 38.753361470 38.438050650 44.0706949500 42.457290520 41.136426860 52.157913530
29     29 43.597435870 42.103200390 40.862246870 52.572644310 56.459901270 58.16101739 57.238122940 56.625268600 56.58754338 50.996842120 48.691078300 46.953864450 39.0130663100 38.750991570 38.463962200 44.1690769900 42.510469090 41.183726740 52.350595610
30     30 43.594009490 42.084319640 40.888574480 52.504651150 56.378001530 58.17460342 57.224657150 56.625230650 56.54188278 51.004820050 48.697154170 46.971755360 39.0417631300 38.794608900 38.499817000 44.2290169900 42.548870090 41.189457060 52.412750070
31     31 43.632966260 42.137962050 40.912211480 52.420621400 56.297610460 58.20176872 57.170955800 56.645715480 56.59637159 51.032376770 48.717205930 46.985175640 39.0719510600 38.819251790 38.518101450 44.2296737300 42.535711890 41.191771610 52.437048380
32     32 43.672309100 42.148027860 40.919515820 52.460125910 56.282964250 58.11281220 57.173119270 56.670407360 56.61937545 51.048320780 48.735656110 47.013586200 39.0927449200 38.827451230 38.539815550 44.2483128100 42.553487890 41.204896030 52.429509950
33     33 43.612494430 42.124512080 40.919520620 52.407565840 56.248002870 58.12311910 57.181741190 56.732332340 56.63500790 51.036630480 48.754325700 47.024054100 39.0762161700 38.823700810 38.538564610 44.2397800400 42.574659980 41.209017250 52.482575370
34     34 43.653838040 42.136739450 40.943699050 52.289484640 56.166982680 58.10648580 57.172629580 56.672041770 56.62857288 51.008688340 48.735625540 47.007614580 39.1080824300 38.850355110 38.568712620 44.2644105700 42.578917900 41.212240460 52.450662550
35     35 43.653429380 42.139660910 40.941623440 52.240663160 56.181512180 58.08514756 57.142837160 56.682435960 56.61395637 51.052549980 48.771256410 47.042044500 39.1135698400 38.862277890 38.591668970 44.2663551800 42.568056890 41.223138650 52.476170620
36     36 43.677912040 42.161164360 40.959289210 52.220914980 56.210250360 58.07287309 57.127399160 56.606489220 56.60745430 51.069111710 48.772853950 47.037553040 39.1115120100 38.855086880 38.582064340 44.2742698600 42.574392790 41.224083830 52.434924860
37     37 43.678627490 42.156934670 40.967692700 52.162137170 56.108056060 58.02192961 57.138224400 56.640597940 56.57535491 51.031080260 48.772827990 47.040566920 39.1130386600 38.869435710 38.596328140 44.2284239000 42.578509350 41.217344860 52.371675490
38     38 43.662151410 42.170986090 40.976253480 52.155713880 56.078105100 57.98250097 57.136814230 56.672137780 56.63705334 51.021208700 48.763466560 47.046579940 39.1070853500 38.893858900 38.625512040 44.2706204900 42.602908350 41.232442320 52.422332620
39     39 43.689588640 42.143007730 40.964174190 52.103786680 56.113994250 58.02346793 57.151598780 56.636078790 56.58437615 51.027643260 48.763387880 47.048101650 39.1107499000 38.883798540 38.627912900 44.2735049100 42.599052670 41.226465550 52.439049710
40     40 43.661840320 42.130132920 40.962127230 52.122797870 56.042387930 57.98172242 57.172765730 56.614365310 56.61318320 51.040676400 48.766436240 47.057105020 39.0911072400 38.876719910 38.607291490 44.2592512100 42.568646400 41.210624460 52.415782830
41     41 43.673717360 42.136218510 40.958952060 52.099273150 56.034552350 57.93221991 57.104437320 56.620558750 56.61427436 51.076314270 48.800541580 47.087116160 39.1019590000 38.892581480 38.627990490 44.2794260500 42.604677750 41.227824490 52.390901770
42     42 43.668958280 42.149850740 40.981389900 52.046392080 56.002652220 57.93306580 57.132816630 56.653382850 56.67387708 51.079564060 48.806789540 47.088633410 39.0929008100 38.881292650 38.630394210 44.2539052400 42.602975530 41.237026210 52.387459900
43     43 43.696194580 42.168906500 40.991801090 52.005924630 55.974489600 57.90704453 57.054252070 56.572563020 56.62587189 51.116640640 48.843955040 47.142733850 39.1143040400 38.884894260 38.633982840 44.2661313400 42.574261090 41.229917340 52.379367270
44     44 43.702794300 42.160530940 40.996257870 52.065171180 55.975113480 57.89183292 57.036819710 56.558281680 56.67222393 51.098919840 48.819124720 47.109701650 39.0928899100 38.908021890 38.659436690 44.2499853900 42.580964090 41.218505990 52.393162300
45     45 43.665681080 42.153812790 40.958701350 51.946318290 55.957665030 57.89327250 57.120119160 56.532969490 56.61354998 51.091929060 48.847156170 47.132248470 39.0902517000 38.887462990 38.630354860 44.2628953400 42.582478080 41.232483990 52.339764100
46     46 43.640271730 42.147910350 40.990372220 51.948541240 55.970735340 57.90158372 57.030188010 56.540489340 56.62179527 51.126178310 48.868897280 47.160834020 39.0951069200 38.884846340 38.635208130 44.2675468500 42.564099820 41.203741430 52.301831240
47     47 43.716720000 42.173537850 41.001890610 51.983320230 55.883565720 57.88591579 57.051287570 56.504420080 56.64189620 51.086741480 48.851782300 47.148813880 39.1098717700 38.908237320 38.653464370 44.2213853600 42.565210460 41.210274060 52.304625340
48     48 43.677766260 42.164211560 40.998148620 51.943257090 55.872076990 57.86736909 57.057402950 56.547997770 56.60580079 51.109890770 48.848643140 47.151827910 39.1025192900 38.895932740 38.630147640 44.2258224600 42.575011890 41.225002900 52.281825850
49     49 43.666237660 42.177257550 41.036192610 51.964716800 55.950866330 57.93317858 56.950138090 56.489922250 56.59015533 51.113204030 48.861205230 47.151844240 39.1108453600 38.903087270 38.653331070 44.2055457200 42.593864660 41.239296720 52.253691740
50     50 43.731385090 42.230935130 41.075794420 52.014306500 55.996163360 58.01700148 56.958372950 56.489836410 56.64434415 51.104685420 48.864248090 47.163909380 39.1283525400 38.906642280 38.668026890 44.1768515400 42.598631460 41.234277860 52.295124920
[1] "qpcR"
[1] "guescini2"
[1] "The (published) datasets implemented in qpcR"
   Cycles         F1.1         F1.2         F1.3         F1.4         F1.5        F1.6         F1.7         F1.8        F1.9        F1.10        F1.11        F1.12         F2.1         F2.2         F2.3         F2.4         F2.5         F2.6         F2.7
1       1 -0.083716278 -0.081335456 -0.093620379 -0.082968600 -0.091870047 -0.10612898 -0.088607159 -0.083667250 -0.10538422 -0.095191911 -0.098643119 -0.120606101 -0.121303699 -0.094318361 -0.110235822 -0.112663076 -0.110046891 -0.101304471 -0.112015235
2       2 -0.044614014 -0.016830500 -0.025316373 -0.018394801 -0.017400861 -0.02211216 -0.014908999 -0.021515828 -0.02363543 -0.023479523 -0.018265443 -0.018461795 -0.020950896 -0.018497546 -0.020312736 -0.016970842 -0.018232726 -0.014121439 -0.018588998
3       3 -0.034769762 -0.015774443 -0.013836215 -0.013993986 -0.019835032 -0.01604439 -0.022641864 -0.021093797 -0.01947744 -0.016682225 -0.016453609 -0.016688750 -0.017484556 -0.016297664 -0.009561000 -0.009043542 -0.016465294 -0.010383720 -0.019926046
4       4 -0.025974678 -0.008776773 -0.009748980 -0.012239004 -0.009458183 -0.01245892 -0.014648320 -0.009648950 -0.01594947 -0.011836691 -0.014963369 -0.012301208 -0.004635667 -0.006229449 -0.006943571 -0.009618774 -0.009034591 -0.010958307 -0.012940721
5       5  0.005090286  0.002995029  0.009482212  0.006278223  0.005937789  0.01283090  0.008273984  0.006298788  0.01420170  0.006833151  0.007425133  0.007745941  0.006426211  0.009436784  0.006213343  0.006735821  0.009006702  0.002982586  0.007285474
6       6  0.100268168  0.038386688  0.039419356  0.038349569  0.040756288  0.03778458  0.043925199  0.045959786  0.04486063  0.045165288  0.042257288  0.039705813  0.036644908  0.031587875  0.030603964  0.028897337  0.034725908  0.032480880  0.044170292
7       7  0.167111819  0.101798619  0.106728786  0.106018995  0.105105454  0.10375878  0.108169440  0.110693411  0.12710415  0.102715290  0.104603484  0.111320797  0.085284211  0.080378874  0.081457701  0.078532537  0.075420657  0.068920238  0.107546438
8       8  0.281161263  0.210036572  0.226239199  0.216424793  0.223063769  0.22736332  0.239684186  0.247066764  0.25961288  0.231780710  0.234737665  0.246278229  0.181905846  0.162323035  0.176362531  0.157586337  0.152943463  0.149848941  0.235775725
9       9  0.516544605  0.448305783  0.459557518  0.440639292  0.455762907  0.46525884  0.494794796  0.504454106  0.54124384  0.470330869  0.467204849  0.492767591  0.375846675  0.326067065  0.357075125  0.322885869  0.323048858  0.312759708  0.486702739
10     10  0.952034961  0.873692684  0.903731160  0.879495359  0.923003589  0.92805417  0.965810395  0.976336014  1.04508192  0.918672742  0.924854005  0.975261502  0.717780715  0.635666185  0.703483838  0.640907373  0.632921229  0.626346722  0.945419956
11     11  1.786556679  1.696634027  1.753437007  1.707413895  1.807863562  1.80598769  1.886401986  1.909424735  2.01827462  1.784510286  1.792530689  1.910172139  1.389644618  1.240886612  1.357581115  1.239146750  1.245576030  1.208749119  1.816864160
12     12  3.315282860  3.214959330  3.341268596  3.249203359  3.443365769  3.43965391  3.563677266  3.610332768  3.83589340  3.387390155  3.407358819  3.612588330  2.636772872  2.387943490  2.588139639  2.367371990  2.364010757  2.297226438  3.424449327
13     13  6.033175902  5.909045670  6.136394010  6.038457738  6.377409772  6.39001731  6.588180624  6.662414037  7.06773226  6.319744285  6.330598805  6.724482812  4.896290370  4.721513242  4.800592973  4.390768087  4.360268373  4.284953505  6.340954447
14     14 10.530092610 10.401670570 10.815673650 10.736797480 11.357229170 11.39273731 11.684642790 11.807350400 12.54300003 11.250995040 11.260606850 12.042487810  8.749889233  8.429447281  8.610991934  7.860336282  7.790712103  7.678556906 11.233604290
15     15 16.922949050 16.872095910 17.610590630 17.779504430 18.867435020 19.03830271 19.279632850 19.484503650 20.62094122 18.714111780 18.769485130 20.076419030 14.640515360 13.997645050 14.378391180 13.139109240 12.985260690 12.873046600 18.466157240
16     16 24.368833600 24.466214720 25.625500120 26.510345890 28.226288440 28.71109440 28.597018390 28.850895070 30.41596705 28.067651270 28.204173410 30.169217750 22.032449580 20.956941080 21.629023090 19.732705800 19.369185470 19.404863630 27.221691340
17     17 31.064447670 31.279104700 32.843331090 34.883708240 37.252540550 38.15557872 37.503215360 37.781652710 39.73582834 37.270732850 37.396365400 40.063865430 29.121945650 27.622869370 28.572310180 25.880001610 25.211607760 25.518002060 35.336245490
18     18 35.869397760 36.246257090 37.722438410 41.237775110 44.122925300 45.35860279 44.301790970 44.580891890 46.69156197 44.339910750 44.240248130 45.042363310 34.392980060 32.463395550 33.714609060 30.372531710 29.431349240 29.984647190 41.209251080
19     19 39.086130480 39.210391110 39.586211730 45.403264440 48.628070380 50.08768020 48.871576320 49.038134160 51.28051436 48.349225710 47.017496850 46.093231650 37.276322710 35.303960460 36.423258790 33.197808900 32.100053570 32.816497860 44.953185910
20     20 40.910113410 40.669601650 40.141357640 48.026634300 51.443274860 52.94122331 51.857033230 51.843514280 53.76952486 49.795054680 47.843835070 46.493427450 38.314148750 36.749312620 37.343314470 35.068386130 33.860742050 34.663046710 47.289090980
21     21 42.080939390 41.365957640 40.458359910 49.721817900 53.299282290 54.85449400 53.814578950 53.663116470 55.08885010 50.402748370 48.253682280 46.694614380 38.781208480 37.449093060 37.711323930 36.397694330 35.139914870 35.989365010 48.836595190
22     22 42.679932090 41.697105210 40.630053110 50.867968910 54.502182210 56.13875744 55.088741720 54.799444880 55.67819078 50.643773530 48.423002770 46.790746280 38.951339410 37.787849240 37.889673620 37.343623590 36.061507730 36.888442150 49.803772480
23     23 43.079935360 41.856937960 40.722111630 51.571192580 55.373686510 56.96156048 55.986125580 55.561764690 56.05819260 50.799265200 48.537806990 46.858976540 39.074500870 37.941125020 37.989359580 38.009688170 36.714698590 37.538801930 50.518030190
24     24 43.286530240 41.947903460 40.766829080 52.080134230 55.840416420 57.50795609 56.561528300 56.002244240 56.26208584 50.897643170 48.593659360 46.881132770 39.154692840 38.053512400 38.058431980 38.516440750 37.179305080 38.068147060 50.908604750
25     25 43.458290320 42.035237410 40.825581560 52.319360320 56.186421540 57.83066885 56.910701500 56.323959370 56.40273778 50.951847360 48.630968680 46.901899740 39.196084920 38.147720630 38.102250380 38.900420430 37.529571060 38.442160310 51.198876730
26     26 43.497271260 42.075878100 40.857182520 52.492843900 56.398651960 58.02941720 57.095022790 56.490977770 56.47878279 51.000661420 48.660247150 46.922657990 39.252029640 38.213422820 38.147839120 39.217729720 37.834751810 38.741023070 51.365905250
27     27 43.502176570 42.076192420 40.860013580 52.596197860 56.442811970 58.10240574 57.160203560 56.558588640 56.52125480 50.985501410 48.686533490 46.937504130 39.257378390 38.162392430 38.145547060 39.387036480 38.012268190 38.942109620 51.429554100
28     28 43.586503840 42.108250910 40.885747090 52.544750490 56.467225610 58.12646298 57.228822130 56.605843590 56.54195029 51.015186020 48.684962140 46.944915690 39.270679560 38.190263220 38.170876270 39.506833900 38.142241470 39.046235540 51.473375280
29     29 43.597435870 42.103200390 40.862246870 52.572644310 56.459901270 58.16101739 57.238122940 56.625268600 56.58754338 50.996842120 48.691078300 46.953864450 39.236490400 38.180698770 38.143891790 39.613865540 38.259261130 39.142426200 51.483787550
30     30 43.594009490 42.084319640 40.888574480 52.504651150 56.378001530 58.17460342 57.224657150 56.625230650 56.54188278 51.004820050 48.697154170 46.971755360 39.273255220 38.171147360 38.184583880 39.626811070 38.283742170 39.183091200 51.393950450
31     31 43.632966260 42.137962050 40.912211480 52.420621400 56.297610460 58.20176872 57.170955800 56.645715480 56.59637159 51.032376770 48.717205930 46.985175640 39.271769820 38.188468770 38.176960020 39.630452100 38.319199480 39.198775810 51.403333840
32     32 43.672309100 42.148027860 40.919515820 52.460125910 56.282964250 58.11281220 57.173119270 56.670407360 56.61937545 51.048320780 48.735656110 47.013586200 39.287673990 38.294177550 38.198634850 39.670756320 38.332743210 39.200132050 51.454602160
33     33 43.612494430 42.124512080 40.919520620 52.407565840 56.248002870 58.12311910 57.181741190 56.732332340 56.63500790 51.036630480 48.754325700 47.024054100 39.263317860 38.326795660 38.199883390 39.618083240 38.277024890 39.178728670 51.413071870
34     34 43.653838040 42.136739450 40.943699050 52.289484640 56.166982680 58.10648580 57.172629580 56.672041770 56.62857288 51.008688340 48.735625540 47.007614580 39.281379660 38.320430760 38.213756730 39.606263600 38.227128850 39.135620250 51.306405440
35     35 43.653429380 42.139660910 40.941623440 52.240663160 56.181512180 58.08514756 57.142837160 56.682435960 56.61395637 51.052549980 48.771256410 47.042044500 39.295893570 38.335724470 38.226645730 39.541272560 38.202860760 39.154208940 51.337757840
36     36 43.677912040 42.161164360 40.959289210 52.220914980 56.210250360 58.07287309 57.127399160 56.606489220 56.60745430 51.069111710 48.772853950 47.037553040 39.306667220 38.347626080 38.237079340 39.478245700 38.158206090 39.067395640 51.311094750
37     37 43.678627490 42.156934670 40.967692700 52.162137170 56.108056060 58.02192961 57.138224400 56.640597940 56.57535491 51.031080260 48.772827990 47.040566920 39.283798650 38.348940100 38.222446230 39.392830660 38.113658870 38.995846630 51.214493150
38     38 43.662151410 42.170986090 40.976253480 52.155713880 56.078105100 57.98250097 57.136814230 56.672137780 56.63705334 51.021208700 48.763466560 47.046579940 39.299611200 38.371797360 38.252788210 39.382448920 38.056046830 38.930106510 51.289853810
39     39 43.689588640 42.143007730 40.964174190 52.103786680 56.113994250 58.02346793 57.151598780 56.636078790 56.58437615 51.027643260 48.763387880 47.048101650 39.302016840 38.360298510 38.217764110 39.337238700 38.020864340 38.923517740 51.219191560
40     40 43.661840320 42.130132920 40.962127230 52.122797870 56.042387930 57.98172242 57.172765730 56.614365310 56.61318320 51.040676400 48.766436240 47.057105020 39.278328000 38.333456970 38.218433860 39.282094150 37.980459390 38.863443030 51.218447080
41     41 43.673717360 42.136218510 40.958952060 52.099273150 56.034552350 57.93221991 57.104437320 56.620558750 56.61427436 51.076314270 48.800541580 47.087116160 39.276406200 38.379260070 38.222850130 39.202070640 37.923350640 38.815641250 51.147104790
42     42 43.668958280 42.149850740 40.981389900 52.046392080 56.002652220 57.93306580 57.132816630 56.653382850 56.67387708 51.079564060 48.806789540 47.088633410 39.274959940 38.332543320 38.215238790 39.136500750 37.886657910 38.752070580 51.127881010
43     43 43.696194580 42.168906500 40.991801090 52.005924630 55.974489600 57.90704453 57.054252070 56.572563020 56.62587189 51.116640640 48.843955040 47.142733850 39.255403880 38.354882940 38.212514880 39.073929720 37.804995560 38.713127080 51.085720830
44     44 43.702794300 42.160530940 40.996257870 52.065171180 55.975113480 57.89183292 57.036819710 56.558281680 56.67222393 51.098919840 48.819124720 47.109701650 39.274900880 38.359956160 38.226515950 39.066934410 37.821922610 38.652679280 51.072322590
45     45 43.665681080 42.153812790 40.958701350 51.946318290 55.957665030 57.89327250 57.120119160 56.532969490 56.61354998 51.091929060 48.847156170 47.132248470 39.249093540 38.343661250 38.230073580 39.018296750 37.688060720 38.617065690 51.032236380
46     46 43.640271730 42.147910350 40.990372220 51.948541240 55.970735340 57.90158372 57.030188010 56.540489340 56.62179527 51.126178310 48.868897280 47.160834020 39.255240450 38.345879660 38.209910960 38.993596080 37.655759260 38.561125380 51.010676650
47     47 43.716720000 42.173537850 41.001890610 51.983320230 55.883565720 57.88591579 57.051287570 56.504420080 56.64189620 51.086741480 48.851782300 47.148813880 39.255976050 38.343995620 38.240591780 38.897386190 37.595913850 38.530454260 50.998723680
48     48 43.677766260 42.164211560 40.998148620 51.943257090 55.872076990 57.86736909 57.057402950 56.547997770 56.60580079 51.109890770 48.848643140 47.151827910 39.238256570 38.353120490 38.230869830 38.871668320 37.548306920 38.470113640 50.960278570
49     49 43.666237660 42.177257550 41.036192610 51.964716800 55.950866330 57.93317858 56.950138090 56.489922250 56.59015533 51.113204030 48.861205230 47.151844240 39.265894240 38.376304490 38.277715010 38.840235760 37.519384230 38.439654010 50.981846370
50     50 43.731385090 42.230935130 41.075794420 52.014306500 55.996163360 58.01700148 56.958372950 56.489836410 56.64434415 51.104685420 48.864248090 47.163909380 39.287380870 38.399813250 38.288637350 38.777311970 37.509808410 38.416297270 50.941139130
[1] "qpcR"
[1] "htPCR"
[1] "The (published) datasets implemented in qpcR"
      Cycles   P01.W01   P01.W02   P01.W03   P01.W04   P01.W05   P01.W06   P01.W07   P01.W08   P01.W09   P01.W10   P01.W11   P01.W12   P01.W13   P01.W14   P01.W15   P01.W16   P01.W17   P01.W18   P01.W19
 [1,]      1 0.1651703 0.1576242 0.1687148 0.1548062 0.1692093 0.1657247 0.1729589 0.1744004 0.1689727 0.1552515 0.1623823 0.1652924 0.1628986 0.1552328 0.1565572 0.1543706 0.1645205 0.2706542 0.1996535
 [2,]      2 0.1867305 0.1709477 0.1826416 0.1685476 0.1834560 0.1814226 0.1869183 0.1888120 0.1846689 0.1675652 0.1741219 0.1789960 0.1829074 0.1698464 0.1719635 0.1674402 0.1772035 0.2926845 0.2160239
 [3,]      3 0.2107409 0.1826166 0.1963642 0.1766649 0.1931856 0.1883057 0.1969282 0.1992982 0.1949405 0.1779457 0.1849526 0.1896097 0.2045650 0.1802025 0.1856968 0.1786336 0.1864827 0.3028562 0.2243739
 [4,]      4 0.2486899 0.1926228 0.2075476 0.1882619 0.2039756 0.2000886 0.2082311 0.2088493 0.2056271 0.1865864 0.1948427 0.1997555 0.2391296 0.1924485 0.2041882 0.1887186 0.1966235 0.3139647 0.2345443
 [5,]      5 0.3073099 0.2043036 0.2219202 0.2008892 0.2152349 0.2114303 0.2192205 0.2207260 0.2161706 0.2000835 0.2078185 0.2134257 0.2922270 0.2096336 0.2306039 0.1998534 0.2095120 0.3231410 0.2475745
 [6,]      6 0.3907030 0.2178504 0.2375599 0.2140211 0.2271468 0.2236300 0.2326443 0.2339529 0.2299452 0.2118503 0.2212525 0.2274033 0.3687027 0.2276416 0.2694285 0.2137250 0.2231810 0.3363705 0.2599213
 [7,]      7 0.4965607 0.2308939 0.2560313 0.2273772 0.2442479 0.2375744 0.2474719 0.2494902 0.2439663 0.2270468 0.2345718 0.2418675 0.4620122 0.2551727 0.3267391 0.2293973 0.2381844 0.3499509 0.2739066
 [8,]      8 0.6080889 0.2462030 0.2770389 0.2447308 0.2606782 0.2506094 0.2648888 0.2637625 0.2574157 0.2410122 0.2500876 0.2592572 0.5591151 0.2904250 0.4046314 0.2461322 0.2563595 0.3637070 0.2893672
 [9,]      9 0.7227349 0.2664394 0.3070942 0.2667902 0.2850686 0.2714012 0.2901159 0.2867438 0.2766454 0.2598184 0.2699934 0.2808911 0.6497967 0.3453953 0.5027492 0.2709812 0.2799951 0.3848941 0.3121459
[10,]     10 0.8183509 0.2809187 0.3333134 0.2863869 0.3095154 0.2860547 0.3144066 0.3062233 0.2910595 0.2737487 0.2850717 0.2994312 0.7224695 0.4120716 0.5959653 0.2921944 0.3058032 0.3997465 0.3318059
[11,]     11 0.9148377 0.3008277 0.3721257 0.3175591 0.3458620 0.3098690 0.3524900 0.3366167 0.3111150 0.2945013 0.3090558 0.3239117 0.7902639 0.4908103 0.6873703 0.3275331 0.3460244 0.4237257 0.3646207
[12,]     12 1.0002237 0.3256221 0.4228339 0.3601227 0.3974312 0.3420933 0.4066857 0.3815829 0.3348472 0.3179883 0.3400779 0.3551508 0.8501431 0.5743566 0.7738010 0.3756231 0.4036267 0.4619731 0.4107991
[13,]     13 1.0686458 0.3423708 0.4670813 0.4097145 0.4598048 0.3700396 0.4687162 0.4300144 0.3515905 0.3341522 0.3679474 0.3787852 0.8941346 0.6441490 0.8433586 0.4336122 0.4716181 0.5031918 0.4674417
[14,]     14 1.1331983 0.3663574 0.5253385 0.4795942 0.5445487 0.4151461 0.5505683 0.5038726 0.3733481 0.3547048 0.4104668 0.4117588 0.9383994 0.7171695 0.9118227 0.5173970 0.5587889 0.5603888 0.5500709
[15,]     15 1.1916128 0.4023741 0.5932083 0.5649592 0.6493393 0.4803061 0.6458836 0.6009719 0.4033187 0.3838267 0.4788076 0.4602278 0.9782092 0.7951983 0.9805434 0.6266802 0.6470298 0.6320916 0.6621214
[16,]     16 1.2352965 0.4291579 0.6466714 0.6187691 0.7366495 0.5274242 0.7181676 0.6846856 0.4221242 0.3989785 0.5501070 0.4952372 1.0009333 0.8568324 1.0290495 0.7256902 0.7119801 0.6738863 0.7667077
[17,]     17 1.2771256 0.4799404 0.7084992 0.6875970 0.8275902 0.5746517 0.7989804 0.7769703 0.4598407 0.4246822 0.6466426 0.5522357 1.0306696 0.9217462 1.0767931 0.8298648 0.7797617 0.7381594 0.8713865
[18,]     18 1.3139141 0.5433504 0.7682969 0.7580374 0.9088375 0.6286924 0.8715232 0.8613916 0.4998615 0.4513279 0.7481419 0.6059747 1.0490599 0.9780205 1.1192679 0.9193724 0.8469359 0.7985943 0.9633070
[19,]     19 1.3438684 0.6190863 0.8231646 0.8202080 0.9760836 0.6849568 0.9357508 0.9409849 0.5582258 0.4851664 0.8430843 0.6649763 1.0701467 1.0302267 1.1622146 1.0051079 0.9055962 0.8636467 1.0396855
[20,]     20 1.3749137 0.7000749 0.8733610 0.8803842 1.0338428 0.7388083 0.9938835 1.0108233 0.6390465 0.5255122 0.9324804 0.7213036 1.0833507 1.0766842 1.1991242 1.0811579 0.9612789 0.9224737 1.1046434
[21,]     21 1.3999472 0.7816087 0.9218749 0.9345283 1.0879245 0.7874610 1.0469196 1.0798466 0.7387055 0.5690975 1.0086919 0.7713142 1.0988394 1.1227789 1.2295914 1.1469127 1.0068132 0.9762044 1.1559392
[22,]     22 1.4188180 0.8570911 0.9651787 0.9875510 1.1328406 0.8363482 1.0948519 1.1376974 0.8403348 0.6118347 1.0699794 0.8163358 1.1050604 1.1562449 1.2593021 1.2009634 1.0544013 1.0245815 1.2062475
[23,]     23 1.4391038 0.9329270 1.0045478 1.0341652 1.1735698 0.8821442 1.1370081 1.1871268 0.9444952 0.6569795 1.1312430 0.8583198 1.1170797 1.1948081 1.2899635 1.2567362 1.0907947 1.0743456 1.2419527
[24,]     24 1.4555856 0.9951521 1.0446697 1.0735355 1.2097088 0.9240833 1.1786015 1.2314662 1.0327759 0.6992875 1.1835981 0.8989009 1.1240214 1.2259266 1.3081635 1.2977793 1.1312269 1.1208218 1.2779903
[25,]     25 1.4760330 1.0613669 1.0832077 1.1181446 1.2390742 0.9674969 1.2152810 1.2764951 1.1163532 0.7436809 1.2310766 0.9355543 1.1301036 1.2619387 1.3333216 1.3443954 1.1656719 1.1674810 1.3056065
[26,]     26 1.4820567 1.1053699 1.1100831 1.1465029 1.2606426 0.9976938 1.2394804 1.3054772 1.1803442 0.7752100 1.2584482 0.9626258 1.1333636 1.2796033 1.3499611 1.3748591 1.1922432 1.1956781 1.3220686
[27,]     27 1.4948170 1.1555287 1.1413034 1.1810410 1.2867648 1.0384210 1.2750437 1.3410738 1.2402799 0.8138050 1.2884915 0.9950345 1.1392838 1.3087533 1.3661003 1.4101809 1.2187702 1.2337937 1.3464366
[28,]     28 1.5113971 1.1982418 1.1691212 1.2146438 1.3083028 1.0670973 1.3029682 1.3754403 1.2972395 0.8507543 1.3047350 1.0258451 1.1418661 1.3268729 1.3810097 1.4382367 1.2413555 1.2667437 1.3629881
[29,]     29 1.5114698 1.2300196 1.1803344 1.2328953 1.3152883 1.0979857 1.3214121 1.3920199 1.3290614 0.8752154 1.3187133 1.0419460 1.1406473 1.3454271 1.3900776 1.4552470 1.2616130 1.2930790 1.3655125
[30,]     30 1.5171432 1.2646911 1.2036935 1.2565181 1.3272749 1.1236697 1.3492797 1.4170075 1.3711040 0.9094446 1.3285207 1.0668694 1.1461430 1.3628513 1.4005673 1.4790728 1.2795457 1.3225176 1.3822235
[31,]     31 1.5224123 1.2947995 1.2172508 1.2840644 1.3383306 1.1511328 1.3702548 1.4397073 1.3986545 0.9364479 1.3400190 1.0888714 1.1515942 1.3822406 1.4077288 1.4989168 1.2998115 1.3453147 1.3818670
[32,]     32 1.5282993 1.3228581 1.2366471 1.3079249 1.3470592 1.1759943 1.3871222 1.4600957 1.4230239 0.9627071 1.3556879 1.1077690 1.1519891 1.3974078 1.4134116 1.5194947 1.3138864 1.3710766 1.3852696
[33,]     33 1.5315370 1.3453544 1.2450600 1.3207444 1.3461489 1.2009056 1.4089354 1.4694984 1.4479191 0.9847164 1.3599624 1.1210408 1.1571794 1.4113619 1.4180617 1.5296114 1.3270089 1.3944753 1.3909880
[34,]     34 1.5329493 1.3634767 1.2516149 1.3361412 1.3534221 1.2185446 1.4196929 1.4870082 1.4664253 1.0095926 1.3694981 1.1372086 1.1588685 1.4220013 1.4194802 1.5456174 1.3387442 1.4167513 1.3956542
[35,]     35 1.5359356 1.3829558 1.2576411 1.3509656 1.3559099 1.2427872 1.4324344 1.4952176 1.4831132 1.0305755 1.3735259 1.1489870 1.1594213 1.4374942 1.4209368 1.5602925 1.3493975 1.4353970 1.4018507
[1] "qpcR"
[1] "karlen1"
[1] "The (published) datasets implemented in qpcR"
   Cycles    F1.1.1    F1.1.2    F1.1.3    F1.1.4    F1.1.5   F1.10.1   F1.10.2   F1.10.3   F1.10.4   F1.10.5   F1.50.1   F1.50.2   F1.50.3   F1.50.4   F1.50.5  F1.100.1  F1.100.2  F1.100.3  F1.100.4
2       1 -7.89e-04 -4.79e-04 -0.000797 -1.72e-03 -0.001230 -1.14e-04 -3.09e-03  3.67e-04  2.78e-04  1.04e-03 -2.09e-03  2.19e-04  2.09e-04  0.000709 -4.04e-05  7.73e-04  7.64e-05 -1.06e-03  8.15e-04
3       2 -1.94e-03 -4.06e-04 -0.002000 -1.04e-03 -0.001260 -3.20e-04 -1.24e-03  4.48e-04  7.46e-05  7.01e-04 -8.19e-04  2.33e-04  1.96e-04 -0.000850  2.84e-04  6.41e-04  4.28e-04 -3.25e-06  8.50e-04
4       3  9.17e-04 -1.15e-03 -0.000555 -4.65e-04  0.000149  2.32e-04  3.68e-04  1.13e-03 -5.59e-04 -7.08e-04 -1.09e-03  2.83e-04  2.58e-05  0.000365  4.84e-04  1.51e-04  4.08e-04  1.11e-03  9.79e-04
5       4 -1.43e-03 -1.86e-04  0.000754 -6.63e-05 -0.000821 -2.49e-05 -6.30e-04 -1.13e-03  3.05e-04  1.42e-03  7.44e-04  7.10e-04 -2.21e-04 -0.000058  9.98e-04  2.74e-04  8.12e-05 -2.05e-04  1.29e-04
6       5 -8.79e-04  1.79e-03 -0.000438 -7.96e-05  0.000410 -1.22e-03  5.24e-04 -5.63e-04  2.71e-04  4.40e-04  7.20e-04 -1.18e-03 -4.91e-04 -0.000127 -5.24e-04  2.42e-04 -2.71e-05  9.40e-04 -4.11e-04
7       6  9.36e-04  9.16e-05  0.000643  6.74e-04  0.001010  4.91e-04  3.43e-04  3.66e-04 -4.44e-04 -6.24e-04 -6.58e-04 -1.05e-03  4.50e-04 -0.001800 -8.08e-04 -5.46e-04 -6.72e-04 -9.69e-04 -3.30e-04
8       7 -1.15e-04 -4.80e-04  0.000531  2.36e-04  0.001070  8.10e-04 -3.86e-04 -1.80e-04 -7.03e-05 -5.31e-04  3.43e-04  3.18e-05 -1.01e-04  0.000233 -2.01e-04 -9.10e-04  9.64e-05 -7.35e-04 -4.11e-04
9       8  1.06e-04 -4.61e-04 -0.000249  4.48e-04 -0.001180 -1.19e-04 -7.13e-04  6.10e-05  1.15e-03 -2.96e-04  1.53e-04  7.43e-04  1.89e-04  0.000650 -1.10e-03  3.09e-04  1.81e-04 -9.37e-04 -3.81e-05
10      9  1.22e-03  9.93e-04 -0.001160 -2.21e-04 -0.001960  3.08e-04  9.76e-05  8.04e-04  1.63e-04  1.27e-05  1.82e-04  1.62e-03  9.39e-05  0.001390  3.34e-05  5.41e-04 -1.33e-03 -7.43e-04 -8.99e-04
11     10  4.77e-05  7.94e-04 -0.000655 -6.39e-04  0.000999 -5.56e-04  5.04e-04 -1.14e-04 -5.19e-04 -5.17e-04  2.51e-04 -8.84e-04  1.17e-03  0.000361  3.39e-04  2.88e-05  8.62e-04  7.36e-05 -1.41e-04
12     11  1.08e-04 -1.53e-03  0.001300  1.96e-04 -0.000448  2.92e-04 -5.22e-04 -9.63e-04 -3.28e-04  5.13e-04 -6.37e-04  1.34e-04 -6.01e-04  0.000201  8.10e-04 -3.38e-04  9.45e-04  4.04e-04  1.98e-04
13     12 -9.13e-04  1.44e-04 -0.000172 -8.35e-05  0.000772 -2.18e-04  4.14e-04  5.82e-04  3.46e-05  2.90e-04 -1.12e-05 -4.05e-04 -5.17e-04 -0.001220 -2.92e-05  2.48e-04 -5.49e-04  1.06e-03  9.23e-04
14     13  7.35e-04  1.07e-03 -0.000570  1.40e-03  0.002380  1.75e-03  1.44e-03 -1.24e-03  4.13e-04 -5.41e-04  1.03e-03  3.35e-04 -4.78e-04 -0.001870  5.58e-04  7.16e-04 -1.22e-03  1.28e-03  8.57e-04
15     14  5.45e-04  9.29e-04  0.000455  9.94e-04  0.001770  5.93e-04  3.41e-04 -1.10e-03  2.62e-03 -4.55e-04  1.68e-03  7.66e-04  3.40e-04 -0.000970  1.21e-03  4.36e-04 -2.44e-04  1.89e-03  2.62e-03
16     15  1.97e-03 -2.67e-04  0.002940  3.10e-03  0.003000  1.08e-03  9.08e-04 -6.94e-04  1.82e-03  6.68e-04  1.66e-03  3.45e-04  1.03e-03  0.000233  2.44e-03  1.69e-03  6.98e-04  6.59e-04  1.10e-03
17     16  2.21e-03  1.42e-03  0.001270  2.33e-03  0.004070  3.21e-03  1.25e-03  2.06e-04  2.01e-03  1.99e-03  3.76e-03  7.60e-04  6.57e-04 -0.001180  1.58e-03  8.34e-04  1.30e-04  2.45e-03  2.59e-03
18     17  4.21e-03  1.80e-03  0.001940  3.71e-03  0.004370  2.22e-03  3.16e-03  1.76e-04  2.47e-03  1.88e-03  3.37e-03  1.59e-03  1.69e-03  0.000503  1.41e-03  9.12e-04  1.21e-03 -2.74e-04  2.93e-03
19     18  3.97e-03  3.45e-03  0.002970  4.60e-03  0.005710  2.27e-03  4.35e-03 -5.41e-05  2.90e-03  2.05e-03  4.89e-03  2.29e-03  1.12e-03 -0.000292  2.49e-03  7.31e-04 -1.36e-04  2.18e-03  3.93e-03
20     19  5.62e-03  4.81e-03  0.004520  4.89e-03  0.005830  2.93e-03  2.55e-03  1.07e-03  2.37e-03  1.38e-03  4.61e-03  2.15e-03  1.26e-03  0.000815  2.71e-03  1.79e-03 -1.38e-03  5.42e-05  3.70e-03
21     20  8.22e-03  5.01e-03  0.005350  8.06e-03  0.009000  4.84e-03  3.74e-03  1.09e-03  5.25e-03  1.67e-03  6.26e-03  2.80e-03  1.91e-03  0.001670  1.57e-03  1.84e-03 -7.10e-04  8.87e-04  3.19e-03
22     21  1.01e-02  8.91e-03  0.008340  1.16e-02  0.011700  2.09e-03  4.52e-03  1.15e-03  4.24e-03  2.38e-03  6.27e-03  2.59e-03  5.59e-04  0.001420  1.97e-03  1.52e-03 -5.66e-04 -9.06e-05  3.86e-03
23     22  1.67e-02  1.33e-02  0.014400  1.74e-02  0.018000  4.73e-03  5.52e-03  2.26e-03  5.44e-03  3.42e-03  6.17e-03  2.29e-03  1.10e-03  0.000278  1.32e-03  2.06e-03  2.59e-04 -1.06e-04  5.13e-03
24     23  2.63e-02  2.29e-02  0.025100  2.87e-02  0.028600  4.03e-03  4.80e-03  3.98e-03  6.53e-03  5.54e-03  7.03e-03  3.62e-03  2.11e-03  0.001910  2.06e-03  7.23e-05 -3.44e-04 -6.40e-04  4.44e-03
25     24  4.10e-02  4.08e-02  0.042600  4.83e-02  0.049300  6.03e-03  8.10e-03  6.28e-03  8.60e-03  5.74e-03  6.89e-03  3.49e-03  2.14e-03  0.001640  2.87e-03  1.70e-03 -7.97e-04 -4.55e-05  6.53e-03
26     25  6.85e-02  6.84e-02  0.071300  7.99e-02  0.081200  1.05e-02  1.11e-02  9.97e-03  1.24e-02  1.09e-02  8.40e-03  4.97e-03  3.01e-03  0.000883  3.65e-03  2.98e-03 -4.99e-04  8.54e-04  7.29e-03
27     26  1.12e-01  1.15e-01  0.119000  1.31e-01  0.132000  1.56e-02  1.56e-02  1.61e-02  2.08e-02  1.79e-02  8.85e-03  5.58e-03  5.21e-03  0.003380  5.91e-03  4.09e-03  6.15e-05  2.18e-03  8.60e-03
28     27  1.72e-01  1.77e-01  0.182000  1.99e-01  0.197000  2.59e-02  2.54e-02  2.80e-02  3.39e-02  2.91e-02  1.18e-02  7.90e-03  6.08e-03  0.003690  6.47e-03  3.48e-03  2.86e-04  2.57e-03  9.97e-03
29     28  2.45e-01  2.56e-01  0.260000  2.78e-01  0.276000  4.36e-02  4.47e-02  4.75e-02  5.31e-02  4.80e-02  1.46e-02  1.15e-02  8.96e-03  0.008670  1.23e-02  6.33e-03  1.23e-03  4.04e-03  1.29e-02
30     29  3.17e-01  3.31e-01  0.339000  3.54e-01  0.351000  7.15e-02  7.30e-02  7.95e-02  9.11e-02  8.12e-02  2.24e-02  1.74e-02  1.62e-02  0.016100  1.88e-02  1.01e-02  6.61e-03  7.27e-03  1.52e-02
31     30  3.81e-01  3.98e-01  0.406000  4.18e-01  0.415000  1.16e-01  1.20e-01  1.29e-01  1.41e-01  1.31e-01  3.60e-02  2.95e-02  2.78e-02  0.031600  3.10e-02  1.52e-02  9.77e-03  1.34e-02  2.29e-02
32     31  4.37e-01  4.54e-01  0.464000  4.70e-01  0.469000  1.77e-01  1.84e-01  1.99e-01  2.09e-01  2.01e-01  5.72e-02  4.79e-02  4.64e-02  0.055400  5.30e-02  2.54e-02  2.00e-02  2.59e-02  3.31e-02
33     32  4.83e-01  4.97e-01  0.508000  5.12e-01  0.509000  2.49e-01  2.62e-01  2.79e-01  2.81e-01  2.80e-01  9.15e-02  7.93e-02  8.25e-02  0.097100  8.83e-02  4.46e-02  3.44e-02  4.40e-02  5.44e-02
34     33  5.17e-01  5.30e-01  0.543000  5.43e-01  0.540000  3.23e-01  3.44e-01  3.57e-01  3.48e-01  3.60e-01  1.43e-01  1.29e-01  1.32e-01  0.157000  1.44e-01  7.39e-02  6.34e-02  7.75e-02  8.88e-02
35     34  5.44e-01  5.53e-01  0.567000  5.65e-01  0.563000  3.84e-01  4.12e-01  4.23e-01  4.08e-01  4.27e-01  2.15e-01  1.97e-01  2.02e-01  0.230000  2.18e-01  1.21e-01  1.05e-01  1.27e-01  1.40e-01
36     35  5.63e-01  5.72e-01  0.585000  5.81e-01  0.577000  4.36e-01  4.68e-01  4.75e-01  4.54e-01  4.80e-01  2.92e-01  2.76e-01  2.76e-01  0.306000  2.98e-01  1.86e-01  1.64e-01  1.93e-01  2.07e-01
37     36  5.77e-01  5.84e-01  0.597000  5.94e-01  0.590000  4.78e-01  5.12e-01  5.16e-01  4.88e-01  5.22e-01  3.67e-01  3.57e-01  3.52e-01  0.373000  3.75e-01  2.62e-01  2.34e-01  2.67e-01  2.81e-01
38     37  5.89e-01  5.94e-01  0.608000  6.05e-01  0.599000  5.12e-01  5.47e-01  5.46e-01  5.16e-01  5.54e-01  4.34e-01  4.24e-01  4.16e-01  0.431000  4.39e-01  3.39e-01  3.07e-01  3.38e-01  3.53e-01
39     38  5.99e-01  6.01e-01  0.614000  6.11e-01  0.607000  5.34e-01  5.70e-01  5.68e-01  5.37e-01  5.76e-01  4.87e-01  4.80e-01  4.68e-01  0.475000  4.89e-01  4.04e-01  3.71e-01  3.99e-01  4.12e-01
40     39  6.07e-01  6.10e-01  0.621000  6.18e-01  0.614000  5.57e-01  5.94e-01  5.89e-01  5.55e-01  5.95e-01  5.34e-01  5.27e-01  5.13e-01  0.513000  5.31e-01  4.64e-01  4.25e-01  4.52e-01  4.65e-01
41     40  6.09e-01  6.12e-01  0.626000  6.21e-01  0.616000  5.70e-01  6.05e-01  6.03e-01  5.64e-01  6.05e-01  5.62e-01  5.60e-01  5.42e-01  0.536000  5.58e-01  5.06e-01  4.64e-01  4.86e-01  5.02e-01
[1] "qpcR"
[1] "karlen2"
[1] "The (published) datasets implemented in qpcR"
   Cycles    F1.1.1    F1.1.2    F1.1.3    F1.1.4    F1.1.5   F1.10.1   F1.10.2   F1.10.3   F1.10.4   F1.10.5   F1.50.1   F1.50.2   F1.50.3   F1.50.4   F1.50.5  F1.100.1  F1.100.2  F1.100.3  F1.100.4
2       1 -3.20e-03 -2.12e-03 -0.003460 -0.002390 -1.09e-03 -0.002030 -0.000265 -5.93e-04  4.85e-04 -0.001830 -3.38e-03 -9.37e-05  6.57e-04 -1.35e-03 -0.000562  8.61e-04 -1.00e-03  0.001300 -1.90e-04
3       2  9.64e-04  4.97e-05  0.001170 -0.000777 -1.16e-03 -0.000390 -0.000237 -1.51e-03  1.01e-03 -0.000741 -1.93e-03  9.80e-04 -2.61e-04 -9.37e-04 -0.001490 -8.19e-04 -1.39e-03  0.001160 -6.44e-04
4       3  4.46e-05  4.76e-04  0.000836  0.000902  3.68e-04  0.000248  0.000837 -7.04e-04 -3.09e-04 -0.000792 -5.70e-04 -5.65e-05 -1.37e-03  5.55e-04 -0.000899 -4.35e-04 -7.04e-04  0.000108  3.40e-04
5       4  1.96e-03  1.09e-03  0.000875  0.000821 -2.76e-04  0.000211 -0.000746  1.16e-03  9.72e-04  0.000150  5.54e-04  4.83e-04  9.93e-04 -9.57e-04  0.000818 -6.16e-05 -1.89e-04 -0.000686 -1.15e-03
6       5 -2.59e-03 -3.04e-03 -0.003110 -0.003330 -6.51e-04 -0.000871 -0.001680 -8.19e-04 -7.05e-04  0.001210 -1.52e-04 -1.24e-03  9.51e-05 -3.67e-05  0.000826  3.42e-04  3.37e-04  0.000664 -5.11e-05
7       6  4.30e-04  2.81e-03  0.001480  0.002140  6.08e-04  0.000423  0.002350  1.51e-04 -3.21e-04 -0.000310  6.29e-04  1.62e-03  1.54e-03  9.25e-04 -0.000174  6.17e-04  1.65e-03  0.000176  1.53e-03
8       7 -1.15e-03 -3.23e-03 -0.001290 -0.002100  1.49e-07 -0.000317 -0.000863  1.05e-03  4.16e-04  0.000354 -1.69e-04 -1.19e-03 -4.71e-04 -6.84e-04 -0.000907  1.64e-04 -3.43e-05 -0.000138 -1.60e-05
9       8  1.30e-03  1.90e-03  0.001220  0.001560 -4.92e-05  0.000306  0.000101 -8.34e-04 -5.20e-05 -0.000611 -2.92e-04  3.73e-04 -7.86e-04  1.99e-04  0.000336 -6.25e-04 -1.06e-03 -0.000123 -6.56e-04
10      9  2.40e-03  2.68e-03  0.003750  0.002150  1.92e-03  0.000618  0.001550  4.92e-04  9.89e-04 -0.000262 -4.52e-05  3.43e-04  1.59e-03  7.88e-04  0.000128  1.12e-03  4.59e-04  0.001110  1.19e-03
11     10  1.51e-03  3.23e-03  0.003530  0.001370  2.30e-03 -0.000855  0.002420  8.43e-04  1.22e-03 -0.000449  1.62e-03  2.57e-04 -3.55e-04  2.07e-03  0.000690  6.12e-04  6.36e-04 -0.000791  1.26e-03
12     11  1.57e-03  3.09e-03  0.000974 -0.002230  2.48e-03  0.001010  0.001510  7.92e-05 -7.81e-05 -0.000542  1.70e-03  1.40e-03  8.90e-04  1.78e-03  0.001930  3.85e-04  3.84e-04 -0.000934  4.87e-04
13     12  4.07e-03  8.10e-03  0.005660  0.003690  3.33e-03  0.001110  0.002780 -4.48e-04  1.93e-03 -0.000286  2.09e-03  1.30e-03  1.49e-03  3.39e-03  0.003460  6.90e-04  1.32e-03 -0.000669  1.43e-03
14     13  7.72e-03  8.92e-03  0.008160  0.005610  4.51e-03  0.000986  0.004160  1.04e-03  2.53e-03 -0.002170  4.35e-03  7.06e-04  2.83e-03  4.71e-03  0.005090  2.11e-03  1.57e-03 -0.000727  1.53e-03
15     14  8.96e-03  1.16e-02  0.009250  0.008870  5.73e-03  0.001140  0.004690  7.49e-04  2.77e-03  0.000176  5.24e-03  1.88e-03  3.15e-03  5.63e-03  0.005270  1.42e-03  2.23e-03  0.000502  1.49e-03
16     15  1.31e-02  1.61e-02  0.012200  0.011300  7.04e-03  0.001810  0.003290  1.63e-03  2.13e-03 -0.002130  3.89e-03  1.64e-03  2.53e-03  5.63e-03  0.004810  1.01e-03  8.74e-04 -0.000428  4.32e-04
17     16  1.91e-02  2.25e-02  0.019700  0.016100  1.52e-02  0.002340  0.006300  1.31e-03  4.16e-03 -0.000386  5.02e-03  1.37e-03  2.35e-03  8.51e-03  0.005080  2.15e-03  1.23e-03 -0.000866  5.47e-05
18     17  3.09e-02  3.38e-02  0.029000  0.026500  2.76e-02  0.003080  0.008670  2.74e-03  5.15e-03  0.000344  5.00e-03  2.16e-03  3.84e-03  7.42e-03  0.006350  2.33e-03  2.02e-03 -0.001030  2.63e-04
19     18  5.13e-02  5.33e-02  0.046800  0.044600  4.78e-02  0.006830  0.010800  4.17e-03  7.35e-03  0.002460  8.65e-03  2.37e-03  4.84e-03  1.00e-02  0.007150  2.26e-03  2.14e-03  0.000860  3.51e-03
20     19  8.75e-02  9.03e-02  0.080200  0.078800  8.40e-02  0.008900  0.015000  7.79e-03  1.05e-02  0.006720  7.85e-03  3.34e-03  4.38e-03  1.18e-02  0.008100  2.24e-03  3.50e-03 -0.000779  1.58e-03
21     20  1.59e-01  1.62e-01  0.146000  0.144000  1.49e-01  0.013100  0.021300  1.37e-02  1.59e-02  0.011300  8.30e-03  4.61e-03  4.53e-03  1.08e-02  0.008560  1.49e-03  2.42e-03 -0.001900  4.76e-04
22     21  2.76e-01  2.73e-01  0.251000  0.252000  2.67e-01  0.022700  0.032100  2.38e-02  2.90e-02  0.023600  1.09e-02  5.81e-03  7.63e-03  1.29e-02  0.011100  2.51e-03  5.12e-03  0.001410  2.14e-03
23     22  4.83e-01  4.81e-01  0.442000  0.445000  4.63e-01  0.042900  0.051600  4.29e-02  4.93e-02  0.043800  1.45e-02  8.61e-03  1.31e-02  1.81e-02  0.014200  4.66e-03  4.41e-03  0.000704  2.66e-03
24     23  8.08e-01  8.02e-01  0.747000  0.752000  7.95e-01  0.079300  0.088800  7.88e-02  9.00e-02  0.084500  2.29e-02  1.71e-02  1.83e-02  2.56e-02  0.021200  9.21e-03  8.72e-03  0.004690  6.27e-03
25     24  1.31e+00  1.30e+00  1.230000  1.240000  1.29e+00  0.144000  0.150000  1.44e-01  1.61e-01  0.156000  3.47e-02  3.09e-02  3.09e-02  3.94e-02  0.032300  1.65e-02  1.45e-02  0.010400  1.41e-02
26     25  1.94e+00  1.95e+00  1.870000  1.870000  1.94e+00  0.260000  0.263000  2.60e-01  2.86e-01  0.284000  5.78e-02  5.47e-02  5.60e-02  6.21e-02  0.057000  2.66e-02  2.53e-02  0.022900  2.45e-02
27     26  2.62e+00  2.66e+00  2.590000  2.600000  2.67e+00  0.463000  0.457000  4.60e-01  5.04e-01  0.502000  1.02e-01  9.98e-02  9.39e-02  1.06e-01  0.102000  4.76e-02  4.72e-02  0.042700  4.83e-02
28     27  3.21e+00  3.31e+00  3.250000  3.250000  3.31e+00  0.789000  0.770000  7.88e-01  8.52e-01  0.855000  1.79e-01  1.76e-01  1.69e-01  1.80e-01  0.180000  8.62e-02  8.31e-02  0.079500  8.50e-02
29     28  3.69e+00  3.82e+00  3.790000  3.780000  3.84e+00  1.280000  1.250000  1.28e+00  1.38e+00  1.380000  3.13e-01  3.17e-01  2.99e-01  3.09e-01  0.316000  1.54e-01  1.50e-01  0.149000  1.60e-01
30     29  4.01e+00  4.15e+00  4.150000  4.150000  4.20e+00  1.930000  1.890000  1.93e+00  2.04e+00  2.050000  5.44e-01  5.55e-01  5.19e-01  5.36e-01  0.550000  2.77e-01  2.68e-01  0.268000  2.85e-01
31     30  4.22e+00  4.40e+00  4.420000  4.390000  4.43e+00  2.650000  2.600000  2.66e+00  2.78e+00  2.770000  9.11e-01  9.34e-01  8.82e-01  9.01e-01  0.933000  4.89e-01  4.74e-01  0.479000  5.05e-01
32     31  4.35e+00  4.55e+00  4.550000  4.530000  4.58e+00  3.300000  3.250000  3.34e+00  3.43e+00  3.410000  1.44e+00  1.49e+00  1.41e+00  1.44e+00  1.480000  8.33e-01  8.14e-01  0.821000  8.62e-01
33     32  4.45e+00  4.62e+00  4.660000  4.630000  4.68e+00  3.810000  3.760000  3.83e+00  3.89e+00  3.880000  2.10e+00  2.17e+00  2.09e+00  2.13e+00  2.180000  1.35e+00  1.32e+00  1.330000  1.40e+00
34     33  4.50e+00  4.67e+00  4.720000  4.680000  4.72e+00  4.140000  4.100000  4.19e+00  4.21e+00  4.190000  2.77e+00  2.87e+00  2.82e+00  2.86e+00  2.900000  2.01e+00  1.99e+00  2.010000  2.07e+00
35     34  4.48e+00  4.67e+00  4.670000  4.670000  4.75e+00  4.320000  4.320000  4.41e+00  4.41e+00  4.370000  3.34e+00  3.45e+00  3.45e+00  3.49e+00  3.500000  2.73e+00  2.72e+00  2.730000  2.81e+00
36     35  4.55e+00  4.74e+00  4.760000  4.720000  4.77e+00  4.470000  4.440000  4.55e+00  4.53e+00  4.500000  3.78e+00  3.90e+00  3.94e+00  3.97e+00  3.960000  3.38e+00  3.39e+00  3.390000  3.44e+00
37     36  4.56e+00  4.76e+00  4.780000  4.750000  4.79e+00  4.560000  4.520000  4.63e+00  4.62e+00  4.570000  4.05e+00  4.20e+00  4.26e+00  4.28e+00  4.250000  3.86e+00  3.89e+00  3.890000  3.93e+00
38     37  4.59e+00  4.79e+00  4.790000  4.760000  4.82e+00  4.610000  4.570000  4.70e+00  4.67e+00  4.630000  4.25e+00  4.37e+00  4.47e+00  4.49e+00  4.470000  4.20e+00  4.25e+00  4.230000  4.26e+00
39     38  4.55e+00  4.75e+00  4.760000  4.720000  4.83e+00  4.650000  4.630000  4.73e+00  4.72e+00  4.670000  4.36e+00  4.50e+00  4.60e+00  4.61e+00  4.600000  4.40e+00  4.48e+00  4.440000  4.45e+00
40     39  4.61e+00  4.78e+00  4.800000  4.770000  4.82e+00  4.670000  4.630000  4.73e+00  4.73e+00  4.690000  4.44e+00  4.57e+00  4.66e+00  4.70e+00  4.650000  4.52e+00  4.59e+00  4.570000  4.57e+00
41     40  4.89e+00  5.07e+00  5.360000  5.310000  5.16e+00  5.030000  5.270000  5.38e+00  5.12e+00  5.090000  4.66e+00  4.80e+00  5.00e+00  5.01e+00  4.930000  4.60e+00  4.68e+00  4.640000  4.64e+00
[1] "qpcR"
[1] "karlen3"
[1] "The (published) datasets implemented in qpcR"
   Cycles    F1.1.1    F1.1.2    F1.1.3    F1.1.4    F1.1.5   F1.10.1   F1.10.2   F1.10.3   F1.10.4   F1.10.5   F1.50.1   F1.50.2   F1.50.3   F1.50.4   F1.50.5  F1.100.1  F1.100.2  F1.100.3  F1.100.4
2       1  0.002120  7.95e-04  0.003170  3.54e-04  0.002130  3.41e-03  0.002490  1.78e-03  0.001970 -0.000495  0.000583  5.69e-03  4.18e-03  4.73e-03  0.006260  0.002830  0.002270  2.06e-03  0.000665
3       2  0.002410  1.72e-03  0.000956  1.84e-03 -0.000722  2.21e-03 -0.001220  8.11e-05  0.002150 -0.000894 -0.001350  3.70e-04  1.02e-03  1.51e-03  0.001140 -0.001220  0.001320 -5.09e-05 -0.002550
4       3 -0.000301  2.20e-03  0.001630  2.23e-04  0.001120 -1.52e-03 -0.000217  2.64e-04 -0.000182 -0.000950 -0.001770 -1.30e-03 -3.52e-04 -1.10e-03  0.000236 -0.000730 -0.001480  4.26e-04 -0.001650
5       4  0.001780 -2.06e-04  0.001020 -1.76e-04  0.000328 -2.72e-04 -0.001060 -1.40e-03 -0.001290 -0.000488  0.000429  1.47e-05 -9.44e-04  4.08e-04 -0.000991 -0.000170 -0.000972 -1.17e-03 -0.001190
6       5  0.002570  1.44e-03  0.001850  3.59e-03 -0.002240 -2.11e-04  0.000707 -8.47e-04 -0.000659  0.000074  0.000959 -6.41e-04 -8.97e-04  3.83e-04 -0.000438 -0.000114  0.000973 -7.18e-04  0.000164
7       6  0.001130  4.47e-04  0.001260  1.35e-03 -0.002790 -5.29e-04 -0.001270 -8.43e-04 -0.001430 -0.001550 -0.000806 -3.31e-04  3.89e-04 -2.06e-03 -0.001040 -0.001470 -0.000051 -6.94e-04 -0.000286
8       7 -0.008490 -8.25e-03 -0.010000 -8.83e-03  0.001410  1.53e-03  0.000775  1.22e-03  0.002030  0.001530  0.000516  8.69e-04 -6.34e-05  9.34e-04  0.001110  0.001500 -0.000298  4.24e-04  0.001820
9       8  0.004140  3.62e-03  0.003470  5.45e-03  0.001090  2.45e-03 -0.000518  2.29e-03  0.002050  0.002200  0.000389  2.55e-03  1.70e-03  9.59e-04  0.000234  0.001160  0.002420  1.20e-03  0.003360
10      9 -0.007760 -5.76e-03 -0.007360 -8.28e-03  0.000900  6.14e-04  0.003220  1.01e-03  0.002740  0.001040  0.001450  8.91e-04  1.89e-03  1.40e-03  0.002300  0.001330  0.001310  1.81e-03  0.000474
11     10  0.005920  6.60e-03  0.006770  6.74e-03  0.005440  3.24e-03  0.003250  3.21e-03  0.001850  0.003550  0.003320  2.86e-03  4.23e-03  4.51e-03  0.003140  0.002970  0.004370  3.64e-03  0.003680
12     11  0.001010 -9.63e-05  0.001370 -5.57e-05 -0.005250 -5.31e-03 -0.004890 -4.91e-03 -0.005110 -0.005400 -0.004490 -4.92e-03 -5.96e-03 -5.44e-03 -0.004550 -0.004470 -0.006280 -4.92e-03 -0.006370
13     12  0.004480  1.82e-03  0.001650 -1.67e-04 -0.002370 -5.31e-03 -0.006560 -6.48e-03 -0.005880 -0.004640 -0.003340 -5.16e-03 -5.63e-03 -5.66e-03 -0.006960 -0.005890 -0.006920 -6.86e-03 -0.003520
14     13 -0.005740 -5.36e-03 -0.008340 -1.03e-02 -0.015900 -6.02e-03 -0.007470 -4.91e-03 -0.005150 -0.005930 -0.001510 -5.03e-03 -5.97e-03 -5.33e-03 -0.007770 -0.006440 -0.005390 -4.31e-03 -0.005620
15     14  0.000335  1.08e-03 -0.002880 -3.52e-03  0.002880 -6.19e-03 -0.005810 -2.66e-03 -0.004230 -0.003330 -0.000424 -3.51e-03 -4.72e-03 -4.27e-03 -0.010700 -0.006280 -0.007620 -5.34e-03 -0.004610
16     15  0.005970  5.99e-03  0.002330  3.13e-03  0.012700 -5.11e-03 -0.005530 -2.60e-03 -0.004760 -0.003350 -0.004250 -5.28e-03 -9.63e-03 -5.99e-03 -0.011400 -0.006150 -0.009350 -5.49e-03 -0.002760
17     16  0.042500  4.25e-02  0.038000  3.97e-02  0.031400 -8.04e-05  0.001360  2.74e-04 -0.001660  0.000871 -0.000169  3.61e-04 -2.81e-03 -2.42e-03 -0.011100 -0.005210 -0.005870 -3.38e-03 -0.001780
18     17  0.072100  7.29e-02  0.065800  6.82e-02  0.058800 -2.44e-03 -0.000814 -4.75e-04 -0.003660  0.002320 -0.004360 -5.56e-03 -6.39e-03 -6.90e-03 -0.013300 -0.009000 -0.009060 -7.23e-03 -0.004290
19     18  0.126000  1.26e-01  0.118000  1.18e-01  0.124000  6.50e-03  0.011000  9.09e-03  0.008260  0.011200  0.002910  1.63e-03 -6.45e-04 -1.32e-03 -0.008070 -0.002530 -0.005160 -4.02e-03  0.000903
20     19  0.255000  2.56e-01  0.242000  2.38e-01  0.233000  1.64e-02  0.020200  1.92e-02  0.016600  0.024900  0.002990  2.01e-03 -4.94e-04  6.99e-05 -0.010400 -0.003420 -0.005570 -2.79e-03  0.002770
21     20  0.458000  4.59e-01  0.432000  4.26e-01  0.440000  3.94e-02  0.041700  3.99e-02  0.041300  0.048900  0.009540  6.15e-03  5.66e-03  3.64e-03 -0.003580 -0.001380 -0.001910 -4.62e-04  0.004060
22     21  0.856000  8.60e-01  0.819000  8.06e-01  0.806000  7.67e-02  0.078000  7.86e-02  0.083300  0.095900  0.017900  1.42e-02  1.16e-02  1.22e-02  0.003260  0.001920  0.000801  5.45e-03  0.008770
23     22  1.490000  1.50e+00  1.440000  1.41e+00  1.430000  1.50e-01  0.149000  1.47e-01  0.158000  0.181000  0.030600  2.90e-02  2.66e-02  2.52e-02  0.017300  0.009150  0.005950  1.08e-02  0.016500
24     23  2.480000  2.51e+00  2.420000  2.36e+00  2.420000  2.90e-01  0.278000  2.88e-01  0.309000  0.347000  0.064500  6.41e-02  5.45e-02  5.61e-02  0.049600  0.025300  0.023400  2.82e-02  0.035500
25     24  3.710000  3.79e+00  3.650000  3.61e+00  3.680000  5.26e-01  0.515000  5.33e-01  0.580000  0.642000  0.119000  1.20e-01  1.10e-01  1.09e-01  0.106000  0.056900  0.050500  5.58e-02  0.065700
26     25  5.070000  5.24e+00  5.110000  5.09e+00  5.230000  9.89e-01  0.933000  9.74e-01  1.060000  1.170000  0.229000  2.29e-01  2.07e-01  2.10e-01  0.211000  0.112000  0.104000  1.15e-01  0.126000
27     26  6.150000  6.41e+00  6.350000  6.29e+00  6.540000  1.72e+00  1.620000  1.69e+00  1.830000  2.000000  0.418000  4.24e-01  3.88e-01  3.88e-01  0.401000  0.210000  0.199000  2.18e-01  0.233000
28     27  7.060000  7.46e+00  7.330000  7.32e+00  7.550000  2.81e+00  2.670000  2.79e+00  2.990000  3.210000  0.759000  7.78e-01  7.11e-01  7.11e-01  0.744000  0.392000  0.374000  4.04e-01  0.432000
29     28  7.670000  8.11e+00  8.030000  7.97e+00  8.320000  4.18e+00  4.030000  4.19e+00  4.420000  4.650000  1.350000  1.38e+00  1.28e+00  1.28e+00  1.330000  0.726000  0.697000  7.48e-01  0.789000
30     29  8.170000  8.67e+00  8.590000  8.59e+00  8.880000  5.59e+00  5.450000  5.64e+00  5.860000  6.040000  2.280000  2.33e+00  2.20e+00  2.18e+00  2.280000  1.310000  1.250000  1.34e+00  1.390000
31     30  8.490000  9.00e+00  8.960000  8.93e+00  9.200000  6.74e+00  6.660000  6.83e+00  7.030000  7.110000  3.530000  3.60e+00  3.47e+00  3.46e+00  3.580000  2.220000  2.150000  2.27e+00  2.350000
32     31  8.700000  9.22e+00  9.200000  9.12e+00  9.500000  7.58e+00  7.550000  7.76e+00  7.860000  7.880000  4.920000  4.97e+00  4.98e+00  4.91e+00  5.030000  3.500000  3.440000  3.57e+00  3.670000
33     32  8.770000  9.32e+00  9.330000  9.21e+00  9.530000  8.23e+00  8.180000  8.40e+00  8.530000  8.460000  6.150000  6.19e+00  6.38e+00  6.28e+00  6.360000  4.960000  4.910000  5.05e+00  5.110000
34     33  8.890000  9.38e+00  9.350000  9.28e+00  9.640000  8.65e+00  8.660000  8.83e+00  8.950000  8.840000  7.100000  7.09e+00  7.50e+00  7.32e+00  7.380000  6.320000  6.300000  6.38e+00  6.400000
35     34  8.880000  9.41e+00  9.450000  9.32e+00  9.670000  8.96e+00  8.940000  9.11e+00  9.200000  9.050000  7.830000  7.76e+00  8.26e+00  8.10e+00  8.150000  7.330000  7.450000  7.39e+00  7.370000
36     35  8.890000  9.40e+00  9.380000  9.32e+00  9.630000  9.04e+00  9.040000  9.27e+00  9.350000  9.190000  8.280000  8.18e+00  8.81e+00  8.61e+00  8.670000  8.100000  8.210000  8.12e+00  8.040000
37     36  8.820000  9.34e+00  9.310000  9.21e+00  9.540000  9.17e+00  9.170000  9.35e+00  9.430000  9.250000  8.640000  8.52e+00  9.24e+00  9.01e+00  8.960000  8.610000  8.780000  8.65e+00  8.540000
38     37  8.900000  9.44e+00  9.430000  9.33e+00  9.670000  9.20e+00  9.240000  9.39e+00  9.450000  9.330000  8.840000  8.70e+00  9.41e+00  9.22e+00  9.200000  8.970000  9.090000  8.92e+00  8.840000
39     38  8.930000  9.43e+00  9.370000  9.34e+00  9.630000  9.26e+00  9.250000  9.43e+00  9.460000  9.280000  9.000000  8.85e+00  9.57e+00  9.31e+00  9.330000  9.180000  9.330000  9.10e+00  9.090000
40     39  8.960000  9.41e+00  9.410000  9.34e+00  9.640000  9.29e+00  9.220000  9.46e+00  9.520000  9.320000  9.030000  8.90e+00  9.74e+00  9.39e+00  9.400000  9.330000  9.450000  9.23e+00  9.160000
41     40  9.090000  9.56e+00  9.730000  9.70e+00  9.860000  9.43e+00  9.630000  9.83e+00  9.760000  9.550000  9.330000  9.16e+00  1.01e+01  9.76e+00  9.640000  9.350000  9.470000  9.28e+00  9.190000
[1] "qpcR"
[1] "lievens1"
[1] "The (published) datasets implemented in qpcR"
   Cycles      S1.1      S1.2      S1.3      S1.4      S1.5      S1.6      S1.7      S1.8      S1.9     S1.10     S1.11     S1.12     S1.13     S1.14     S1.15     S1.16     S1.17     S1.18        S2.1
1       1  193.6422  288.1894  283.9828  276.6050  361.2763  373.7024  353.3485  399.7704  398.4671  369.5570  402.6403  408.8372  326.7133  395.5359  396.1099  340.2026  369.5061  400.7930    3.702037
2       2  209.2176  310.9389  300.9623  298.6994  361.0424  372.2211  372.3430  397.0284  393.2150  386.3615  400.4300  407.6135  339.3718  394.9097  395.7540  361.2128  365.1615  402.6263   18.238646
3       3  221.9136  327.6995  315.9168  306.6770  363.2886  373.7413  376.1790  400.7210  392.1082  388.9155  400.1100  406.8242  342.1060  395.1869  394.6101  364.6836  365.8005  403.2684   26.835559
4       4  233.8279  334.9693  326.7716  308.6308  363.0255  373.5868  375.3654  399.8346  393.0502  390.8587  399.9505  406.9553  344.1862  395.1850  395.7354  364.8372  365.8092  403.7590   32.603024
5       5  243.1534  344.5236  335.1149  309.3291  363.5235  374.0544  375.8960  400.4992  391.3750  390.2908  399.1396  407.5799  360.6975  396.3332  395.6770  365.9418  366.7865  403.5889   38.435722
6       6  245.9008  352.8669  341.1392  311.0463  365.4918  374.3847  376.9486  402.6565  394.5147  393.3030  402.0204  408.1785  364.2846  396.7127  396.8927  366.5261  367.2599  406.2551   39.626021
7       7  251.7054  364.8499  345.1915  310.1808  365.9474  376.2216  378.2977  401.5831  394.6463  391.9754  403.2651  408.6288  362.2008  396.9799  397.7358  368.6360  367.6435  406.2792   44.646414
8       8  253.5101  366.3121  347.9412  311.4972  365.3344  376.3699  378.5189  403.2323  396.0296  393.6302  403.7448  409.1118  362.6994  397.2998  398.9037  369.4329  367.4150  407.9109   46.571482
9       9  260.7267  369.3709  354.7719  310.6639  365.4905  376.6027  378.1866  401.8317  394.6550  391.9799  403.5593  407.0986  362.5175  397.1710  397.2767  369.3760  366.1898  407.4477   46.307284
10     10  258.2353  376.3033  355.8512  311.6975  366.9686  376.1052  379.0349  402.9515  395.0256  394.2972  404.2410  408.7872  362.6977  398.1641  398.3617  370.4257  366.7316  407.3955   48.832861
11     11  261.5051  377.1326  358.3210  311.5166  368.4486  375.8662  379.4334  403.1141  396.5175  395.4749  404.8147  410.0759  363.0482  398.7468  400.0606  371.6469  366.9935  409.4496   50.521943
12     12  265.9691  385.4969  363.4567  312.1751  368.1302  378.3582  379.0062  402.6971  397.1185  395.9180  405.3170  410.9190  363.1258  400.8392  400.0412  371.8736  366.3983  410.3605   52.184067
13     13  268.3236  384.2256  364.1524  313.7936  368.2522  379.3982  380.1437  405.0040  397.5438  396.5240  406.6693  410.9690  364.2736  400.2778  401.4243  371.5852  365.5964  410.5991   54.685642
14     14  273.0342  387.7135  365.5107  314.2743  370.2664  379.5153  382.3816  405.9697  399.3068  398.6986  408.5762  411.9328  365.4067  403.3715  402.5669  373.1513  367.0507  411.8802   54.615780
15     15  274.9183  390.0468  372.0731  315.8265  371.8223  379.7879  384.0955  407.6257  399.4801  399.8366  409.8899  413.5084  365.4896  403.0949  402.2714  375.7116  367.5780  413.0518   53.171529
16     16  281.7958  397.8519  375.3768  320.7979  377.5792  387.3160  389.6183  412.9694  406.1245  405.9324  415.9142  419.2585  371.6835  407.9160  408.6984  381.5096  372.2191  418.6571   58.929130
17     17  291.9236  406.7126  391.5047  332.8745  393.2029  401.7837  403.2190  429.9603  424.3181  422.4580  431.5849  435.8023  388.1509  424.9907  423.5508  395.7752  385.8493  433.4154   63.209278
18     18  312.8073  430.7580  412.7826  353.8432  416.4623  428.4382  427.9434  454.0367  449.6224  447.1291  454.5708  460.7588  410.3058  448.3340  448.3605  418.7531  408.3726  457.2397   70.776336
19     19  353.2469  472.3001  451.6097  394.0708  463.4452  477.2518  475.4342  503.2975  502.8706  495.3096  503.3829  510.5236  454.0775  495.0614  494.1477  465.8215  449.5702  503.1897   78.219638
20     20  425.0797  557.4611  537.6039  471.0785  549.6729  573.2076  568.5954  596.7086  602.8703  584.4319  596.5153  604.5379  540.3426  584.1059  584.6826  555.0396  534.2281  591.9835   95.382535
21     21  558.4097  712.3436  685.4762  611.6801  711.1290  743.2334  738.0298  765.3024  786.4057  750.8505  761.4101  774.5292  695.5838  744.3276  744.4285  714.0013  684.4965  750.1729  128.186540
22     22  801.8603  975.9430  946.8207  852.1879  986.2927 1039.3640 1024.2384 1052.3048 1094.4089 1032.3761 1042.2040 1058.2938  953.3482 1018.6618 1015.8990  987.9230  937.5133 1018.1260  190.659722
23     23 1141.0918 1376.7785 1336.6541 1202.2090 1390.7030 1473.3343 1447.7610 1475.1934 1549.0542 1445.8517 1454.5261 1478.4253 1339.1226 1421.6704 1412.7230 1388.5529 1311.4593 1413.9331  310.254428
24     24 1617.8774 1920.1090 1869.1079 1676.5552 1929.0175 2044.7705 2008.4888 2038.9845 2157.5752 2003.0648 2010.8427 2044.1363 1854.5443 1960.8137 1952.0056 1927.8367 1805.9074 1939.5098  515.694570
25     25 2179.0478 2562.3624 2498.8478 2224.8294 2553.0102 2716.2589 2668.8403 2691.8379 2853.5763 2648.7800 2651.1575 2699.7329 2451.6132 2587.7545 2571.4891 2551.2477 2383.3524 2549.7962  849.415362
26     26 2796.2294 3257.7662 3198.7574 2809.3459 3231.6809 3446.9123 3371.7199 3398.9538 3616.0471 3342.9362 3352.2389 3401.5817 3104.1284 3262.1941 3242.6127 3229.0335 3006.6773 3214.2211 1336.787606
27     27 3426.8560 3968.8783 3903.9704 3393.7350 3888.1407 4139.4737 4057.6867 4086.8572 4353.4598 4026.8756 4035.9199 4092.7437 3743.7056 3935.4059 3911.3511 3890.9345 3613.3609 3866.2890 1949.180195
28     28 4029.0126 4639.7379 4561.0973 3940.2370 4501.8310 4804.7677 4700.5742 4734.8362 5047.9139 4651.6551 4681.8875 4741.3132 4340.5895 4562.2020 4540.6004 4507.8749 4185.4700 4479.2731 2644.978382
29     29 4564.6015 5219.2772 5169.5223 4422.0662 5047.2499 5392.9321 5276.7963 5324.1704 5657.5488 5225.1096 5243.8904 5326.8918 4886.9516 5121.9688 5097.2820 5045.3069 4699.9055 5015.9271 3360.626991
30     30 5065.4347 5750.6863 5709.0736 4841.2787 5531.2254 5919.7093 5791.1615 5831.4963 6212.2703 5737.7117 5769.4755 5840.0408 5383.7021 5623.4316 5599.3005 5541.4621 5139.8682 5509.5770 4044.481329
31     31 5478.7222 6236.9570 6170.5190 5205.4160 5951.1733 6367.7627 6227.3398 6283.3307 6676.8621 6178.4145 6208.2178 6275.5157 5780.2910 6049.3933 6035.4762 5974.3480 5532.4177 5930.3030 4686.113990
32     32 5865.2510 6634.1559 6572.6708 5520.7998 6308.9475 6748.6025 6601.9680 6663.8938 7092.3522 6560.2941 6585.8245 6667.8246 6144.3044 6447.1089 6413.7686 6332.8211 5877.8042 6304.9663 5249.382144
33     33 6197.9947 6975.9949 6920.5542 5793.7671 6609.3335 7091.6335 6934.6408 7014.9375 7458.1961 6891.8399 6927.5312 7019.5470 6459.4611 6780.9878 6742.9564 6667.2251 6171.1182 6631.5641 5736.533091
34     34 6502.7750 7301.3176 7244.5111 6039.1017 6888.6563 7392.8932 7237.7775 7305.1329 7770.8146 7166.0211 7228.8209 7321.3196 6733.1330 7056.2485 7042.4257 6940.6012 6412.3119 6902.5669 6173.161723
35     35 6783.9353 7609.6571 7567.7484 6299.3092 7209.3587 7727.2616 7552.7057 7632.2080 8114.7480 7499.6594 7552.2728 7645.1566 7050.9288 7418.6005 7357.9733 7262.0047 6695.9717 7216.2613 6624.453705
36     36 6997.8949 7896.3452 7838.7467 6489.9407 7444.7520 7976.3599 7802.8734 7896.6946 8391.0511 7739.9732 7842.0444 7912.9233 7292.1179 7721.6243 7634.5825 7491.5494 6921.7517 7472.2403 6990.619296
37     37 7211.0589 8122.1673 8075.7814 6664.0129 7637.3488 8191.9517 7988.4929 8100.1621 8628.0024 7943.9786 8097.6152 8173.0268 7478.7065 7940.3773 7846.3288 7706.0704 7149.4250 7665.0570 7267.842447
38     38 7422.2636 8274.6309 8303.6345 6815.0102 7799.0369 8376.8086 8179.6957 8346.7959 8883.8333 8125.1220 8320.1201 8393.9032 7671.8302 8175.5401 8099.5396 7932.2016 7317.0683 7842.8624 7559.809809
39     39 7626.5014 8402.0147 8400.8833 6913.1708 7912.9987 8517.9542 8299.0181 8506.1651 9034.6874 8266.6341 8453.3403 8521.7551 7782.9476 8283.3960 8236.5591 8075.7059 7464.6477 7985.1633 7744.060899
40     40 7732.2221 8546.7955 8547.5837 7015.8606 8023.7659 8627.7522 8428.2957 8665.4610 9186.1040 8387.3351 8613.9001 8655.0676 7913.3322 8422.9959 8381.6923 8213.9750 7554.8607 8138.5183 7919.835935
41     41 7820.8930 8635.4426 8620.9514 7074.4070 8109.2166 8722.8409 8513.6457 8744.8834 9290.9453 8466.0203 8666.8804 8756.3937 8007.6667 8507.4924 8469.5149 8295.1119 7572.4084 8216.0441 8075.373065
42     42 7925.0876 8742.6294 8706.9637 7155.3452 8180.3445 8805.1304 8605.8174 8864.2462 9380.0861 8558.2297 8785.9277 8858.4408 8139.8415 8606.4939 8569.8898 8392.0028 7649.8635 8327.6366 8213.118729
43     43 7991.5905 8815.3219 8789.2801 7209.1025 8246.8380 8870.6464 8654.2327 8947.5025 9461.4714 8588.9920 8880.4920 8948.9128 8218.2225 8699.0954 8647.0608 8495.2627 7702.4608 8397.3124 8315.965487
44     44 8029.5963 8853.5838 8861.2902 7231.7445 8308.6094 8921.3206 8721.3650 8997.2532 9508.8051 8626.1030 8934.1715 9007.8512 8278.9428 8753.3258 8719.6457 8538.5513 7743.2121 8481.2483 8455.999932
45     45 8045.4035 8867.4349 8893.3541 7271.8903 8334.2008 8964.7581 8755.3626 9034.6537 9569.8208 8682.8975 8965.4150 9034.7098 8300.8535 8786.3667 8774.2739 8567.2179 7746.8604 8512.7257 8493.138202
46     46 8045.6049 8888.5134 8904.7909 7270.8024 8323.4101 8957.1838 8743.2669 9038.7047 9567.6642 8706.9072 8971.4358 9037.3973 8318.9669 8791.5554 8754.5666 8565.4607 7746.3854 8524.2331 8528.270078
47     47 8064.2315 8883.6329 8937.0492 7279.3514 8332.8649 8983.6270 8772.0819 9070.8979 9573.5825 8720.7839 8979.5190 9078.8807 8358.8878 8809.2218 8768.6846 8605.9402 7766.4481 8546.0748 8575.501615
48     48 8103.9244 8911.8993 8935.9890 7290.9813 8349.9500 8993.9832 8778.7015 9065.5892 9567.3164 8738.3614 9008.2134 9072.0516 8364.8288 8828.1067 8765.3589 8621.8737 7764.5722 8564.8298 8577.827530
49     49 8120.5715 8892.0459 8952.3029 7294.6786 8355.1287 8987.3751 8775.0000 9077.9908 9577.5547 8728.1920 9006.5165 9077.7351 8360.2323 8817.3664 8777.6877 8613.7369 7758.2811 8557.6324 8609.583054
50     50 8104.7643 8904.8646 8958.8546 7283.5621 8318.9741 8985.2925 8778.7332 9067.2957 9602.9499 8733.4714 9021.0117 9111.4873 8376.2827 8819.1719 8773.9006 8615.2093 7753.6714 8573.3345 8606.521531
 [ reached getOption("max.print") -- omitted 10 rows ]
[1] "qpcR"
[1] "lievens2"
[1] "The (published) datasets implemented in qpcR"
   Cycles       S1.1       S1.2      S1.3      S1.4      S1.5      S1.6      S1.7      S1.8      S1.9      S1.10     S1.11     S1.12      S1.13     S1.14     S1.15     S1.16     S1.17     S1.18       S2.1
1       1   71.10030   82.72179  102.1544  112.8741  118.3716  164.3964  113.0494  150.6602  149.0759   95.29286  191.3012  207.9422   90.00575  112.2624  209.4704  116.4335  129.9413  149.1565   72.55800
2       2   75.98493   87.89949  107.6011  123.8062  118.8062  160.8846  124.4133  148.5188  146.4724  103.88127  189.3261  203.2603   97.87798  109.8209  206.9883  124.4671  132.1519  145.9125   79.87728
3       3   78.21904   90.22980  109.2772  125.5680  118.2951  159.7294  126.3340  147.9753  144.1491  106.73594  189.0432  203.7595   99.08128  109.6183  205.5121  124.7095  130.6515  145.1220   83.30051
4       4   80.03969   92.76370  111.0024  127.6647  117.8001  159.5990  127.2705  147.3721  142.5933  106.41083  188.9574  203.4904   98.24092  109.0420  205.0151  125.9477  130.5485  144.8294   86.19947
5       5   81.36285   93.11404  113.9965  126.2472  117.6674  158.1702  126.7715  145.9102  140.8349  107.53441  189.3297  202.8923   97.69476  108.4226  205.0118  124.5976  128.9703  144.2586   86.93722
6       6   79.34174   94.68790  114.4064  127.5760  118.0440  158.3386  127.2634  145.7203  140.9629  107.65500  189.3424  203.9096   98.28930  109.1491  206.1752  125.6618  128.8849  144.1063   88.20767
7       7   81.62710   95.04303  115.7014  128.2304  118.4136  157.9813  127.5822  145.6057  140.4848  109.57415  189.6296  202.9051   97.10791  108.5125  206.2768  125.4183  126.8518  144.4985   89.79416
8       8   82.87961   95.92002  117.5770  128.7761  118.0706  158.5543  128.0422  145.6282  141.0991  109.30039  190.2196  204.1629   98.09023  108.4714  205.9130  126.1667  126.9879  144.3199   89.13934
9       9   81.92597   95.88298  117.1507  129.1823  117.1907  158.2999  127.4589  144.4448  139.2379  108.65339  189.6095  203.3177   97.06613  108.2955  205.2770  125.3646  126.4393  143.7631   90.75572
10     10   82.52705   97.46964  117.3064  129.1960  117.5519  157.4282  127.0061  144.3504  139.4447  109.12873  189.5780  203.7068   96.61703  108.7224  206.0730  124.0259  126.2390  144.1527   90.34973
11     11   82.80848   95.84191  117.8560  129.6304  117.6807  158.4370  126.7766  145.5325  139.5772  110.27423  190.3349  204.6559   97.00479  108.7879  206.6008  124.5540  126.3969  144.2899   93.88718
12     12   83.61134   97.99300  119.1565  130.2798  117.9127  158.7911  126.1958  144.9120  139.7756  108.87692  190.6457  204.0687   98.02908  108.5669  206.3155  124.7031  126.5083  143.5441   94.23716
13     13   82.70152   98.67608  118.4474  129.8030  117.0367  158.1407  125.3505  143.6352  139.0393  109.41817  190.4160  204.5804   96.44901  108.5856  206.3432  123.7420  125.3816  142.6618   94.51383
14     14   84.17765   99.13151  118.7254  130.5106  117.9106  159.5548  124.6650  144.3394  139.4555  110.56015  190.3440  204.5592   97.40657  109.0478  206.3281  123.6400  125.2488  144.1608   95.13398
15     15   84.22008   99.14914  121.6138  130.5827  117.0341  158.3686  123.7266  143.3125  138.8119  108.24209  190.7689  204.1713   96.41236  108.0856  206.3177  123.2826  124.7164  143.2087   94.83766
16     16   86.22339  100.27152  121.7836  130.0833  118.1085  157.9890  124.4783  144.1297  139.4024  109.94649  190.9091  205.3601   97.18853  108.6067  206.8110  124.0893  124.9649  143.7364   96.60978
17     17   86.88049  100.58138  122.5953  130.0863  118.4905  159.0062  123.2985  143.0643  139.0506  109.54238  190.7263  204.7218   96.34684  108.5857  206.8076  124.0488  123.9924  143.4762   97.15363
18     18   88.19744  100.59313  125.6513  130.3127  118.3370  160.3798  123.9894  143.9348  139.7546  109.70921  191.6833  205.4048   97.29254  109.3406  207.5264  124.0867  125.2995  144.4199   99.94726
19     19   87.47137  105.15716  128.8345  131.0828  120.0896  162.6560  124.5674  145.2037  141.5348  113.29919  194.6225  209.2221   98.93215  111.7392  210.9627  124.6521  126.3292  146.4016  103.51815
20     20   92.10285  110.81727  134.7531  132.0855  121.3069  165.7261  125.8657  146.5423  144.2226  116.46421  197.4037  212.8037  101.47666  115.0614  214.1408  127.1217  129.3672  149.9406  109.66389
21     21   99.79116  119.82560  148.5179  137.7622  126.8400  174.7062  129.8255  151.7234  150.0377  122.82966  206.4459  221.5974  107.87706  123.0228  223.9544  131.0712  136.6158  157.2720  123.50019
22     22  111.89451  140.83708  171.6639  145.7726  137.4671  190.6357  136.3252  160.4922  162.0443  133.99147  222.9210  239.8418  120.36991  138.8060  243.3775  139.7292  150.9828  173.0341  146.54493
23     23  134.25571  175.43631  209.2516  160.4363  152.7694  218.1370  148.8023  175.9668  180.8682  154.81342  248.7955  269.1280  141.25836  163.3568  274.2177  154.9441  171.8788  197.2511  188.73994
24     24  177.77620  237.50737  277.7383  187.4579  184.8814  267.4406  171.9963  205.5437  216.9553  195.84202  294.8382  320.2754  179.93104  208.6692  329.0430  183.4116  212.9195  244.8629  272.45761
25     25  242.18758  327.96562  380.5631  228.8851  232.1527  339.1793  207.5795  251.6042  271.1129  253.61851  362.0874  396.1601  236.00874  274.1373  409.7150  227.6700  272.3436  312.9699  412.51967
26     26  326.01096  446.44089  515.9595  286.2953  295.4053  432.6832  259.0982  312.4543  342.3467  327.02360  449.3234  492.9466  309.93718  359.2066  513.2790  285.0664  348.3768  402.6351  627.28798
27     27  446.31812  602.78088  693.3734  367.8921  384.6599  562.9119  331.6680  402.1048  446.1378  433.80142  571.1259  630.2882  418.83283  478.0305  659.8789  368.9215  457.1721  530.2300  931.43376
28     28  584.72468  775.02206  886.6820  462.5850  488.3948  706.5868  416.9062  505.6252  561.8188  550.17588  704.6730  777.8755  539.76656  606.6430  817.7372  467.6231  576.8531  670.1719 1281.10295
29     29  751.44143  978.92130 1118.5980  587.3576  619.7538  882.6614  531.5600  640.8287  710.4107  700.90038  866.4014  959.0601  692.90482  764.0645 1015.0239  593.4316  725.0341  846.0794 1713.34379
30     30  904.83320 1176.93952 1335.2013  712.8757  749.1010 1055.9196  644.2257  775.3001  852.2327  843.07090 1017.1175 1127.3850  839.79798  908.7765 1193.2829  720.4944  864.4084 1010.6639 2126.41704
31     31 1096.09946 1396.20237 1569.5513  857.6422  898.1841 1241.6965  779.3230  929.7688 1013.3007  999.74951 1185.2073 1312.0778 1001.69307 1068.5362 1393.0232  862.5504 1020.0650 1195.0136 2536.13779
32     32 1257.76361 1585.94321 1781.7989  993.1637 1035.2213 1411.0563  905.2410 1068.4866 1157.8545 1143.52861 1332.1532 1477.9189 1145.75953 1212.5114 1572.2691  992.5003 1160.6462 1360.2384 2896.24166
33     33 1441.39126 1787.87312 2009.6918 1141.1982 1188.8520 1598.0532 1046.5108 1229.6626 1320.1541 1301.49207 1498.1238 1662.5168 1312.31543 1370.2106 1773.3189 1140.9115 1318.5366 1547.9900 3239.24876
34     34 1597.07218 1963.79773 2196.2114 1277.2425 1323.0930 1761.9664 1169.5054 1365.6804 1463.8238 1440.10636 1639.6792 1818.6161 1455.47087 1507.2256 1943.1207 1272.5616 1453.0295 1704.8615 3532.41678
35     35 1767.57302 2148.90211 2393.1914 1421.1833 1467.0516 1934.2935 1308.5866 1519.7323 1615.3145 1586.04526 1791.1706 1988.6881 1609.30457 1652.3494 2124.7071 1411.4925 1598.6754 1880.6484 3814.70511
36     36 1929.57223 2311.66240 2571.7767 1555.3289 1600.6796 2086.7116 1430.4802 1653.1547 1749.6363 1711.56979 1922.2030 2130.3739 1741.20736 1778.8266 2282.1251 1532.0641 1725.6091 2027.6784 4037.69838
37     37 2079.42124 2484.09907 2753.6457 1688.3273 1730.8791 2246.8842 1560.2835 1796.6296 1890.9309 1850.42492 2062.2018 2289.6164 1882.71111 1912.7225 2449.3724 1668.6561 1860.8085 2187.7838 4253.30022
38     38 2217.86429 2632.41629 2915.4827 1808.5477 1849.5422 2383.9020 1669.2481 1918.8634 2012.7896 1966.64585 2181.4537 2420.9333 2003.43058 2023.9667 2588.8915 1780.6245 1973.7744 2322.1246 4434.32442
39     39 2369.11158 2779.28937 3074.9080 1938.7754 1978.4194 2532.3762 1791.8855 2052.7668 2146.9832 2094.23449 2308.1542 2563.0080 2136.96864 2147.5176 2741.3211 1904.5035 2100.8383 2471.6259 4609.15683
40     40 2499.95623 2911.37142 3223.4610 2055.6110 2093.1948 2664.6718 1904.7405 2173.9107 2265.8752 2207.25226 2425.8103 2686.2702 2254.49333 2255.6977 2878.7105 2017.6586 2211.9012 2601.0554 4758.39486
41     41 2614.29578 3038.46528 3348.1149 2162.0368 2192.4964 2780.1793 1999.0045 2279.2463 2366.7705 2299.16576 2514.3796 2791.4127 2354.47729 2342.4084 2991.2093 2109.1489 2303.3249 2710.9672 4866.13363
42     42 2742.67699 3161.03705 3484.9044 2275.0884 2310.4284 2907.2486 2112.3131 2397.3981 2481.2738 2411.82617 2628.5505 2917.4531 2467.55400 2448.4732 3130.5161 2221.8461 2415.2955 2841.5020 4999.48137
43     43 2857.96502 3282.03496 3612.3489 2382.4702 2409.8660 3028.8937 2210.6672 2508.2091 2587.4780 2512.84233 2725.5377 3026.2014 2570.62340 2547.2309 3246.2005 2321.4690 2516.4220 2952.2128 5094.13772
44     44 2946.42098 3370.23727 3707.1342 2470.2057 2499.8968 3127.0710 2294.2015 2591.1917 2673.0379 2593.93929 2806.0883 3114.3453 2648.96788 2620.5830 3337.6146 2399.8534 2593.5915 3045.8940 5165.86975
45     45 3069.58019 3485.76937 3825.8757 2573.4506 2597.8164 3237.5197 2391.5625 2700.2563 2772.6195 2688.12936 2903.7643 3216.3782 2755.79202 2715.0315 3456.3344 2494.8747 2686.9839 3156.1018 5244.02125
46     46 3160.70366 3577.22574 3902.6860 2653.7775 2676.9580 3319.1399 2464.5277 2776.1505 2847.6528 2763.13229 2967.4435 3291.6305 2827.41006 2776.7961 3532.9998 2564.2128 2755.7309 3230.5491 5261.96768
47     47 3233.38785 3664.11371 3994.9223 2736.6309 2758.2915 3413.7690 2552.5507 2862.5679 2932.7647 2834.22278 3044.6700 3381.8467 2901.65835 2850.6956 3626.4396 2645.6374 2831.5565 3328.9902 5311.58496
48     48 3346.37250 3749.70527 4095.1166 2828.8921 2844.6184 3512.8645 2634.1291 2955.6747 3021.4081 2918.29483 3129.6377 3468.0136 2998.09917 2925.5924 3727.6940 2728.7539 2912.3520 3423.4531 5334.48066
49     49 3404.62459 3846.91190 4172.5685 2900.0873 2912.8953 3583.6066 2696.1013 3023.2907 3083.9075 2979.83766 3181.5300 3532.2377 3055.31069 2983.0955 3792.1555 2788.3357 2973.6831 3492.0130 5352.77779
50     50 3466.46574 3914.32902 4239.1664 2978.9608 2987.6860 3669.7831 2772.9111 3105.2684 3159.8879 3052.71859 3254.7303 3610.9352 3129.64040 3049.2612 3878.9329 2858.3803 3041.7557 3575.0639 5371.80687
 [ reached getOption("max.print") -- omitted 10 rows ]
[1] "qpcR"
[1] "lievens3"
[1] "The (published) datasets implemented in qpcR"
   Cycles       S1.1       S1.2       S1.3       S1.4       S1.5       S1.6       S1.7       S1.8      S1.9      S1.10      S1.11      S1.12      S1.13      S1.14     S1.15      S1.16      S1.17     S1.18       S2.1
1       1   53.14405   58.83159   76.33476   71.50580   97.97601  105.37009   60.77100   98.34319  120.1237   72.40635   90.06868   99.38067   35.91631   83.52211  122.3228   52.52107   86.23557  108.5190   17.70545
2       2   56.54596   63.21715   81.19389   77.47587   94.39869  102.78881   65.04160   95.77522  117.2202   76.22400   88.18740   95.73284   40.09071   81.46878  119.8702   55.81585   84.70198  106.2859   20.82611
3       3   60.77966   65.86991   84.77991   79.75354   92.70526  102.06818   66.28134   95.02134  116.2884   76.41123   87.67353   94.52055   40.23269   80.63255  118.6172   56.23096   83.84171  105.4424   23.19765
4       4   62.29237   68.77956   86.53279   79.73246   92.13017  101.62301   65.35894   94.74066  116.1194   75.79916   87.53619   93.86000   40.07936   80.11716  117.8533   56.53257   83.08511  105.0322   23.87234
5       5   64.38191   70.05287   87.28501   79.69588   92.03318  102.39293   65.53697   94.58277  115.5116   75.99861   87.36441   93.59298   40.06202   80.12466  116.3449   56.59174   82.92458  105.1117   25.09606
6       6   64.77772   70.46378   87.25790   79.82522   91.54046  101.40475   64.99412   94.13917  114.2412   75.15123   86.66029   92.85687   39.21122   79.03260  114.3960   55.74409   81.80364  103.6397   24.78421
7       7   64.94379   70.63981   87.96304   79.12608   91.14699  101.17406   64.71812   93.83583  113.9653   75.42431   86.59234   92.79900   39.33903   78.98233  114.1997   55.16411   81.32166  104.0291   25.86822
8       8   65.49765   71.04419   88.29076   80.00728   91.50322  101.28026   64.99775   93.83195  113.8086   75.44252   86.48064   92.23241   40.10377   79.49448  113.3246   56.31990   81.61325  103.6193   25.89067
9       9   64.98362   70.35225   88.09424   78.74398   90.84655  101.32255   63.99017   93.55857  112.7393   74.65020   86.09504   92.01852   39.29996   78.73185  112.6341   55.12077   80.74817  102.9027   25.86667
10     10   65.58463   69.93784   87.76710   78.83625   90.61682  100.45339   63.84431   93.24956  111.9919   74.09076   84.86167   91.35532   39.07826   78.40678  111.6195   54.93486   80.50988  102.8420   26.11377
11     11   65.46836   70.24454   87.59907   77.56747   90.13520  100.82244   63.11129   92.59989  111.5996   74.00085   84.89511   90.45701   38.43806   77.77369  111.1654   54.87824   80.20624  102.1041   25.77044
12     12   65.02198   70.04677   88.19157   78.01873   89.67425  100.63354   63.00372   92.54038  111.3400   73.81442   84.36115   90.17248   38.04546   77.68621  110.8588   54.47635   79.74286  102.1224   26.14380
13     13   65.07111   69.35548   87.67017   76.79233   89.15532  100.18759   62.52312   91.99697  110.5220   73.16759   83.68913   89.27293   37.73534   76.91696  109.9190   54.50794   79.14844  101.4472   26.44454
14     14   65.55125   69.10660   88.12761   77.11487   89.68467   99.60523   62.70554   91.64963  109.9344   73.36120   83.75071   89.14582   38.33856   77.11570  108.7435   54.31325   79.30131  101.6176   26.56689
15     15   65.12874   69.12212   88.42064   76.41308   89.10063  100.57633   63.01303   92.21003  109.8525   72.72832   84.29014   89.34242   38.39940   77.13871  108.8447   54.29073   79.37445  101.3386   26.56577
16     16   65.18449   68.60336   87.67763   76.00331   88.70845  100.35851   62.59824   91.69994  109.1558   72.14289   83.32939   88.75187   37.57174   76.95174  108.4317   53.46493   78.72096  100.4783   26.60117
17     17   64.60272   68.45854   87.85031   76.17091   88.57590  100.21859   62.60171   91.51857  108.4570   72.22985   83.52881   88.10957   37.74217   76.12367  107.4170   53.86348   78.48330  100.6659   26.86507
18     18   65.56504   68.62007   87.66935   77.69136   89.59784  101.51189   63.63232   92.37399  109.8205   73.54406   84.03324   88.44657   38.55690   77.11640  108.0162   55.20245   79.19066  101.0504   27.60695
19     19   67.07245   69.77972   89.22133   80.44251   91.52694  103.08479   66.60477   94.21901  110.9558   75.38942   85.38685   89.80384   40.64997   78.67363  108.9056   57.77812   80.40834  102.8017   29.82284
20     20   69.10181   70.87351   90.88469   85.39987   95.33718  107.27660   71.05698   98.24010  114.3673   78.87752   88.32896   92.12834   43.43898   81.74655  110.3266   62.94913   82.48322  105.4716   33.36794
21     21   74.62827   75.46301   95.22924   95.37453  102.78130  114.74829   79.84898  104.62152  121.0335   85.69281   93.67425   97.25822   49.87994   86.78325  113.9810   71.59535   86.43992  110.5513   40.15518
22     22   84.66047   84.97607  105.54295  116.20113  118.88012  132.03311   98.40786  119.52782  135.8205  101.34339  105.84104  108.24413   63.77261   98.26693  123.3146   91.01274   96.55965  121.8997   54.34600
23     23  104.74809  102.07120  123.93731  151.05795  146.00028  160.44490  130.45169  144.87495  161.3246  128.44211  127.31693  128.32590   87.27528  119.18329  139.6971  122.91595  114.28474  143.2345   81.56566
24     24  139.27094  131.71768  156.59064  207.62435  190.25433  207.37561  181.17572  186.43857  205.1707  172.73048  163.47977  162.70357  127.01907  154.67878  169.2435  174.21448  144.27195  179.0287  132.06808
25     25  193.40215  177.11720  209.13841  289.43863  253.59324  275.67755  254.52793  247.69461  269.5006  239.24082  217.09455  215.53008  185.84177  207.69784  215.2930  246.52793  189.36508  232.7862  215.29923
26     26  274.06455  248.28541  286.58880  405.35547  346.70253  374.17115  358.47723  337.86946  365.2732  338.76312  299.14605  294.94617  274.92541  287.83632  287.0442  348.67530  255.79651  314.4576  336.56227
27     27  387.90636  351.33475  397.79517  557.77499  469.35148  506.06427  495.35644  460.03601  496.5153  472.46443  414.80014  407.17598  397.72993  401.60507  388.9335  483.21938  352.06106  430.5452  499.54740
28     28  526.02922  478.32737  533.27921  721.48772  603.75209  653.27840  640.54409  597.21613  644.3446  622.46902  545.93861  535.99987  537.14460  532.88974  511.9185  625.63511  463.40426  565.3487  684.01624
29     29  675.98218  618.36697  686.22068  886.05347  739.47756  804.26820  787.42003  739.72399  799.3604  778.74353  685.10134  673.53406  683.00071  671.94026  646.4315  767.38271  583.99457  711.3346  872.95749
30     30  846.30660  781.07432  860.03442 1066.91766  890.44708  971.09222  948.99971  898.51798  974.1865  957.53966  848.11560  831.99511  853.19883  834.32955  802.8256  929.00947  725.32805  879.0328 1074.36640
31     31  994.63837  922.24237 1013.21327 1215.77534 1015.05526 1110.82411 1081.42548 1030.85412 1120.9409 1102.81123  981.03100  967.12061  989.90317  968.12711  938.5258 1056.01941  843.11464 1021.9176 1240.19571
32     32 1142.97138 1066.23830 1166.81775 1362.11211 1141.48819 1250.41910 1214.00686 1164.58327 1268.7616 1247.83602 1118.35101 1104.28109 1133.00340 1105.27226 1077.4956 1187.18626  965.49357 1168.7378 1396.66932
33     33 1272.49302 1191.90217 1302.94115 1491.82988 1249.52303 1372.18764 1330.33359 1282.04514 1400.4177 1379.93807 1240.54382 1226.32011 1259.53622 1228.32573 1199.6445 1301.15060 1076.06572 1300.1497 1521.98141
34     34 1401.22329 1316.72917 1433.75540 1616.71773 1355.78723 1489.03897 1442.33555 1397.33255 1526.0406 1506.84187 1361.07460 1343.38670 1384.41210 1348.65686 1322.4350 1413.99067 1186.16044 1428.7792 1641.04515
35     35 1511.82131 1427.43222 1551.01172 1722.83202 1447.10123 1593.01607 1541.12922 1498.82805 1637.2167 1617.21954 1464.95574 1445.05398 1493.86603 1455.61344 1428.8430 1511.88202 1283.23586 1542.4752 1735.62078
36     36 1618.34127 1524.64586 1657.11131 1822.68569 1532.98027 1689.09957 1630.74516 1593.18247 1740.5519 1719.05794 1562.66034 1541.46680 1594.20165 1551.39778 1528.0763 1602.90228 1372.81998 1647.8658 1824.46760
37     37 1708.30940 1620.97518 1764.83189 1917.43440 1612.93288 1783.01117 1717.79918 1683.85821 1843.1030 1819.13955 1657.87910 1639.45442 1697.23362 1650.07395 1630.8693 1692.92693 1463.28322 1755.8032 1904.14588
38     38 1794.29417 1699.51876 1847.53962 1995.53558 1679.75810 1854.05946 1787.32262 1753.54663 1920.6226 1896.37002 1731.85270 1708.00035 1770.88047 1724.14515 1704.6857 1759.82523 1532.36914 1834.9387 1963.34403
39     39 1874.35442 1778.21417 1931.96568 2069.82276 1746.35136 1930.21560 1855.59219 1827.09029 2001.9798 1975.97284 1806.49017 1785.07414 1849.35606 1800.13752 1783.1828 1829.06832 1603.68852 1916.7674 2021.33547
40     40 1942.12137 1845.10712 2000.72283 2137.32550 1801.86169 1992.26983 1914.64523 1886.79266 2069.7066 2043.52129 1868.91378 1848.57542 1916.30360 1863.18308 1849.5986 1887.88206 1664.97619 1987.8151 2069.50209
41     41 2007.78923 1910.44563 2072.75218 2200.87106 1855.23881 2053.11807 1970.92883 1947.91511 2135.6721 2110.47003 1932.16967 1910.75875 1983.22875 1928.81827 1916.1870 1946.71579 1724.11878 2057.6482 2108.81805
42     42 2066.45839 1967.21606 2133.68594 2259.06931 1905.65476 2107.57837 2023.04104 2003.73557 2196.8306 2167.75365 1989.28070 1967.42540 2043.94681 1986.32984 1973.8338 2001.40191 1779.60784 2120.1016 2147.68125
43     43 2121.36081 2019.24587 2188.77671 2306.00536 1948.56474 2158.90977 2069.38318 2054.82467 2252.9752 2219.96942 2038.14645 2018.65838 2097.89682 2037.74381 2028.8592 2045.52364 1829.48196 2178.2547 2179.25270
44     44 2161.02882 2055.63148 2234.83493 2347.68040 1984.66980 2196.74909 2107.30662 2091.35426 2295.6077 2261.45621 2079.33704 2057.27589 2140.31088 2078.05223 2070.4060 2084.17609 1868.92546 2220.8744 2200.25057
45     45 2204.47259 2103.85097 2279.70598 2388.43488 2020.31155 2238.61400 2146.30426 2131.36025 2338.2768 2308.00389 2124.19813 2100.42834 2187.93482 2123.14135 2116.6014 2124.28855 1910.95078 2269.3247 2223.44640
46     46 2246.99977 2144.77847 2326.36181 2431.94561 2052.99742 2277.91068 2182.84614 2168.81406 2384.3245 2352.28579 2164.38692 2138.87595 2230.91144 2164.19837 2158.9502 2162.72792 1951.60658 2316.2361 2242.86857
47     47 2286.05379 2179.00853 2365.54753 2462.93233 2086.60826 2311.01829 2215.05828 2204.51442 2420.7416 2387.35971 2201.36250 2176.56955 2269.50278 2199.43526 2195.0409 2195.25330 1985.77862 2356.3183 2256.13860
48     48 2322.03433 2215.15879 2401.37140 2496.79624 2117.43457 2347.76797 2247.28529 2242.57736 2459.8560 2427.59108 2239.39876 2212.34899 2309.63238 2238.60382 2233.8787 2228.05485 2023.40749 2399.2893 2267.40417
49     49 2344.73083 2233.28275 2423.72260 2520.42046 2131.85046 2361.16331 2263.22809 2253.23462 2476.7271 2443.99209 2253.99034 2224.87847 2329.58397 2255.81863 2251.0259 2249.37107 2044.81310 2415.7659 2259.41077
50     50 2366.44818 2258.48123 2447.53196 2540.34187 2151.21100 2388.59162 2287.07563 2282.20767 2505.2653 2474.82158 2281.58002 2254.21189 2356.91215 2283.91725 2282.3483 2273.08772 2069.69129 2446.2935 2264.31730
 [ reached getOption("max.print") -- omitted 10 rows ]
[1] "qpcR"
[1] "reps"
[1] "The (published) datasets implemented in qpcR"
   Cycles         F1.1         F1.2         F1.3         F1.4         F2.1         F2.2        F2.3         F2.4         F3.1         F3.2        F3.3         F3.4         F4.1         F4.2        F4.3         F4.4         F5.1         F5.2        F5.3
1       1 -0.059106239 -0.056939713  0.005921348 -0.022848656 -0.026498128 -0.028372014 -0.01583220  0.002458542 -0.021055314 -0.023233401  0.01216141  0.003057810 -0.021073988 -0.024832773  0.01222465  0.001899768 -0.021056808 -0.023131851  0.01741055
2       2 -0.036877204 -0.035405393  0.014257227 -0.011515292 -0.018780227 -0.017167074  0.01449645  0.004304171 -0.014664481 -0.013727978  0.01988169  0.005791526 -0.012227287 -0.014592578  0.01817954  0.005437131 -0.015757050 -0.014443244  0.02162162
3       3 -0.015347616 -0.019087576  0.020401344  0.003447348 -0.008777137 -0.007955381  0.02206490  0.012712798 -0.008776376 -0.006690385  0.02148899  0.011904511 -0.007398820 -0.007280719  0.02171691  0.012834633 -0.007163656 -0.006887648  0.02776576
4       4 -0.000611298 -0.002992528  0.034001042  0.009564208 -0.001576636 -0.003346391  0.02340780  0.020618699 -0.000539915 -0.001941566  0.02872839  0.017371944 -0.000482188 -0.003040919  0.02927909  0.018624842 -0.001317454 -0.003027508  0.03162471
5       5  0.021857274  0.022171068  0.039705011  0.021352392  0.014038819  0.012159435  0.03231916  0.022973941  0.010561402  0.010039470  0.03226576  0.020270341  0.009649030  0.010409069  0.03201281  0.021042369  0.010928880  0.009685919  0.03408237
6       6  0.030978844  0.035314429  0.055504608  0.033595396  0.015095180  0.016309412  0.03636163  0.032725470  0.013419371  0.012320460  0.03436051  0.031686077  0.010459264  0.014505147  0.03265836  0.030211847  0.013309280  0.014672481  0.04021932
7       7  0.050170550  0.052087065  0.067671632  0.041522254  0.025622858  0.023527858  0.03988761  0.036093053  0.022337612  0.018213666  0.04023720  0.030559654  0.019786836  0.020649264  0.03892944  0.030692717  0.019342620  0.019336267  0.04180027
8       8  0.061160509  0.069006071  0.084783615  0.062833805  0.027728393  0.030130096  0.04756079  0.043826786  0.024520688  0.022581022  0.04632502  0.037160097  0.021875000  0.024302200  0.04439687  0.036482926  0.022815908  0.023038312  0.04267698
9       9  0.083265568  0.090189477  0.115383073  0.077796445  0.037551830  0.036732333  0.05849442  0.058963693  0.029059005  0.025243474  0.04746163  0.045038470  0.027829890  0.028691710  0.04552329  0.044848756  0.028295319  0.026252898  0.04338122
10     10  0.118362364  0.130214820  0.167702622  0.110978182  0.044924797  0.044868804  0.06571225  0.068578611  0.035284557  0.030000078  0.05145531  0.050596788  0.028791632  0.034686117  0.04584607  0.048228025  0.030675719  0.029954943  0.05075418
11     11  0.175922835  0.201188871  0.243372617  0.177572309  0.050889283  0.054917495  0.08012754  0.087972069  0.035284557  0.032086444  0.06001096  0.052848816  0.031848124  0.035566415  0.05372970  0.049677224  0.030855372  0.033327624  0.05364554
12     12  0.290339541  0.335726913  0.384539735  0.276795492  0.066332272  0.075996996  0.11045464  0.124274994  0.042853011  0.041786490  0.06742224  0.060641549  0.034904616  0.043902293  0.05783029  0.054018234  0.038348392  0.041212584  0.05218113
13     13  0.501976673  0.574850460  0.627414950  0.455050134  0.092039420  0.105003354  0.15669353  0.189154001  0.050421464  0.047485072  0.07426521  0.072622585  0.042386399  0.046974352  0.05734612  0.060468609  0.043655635  0.044110982  0.05770604
14     14  0.880496054  1.012261364  1.039415673  0.772384377  0.136783524  0.152833678  0.22332355  0.300780914  0.058320478  0.054522666  0.09537020  0.087258289  0.045205552  0.050261993  0.06458885  0.065030589  0.044935662  0.048129216  0.06057329
15     15  1.581720561  1.819792750  1.657806117  1.336895440  0.222865531  0.255288776  0.36526737  0.501154530  0.072116802  0.069921294  0.12141864  0.110449650  0.050904134  0.058382289  0.07037908  0.067311579  0.050048282  0.052634907  0.06323933
16     16  2.739381278  3.118341453  2.621567092  2.217011496  0.380801115  0.440890234  0.58603211  0.858042208  0.094482906  0.091788073  0.17112834  0.159213412  0.055847576  0.059038020  0.07906442  0.077003840  0.054621943  0.054723071  0.06446336
17     17  4.408958305  4.939132711  3.827014736  3.447172422  0.673637316  0.787487465  0.96098652  1.462652621  0.131030158  0.139408789  0.25639722  0.242485439  0.059459792  0.069565660  0.08582298  0.088408790  0.054255152  0.056495046  0.06282852
18     18  6.359128914  7.005929541  5.176135534  4.930157621  1.212005574  1.416066005  1.54697096  2.363731267  0.201141836  0.224105466  0.38814241  0.384787068  0.067828612  0.078117121  0.09934010  0.103620579  0.056081622  0.056817823  0.06589698
19     19  8.224850985  8.888487383  6.465942510  6.445522824  2.187333189  2.543287002  2.34718259  3.623200459  0.352787480  0.394911796  0.62511016  0.642891659  0.095013653  0.107077113  0.12973385  0.136893449  0.067601859  0.069043792  0.07736599
20     20  9.480585275 10.076366170  7.493490441  7.626917209  3.676423389  4.199117684  3.43656321  4.969621754  0.622270016  0.704068539  1.01421613  1.061268929  0.129423125  0.140851793  0.18088745  0.184898243  0.072901618  0.070975822  0.08616895
21     21 10.155262400 10.660826160  8.360784611  8.593785053  5.568224536  6.202398308  4.68916077  6.383117884  1.109154496  1.264304376  1.61281465  1.778185674  0.183410693  0.212146908  0.26582396  0.285558020  0.078934958  0.075560575  0.10786616
22     22 10.622321420 11.100919400  9.077252175  9.178245037  7.561643827  8.170594724  5.90585554  7.539953574  1.992164691  2.274760580  2.47548549  2.820189962  0.302322353  0.361747445  0.40979464  0.458653133  0.099329406  0.100411126  0.13427506
23     23 10.865904880 11.290662990  9.594112904  9.777778837  9.081580613  9.584098600  7.01805823  8.424511468  3.381655773  3.776694945  3.58056374  4.127275536  0.520828028  0.633531538  0.65951955  0.762289668  0.127746051  0.132504402  0.18096242
24     24 11.001592300 11.434874330 10.018882300 10.108004170  9.975089001 10.441596660  7.97827439  9.151658760  5.212195745  5.721834167  4.76609044  5.585856312  0.923297550  1.135323465  1.04260909  1.289876414  0.184557182  0.198133571  0.27002402
25     25 11.145290200 11.544897640 10.321619330 10.365968420 10.531738650 10.942606760  8.68024059  9.665514112  7.181678288  7.663969104  6.01718329  6.879613962  1.670336555  2.046024929  1.66845710  2.104093302  0.300073889  0.319748115  0.41650657
26     26 11.185179030 11.529823820 10.524704160 10.597514660 10.830061040 11.117121130  9.30367396 10.039033720  8.745665870  9.041018285  7.05477727  7.949665255  2.861980425  3.447006186  2.52939736  3.240985123  0.512786367  0.546486873  0.66617960
27     27 11.269043670 11.609544100 10.757427590 10.775758630 11.092825450 11.333438150  9.72197912 10.321199980  9.795683117  9.924952711  7.96247584  8.766320993  4.599186953  5.394499821  3.66044329  4.611219257  0.928169541  0.994000577  1.05865678
28     28 11.324953430 11.613273710 10.886567160 10.908625770 11.226304660 11.443461460 10.11924254 10.544380390 10.351736930 10.437477300  8.56785289  9.387566895  6.507424185  7.383392273  4.83213831  6.015609663  1.657830792  1.781657420  1.67465741
29     29 11.420752020 11.617003310 11.015857950 11.033878290 11.413394370 11.549755170 10.33414423 10.725477320 10.768604810 10.773739600  9.15067257  9.829534108  8.267033105  9.056121340  6.02208571  7.217568047  2.906057588  3.078952423  2.52354898
30     30 11.380863190 11.617003310 11.089651990 11.094639750 11.426705830 11.538410950 10.55732464 10.877081320 10.916069460 10.949870740  9.54778732 10.223501320  9.259819990 10.104813310  7.00088262  8.154212950  4.586345663  4.860224132  3.57459390
31     31 11.392797140 11.670150160 11.193084630 11.204663060 11.489069060 11.602902020 10.75101212 11.007643580 11.097166390 11.061870740  9.83604962 10.479763620  9.951623269 10.721477460  7.81984152  8.858737540  6.551885701  6.843397986  4.72091687
32     32 11.388873650 11.635962130 11.296517260 11.242580700 11.515874320 11.610516630 10.86053264 11.066629440 11.215138100 11.116428120 10.03460699 10.694320990 10.348738020 10.976278610  8.43529358  9.403130983  8.264465671  8.459836343  5.89150795
33     33 11.356995280 11.488021180 11.285478400 11.318571380 11.533562130 11.564984380 10.97850436 11.121475940 11.274123960 11.141199010 10.32929552 10.806452140 10.588869170 11.142466420  9.02411550  9.761819507  9.381485629  9.496001825  6.85735145
34     34 11.440696440 11.590429880 11.348233580 11.303342160 11.622730620 11.595287410 11.11337845 11.180461800 11.392095670 11.232483680 10.48942666 10.976157060 10.752279010 11.338141600  9.39660535 10.104508030 10.105050770 10.162449300  7.62904225
35     35 11.408818070 11.552512250 11.429437270 11.341259800 11.609419170 11.587672800 11.20168477 11.285670490 11.438318510 11.189202160 10.60785289 11.123435750 10.921983920 11.412086860  9.70171796 10.376770330 10.495530500 10.503728280  8.29911510
36     36 11.420752020 11.556397250 11.484782800 11.341259800 11.604860460 11.625590440 11.24808007 11.277219300 11.463672080 11.275765210 10.67841027 11.152288210 10.992410150 11.493290550  9.94255307 10.536901470 10.737627940 10.748508810  8.76008586
37     37 11.388873650 11.518324210 11.458924640 11.447553510 11.569302470 11.618131230 11.30706593 11.340516990 11.413137410 11.304488410 10.74241027 11.217976310 11.018115070 11.559674950 10.10316461 10.684180160 10.905720160 10.872953990  9.24518379
38     38 11.332963890 11.491906190 11.514421390 11.394406650 11.551432300 11.564984380 11.26912181 11.357246890 11.438318510 11.275765210 10.86726273 11.283241450 11.040541300 11.556045730 10.30783336 10.789885080 11.019145230 10.941341300  9.53286475
39     39 11.356995280 11.442488940 11.440476130 11.470241930 11.587172640 11.538410950 11.39123289 11.399330370 11.497304370 11.203563750 10.91854142 11.344427520 11.174967530 11.570865030 10.43227854 10.870016230 11.141867430 11.009564210  9.79287042
40     40 11.352908310 11.465332760 11.558728060 11.436209290 11.569302470 11.580058200 11.42917700 11.437274490 11.497304370 11.266125230 10.93139388 11.421145440 11.171819990 11.567084590 10.50461127 10.975721150 11.214385100 11.073677310  9.97311453
41     41 11.321029940 11.385612480 11.540279550 11.455168110 11.551432300 11.538410950 11.43331636 11.433135130 11.459360250 11.242123660 10.99539388 11.424910740 11.184672450 11.545006870 10.59699989 11.023721150 11.287088700 11.049676000 10.18798822
42     42 11.313019470 11.324851020 11.525460250 11.470241930 11.542497220 11.473919890 11.44607938 11.395191010 11.463672080 11.237205300 11.08195125 11.417223250 11.146246220 11.589313540 10.70533459 11.052573610 11.314422280 11.125954150 10.26760786
43     43 11.257109710 11.336195230 11.525460250 11.458897720 11.484692700 11.462420280 11.50075341 11.433135130 11.417276770 11.208482110 11.09795125 11.474800910 11.136541300 11.607762050 10.76550227 11.129426060 11.269052260 11.142064620 10.45821246
44     44 11.229154830 11.321121420 11.566137700 11.398136260 11.448952360 11.435846850 11.50075341 11.466767420 11.421588600 11.189202160 11.12352502 11.516846730 11.197393760 11.548636080 10.86183632 11.186999830 11.318884910 11.121844340 10.51725305
45     45 11.233241810 11.252745350 11.532869900 11.462627320 11.475757610 11.413158430 11.53455817 11.416232750 11.429867320 11.174840560 11.17480371 11.451738470 11.245524910 11.537597220 10.91411316 11.170999830 11.368903500 11.081732550 10.62114178
46     46 11.209210420 11.218557310 11.577176570 11.462627320 11.444575990 11.356281970 11.52179515 11.458316230 11.404686220 11.160282230 11.16195125 11.509159240 11.149393760 11.541226440 10.92216839 11.212704750 11.327996100 11.097843020 10.69735524
47     47 11.157387630 11.184369280 11.558728060 11.432324290 11.382212750 11.306864720 11.50506524 11.483669800 11.349839720 11.067423160 11.24522994 11.532221690 11.162246220 11.489510120 11.02244786 11.241426060 11.282626080 11.061676660 10.75639583
48     48 11.197276460 11.180639670 11.566137700 11.439938900 11.404459290 11.322093940 11.57664165 11.513162730 11.392095670 11.082769230 11.21637748 11.605017420 11.197393760 11.485880900 11.01044720 11.298398720 11.327996100 11.101788440 10.78407110
49     49 11.197276460 11.195868890 11.584586210 11.447553510 11.382212750 11.341052760 11.57664165 11.475218610 11.337249170 11.120977810 11.24837748 11.539909170 11.187819990 11.530187570 11.05055899 11.265551570 11.350681120 11.117898920 10.85333026
[1] "qpcR"
[1] "reps2"
[1] "The (published) datasets implemented in qpcR"
   Cycles       F1.1.1       F1.1.2       F1.1.3       F1.2.1       F1.2.2       F1.2.3       F1.3.1       F1.3.2       F1.3.3       F1.4.1       F1.4.2       F1.4.3       F1.5.1       F1.5.2       F1.5.3       F2.1.1       F2.1.2       F2.1.3       F2.2.1
1       1 -0.035011887 -0.030150531 -0.032924808 -0.023811831 -0.019960141 -0.024591246 -0.022688002 -0.023139650 -0.020360690 -0.020309788 -0.021679044 -0.024113165 -0.022149376 -0.024758216 -0.022374362 -0.019770080 -0.023059769 -0.025138108 -0.022376398
2       2 -0.023310517 -0.017782658 -0.019499348 -0.014486635 -0.013641154 -0.016256869 -0.015449788 -0.013923457 -0.013524588 -0.013473686 -0.013224268 -0.014294222 -0.014941692 -0.013873654 -0.013425839 -0.012661216 -0.015004153 -0.014870946 -0.013550039
3       3 -0.008980232 -0.008611999 -0.010946075 -0.007151697 -0.005099264 -0.006528690 -0.005446716 -0.007606862 -0.005940231 -0.006515421 -0.006266002 -0.008577959 -0.007606754 -0.008378675 -0.007582321 -0.008187859 -0.007779130 -0.006845852 -0.007457103
4       4  0.003158292  0.003471424  0.004451973  0.004779667  0.002503641  0.003614787  0.002578378  0.003183090  0.001888454  0.001567773  0.000819518  0.001368238  0.000598604  0.001155930  0.001615621  0.003265011  0.002222121  0.001055281  0.002860677
5       5  0.010032996  0.008056753  0.009236594  0.005151250  0.006010463  0.007085073  0.006264855  0.006476127  0.006861552  0.007782874  0.007905038  0.009196923  0.008177871  0.008004310  0.007830721  0.006816749  0.006249929  0.006579607  0.005716264
6       6  0.019099462  0.014866479  0.016756857  0.011707415  0.010226315  0.012085699  0.012053271  0.011871103  0.010714813  0.010638460  0.010765715  0.012307019  0.013771970  0.013092088  0.011561818  0.010767315  0.014311233  0.014081911  0.012430201
7       7  0.026117888  0.022506798  0.023975303  0.016156209  0.015135466  0.017086325  0.015610398  0.016872639  0.014196491  0.015860977  0.015733723  0.017668835  0.017253648  0.017303159  0.015415078  0.015634112  0.018475577  0.017768388  0.016532880
8       8  0.030507399  0.025840549  0.029043306  0.016986802  0.016364294  0.019310721  0.018111166  0.017136728  0.017800333  0.017851235  0.016980815  0.018035626  0.017625231  0.018007400  0.017400245  0.014847232  0.019169634  0.021584215  0.017403299
9       9  0.042789645  0.034868982  0.040713546  0.023654303  0.023033021  0.025699462  0.025043540  0.023453323  0.022524013  0.020584657  0.021826659  0.025348993  0.025087424  0.026249889  0.022436894  0.023793945  0.028476829  0.027592266  0.022668410
10     10  0.048712191  0.042104175  0.046699574  0.025321178  0.025318210  0.024726644  0.026728682  0.022661054  0.021531429  0.022569824  0.026672503  0.027175464  0.025987256  0.027306249  0.025550876  0.030768530  0.036674669  0.036194038  0.027234586
11     11  0.062752038  0.055820032  0.058677919  0.033240258  0.031634816  0.034870120  0.032412894  0.028061420  0.028489695  0.027420759  0.028540597  0.029368725  0.031466667  0.034679217  0.029570608  0.039980223  0.046124088  0.046330044  0.034368300
12     12  0.075255855  0.063189371  0.066047273  0.034355301  0.032683991  0.035148881  0.032104790  0.028848299  0.029602413  0.029533180  0.029901241  0.032662360  0.033659928  0.035203804  0.031763869  0.057793688  0.066474194  0.061835870  0.039301267
13     13  0.105302744  0.093899141  0.096757108  0.046159963  0.044268029  0.046259486  0.041775495  0.037536312  0.037275085  0.035990579  0.037940705  0.040335033  0.040060060  0.042749238  0.039803333  0.088352615  0.097183965  0.095312357  0.051734740
14     14  0.149398463  0.135667112  0.138869832  0.056997497  0.055852067  0.059084262  0.045768277  0.039244811  0.041115164  0.036537023  0.037573914  0.041068615  0.040606504  0.040816170  0.037610071  0.136136122  0.152869003  0.146165494  0.062701047
15     15  0.238236650  0.217559833  0.218880970  0.080695137  0.077784129  0.082835499  0.054829062  0.050168162  0.050801445  0.042750016  0.043974045  0.046735165  0.048286662  0.047484897  0.044556647  0.237913631  0.257490140  0.245891674  0.092126682
16     16  0.396065435  0.365075217  0.366948238  0.116116589  0.114814247  0.124603469  0.071108292  0.063402327  0.063968500  0.050609827  0.051654204  0.054048532  0.050659576  0.051875621  0.049676753  0.421606258  0.448719228  0.430682879  0.138926242
17     17  0.682980832  0.630411367  0.629289156  0.182859828  0.178339617  0.196050006  0.090455991  0.081762002  0.083161410  0.054449906  0.056766823  0.059535428  0.053586420  0.055209984  0.052236805  0.760967725  0.808486828  0.763997847  0.221364430
18     18  1.209204481  1.134674553  1.112777767  0.313111479  0.300829185  0.337633544  0.130624938  0.119071513  0.116247471  0.068163405  0.067740617  0.069768153  0.060899787  0.058012574  0.058270146  1.360171511  1.438347687  1.362010193  0.386577282
19     19  2.115407518  1.989829918  1.949881986  0.559004207  0.534563502  0.602655300  0.209280900  0.193496510  0.190459057  0.090462811  0.092966867  0.099014136  0.075519035  0.073987336  0.070696133  2.355088374  2.477313399  2.362735509  0.692983411
20     20  3.463017578  3.258370115  3.194541476  0.975997730  0.937966468  1.058853896  0.335303084  0.311783222  0.304245515  0.118975211  0.118372770  0.129180838  0.077532644  0.076969579  0.075269794  3.814949120  3.984376930  3.795022133  1.223368165
21     21  5.239948603  4.957487283  4.839098123  1.734371026  1.658741594  1.873248254  0.583558896  0.548099604  0.525009053  0.181127602  0.181438396  0.194072934  0.099832051  0.095919399  0.096468827  5.505708561  5.669291959  5.495879789  2.142485041
22     22  7.022104832  6.657804276  6.483995519  2.944624933  2.810159773  3.164456474  1.040148795  0.990020925  0.943596252  0.296563841  0.302776250  0.321641816  0.138038217  0.129615152  0.133761758  7.061895616  7.279756525  7.100176933  3.560700774
23     23  8.367513510  7.986312177  7.779240521  4.578235714  4.343395838  4.866896419  1.827477224  1.747434289  1.664715168  0.506503574  0.514067573  0.553092621  0.196170876  0.184718381  0.193354096  8.180097211  8.339080965  8.195587686  5.308187325
24     24  9.279734096  8.882801911  8.634311483  6.289432867  5.985941656  6.634334051  3.079727669  2.942176732  2.821835947  0.890056549  0.901549277  0.971731357  0.310034600  0.289303716  0.308584080  8.845382614  8.962981050  8.919579237  7.045047093
25     25  9.785707179  9.347178862  9.120564123  7.761323278  7.341718966  8.032195722  4.782268362  4.570701078  4.421700473  1.565576560  1.586581541  1.710621365  0.521857697  0.483295437  0.525281767  9.288703100  9.410043213  9.337139455  8.379991930
26     26 10.073776130  9.714621383  9.412716415  8.788939716  8.309504037  9.056985201  6.632154486  6.340496225  6.179217607  2.675349661  2.697557407  2.890932149  0.910830835  0.837330060  0.914746561  9.459487871  9.534794845  9.504039222  9.254790492
27     27 10.184467200  9.804743438  9.511395514  9.364282182  8.861655752  9.604529907  8.145052031  7.777145172  7.675916628  4.238402121  4.250184307  4.520044476  1.592779903  1.476590828  1.609060502  9.497405509  9.572972534  9.583759502  9.751257580
28     28 10.239812730  9.842779203  9.579771583  9.632450745  9.143688331  9.871489884  9.158706461  8.746557897  8.726369089  6.001984585  5.964707058  6.310061830  2.719321742  2.522215992  2.732005218  9.660575672  9.725399443  9.674823993  9.999553105
29     29 10.328577280  9.974485135  9.678450681  9.793062285  9.298076855 10.034277280  9.788698691  9.314257734  9.310601145  7.549169800  7.458421991  7.831930939  4.300138771  4.030642638  4.329384847  9.656690668  9.673455078  9.693782812 10.129713020
30     30 10.372883950 10.009256640  9.701139104  9.869340438  9.401894020 10.127947450 10.103694810  9.629646532  9.664760064  8.681313100  8.493627147  8.852136716  6.112888800  5.780689251  6.095058023  9.687149099  9.780891921  9.750659268 10.220453070
31     31 10.358064660 10.033525730  9.723982927  9.925562696  9.443469513 10.183298000 10.262979970  9.792234895  9.834339834  9.362359338  9.117279063  9.515084528  7.692350329  7.354426997  7.642164851  9.728796340  9.763577133  9.720356238 10.241650540
32     32 10.446677990 10.116693480  9.780859384  9.957619248  9.538533943 10.263059570 10.380617880  9.865236526  9.940203228  9.746888902  9.471437982  9.832922634  8.797222028  8.476600593  8.716789867  9.725066737  9.732353744  9.773503091 10.317391210
33     33 10.420819840 10.043886210  9.761900565  9.985730377  9.541451521 10.218069500 10.384502890  9.875296342  9.952351486  9.858826426  9.604572976  9.963082545  9.451120628  9.141565339  9.358540208  9.744025555  9.808567198  9.765888484 10.314416130
34     34 10.435639130 10.144368760  9.803547806 10.046062450  9.597858037 10.290734850 10.456608560  9.941636744 10.015943900  9.986011253  9.689362861 10.023575910  9.768958734  9.444385665  9.667329101  9.736410948  9.770531433  9.716626634 10.332514550
35     35 10.428229480 10.123505860  9.799818203 10.074009190  9.633476807 10.325506350 10.502140800  9.971544302 10.040116450 10.061627960  9.771053700 10.087168330  9.953661845  9.667094150  9.870130638  9.652961064  9.683815566  9.697512415 10.350736940
36     36 10.358064660 10.029977610  9.773244776 10.046062450  9.624602506 10.297689150 10.521099620  9.988129403 10.085610440 10.101047820  9.798325300 10.132662310 10.068574450  9.741249268  9.948846393  9.732681344  9.746262344  9.693782812 10.344662810
37     37 10.335835710 10.043886210  9.780859384 10.090119660  9.648307830 10.311597750 10.566631870  9.988129403 10.055239800 10.131294510  9.865016759 10.187081550 10.101920180  9.809569229 10.057808830  9.652961064  9.607602112  9.629291747 10.350736940
38     38 10.228773870  9.936449370  9.659336462 10.013841510  9.603814760 10.242196670 10.502140800  9.964883074 10.040116450 10.149516890  9.846794372 10.126588190 10.105019230  9.791699061 10.015413890  9.523978935  9.566018234  9.560915679 10.287144530
39     39 10.162389470  9.905225981  9.640377643 10.025842160  9.583027013 10.211115200 10.547673050 10.014638380 10.085610440 10.191787870  9.892164398 10.217328240 10.186710070  9.874850046 10.109252990  9.527708539  9.503571456  9.469851188 10.229626240
40     40 10.095853860  9.839373015  9.541698544  9.881341095  9.514707052 10.114038850 10.498255800  9.931712872 10.043215500 10.185837710  9.883115185 10.168983130 10.165512590  9.848105577 10.079006300  9.413800225  9.354550735  9.428203946 10.156984620
41     41 10.014650170  9.724981871  9.465863269  9.833174072  9.443469513  9.982332916 10.418535520  9.865236526  9.976524041 10.125220380  9.865016759 10.165884080 10.183611020  9.854062300 10.091154560  9.383497195  9.364911223  9.363557481 10.063145520
42     42  9.992421227  9.787428650  9.446904450  9.813118179  9.416846610  9.989287216 10.395847100  9.858711241  9.967474828 10.161541190  9.867991843 10.150760740 10.159438470  9.806530085 10.091154560  9.341849953  9.309560670  9.299066417 10.014676450
43     43  9.988792012  9.763159561  9.412716415  9.769060970  9.384145418  9.933794738 10.331356030  9.782311023  9.900907331 10.155467060  9.852868501 10.132662310 10.186710070  9.877767624 10.142598720  9.296162308  9.240159591  9.280107598  9.972281504
44     44  9.903807890  9.641814116  9.336881140  9.648561217  9.274249965  9.815997406 10.228791930  9.709309392  9.831240788 10.070801140  9.774152745 10.081094200 10.204808490  9.848105577 10.106277900  9.372152984  9.292245881  9.268763387  9.902614962
45     45  9.881730164  9.655722717  9.325536928  9.640505981  9.238631195  9.774413529 10.160571260  9.586416516  9.670834193  9.964813782  9.698412074  9.987255100 10.105019230  9.782824760 10.091154560  9.273473885  9.146631348  9.189043107  9.848195723
[1] "qpcR"
[1] "reps3"
[1] "The (published) datasets implemented in qpcR"
   Cycles     F1.1     F1.2     F1.3     F2.1     F2.2     F2.3     F3.1     F3.2     F3.3     F4.1     F4.2     F4.3     F5.1     F5.2     F5.3     F6.1     F6.2     F6.3     F7.1
1       1  0.00151  0.02427  0.00630  0.00785 -0.00100  0.00230 -0.00146  0.00563 -0.00094  0.00873  0.00584  0.00530  0.01443  0.00726 -0.00044  0.00371  0.00159  0.01083  0.01436
2       2  0.00634  0.02618  0.00999  0.00048  0.00315  0.00381  0.00143  0.00207  0.00474  0.00353  0.00190  0.00403  0.00590  0.01152  0.00593  0.00062 -0.00258  0.00516  0.00750
3       3  0.00287  0.02513  0.01335  0.00571  0.00057  0.00246  0.00322  0.01151  0.00600  0.00171  0.00062  0.00385  0.00349  0.00014  0.00276 -0.00042  0.00159  0.00375  0.00195
4       4  0.00314  0.01772  0.00219  0.00496  0.00108  0.00119  0.00109  0.00270  0.01051 -0.00035 -0.00290 -0.00221  0.00502  0.00797  0.00672 -0.00085  0.00464  0.00182  0.00514
5       5 -0.00618  0.01469  0.00111  0.00075  0.00402 -0.00060  0.00068  0.00415  0.00746  0.00754  0.00289  0.00488  0.00210  0.00254  0.00328  0.00218  0.00103  0.00039  0.00182
6       6 -0.00695  0.01168 -0.00612  0.00114  0.00659  0.00261 -0.00353 -0.00666 -0.00193  0.00340  0.00627  0.00268  0.00108 -0.00326 -0.00077  0.00301  0.00114  0.00292  0.00224
7       7  0.00048  0.00223 -0.00626  0.00253  0.00291  0.00260 -0.00055 -0.00258 -0.00496  0.00377  0.00732  0.00081  0.00263  0.00018  0.00137  0.00085  0.00283 -0.00156  0.00281
8       8 -0.00018 -0.00093 -0.00759 -0.00048 -0.00233  0.00203 -0.00176 -0.00454 -0.00283  0.00422 -0.00123  0.00093 -0.00213 -0.00636 -0.00188  0.00119 -0.00066  0.00166 -0.00336
9       9 -0.00058  0.00246 -0.01034 -0.00487 -0.00490 -0.00157 -0.00365 -0.00956 -0.01129 -0.00212  0.00236 -0.00022 -0.00513 -0.00028 -0.00390  0.00470  0.00308  0.00198 -0.00104
10     10 -0.00332 -0.00302 -0.00945  0.00237 -0.00230 -0.00201  0.00488  0.00158  0.00155 -0.00001  0.00351  0.00250 -0.00241 -0.00633  0.00082  0.00504  0.00194  0.00104 -0.00203
11     11 -0.00595 -0.00263 -0.00574 -0.00732 -0.00308 -0.00399 -0.00040 -0.00167 -0.00476 -0.00185 -0.00278 -0.00077 -0.00203 -0.00424 -0.00343  0.00504  0.00587  0.00044 -0.00026
12     12  0.00337 -0.00107 -0.01097 -0.01451 -0.01049 -0.01178  0.00225 -0.00395 -0.00733 -0.01179 -0.00894 -0.00784  0.00017  0.00090 -0.00320 -0.00286 -0.00444 -0.00091 -0.00292
13     13 -0.00304 -0.00025 -0.00360 -0.00597 -0.01101 -0.00977 -0.00252 -0.00084 -0.00702 -0.00962 -0.00496 -0.00874 -0.00245 -0.00341 -0.00654 -0.00259 -0.00063 -0.00413 -0.00135
14     14  0.00998  0.00320  0.00549 -0.01005 -0.01056 -0.00899 -0.00526 -0.00785 -0.01014 -0.00461 -0.00457 -0.00628 -0.00344 -0.00288 -0.00694 -0.00170 -0.00420 -0.00865 -0.00133
15     15  0.02400  0.02592  0.02795 -0.00298  0.00108 -0.00087 -0.00348 -0.00474 -0.01168 -0.00497 -0.00539 -0.00763 -0.00471 -0.00212  0.00069 -0.00516  0.00155 -0.00366 -0.00320
16     16  0.06541  0.05862  0.05963  0.00461  0.00166  0.00441 -0.00037  0.00473 -0.00517 -0.00637 -0.00346 -0.00413 -0.00543 -0.00141 -0.00430 -0.00476 -0.00259 -0.00205 -0.00737
17     17  0.13345  0.12482  0.12686  0.02362  0.02361  0.02047 -0.00129  0.00524  0.00754 -0.00631 -0.00863 -0.00204 -0.01072 -0.00865 -0.00367 -0.00051 -0.00482 -0.00414 -0.00282
18     18  0.25022  0.24261  0.25290  0.05396  0.05359  0.05626  0.00926  0.01041  0.00561 -0.00982 -0.00981 -0.00669 -0.00370 -0.00583 -0.00707 -0.00680 -0.00953 -0.00780 -0.00272
19     19  0.47210  0.46888  0.47223  0.11743  0.11750  0.11636  0.02654  0.02412  0.02372 -0.00325 -0.00251  0.00211 -0.00614 -0.00170 -0.00304 -0.00731 -0.00875 -0.00373 -0.00585
20     20  0.81983  0.79493  0.83393  0.23973  0.23428  0.23189  0.05820  0.05895  0.05644  0.01098  0.00695  0.00776 -0.00049  0.00024 -0.00229 -0.00879 -0.00691 -0.00236  0.00159
21     21  1.26888  1.26544  1.29720  0.45427  0.44729  0.44800  0.11994  0.12222  0.11264  0.02591  0.02335  0.01701  0.00124  0.00153 -0.00142 -0.00646 -0.00582 -0.01033 -0.00501
22     22  1.73332  1.73328  1.78183  0.80638  0.79971  0.77639  0.23986  0.24343  0.21186  0.05359  0.04751  0.05124  0.00759  0.00417  0.00483 -0.00205  0.00204  0.00148 -0.00557
23     23  2.11201  2.10475  2.16512  1.27518  1.25335  1.23423  0.42490  0.45649  0.40918  0.11333  0.10307  0.11188  0.01955  0.01729  0.02204  0.00071  0.00331  0.00209 -0.00718
24     24  2.34942  2.34030  2.38412  1.77992  1.74112  1.74573  0.75113  0.78114  0.72394  0.22425  0.20973  0.21054  0.04806  0.04944  0.04911  0.00694  0.00690  0.00984 -0.00180
25     25  2.45096  2.45831  2.48664  2.17699  2.13679  2.13908  1.19710  1.26456  1.18538  0.42160  0.41128  0.38490  0.10007  0.10036  0.10861  0.02000  0.01503  0.01675 -0.00385
26     26  2.53101  2.54228  2.53009  2.36921  2.35049  2.35031  1.67846  1.76963  1.65917  0.75723  0.73054  0.70584  0.20400  0.20364  0.21223  0.05129  0.04455  0.05038  0.01262
27     27  2.55934  2.59051  2.58696  2.43133  2.44541  2.44354  2.08184  2.14645  2.09236  1.18575  1.16176  1.12656  0.37441  0.38177  0.40294  0.09226  0.09510  0.09381  0.02198
28     28  2.57989  2.60854  2.61337  2.48159  2.49368  2.49621  2.33998  2.34082  2.35870  1.69764  1.67237  1.61503  0.67363  0.68055  0.70241  0.19244  0.18208  0.17729  0.05133
29     29  2.60931  2.61980  2.59673  2.51914  2.52921  2.50977  2.49775  2.39723  2.53065  2.08964  2.08295  2.01192  1.08372  1.11094  1.14449  0.37171  0.35454  0.33139  0.09880
30     30  2.60674  2.62481  2.62010  2.55914  2.56763  2.56966  2.58980  2.45085  2.62989  2.37082  2.32560  2.28929  1.54541  1.58905  1.62471  0.65308  0.62839  0.60759  0.17893
31     31  2.61456  2.63913  2.63013  2.56793  2.57175  2.55822  2.67716  2.47868  2.68699  2.54773  2.45905  2.47622  1.95216  2.02374  2.03277  1.06904  1.02800  0.99840  0.34453
32     32  2.61028  2.63362  2.62741  2.58047  2.58386  2.56781  2.68901  2.49588  2.73388  2.62386  2.54031  2.58920  2.22400  2.30711  2.33510  1.54885  1.48549  1.46393  0.60602
33     33  2.61978  2.63779  2.63317  2.58024  2.58909  2.56574  2.72582  2.53560  2.77887  2.66661  2.56820  2.63959  2.39788  2.46334  2.47682  1.95892  1.90704  1.91275  0.97676
34     34  2.63113  2.64676  2.63362  2.58905  2.60463  2.59476  2.71320  2.51554  2.76611  2.68561  2.57411  2.66175  2.49405  2.54831  2.54922  2.22657  2.20227  2.16877  1.40161
35     35  2.64514  2.63597  2.61157  2.57963  2.60348  2.57061  2.71074  2.52460  2.77257  2.71660  2.57703  2.69571  2.55539  2.58436  2.58893  2.38316  2.37624  2.27908  1.78312
36     36  2.62761  2.64415  2.63402  2.57699  2.60080  2.59907  2.73000  2.52055  2.77780  2.70315  2.59156  2.70981  2.57394  2.62044  2.62367  2.44274  2.45917  2.33803  2.06626
37     37  2.64312  2.62835  2.63954  2.57387  2.58122  2.59214  2.74195  2.51464  2.76541  2.73134  2.59817  2.73404  2.59903  2.64517  2.63547  2.48641  2.53371  2.39481  2.24053
38     38  2.64026  2.63337  2.64751  2.58833  2.60722  2.60934  2.74213  2.53479  2.79533  2.69772  2.58299  2.72282  2.59876  2.65979  2.63286  2.49704  2.55808  2.44005  2.32890
39     39  2.63336  2.61140  2.62628  2.57655  2.60714  2.58676  2.73395  2.50966  2.78159  2.73307  2.59951  2.72805  2.59257  2.65919  2.64952  2.50437  2.57516  2.44777  2.35042
40     40  2.64037  2.60892  2.63172  2.57191  2.58393  2.60207  2.74106  2.51940  2.78395  2.74473  2.58461  2.73746  2.61837  2.66571  2.65241  2.51701  2.59823  2.44900  2.38934
41     41  2.63630  2.62538  2.61459  2.56513  2.57893  2.60816  2.73274  2.52052  2.77952  2.72151  2.59546  2.72963  2.61422  2.66810  2.66123  2.51886  2.59837  2.46397  2.41480
42     42  2.63214  2.62575  2.61406  2.57195  2.59072  2.58935  2.74174  2.52178  2.77398  2.71635  2.60105  2.73799  2.61783  2.65063  2.65233  2.52648  2.59696  2.46815  2.45783
43     43  2.63178  2.60702  2.59979  2.56577  2.58029  2.58767  2.72147  2.51668  2.77221  2.70004  2.59717  2.74194  2.62862  2.64019  2.64542  2.50867  2.58499  2.45919  2.43863
44     44  2.63721  2.61561  2.60759  2.56956  2.57772  2.56917  2.74083  2.52081  2.77127  2.71856  2.59902  2.73185  2.62353  2.65171  2.65233  2.54325  2.60396  2.46040  2.43878
45     45  2.63370  2.59781  2.58446  2.54729  2.56883  2.57887  2.74123  2.52119  2.77503  2.75410  2.63740  2.74798  2.60122  2.66317  2.64703  2.52409  2.61357  2.46913  2.46220
[1] "qpcR"
[1] "reps384"
[1] "The (published) datasets implemented in qpcR"
   Cycles    A_A_1    A_A_2    A_A_3    A_A_4    A_A_5    A_A_6    A_A_7    A_A_8    A_A_9   A_A_10   A_A_11   A_A_12   A_A_13   A_A_14   A_A_15   A_A_16   A_A_17   A_A_18   A_A_19
1       1  4339.90  4577.98  4721.01  4699.60  4777.03  4634.72  4700.24  4869.85  4750.70  4714.66  4760.08  4774.46  4797.84  4548.29  4747.06  4778.07  4884.09  4725.86  4692.96
2       2  4364.73  4599.97  4737.07  4717.51  4790.52  4658.17  4729.29  4904.03  4778.03  4743.74  4783.53  4798.80  4829.20  4571.49  4774.61  4803.90  4906.18  4747.59  4712.27
3       3  4380.76  4613.96  4746.17  4734.25  4806.01  4666.66  4746.27  4911.42  4793.06  4757.01  4798.87  4813.33  4840.62  4588.08  4787.10  4815.47  4919.31  4758.76  4723.79
4       4  4385.89  4621.63  4753.98  4738.53  4815.89  4678.72  4758.69  4920.95  4802.51  4761.33  4808.15  4819.71  4846.01  4597.40  4791.31  4826.14  4931.66  4761.76  4733.86
5       5  4397.63  4628.76  4762.19  4747.31  4826.24  4683.79  4758.12  4932.73  4803.76  4771.57  4816.82  4830.31  4856.18  4599.68  4800.87  4827.21  4938.29  4773.57  4741.24
6       6  4400.10  4632.01  4761.62  4744.99  4834.02  4689.86  4761.40  4937.12  4810.47  4779.39  4820.21  4833.63  4860.71  4609.35  4806.40  4838.56  4938.83  4772.25  4736.25
7       7  4408.52  4638.97  4771.57  4748.95  4838.66  4691.50  4768.29  4938.61  4819.57  4782.64  4824.17  4838.84  4861.04  4609.85  4808.65  4843.37  4944.89  4777.32  4741.99
8       8  4402.95  4642.57  4774.93  4756.34  4842.16  4700.03  4770.00  4946.21  4825.67  4784.78  4832.99  4843.05  4865.46  4606.85  4812.04  4841.05  4949.00  4781.89  4745.60
9       9  4411.73  4644.82  4778.43  4763.47  4842.16  4700.67  4769.25  4948.18  4818.78  4789.38  4834.74  4848.69  4866.50  4615.17  4813.29  4843.01  4953.42  4779.75  4747.42
10     10  4414.05  4651.85  4779.10  4768.58  4850.01  4706.56  4777.68  4954.71  4830.74  4795.30  4837.59  4852.51  4873.28  4615.99  4816.32  4851.19  4954.64  4786.74  4752.70
11     11  4418.01  4650.67  4785.49  4764.33  4851.86  4714.62  4781.46  4959.56  4835.45  4802.01  4843.87  4851.33  4878.84  4620.48  4816.29  4853.58  4951.24  4795.66  4754.41
12     12  4421.54  4657.42  4784.24  4774.89  4856.40  4720.65  4784.60  4959.24  4839.98  4804.01  4845.98  4859.39  4882.41  4624.23  4827.17  4852.61  4957.92  4793.27  4764.15
13     13  4429.29  4669.69  4795.80  4790.92  4869.71  4731.68  4795.62  4973.33  4849.15  4816.96  4856.90  4873.17  4888.51  4636.58  4841.87  4869.24  4967.73  4797.84  4772.97
14     14  4446.56  4682.61  4809.08  4804.33  4879.95  4743.60  4811.75  4993.03  4862.11  4835.45  4870.67  4886.09  4901.29  4645.36  4846.80  4885.94  4978.26  4812.61  4789.92
15     15  4468.61  4702.24  4838.55  4826.17  4907.46  4779.89  4835.16  5024.93  4881.73  4858.32  4899.00  4911.32  4930.16  4673.30  4871.31  4911.96  5005.84  4844.58  4810.33
16     16  4520.53  4755.73  4873.88  4889.80  4957.03  4836.34  4891.33  5077.32  4925.12  4912.81  4936.54  4962.06  4980.86  4717.90  4921.52  4961.92  5051.09  4893.04  4855.33
17     17  4611.92  4843.26  4962.81  4993.82  5048.63  4938.86  4990.96  5193.33  5015.59  5012.87  5023.94  5055.09  5073.79  4813.75  5010.48  5065.51  5125.67  4989.54  4942.04
18     18  4803.62  5012.62  5133.27  5202.18  5236.26  5152.61  5189.76  5419.14  5181.73  5214.35  5186.73  5237.79  5257.53  4987.72  5181.34  5268.95  5296.10  5176.52  5119.82
19     19  5155.93  5349.31  5448.48  5598.21  5576.08  5544.97  5566.41  5825.41  5489.76  5575.98  5490.15  5587.61  5606.74  5325.33  5507.32  5642.24  5604.24  5532.62  5451.62
20     20  5758.40  5900.81  5998.41  6258.80  6189.54  6227.19  6213.66  6500.96  6026.53  6196.25  6019.54  6170.48  6194.54  5880.26  6074.14  6273.11  6124.81  6120.17  5993.70
21     21  6621.47  6662.36  6810.77  7209.23  7090.54  7203.88  7141.03  7368.10  6807.13  7031.13  6801.82  6987.91  7007.11  6629.82  6864.09  7135.90  6844.75  6902.09  6734.87
22     22  7599.37  7516.54  7760.20  8272.99  8152.27  8323.80  8196.05  8300.43  7706.53  7956.86  7713.92  7901.12  7917.75  7445.60  7765.41  8087.61  7639.23  7752.35  7539.28
23     23  8526.17  8319.23  8676.40  9285.90  9200.43  9397.66  9209.14  9163.18  8569.99  8835.31  8613.85  8776.39  8776.78  8222.53  8625.91  8994.53  8401.52  8564.14  8309.10
24     24  9336.53  9029.71  9495.54 10179.59 10142.62 10360.33 10103.97  9920.40  9357.12  9603.67  9421.71  9550.25  9552.07  8902.93  9395.98  9797.97  9073.93  9277.01  8990.39
25     25 10029.63  9629.76 10210.70 10944.34 10966.01 11178.54 10865.48 10538.54 10025.79 10258.41 10135.70 10209.23 10210.06  9480.92 10059.15 10485.48  9643.21  9878.84  9572.52
26     26 10579.36 10103.25 10780.98 11545.17 11625.06 11838.46 11488.39 11033.52 10578.36 10777.94 10713.22 10745.58 10726.96  9945.14 10595.70 11015.25 10107.50 10364.97 10024.29
27     27 11069.88 10533.89 11290.56 12086.15 12218.15 12424.51 12028.55 11472.16 11057.61 11244.49 11227.25 11212.90 11206.41 10345.84 11056.89 11495.03 10513.45 10799.96 10440.72
28     28 11425.90 10853.03 11677.23 12489.27 12671.55 12872.88 12434.56 11799.99 11428.01 11598.33 11622.14 11575.46 11563.11 10656.76 11418.27 11858.26 10824.65 11128.05 10755.03
29     29 11726.58 11115.45 12003.32 12818.65 13050.70 13237.44 12772.43 12067.23 11727.83 11884.81 11949.65 11864.40 11857.08 10912.90 11709.96 12161.36 11087.33 11409.46 11007.22
30     30 11992.22 11360.32 12290.66 13115.22 13388.45 13569.05 13081.39 12305.82 12005.49 12144.31 12252.19 12138.88 12112.80 11144.50 11983.62 12434.72 11319.35 11650.37 11248.45
31     31 12203.66 11551.30 12512.68 13355.55 13651.80 13829.41 13320.55 12502.83 12226.89 12348.21 12492.24 12346.93 12334.51 11319.21 12192.74 12651.14 11497.81 11842.03 11436.96
32     32 12378.33 11695.15 12706.45 13552.68 13885.29 14045.09 13511.57 12665.23 12411.83 12522.81 12678.40 12519.22 12494.24 11478.68 12376.90 12819.75 11659.71 12006.96 11601.98
33     33 12542.77 11855.48 12892.30 13735.31 14087.19 14255.77 13697.84 12806.80 12588.23 12695.14 12871.27 12697.39 12662.88 11629.38 12540.23 12992.28 11804.63 12158.08 11736.26
34     34 12657.95 11951.14 13017.30 13862.03 14231.14 14393.01 13848.57 12913.32 12702.16 12802.12 13007.02 12801.83 12777.21 11725.55 12650.53 13109.93 11902.93 12282.26 11845.37
35     35 12789.24 12076.29 13147.58 13999.99 14401.61 14555.87 13980.10 13025.93 12832.59 12939.33 13147.83 12947.21 12907.60 11838.99 12781.50 13232.87 12020.81 12400.52 11953.25
36     36 12878.49 12160.44 13263.70 14107.58 14531.39 14677.52 14093.01 13117.86 12947.32 13038.10 13260.53 13055.41 13008.63 11921.85 12876.92 13338.71 12111.33 12489.31 12057.74
37     37 12946.68 12224.03 13342.35 14181.02 14621.75 14770.56 14171.16 13188.98 13023.08 13100.05 13358.77 13121.85 13085.67 11997.36 12954.03 13409.58 12170.64 12574.24 12114.98
38     38 13023.08 12290.54 13421.50 14268.86 14721.46 14853.67 14258.48 13245.54 13097.51 13187.16 13450.69 13193.91 13153.08 12063.12 13027.54 13491.34 12247.47 12653.06 12191.99
39     39 13069.04 12349.21 13487.66 14330.64 14811.49 14939.77 14330.60 13295.85 13168.36 13244.04 13502.25 13260.49 13212.99 12115.05 13093.42 13550.64 12306.14 12717.30 12255.00
40     40 13126.21 12386.04 13538.47 14393.12 14875.65 14994.09 14383.99 13348.78 13230.94 13303.27 13592.75 13316.80 13281.90 12168.97 13149.54 13615.27 12352.10 12779.57 12308.17
41     41 13178.10 12454.09 13598.78 14445.72 14945.13 15069.42 14458.07 13403.94 13290.67 13366.11 13650.67 13378.82 13341.67 12222.17 13193.22 13669.15 12403.41 12838.41 12374.19
42     42 13182.94 12450.48 13621.08 14451.46 14958.29 15082.94 14467.85 13404.62 13290.50 13367.51 13675.03 13387.99 13343.99 12229.77 13224.31 13674.04 12421.80 12847.04 12374.34
43     43 13218.81 12500.44 13653.52 14486.72 15015.82 15129.32 14502.75 13442.23 13335.96 13407.75 13707.58 13427.35 13381.18 12265.45 13251.95 13722.60 12454.27 12890.12 12416.40
44     44 13249.68 12527.74 13682.28 14514.74 15049.57 15158.80 14525.94 13467.61 13373.54 13437.34 13760.07 13457.69 13421.68 12295.47 13275.59 13748.37 12480.85 12913.32 12447.98
45     45 13276.91 12550.51 13712.04 14549.99 15094.01 15203.34 14557.48 13493.73 13394.24 13468.78 13782.88 13498.04 13450.22 12335.87 13304.31 13784.34 12507.61 12964.69 12473.07
[1] "qpcR"
[1] "rutledge"
[1] "The (published) datasets implemented in qpcR"
   Cycles X1.R1.1 X1.R1.2 X1.R1.3 X1.R1.4 X1.R2.1 X1.R2.2 X1.R2.3 X1.R2.4 X1.R3.1 X1.R3.2 X1.R3.3 X1.R3.4 X1.R4.1 X1.R4.2 X1.R4.3 X1.R4.4 X1.R5.1 X1.R5.2 X1.R5.3
1       1  0.0000  0.0000  0.0006  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0001  0.0000  0.0000  0.0000  0.0000  0.0000
2       2  0.0000  0.0004  0.0004  0.0004  0.0000  0.0001  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000
3       3  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0007  0.0000  0.0000  0.0007  0.0000  0.0000  0.0000  0.0000  0.0007  0.0000  0.0001  0.0000
4       4  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0000  0.0023  0.0000  0.0013  0.0000  0.0000  0.0004  0.0000  0.0000  0.0000  0.0000
5       5  0.0007  0.0004  0.0000  0.0003  0.0002  0.0014  0.0005  0.0000  0.0005  0.0000  0.0002  0.0000  0.0003  0.0012  0.0000  0.0005  0.0009  0.0000  0.0001
6       6  0.0022  0.0012  0.0020  0.0016  0.0019  0.0020  0.0000  0.0015  0.0023  0.0028  0.0007  0.0010  0.0006  0.0021  0.0003  0.0013  0.0008  0.0013  0.0012
7       7  0.0005  0.0036  0.0015  0.0017  0.0006  0.0018  0.0031  0.0023  0.0022  0.0019  0.0037  0.0035  0.0010  0.0022  0.0040  0.0032  0.0011  0.0027  0.0028
8       8  0.0047  0.0053  0.0037  0.0060  0.0053  0.0019  0.0048  0.0036  0.0052  0.0052  0.0062  0.0068  0.0042  0.0039  0.0023  0.0057  0.0032  0.0046  0.0064
9       9  0.0107  0.0128  0.0109  0.0105  0.0094  0.0083  0.0097  0.0075  0.0080  0.0091  0.0097  0.0102  0.0072  0.0086  0.0082  0.0103  0.0087  0.0095  0.0100
10     10  0.0203  0.0248  0.0219  0.0229  0.0179  0.0162  0.0147  0.0144  0.0155  0.0200  0.0182  0.0154  0.0146  0.0169  0.0149  0.0175  0.0179  0.0177  0.0193
11     11  0.0363  0.0454  0.0394  0.0393  0.0294  0.0280  0.0278  0.0277  0.0264  0.0336  0.0312  0.0302  0.0252  0.0295  0.0287  0.0308  0.0326  0.0343  0.0330
12     12  0.0648  0.0758  0.0666  0.0704  0.0527  0.0520  0.0471  0.0461  0.0443  0.0591  0.0571  0.0509  0.0432  0.0527  0.0507  0.0529  0.0578  0.0611  0.0602
13     13  0.1081  0.1284  0.1130  0.1160  0.0883  0.0908  0.0802  0.0764  0.0710  0.0995  0.0949  0.0835  0.0728  0.0892  0.0857  0.0887  0.0949  0.0995  0.0974
14     14  0.1670  0.2001  0.1807  0.1841  0.1368  0.1412  0.1232  0.1224  0.1146  0.1556  0.1462  0.1334  0.1162  0.1372  0.1307  0.1349  0.1494  0.1577  0.1515
15     15  0.2408  0.2873  0.2532  0.2622  0.1931  0.2018  0.1803  0.1772  0.1607  0.2195  0.2156  0.1908  0.1614  0.1958  0.1889  0.1967  0.2120  0.2219  0.2131
16     16  0.3017  0.3637  0.3272  0.3464  0.2554  0.2642  0.2339  0.2347  0.2077  0.2853  0.2776  0.2475  0.2093  0.2493  0.2416  0.2520  0.2688  0.2807  0.2759
17     17  0.3586  0.4292  0.3820  0.4049  0.3063  0.3141  0.2760  0.2792  0.2433  0.3346  0.3296  0.2936  0.2447  0.2913  0.2861  0.2995  0.3125  0.3340  0.3180
18     18  0.3968  0.4734  0.4228  0.4505  0.3339  0.3496  0.3078  0.3089  0.2669  0.3694  0.3623  0.3249  0.2693  0.3206  0.3128  0.3265  0.3447  0.3655  0.3509
19     19  0.4208  0.5033  0.4506  0.4804  0.3577  0.3706  0.3291  0.3316  0.2870  0.3935  0.3884  0.3499  0.2892  0.3433  0.3374  0.3478  0.3643  0.3863  0.3726
20     20  0.4426  0.5311  0.4746  0.5034  0.3703  0.3892  0.3433  0.3489  0.3006  0.4114  0.4076  0.3611  0.2989  0.3566  0.3452  0.3613  0.3778  0.3994  0.3872
21     21  0.4526  0.5391  0.4824  0.5218  0.3894  0.4015  0.3590  0.3591  0.3056  0.4199  0.4187  0.3734  0.3016  0.3692  0.3557  0.3704  0.3874  0.4101  0.3940
22     22  0.4615  0.5511  0.4917  0.5306  0.3907  0.4039  0.3645  0.3654  0.3133  0.4344  0.4237  0.3855  0.3095  0.3713  0.3644  0.3803  0.3927  0.4196  0.4016
23     23  0.4687  0.5548  0.4967  0.5316  0.4017  0.4168  0.3681  0.3702  0.3200  0.4338  0.4266  0.3851  0.3141  0.3776  0.3705  0.3838  0.3988  0.4282  0.4089
24     24  0.4698  0.5596  0.4990  0.5394  0.4036  0.4188  0.3709  0.3720  0.3172  0.4398  0.4346  0.3882  0.3182  0.3799  0.3714  0.3879  0.4009  0.4262  0.4151
25     25  0.4760  0.5632  0.5089  0.5444  0.4080  0.4204  0.3755  0.3762  0.3243  0.4447  0.4392  0.3912  0.3175  0.3773  0.3722  0.3921  0.4055  0.4310  0.4175
26     26  0.4749  0.5664  0.5056  0.5460  0.4053  0.4237  0.3798  0.3791  0.3308  0.4487  0.4421  0.3972  0.3176  0.3843  0.3771  0.3914  0.4056  0.4299  0.4182
27     27  0.4722  0.5649  0.5035  0.5450  0.4043  0.4248  0.3766  0.3803  0.3256  0.4491  0.4464  0.3985  0.3204  0.3869  0.3784  0.3936  0.4095  0.4331  0.4189
28     28  0.4749  0.5684  0.5105  0.5481  0.4117  0.4258  0.3778  0.3812  0.3256  0.4526  0.4437  0.3972  0.3252  0.3852  0.3744  0.3938  0.4126  0.4345  0.4197
29     29  0.4769  0.5669  0.5110  0.5457  0.4103  0.4283  0.3824  0.3830  0.3273  0.4501  0.4468  0.3988  0.3253  0.3908  0.3762  0.3967  0.4093  0.4298  0.4184
30     30  0.4743  0.5704  0.5106  0.5472  0.4068  0.4266  0.3792  0.3826  0.3296  0.4512  0.4446  0.3965  0.3238  0.3898  0.3791  0.3903  0.4104  0.4354  0.4133
31     31  0.4751  0.5680  0.5099  0.5454  0.4095  0.4281  0.3766  0.3826  0.3271  0.4472  0.4431  0.4016  0.3209  0.3950  0.3800  0.3927  0.4061  0.4333  0.4153
32     32  0.4742  0.5658  0.5097  0.5494  0.4122  0.4299  0.3819  0.3867  0.3286  0.4515  0.4435  0.4004  0.3247  0.3914  0.3813  0.3976  0.4094  0.4307  0.4189
33     33  0.4760  0.5677  0.5086  0.5520  0.4087  0.4248  0.3810  0.3856  0.3317  0.4515  0.4489  0.4003  0.3243  0.3943  0.3814  0.3930  0.4081  0.4364  0.4199
34     34  0.4740  0.5712  0.5033  0.5465  0.4073  0.4240  0.3805  0.3816  0.3285  0.4511  0.4430  0.4014  0.3246  0.3871  0.3762  0.3956  0.4122  0.4356  0.4201
35     35  0.4742  0.5661  0.5109  0.5458  0.4111  0.4257  0.3826  0.3851  0.3297  0.4525  0.4476  0.3989  0.3252  0.3891  0.3822  0.3989  0.4072  0.4336  0.4168
36     36  0.4760  0.5647  0.5113  0.5497  0.4137  0.4267  0.3787  0.3857  0.3306  0.4524  0.4481  0.3991  0.3235  0.3855  0.3765  0.3980  0.4107  0.4317  0.4209
37     37  0.4724  0.5673  0.5089  0.5461  0.4106  0.4255  0.3825  0.3805  0.3294  0.4489  0.4442  0.3957  0.3181  0.3882  0.3749  0.3930  0.4085  0.4346  0.4211
38     38  0.4723  0.5646  0.5060  0.5465  0.4090  0.4269  0.3775  0.3792  0.3312  0.4544  0.4418  0.4041  0.3239  0.3933  0.3812  0.3968  0.4100  0.4327  0.4214
39     39  0.4712  0.5630  0.5082  0.5439  0.4118  0.4284  0.3808  0.3843  0.3330  0.4486  0.4494  0.4004  0.3250  0.3905  0.3837  0.3995  0.4098  0.4345  0.4196
40     40  0.4722  0.5661  0.5083  0.5459  0.4090  0.4260  0.3756  0.3862  0.3291  0.4487  0.4462  0.4001  0.3252  0.3916  0.3811  0.3981  0.4058  0.4314  0.4238
41     41  0.4722  0.5631  0.5058  0.5462  0.4083  0.4298  0.3827  0.3848  0.3319  0.4464  0.4483  0.4005  0.3233  0.3869  0.3800  0.3968  0.4062  0.4311  0.4194
42     42  0.4683  0.5661  0.5041  0.5440  0.4090  0.4270  0.3811  0.3848  0.3316  0.4485  0.4458  0.3984  0.3242  0.3900  0.3803  0.3960  0.4068  0.4328  0.4171
43     43  0.4692  0.5654  0.5097  0.5444  0.4108  0.4250  0.3813  0.3821  0.3303  0.4488  0.4430  0.4044  0.3239  0.3898  0.3822  0.3955  0.4121  0.4336  0.4231
44     44  0.4702  0.5611  0.4992  0.5414  0.4130  0.4271  0.3778  0.3830  0.3285  0.4487  0.4471  0.3972  0.3210  0.3853  0.3794  0.3951  0.4074  0.4324  0.4194
45     45  0.4732  0.5560  0.5055  0.5398  0.4135  0.4279  0.3826  0.3823  0.3302  0.4508  0.4484  0.3989  0.3261  0.3855  0.3790  0.3959  0.4109  0.4278  0.4133
[1] "qpcR"
[1] "testdat"
[1] "The (published) datasets implemented in qpcR"
   Cycles         F1.1         F1.2          F1.3          F1.4         F2.1         F2.2          F2.3         F2.4         F3.1         F3.2          F3.3          F3.4         F4.1         F4.2          F4.3          F4.4         F5.1         F5.2          F5.3
1       1 -0.059106239 -0.056939713 -0.0040970331  0.0065296355 -0.026498128 -0.028372014 -0.0071276970  0.005109089 -0.021055314 -0.023233401  0.0011633940 -0.0085136054 -0.021073988 -0.024832773  0.0069237879 -5.495273e-03 -0.021056808 -0.023131851 -1.019073e-02
2       2 -0.036877204 -0.035405393  0.0151080518  0.0039174473 -0.018780227 -0.017167074 -0.0045053034  0.005647468 -0.014664481 -0.013727978 -0.0156739458  0.0007563955 -0.012227287 -0.014592578  0.0070477391 -5.185664e-03 -0.015757050 -0.014443244 -3.065813e-03
3       3 -0.015347616 -0.019087576  0.0126974808  0.0292953218 -0.008777137 -0.007955381  0.0144841563 -0.003517108 -0.008776376 -0.006690385  0.0014916694  0.0137929558 -0.007398820 -0.007280719  0.0093074333  6.357207e-03 -0.007163656 -0.006887648 -8.824853e-04
4       4 -0.000611298 -0.002992528 -0.0019156590  0.0010586051 -0.001576636 -0.003346391  0.0046786013 -0.014222419 -0.000539915 -0.001941566  0.0102653142 -0.0005123181 -0.000482188 -0.003040919 -0.0122035043  3.728531e-03 -0.001317454 -0.003027508 -6.476915e-03
5       5  0.021857274  0.022171068 -0.0127608446  0.0088534288  0.014038819  0.012159435  0.0143067264  0.017569702  0.010561402  0.010039470 -0.0037933534  0.0120825656  0.009649030  0.010409069 -0.0070137801  5.227320e-03  0.010928880  0.009685919 -4.893951e-03
6       6  0.030978844  0.035314429 -0.0128240174 -0.0009954736  0.015095180  0.016309412 -0.0103234501  0.015113141  0.013419371  0.012320460 -0.0134337007 -0.0051322513  0.010459264  0.014505147 -0.0110721048  1.294182e-02  0.013309280  0.014672481  3.328800e-03
7       7  0.050170550  0.052087065 -0.0099945453  0.0013735563  0.025622858  0.023527858 -0.0149550424 -0.007378399  0.022337612  0.018213666  0.0086134602  0.0029564917  0.019786836  0.020649264  0.0003170512 -1.384512e-02  0.019342620  0.019336267  9.996325e-03
8       8  0.061160509  0.069006071  0.0105083670 -0.0058294717  0.027728393  0.030130096 -0.0010020294 -0.016324625  0.024520688  0.022581022  0.0015285547 -0.0074932703  0.021875000  0.024302200 -0.0044372824  3.729304e-03  0.022815908  0.023038312 -1.793014e-05
9       9  0.083265568  0.090189477  0.0046669156  0.0004294800  0.037551830  0.036732333 -0.0096037490 -0.001174091  0.029059005  0.025243474  0.0002089713  0.0049144844  0.027829890  0.028691710  0.0162268520  1.021964e-02  0.028295319  0.026252898  7.348156e-03
10     10  0.118362364  0.130214820 -0.0219660013 -0.0049077760  0.044924797  0.044868804 -0.0026107457 -0.006525971  0.035284557  0.030000078 -0.0118877877  0.0095180295  0.028791632  0.034686117  0.0221723603 -6.658498e-03  0.030675719  0.029954943  6.005059e-03
11     11  0.175922835  0.201188871 -0.0103331478 -0.0073520391  0.050889283  0.054917495  0.0157242339 -0.010623942  0.035284557  0.032086444 -0.0191469196  0.0051673045  0.031848124  0.035566415 -0.0135772487  1.003066e-02  0.030855372  0.033327624 -2.581933e-03
12     12  0.290339541  0.335726913  0.0103299309 -0.0133370010  0.066332272  0.075996996  0.0048119734 -0.017632382  0.042853011  0.041786490 -0.0018710335  0.0045959395  0.034904616  0.043902293 -0.0141825579  9.304538e-03  0.038348392  0.041212584 -3.105786e-03
13     13  0.501976673  0.574850460  0.0210389413 -0.0083558631  0.092039420  0.105003354 -0.0127696576 -0.020035325  0.050421464  0.047485072 -0.0047218355  0.0242988565  0.042386399  0.046974352  0.0069855731 -1.679627e-02  0.043655635  0.044110982 -1.558638e-03
14     14  0.880496054  1.012261364  0.0162512123 -0.0037215383  0.136783524  0.152833678  0.0129178744 -0.011837609  0.058320478  0.054522666  0.0255111625 -0.0028810985  0.045205552  0.050261993  0.0069027899  5.202510e-03  0.044935662  0.048129216 -1.675325e-02
15     15  1.581720561  1.819792750  0.0068985308  0.0039343068  0.222865531  0.255288776  0.0113103831 -0.019097788  0.072116802  0.069921294  0.0062790487  0.0084639830  0.050904134  0.058382289  0.0195388184 -1.076330e-03  0.050048282  0.052634907  1.011529e-02
16     16  2.739381278  3.118341453  0.0203513834  0.0114340735  0.380801115  0.440890234  0.0170971839  0.004788708  0.094482906  0.091788073 -0.0031541520 -0.0131219728  0.055847576  0.059038020  0.0062072692 -2.549510e-03  0.054621943  0.054723071 -3.918682e-03
17     17  4.408958305  4.939132711 -0.0002277961 -0.0052044927  0.673637316  0.787487465 -0.0081473300  0.001576061  0.131030158  0.139408789 -0.0010362259 -0.0066700151  0.059459792  0.069565660  0.0098859970  1.252309e-02  0.054255152  0.056495046  7.311448e-04
18     18  6.359128914  7.005929541  0.0018972228  0.0007462722  1.212005574  1.416066005 -0.0008786631 -0.008647313  0.201141836  0.224105466  0.0111000815 -0.0194048827  0.067828612  0.078117121  0.0137169030 -1.219694e-02  0.056081622  0.056817823  1.505608e-02
19     19  8.224850985  8.888487383 -0.0001105422  0.0019169593  2.187333189  2.543287002  0.0024844501 -0.007733571  0.352787480  0.394911796  0.0030924579  0.0007048993  0.095013653  0.107077113 -0.0115213625  6.812692e-03  0.067601859  0.069043792 -4.996616e-03
20     20  9.480585275 10.076366170  0.0085537081  0.0073356512  3.676423389  4.199117684 -0.0064542452  0.012722591  0.622270016  0.704068539  0.0113928033  0.0171907853  0.129423125  0.140851793 -0.0083055927 -8.004131e-03  0.072901618  0.070975822  1.265767e-02
21     21 10.155262400 10.660826160 -0.0039665849 -0.0087317846  5.568224536  6.202398308 -0.0183141545  0.001814291  1.109154496  1.264304376  0.0070570374  0.0004553564  0.183410693  0.212146908  0.0073479075  4.539917e-03  0.078934958  0.075560575  7.986610e-04
22     22 10.622321420 11.100919400  0.0031748638  0.0030196159  7.561643827  8.170594724 -0.0006030896  0.009005415  1.992164691  2.274760580  0.0047283054  0.0086281097  0.302322353  0.361747445 -0.0047726305 -1.218681e-02  0.099329406  0.100411126  2.059165e-02
23     23 10.865904880 11.290662990  0.0121080137 -0.0100567409  9.081580613  9.584098600  0.0156405829 -0.024878690  3.381655773  3.776694945 -0.0033365759 -0.0005993117  0.520828028  0.633531538 -0.0074558235 -4.450117e-03  0.127746051  0.132504402  4.134987e-03
24     24 11.001592300 11.434874330  0.0097367377  0.0140672888  9.975089001 10.441596660 -0.0123231158 -0.018487191  5.212195745  5.721834167  0.0078970398  0.0027489400  0.923297550  1.135323465 -0.0146356266 -1.528910e-02  0.184557182  0.198133571  8.519335e-04
25     25 11.145290200 11.544897640  0.0006894848 -0.0058677518 10.531738650 10.942606760  0.0154146149  0.007773211  7.181678288  7.663969104 -0.0027583283 -0.0083631265  1.670336555  2.046024929  0.0011937097 -1.729554e-02  0.300073889  0.319748115 -2.295883e-03
26     26 11.185179030 11.529823820  0.0209439133 -0.0016347894 10.830061040 11.117121130  0.0035877421 -0.007644326  8.745665870  9.041018285 -0.0019259815  0.0057972298  2.861980425  3.447006186 -0.0038451830 -5.265256e-03  0.512786367  0.546486873  5.731905e-03
27     27 11.269043670 11.609544100  0.0015479853 -0.0013334981 11.092825450 11.333438150 -0.0084121718  0.016213659  9.795683117  9.924952711 -0.0030953137 -0.0046072737  4.599186953  5.394499821 -0.0080767639 -1.492770e-02  0.928169541  0.994000577  6.484292e-04
28     28 11.324953430 11.613273710 -0.0034748101  0.0113969010 11.226304660 11.443461460 -0.0088589186 -0.001706855 10.351736930 10.437477300 -0.0174662362  0.0027643010  6.507424185  7.383392273 -0.0071250459  6.274313e-03  1.657830792  1.781657420  1.625798e-02
29     29 11.420752020 11.617003310 -0.0030690917 -0.0008062261 11.413394370 11.549755170 -0.0156838502  0.006422652 10.768604810 10.773739600  0.0062548703  0.0054720113  8.267033105  9.056121340 -0.0022971309 -4.980976e-03  2.906057588  3.078952423  2.361034e-02
30     30 11.380863190 11.617003310  0.0048927814 -0.0087830331 11.426705830 11.538410950 -0.0034198291  0.013215856 10.916069460 10.949870740  0.0017990721  0.0010329694  9.259819990 10.104813310  0.0040083873 -8.275394e-04  4.586345663  4.860224132  1.796610e-02
31     31 11.392797140 11.670150160  0.0155021099  0.0112418258 11.489069060 11.602902020 -0.0095961347 -0.014358926 11.097166390 11.061870740 -0.0013097076  0.0070998380  9.951623269 10.721477460  0.0246657910  3.512301e-03  6.551885701  6.843397986 -1.045469e-03
32     32 11.388873650 11.635962130 -0.0024552488 -0.0093924706 11.515874320 11.610516630  0.0045652172  0.008027923 11.215138100 11.116428120  0.0176760100  0.0112766380 10.348738020 10.976278610  0.0099655733  9.443585e-05  8.264465671  8.459836343 -3.441843e-05
33     33 11.356995280 11.488021180  0.0110348601 -0.0056367494 11.533562130 11.564984380 -0.0092471281  0.022183601 11.274123960 11.141199010 -0.0115292761  0.0094910671 10.588869170 11.142466420  0.0074394974 -2.614309e-03  9.381485629  9.496001825 -4.540270e-04
34     34 11.440696440 11.590429880  0.0030600961  0.0056904827 11.622730620 11.595287410 -0.0118532938  0.015767577 11.392095670 11.232483680 -0.0118058517 -0.0179857252 10.752279010 11.338141600 -0.0095124239 -1.826750e-02 10.105050770 10.162449300  4.492703e-03
35     35 11.408818070 11.552512250  0.0106867385  0.0070475963 11.609419170 11.587672800  0.0046917263  0.001133942 11.438318510 11.189202160  0.0014645333 -0.0112500434 10.921983920 11.412086860 -0.0005397358 -1.269000e-02 10.495530500 10.503728280  1.182215e-02
36     36 11.420752020 11.556397250 -0.0111424650  0.0050297515 11.604860460 11.625590440  0.0069119832  0.009210917 11.463672080 11.275765210  0.0088154507  0.0132592486 10.992410150 11.493290550 -0.0016171111  4.465534e-03 10.737627940 10.748508810  1.281364e-03
37     37 11.388873650 11.518324210 -0.0015511843  0.0016666905 11.569302470 11.618131230  0.0075900878  0.004014601 11.413137410 11.304488410 -0.0002320358  0.0080795452 11.018115070 11.559674950  0.0087113821  7.478766e-04 10.905720160 10.872953990 -6.542032e-03
38     38 11.332963890 11.491906190  0.0005807531 -0.0107461834 11.551432300 11.564984380 -0.0014204889 -0.005485181 11.438318510 11.275765210 -0.0031974860 -0.0124380239 11.040541300 11.556045730 -0.0120153715 -2.058794e-02 11.019145230 10.941341300 -1.425122e-03
39     39 11.356995280 11.442488940  0.0006161113 -0.0016168243 11.587172640 11.538410950  0.0153018868  0.006875862 11.497304370 11.203563750 -0.0244151850  0.0140313504 11.174967530 11.570865030 -0.0111987207 -7.645441e-04 11.141867430 11.009564210  2.561104e-03
40     40 11.352908310 11.465332760  0.0071356099 -0.0052941478 11.569302470 11.580058200 -0.0077753342  0.012106253 11.497304370 11.266125230  0.0158769605 -0.0077877819 11.171819990 11.567084590  0.0104661104 -3.368237e-03 11.214385100 11.073677310  2.599041e-03
41     41 11.321029940 11.385612480  0.0063532887 -0.0095024914 11.551432300 11.538410950 -0.0094658378 -0.016210186 11.459360250 11.242123660  0.0181083705 -0.0057814617 11.184672450 11.545006870  0.0026882167 -1.169805e-02 11.287088700 11.049676000  1.277402e-02
42     42 11.313019470 11.324851020 -0.0082944245 -0.0056150245 11.542497220 11.473919890  0.0086239517 -0.003130952 11.463672080 11.237205300  0.0184325741  0.0126025021 11.146246220 11.589313540 -0.0062885267  5.225983e-04 11.314422280 11.125954150  6.133277e-03
43     43 11.257109710 11.336195230 -0.0132539780 -0.0114763749 11.484692700 11.462420280  0.0036030327  0.009586666 11.417276770 11.208482110  0.0045486248 -0.0113044047 11.136541300 11.607762050 -0.0152865925 -1.865529e-02 11.269052260 11.142064620 -1.093974e-03
44     44 11.229154830 11.321121420  0.0258619569  0.0095853083 11.448952360 11.435846850  0.0240813152 -0.006112479 11.421588600 11.189202160  0.0082470831  0.0022990095 11.197393760 11.548636080  0.0061675142 -8.914552e-03 11.318884910 11.121844340 -4.115078e-03
45     45 11.233241810 11.252745350 -0.0137583476 -0.0132267759 11.475757610 11.413158430 -0.0081026518  0.006205689 11.429867320 11.174840560  0.0091211263  0.0044277788 11.245524910 11.537597220 -0.0023173933  9.817622e-04 11.368903500 11.081732550  4.068349e-03
46     46 11.209210420 11.218557310  0.0025909366  0.0029391422 11.444575990 11.356281970 -0.0137415500  0.009089558 11.404686220 11.160282230  0.0017185753  0.0122719374 11.149393760 11.541226440  0.0140287656 -1.044734e-03 11.327996100 11.097843020  8.020218e-03
47     47 11.157387630 11.184369280 -0.0096639269  0.0147055653 11.382212750 11.306864720  0.0163340136 -0.001618629 11.349839720 11.067423160  0.0033425600 -0.0116245432 11.162246220 11.489510120  0.0116616859 -1.667233e-02 11.282626080 11.061676660 -7.099062e-03
48     48 11.197276460 11.180639670  0.0177544502  0.0046071742 11.404459290 11.322093940  0.0065411132  0.013346967 11.392095670 11.082769230 -0.0031455812 -0.0264581188 11.197393760 11.485880900 -0.0120879533 -2.093094e-03 11.327996100 11.101788440 -5.914578e-03
49     49 11.197276460 11.195868890 -0.0061085881 -0.0094776245 11.382212750 11.341052760  0.0041720593 -0.004012579 11.337249170 11.120977810  0.0045677806  0.0118505180 11.187819990 11.530187570 -0.0012301407  9.723468e-03 11.350681120 11.117898920  1.013172e-02
[1] "qpcR"
[1] "vermeulen1"
[1] "The (published) datasets implemented in qpcR"
      Cycles AHCY.1495  AHCY.1832  AHCY.1496  AHCY.1834  AHCY.1497  AHCY.1835  AHCY.1498  AHCY.1836 AHCY.1499  AHCY.1837 AHCY.1500  AHCY.1839 AHCY.1501  AHCY.1840 AHCY.1503  AHCY.1841  AHCY.1507  AHCY.1842  AHCY.1508
 [1,]      1  1.102538  0.4694715  0.6655472  0.3837045  0.9792154  0.3786612  0.8437802  0.5942330  1.176738  0.4023585  1.443731  0.5220364  1.044671  0.5153576  1.143172  0.5023187  0.5483946  0.4756452  0.7548474
 [2,]      2  1.453846  0.6440861  0.8638874  0.4925101  1.2115889  0.5172549  1.0705389  0.7999509  1.508919  0.5291205  1.769264  0.6505823  1.268128  0.6572354  1.404575  0.6620796  0.7387855  0.6376334  0.9519819
 [3,]      3  1.463030  0.6327078  0.8696884  0.4926136  1.2091517  0.5226223  1.0759442  0.7924680  1.516811  0.5292368  1.759667  0.6457677  1.263420  0.6548877  1.397303  0.6647669  0.7466984  0.6299100  0.9468584
 [4,]      4  1.471323  0.6238187  0.8609363  0.4896741  1.2220658  0.5171477  1.0651832  0.7819662  1.511180  0.5165236  1.749010  0.6455284  1.247974  0.6571435  1.399281  0.6466759  0.7335141  0.6191732  0.9491666
 [5,]      5  1.473840  0.6207419  0.8718821  0.4922408  1.2404523  0.5117231  1.0648569  0.7893797  1.510726  0.5138520  1.758447  0.6428335  1.260053  0.6569343  1.391293  0.6566925  0.7255470  0.6216197  0.9462114
 [6,]      6  1.453012  0.6092091  0.8746304  0.4894769  1.2296255  0.5037998  1.0673577  0.7842060  1.513106  0.5138108  1.760778  0.6477603  1.252480  0.6418936  1.383618  0.6515334  0.7332292  0.6189298  0.9514655
 [7,]      7  1.476681  0.6120946  0.8634341  0.4840209  1.2242876  0.5038228  1.0673763  0.7842293  1.505547  0.5188349  1.753309  0.6477712  1.249990  0.6544072  1.396229  0.6490003  0.7203289  0.6189360  0.9568288
 [8,]      8  1.462026  0.6178962  0.8691182  0.4703763  1.2351438  0.4933526  1.0648940  0.7842993  1.510742  0.5138559  1.768424  0.6428563  1.242653  0.6519823  1.388810  0.6439728  0.7204078  0.6137653  0.9408753
 [9,]      9  1.472982  0.6204047  0.8686039  0.4728343  1.2317133  0.5061894  1.0590885  0.7787558  1.499780  0.5110823  1.759922  0.6424973  1.239434  0.6566029  1.382947  0.6385085  0.7225705  0.6107764  0.9510157
[10,]     10  1.463978  0.6203670  0.8657310  0.4727959  1.2289139  0.5061285  1.0719116  0.7633879  1.502172  0.5060332  1.752275  0.6474005  1.241803  0.6440515  1.380315  0.6359144  0.7121925  0.6081048  0.9562749
[11,]     11  1.467506  0.6234668  0.8716587  0.4729645  1.2427920  0.5036994  1.0697516  0.7840865  1.507790  0.5087183  1.757937  0.6526212  1.239789  0.6517936  1.378322  0.6361605  0.7124666  0.6083595  0.9406221
[12,]     12  1.461907  0.6207329  0.8690294  0.4757899  1.2430394  0.4959126  1.0751462  0.7689409  1.510631  0.5063294  1.750836  0.6428162  1.247534  0.6394208  1.378602  0.6362860  0.7126228  0.6032287  0.9541744
[13,]     13  1.458373  0.6061167  0.8771141  0.4673925  1.2398651  0.4983411  1.0747267  0.7661011  1.505000  0.5036228  1.762582  0.6425573  1.237088  0.6366735  1.383115  0.6233114  0.7149292  0.6029970  0.9457823
[14,]     14  1.464447  0.6033037  0.8687969  0.4619835  1.2373343  0.4878954  1.0722666  0.7687358  1.512717  0.4986672  1.757789  0.6451164  1.244692  0.6317569  1.370673  0.6310426  0.7046920  0.5952110  0.9378759
[15,]     15  1.458229  0.6146881  0.8714174  0.4673602  1.2263719  0.4851854  1.0617270  0.7711500  1.509890  0.5110762  1.754951  0.6251002  1.246925  0.6491176  1.370382  0.6258198  0.7045426  0.6003156  0.9537105
[16,]     16  1.450389  0.6093889  0.8608341  0.4622299  1.2352775  0.4828876  1.0728180  0.7640304  1.510954  0.5064302  1.761159  0.6330031  1.245325  0.6345506  1.394029  0.6211368  0.7153728  0.5981054  0.9516955
[17,]     17  1.470328  0.6291477  0.8855667  0.4674117  1.2560536  0.4983707  1.0929214  0.7814327  1.553024  0.5111060  1.777668  0.6475561  1.262084  0.6642246  1.388255  0.6335435  0.7123947  0.6240152  0.9592000
[18,]     18  1.494120  0.6291656  0.9052250  0.4838394  1.2507950  0.5088998  1.1266104  0.7763573  1.585949  0.5261416  1.782818  0.6476205  1.262202  0.6617506  1.411036  0.6488366  0.7305114  0.6188056  0.9699869
[19,]     19  1.508718  0.6491570  0.9330732  0.4919172  1.2881149  0.5218908  1.1729591  0.7888996  1.681551  0.5434619  1.822421  0.6549245  1.299361  0.6891345  1.413362  0.6589157  0.7562143  0.6370612  0.9939140
[20,]     20  1.555814  0.6776978  1.0056894  0.5163604  1.3120219  0.5374791  1.2683638  0.8141045  1.812396  0.5807528  1.869472  0.6597361  1.351455  0.7089609  1.448406  0.6765648  0.7947475  0.6893719  1.0097632
[21,]     21  1.647665  0.7321906  1.1036962  0.5490565  1.3871450  0.5846206  1.4519604  0.8469860  2.122751  0.6605332  1.974258  0.6969514  1.443686  0.7814339  1.491314  0.7350641  0.8669951  0.7680427  1.0739589
[22,]     22  1.794374  0.8548633  1.3462647  0.6357869  1.5119840  0.6810171  1.7918898  0.9196265  2.680856  0.8019668  2.182005  0.7558176  1.626831  0.8931253  1.593448  0.8131867  1.0235905  0.9272689  1.1719558
[23,]     23  2.105293  1.0670386  1.7746356  0.7856134  1.7907431  0.8511940  2.4227616  1.0562283  3.720477  1.0611559  2.565950  0.8672553  1.995548  1.1328865  1.769870  0.9834071  1.3383223  1.2235355  1.3697522
[24,]     24  2.706534  1.5015368  2.5983041  1.0816207  2.2843264  1.1590585  3.5780331  1.3231899  5.560344  1.5882890  3.305468  1.0642161  2.638300  1.5635163  2.095190  1.3098967  1.9196280  1.7987747  1.7341279
[25,]     25  3.825796  2.3146525  4.1081368  1.6693569  3.2440942  1.7917978  5.6126803  1.8615258  8.700477  2.5594919  4.658171  1.4965666  3.881372  2.4137205  2.757963  1.9540024  2.9833544  2.8590626  2.4698910
[26,]     26  5.767367  3.7703678  6.7102519  2.7314900  4.9669549  2.9302749  8.8396910  2.8315001 13.098577  4.3198954  6.997026  2.2878568  6.030744  3.9381859  3.918548  3.1061348  4.8648263  4.7400219  3.8037102
[27,]     27  8.885867  6.3077412 10.7834362  4.5994703  7.8276297  4.9346249 13.1500233  4.5909724 18.296868  7.2655253 10.530277  3.6676202  9.392991  6.5125966  5.970766  5.1602515  7.9481320  7.8271388  6.1139511
[28,]     28 13.199211 10.1602185 16.2521203  7.6768948 12.0446480  8.1798154 17.9168109  7.5534893 22.806411 11.6594453 15.104092  6.1312337 13.867429 10.5052327  9.265199  8.5001409 12.3670137 12.2584692  9.7933451
[29,]     29 17.608821 14.8279773 21.8074592 12.0043891 17.1497327 12.6569892 22.0644366 11.8050299 25.616538 16.8692999 19.389808  9.7729619 18.297086 15.5031053 13.624709 12.9577666 17.1556875 17.0284348 14.6241056
[30,]     30 20.900678 19.1491651 26.5333326 16.9419975 21.8237270 17.5305127 25.0359716 16.7958476 27.213124 21.5325961 22.476554 14.4690920 21.554616 20.0937205 18.173922 17.6532662 20.9965773 20.8868953 19.5258071
[31,]     31 22.857407 22.0147432 29.7578018 20.9214786 25.1698049 21.4175085 26.8881167 21.0761010 27.981409 24.7514989 24.197291 19.0231179 23.403613 23.3441316 21.499569 21.2008053 23.4030379 23.3184779 23.1530681
[32,]     32 23.835576 23.5383560 31.6740433 23.4358034 27.1031440 23.8495492 27.8522618 23.8037305 28.314425 26.4595926 25.122832 22.3321032 24.345784 25.0232237 23.438861 23.3259362 24.6046556 24.5992374 25.3400786
[33,]     33 24.302219 24.2842686 32.6868645 24.7419286 28.0187309 25.0908535 28.2357694 25.3231276 28.391821 27.3513035 25.566856 24.2907926 24.806172 25.8832166 24.405110 24.3678731 25.2283684 25.1928604 26.5225601
[34,]     34 24.578557 24.6581643 33.2230729 25.3343288 28.5076586 25.6007695 28.4539581 26.0601427 28.425503 27.6817019 25.731257 25.2683662 24.953069 26.3239375 24.880363 24.7996132 25.4272182 25.4079785 27.0486221
[35,]     35 24.657264 24.8408632 33.4074379 25.6312110 28.6911300 25.8857163 28.5381064 26.3980455 28.479851 27.8863852 25.802419 25.7520734 25.116182 26.4783003 25.144211 25.0634159 25.5701908 25.5925284 27.3354870
[36,]     36 24.701956 24.8869303 33.4821906 25.7732356 28.7412061 26.0114394 28.4908722 26.5302267 28.438821 27.8534932 25.819467 25.9753462 25.128186 26.5179761 25.199461 25.1803627 25.5774649 25.5841757 27.4096496
[37,]     37 24.646656 24.9084189 33.3750283 25.7616836 28.6989710 25.9980012 28.4503238 26.5916808 28.432283 27.9171003 25.792235 26.0278616 25.135617 26.5110238 25.199372 25.1953498 25.6003790 25.5626522 27.4684543
[38,]     38 24.684936 25.0094815 33.4171899 25.8206740 28.7962914 26.0607027 28.4387923 26.5947322 28.484466 27.9512166 25.785192 26.0409448 25.110662 26.5943933 25.214347 25.2103588 25.6310822 25.5752276 27.4473833
[39,]     39 24.701773 24.9247197 33.4319998 25.7966816 28.8143265 26.0135258 28.3886522 26.6199157 28.377274 27.9225799 25.844623 26.0030707 25.105639 26.5687935 25.211861 25.2283555 25.5717651 25.5991326 27.4711251
[40,]     40 24.674158 24.9723597 33.3177641 25.7919471 28.7947463 26.0504067 28.3876754 26.5684553 28.426459 27.9265062 25.739767 25.9978065 25.118088 26.5581807 25.254750 25.2003919 25.6338150 25.5862803 27.4201192
[41,]     41 24.699853 24.9112421 33.3301496 25.7643421 28.7336984 25.9402104 28.3185223 26.6402132 28.384295 27.8720963 25.767448 25.9558203 25.105734 26.5335143 25.171667 25.1495477 25.5642111 25.5258602 27.4336133
[42,]     42 24.691927 24.9378921 33.2954498 25.7728637 28.7948576 25.9717187 28.3128329 26.6349436 28.365973 27.9640886 25.784586 25.9629562 25.142937 26.6231730 25.269870 25.2157111 25.5899749 25.5286286 27.3906729
[43,]     43 24.708245 24.8758384 33.2603347 25.7487558 28.7701331 26.0217341 28.2603450 26.6345162 28.412942 27.8681492 25.791971 25.8781615 25.128081 26.5753421 25.171667 25.2413374 25.6132730 25.5602503 27.5026873
[44,]     44 24.621541 24.8982076 33.2054024 25.7238963 28.7438247 25.9849739 28.2660896 26.6017578 28.295155 27.8913922 25.754905 25.8163960 25.078506 26.5081797 25.212100 25.1598789 25.5539501 25.5891054 27.3960898
[45,]     45 24.672725 24.9167216 33.1990009 25.7396209 28.7713358 26.0058323 28.2851418 26.6123869 28.303878 27.8873896 25.807503 25.7917682 25.140688 26.5961931 25.179221 25.1903362 25.5641040 25.6070941 27.4577162
[46,]     46 24.607344 24.8614111 33.1042191 25.6941690 28.7009296 25.9536485 28.1936184 26.5991899 28.325136 27.8460798 25.720082 25.7467958 25.076118 26.5031794 25.093815 25.1168024 25.5283280 25.5053317 27.4281681
[47,]     47 24.612768 24.8811715 33.0823160 25.6858259 28.6958100 25.8958902 28.1785087 26.5714169 28.292787 27.8789850 25.737586 25.7294505 25.041259 26.5082771 25.151727 25.1193201 25.4921831 25.5236487 27.4095012
[48,]     48 24.651690 24.8987519 33.1182228 25.6778303 28.6608247 25.9748035 28.1343527 26.5127401 28.257264 27.8162498 25.697844 25.6673675 25.028977 26.4557376 25.126648 25.0837237 25.5232519 25.4922881 27.3827831
[49,]     49 24.572460 24.7964121 32.9976621 25.6443653 28.6297492 25.9221142 28.1717390 26.5005500 28.223587 27.7626998 25.650998 25.6429130 25.036525 26.4315037 25.086385 25.0888026 25.4458012 25.4343658 27.3484708
[50,]     50 24.611302 24.9002579 33.0278988 25.6417317 28.6455925 25.9562936 28.1688306 26.5284455 28.213167 27.7624164 25.690807 25.6180396 24.981759 26.4939339 25.071241 25.0710482 25.4587648 25.4737948 27.3617808
[1] "qpcR"
[1] "vermeulen2"
[1] "The (published) datasets implemented in qpcR"
   Cycles AHCY.STD_150000 AHCY.STD_150000.1 AHCY.STD_150000.2 AHCY.STD_15000 AHCY.STD_15000.1 AHCY.STD_15000.2 AHCY.STD_1500 AHCY.STD_1500.1 AHCY.STD_1500.2 AHCY.STD_150 AHCY.STD_150.1 AHCY.STD_150.2 AHCY.STD_15 AHCY.STD_15.1 AHCY.STD_15.2 AKR1C1.STD_150000 AKR1C1.STD_150000.1 AKR1C1.STD_150000.2 AKR1C1.STD_15000
1       1       0.4853496         0.4144634         0.4596779      0.4131665        0.7067045        0.5400305     0.3692960       0.3843748       0.4306759    0.4194130      0.4209580      0.4140157   0.4229551     0.3879521     0.4403688         0.3365157           0.4058250           0.3656988        0.3035802
2       2       0.5788330         0.5318287         0.5596723      0.4930907        0.8017326        0.6734090     0.5110873       0.4965875       0.5787527    0.5678740      0.5637686      0.5428207   0.5469927     0.5472962     0.5668642         0.4027908           0.5158556           0.4641751        0.3525614
3       3       0.5690517         0.5344705         0.5623711      0.4851618        0.8075321        0.6824501     0.5141393       0.5023245       0.5680614    0.5575371      0.5587690      0.5302508   0.5471027     0.5319314     0.5696181         0.4064620           0.5052927           0.4532892        0.3488832
4       4       0.5638954         0.5217109         0.5492907      0.4742727        0.7903519        0.6762423     0.5139606       0.5021536       0.5651524    0.5573296      0.5560078      0.5326089   0.5519920     0.5239888     0.5614724         0.4062960           0.5229904           0.4604783        0.3908104
5       5       0.5587822         0.5341160         0.5517102      0.4741342        0.7873153        0.6760558     0.5078610       0.4991787       0.5676861    0.5545561      0.5533009      0.5324660   0.5416715     0.5315721     0.5586846         0.4027453           0.5050562           0.4493940        0.3907538
6       6       0.5488655         0.5265537         0.5387741      0.4687691        0.7816477        0.6581377     0.5167299       0.5047919       0.5649651    0.5492863      0.5379029      0.5197500   0.5416277     0.5237915     0.5559964         0.4065488           0.5053925           0.4423520        0.3795618
7       7       0.5389915         0.5240729         0.5362207      0.4500043        0.7760439        0.6611419     0.5048862       0.5019952       0.5676899    0.5493144      0.5481513      0.5172222   0.5340286     0.5263920     0.5480713         0.4028440           0.4979900           0.4421641        0.3832321
8       8       0.5415226         0.5165731         0.5362741      0.4634705        0.7648586        0.6641718     0.5108671       0.4936030       0.5704445    0.5415166      0.5482099      0.5172707   0.5340625     0.5238528     0.5560793         0.4028567           0.5051686           0.4421419        0.3832351
9       9       0.5461530         0.5213058         0.5333813      0.4444491        0.7728602        0.6697251     0.5135275       0.4933095       0.5674086    0.5385900      0.5402073      0.5144435   0.5261424     0.5261333     0.5531118         0.4066065           0.4982688           0.4387137        0.3796289
10     10       0.5362168         0.5112159         0.5359285      0.4604893        0.7531038        0.6577626     0.5075605       0.4876537       0.5700581    0.5333156      0.5375992      0.5042673   0.5261002     0.5054676     0.5371927         0.3958716           0.5052656           0.4459307        0.3795193
11     11       0.5339665         0.5164639         0.5309784      0.4553268        0.7618878        0.6520907     0.5018467       0.4822198       0.5648936    0.5309352      0.5250339      0.5070023   0.5161457     0.5056791     0.5347724         0.4170402           0.5088535           0.4459321        0.3871464
12     12       0.5365618         0.5241260         0.5285174      0.4446960        0.7479541        0.6432899     0.5078719       0.4851394       0.5731061    0.5231954      0.5277086      0.5020477   0.5187981     0.5083587     0.5454556         0.4133647           0.5158182           0.4494497        0.3831694
13     13       0.5511912         0.5364571         0.5386441      0.4472069        0.7420347        0.6430386     0.5047124       0.4905844       0.5647800    0.5229893      0.5351726      0.5069125   0.5185784     0.5158758     0.5373186         0.3993878           0.5087872           0.4495748        0.3718136
14     14       0.5413711         0.5440765         0.5490450      0.4446028        0.7393226        0.6342053     0.4929248       0.4737576       0.5513617    0.5099924      0.5173497      0.4968500   0.5059579     0.5004836     0.5162271         0.4310825           0.5410048           0.4679699        0.3909049
15     15       0.5931957         0.5967187         0.5902324      0.4471870        0.7335419        0.6430019     0.4928267       0.4708412       0.5566472    0.5098920      0.5300223      0.4891434   0.5058523     0.5029546     0.5214038         0.4629687           0.5590626           0.5012189        0.3910210
16     16       0.6505081         0.6750451         0.6758701      0.4528905        0.7425149        0.6345103     0.4961447       0.4796225       0.5597400    0.5128452      0.5252593      0.4945560   0.5061957     0.4955646     0.5297225         0.5333499           0.6305360           0.5525986        0.3832535
17     17       0.7886828         0.8329379         0.8252370      0.4687192        0.7449371        0.6698927     0.4988674       0.4681167       0.5513434    0.5125839      0.5249857      0.4816255   0.5110011     0.5056178     0.5188814         0.6358266           0.7274732           0.6448170        0.3986719
18     18       1.0311413         1.1244062         1.1376813      0.4982487        0.7674950        0.6848160     0.4929585       0.4765884       0.5621886    0.5099722      0.5198739      0.4917905   0.5059479     0.4875821     0.5189017         0.8261122           0.9493493           0.8434250        0.4291727
19     19       1.5231790         1.7044911         1.6950996      0.5463935        0.8236130        0.7442020     0.5106709       0.4877745       0.5620950    0.5124721      0.5197476      0.4866047   0.5058221     0.4977916     0.5135195         1.2180804           1.3438877           1.1825532        0.4561283
20     20       2.4330354         2.7591514         2.7582856      0.6454638        0.9331540        0.8482096     0.5164840       0.4876755       0.5700680    0.5096933      0.5169970      0.4864625   0.4929458     0.4976105     0.5081074         1.9581648           2.0775458           1.8555948        0.5285402
21     21       4.0485764         4.6637802         4.6484262      0.8304145        1.1300898        1.0595239     0.5490688       0.5130008       0.6051272    0.5069057      0.5270265      0.4888806   0.5054675     0.4922915     0.5133438         3.2703306           3.4209214           3.0593617        0.6928751
22     22       6.8299932         7.8047647         7.7679700      1.2128441        1.5256046        1.4661552     0.5870433       0.5546842       0.6530901    0.5139866      0.5210700      0.4958187   0.5072379     0.5044436     0.5154263         5.4599924           5.5980961           5.0722728        0.9526707
23     23      10.8101356        12.1113303        12.0902917      1.9259824        2.2795759        2.2340787     0.6639244       0.6220558       0.7365798    0.5080811      0.5227958      0.4927279   0.4912467     0.4908851     0.5045332         8.7404336           9.0120168           8.2087521        1.4801448
24     24      15.2969873        16.5021817        16.5563503      3.2398975        3.6046450        3.6361217     0.8405356       0.7756643       0.9079003    0.5191858      0.5385188      0.5062498   0.4942712     0.4966862     0.5084922        12.7271417          13.0393236          12.1407923        2.3982896
25     25      18.9127037        19.7050379        19.8092711      5.5086580        5.9176937        5.9615012     1.1915935       1.0809133       1.2488435    0.5500254      0.5810438      0.5340335   0.4935557     0.4961861     0.5117610        16.0786126          16.6110589          15.8635086        4.0175907
26     26      21.0031646        21.4138774        21.5476344      9.0141181        9.4413055        9.5291979     1.8411059       1.6639184       1.8883423    0.6076410      0.6496118      0.5879104   0.5009016     0.5013888     0.5187343        18.2599739          18.9584478          18.3678579        6.6439407
27     27      21.9962745        22.1456427        22.3033804     13.2973015       13.5762723       13.7538313     3.0432621       2.7606714       3.0791923    0.7089517      0.7685749      0.6993433   0.5100326     0.5161276     0.5462802        19.4345778          20.1466203          19.7072631       10.3005281
28     28      22.2768833        22.4458351        22.5460971     17.1097467       17.1901295       17.2468135     5.1942376       4.7277952       5.2041622    0.8997119      1.0342718      0.9248926   0.5298611     0.5564460     0.5757328        20.0707575          20.8154381          20.4876432       14.0844092
29     29      22.3891204        22.4750624        22.7009925     19.5177634       19.3839877       19.3077954     8.6235876       7.9123420       8.5534730    1.2782013      1.5195634      1.3414068   0.5597347     0.6058261     0.6393840        20.3926430          21.1597986          20.8024519       16.7724361
30     30      22.4607775        22.5681195        22.6497728     20.7085123       20.5250527       20.3045246    13.3086572      12.3411716      13.0741367    2.0309164      2.4266884      2.1631155   0.6289167     0.7353861     0.7924587        20.5553131          21.3690391          21.0054213       18.3518049
31     31      22.5057272        22.5291409        22.6400107     21.1519721       20.9010980       20.7156207    17.9605459      16.9504453      17.4838195    3.3913405      4.1028130      3.6075826   0.7482692     0.9583457     1.0702056        20.5821513          21.5055190          21.1289188       19.1559020
32     32      22.4560987        22.5861940        22.6800387     21.2922798       21.0932072       20.8650153    21.2230753      20.2935202      20.4122692    5.7588633      6.9039622      6.1339955   0.9785169     1.4113376     1.6165298        20.6540504          21.5544066          21.2427221       19.6912911
33     33      22.4399083        22.5306561        22.6401289     21.3305392       21.1509112       20.9250868    22.8672478      22.0003980      21.9728964    9.4111192     11.0542243      9.9149198   1.4457229     2.2607206     2.6123985        20.6430255          21.5914651          21.2468219       19.8605202
34     34      22.4054290        22.4939242        22.6202934     21.3356824       21.1580476       20.8694269    23.6241237      22.8099933      22.5592491   14.1075838     15.7333124     14.4768132   2.2890209     3.7818956     4.3824916        20.7233969          21.5809695          21.2382547       19.9931648
35     35      22.4291009        22.5023265        22.6287222     21.3602960       21.1541649       20.9106615    23.8593610      23.0480137      22.8359781   18.3439970     19.4614218     18.3418924   3.8582739     6.4140098     7.3860634        20.6881143          21.5789199          21.2901773       20.1083548
36     36      22.3908457        22.4544059        22.6104451     21.4140510       21.1702634       20.9131144    23.9693040      23.1412326      22.9062219   21.0803422     21.4187908     20.5088098   6.4843738    10.3394206    11.5423817        20.5632215          21.4957125          21.2297503       20.0878771
37     37      22.3942831        22.5184640        22.5984807     21.3579216       21.1075925       20.8850314    23.9046042      23.1222533      22.8316781   22.3199197     22.3485158     21.4851855  10.4921778    15.0656178    15.9600543        20.6496381          21.5470737          21.2820313       20.1454199
38     38      22.3901259        22.4412569        22.6093151     21.3357363       21.1705123       20.9150292    23.9691837      23.1416617      22.8425868   22.8353865     22.6281166     21.8429515  15.0732183    19.0382183    19.1456705        20.6473517          21.5570051          21.2697788       20.0600063
39     39      22.3637872        22.4173364        22.5641506     21.3513918       21.1591608       20.8678456    23.9358981      23.1718491      22.8632155   23.0014657     22.6625504     21.9001790  18.7428696    21.4605529    20.8776789        20.5817544          21.5484421          21.1616181       20.0933921
40     40      22.4339490        22.4735818        22.5370388     21.3348680       21.1083573       20.8623734    23.9855715      23.1513304      22.9188335   23.0132582     22.7379626     21.9344157  20.8265374    22.6276783    21.5495617        20.6059055          21.5343463          21.2537194       20.1543322
41     41      22.3517891        22.3827212        22.5287825     21.3713532       21.1323262       20.8338845    23.8837748      23.1194185      22.8667232   22.9812770     22.7451613     21.9084600  21.6516262    23.1351978    21.7631063        20.5243747          21.4877831          21.1800008       20.1198461
42     42      22.3498686        22.4133255        22.5423988     21.3644140       21.1253325       20.8594371    23.9856550      23.1175957      22.8918040   23.0680455     22.7047614     21.9142908  21.9675056    23.3007002    21.8275408        20.6324769          21.5800669          21.2339722       20.1600232
43     43      22.3975009        22.3916440        22.5149748     21.3606718       21.1105507       20.8441945    23.9013808      23.1444534      22.8525829   23.0977931     22.7158781     21.9101550  22.0649405    23.4097709    21.8765579        20.5011611          21.5398479          21.1413124       20.1522032
44     44      22.2661514        22.3635793        22.4421458     21.3061056       21.0839912       20.8157986    23.8974082      23.0844491      22.8384086   22.9902216     22.6745964     21.9045848  22.0797791    23.3089475    21.8228735        20.5263558          21.5764426          21.1306826       20.1369571
45     45      22.2700639        22.3699874        22.4898306     21.3038334       21.0923328       20.8329586    23.9217298      23.0851748      22.8285776   23.0410804     22.7269721     21.9183363  22.0478680    23.3903232    21.8553499        20.5194274          21.4436667          21.0795349       20.1000083
46     46      22.2862576        22.2986728        22.4528430     21.2986709       21.1212123       20.8108336    23.8477557      23.0710218      22.8281176   22.9801127     22.6569803     21.9202561  22.0777006    23.3401385    21.8577393        20.4769137          21.4475152          21.1087617       20.0795267
47     47      22.2686908        22.2832618        22.3854693     21.2793408       21.1149999       20.7890593    23.8175847      22.9972624      22.8087751   23.0242313     22.6285970     21.8565191  22.0468385    23.3141098    21.8176741        20.4212722          21.4266263          21.0323269       20.1271106
48     48      22.1949613        22.2661831        22.3833256     21.2881224       21.0595349       20.7513638    23.8182458      22.9838206      22.7688310   22.9384403     22.6033958     21.8569927  22.0269080    23.3222275    21.7600198        20.4338266          21.4323916          21.0860215       20.1328480
49     49      22.1789796        22.2748617        22.4024422     21.2586810       21.0082992       20.7946062    23.8360953      22.9418622      22.7236220   22.9081777     22.5968326     21.8197886  21.9897653    23.2849592    21.7603889        20.3591958          21.3957856          21.0375969       20.0217612
50     50      22.1593899        22.2300323        22.3769890     21.2458430       20.9892528       20.7597694    23.7922612      22.9620320      22.7293496   22.9581069     22.5843903     21.8404598  22.0079050    23.2929995    21.7635122        20.3521686          21.4675696          21.0080622       20.1097368
[1] "robustbase"
[1] "Animals2"
[1] "Brain and Body Weights for 65 Species of Land Animals"
                               body   brain
Mountain beaver               1.350    8.10
Cow                         465.000  423.00
Grey wolf                    36.330  119.50
Goat                         27.660  115.00
Guinea pig                    1.040    5.50
Dipliodocus               11700.000   50.00
Asian elephant             2547.000 4603.00
Donkey                      187.100  419.00
Horse                       521.000  655.00
Potar monkey                 10.000  115.00
Cat                           3.300   25.60
Giraffe                     529.000  680.00
Gorilla                     207.000  406.00
Human                        62.000 1320.00
African elephant           6654.000 5712.00
Triceratops                9400.000   70.00
Rhesus monkey                 6.800  179.00
Kangaroo                     35.000   56.00
Golden hamster                0.120    1.00
Mouse                         0.023    0.40
Rabbit                        2.500   12.10
Sheep                        55.500  175.00
Jaguar                      100.000  157.00
Chimpanzee                   52.160  440.00
Rat                           0.280    1.90
Brachiosaurus             87000.000  154.50
Mole                          0.122    3.00
Pig                         192.000  180.00
Artic fox                     3.385   44.50
Owl monkey                    0.480   15.50
Roe deer                     14.830   98.20
Verbet                        4.190   58.00
Chinchilla                    0.425    6.40
Ground squirrel               0.101    4.00
Artic ground squirrel         0.920    5.70
African giant pouched rat     1.000    6.60
Lesser short-tailed shrew     0.005    0.14
Star-nosed mole               0.060    1.00
Nine-banded armadillo         3.500   10.80
Tree hyrax                    2.000   12.30
N.A. opossum                  1.700    6.30
Big brown bat                 0.023    0.30
European hedgehog             0.785    3.50
Galago                        0.200    5.00
Genet                         1.410   17.50
Grey seal                    85.000  325.00
Rock hyrax-a                  0.750   12.30
Water opossum                 3.500    3.90
Yellow-bellied marmot         4.050   17.00
Little brown bat              0.010    0.25
Slow loris                    1.400   12.50
Okapi                       250.000  490.00
Baboon                       10.550  179.50
Desert hedgehog               0.550    2.40
Giant armadillo              60.000   81.00
Rock hyrax-b                  3.600   21.00
Raccoon                       4.288   39.20
E. American mole              0.075    1.20
Musk shrew                    0.048    0.33
Echidna                       3.000   25.00
Brazilian tapir             160.000  169.00
Tenrec                        0.900    2.60
Phalanger                     1.620   11.40
Tree shrew                    0.104    2.50
Red fox                       4.235   50.40
[1] "robustbase"
[1] "CrohnD"
[1] "Crohn's Disease Adverse Events Data"
       ID nrAdvE   BMI height country sex age weight   treat
1   19908      4 25.22    163      c1   F  47     67 placebo
2   19909      4 23.80    164      c1   F  53     64      d1
3   19910      1 23.05    164      c1   F  68     62 placebo
4   20908      1 25.71    165      c1   F  48     70      d2
5   20909      2 25.95    170      c1   F  67     75 placebo
6   20910      2 28.70    168      c1   F  54     81      d1
7   21908      3 26.62    161      c1   F  53     69      d1
8   21909      0 26.22    168      c1   F  53     74 placebo
9   21910      1 32.05    154      c1   F  47     76      d2
10  21911      0 33.27    157      c1   F  58     82 placebo
11  21912      5 32.46    152      c1   F  63     75      d2
12  21913      2 37.58    159      c1   F  54     95      d2
13  21914      6 28.37    170      c1   M  58     82 placebo
14  21915      0 23.05    160      c1   F  54     59      d2
15  21916      0 23.94    177      c1   M  56     75      d1
16  21917      0 36.44    164      c1   F  51     98      d2
17  21918      0 31.10    172      c1   F  59     92      d2
18  22908      5 18.20    159      c1   F  66     46      d2
19  22909      8 30.82    156      c1   M  71     75 placebo
20  22910      0 24.76    182      c1   M  51     82 placebo
21  22911      3 24.76    182      c1   M  68     82      d2
22  22912      2 20.96    162      c1   F  36     55 placebo
23  22913      9 23.83    156      c1   F  47     58      d2
24  22914      3 25.15    157      c1   F  75     62      d2
25  22915      3 25.28    164      c1   F  29     68      d2
26  22916      2 30.86    163      c1   F  53     82      d1
27  22917      2 25.20    153      c1   F  57     59      d2
28  22918      2 24.52    159      c1   F  65     62 placebo
29  23908      0 30.44    158      c1   F  55     76      d1
30  23909      0 23.42    156      c1   F  44     57      d1
31  23910      0 26.71    156      c1   F  59     65      d1
32  23911      0 31.79    180      c1   M  53    103 placebo
33  23912      0 16.00    150      c1   F  28     36      d1
34  23913      0 19.47    165      c1   F  60     53 placebo
35  23914      0 34.48    172      c1   F  53    102      d2
36  23915      0 28.84    158      c1   F  58     72 placebo
37  24908      1 27.06    173      c1   F  39     81 placebo
38  24909      0 22.48    155      c1   F  52     54      d1
39  24910      0 20.96    156      c1   F  51     51      d1
40  24911      1 24.15    182      c1   M  63     80 placebo
41  24912      0 25.15    162      c1   F  69     66 placebo
42  24913      0 24.76    182      c1   M  56     82      d1
43  24914      0 22.77    165      c1   F  51     62      d2
44  24915      0 22.43    158      c1   F  58     56 placebo
45  24916      0 21.56    164      c1   F  59     58      d1
46  24917      3 17.42    166      c1   F  46     48      d1
47  24918      0 25.04    166      c1   F  44     69      d2
48  25908      2 27.12    176      c1   M  50     84      d2
49  25909     12 23.61    154      c1   F  62     56 placebo
50  25910      4 30.63    149      c1   F  46     68 placebo
51  25911      8 21.08    154      c1   F  39     50      d2
52  25912      0 29.30    160      c1   F  45     75 placebo
53  25913      1 25.71    165      c1   F  56     70      d2
54  25914      0 29.39    166      c1   F  53     81      d2
55  25915      2 24.03    158      c1   F  41     60 placebo
56  25916      1 25.25    178      c1   M  58     80      d1
57  25917      0 26.95    160      c1   F  42     69      d2
58  25918      5 23.34    163      c1   F  52     62 placebo
59  25919      2 22.27    160      c1   F  45     57      d1
60  25920      1 27.89    164      c1   F  69     75      d1
61  25921      2 27.14    164      c1   F  54     73      d1
62  26908      0 25.78    150      c1   F  73     58      d1
63  26909      2 26.45    165      c1   F  57     72      d1
64  26910      0 19.10    165      c1   F  66     52      d1
65  26911      1 26.35    163      c1   F  59     70 placebo
66  26912      0 31.96    176      c1   F  46     99      d2
67  26913      0 23.04    178      c1   M  44     73      d2
68  26914      1 25.53    162      c1   F  66     67 placebo
69  27908      0 21.63    158      c1   F  58     54 placebo
70  28908      7 29.34    162      c1   F  57     77      d2
71  28909      0 24.34    172      c1   F  33     72      d1
72  28910      0 26.57    182      c1   M  56     88      d1
73  28911      9 42.27    124      c1   M  40     65      d1
74  28912      0 23.95    166      c1   F  19     66      d1
75  28913      0 21.37    156      c1   F  56     52      d2
76  28914      0 23.42    164      c1   F  53     63 placebo
77  28915      0 24.03    158      c1   F  40     60      d1
78  28916      0 23.24    162      c1   F  55     61      d2
79  50908      1 22.03    158      c2   F  67     55 placebo
80  50909      4 19.37    176      c2   F  66     60      d1
81  50910      0 16.41    160      c2   F  61     42      d1
82  50911      4 24.24    156      c2   F  63     59      d2
83  50912      0 32.45    172      c2   F  62     96      d2
84  50913      6 24.96    171      c2   M  66     73      d2
85  50914      0 26.57    168      c2   F  62     75      d1
86  50915      7 28.40    173      c2   M  60     85 placebo
87  51908      0 23.66    172      c2   M  38     70      d2
88  51909      0 29.90    153      c2   F  57     70      d1
89  51910      0 22.59    167      c2   F  62     63      d1
90  51911      4 22.72    157      c2   F  55     56 placebo
91  51912      6 26.31    151      c2   F  59     60      d1
92  51913      2 23.23    166      c2   F  54     64 placebo
93  51914      2 20.96    159      c2   F  54     53 placebo
94  51915      5 27.92    165      c2   F  60     76      d1
95  51916      7 38.29    149      c2   F  50     85      d1
96  51917     12 29.30    160      c2   F  66     75 placebo
97  51918      3 22.76    169      c2   F  43     65      d2
98  51919      7 30.12    168      c2   F  46     85 placebo
99  53908      1 31.16    152      c2   F  69     72 placebo
100 53909      3 23.66    172      c2   M  35     70 placebo
101 53910      6 24.77    162      c2   F  70     65      d1
102 53911      8 27.34    160      c2   F  62     70      d2
103 54923      5 42.98    165      c2   F  57    117      d2
104 54924      0 22.76    161      c2   F  30     59      d2
105 54925      2 33.20    160      c2   F  56     85      d2
106 54926      0 20.50    153      c2   F  74     48 placebo
107 54927      0 21.33    150      c2   F  65     48      d1
108 54928      1 23.88    165      c2   F  61     65 placebo
109 54929      1 25.54    152      c2   F  70     59      d2
110 54930      1 28.48    159      c2   F  65     72      d1
111 54931      0 22.04    165      c2   F  54     60 placebo
 [ reached getOption("max.print") -- omitted 6 rows ]
[1] "robustbase"
[1] "NOxEmissions"
[1] "NOx Air Pollution Data"
     julday       LNOx   LNOxEm    sqrtWS
193     373  4.4572501 5.536489 0.8564461
194     373  4.1518270 5.513000 1.0166120
195     373  3.8340615 4.886994 1.0954451
196     373  4.1728476 5.138912 1.3540679
197     373  4.3228073 5.666518 1.2041595
198     373  5.0261805 7.152554 1.1476062
199     373  5.1372679 7.365265 0.9486833
200     373  5.7506661 8.085808 1.0246951
201     373  5.5989774 8.073264 0.9831073
202     373  5.1798153 7.936809 1.0166120
203     373  5.3166483 7.877836 1.0488088
204     373  4.5844571 7.911379 0.9308598
205     373  4.6111523 7.820182 0.9746794
206     373  5.3468694 7.962808 1.2517987
207     373  5.2621719 8.065117 1.3601471
208     373  5.1239640 8.065216 1.4200352
209     373  5.4424177 8.129148 1.4720734
210     373  5.6624395 8.131394 1.1762228
211     373  5.7339883 8.070725 1.0800463
212     373  5.6631341 7.736661 1.1832160
213     373  5.3865572 7.683533 1.2780845
214     373  4.9225324 7.315929 1.3354774
215     373  4.1736177 6.551458 1.4377065
216     373  4.2731879 6.296703 1.4776671
217     374  4.8755789 6.035895 0.7959271
218     374  4.6563385 5.680694 1.0409131
219     374  4.3188206 5.601203 1.2316655
220     374  4.0993321 5.495394 1.3784049
221     374  4.1782260 5.710396 1.4142136
222     374  4.7596065 6.738585 1.3903237
223     374  5.4341586 7.248643 1.3964240
224     374  5.4234070 7.581114 1.1832160
225     374  5.6847695 7.839757 1.0488088
226     374  5.4651022 7.915671 0.9746794
227     374  4.0018637 7.978074 1.9874607
228     374  4.1743873 7.817267 2.2285646
229     374  4.2863414 7.650129 2.0976177
230     374  4.3141492 7.703372 1.8165902
231     374  3.7796338 7.597574 2.2097511
232     374  4.0360090 7.602523 1.9958707
233     374  3.9843437 7.456598 1.9621417
234     374  4.4402955 7.553842 1.4023195
235     374  4.6913479 7.157578 1.0800463
236     374  4.7059201 7.022697 1.1691878
237     374  3.8586222 6.598900 1.5275798
238     374  3.0563569 6.340375 2.0000000
239     374  3.0421386 6.288348 1.8752333
240     374  2.9231616 6.250002 1.9060430
241     375  3.1759683 6.085638 1.6278821
242     375  3.2580965 5.783922 1.3964240
243     375  4.1141472 5.436316 1.0000000
244     375  4.4710672 5.443556 1.2247449
245     375  4.3637354 5.538550 1.2911235
246     375  4.2470656 5.519629 1.4024978
247     375  4.3489868 5.540172 1.4434334
248     375  4.8271130 6.090390 1.4491377
249     375  5.1532916 6.446578 1.2247449
250     375  5.3945362 6.628367 0.8564461
251     375  5.1998773 6.856516 0.7638717
252     375  4.2121276 6.984021 0.8366600
253     375  3.6095656 6.813064 0.8163945
254     375  3.3690185 6.857616 1.2845233
255     375  3.9406105 7.152753 1.8349387
256     375  3.9522048 7.215083 1.6533300
257     375  4.7828979 7.480697 0.9399468
258     375  4.8263117 7.505014 1.0800463
259     375  4.8601999 7.165758 1.1029506
260     375  4.6136343 6.832595 1.2515990
261     375  4.7471037 6.680632 1.3663821
262     375  4.3294167 6.500859 1.4548196
263     375  4.2703965 6.027304 1.3964240
264     375  3.3232358 5.810202 1.3964240
265     376  2.7343675 5.468154 1.5165751
266     376  2.3174737 5.363827 1.4662878
267     376  2.3513753 4.705627 1.5385058
268     376  1.4469190 4.676207 1.9061742
269     376  2.4336134 5.424534 2.0041208
270     376  5.0552899 7.591232 1.5865056
271     376  5.1149953 7.634214 1.4317821
272     376  5.9156628 8.194059 0.9573401
273     376  5.9740640 8.315324 0.9036039
274     376  6.0015386 8.143970 0.8163945
275     376  5.7468420 8.153782 0.9308598
276     376  4.6695524 8.080605 1.0568822
277     376  4.7866581 7.961429 1.6278821
278     376  4.8782461 8.021582 1.4491377
279     376  5.2252089 8.070947 1.1547727
280     376  4.9934891 8.194942 1.3601471
281     376  5.5980515 8.268282 1.0876580
282     376  5.3986151 8.172656 1.1762228
283     376  5.3141907 8.233116 1.2515990
284     376  5.0159545 7.750316 1.0166120
285     376  4.6279097 7.578517 1.0800463
286     376  4.6788852 7.074997 1.0327149
287     376  3.9512437 6.059715 1.2247449
288     376  3.6454499 5.782613 1.1104053
289     377  1.8245493 5.423810 1.8165902
290     377  1.7316555 5.449163 1.9706598
291     377  2.0668628 5.079268 2.0897368
292     377  0.9932518 5.049947 2.0412006
293     377  1.6486586 5.477242 1.4832397
294     377  4.5859874 7.458109 1.4776671
295     377  5.1360925 7.861335 1.3290974
296     377  5.6185876 8.326374 1.2974976
297     377  4.5669490 8.273178 1.6329421
298     377  4.0289168 8.073091 1.9748418
299     377  4.5976419 8.249876 1.9018412
300     377  3.9009621 8.198225 1.9408761
301     377  3.3250360 8.132039 1.8708287
302     377  4.2195077 8.187858 1.7464249
303     377  4.8390558 8.208645 1.6979399
304     377  4.8759604 8.305183 1.5111254
305     377  4.8162412 8.340374 1.3784049
306     377  5.2171073 8.337954 1.2449900
307     377  5.6424388 8.160695 1.2583720
308     377  5.5952688 8.013149 1.3290974
309     377  5.3879295 7.587414 1.4432602
310     377  4.7291562 7.262567 1.4200352
311     377  4.1533993 6.449204 1.1970798
312     377  4.2456340 6.037355 1.0954451
313     378  3.6095656 5.521828 1.5706686
314     378  3.4307562 5.600700 1.3903237
315     378  3.1090610 5.008994 1.4024978
316     378  2.5455313 5.367141 1.8753666
317     378  3.2386785 5.336375 1.2517987
318     378  5.2040067 7.399467 1.3164346
319     378  5.7476399 7.756341 1.5111254
320     378  5.5351666 8.338063 1.4662878
321     378  5.9245231 8.396405 1.3038405
322     378  5.9608765 8.131267 1.0409131
323     378  4.7313622 8.285065 1.9235384
324     378  3.3758796 8.177373 1.7888544
325     378  3.6712245 8.148285 1.4943226
326     378  4.1190372 8.160085 1.3784049
327     378  4.9770785 8.389644 1.3477759
328     378  4.6709579 8.269821 2.2509998
329     378  4.9917922 8.323286 2.3345235
330     378  5.2590567 8.415184 1.2179901
331     378  5.0225639 8.184052 1.5438588
332     378  5.2577558 8.045790 1.4889594
333     378  5.1784071 7.798350 1.5436969
334     378  5.0495354 7.215766 1.0000000
335     378  4.8210877 6.480635 1.0800463
336     378  4.2268337 6.113279 1.1972886
337     379  3.5638830 5.601901 1.4023195
338     379  1.8484548 5.108929 1.7271364
339     379  2.1747517 5.194418 2.1871214
340     379  0.1823216 5.198051 2.6362853
341     379  1.4929041 5.649437 2.3523393
342     379  3.1398326 7.446355 2.1833461
343     379  3.1376658 7.874385 2.4698178
344     379  3.2542430 8.251979 2.1679483
345     379  3.8617818 8.286362 2.1486042
346     379  4.5103099 8.272033 1.7606817
347     379  4.3630986 8.257042 1.9790149
348     379  3.9464244 8.181548 2.0041208
353     379  4.6225188 8.370291 1.6481808
354     379  4.3675473 8.342382 1.5438588
355     379  4.8287137 8.135473 1.2911235
356     379  4.5633060 7.970659 1.6634302
357     379  4.4670569 7.872215 2.0777392
358     379  4.6620230 7.529276 1.5915401
359     379  4.0673159 6.419182 1.1618950
360     379  4.1303550 6.213181 1.4023195
361     380  3.3250360 5.678255 1.5329710
362     380  1.9387417 5.329156 1.5968719
363     380  2.0281482 5.347726 1.3903237
364     380  2.0980179 5.136859 1.5491933
365     380  2.1690537 5.595195 1.4202113
366     380  4.8222957 7.058003 1.3228757
367     380  5.2165649 7.180580 1.0488088
368     380  5.5893065 7.957995 1.2780845
369     380  5.8595033 7.924886 1.3540679
370     380  5.4568157 7.685502 1.3290974
371     380  4.1351666 7.786594 1.2383457
372     380  2.7311155 7.529421 1.0566456
373     380  3.7716109 7.455537 1.6881943
374     380  4.4331949 7.694820 1.2383457
375     380  4.3969152 7.693801 1.3724066
376     380  4.6568134 7.773269 1.1473883
377     380  4.8601999 7.896330 0.9661780
378     380  5.0447146 7.836589 1.1180340
379     380  5.1834675 7.675069 1.1972886
380     380  4.9380646 7.358472 1.2247449
381     380  3.9531649 6.993631 1.3038405
382     380  3.2503745 6.923755 1.3784049
383     380  3.4594663 6.734981 1.3038405
384     380  3.1591258 6.382178 1.3416408
385     381  2.6810215 6.099527 1.2517987
386     381  2.4595888 5.931638 1.3663821
387     381  3.0563569 5.491090 1.2109913
388     381  3.3877744 5.348422 1.0000000
389     381  3.9617651 5.680126 0.8464632
390     381  4.5255857 6.550557 0.8366600
391     381  5.4010996 7.531535 0.8062258
392     381  5.1194897 7.925552 1.1547727
393     381  4.3174881 7.933359 1.4491377
394     381  3.8680711 7.962327 1.6228062
395     381  4.1533993 8.060801 1.7653612
396     381  4.3060901 8.030667 1.8303005
397     381  3.8596765 7.886828 1.9322267
398     381  4.2449174 7.723164 1.6071714
399     381  4.6620230 7.825526 1.4776671
400     381  4.4790399 7.436629 1.2383457
401     381  4.9455633 7.483401 0.9129622
402     381  5.0109686 7.542695 1.2111978
403     381  5.0251954 7.212217 0.8366600
404     381  4.8350907 6.945988 0.9219544
405     381  4.8567068 6.494746 1.4776671
406     381  4.7583204 6.483973 1.4200352
407     381  4.2945606 6.245465 1.5968719
408     381  4.3000028 6.350941 1.5000000
409     382  4.0526541 6.300045 1.5000000
410     382  4.2456340 5.975842 0.8264381
411     382  3.8010914 5.521798 1.1618950
412     382  3.4210000 5.396280 1.3038405
413     382  3.7220724 5.481707 1.2911235
414     382  3.3481482 5.182238 1.4548196
415     382  2.5095993 5.303022 1.8930135
416     382  3.8512109 6.093487 1.5916972
417     382  4.2619754 6.591579 1.2179901
418     382  4.1911687 6.648469 1.0723805
419     382  3.4641722 6.781627 1.7842365
420     382  4.2333816 6.913572 1.7606817
421     382  3.9655638 6.803190 1.2381438
422     382  4.5390304 6.846866 0.7745967
423     382  4.5363559 7.114013 0.8851554
424     382  3.3087165 7.287214 2.3273375
425     382  3.1527360 7.437258 2.1407942
426     382  3.0587071 7.480073 2.0655508
427     382  3.1179499 7.286643 2.4563184
428     382  3.2367157 6.918981 2.1871214
429     382  3.6622788 6.688363 1.5652476
430     382  3.4420194 6.479388 2.0696618
431     382  3.8166128 6.093565 1.6330952
432     382  4.1470951 5.710960 0.9129622
433     383  3.6389011 5.086719 1.3724066
434     383  2.3321439 5.057758 1.7127463
435     383  1.6677068 4.807119 1.8664137
436     383  2.1282317 5.119996 1.8439089
437     383  2.9150644 5.209670 1.5438588
438     383  5.1296028 7.658014 1.5165751
439     383  5.5849989 7.806165 1.1106305
440     383  6.1004311 8.257464 0.8660254
441     383  6.0095500 8.409454 0.9036039
442     383  5.8145782 8.195404 1.1180340
443     383  5.6218491 8.217065 0.8757854
444     383  4.8299125 8.135878 0.9399468
445     383  4.4091553 8.014227 1.1762228
446     383  5.0835759 8.143453 1.5968719
 [ reached getOption("max.print") -- omitted 7838 rows ]
[1] "robustbase"
[1] "SiegelsEx"
[1] "Siegel's Exact Fit Example Data"
   x  y
1 -4  0
2 -3  0
3 -2  0
4 -1  0
5  0  0
6  1  0
7  2 -5
8  3  5
9 12  1
[1] "robustbase"
[1] "aircraft"
[1] "Aircraft Data"
    X1  X2    X3    X4      Y
1  6.3 1.7  8176  4500   2.76
2  6.0 1.9  6699  3120   4.76
3  5.9 1.5  9663  6300   8.75
4  3.0 1.2 12837  9800   7.78
5  5.0 1.8 10205  4900   6.18
6  6.3 2.0 14890  6500   9.50
7  5.6 1.6 13836  8920   5.14
8  3.6 1.2 11628 14500   4.76
9  2.0 1.4 15225 14800  16.70
10 2.9 2.3 18691 10900  27.68
11 2.2 1.9 19350 16000  26.64
12 3.9 2.6 20638 16000  13.71
13 4.5 2.0 12843  7800  12.31
14 4.3 9.7 13384 17900  15.73
15 4.0 2.9 13307 10500  13.59
16 3.2 4.3 29855 24500  51.90
17 4.3 4.3 29277 30000  20.78
18 2.4 2.6 24651 24500  29.82
19 2.8 3.7 28539 34000  32.78
20 3.9 3.3  8085  8160  10.12
21 2.8 3.9 30328 35800  27.84
22 1.6 4.1 46172 37000 107.10
23 3.4 2.5 17836 19600  11.19
[1] "robustbase"
[1] "airmay"
[1] "Air Quality Data"
    X1   X2 X3   Y
1  190  7.4 67  41
2  118  8.0 72  36
3  149 12.6 74  12
4  313 11.5 62  18
5   NA 14.3 56  NA
6   NA 14.9 66  28
7  299  8.6 65  23
8   99 13.8 59  19
9   19 20.1 61   8
10 194  8.6 69  NA
11  NA  6.9 74   7
12 256  9.7 69  16
13 290  9.2 66  11
14 274 10.9 68  14
15  65 13.2 58  18
16 334 11.5 64  14
17 307 12.0 66  34
18  78 18.4 57   6
19 322 11.5 68  30
20  44  9.7 62  11
21   8  9.7 59   1
22 320 16.6 73  11
23  25  9.7 61   4
24  92 12.0 61  32
25  66 16.6 57  NA
26 266 14.9 58  NA
27  NA  8.0 57  NA
28  13 12.0 67  23
29 252 14.9 81  45
30 223  5.7 79 115
31 279  7.4 76  37
[1] "robustbase"
[1] "alcohol"
[1] "Alcohol Solubility in Water Data"
      SAG      V logPC     P    RM   Mass logSolubility
1  251.94 348.23  0.94  8.75 22.13  74.12       0.09531
2  247.55 344.91  0.96  8.75 21.95  74.12       0.06579
3  281.60 401.41  1.34 10.59 26.74  88.15      -1.34707
4  273.15 392.64  1.43 10.59 26.48  88.15      -0.48613
5  268.75 389.56  1.34 10.59 26.61  88.15      -1.05840
6  273.54 389.93  1.27 10.59 26.68  88.15      -1.17960
7  266.07 383.33  1.04 10.59 26.59  88.15       0.33861
8  269.30 385.05  1.36 10.59 26.42  88.15      -0.40497
9  312.98 455.53  1.73 12.42 31.34 102.18      -2.71810
10 306.26 446.43  1.82 12.42 31.08 102.18      -1.83258
11 290.96 427.07  1.71 12.42 31.16 102.18      -2.59027
12 292.28 430.59  1.68 12.42 31.15 102.18      -0.85097
13 288.65 430.29  1.74 12.42 31.21 102.18      -2.78709
14 303.32 443.40  1.67 12.42 31.28 102.18      -2.28278
15 293.04 432.16  1.76 12.42 31.02 102.18      -1.63990
16 299.38 438.27  1.69 12.42 31.10 102.18      -1.81401
17 291.80 434.04  1.83 12.42 30.95 102.18      -1.60944
18 286.68 427.75  1.51 12.42 31.11 102.18      -0.83011
19 342.35 508.64  2.13 14.26 35.94 116.20      -4.07454
20 335.69 499.42  2.22 14.26 35.68 116.20      -3.19418
21 336.59 500.42  2.22 14.26 35.68 116.20      -3.19662
22 311.71 473.87  2.23 14.26 35.42 116.20      -2.80181
23 307.49 470.06  2.34 14.26 35.35 116.20      -2.64367
24 305.76 467.78  1.91 14.26 35.59 116.20      -1.93794
25 328.11 491.34  1.83 14.26 35.79 116.20      -2.47337
26 373.75 563.02  2.53 16.09 40.54 130.23      -5.40146
27 370.46 559.98  2.54 16.09 40.36 130.23      -4.75600
28 350.77 535.64  2.53 16.09 40.41 130.23      -4.99673
29 403.26 615.97  2.92 17.93 45.14 144.26      -6.90776
30 401.55 613.37  2.94 17.93 44.96 144.26      -6.31997
31 395.82 608.30  3.01 17.93 44.88 144.26      -5.95224
32 396.25 607.83  3.01 17.93 44.88 144.26      -5.74460
33 360.85 564.46  2.83 17.93 44.91 144.26      -5.76992
34 374.83 584.21  2.88 17.93 44.78 144.26      -5.77635
35 358.77 566.85  3.03 17.93 44.62 144.26      -5.29832
36 395.75 604.55  2.86 17.93 45.09 144.26      -5.74460
37 434.80 670.25  3.32 19.76 49.74 158.28      -8.22080
38 493.36 776.25  4.11 23.43 58.94 186.34     -10.68000
39 309.25 469.46  1.97 14.26 36.64 116.20      -1.91732
40 317.34 499.03  2.41 16.09 39.98 130.23      -2.93182
41 350.39 561.72  3.04 17.93 44.81 144.26      -5.57275
42 266.68 384.11  1.45 10.59 26.40  88.15      -0.64626
43 556.88 888.52  4.81 27.10 68.14 214.39     -12.77171
44 587.00 938.54  5.30 28.94 72.75 228.42     -14.61402
[1] "robustbase"
[1] "ambientNOxCH"
[1] "Daily Means of NOx (mono-nitrogen oxides) in air"
          date         ad         ba         ef        la        lu         re         ri        se        si        st         su        sz         zg
1   2004-01-01  11.980009  14.662142  17.332767  7.729787 22.724384  20.128474  6.3151064 11.340373 13.461901 13.403823  27.046782 16.228219  25.494337
2   2004-01-02  16.991053  18.711749  40.353465  8.014681 21.209295  45.235159  8.7259574 15.386788 15.762092 19.340053  35.819629 21.168657  34.469548
3   2004-01-03  12.320727   8.746081  35.066020  6.832766 26.765677   8.404435 10.3106250 11.038316  9.815012 16.507350  34.882952 16.371493  29.057676
4   2004-01-04  13.528027  19.347593  26.274157 11.836383 26.510881  37.356128  7.0017021 19.422575 13.023148 14.972394  34.838158 18.140785  26.160293
5   2004-01-05  47.023984  57.471300  53.344783 10.744255 58.602419 110.415986  1.3989362        NA 37.266595 27.826031  78.699955 42.680949  76.860483
6   2004-01-06  33.975485  83.404406         NA 18.509787        NA 113.930746  1.4970213 67.949698 61.680173 30.146927  99.549969 38.481478  87.387871
7   2004-01-07         NA  88.894720  80.763585 28.071489 65.382964 170.415849         NA 72.471281 64.260489 35.893849 141.582878        NA  70.261642
8   2004-01-08  43.327258  48.835057  70.836659        NA 46.511970  89.822736  0.9829787 43.291849 40.862526 25.526480  68.684770 28.808804         NA
9   2004-01-09  35.985892  11.752794  59.152365  7.549574 35.573361  43.893102  1.9691489 25.997842        NA        NA  26.271537 27.458222  53.907085
10  2004-01-10   8.609270  22.279356  25.378450  5.794681 23.697226  47.735867  1.0068085 12.606343 15.979886  9.946398  46.594495 14.305948  35.758483
11  2004-01-11  12.522913   8.479483  17.860144  3.793191 24.448960  20.405054  0.5191489 15.566867 13.581148 15.618644  13.871068 16.921356  37.310275
12  2004-01-12  14.605121  11.578458  39.601396  3.096383 19.723201  48.425074  0.8691489 11.691332 12.464427 11.391395  29.291848 14.423462  39.236853
13  2004-01-13  20.531598  10.338065  35.456799  3.431702 18.569316  43.666439  0.7376596  8.719560  9.552742 11.586774  27.266871 24.575592  35.288630
14  2004-01-14  23.757292  12.373058  56.667244  5.068298 22.503738  46.522911  2.2878723        NA 12.169595 11.454181  24.692846 15.611810         NA
15  2004-01-15   7.111102  10.070316  32.737367  4.060638 12.833039  40.404650  1.3138298 10.650957 10.886598  5.371117  20.378892 12.168928  31.075844
16  2004-01-16  10.666081   9.426209  15.390431  5.238936 42.469829  37.694434  1.8602128 33.881924 16.201798 24.241468  22.615058 27.974497  65.391884
17  2004-01-17  10.243833  17.297487  29.304009  3.478723 21.248965  27.973075  1.7095745 15.030509  8.608598 12.131432  25.582507 16.936489  33.492734
18  2004-01-18   7.921855   9.293003  17.920872  2.784043 19.765428   7.013826  3.4238298  8.658165  7.760719 10.117721  17.244719 14.007144  18.357593
19  2004-01-19  24.710557  21.012785  51.693337 10.398298 32.198759  61.886843  3.9759574 21.318163 19.539647 12.459907  56.015477 19.985028  26.348396
20  2004-01-20  53.647303  28.656094  93.503177  8.857660 37.633127  50.772168  3.0363830 22.604861 63.625897 28.737886  46.224686 44.663960  53.753226
21  2004-01-21  10.429033  33.881116  40.011208 13.290000 37.759346  81.882635  8.4941860 28.994523 29.672736 18.878535  67.650001 32.804932  38.913302
22  2004-01-22  29.359575  23.291037  54.754979  9.381702 38.162395  57.975186  8.8872340 22.109675 15.961687 20.673348  71.388044 28.144983  44.689109
23  2004-01-23  44.669432  33.427268  72.163918 15.322766 59.206167  81.789662  8.3180851 37.654463 18.605283 28.333952  85.273274 41.463461  47.491930
24  2004-01-24  41.100220  38.393201  66.185715 22.567660 50.324578  47.917053  4.2036170 43.741824 24.538171 32.429557  51.125014 36.290297  44.028726
25  2004-01-25  12.488297  20.279061  19.224229  6.190213 30.728321  34.257646  2.9880851 17.866477 16.744878 12.510102  31.208638 25.666101  36.100765
26  2004-01-26  12.296535  29.292219         NA  8.235319 46.904848  97.877962  3.6581250 33.512322 12.782349 29.060110  85.837339 30.471658  56.442195
27  2004-01-27  13.262222  37.085833         NA 16.927872 36.225791  72.507718  6.1302128 30.087729 24.850999 26.326831  49.120614 30.635715  59.215164
28  2004-01-28  19.335860  21.018301  50.736183 12.625319 22.447181  65.683749  4.9987234 15.846750 23.948564 19.587390  32.932615 22.904930  32.630675
29  2004-01-29  12.257600  12.614899  44.007247  7.675319 15.112790  44.979014  3.1263830 13.201197  5.588083 10.499750  24.227376 18.467004  33.761685
30  2004-01-30  55.535752  45.109497  82.101376  7.459149 38.313263 136.804489  2.3855319 30.311200 39.067002 18.558228  68.079205 48.437288  59.172678
31  2004-01-31  37.512207  21.943896  41.642497  8.487660 51.059392  79.142937  1.5236170 37.235208 27.858309 24.961552  52.019634 40.580585  63.861545
32  2004-02-01  23.275440  20.029353  27.792140  3.239362 33.666815  25.672634  1.6831915 21.922963 10.377137 19.092474  24.915081 30.538619  54.737994
33  2004-02-02  88.283819  37.476026 113.726015 11.572766 55.899694 122.928833  1.3900000 45.044483 51.335961 27.784350  73.503352 59.409032  92.988551
34  2004-02-03 127.856183 114.156647 183.662874 23.095116 65.558796 150.285069  1.7984091 70.649567 58.825788 25.724206 111.295283 64.892197         NA
35  2004-02-04 133.372028 111.522607 186.834165 19.700851 75.431978 162.535024  0.8344681 51.547228 50.787538 31.867963 122.947634 58.403971  92.321787
36  2004-02-05 129.110453 120.507686 158.471580 19.554255 68.217851 155.636647  1.3512766 61.936552 58.378632 29.983696 127.957885 51.660445  92.162993
37  2004-02-06         NA  95.477082 144.659674 14.375106 69.496035 110.948648  1.0208511 53.304292 58.335881 31.678678  86.042475 54.010638  94.938037
38  2004-02-07  35.188553   6.548981  64.622161  5.478085 11.926555  23.513268  1.6031915  8.997162 12.128997  9.278292  16.599478 13.034527  33.261807
39  2004-02-08   6.041349   3.373650  12.383930  1.761064  6.706015   8.953108  0.9297872  3.189496  2.745794  3.673456   6.294469  6.195761  12.647069
40  2004-02-09  27.728630  25.433202         NA  4.967234 27.435047  60.531515  3.0027660 16.047719 12.603852 10.618105  25.041951 17.014237  36.450353
41  2004-02-10  67.264193  61.573791 101.220169 15.615957 57.259563 102.929285  4.0419149 54.470063 35.180093 18.613661  81.474223 40.920784  53.213783
42  2004-02-11  84.709026  23.052865 140.508353 12.855532 37.348713  54.778666  2.9831915 29.664208 17.930210 34.459114  48.228128        NA  40.759512
43  2004-02-12  51.089459  23.827598  85.053624  9.748085 40.416588  34.292520  6.3500000 21.803943 17.331147 20.633624  74.473498 31.331142  44.754679
44  2004-02-13  55.739447  53.044893  90.444198 10.185625 51.473558 103.230406  9.9508511 40.775926 44.389961 27.425086  95.759847 35.451746  51.245486
45  2004-02-14  22.001588  48.890028  32.871976 10.330426 44.150927  72.219294 10.4251064 35.011683 28.618786 18.342417  60.215254 21.769536  46.815030
46  2004-02-15  10.728734  14.517827  24.424065  7.272553 30.241046  45.990054  6.8502128 20.024545 18.234277 14.590061  44.003901 12.270452  29.354242
47  2004-02-16  59.517796  12.744477  84.741938        NA 44.606411  40.050588  7.7512766 31.543691 15.838306 17.893497  70.842394 33.342991  48.859379
48  2004-02-17  54.114202  32.109340  84.182203 16.403617 35.449920 108.335338  9.8260465 22.571353 33.707257 20.693770  72.004769 25.839560  47.930699
49  2004-02-18  45.498834  26.075275  80.650934 13.987234 34.046896  64.946035 14.6343750 27.322280 42.183623 22.599442  68.825721 26.535448  54.616067
50  2004-02-19  26.220317   6.860102  69.268427  7.828723 30.768896   7.401557  9.6370213 12.009967  9.105284 14.579605  36.133092 19.091787  29.496408
51  2004-02-20  25.820862  12.504942  46.165679  8.819574 30.420607  51.317421 10.4578723 22.688997 10.911393 19.220152  52.322028 31.092669  43.113483
52  2004-02-21   2.378489  29.958781   7.019547 11.489362 42.332097  68.760055  2.7482979 40.088732 26.447077 25.071205  58.567782  7.140645  48.875574
53  2004-02-22  22.775842  44.378293  32.119832 16.097021 44.956804  44.091459  5.4046809 33.223203 40.050345 24.473101  48.376435 27.555625  56.263892
54  2004-02-23   9.230543  19.731413  43.271032  6.327447 25.042125  40.748043  8.7531915 22.857412 30.924668 16.956857  69.544368 15.506131  46.177079
55  2004-02-24  13.858768  44.484452  44.171851 12.201702 36.958782 110.594026  6.2182979 33.095164 32.704299 14.390221  72.726672 16.768916  34.485760
56  2004-02-25  41.695000  54.674856  64.631632 13.280426 48.995330 129.173309  4.5440426 38.765665 48.284857 20.656047  88.768625 23.848640  52.998570
57  2004-02-26  21.636885  37.066431  52.551989 10.445106 39.101751  96.001412  7.5017021 26.219303 38.254924 20.399159  69.059098 17.986995  44.040943
58  2004-02-27  11.754195  21.745744  36.447522  7.494681 26.466360 105.994757  7.0623404 24.416111 28.602575 12.874999  77.021038 18.528026  41.637282
59  2004-02-28  12.401386  31.823751  33.189537 14.060213 31.167660  64.794868  4.7885106 21.100568 27.106671 14.719758  63.124917 21.134056  32.125806
60  2004-02-29   8.394754  14.777330  20.303431  8.141064 21.790865  30.980914  7.9376596 11.987878 19.990478 12.234662  43.819809 14.622945  23.901036
61  2004-03-01  19.580640   6.626308         NA  7.659787 29.643361  16.036085  7.7976596 11.112338 17.366881 15.611685  47.470400 17.719252  29.866257
62  2004-03-02  18.386751  30.275590  51.143635 15.078298        NA  95.554233         NA 29.062973 33.339979 19.862457  71.002615 26.792341         NA
63  2004-03-03         NA  54.096711  78.592823        NA 40.984799  82.173972  6.1244681        NA 44.738724 20.204782  80.897005        NA  44.245005
64  2004-03-04  51.870200  68.487424  94.732157 13.402766 58.621871  89.370234  3.3206383 55.256557 48.996487 25.160745  81.936589 33.225077  53.832831
65  2004-03-05  53.766836  46.102872  90.552205 15.786809 67.820678  98.154547  6.3480851 66.846137 31.259838 48.069723         NA 52.173561  56.670895
66  2004-03-06  28.894892         NA  55.659682 17.536596 44.691376  71.313635  4.5934043 43.952472 21.137248 24.785560  50.444480 38.085293  50.886025
67  2004-03-07   3.459261  13.477989  17.569002  4.703333 15.648899  31.399979  5.2268085 12.093120 12.837529  7.373189  30.630899 11.063115  18.787443
68  2004-03-08   6.490391  19.085069  32.836131  4.114043 21.493854         NA  7.6463830 20.275586 21.714111 14.483654  79.311486 14.476143  37.778221
69  2004-03-09  13.927267  15.594716  45.817931  4.454894 26.163009  34.132429  8.3497872 17.390134 21.835163 13.365450  68.032089 17.035658  30.181565
70  2004-03-10  26.932585  14.012494  74.865385  5.247234 29.930893  16.010499 11.3944681 24.279080 11.318984 18.455312  61.796446 19.297924  30.513603
71  2004-03-11  25.196730  23.995267  50.354596  8.381064 31.326629  41.941653 12.9831915 23.659755 22.560183 18.063728  44.227317 21.604895  40.808928
 [ reached getOption("max.print") -- omitted 295 rows ]
[1] "robustbase"
[1] "biomassTill"
[1] "Biomass Tillage Data"
   Tillage       DVS     Biomass      Biom.2
1      CA- 0.4903887   0.5412327 108.2465444
2      CA- 0.4903887   1.3090013 261.8002616
3      CA- 0.4903887   7.0303258   7.0303258
4      CA- 0.4903887   2.0303258   2.0303258
5      CA- 0.7488892   5.9105648   5.9105648
6      CA- 0.7488892  68.2182182  68.2182182
7      CA- 0.7488892  26.6471017  26.6471017
8      CA- 1.0000000  50.6356090  50.6356090
9      CA- 1.0000000  37.7156002  37.7156002
10     CA- 1.0000000 116.0872520 116.0872520
11     CA- 1.0000000  52.8712804  52.8712804
12     CA- 1.3880686  48.2025909  48.2025909
13     CA- 1.3880686 100.7209132 100.7209132
14     CA- 1.3880686 158.3894974 158.3894974
15     CA- 1.3880686 168.0453182 168.0453182
16     CA- 2.0000000 103.7269983 103.7269983
17     CA- 2.0000000 284.4575343 284.4575343
18     CA- 2.0000000 431.9106036 431.9106036
19     CA- 2.0000000 152.5598327 152.5598327
20     CA+ 0.4903887   1.0071369   1.0071369
21     CA+ 0.4903887   0.9085065   0.9085065
22     CA+ 0.4903887   1.5603494   1.5603494
23     CA+ 0.4903887  11.2221944  11.2221944
24     CA+ 0.7488892  12.0856433  12.0856433
25     CA+ 0.7488892  17.3492120  17.3492120
26     CA+ 0.7488892  11.2746862  11.2746862
27     CA+ 0.7488892  63.9362974  63.9362974
28     CA+ 1.0000000  74.4275526  74.4275526
29     CA+ 1.0000000  48.9460049  48.9460049
30     CA+ 1.0000000 101.5051511 101.5051511
31     CA+ 1.0000000 147.7895951 147.7895951
32     CA+ 1.3880686  39.6237584  39.6237584
33     CA+ 1.3880686  85.2690927  85.2690927
34     CA+ 1.3880686 174.6212360 174.6212360
35     CA+ 1.3880686 323.9773106 323.9773106
36     CA+ 2.0000000 231.4165129 231.4165129
37     CA+ 2.0000000 200.8488960 200.8488960
38     CA+ 2.0000000 579.6046045   5.7960460
39      CT 0.4903887   3.6286286   3.6286286
40      CT 0.4903887  16.1427911  16.1427911
41      CT 0.4903887   3.4733134   3.4733134
42      CT 0.4903887   1.9655578   1.9655578
43      CT 0.7488892  74.8043743  74.8043743
44      CT 0.7488892  61.8082368  61.8082368
45      CT 0.7488892  21.8416090  21.8416090
46      CT 0.7488892  31.4149100  31.4149100
47      CT 1.0000000 187.8068930 187.8068930
48      CT 1.0000000 114.2407517 114.2407517
49      CT 1.0000000  54.8790069  54.8790069
50      CT 1.0000000  42.7952224  42.7952224
51      CT 1.3880686 246.4736243 246.4736243
52      CT 1.3880686 345.5412829 345.5412829
53      CT 1.3880686 128.1885083 128.1885083
54      CT 1.3880686 270.4160471 270.4160471
55      CT 2.0000000 513.6421369 513.6421369
56      CT 2.0000000 361.9505493 361.9505493
57      CT 2.0000000 295.0319506 295.0319506
58      CT 2.0000000 317.4047834 317.4047834
[1] "robustbase"
[1] "bushfire"
[1] "Campbell Bushfire Data"
    V1  V2  V3  V4  V5
1  111 145 188 190 260
2  113 147 187 190 259
3  113 150 195 192 259
4  110 147 211 195 262
5  101 136 240 200 266
6   93 125 262 203 271
7   92 110  46 165 235
8   94  95  29 113 190
9   94  94  29 110 188
10 100 104  21 133 208
11 108 115  17 144 215
12 134 156  10 163 233
13 149 181  68 180 247
14 108 154 305 222 285
15  81 137 426 251 306
16  86 138 381 246 300
17  89 137 378 246 301
18  88 133 366 244 298
19  88 131 370 243 298
20  89 133 380 246 302
21  92 137 362 244 300
22  94 139 355 240 299
23 115 156 231 215 276
24 128 167 181 201 265
25 113 156 242 212 273
26 112 155 236 209 271
27 121 162 224 205 268
28 126 166 248 212 273
29 136 174 259 217 278
30 146 177 203 212 272
31 136 155 322 246 301
32 103  97 552 320 364
33  80  66 576 340 377
34  79  66 572 340 376
35  79  66 577 341 379
36  78  66 574 342 377
37  78  66 571 343 379
38  78  66 572 344 380
[1] "robustbase"
[1] "carrots"
[1] "Insect Damages on Carrots"
   success total logdose block
1       10    35    1.52    B1
2       16    42    1.64    B1
3        8    50    1.76    B1
4        6    42    1.88    B1
5        9    35    2.00    B1
6        9    42    2.12    B1
7        1    32    2.24    B1
8        2    28    2.36    B1
9       17    38    1.52    B2
10      10    40    1.64    B2
11       8    33    1.76    B2
12       8    39    1.88    B2
13       5    47    2.00    B2
14      17    42    2.12    B2
15       6    35    2.24    B2
16       4    35    2.36    B2
17      10    34    1.52    B3
18      10    38    1.64    B3
19       5    36    1.76    B3
20       3    35    1.88    B3
21       2    49    2.00    B3
22       1    40    2.12    B3
23       3    22    2.24    B3
24       2    31    2.36    B3
[1] "robustbase"
[1] "cloud"
[1] "Cloud point of a Liquid"
   Percentage CloudPoint
1           0       22.1
2           1       24.5
3           2       26.0
4           3       26.8
5           4       28.2
6           5       28.9
7           6       30.0
8           7       30.4
9           8       31.4
10          0       21.9
11          2       26.1
12          4       28.5
13          6       30.3
14          8       31.5
15         10       33.1
16          0       22.8
17          3       27.3
18          6       29.8
19          9       31.8
[1] "robustbase"
[1] "coleman"
[1] "Coleman Data Set"
   salaryP fatherWc sstatus teacherSc motherLev     Y
1     3.83    28.87    7.20     26.60      6.19 37.01
2     2.89    20.10  -11.71     24.40      5.17 26.51
3     2.86    69.05   12.32     25.70      7.04 36.51
4     2.92    65.40   14.28     25.70      7.10 40.70
5     3.06    29.59    6.31     25.40      6.15 37.10
6     2.07    44.82    6.16     21.60      6.41 33.90
7     2.52    77.37   12.70     24.90      6.86 41.80
8     2.45    24.67   -0.17     25.01      5.78 33.40
9     3.13    65.01    9.85     26.60      6.51 41.01
10    2.44     9.99   -0.05     28.01      5.57 37.20
11    2.09    12.20  -12.86     23.51      5.62 23.30
12    2.52    22.55    0.92     23.60      5.34 35.20
13    2.22    14.30    4.77     24.51      5.80 34.90
14    2.67    31.79   -0.96     25.80      6.19 33.10
15    2.71    11.60  -16.04     25.20      5.62 22.70
16    3.14    68.47   10.62     25.01      6.94 39.70
17    3.54    42.64    2.66     25.01      6.33 31.80
18    2.52    16.70  -10.99     24.80      6.01 31.70
19    2.68    86.27   15.03     25.51      7.51 43.10
20    2.37    76.73   12.77     24.51      6.96 41.01
[1] "robustbase"
[1] "condroz"
[1] "Condroz Data"
        Ca  pH
1    340.0 7.0
2    224.0 7.0
3    279.0 7.0
4    261.0 7.0
5    449.0 7.0
6    267.0 7.0
7    302.0 7.0
8    269.0 7.0
9    303.0 7.0
10   403.0 7.0
11   278.0 7.0
12   255.0 7.0
13   296.0 7.0
14   301.0 7.0
15   483.0 7.0
16   393.0 7.0
17   618.0 7.0
18   307.0 7.0
19   297.0 7.0
20   293.0 7.0
21   248.0 7.0
22   259.0 7.0
23   337.0 7.0
24   251.0 7.0
25   259.0 7.0
26   246.0 7.0
27   245.0 7.0
28   247.0 7.0
29   291.0 7.0
30   289.0 7.0
31   281.0 7.0
32   385.0 7.0
33   271.0 7.0
34   300.0 7.0
35   315.0 7.0
36   317.0 7.0
37   348.0 7.0
38   405.0 7.0
39   522.0 7.0
40   324.0 7.0
41   365.0 7.0
42   216.0 7.0
43   290.0 7.0
44   259.0 7.0
45   259.0 7.0
46   318.0 7.0
47   255.0 7.0
48   207.0 7.0
49   204.0 7.0
50   345.0 7.0
51   261.0 7.0
52   376.0 7.0
53   335.0 7.0
54   267.0 7.0
55   275.0 7.0
56   250.0 7.0
57   261.0 7.0
58   311.0 7.0
59   318.0 7.0
60   491.0 7.0
61   339.0 7.0
62   528.0 7.0
63   248.0 7.0
64   398.0 7.0
65   435.0 7.0
66   352.0 7.0
67   382.0 7.0
68   361.0 7.0
69   308.0 7.0
70   246.0 7.0
71   270.0 7.0
72   502.0 7.0
73   454.0 7.0
74   414.0 7.0
75   398.0 7.0
76   386.0 7.0
77   263.0 7.0
78   281.0 7.0
79   283.0 7.0
80   316.0 7.0
81   325.0 7.0
82   290.0 7.0
83   311.0 7.0
84   331.0 7.0
85   290.0 7.0
86   297.0 7.0
87   289.0 7.0
88   276.0 7.0
89   287.0 7.0
90   314.0 7.0
91   500.0 7.0
92   381.0 7.0
93   346.0 7.0
94   357.0 7.0
95   531.0 7.0
96   225.0 7.0
97   275.0 7.0
98   334.0 7.0
99   439.0 7.0
100  349.0 7.0
101  780.0 7.0
102  394.0 7.0
103  365.0 7.0
104  322.0 7.0
105  374.0 7.0
106  346.0 7.0
107  432.0 7.0
108  523.0 7.0
109  385.0 7.0
110  666.0 7.0
111  525.0 7.0
112  429.0 7.0
113  449.0 7.0
114  536.0 7.0
115  515.0 7.0
116  274.0 7.0
117  383.0 7.0
118  280.0 7.0
119  268.0 7.0
120  274.0 7.0
121  252.0 7.0
122  268.0 7.0
123  262.0 7.0
124  298.0 7.0
125  238.0 7.0
126  259.0 7.0
127  256.0 7.0
128  637.0 7.0
129  366.6 7.0
130  397.8 7.0
131  399.3 7.0
132  417.6 7.0
133  396.2 7.0
134  394.2 7.0
135  352.8 7.0
136  365.1 7.0
137  375.8 7.0
138  379.6 7.0
139  366.1 7.0
140  486.8 7.0
141  500.9 7.0
142  343.6 7.0
143  462.1 7.0
144  335.7 7.0
145  284.1 7.0
146  287.9 7.0
147  303.7 7.0
148  244.4 7.0
149  345.6 7.0
150  389.6 7.0
151  286.2 7.0
152  290.1 7.0
153  344.6 7.0
154  344.6 7.0
155  333.3 7.0
156  347.6 7.0
157  366.3 7.0
158  322.5 7.0
159  374.3 7.0
160  495.3 7.0
161  312.6 7.0
162  318.9 7.0
163  341.1 7.0
164  365.3 7.0
165  344.0 7.0
166  285.6 7.0
167  271.7 7.0
168  287.9 7.0
169  349.7 7.0
170  285.6 7.0
171  302.0 7.0
172  291.2 7.0
173  349.2 7.0
174  257.1 7.0
175  327.9 7.0
176  312.1 7.0
177  270.0 7.0
178  753.3 7.0
179  687.3 7.0
180  988.4 7.0
181  118.4 7.0
182  290.1 7.0
183  324.6 7.0
184  300.1 7.0
185  276.6 7.0
186  302.0 7.0
187  299.4 7.0
188  298.8 7.0
189  371.1 7.0
190  278.2 7.0
191  293.8 7.0
192  272.6 7.0
193  329.4 7.0
194  369.9 7.0
195  319.3 7.0
196  334.9 7.0
197  454.6 7.0
198  721.3 7.0
199  290.1 7.0
200  379.9 7.0
201  356.5 7.0
202  312.5 7.0
203  263.0 7.0
204  340.4 7.0
205  427.9 7.0
206  330.0 7.1
207  518.0 7.1
208  364.0 7.1
209  379.0 7.1
210  366.0 7.1
211  318.0 7.1
212  326.0 7.1
213  407.0 7.1
214  314.0 7.1
215  324.0 7.1
216  327.0 7.1
217  436.0 7.1
218  391.0 7.1
219  206.0 7.1
220  277.0 7.1
221  667.0 7.1
222  492.0 7.1
223  371.0 7.1
224  282.0 7.1
225  416.0 7.1
226  368.0 7.1
227  346.0 7.1
228  493.0 7.1
229  486.0 7.1
230  216.0 7.1
231  266.0 7.1
232  229.0 7.1
233  282.0 7.1
234  369.0 7.1
235  403.0 7.1
236  423.0 7.1
237  465.0 7.1
238  365.0 7.1
239  539.0 7.1
240  427.0 7.1
241  327.0 7.1
242  412.0 7.1
243  282.0 7.1
244  317.0 7.1
245  228.0 7.1
246  229.0 7.1
247  241.0 7.1
248  244.0 7.1
249  342.0 7.1
250  353.0 7.1
251  340.0 7.1
252  275.0 7.1
253  726.0 7.1
254  473.0 7.1
255  496.0 7.1
256  462.0 7.1
257  498.0 7.1
258  551.0 7.1
259  483.0 7.1
260  457.0 7.1
261  407.0 7.1
262  405.0 7.1
263  425.0 7.1
264  437.0 7.1
265  480.0 7.1
266  487.0 7.1
267  494.0 7.1
268  503.0 7.1
269  351.0 7.1
270  493.0 7.1
271  393.4 7.1
272  444.6 7.1
273  443.8 7.1
274  430.0 7.1
275  580.1 7.1
276  546.2 7.1
277  320.0 7.1
278  302.8 7.1
279  310.4 7.1
280  431.6 7.1
281  581.4 7.1
282  350.6 7.1
283  365.9 7.1
284  339.2 7.1
285  397.2 7.1
286  407.7 7.1
287  321.9 7.1
288  368.6 7.1
289  349.1 7.1
290  292.8 7.1
291  500.8 7.1
292  361.6 7.1
293  824.0 7.1
294  119.3 7.1
295  522.7 7.1
296  438.0 7.1
297  311.0 7.1
298  320.5 7.1
299  296.5 7.1
300  395.1 7.1
301  301.0 7.1
302  300.1 7.1
303  520.0 7.1
304  386.9 7.1
305  299.3 7.1
306 2251.1 7.1
307  517.3 7.1
308  643.2 7.1
309  753.8 7.1
310  317.9 7.1
311  339.5 7.1
312  462.6 7.1
313  324.7 7.1
314  638.0 7.2
315  380.0 7.2
316  426.0 7.2
317  431.0 7.2
318  391.0 7.2
319  618.0 7.2
320  288.0 7.2
321  384.0 7.2
322  451.0 7.2
323  324.0 7.2
324  311.0 7.2
325  299.0 7.2
326  476.0 7.2
327  450.0 7.2
328  387.0 7.2
329  404.0 7.2
330  406.0 7.2
331  320.0 7.2
332  426.0 7.2
333  285.0 7.2
334  329.0 7.2
335  321.0 7.2
336  600.0 7.2
337  579.4 7.2
338  582.1 7.2
339  356.1 7.2
340  408.4 7.2
341  525.2 7.2
342  382.7 7.2
343  372.3 7.2
344  360.0 7.2
345  317.1 7.2
346  355.4 7.2
347  370.8 7.2
348  411.3 7.2
349  387.5 7.2
350  390.6 7.2
351  402.3 7.2
352  441.0 7.2
353  373.5 7.2
354  372.9 7.2
355  410.9 7.2
356  418.9 7.2
357  310.2 7.2
358  469.0 7.2
359  692.8 7.2
360  373.5 7.2
361 3045.1 7.2
362 2383.1 7.2
363 3880.1 7.2
364  519.2 7.2
365  546.4 7.2
366  673.0 7.2
367  494.0 7.2
368  394.9 7.2
369  355.1 7.2
370  571.0 7.3
371  557.0 7.3
372 1423.5 7.3
373  417.0 7.3
374  318.0 7.3
375  373.3 7.3
376  336.3 7.3
377  348.0 7.3
378  347.0 7.3
379  594.4 7.3
380  531.7 7.3
381  345.5 7.3
382  407.9 7.3
383  404.7 7.3
384  410.1 7.3
385  416.2 7.3
386  376.6 7.3
387  458.2 7.3
388  519.4 7.3
389  381.8 7.3
390  341.0 7.3
391  307.8 7.3
392  325.0 7.3
393  378.9 7.3
394  415.4 7.3
395  393.7 7.3
396  100.7 7.3
397  361.4 7.3
398  428.0 7.3
399 2851.1 7.3
400  599.4 7.3
401  711.2 7.3
402  969.5 7.3
403  543.5 7.3
404  531.6 7.3
405  375.6 7.3
406  340.8 7.3
407  510.7 7.3
408  650.7 7.3
409  528.6 7.3
410  372.1 7.3
411  571.5 7.4
412  437.9 7.4
413  566.3 7.4
414  349.2 7.4
415  354.4 7.4
416  503.2 7.4
417  530.5 7.4
418  359.1 7.4
419  360.5 7.4
420  396.0 7.4
421  387.0 7.4
422  859.9 7.4
423  543.3 7.4
424  468.0 7.4
425  448.8 7.5
426  370.0 7.5
427  502.1 7.5
428  920.9 7.5
[1] "robustbase"
[1] "cushny"
[1] "Cushny and Peebles Prolongation of Sleep Data"
 [1] 0.0 0.8 1.0 1.2 1.3 1.3 1.4 1.8 2.4 4.6
[1] "robustbase"
[1] "delivery"
[1] "Delivery Time Data"
   n.prod distance delTime
1       7      560   16.68
2       3      220   11.50
3       3      340   12.03
4       4       80   14.88
5       6      150   13.75
6       7      330   18.11
7       2      110    8.00
8       7      210   17.83
9      30     1460   79.24
10      5      605   21.50
11     16      688   40.33
12     10      215   21.00
13      4      255   13.50
14      6      462   19.75
15      9      448   24.00
16     10      776   29.00
17      6      200   15.35
18      7      132   19.00
19      3       36    9.50
20     17      770   35.10
21     10      140   17.90
22     26      810   52.32
23      9      450   18.75
24      8      635   19.83
25      4      150   10.75
[1] "robustbase"
[1] "education"
[1] "Education Expenditure Data"
   State Region  X1   X2  X3   Y
1     ME      1 508 3944 325 235
2     NH      1 564 4578 323 231
3     VT      1 322 4011 328 270
4     MA      1 846 5233 305 261
5     RI      1 871 4780 303 300
6     CT      1 774 5889 307 317
7     NY      1 856 5663 301 387
8     NJ      1 889 5759 310 285
9     PA      1 715 4894 300 300
10    OH      2 753 5012 324 221
11    IN      2 649 4908 329 264
12    IL      2 830 5753 320 308
13    MI      2 738 5439 337 379
14    WI      2 659 4634 328 342
15    MN      2 664 4921 330 378
16    IA      2 572 4869 318 232
17    MO      2 701 4672 309 231
18    ND      2 443 4782 333 246
19    SD      2 446 4296 330 230
20    NB      2 615 4827 318 268
21    KS      2 661 5057 304 337
22    DE      3 722 5540 328 344
23    MD      3 766 5331 323 330
24    VA      3 631 4715 317 261
25    WV      3 390 3828 310 214
26    NC      3 450 4120 321 245
27    SC      3 476 3817 342 233
28    GA      3 603 4243 339 250
29    FL      3 805 4647 287 243
30    DY      3 523 3967 325 216
31    TN      3 588 3946 315 212
32    AL      3 584 3724 332 208
33    MS      3 445 3448 358 215
34    AR      3 500 3680 320 221
35    LA      3 661 3825 355 244
36    OK      3 680 4189 306 234
37    TX      3 797 4336 335 269
38    MT      4 534 4418 335 302
39    ID      4 541 4323 344 268
40    WY      4 605 4813 331 323
41    CO      4 785 5046 324 304
42    NM      4 698 3764 366 317
43    AZ      4 796 4504 340 332
44    UT      4 804 4005 378 315
45    NV      4 809 5560 330 291
46    WA      4 726 4989 313 312
47    OR      4 671 4697 305 316
48    CA      4 909 5438 307 332
49    AK      4 831 5309 333 311
50    HI      4 484 5613 386 546
[1] "robustbase"
[1] "epilepsy"
[1] "Epilepsy Attacks Data Set"
    ID  Y1 Y2 Y3 Y4 Base Age       Trt Ysum Age10 Base4
1  104   5  3  3  3   11  31   placebo   14   3.1  2.75
2  106   3  5  3  3   11  30   placebo   14   3.0  2.75
3  107   2  4  0  5    6  25   placebo   11   2.5  1.50
4  114   4  4  1  4    8  36   placebo   13   3.6  2.00
5  116   7 18  9 21   66  22   placebo   55   2.2 16.50
6  118   5  2  8  7   27  29   placebo   22   2.9  6.75
7  123   6  4  0  2   12  31   placebo   12   3.1  3.00
8  126  40 20 23 12   52  42   placebo   95   4.2 13.00
9  130   5  6  6  5   23  37   placebo   22   3.7  5.75
10 135  14 13  6  0   10  28   placebo   33   2.8  2.50
11 141  26 12  6 22   52  36   placebo   66   3.6 13.00
12 145  12  6  8  4   33  24   placebo   30   2.4  8.25
13 201   4  4  6  2   18  23   placebo   16   2.3  4.50
14 202   7  9 12 14   42  36   placebo   42   3.6 10.50
15 205  16 24 10  9   87  26   placebo   59   2.6 21.75
16 206  11  0  0  5   50  26   placebo   16   2.6 12.50
17 210   0  0  3  3   18  28   placebo    6   2.8  4.50
18 213  37 29 28 29  111  31   placebo  123   3.1 27.75
19 215   3  5  2  5   18  32   placebo   15   3.2  4.50
20 217   3  0  6  7   20  21   placebo   16   2.1  5.00
21 219   3  4  3  4   12  29   placebo   14   2.9  3.00
22 220   3  4  3  4    9  21   placebo   14   2.1  2.25
23 222   2  3  3  5   17  32   placebo   13   3.2  4.25
24 226   8 12  2  8   28  25   placebo   30   2.5  7.00
25 227  18 24 76 25   55  30   placebo  143   3.0 13.75
26 230   2  1  2  1    9  40   placebo    6   4.0  2.25
27 234   3  1  4  2   10  19   placebo   10   1.9  2.50
28 238  13 15 13 12   47  22   placebo   53   2.2 11.75
29 101  11 14  9  8   76  18 progabide   42   1.8 19.00
30 102   8  7  9  4   38  32 progabide   28   3.2  9.50
31 103   0  4  3  0   19  20 progabide    7   2.0  4.75
32 108   3  6  1  3   10  30 progabide   13   3.0  2.50
33 110   2  6  7  4   19  18 progabide   19   1.8  4.75
34 111   4  3  1  3   24  24 progabide   11   2.4  6.00
35 112  22 17 19 16   31  30 progabide   74   3.0  7.75
36 113   5  4  7  4   14  35 progabide   20   3.5  3.50
37 117   2  4  0  4   11  27 progabide   10   2.7  2.75
38 121   3  7  7  7   67  20 progabide   24   2.0 16.75
39 122   4 18  2  5   41  22 progabide   29   2.2 10.25
40 124   2  1  1  0    7  28 progabide    4   2.8  1.75
41 128   0  2  4  0   22  23 progabide    6   2.3  5.50
42 129   5  4  0  3   13  40 progabide   12   4.0  3.25
43 137  11 14 25 15   46  33 progabide   65   3.3 11.50
44 139  10  5  3  8   36  21 progabide   26   2.1  9.00
45 143  19  7  6  7   38  35 progabide   39   3.5  9.50
46 147   1  1  2  3    7  25 progabide    7   2.5  1.75
47 203   6 10  8  8   36  26 progabide   32   2.6  9.00
48 204   2  1  0  0   11  25 progabide    3   2.5  2.75
49 207 102 65 72 63  151  22 progabide  302   2.2 37.75
50 208   4  3  2  4   22  32 progabide   13   3.2  5.50
51 209   8  6  5  7   41  25 progabide   26   2.5 10.25
52 211   1  3  1  5   32  35 progabide   10   3.5  8.00
53 214  18 11 28 13   56  21 progabide   70   2.1 14.00
54 218   6  3  4  0   24  41 progabide   13   4.1  6.00
55 221   3  5  4  3   16  32 progabide   15   3.2  4.00
56 225   1 23 19  8   22  26 progabide   51   2.6  5.50
57 228   2  3  0  1   25  21 progabide    6   2.1  6.25
58 232   0  0  0  0   13  36 progabide    0   3.6  3.25
59 236   1  4  3  2   12  37 progabide   10   3.7  3.00
[1] "robustbase"
[1] "exAM"
[1] "Example Data of Antille and May - for Simple Regression"
    x  y
1   3  2
2   4  4
3   5  6
4   7  7
5   7  8
6   5  8
7   4  8
8   5  9
9   6 11
10  8 13
11  8 15
12 14  6
[1] "robustbase"
[1] "foodstamp"
[1] "Food Stamp Program Participation"
    participation tenancy suppl.income income
1               0       1            0    271
2               0       1            0    287
3               0       1            1    714
4               0       1            0    521
5               0       0            0      0
6               0       1            0    518
7               0       1            0    458
8               0       1            0   1266
9               0       0            0    350
10              0       1            0    168
11              0       1            0    235
12              0       0            0    450
13              0       1            0    683
14              0       1            0    519
15              0       1            0    477
16              0       1            0   2697
17              1       0            1    184
18              0       1            1    220
19              0       0            0    581
20              0       1            0    212
21              0       0            0    285
22              1       1            1    188
23              0       0            1    264
24              1       0            1    169
25              0       0            1    198
26              1       0            0    196
27              0       1            1    797
28              0       1            0    435
29              0       1            0   1202
30              0       1            0   4533
31              0       0            1    356
32              0       0            0    372
33              0       0            1    453
34              0       0            0   1427
35              0       1            0    477
36              0       1            0   1980
37              0       1            0   1170
38              0       1            0    385
39              0       1            0   1661
40              1       0            0    885
41              0       1            0    379
42              0       0            0    735
43              0       1            0    580
44              0       0            0    201
45              0       1            0    500
46              0       1            0    449
47              0       1            1    373
48              0       1            0    607
49              0       1            0    211
50              0       1            0    235
51              1       0            1    386
52              1       0            0    176
53              0       1            0    233
54              0       1            1   1765
55              0       0            0    430
56              0       1            0   1061
57              0       0            1    534
58              0       0            1    540
59              0       0            1    200
60              0       1            0   3525
61              0       1            1   2165
62              1       0            1    177
63              0       1            0    465
64              0       1            1    476
65              0       1            0    589
66              1       1            0   1200
67              0       1            0    440
68              0       0            0    893
69              0       1            0    471
70              1       0            1    125
71              0       1            0   1251
72              0       1            0   2556
73              0       0            0    150
74              0       1            0    429
75              0       0            0    286
76              0       1            0   3556
77              0       0            0    893
78              0       1            1    230
79              1       0            0    586
80              0       1            0    307
81              0       1            0    482
82              0       1            0   1504
83              0       1            0   1680
84              0       1            1    354
85              0       1            0   1445
86              0       0            0    242
87              0       0            0    613
88              0       0            1    266
89              0       1            0    167
90              0       1            0    426
91              0       1            1    187
92              0       1            0    197
93              0       1            0    346
94              1       0            0    203
95              1       0            0    704
96              0       1            0    107
97              0       1            0   1578
98              0       1            0    295
99              0       1            0   1653
100             0       1            0    523
101             0       1            0   1445
102             0       0            1    443
103             1       1            1    291
104             0       1            0    596
105             0       1            1    476
106             1       0            1    334
107             1       0            0    197
108             0       0            1    575
109             1       0            1    977
110             0       1            0   1410
111             0       1            0    943
112             0       1            0    697
113             1       0            1    221
114             0       1            1    296
115             0       1            1    489
116             0       0            1    274
117             0       1            0    233
118             0       1            0    992
119             0       1            0    444
120             1       1            1    250
121             0       1            0    260
122             0       1            0    460
123             0       1            0    495
124             0       1            0    260
125             0       1            1    517
126             0       0            0    520
127             0       0            0    512
128             0       1            1    285
129             0       1            0    664
130             0       0            0    462
131             0       0            0    685
132             0       0            0    452
133             0       1            0   1143
134             0       1            0   1715
135             1       0            1    248
136             0       1            0    459
137             1       1            0    499
138             0       1            1    273
139             0       0            0    611
140             0       1            0     84
141             1       0            0    205
142             0       1            0   2331
143             0       1            0   1228
144             0       1            1   1179
145             0       1            0   1170
146             0       1            0   2995
147             1       1            0    273
148             0       1            0    196
149             0       1            1   1644
150             1       0            0    214
[1] "robustbase"
[1] "hbk"
[1] "Hawkins, Bradu, Kass's Artificial Data"
     X1   X2   X3    Y
1  10.1 19.6 28.3  9.7
2   9.5 20.5 28.9 10.1
3  10.7 20.2 31.0 10.3
4   9.9 21.5 31.7  9.5
5  10.3 21.1 31.1 10.0
6  10.8 20.4 29.2 10.0
7  10.5 20.9 29.1 10.8
8   9.9 19.6 28.8 10.3
9   9.7 20.7 31.0  9.6
10  9.3 19.7 30.3  9.9
11 11.0 24.0 35.0 -0.2
12 12.0 23.0 37.0 -0.4
13 12.0 26.0 34.0  0.7
14 11.0 34.0 34.0  0.1
15  3.4  2.9  2.1 -0.4
16  3.1  2.2  0.3  0.6
17  0.0  1.6  0.2 -0.2
18  2.3  1.6  2.0  0.0
19  0.8  2.9  1.6  0.1
20  3.1  3.4  2.2  0.4
21  2.6  2.2  1.9  0.9
22  0.4  3.2  1.9  0.3
23  2.0  2.3  0.8 -0.8
24  1.3  2.3  0.5  0.7
25  1.0  0.0  0.4 -0.3
26  0.9  3.3  2.5 -0.8
27  3.3  2.5  2.9 -0.7
28  1.8  0.8  2.0  0.3
29  1.2  0.9  0.8  0.3
30  1.2  0.7  3.4 -0.3
31  3.1  1.4  1.0  0.0
32  0.5  2.4  0.3 -0.4
33  1.5  3.1  1.5 -0.6
34  0.4  0.0  0.7 -0.7
35  3.1  2.4  3.0  0.3
36  1.1  2.2  2.7 -1.0
37  0.1  3.0  2.6 -0.6
38  1.5  1.2  0.2  0.9
39  2.1  0.0  1.2 -0.7
40  0.5  2.0  1.2 -0.5
41  3.4  1.6  2.9 -0.1
42  0.3  1.0  2.7 -0.7
43  0.1  3.3  0.9  0.6
44  1.8  0.5  3.2 -0.7
45  1.9  0.1  0.6 -0.5
46  1.8  0.5  3.0 -0.4
47  3.0  0.1  0.8 -0.9
48  3.1  1.6  3.0  0.1
49  3.1  2.5  1.9  0.9
50  2.1  2.8  2.9 -0.4
51  2.3  1.5  0.4  0.7
52  3.3  0.6  1.2 -0.5
53  0.3  0.4  3.3  0.7
54  1.1  3.0  0.3  0.7
55  0.5  2.4  0.9  0.0
56  1.8  3.2  0.9  0.1
57  1.8  0.7  0.7  0.7
58  2.4  3.4  1.5 -0.1
59  1.6  2.1  3.0 -0.3
60  0.3  1.5  3.3 -0.9
61  0.4  3.4  3.0 -0.3
62  0.9  0.1  0.3  0.6
63  1.1  2.7  0.2 -0.3
64  2.8  3.0  2.9 -0.5
65  2.0  0.7  2.7  0.6
66  0.2  1.8  0.8 -0.9
67  1.6  2.0  1.2 -0.7
68  0.1  0.0  1.1  0.6
69  2.0  0.6  0.3  0.2
70  1.0  2.2  2.9  0.7
71  2.2  2.5  2.3  0.2
72  0.6  2.0  1.5 -0.2
73  0.3  1.7  2.2  0.4
74  0.0  2.2  1.6 -0.9
75  0.3  0.4  2.6  0.2
[1] "robustbase"
[1] "heart"
[1] "Heart Catherization Data"
   height weight clength
1    42.8   40.0      37
2    63.5   93.5      50
3    37.5   35.5      34
4    39.5   30.0      36
5    45.5   52.0      43
6    38.5   17.0      28
7    43.0   38.5      37
8    22.5    8.5      20
9    37.0   33.0      34
10   23.5    9.5      30
11   33.0   21.0      38
12   58.0   79.0      47
[1] "robustbase"
[1] "kootenay"
[1] "Waterflow Measurements of Kootenay River in Libby and Newgate"
     Libby Newgate
1931  27.1    19.7
1932  20.9    18.0
1933  33.4    26.1
1934  77.6    15.7
1935  37.0    26.1
1936  21.6    19.9
1937  17.6    15.7
1938  35.1    27.6
1939  32.6    24.9
1940  26.0    23.4
1941  27.6    23.1
1942  38.7    31.3
1943  27.8    23.8
[1] "robustbase"
[1] "lactic"
[1] "Lactic Acid Concentration Measurement Data"
    X    Y
1   1  1.1
2   1  0.7
3   1  1.8
4   1  0.4
5   3  3.0
6   3  1.4
7   3  4.9
8   3  4.4
9   3  4.5
10  5  7.3
11  5  8.2
12  5  6.2
13 10 12.0
14 10 13.1
15 10 12.6
16 10 13.2
17 15 18.7
18 15 19.7
19 15 17.4
20 15 17.1
[1] "robustbase"
[1] "los"
[1] "Length of Stay Data"
  [1]  16  13  17   4  15  24  59  18  33   8  42  19  20   4  11   9   3   7  10   3   3  67   4   4  13  16   6   3   3   6   3   4  35  10  16  11  24   7  47   8   8   2  12   3   8   4   3   6   6 102   9   3  15  21  13   8  16   2   5  14   9  21   4   9  11  36   4   8   4   6   4  10  13  11   5   4  16  14   3  22  20   5   2   8  12  14  27   2  13   8  18  18   6  31   3  14  23  13  27  13   6   7  10  12   3  17  30   3  13  13   9  29   4   4  18   7  23   4  20   3   9   4   4   3   3   5  32  11   3   4   5  10  12   7   4  13  10  11  37   6   8   6   3  12   8  10   6  12   7   8   9   5   6  12   5   4  24   7   2   9   2   4   3   8   5  10   5   4   4   7   4   7   7   4  16   4   3  12   4   3  10  27   4  14   7  10   4   9   8   3   5   3   8   5   2   8  38   3   3   3   4
[1] "robustbase"
[1] "milk"
[1] "Daudin's Milk Composition Data"
       X1   X2   X3   X4   X5   X6    X7    X8
1  1.0318 37.7 35.7 26.5 27.1 27.4 127.1 15.35
2  1.0316 37.5 35.3 26.0 27.2 27.2 128.7 14.72
3  1.0314 37.0 32.8 25.3 24.8 23.9 124.1 14.61
4  1.0311 39.5 33.7 26.8 25.6 25.8 127.5 14.56
5  1.0309 36.0 32.8 25.9 25.1 24.9 121.6 13.74
6  1.0322 36.0 33.8 26.9 25.6 25.7 124.5 14.31
7  1.0311 36.0 33.8 26.9 25.8 25.4 125.3 14.13
8  1.0314 36.7 34.1 27.0 25.9 25.9 124.9 14.16
9  1.0292 37.2 31.5 24.8 23.6 23.9 122.5 14.13
10 1.0297 35.0 31.6 24.9 23.9 23.8 121.0 14.58
11 1.0282 34.7 29.9 23.5 22.7 22.5 114.7 13.83
12 1.0262 31.5 30.1 23.6 22.8 22.7 111.1 13.18
13 1.0270 30.5 30.1 23.8 22.7 22.6 115.0 13.45
14 1.0269 31.6 29.8 23.3 22.4 22.3 112.7 12.82
15 1.0264 34.9 29.7 23.2 22.2 22.3 113.5 13.36
16 1.0275 35.7 32.5 25.7 24.4 23.8 120.1 14.61
17 1.0275 37.9 31.8 25.0 23.4 23.5 122.6 14.74
18 1.0293 34.6 32.9 26.1 25.3 24.4 120.8 13.74
19 1.0282 36.6 32.2 25.3 24.4 24.1 121.1 14.63
20 1.0300 37.2 32.1 25.6 25.0 24.2 123.4 14.74
21 1.0300 34.0 33.1 26.4 25.3 25.1 119.7 13.80
22 1.0300 35.3 33.3 26.0 25.1 25.0 121.5 14.07
23 1.0295 35.8 33.9 26.6 25.9 25.5 121.7 14.57
24 1.0295 35.9 33.8 26.5 25.2 25.3 121.4 14.88
25 1.0288 34.8 32.9 26.2 25.2 25.0 118.4 13.99
26 1.0290 35.9 33.4 26.3 25.5 25.4 121.1 14.12
27 1.0290 35.5 32.7 25.4 24.0 23.8 119.9 13.81
28 1.0301 35.8 35.7 28.0 26.7 27.2 122.8 14.69
29 1.0302 37.0 34.9 27.7 26.6 26.6 125.5 15.31
30 1.0300 35.8 33.9 26.8 26.0 25.8 122.6 14.37
31 1.0305 34.2 34.5 27.2 26.1 25.8 123.9 14.63
32 1.0302 34.8 33.7 26.1 25.2 25.2 124.2 14.59
33 1.0300 36.5 33.9 26.6 25.5 25.4 124.1 14.89
34 1.0300 36.6 33.2 25.9 24.6 24.9 123.4 14.60
35 1.0300 34.8 34.2 26.8 25.5 25.4 121.4 14.66
36 1.0300 37.3 34.9 27.4 26.7 26.7 125.1 14.75
37 1.0300 34.6 34.6 27.0 26.2 25.8 122.6 14.33
38 1.0310 35.7 34.8 27.4 26.1 26.3 123.4 14.58
39 1.0300 35.7 33.4 26.1 24.9 24.9 120.8 14.67
40 1.0302 37.9 33.6 26.1 25.3 24.9 126.1 15.20
41 1.0300 36.8 35.4 26.0 27.1 27.0 125.1 14.94
42 1.0300 39.3 34.8 27.4 26.1 26.2 127.8 15.43
43 1.0310 35.6 34.0 26.8 26.4 25.7 125.5 14.40
44 1.0300 37.8 34.1 27.2 25.9 27.0 126.9 15.97
45 1.0310 35.6 33.3 26.4 25.1 24.9 122.6 14.77
46 1.0310 35.7 34.1 26.8 25.8 25.7 121.7 14.59
47 1.0305 33.3 33.2 26.6 25.1 25.3 126.7 14.17
48 1.0300 34.4 33.3 26.5 25.2 25.4 123.0 14.79
49 1.0300 33.3 32.2 25.6 24.6 24.3 121.5 14.70
50 1.0305 38.4 32.5 25.8 24.9 24.9 126.2 15.20
51 1.0305 34.0 31.9 25.5 24.4 24.3 122.6 14.11
52 1.0300 33.1 31.1 24.8 23.7 23.9 119.0 14.06
53 1.0305 34.8 32.3 25.7 25.2 24.7 122.6 14.09
54 1.0305 35.5 32.7 26.0 25.1 24.9 122.7 14.41
55 1.0310 35.6 33.3 26.5 25.6 25.6 123.3 14.16
56 1.0300 36.1 32.5 25.7 24.9 24.8 123.1 14.34
57 1.0295 36.2 32.6 25.5 24.7 24.9 121.4 14.04
58 1.0300 36.0 33.5 26.7 25.6 25.7 121.9 14.02
59 1.0290 35.2 31.8 25.1 24.1 24.1 122.2 14.00
60 1.0300 35.4 32.1 25.5 24.3 24.2 122.1 13.78
61 1.0300 36.6 32.1 25.3 24.5 24.4 123.4 14.14
62 1.0300 37.5 32.6 25.6 24.8 24.9 125.4 14.86
63 1.0300 36.9 33.8 27.0 25.6 25.6 124.9 14.29
64 1.0300 36.9 33.8 27.0 25.6 25.6 124.9 14.29
65 1.0300 37.3 31.5 24.9 23.7 23.8 123.4 14.46
66 1.0300 35.2 31.7 25.0 24.0 23.9 121.5 13.82
67 1.0300 36.4 32.3 25.8 24.6 24.4 123.5 14.54
68 1.0300 34.5 31.4 24.8 24.1 24.0 123.9 14.24
69 1.0300 35.8 32.1 25.9 24.7 24.4 122.6 14.14
70 1.0295 36.0 31.2 24.6 33.8 33.7 122.9 14.05
71 1.0300 35.8 31.3 24.9 23.7 23.9 121.7 14.04
72 1.0305 36.5 33.1 26.6 25.4 25.4 125.1 14.20
73 1.0305 35.5 31.2 24.7 23.3 23.0 122.8 14.15
74 1.0300 34.5 30.2 23.8 22.8 22.7 112.3 14.00
75 1.0305 35.9 32.0 25.3 23.3 24.3 124.2 14.35
76 1.0310 34.3 32.2 25.4 24.6 24.4 122.4 13.98
77 1.0295 34.6 30.8 23.9 22.7 22.7 115.7 13.93
78 1.0310 36.3 32.6 25.8 24.8 24.7 124.7 14.26
79 1.0305 35.2 32.6 25.5 24.8 24.6 123.3 14.07
80 1.0300 34.9 32.7 25.8 24.7 24.9 119.0 14.42
81 1.0300 35.9 33.7 26.6 25.6 25.7 123.4 14.20
82 1.0310 37.6 33.2 26.3 24.9 24.8 125.6 14.94
83 1.0300 36.1 33.6 26.2 25.6 25.6 125.3 14.43
84 1.0300 34.1 33.2 26.0 25.4 25.2 124.2 14.37
85 1.0305 39.0 32.3 25.4 24.4 24.7 123.5 14.40
86 1.0300 34.4 33.1 26.5 25.6 25.5 123.5 14.18
[1] "robustbase"
[1] "pension"
[1] "Pension Funds Data"
   Income Reserves
1    10.4    272.2
2    15.6    212.9
3    16.2    120.7
4    17.9    163.6
5    37.8    226.1
6    46.9    622.9
7    52.4   1353.2
8    52.9    363.6
9    71.0    951.7
10   73.9    307.2
11   76.3    588.4
12   77.0    952.5
13  131.2   1157.3
14  151.7   2105.6
15  206.1   3581.4
16  314.7   3404.7
17  470.8   4095.3
18 1406.3   6802.7
[1] "robustbase"
[1] "phosphor"
[1] "Phosphorus Content Data"
   inorg organic plant
1    0.4      53    64
2    0.4      23    60
3    3.1      19    71
4    0.6      34    61
5    4.7      24    54
6    1.7      65    77
7    9.4      44    81
8   10.1      31    93
9   11.6      29    93
10  12.6      58    51
11  10.9      37    76
12  23.1      46    96
13  23.1      50    77
14  21.6      44    93
15  23.1      56    95
16   1.9      36    54
17  26.8      58   168
18  29.9      51    99
[1] "robustbase"
[1] "pilot"
[1] "Pilot-Plant Data"
     X  Y
1  123 76
2  109 70
3   62 55
4  104 71
5   57 55
6   37 48
7   44 50
8  100 66
9   16 41
10  28 43
11 138 82
12 105 68
13 159 88
14  75 58
15  88 64
16 164 88
17 169 89
18 167 88
19 149 84
20 167 88
[1] "robustbase"
[1] "possum.mat"
[1] "Possum Diversity Data"
       Diversity Shrubs Stumps Stags Bark Habitat BAcacia E.regnans E.delegatensis E.nitens NW-NE NW-SE SE-SW SW-NW
  [1,]         3      6      1    12   29       9      31         1              0        0     0     0     0     1
  [2,]         2      5      0    15   12       2       4         1              0        0     0     0     1     0
  [3,]         1      7      0     6   26       2       8         1              0        0     1     0     0     0
  [4,]         2      6      0    14   16       8      16         1              0        0     0     0     0     1
  [5,]         3      5      0    16   11       8      20         0              1        0     0     0     1     0
  [6,]         2      3      0    16    6      10      31         1              0        0     0     1     0     0
  [7,]         3      6      0     9   10       8      16         0              1        0     0     0     0     1
  [8,]         2     13      0    20    4       8      17         1              0        0     0     0     1     0
  [9,]         0      5      0     7   13       3       0         1              0        0     0     0     0     1
 [10,]         0      8      0     4    9       1       8         1              0        0     0     0     1     0
 [11,]         1     11      1     6    3       2       8         1              0        0     0     0     1     0
 [12,]         1     16      0     5    3       6       9         1              0        0     0     0     0     1
 [13,]         0      8      0     4   11       1      11         0              1        0     1     0     0     0
 [14,]         4      9      0     6   14       7       0         1              0        0     0     0     1     0
 [15,]         2      4      0     4    8       1      25         1              0        0     0     1     0     0
 [16,]         3      9      0    10   13       7      16         1              0        0     0     0     1     0
 [17,]         1     11      0     6   17       1       7         1              0        0     0     0     0     1
 [18,]         3      8      0    11    8       9      23         1              0        0     0     1     0     0
 [19,]         3      4      0    11    7       8      19         1              0        0     0     1     0     0
 [20,]         1      8      0     4   12       9      13         1              0        0     0     1     0     0
 [21,]         2      1      0    16    5      10      21         1              0        0     0     0     1     0
 [22,]         2      3      1     8    9       8      23         0              1        0     0     0     1     0
 [23,]         2      3      0    10   15       1       0         0              1        0     1     0     0     0
 [24,]         3      5      0     9   16       2      16         0              1        0     0     1     0     0
 [25,]         4      3      0     7   16       8      20         0              0        1     0     1     0     0
 [26,]         2      4      0    10   14       2       5         0              1        0     0     1     0     0
 [27,]         1      5      0    15   18       0       1         1              0        0     0     0     1     0
 [28,]         1      2      0     5    4       9      33         0              1        0     0     0     1     0
 [29,]         2      6      0     7   22      10       3         0              0        1     0     1     0     0
 [30,]         3      1      0    10   11       2       4         1              0        0     0     0     1     0
 [31,]         3      5      0    11   11       9      17         0              1        0     0     0     1     0
 [32,]         3      3      0     8   17       7      13         1              0        0     0     1     0     0
 [33,]         2      5      0     8    9       7      13         1              0        0     0     0     1     0
 [34,]         3     21      1     3   23       4       3         1              0        0     0     0     1     0
 [35,]         4      5      0    14    9       8      12         1              0        0     0     0     1     0
 [36,]         0      3      0     5    5       4      13         1              0        0     0     0     1     0
 [37,]         2      4      0     8    6       9      20         1              0        0     0     1     0     0
 [38,]         0      3      0    14    7       8      15         1              0        0     0     0     0     1
 [39,]         2      2      0    11    9       6      15         1              0        0     0     1     0     0
 [40,]         1      6      0     2    7       6      11         1              0        0     0     1     0     0
 [41,]         0     11      0     1    7       3      11         1              0        0     1     0     0     0
 [42,]         0     11      1     1    5       1       1         1              0        0     0     1     0     0
 [43,]         3      5      0     7    8       8      27         1              0        0     0     1     0     0
 [44,]         0      5      0     2    9       2      15         1              0        0     0     0     1     0
 [45,]         2      3      0     7    5       7      15         1              0        0     0     1     0     0
 [46,]         2      5      0     7    5       5      23         1              0        0     0     1     0     0
 [47,]         1     10      0     1   11       3      17         1              0        0     0     0     1     0
 [48,]         2     15      0     6    9       3      13         1              0        0     0     1     0     0
 [49,]         1      8      0     8    5       1       9         1              0        0     1     0     0     0
 [50,]         1      5      0     6    8       3       4         1              0        0     0     0     0     1
 [51,]         2      9      0     6    7       7      16         1              0        0     1     0     0     0
 [52,]         1      7      0     5    5       1       2         1              0        0     0     1     0     0
 [53,]         1      8      0     6    9       7      22         1              0        0     0     1     0     0
 [54,]         0      3      0     0    3       1      17         1              0        0     0     0     1     0
 [55,]         1      0      0     0    6       1      12         1              0        0     0     1     0     0
 [56,]         0     11      0     2    7       4      11         1              0        0     1     0     0     0
 [57,]         0     11      1     0   10       1       3         1              0        0     0     0     0     1
 [58,]         1     10      1     1   15       2       4         1              0        0     1     0     0     0
 [59,]         3      8      0     3    8       2       7         1              0        0     0     0     1     0
 [60,]         1      6      0     2    6       2       0         1              0        0     0     0     1     0
 [61,]         1      4      0     2    4       2       3         0              0        1     1     0     0     0
 [62,]         2      2      0     6    7       7      39         1              0        0     1     0     0     0
 [63,]         1      5      0     3    7       5      11         1              0        0     0     1     0     0
 [64,]         2      2      0     4    6       6      23         0              1        0     0     0     0     1
 [65,]         3      1      0     3    6       4      28         1              0        0     1     0     0     0
 [66,]         1      8      0     4   10       7      19         1              0        0     0     0     1     0
 [67,]         0      1      0     5    6       6      17         0              1        0     0     1     0     0
 [68,]         2      1      0     2    7       5      24         0              1        0     0     0     1     0
 [69,]         1      0      0     3    5       6      20         0              1        0     1     0     0     0
 [70,]         2      2      0     4    4       8      20         0              1        0     1     0     0     0
 [71,]         1      7      0     4    5       4       5         1              0        0     0     1     0     0
 [ reached getOption("max.print") -- omitted 80 rows ]
[1] "robustbase"
[1] "possumDiv"
[1] "Possum Diversity Data"
    Diversity Shrubs Stumps Stags Bark Habitat BAcacia   eucalyptus aspect
1           3      6      1    12   29       9      31      regnans  SW-NW
2           2      5      0    15   12       2       4      regnans  SE-SW
3           1      7      0     6   26       2       8      regnans  NW-NE
4           2      6      0    14   16       8      16      regnans  SW-NW
5           3      5      0    16   11       8      20 delegatensis  SE-SW
6           2      3      0    16    6      10      31      regnans  NW-SE
7           3      6      0     9   10       8      16 delegatensis  SW-NW
8           2     13      0    20    4       8      17      regnans  SE-SW
9           0      5      0     7   13       3       0      regnans  SW-NW
10          0      8      0     4    9       1       8      regnans  SE-SW
11          1     11      1     6    3       2       8      regnans  SE-SW
12          1     16      0     5    3       6       9      regnans  SW-NW
13          0      8      0     4   11       1      11 delegatensis  NW-NE
14          4      9      0     6   14       7       0      regnans  SE-SW
15          2      4      0     4    8       1      25      regnans  NW-SE
16          3      9      0    10   13       7      16      regnans  SE-SW
17          1     11      0     6   17       1       7      regnans  SW-NW
18          3      8      0    11    8       9      23      regnans  NW-SE
19          3      4      0    11    7       8      19      regnans  NW-SE
20          1      8      0     4   12       9      13      regnans  NW-SE
21          2      1      0    16    5      10      21      regnans  SE-SW
22          2      3      1     8    9       8      23 delegatensis  SE-SW
23          2      3      0    10   15       1       0 delegatensis  NW-NE
24          3      5      0     9   16       2      16 delegatensis  NW-SE
25          4      3      0     7   16       8      20       nitens  NW-SE
26          2      4      0    10   14       2       5 delegatensis  NW-SE
27          1      5      0    15   18       0       1      regnans  SE-SW
28          1      2      0     5    4       9      33 delegatensis  SE-SW
29          2      6      0     7   22      10       3       nitens  NW-SE
30          3      1      0    10   11       2       4      regnans  SE-SW
31          3      5      0    11   11       9      17 delegatensis  SE-SW
32          3      3      0     8   17       7      13      regnans  NW-SE
33          2      5      0     8    9       7      13      regnans  SE-SW
34          3     21      1     3   23       4       3      regnans  SE-SW
35          4      5      0    14    9       8      12      regnans  SE-SW
36          0      3      0     5    5       4      13      regnans  SE-SW
37          2      4      0     8    6       9      20      regnans  NW-SE
38          0      3      0    14    7       8      15      regnans  SW-NW
39          2      2      0    11    9       6      15      regnans  NW-SE
40          1      6      0     2    7       6      11      regnans  NW-SE
41          0     11      0     1    7       3      11      regnans  NW-NE
42          0     11      1     1    5       1       1      regnans  NW-SE
43          3      5      0     7    8       8      27      regnans  NW-SE
44          0      5      0     2    9       2      15      regnans  SE-SW
45          2      3      0     7    5       7      15      regnans  NW-SE
46          2      5      0     7    5       5      23      regnans  NW-SE
47          1     10      0     1   11       3      17      regnans  SE-SW
48          2     15      0     6    9       3      13      regnans  NW-SE
49          1      8      0     8    5       1       9      regnans  NW-NE
50          1      5      0     6    8       3       4      regnans  SW-NW
51          2      9      0     6    7       7      16      regnans  NW-NE
52          1      7      0     5    5       1       2      regnans  NW-SE
53          1      8      0     6    9       7      22      regnans  NW-SE
54          0      3      0     0    3       1      17      regnans  SE-SW
55          1      0      0     0    6       1      12      regnans  NW-SE
56          0     11      0     2    7       4      11      regnans  NW-NE
57          0     11      1     0   10       1       3      regnans  SW-NW
58          1     10      1     1   15       2       4      regnans  NW-NE
59          3      8      0     3    8       2       7      regnans  SE-SW
60          1      6      0     2    6       2       0      regnans  SE-SW
61          1      4      0     2    4       2       3       nitens  NW-NE
62          2      2      0     6    7       7      39      regnans  NW-NE
63          1      5      0     3    7       5      11      regnans  NW-SE
64          2      2      0     4    6       6      23 delegatensis  SW-NW
65          3      1      0     3    6       4      28      regnans  NW-NE
66          1      8      0     4   10       7      19      regnans  SE-SW
67          0      1      0     5    6       6      17 delegatensis  NW-SE
68          2      1      0     2    7       5      24 delegatensis  SE-SW
69          1      0      0     3    5       6      20 delegatensis  NW-NE
70          2      2      0     4    4       8      20 delegatensis  NW-NE
71          1      7      0     4    5       4       5      regnans  NW-SE
72          1      5      0     2    7       3       3      regnans  NW-NE
73          1      3      0     2    8       3      19      regnans  SW-NW
74          2      0      0    10    6       7      19      regnans  NW-NE
75          5      7      0    16   14       7      19      regnans  SE-SW
76          1      3      1    10    7       8      20      regnans  NW-NE
77          1      6      0     4   12       6      16       nitens  SE-SW
78          1      0      0     3    4       3       5      regnans  NW-SE
79          1      4      0     2    7       2       3      regnans  NW-SE
80          1      8      0     2    9       3      12      regnans  NW-NE
81          0      4      0     2    8       4      11      regnans  SW-NW
82          1      5      0     2    8       3       3      regnans  NW-SE
83          1      1      0     3    4       4      17 delegatensis  NW-SE
84          1      6      0     1   14       4      17      regnans  NW-SE
85          0      4      1     6   12       7      16      regnans  SW-NW
86          0      8      0     8   18       5       7      regnans  NW-SE
87          0      4      0     2    5       3       0      regnans  NW-NE
88          2      2      0     4    6       2       0       nitens  NW-SE
89          3      7      0    12    5       6       4      regnans  SE-SW
90          0      7      0    13    5       6       3      regnans  SE-SW
91          2      1      0     3    7       7      21      regnans  NW-SE
92          4      2      0    14    6       9      20      regnans  NW-NE
93          2      7      0     2    5       4       7      regnans  NW-NE
94          2      1      0     4    9       6      24      regnans  NW-SE
95          0      5      0     0    9       3      21      regnans  SE-SW
96          1      0      0     2    5       3      15      regnans  SE-SW
97          0      2      0     3    5       5      13       nitens  SW-NW
98          2      1      0    14    3       7      19 delegatensis  SE-SW
99          2      1      0    29    6       4       1      regnans  NW-SE
100         0      0      0     2    2       3      16      regnans  SE-SW
101         0     14      0     4    0       1       0      regnans  SE-SW
102         3      0      0     6    6       6      25      regnans  SE-SW
103         1      8      0     3    9       5      16       nitens  NW-NE
104         2      3      0     8    6       5      24      regnans  NW-SE
105         1      3      0     4    5       5      13      regnans  NW-SE
106         0      4      0     7    5       2       0      regnans  NW-NE
107         3     15      0    20   18       4       0      regnans  NW-SE
108         1      0      0     4    3       3       0 delegatensis  NW-NE
109         0      2      0    11    3       4       1 delegatensis  NW-SE
110         2      2      0     5    3       2       7 delegatensis  SW-NW
111         1      0      0     1    3       2       1 delegatensis  SE-SW
 [ reached getOption("max.print") -- omitted 40 rows ]
[1] "robustbase"
[1] "pulpfiber"
[1] "Pulp Fiber and Paper Data"
       X1     X2     X3    X4     Y1    Y2    Y3     Y4
1  -0.030 35.239 36.991 1.057 21.312 7.039 5.326  0.932
2   0.015 35.713 36.851 1.064 21.206 6.979 5.237  0.871
3   0.025 39.220 30.586 1.053 20.709 6.779 5.060  0.742
4   0.030 39.756 21.072 1.050 19.542 6.601 4.479  0.513
5  -0.070 32.991 36.570 1.049 20.449 6.795 4.912  0.577
6  -0.050 31.140 38.115 1.052 20.841 6.919 5.108  0.784
7  -0.247 28.375 41.364 1.044 19.060 6.447 4.246  0.358
8  -0.099 32.580 36.430 1.038 18.597 6.261 4.032  0.215
9  -0.242 23.889 49.080 1.042 19.346 6.572 4.358  0.432
10 -0.188 28.027 39.243 1.042 18.720 6.455 4.072  0.372
11 -0.099 33.128 32.802 1.052 18.587 6.295 4.068  0.239
12 -0.232 26.492 40.939 1.042 19.813 6.775 4.604  0.637
13 -0.045 32.169 32.524 1.045 19.989 6.737 4.686  0.779
14  0.055 35.103 31.139 1.042 19.116 6.512 4.299  0.588
15  0.070 40.893 21.473 1.049 18.769 6.335 4.089  0.470
16 -0.015 32.649 31.554 1.038 18.708 6.271 3.978  0.457
17 -0.109 27.749 38.538 1.036 19.323 6.550 4.404  0.588
18  0.000 36.187 25.927 1.022 17.433 5.948 3.486  0.104
19 -0.193 34.491 25.519 1.047 19.195 6.213 4.300  0.405
20 -0.090 31.827 29.209 1.050 19.436 6.387 4.404  0.519
21 -0.154 29.622 32.385 1.057 20.136 6.725 4.723  0.652
22 -0.154 35.917 29.346 1.033 16.740 6.168 3.201  0.104
23 -0.149 30.658 35.730 1.033 18.589 6.531 3.989  0.336
24 -0.271 29.415 33.775 1.033 19.422 6.615 4.382  0.432
25  0.243 51.638 15.922 1.099 24.420 7.874 6.999  1.730
26  0.340 58.686  9.159 1.101 25.288 8.034 7.406  1.873
27  0.080 49.025 27.700 1.097 26.119 8.222 7.771  1.946
28  0.131 46.266 23.893 1.076 23.113 7.288 6.329  1.513
29  0.136 50.333 17.888 1.095 25.209 7.955 7.296  1.792
30  0.176 44.218 26.880 1.090 25.444 8.045 7.477  1.847
31  0.151 43.887 33.775 1.082 23.699 7.593 6.609  1.482
32  0.207 48.894 23.219 1.081 24.303 7.775 6.861  1.583
33 -0.015 40.158 42.074 1.066 24.793 8.123 7.202  1.703
34  0.126 54.559 11.293 1.089 23.438 7.650 6.457  1.477
35  0.131 49.025 17.494 1.088 24.197 7.794 6.833  1.583
36  0.070 49.287 23.354 1.092 24.741 7.996 7.152  1.728
37  0.156 45.673 29.622 1.070 24.170 7.766 6.846  1.615
38  0.055 45.475 21.072 1.076 24.174 7.877 6.826  1.692
39 -0.015 42.958 33.636 1.085 25.052 8.287 7.332  1.773
40  0.090 48.632 13.977 1.070 23.846 7.639 6.615  1.560
41  0.015 49.025 18.284 1.073 24.822 8.041 7.129  1.721
42  0.010 43.821 27.290 1.087 25.200 8.270 7.356  1.785
43  0.131 46.530 18.284 1.069 23.695 7.460 6.567  1.543
44  0.000 46.398 18.416 1.075 24.941 7.929 7.286  1.703
45 -0.099 44.946 24.164 1.078 25.007 8.081 7.287  1.787
46 -0.188 51.898 19.209 1.064 21.183 7.156 5.388  0.924
47 -0.173 48.436 26.880 1.065 21.875 7.336 5.762  1.068
48 -0.227 47.254 29.346 1.066 22.095 7.447 5.790  1.182
49  0.314 56.627  2.925 1.118 25.166 7.913 7.211  1.813
50  0.217 53.458  0.511 1.122 24.560 7.854 7.020  1.701
51  0.381 60.993  0.000 1.118 22.007 8.259 7.322  1.169
52  0.397 58.429  1.147 1.129 21.115 7.913 6.557  0.928
53  0.289 56.755  0.407 1.113 26.194 8.454 7.816  2.145
54  0.202 56.111  0.407 1.104 25.674 8.208 7.534  2.046
55  0.273 53.847  2.023 1.111 25.930 8.100 7.669  2.037
56  0.558 63.035 -0.391 1.113 21.390 7.475 5.294  0.875
57 -0.672  3.448 76.878 1.020 18.441 6.652 3.946  0.140
58 -0.605  2.845 84.554 1.008 16.441 6.315 2.997 -0.400
59 -0.694  1.515 81.988 0.998 16.294 6.572 3.017 -0.478
60 -0.559  2.054  8.786 1.081 20.289 7.719 4.866  0.239
61 -0.415  3.018  5.855 1.033 17.163 7.086 3.396 -0.236
62 -0.324 17.639 28.934 1.070 20.289 7.437 4.859  0.470
[1] "robustbase"
[1] "radarImage"
[1] "Satellite Radar Image Data from near Munich"
     X.coord Y.coord     Band.1     Band.2    Band.3
1         59       1   157.2000  -150.5000   30.0200
2         60       1    52.1200   -72.6100   -6.3760
3         61       1  -188.1000   -82.8100  -55.6300
4         62       1   -17.1000    10.0900  -21.2300
5         52       2    18.3900   -22.4300   86.3900
6         53       2  -144.2000  -120.3000  106.7000
7         54       2  -237.7000   -82.1400   20.7300
8         55       2  -116.7000    10.5000   27.3900
9         56       2    43.0400   117.1000   11.8200
10        57       2   177.3000   228.3000   34.5400
11        58       2    76.5100    86.8400   -8.2040
12        59       2   -36.9100   -19.8300  -71.7100
13        60       2  -278.0000   -39.2500  -16.0800
14        61       2  -244.0000   -85.1000  -34.6900
15        48       3    42.4300  -137.1000  -63.8100
16        49       3   -51.0900    24.7300   22.7000
17        50       3   -33.5300   155.6000   -7.4710
18        51       3   113.9000    59.0500  -49.1800
19        52       3   -89.9200  -111.4000  -40.3800
20        53       3  -217.4000  -241.5000   39.6900
21        54       3   -69.3300  -239.6000  -41.3700
22        55       3    -3.5080   -15.1100  -61.5900
23        56       3   -42.4400    57.6100    1.6680
24        57       3   154.5000   138.9000   79.8600
25        58       3   -42.7100    52.3700   -0.0672
26        59       3  -294.4000    80.5500 -117.3000
27        60       3  -234.1000   140.6000  -60.8900
28        61       3   129.9000   140.9000  -35.8700
29        47       4   177.7000    83.2100  -71.2000
30        48       4   -53.5200   -65.6000  -77.2300
31        49       4  -255.3000   -36.0800   -8.2380
32        50       4  -124.9000   -84.3000    8.0110
33        51       4    -2.7840  -211.2000  -38.9800
34        52       4    50.1700   -82.9600 -111.8000
35        53       4   175.1000   -12.4800  -11.9800
36        54       4   104.2000   -90.4400  -47.7700
37        55       4  -128.9000   -29.2600  -31.0000
38        56       4  -162.0000   -24.4400   -4.8690
39        57       4   123.6000    55.7500   28.6100
40        58       4   -71.4500   -27.9900    2.6710
41        59       4  -264.3000    43.1000  -55.1700
42        60       4   122.7000   169.2000  -79.4200
43        47       5   -70.6900    92.0800    7.1560
44        48       5  -162.2000   -66.6600    7.8130
45        49       5  -219.0000  -126.1000  -43.4900
46        50       5   -80.1800   -11.5300  -57.0000
47        51       5   -26.6900  -139.5000  -15.0800
48        52       5   190.8000   -53.2800  -65.8300
49        53       5    77.7100    51.2500    2.6250
50        54       5  -130.0000    96.5900   -1.3400
51        55       5  -252.2000    46.6300   85.0800
52        56       5   -78.3500   -67.2000   65.5500
53        57       5   143.7000    66.9800    3.5470
54        58       5   126.2000   104.4000    9.6170
55        59       5   -11.6000    95.5600   20.3100
56        46       6   -21.5200   -92.3300  -73.2300
57        47       6  -128.7000    -6.3630   -2.1360
58        48       6   -39.5600     9.5790   47.6100
59        49       6  -105.4000  -118.2000  -31.4000
60        50       6    -9.6580   175.7000  -22.0900
61        51       6    -5.6460   220.3000  -22.5900
62        52       6    85.9000    57.2500  -23.5000
63        53       6  -268.8000   -59.9900   27.6800
64        54       6  -289.3000   -71.2400    1.0440
65        55       6  -212.3000   -58.9300  109.6000
66        56       6     3.1630   -56.9200   91.0900
67        57       6    82.2900   107.7000   49.2700
68        58       6   174.6000   226.4000   12.3200
69        59       6    34.0400   318.7000    6.0050
70        46       7     4.2870  -134.0000  -38.3800
71        47       7    83.0300   -88.1000  -32.6900
72        48       7     2.3950   167.3000  -25.8300
73        49       7  -242.8000    24.9600   40.4000
74        50       7  -130.3000   153.2000   82.2400
75        51       7  -101.9000   223.2000  -37.2600
76        52       7  -140.9000   126.5000  -35.2700
77        53       7  -308.6000   -69.5300   55.1500
78        54       7   -97.4000  -237.5000   33.3900
79        55       7    -3.3420   -67.8000   64.9100
80        56       7    17.7300    21.0500   23.6800
81        57       7    17.1100    99.8500   69.3700
82        58       7    63.0000   199.7000    5.3710
83        45       8   -56.0600   -81.8000  -90.8800
84        46       8   136.2000    94.4100  -21.2000
85        47       8   160.7000     4.2030   17.8400
86        48       8  -159.0000   169.3000    7.2140
87        49       8  -331.1000   159.8000   37.3600
88        50       8  -228.6000    74.7500   79.5000
89        51       8  -112.8000    35.3500  -17.2400
90        52       8   -33.6800   172.1000  -34.4500
91        53       8    60.4800   198.0000   61.9800
92        54       8    20.7500   -16.7900   86.6300
93        55       8    14.5700     6.1280   63.6100
94        56       8  -106.3000   -18.2600   -9.9230
95        57       8   -58.5300    49.1000   -0.6611
96        58       8    -4.4640    78.5200   47.9400
97        45       9    27.6800    59.6100  -78.5200
98        46       9     5.5060   235.3000  -41.5000
99        47       9  -107.2000    85.8700   66.6700
100       48       9  -258.2000    -7.3000  115.3000
101       49       9  -136.5000   -81.3200   -9.7290
102       50       9  -132.2000    28.6200   -8.8990
103       51       9     2.8360    19.3800    5.9890
104       52       9   153.0000   133.9000    1.5520
105       53       9   202.9000   261.9000   57.8200
106       54       9  -158.8000    81.0200   72.9900
107       55       9   -52.4000    12.8000   89.7900
108       56       9   -39.9000    28.0000   50.8800
109       57       9    49.2000   150.2000   -8.5370
110       44      10   -60.6400  -188.0000  104.8000
111       45      10   -39.4000    70.9500   38.0600
112       46      10  -209.3000   103.2000   -6.6700
113       47      10  -153.0000  -123.1000   47.5800
114       48      10    -0.5782  -121.6000  119.8000
115       49      10    77.2600  -170.2000  -26.7000
116       50      10   -26.8800   136.4000  -66.3500
117       51      10     8.5360   127.6000  -42.1300
118       52      10   -16.1900   -13.0500   11.3000
119       53      10  -115.9000    82.5800   53.4200
120       54      10  -290.9000    39.8600   24.3600
121       55      10    35.5200   -22.8600   71.5700
122       56      10    90.4700   135.3000  118.9000
123       44      11  -156.4000  -214.9000   -0.6055
124       45      11   -84.0900   -32.8600   33.5600
125       46      11   -99.7300   -26.5600  112.7000
126       47      11   182.7000   -23.5600   10.9800
127       48      11   337.0000   153.2000  -69.4300
128       49      11   139.7000    37.6800  -90.9200
129       50      11    -3.0250   182.7000  -61.6700
130       51      11    43.9600   152.6000 -157.1000
131       52      11  -115.6000   -34.5400  -65.4600
132       53      11  -169.1000    19.1600   61.8400
133       54      11  -121.9000    -8.4860   26.1100
134       55      11   183.7000   -52.7200   14.1800
135       56      11   121.8000   197.2000  105.4000
136       43      12  -212.5000    54.8000   83.9400
137       44      12  -113.8000   -70.6300  -22.4200
138       45      12   141.0000    63.5800  -17.8700
139       46      12   173.5000    73.9200   77.3600
140       47      12   185.3000   239.4000   12.0000
141       48      12    76.6900   250.7000  -63.7800
142       49      12   -48.8000    22.0200  -80.7100
143       50      12   -79.8800    51.5900  -42.6800
144       51      12    23.1400    23.1700  -96.8100
145       52      12    22.7900   -32.6600  -31.1500
146       53      12   103.2000    82.7700   29.3400
147       54      12    35.1600    27.2500    4.1240
148       55      12    33.9500    10.5700   75.6400
149       58      12   226.8000   410.2000  -71.7300
150       43      13  -155.8000   160.9000   81.7200
151       44      13   -74.2000   104.9000   53.9800
152       45      13   107.0000    93.1200   32.9000
153       46      13   -55.6000   111.0000  -21.7500
154       47      13  -198.5000   198.6000   -6.3500
155       48      13  -122.3000   116.1000   20.0100
156       49      13   -60.1400   -12.6600  -84.0600
157       50      13  -100.8000    -2.4590  -71.5100
158       51      13   -25.0800    31.6500   78.9000
159       52      13    76.1500     5.4360   78.5900
160       53      13    74.2600    90.3800  -13.9500
161       54      13   -13.4800    81.9200  -12.9200
162       55      13    43.4600   117.5000  178.7000
163       57      13   284.3000   308.6000   98.5800
164       58      13   374.9000   546.5000   39.9900
165       59      13   111.2000   221.1000  -21.4100
166       42      14    50.7100   167.7000  -59.3000
167       43      14   -61.8900   262.3000  -24.6900
168       44      14   -94.3500   180.7000   47.8700
169       45      14   -71.2500    91.0100   86.6500
170       46      14  -226.1000    -5.1030   14.9500
171       47      14  -246.9000   -55.1300   31.9200
172       48      14    77.7000   -33.1000   38.1100
173       49      14    98.2300   -71.0900 -101.1000
174       50      14    12.0300   -17.6300 -119.6000
175       51      14    -0.8398    48.3500   11.8100
176       52      14   -25.5500    -9.8510   67.3500
177       53      14  -176.6000    58.6000   23.6600
178       54      14   -49.1100    70.2200   -9.9720
179       56      14   230.3000   -11.0800  128.6000
180       57      14   240.3000   325.3000  110.8000
181       58      14   383.2000   402.5000   23.0100
182       59      14    54.6000   -74.5700   13.8000
183       60      14  -267.4000   -17.8100  108.1000
184       42      15    59.6000   261.1000  -18.3600
185       43      15    -1.8890   257.3000  -66.9100
186       44      15  -130.4000   108.5000  -29.4600
187       45      15  -100.9000   184.9000   20.6000
188       46      15    97.7900   180.9000   62.3200
189       47      15   130.4000   -99.3500   21.4600
190       48      15   161.9000   -64.1400  -64.2400
191       49      15    64.5800   -79.7900  -60.9100
192       50      15    -2.0950   -76.3600  -22.3700
193       51      15   -69.2600    64.6100  -48.0600
194       52      15  -120.8000    10.3300  -26.8800
195       53      15   -87.2200    11.5500   29.3400
196       56      15   120.4000  -141.6000   91.4700
197       57      15    43.2500    65.3600   88.2700
198       58      15    -1.9180   -10.5200    4.6670
199       59      15  -320.0000  -238.5000    3.9580
200       60      15    10.2800   -43.1200  168.5000
 [ reached getOption("max.print") -- omitted 1373 rows ]
[1] "robustbase"
[1] "salinity"
[1] "Salinity Data"
     X1 X2     X3    Y
1   8.2  4 23.005  7.6
2   7.6  5 23.873  7.7
3   4.6  0 26.417  4.3
4   4.3  1 24.868  5.9
5   5.9  2 29.895  5.0
6   5.0  3 24.200  6.5
7   6.5  4 23.215  8.3
8   8.3  5 21.862  8.2
9  10.1  0 22.274 13.2
10 13.2  1 23.830 12.6
11 12.6  2 25.144 10.4
12 10.4  3 22.430 10.8
13 10.8  4 21.785 13.1
14 13.1  5 22.380 12.3
15 13.3  0 23.927 10.4
16 10.4  1 33.443 10.5
17 10.5  2 24.859  7.7
18  7.7  3 22.686  9.5
19 10.0  0 21.789 12.0
20 12.0  1 22.041 12.6
21 12.1  4 21.033 13.6
22 13.6  5 21.005 14.1
23 15.0  0 25.865 13.5
24 13.5  1 26.290 11.5
25 11.5  2 22.932 12.0
26 12.0  3 21.313 13.0
27 13.0  4 20.769 14.1
28 14.1  5 21.393 15.1
[1] "robustbase"
[1] "starsCYG"
[1] "Hertzsprung-Russell Diagram Data of Star Cluster CYG OB1"
   log.Te log.light
1    4.37      5.23
2    4.56      5.74
3    4.26      4.93
4    4.56      5.74
5    4.30      5.19
6    4.46      5.46
7    3.84      4.65
8    4.57      5.27
9    4.26      5.57
10   4.37      5.12
11   3.49      5.73
12   4.43      5.45
13   4.48      5.42
14   4.01      4.05
15   4.29      4.26
16   4.42      4.58
17   4.23      3.94
18   4.42      4.18
19   4.23      4.18
20   3.49      5.89
21   4.29      4.38
22   4.29      4.22
23   4.42      4.42
24   4.49      4.85
25   4.38      5.02
26   4.42      4.66
27   4.29      4.66
28   4.38      4.90
29   4.22      4.39
30   3.48      6.05
31   4.38      4.42
32   4.56      5.10
33   4.45      5.22
34   3.49      6.29
35   4.23      4.34
36   4.62      5.62
37   4.53      5.10
38   4.45      5.22
39   4.53      5.18
40   4.43      5.57
41   4.38      4.62
42   4.45      5.06
43   4.50      5.34
44   4.45      5.34
45   4.55      5.54
46   4.45      4.98
47   4.42      4.50
[1] "robustbase"
[1] "steamUse"
[1] "Steam Usage Data (Excerpt)"
   Steam fattyAcid glycerine wind days op.days freeze.d temperature startups
1  10.98      5.20      0.61  7.4   31      20       22        35.3        4
2  11.13      5.12      0.64  8.0   29      20       25        29.7        5
3  12.51      6.19      0.78  7.4   31      23       17        30.8        4
4   8.40      3.89      0.49  7.5   30      20       22        58.8        4
5   9.27      6.28      0.84  5.5   31      21        0        61.4        5
6   8.73      5.76      0.74  8.9   30      22        0        71.3        4
7   6.36      3.45      0.42  4.1   31      11        0        74.4        2
8   8.50      6.57      0.87  4.1   31      23        0        76.7        5
9   7.82      5.69      0.75  4.1   30      21        0        70.7        4
10  9.14      6.14      0.76  4.5   31      20        0        57.5        5
11  8.24      4.84      0.65 10.3   30      20       11        46.4        4
12 12.19      4.88      0.62  6.9   31      21       12        28.9        4
13 11.88      6.03      0.79  6.6   31      21       25        28.1        5
14  9.57      4.55      0.60  7.3   28      19       18        39.1        5
15 10.94      5.71      0.70  8.1   31      23        5        46.8        4
16  9.58      5.67      0.74  8.4   30      20        7        48.5        4
17 10.09      6.72      0.85  6.1   31      22        0        59.3        6
18  8.11      4.95      0.67  4.9   30      22        0        70.0        4
19  6.83      4.62      0.45  4.6   31      11        0        70.0        3
20  8.88      6.60      0.95  3.7   31      23        0        74.5        4
21  7.68      5.01      0.64  4.7   30      20        0        72.1        4
22  8.47      5.68      0.75  5.3   31      21        1        58.1        6
23  8.86      5.28      0.70  6.2   30      20       14        44.6        4
24 10.36      5.36      0.67  6.8   31      20       22        33.4        4
25 11.08      5.87      0.70  7.5   31      22       28        28.6        5
[1] "robustbase"
[1] "telef"
[1] "Number of International Calls from Belgium"
   Year Calls
1    50  0.44
2    51  0.47
3    52  0.47
4    53  0.59
5    54  0.66
6    55  0.73
7    56  0.81
8    57  0.88
9    58  1.06
10   59  1.20
11   60  1.35
12   61  1.49
13   62  1.61
14   63  2.12
15   64 11.90
16   65 12.40
17   66 14.20
18   67 15.90
19   68 18.20
20   69 21.20
21   70  4.30
22   71  2.40
23   72  2.70
24   73  2.90
[1] "robustbase"
[1] "toxicity"
[1] "Toxicity of Carboxylic Acids Data"
   toxicity logKow     pKa ELUMO   Ecarb    Emet    RM    IR   Ts      P
1     -0.15   1.68  1.0000  4.81 17.8635  1.4838 31.36 1.425 31.3 12.430
2     -0.33   0.94  0.9800  4.68 16.9491  0.0000 22.10 1.408 30.4  8.760
3     -0.34   1.16  0.9600  4.86 17.1806  0.2778 26.73 1.418 30.9 10.590
4      0.03   2.75  1.0000  4.83 18.4794  3.5836 40.63 1.435 31.8 16.100
5     -0.57   0.79  0.9700  4.80 16.8022  1.0232 22.14 1.411 32.5  8.770
6      0.08   2.64  1.0100  4.90 18.3937  3.7145 40.63 1.435 31.8 16.100
7     -0.27   1.39  0.9600  4.82 17.1101  2.0815 26.77 1.420 32.7 10.610
8     -0.25   1.47  1.0200  4.62 17.5139  0.0000 26.74 1.419 30.2 10.600
9     -0.51   0.33  0.9500  4.74 16.3449  0.2222 17.51 1.397 32.3  6.940
10    -0.11   2.42  0.9400  4.88 17.7382  4.5544 36.04 1.432 32.9 14.280
11     0.35   3.47  0.9700  4.97 17.7382  7.2507 45.30 1.440 33.1 17.960
12     0.51   4.09  0.9600  4.83 17.8253  8.6425 49.94 1.443 33.1 19.790
13     0.90   4.42  0.9600  4.86 17.8983 10.0532 54.57 1.445 33.2 21.630
14    -0.23   1.75  0.9800  4.86 17.4886  1.2528 31.36 1.425 31.3 12.430
15    -0.27   1.75  0.9700  4.86 17.3705  1.0902 31.36 1.425 31.3 12.430
16     0.08   3.05  0.9400  4.90 17.6321  5.8845 40.67 1.437 33.0 16.120
17    -0.21   1.92  0.9700  4.87 17.3322  3.2770 31.41 1.427 32.8 12.450
18    -0.64  -0.29  0.8100  4.35 16.8734  0.0866 28.34 1.476 56.1  1.476
19    -0.61   0.08  0.8100  4.35 17.1579  1.0178 32.97 1.476 52.4  1.476
20    -0.94  -0.59  0.6000  3.76 16.4629 -0.5926 23.70 1.477 61.6  1.477
21     0.08   4.13  0.9069  4.44 18.0218 11.2898 70.03 1.474 41.7  1.474
22    -0.09   3.07  0.8757  4.44 17.9095  8.5144 60.77 1.474 43.1  1.474
23    -0.71  -0.58  0.1296  2.77 15.8195 -0.8056 19.07 1.478 70.5  1.478
24    -0.58   0.43  0.7474  4.40 17.3666  2.1002 37.60 1.476 49.8  1.476
25    -0.27   2.01  0.8548  4.44 17.7543  5.8246 51.50 1.475 44.9  1.475
26    -0.51   0.95  0.7951  4.42 17.5262  3.2810 42.24 1.475 47.8  1.475
27    -0.28   1.41 -0.1600  4.72 16.7559  0.7840 26.83 1.452 34.1  1.452
28     0.12   0.87  0.9200  4.74 16.9781  1.8572 26.50 1.438 33.1  1.438
29    -0.13   1.94 -0.1900  4.72 16.9432  4.1320 31.46 1.455 34.0  1.455
30    -0.22   1.40  0.6500  4.54 17.1430  1.0567 31.46 1.455 34.0  1.455
31    -0.54   0.72 -0.1900  4.62 16.4480  0.0000 22.20 1.448 34.2  1.448
32     0.16   0.35 -0.2000  1.86 15.8727  2.9606 17.23 1.422 32.8  1.422
33     0.21   3.00 -0.1700  4.72 17.2779  4.3525 40.73 1.459 34.0  1.459
34    -0.06   2.12  0.1200  2.67 16.9238  4.0000 38.68 1.470 40.9  1.470
35    -0.29  -0.52  0.0600  1.86 15.4004  0.0000 15.33 1.455 52.9  1.455
36     0.71   2.65  0.1200  2.39 17.0299  5.3118 43.31 1.470 40.1  1.470
37     0.60   3.53 -0.1700  4.39 17.3840  5.6883 45.36 1.460 33.9  1.460
38    -0.64   0.64  0.8000  4.39 16.5416  3.2756 21.87 1.432 33.0  1.432
[1] "robustbase"
[1] "vaso"
[1] "Vaso Constriction Skin Data Set"
   Volume  Rate Y
1    3.70 0.825 1
2    3.50 1.090 1
3    1.25 2.500 1
4    0.75 1.500 1
5    0.80 3.200 1
6    0.70 3.500 1
7    0.60 0.750 0
8    1.10 1.700 0
9    0.90 0.750 0
10   0.90 0.450 0
11   0.80 0.570 0
12   0.55 2.750 0
13   0.60 3.000 0
14   1.40 2.330 1
15   0.75 3.750 1
16   2.30 1.640 1
17   3.20 1.600 1
18   0.85 1.415 1
19   1.70 1.060 0
20   1.80 1.800 1
21   0.40 2.000 0
22   0.95 1.360 0
23   1.35 1.350 0
24   1.50 1.360 0
25   1.60 1.780 1
26   0.60 1.500 0
27   1.80 1.500 1
28   0.95 1.900 0
29   1.90 0.950 1
30   1.60 0.400 0
31   2.70 0.750 1
32   2.35 0.030 0
33   1.10 1.830 0
34   1.10 2.200 1
35   1.20 2.000 1
36   0.80 3.330 1
37   0.95 1.900 0
38   0.75 1.900 0
39   1.30 1.625 1
[1] "robustbase"
[1] "wagnerGrowth"
[1] "Wagner's Hannover Employment Growth Data"
   Region    PA   GPA   HS   GHS      y Period
1       1 46.84 -2.60 1.68  0.20   0.97      1
2       2 35.54 -1.42 1.67  0.63   2.14      1
3       3 28.42 -1.48 1.71  0.12   6.13      1
4       4 32.54 -4.51 1.37  0.32   7.36      1
5       5 28.92 -0.88 2.14 -0.08   3.63      1
6       6 36.61 -1.39 3.00  0.45  -4.30      1
7       7 34.71 -2.22 2.94  0.27   2.06      1
8       8 24.32 -5.11 3.57 -0.55 -18.64      1
9       9 35.15 -0.16 3.27  0.03   5.15      1
10     10 34.06 -3.86 2.74  0.19   6.88      1
11     11 37.94 -4.61 2.07  0.38  -1.24      1
12     12 35.88 -2.17 1.57 -0.11  -1.31      1
13     13 31.28 -1.90 2.74 -0.57   1.73      1
14     14 33.61  2.02 1.92  0.32   0.44      1
15     15 33.86  0.75 0.86  0.46 -15.53      1
16     16 43.24 -4.41 1.82  0.52 -10.99      1
17     17 42.65 -2.28 1.52 -0.17   0.60      1
18     18 37.19 -2.75 2.39  0.40   3.71      1
19     19 49.70 -4.86 1.16  0.09  -2.38      1
20     20 41.96 -4.59 2.00 -0.12  -1.35      1
21     21 28.86 -2.11 5.17  0.46  -1.08      1
22      1 44.24  3.80 1.88  0.13   8.47      2
23      2 34.12 -3.33 2.30  1.04   2.76      2
24      3 26.94 -1.71 1.83  1.28  24.08      2
25      4 28.03 -0.89 1.69  0.35  13.97      2
26      5 28.04 -1.47 2.06 -0.81   0.63      2
27      6 35.22 -2.87 3.45  0.59  -1.99      2
28      7 32.49 -1.89 3.21  1.88  13.10      2
29      8 19.21  0.36 3.02  2.98  15.42      2
30      9 34.99 -4.95 3.30  0.68  19.65      2
31     10 30.20 -3.02 2.93  0.48   8.45      2
32     11 33.33  0.06 2.45  0.24   9.04      2
33     12 33.71 -4.67 1.46  2.59   9.47      2
34     13 29.38 -2.74 2.17  0.07  24.18      2
35     14 35.63 -0.51 2.24  0.62   9.09      2
36     15 34.61 -5.36 1.32  0.61  -1.89      2
37     16 38.83 -6.83 2.34  0.71  14.62      2
38     17 40.37 -3.94 1.35  0.45  -0.44      2
39     18 34.44  1.37 2.79  1.27  17.84      2
40     19 44.84 -7.70 1.25  0.80  10.95      2
41     20 37.37 -5.87 1.88  0.80  -1.55      2
42     21 26.75 -1.83 5.63  1.35  -1.66      2
43      1 48.04 -4.03 2.01  0.40   3.72      3
44      2 30.79 -3.10 3.34  0.25   9.29      3
45      3 25.23 -4.29 3.11  0.88  25.59      3
46      4 27.14 -2.45 2.04  1.95  27.41      3
47      5 26.57  1.31 1.25  0.67  18.32      3
48      6 32.35 -1.25 4.04  0.23  11.20      3
49      7 30.60 -3.21 5.09 -0.17  21.95      3
50      8 19.57  2.48 6.00  2.27  33.03      3
51      9 30.04 -0.79 3.98  0.55  22.02      3
52     10 27.18 -1.14 3.41  0.28  13.68      3
53     11 33.39 -0.42 2.69 -0.18  11.24      3
54     12 29.04  1.40 4.05 -0.05  15.06      3
55     13 26.64  1.04 2.24  0.12  10.73      3
56     14 35.12 -0.81 2.86  0.25   1.53      3
57     15 29.25 -2.56 1.93  0.30  11.37      3
58     16 32.00  1.68 3.05  0.78  -0.07      3
59     17 36.43  1.00 1.80  0.37  14.17      3
60     18 35.81 -2.29 4.06  0.18   8.05      3
61     19 37.14  1.59 2.05  0.82  15.96      3
62     20 31.50  0.70 2.68 -0.17   9.91      3
63     21 24.92 -0.14 6.98  0.59   6.94      3
[1] "robustbase"
[1] "wood"
[1] "Modified Data on Wood Specific Gravity"
      x1     x2    x3    x4    x5     y
1  0.573 0.1059 0.465 0.538 0.841 0.534
2  0.651 0.1356 0.527 0.545 0.887 0.535
3  0.606 0.1273 0.494 0.521 0.920 0.570
4  0.437 0.1591 0.446 0.423 0.992 0.450
5  0.547 0.1135 0.531 0.519 0.915 0.548
6  0.444 0.1628 0.429 0.411 0.984 0.431
7  0.489 0.1231 0.562 0.455 0.824 0.481
8  0.413 0.1673 0.418 0.430 0.978 0.423
9  0.536 0.1182 0.592 0.464 0.854 0.475
10 0.685 0.1564 0.631 0.564 0.914 0.486
11 0.664 0.1588 0.506 0.481 0.867 0.554
12 0.703 0.1335 0.519 0.484 0.812 0.519
13 0.653 0.1395 0.625 0.519 0.892 0.492
14 0.586 0.1114 0.505 0.565 0.889 0.517
15 0.534 0.1143 0.521 0.570 0.889 0.502
16 0.523 0.1320 0.505 0.612 0.919 0.508
17 0.580 0.1249 0.546 0.608 0.954 0.520
18 0.448 0.1028 0.522 0.534 0.918 0.506
19 0.417 0.1687 0.405 0.415 0.981 0.401
20 0.528 0.1057 0.424 0.566 0.909 0.568
[1] "imputeTS"
[1] "tsAirgap"
[1] "Time series of monthly airline passengers (with NAs)"
     Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
1949 112 118 132 129  NA 135 148 148  NA 119 104 118
1950 115 126 141 135 125 149 170 170  NA 133  NA 140
1951 145 150 178 163 172 178 199 199 184 162 146 166
1952 171 180 193 181 183 218 230 242 209 191 172 194
1953 196 196 236 235 229 243 264 272 237 211 180 201
1954 204 188 235 227 234  NA 302 293 259 229 203 229
1955 242 233 267 269 270 315 364 347 312 274 237 278
1956 284 277  NA  NA  NA 374 413 405 355 306 271 306
1957 315 301 356 348 355  NA 465 467 404 347  NA 336
1958 340 318  NA 348 363 435 491 505 404 359 310 337
1959 360 342 406 396 420 472 548 559 463 407 362  NA
1960 417 391 419 461  NA 535 622 606 508 461 390 432
[1] "imputeTS"
[1] "tsAirgapComplete"
[1] "Time series of monthly airline passengers (complete)"
     Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec
1949 112 118 132 129 121 135 148 148 136 119 104 118
1950 115 126 141 135 125 149 170 170 158 133 114 140
1951 145 150 178 163 172 178 199 199 184 162 146 166
1952 171 180 193 181 183 218 230 242 209 191 172 194
1953 196 196 236 235 229 243 264 272 237 211 180 201
1954 204 188 235 227 234 264 302 293 259 229 203 229
1955 242 233 267 269 270 315 364 347 312 274 237 278
1956 284 277 317 313 318 374 413 405 355 306 271 306
1957 315 301 356 348 355 422 465 467 404 347 305 336
1958 340 318 362 348 363 435 491 505 404 359 310 337
1959 360 342 406 396 420 472 548 559 463 407 362 405
1960 417 391 419 461 472 535 622 606 508 461 390 432
[1] "imputeTS"
[1] "tsHeating"
[1] "Time series of a heating systems supply temperature (with NAs)"
Time Series:
Start = c(1, 1) 
End = c(422, 597) 
Frequency = 1440 
   [1] 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 65.9 64.4 63.8 65.2 70.1 75.9 81.1 83.9 84.9 85.1 84.0 82.1 80.5 79.0 77.2 75.6 74.4 73.2 72.1 71.2 70.1 69.5 68.7 68.2 67.6 67.2 67.1 68.6 73.7 79.6 84.6 86.3 87.0 87.2 87.2 87.2 87.0 86.8 86.5 86.1 85.6 85.1 84.6 83.9 83.2 82.5 81.6 65.4 61.8 61.5 61.1 62.5 64.2 65.8 67.2 69.9 75.0 79.0 81.9 83.9 84.9 82.8 80.4 80.7 81.6 81.9 82.1 82.1 82.1 81.9 81.4 80.5 79.3 77.6 75.7 73.7 71.5 69.5 67.8 66.3 64.6 63.3 61.9 60.6 59.3 58.2 57.1 55.8 54.8 53.7 52.9 52.4 55.2 60.0 66.6 72.9 77.8 82.3 83.9 84.4 84.0 83.2 81.9 80.5 79.0 77.2 75.3 73.1 71.0 68.9 67.2 65.9 64.8 63.8 65.2 69.5 75.3 81.1 84.0 84.9 85.3 84.7 83.9 82.8 81.6 80.2 78.5 76.9 75.1 73.2 71.5 69.7 68.4 67.1 65.8 64.8 64.4 67.2 72.4 77.9 83.3 84.9 85.4 85.3 84.2 83.2 81.6 79.6 77.8 75.6 73.5 71.3 69.5 68.2 67.1 65.8 64.8 65.2 68.4 73.8 80.0 83.7 85.1 85.6 85.6 85.3 84.9 84.4 83.3 82.6 81.6 80.5 79.6 78.7 77.6 76.6 75.7 74.7 73.7 72.8 71.6 70.7 69.9 69.1 68.4 67.5 66.7 66.1 65.7 67.3 71.6 77.5 83.3 85.3 86.3 86.7 86.5 86.3 86.1 85.8 85.3 84.7 83.7 82.6 81.4 80.0 78.8 77.5 76.3 74.9 73.2 71.3 69.4 67.8 66.6 65.3 64.1 63.0 64.9 69.5 75.0 80.2 83.7 84.6 84.6 83.7 82.6 81.2 79.7 78.1 57.5 54.9 55.6 56.4 58.3 60.5 62.7 64.9 69.6 74.7 78.8 81.9 83.7 84.9 83.0 80.4 78.1 77.5 78.2 78.5 78.8 78.8 79.0 79.0 79.0 78.7 78.5 78.2 77.8 76.9 76.2 75.1 73.8 72.4 71.0 69.5 68.1 66.5 64.8 63.5 62.0 63.8 68.2 73.8 79.0 83.2 84.2 84.4 83.3 81.4 79.0 76.5 74.1 71.6 69.5 67.7 66.5 65.1 63.9 63.3 67.0 72.1 77.6 83.2 84.9 85.6 85.6 85.3 84.7 84.0 83.2 81.9 80.9 79.6 78.5 77.5 76.5 75.4 74.6 73.4 72.4 71.5 70.4 69.5 68.6 67.7 67.0 66.3 65.7 66.6 70.6 76.5 82.1 84.6 86.0 86.3 86.3 86.1 86.0 85.6 85.1 84.7 83.7 82.8 81.8 80.9 79.9 74.1 62.7 48.7 31.0 25.6 37.9 48.7 52.9 49.5 47.1 49.1 52.1 53.4 46.7 40.1 41.8 45.7 49.9 53.0 55.4 57.2 59.2 60.8 62.7 64.6 66.5 68.1 70.1 71.6 73.4 74.7 75.9 76.6 77.4 78.2 78.4 78.8 79.0 79.0 79.0 78.8 78.7 78.4 77.8 77.5 77.2 76.6 76.5 76.0 75.6 75.6 75.4 75.3 75.4 75.4 75.9 76.0 76.8 78.1 78.5 79.4 80.4 81.4 81.6 80.4 80.0 77.8 75.0 72.8 70.9 69.6 68.5 67.8 67.6 67.3 58.0 62.3 63.4 64.7 67.0 71.5 76.0 79.4 81.6 83.2 84.2 84.6 83.7 81.4 79.3 80.4 81.1 81.2 81.4 81.6 81.6 81.6 81.6 81.4 81.2 80.9 80.5 80.0 79.6 79.0 78.4 77.6 77.1 76.6 76.0 75.4 74.7 74.0 72.9 71.6 70.1 68.5 66.5 64.3 63.0 60.6 58.5 56.6 54.7 52.7 51.0 49.1 47.3 45.8 44.4 43.3 42.5 43.9 47.8 53.0 58.0 61.6 64.7 68.0 70.0 72.1 73.5 74.9 76.3 77.6 78.7 79.4 80.0 80.4 80.7 80.9 81.1 81.2 81.4 81.8 79.0 75.7 71.5 67.5 64.2 62.2 58.7 59.7 63.0 68.1 72.9 76.6 80.5 83.0 83.5 83.3 82.1 79.7 76.9 73.8 70.7 68.5 66.6 64.4 62.3 61.0 62.2 67.1 72.1 77.2 80.2 82.5 83.0 82.8 81.9 80.9 79.4 78.2 76.3 74.7 72.9 71.0 69.2 67.5 65.8 61.1 49.8 45.5 39.5 35.6 34.7 40.3 46.7 53.9 56.9 57.8 54.9 54.8 55.1 55.6 59.4 66.6 58.1 67.5 73.1 77.4 80.7 82.8 84.0 84.7 82.8 80.2 78.2 77.6 77.5 73.2 69.2 58.8 54.3 54.2 56.3 62.2 68.1 74.6 79.4 83.7 84.7 85.1 84.9 83.9 82.1 79.6 76.3 73.1 71.2 67.8 65.3 62.7 60.6 58.3 56.1 53.5 51.9 49.8 47.8 46.3 45.2 44.6 44.4 47.7 52.7 57.2 65.1 68.2 72.6 76.2 79.0 81.8 81.8 81.2 79.7 76.9 74.4 72.1 69.4 67.1 65.3 63.4 61.9 60.4 59.0 57.5 56.3 55.1 53.9 52.9 52.0 51.2 50.6 50.1 51.7 56.3 62.9 69.0 75.0 79.6 83.2 84.6 85.1 84.7 84.0 83.2 81.8 80.4 78.5 76.6 74.6 72.2 69.4 67.1 65.2 63.4 61.9 62.4 66.1 71.3 76.8 80.7 82.1 82.1 82.1 81.4 80.5 79.6 78.7 77.6 76.5 75.1 73.7 72.6 71.3 69.7 68.6 67.3 66.1 64.8 63.5 62.4 60.8 59.7 58.5 57.3 56.2 55.3 54.6 53.5 52.5 51.7 50.9 50.6 52.0 56.5 63.5 69.1 75.1 79.0 81.8 82.5 82.1 81.4 80.0 78.5 76.9 75.1 72.5 69.7 67.5 65.7 63.8 61.6 60.0 54.5 46.5 48.7 49.4 50.6 52.9 55.1 57.9 60.1 63.9 69.2 74.3 78.4 81.1 83.3 84.6 83.7 81.2 78.8 76.6 74.9 75.3 75.4 76.5 81.1 82.6 83.0 82.5 81.1 79.0 76.5 73.4 70.1 67.1 64.3 61.6 59.4 57.5 56.0 54.4 52.9 51.3 50.1 48.7 48.2 49.8 54.6 59.9 66.1 71.6 75.9 79.4 83.0 83.5 83.7 82.8 81.8 80.2 78.7 76.9 74.7 72.5 70.3 68.1 66.5 65.1 63.9 63.9 67.5 72.6 77.9 83.0 84.6 85.1 84.9 84.2 83.3 82.3 80.7 79.3 77.8 76.3 74.4 72.8 71.0 69.5 68.2 68.1 67.7 67.5 67.1 66.6 66.3 65.9 65.6 65.2 64.8 64.4 64.2 63.8 63.5 63.3 62.9 62.7 62.3 62.0 61.6 61.4 61.1 60.8 60.5 60.1 60.0 59.7 59.4 59.2 58.9 58.7 58.4 58.2 58.0 57.8 57.5 57.3 57.1 57.0 56.7 56.5 56.4 56.2 56.0 55.8 55.6 55.5 55.3 55.1 54.9 54.8 54.6 54.5 54.4 54.2 53.9 53.9 53.7 53.6 53.5 53.3 53.1 53.0 52.9 52.8 52.7 52.6 52.5 52.4 52.2 52.1 52.0 51.9 51.8 51.7 51.6 51.5
 [ reached getOption("max.print") -- omitted 605837 entries ]
[1] "imputeTS"
[1] "tsHeatingComplete"
[1] "Time series of a heating systems supply temperature (complete)"
Time Series:
Start = c(1, 1) 
End = c(422, 597) 
Frequency = 1440 
   [1] 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 71.3 65.9 64.4 63.8 65.2 70.1 75.9 81.1 83.9 84.9 85.1 84.0 82.1 80.5 79.0 77.2 75.6 74.4 73.2 72.1 71.2 70.1 69.5 68.7 68.2 67.6 67.2 67.1 68.6 73.7 79.6 84.6 86.3 87.0 87.2 87.2 87.2 87.0 86.8 86.5 86.1 85.6 85.1 84.6 83.9 83.2 82.5 81.6 65.4 61.8 61.5 61.1 62.5 64.2 65.8 67.2 69.9 75.0 79.0 81.9 83.9 84.9 82.8 80.4 80.7 81.6 81.9 82.1 82.1 82.1 81.9 81.4 80.5 79.3 77.6 75.7 73.7 71.5 69.5 67.8 66.3 64.6 63.3 61.9 60.6 59.3 58.2 57.1 55.8 54.8 53.7 52.9 52.4 55.2 60.0 66.6 72.9 77.8 82.3 83.9 84.4 84.0 83.2 81.9 80.5 79.0 77.2 75.3 73.1 71.0 68.9 67.2 65.9 64.8 63.8 65.2 69.5 75.3 81.1 84.0 84.9 85.3 84.7 83.9 82.8 81.6 80.2 78.5 76.9 75.1 73.2 71.5 69.7 68.4 67.1 65.8 64.8 64.4 67.2 72.4 77.9 83.3 84.9 85.4 85.3 84.2 83.2 81.6 79.6 77.8 75.6 73.5 71.3 69.5 68.2 67.1 65.8 64.8 65.2 68.4 73.8 80.0 83.7 85.1 85.6 85.6 85.3 84.9 84.4 83.3 82.6 81.6 80.5 79.6 78.7 77.6 76.6 75.7 74.7 73.7 72.8 71.6 70.7 69.9 69.1 68.4 67.5 66.7 66.1 65.7 67.3 71.6 77.5 83.3 85.3 86.3 86.7 86.5 86.3 86.1 85.8 85.3 84.7 83.7 82.6 81.4 80.0 78.8 77.5 76.3 74.9 73.2 71.3 69.4 67.8 66.6 65.3 64.1 63.0 64.9 69.5 75.0 80.2 83.7 84.6 84.6 83.7 82.6 81.2 79.7 78.1 57.5 54.9 55.6 56.4 58.3 60.5 62.7 64.9 69.6 74.7 78.8 81.9 83.7 84.9 83.0 80.4 78.1 77.5 78.2 78.5 78.8 78.8 79.0 79.0 79.0 78.7 78.5 78.2 77.8 76.9 76.2 75.1 73.8 72.4 71.0 69.5 68.1 66.5 64.8 63.5 62.0 63.8 68.2 73.8 79.0 83.2 84.2 84.4 83.3 81.4 79.0 76.5 74.1 71.6 69.5 67.7 66.5 65.1 63.9 63.3 67.0 72.1 77.6 83.2 84.9 85.6 85.6 85.3 84.7 84.0 83.2 81.9 80.9 79.6 78.5 77.5 76.5 75.4 74.6 73.4 72.4 71.5 70.4 69.5 68.6 67.7 67.0 66.3 65.7 66.6 70.6 76.5 82.1 84.6 86.0 86.3 86.3 86.1 86.0 85.6 85.1 84.7 83.7 82.8 81.8 80.9 79.9 74.1 62.7 48.7 31.0 25.6 37.9 48.7 52.9 49.5 47.1 49.1 52.1 53.4 46.7 40.1 41.8 45.7 49.9 53.0 55.4 57.2 59.2 60.8 62.7 64.6 66.5 68.1 70.1 71.6 73.4 74.7 75.9 76.6 77.4 78.2 78.4 78.8 79.0 79.0 79.0 78.8 78.7 78.4 77.8 77.5 77.2 76.6 76.5 76.0 75.6 75.6 75.4 75.3 75.4 75.4 75.9 76.0 76.8 78.1 78.5 79.4 80.4 81.4 81.6 80.4 80.0 77.8 75.0 72.8 70.9 69.6 68.5 67.8 67.6 67.3 58.0 62.3 63.4 64.7 67.0 71.5 76.0 79.4 81.6 83.2 84.2 84.6 83.7 81.4 79.3 80.4 81.1 81.2 81.4 81.6 81.6 81.6 81.6 81.4 81.2 80.9 80.5 80.0 79.6 79.0 78.4 77.6 77.1 76.6 76.0 75.4 74.7 74.0 72.9 71.6 70.1 68.5 66.5 64.3 63.0 60.6 58.5 56.6 54.7 52.7 51.0 49.1 47.3 45.8 44.4 43.3 42.5 43.9 47.8 53.0 58.0 61.6 64.7 68.0 70.0 72.1 73.5 74.9 76.3 77.6 78.7 79.4 80.0 80.4 80.7 80.9 81.1 81.2 81.4 81.8 79.0 75.7 71.5 67.5 64.2 62.2 58.7 59.7 63.0 68.1 72.9 76.6 80.5 83.0 83.5 83.3 82.1 79.7 76.9 73.8 70.7 68.5 66.6 64.4 62.3 61.0 62.2 67.1 72.1 77.2 80.2 82.5 83.0 82.8 81.9 80.9 79.4 78.2 76.3 74.7 72.9 71.0 69.2 67.5 65.8 61.1 49.8 45.5 39.5 35.6 34.7 40.3 46.7 53.9 56.9 57.8 54.9 54.8 55.1 55.6 59.4 66.6 58.1 67.5 73.1 77.4 80.7 82.8 84.0 84.7 82.8 80.2 78.2 77.6 77.5 73.2 69.2 58.8 54.3 54.2 56.3 62.2 68.1 74.6 79.4 83.7 84.7 85.1 84.9 83.9 82.1 79.6 76.3 73.1 71.2 67.8 65.3 62.7 60.6 58.3 56.1 53.5 51.9 49.8 47.8 46.3 45.2 44.6 44.4 47.7 52.7 57.2 65.1 68.2 72.6 76.2 79.0 81.8 81.8 81.2 79.7 76.9 74.4 72.1 69.4 67.1 65.3 63.4 61.9 60.4 59.0 57.5 56.3 55.1 53.9 52.9 52.0 51.2 50.6 50.1 51.7 56.3 62.9 69.0 75.0 79.6 83.2 84.6 85.1 84.7 84.0 83.2 81.8 80.4 78.5 76.6 74.6 72.2 69.4 67.1 65.2 63.4 61.9 62.4 66.1 71.3 76.8 80.7 82.1 82.1 82.1 81.4 80.5 79.6 78.7 77.6 76.5 75.1 73.7 72.6 71.3 69.7 68.6 67.3 66.1 64.8 63.5 62.4 60.8 59.7 58.5 57.3 56.2 55.3 54.6 53.5 52.5 51.7 50.9 50.6 52.0 56.5 63.5 69.1 75.1 79.0 81.8 82.5 82.1 81.4 80.0 78.5 76.9 75.1 72.5 69.7 67.5 65.7 63.8 61.6 60.0 54.5 46.5 48.7 49.4 50.6 52.9 55.1 57.9 60.1 63.9 69.2 74.3 78.4 81.1 83.3 84.6 83.7 81.2 78.8 76.6 74.9 75.3 75.4 76.5 81.1 82.6 83.0 82.5 81.1 79.0 76.5 73.4 70.1 67.1 64.3 61.6 59.4 57.5 56.0 54.4 52.9 51.3 50.1 48.7 48.2 49.8 54.6 59.9 66.1 71.6 75.9 79.4 83.0 83.5 83.7 82.8 81.8 80.2 78.7 76.9 74.7 72.5 70.3 68.1 66.5 65.1 63.9 63.9 67.5 72.6 77.9 83.0 84.6 85.1 84.9 84.2 83.3 82.3 80.7 79.3 77.8 76.3 74.4 72.8 71.0 69.5 68.2 68.1 67.7 67.5 67.1 66.6 66.3 65.9 65.6 65.2 64.8 64.4 64.2 63.8 63.5 63.3 62.9 62.7 62.3 62.0 61.6 61.4 61.1 60.8 60.5 60.1 60.0 59.7 59.4 59.2 58.9 58.7 58.4 58.2 58.0 57.8 57.5 57.3 57.1 57.0 56.7 56.5 56.4 56.2 56.0 55.8 55.6 55.5 55.3 55.1 54.9 54.8 54.6 54.5 54.4 54.2 53.9 53.9 53.7 53.6 53.5 53.3 53.1 53.0 52.9 52.8 52.7 52.6 52.5 52.4 52.2 52.1 52.0 51.9 51.8 51.7 51.6 51.5
 [ reached getOption("max.print") -- omitted 605837 entries ]
[1] "imputeTS"
[1] "tsNH4"
[1] "Time series of NH4 concentration in a wastewater system (with NAs)"
Time Series:
Start = c(1, 1) 
End = c(32, 88) 
Frequency = 144 
   [1] 13.714667 13.811333 14.630500 16.385333 15.992667 15.130500 17.185000 14.918667 16.055500 15.711333 15.574333 16.036000 15.185000 15.667000 15.819750 15.659333 16.629667 16.394250 15.418667 16.340667 16.225250 16.011333 16.229667 18.016750 16.574000 15.352000 16.308250 18.033000 16.714667 17.700000 17.874000 15.740667 16.400000 14.929333 15.633333 16.141750 13.814667 13.496000 15.950000 16.263000 18.555333 18.561000 19.214667 17.389000 17.788750 17.229667 17.948000 18.697000 16.226000 14.311000 12.486000 12.700333 11.081333 10.144500 10.233333  9.762667  8.711000  8.285000  7.485333  6.708500  5.670333  5.741000  5.541750  5.578000  6.351667  6.394250  5.988667  5.404000  5.180750  4.877667  4.996333  5.900000  5.729333  6.533667  6.575000  6.766333  7.715000  6.264000  7.137000        NA        NA 10.714667 11.352000 13.286250 16.418333        NA        NA        NA        NA 28.716500 28.948333 30.829667 32.683250        NA        NA        NA        NA 32.103667        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA 22.186000        NA 19.318333 21.352750 20.522000        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA 15.997250        NA        NA        NA        NA        NA        NA        NA        NA        NA 19.233333        NA        NA        NA        NA 18.733500 20.044333 20.081333 19.422250 18.389000 18.748000 18.947250 21.981667 21.144333 18.977500 20.574000 21.318333 22.255750 22.040667 22.744333 23.697250 25.863000 23.718667 22.891750 22.066667 21.529667 21.200000 19.155333 20.937333 20.958250 20.425667 20.452000 19.016500 18.648333 17.255667 19.086000 16.870333 17.126000 17.308250 16.062667 15.437333 19.041750 19.525667        NA 19.733500 18.555667 18.818333        NA 19.166333 18.848333 19.449750 20.588667 21.940667 22.230500 20.088667        NA 18.861000 19.752000 20.333000 19.783250 16.937000 15.281333 14.166500 12.973667 10.803667  9.739000  9.718667  9.552000  9.333250  8.033333  7.541000  7.977750  8.515000  7.900000  7.391500  6.940667  6.789000  6.339000  6.233333  7.215000  7.877750  6.563000  7.544667  7.225000  6.892667  6.963000  7.902500  7.589000  6.922333  8.994500 11.652000 14.215000 16.658250 20.052000 19.492333 20.239000 22.848000 24.555667 28.769750        NA 35.936667 35.605500 38.655667 40.429667 38.108250 40.685333 38.418667 36.611000 26.129333 30.359333 31.341500 30.088667        NA        NA        NA        NA 27.863500 26.137000 25.070000 25.255500 23.052000 22.381667 22.350000 21.774000 21.285000 22.188750 21.159333 21.311333 22.427750 23.681333 23.733667 22.364000 21.737000        NA        NA        NA 19.874000 21.655500 22.296333 21.255667 19.738750 19.644333 19.540667 19.133250 20.559333 20.559333 22.880500 22.863000 20.337333 19.497250 21.200000 22.129667 20.280500 20.192333 21.192667 20.222250 17.540667 18.240667 17.936250 19.633333 20.970333 21.441500 22.481667 23.496333 24.602750 22.952000 22.333333 22.713750 21.670333 22.652000 24.208250 27.415000 25.259000 21.649750 17.788667 20.899667 22.194250        NA 23.789000 23.833250 21.774000 19.822333 20.333250 19.707333 22.192667 24.341500 21.867000 19.129667 21.380750 19.485333 22.359333        NA        NA        NA 22.539000 21.926000 22.392333 23.158000        NA 23.155333 20.916750 21.929667 22.485000 19.589000 19.600000 21.185333 16.466750 13.600000 12.763000 12.139000 11.418667 10.518333 10.150000  8.996333  9.055333  9.691500  9.563000  8.715000  8.080500  8.004000  7.322000  6.369500  5.967000  5.781333  6.694500        NA  6.822333  6.775250  6.322333  7.851667  8.047250  7.103667  8.115000  9.994250 12.700000 14.215000 15.785750        NA 19.911000 20.247000 24.933333 31.930000 34.002750 35.833333 36.363000 40.983250 44.552000 46.559000 46.822250 42.633667 38.848333 38.852750 37.015000 33.551667 33.472250 33.629667 32.325667 31.308500 31.081667 30.148000 29.452750 27.903667 27.114667 28.105500 25.740667 24.500000 24.364000 24.226000 23.770667 22.861250 22.562667 21.878000 22.005750 22.377667 20.659000 21.302750 21.581333 20.496333 20.872000 22.863000 22.562667 23.288750 20.407667 19.592667 17.375000 18.911000 20.841000 19.489000 19.237000 21.103667 19.889000 21.915000 22.418333 25.372250 23.826000 23.703667 24.825000 22.693000 21.507333 25.286000 26.281667 26.125667 26.230500 26.692333 28.037000 26.430500 25.852000 22.207333 21.605750 22.466667 21.855333 21.952500 24.126000 23.285333 21.239000 21.507667 21.696000 22.866500 23.926000 24.692667 24.733250 22.037000 22.696333 23.283250 21.800333 22.055333 23.175250 22.903667 22.437000        NA        NA        NA 21.155500 20.870333 21.352000        NA 22.959000 24.040667        NA        NA 24.696333        NA 22.348333        NA        NA 25.133333 23.377667        NA        NA 23.655667 23.347250 21.552000 21.303333 19.533250        NA 17.203667 16.338750 14.403667 14.366667 13.677750 12.540667 11.878000 11.405500 11.604000 10.281333  9.733500  8.644667  8.144667  8.789000  9.792667  8.125667  7.628000  7.444667  7.726000  8.225250 10.425667 10.359333  9.466750  8.381333  9.755333 12.722250 14.763000 15.070333 13.986000 13.881667 14.000333 17.361000 17.185000 17.489000 17.239000 19.348333 23.192333 26.722250 33.774000 36.037000 37.814000 38.955667 38.637000 41.752750 44.618333 48.170333 46.002750 43.037000 43.700000 45.558250 46.729667 43.192667 41.327500 41.236667 39.607667 37.630500 35.674000 35.040667 31.300000 30.274333 30.600000 31.336000 28.163000 25.803667 25.308500 25.648000 25.881667 24.672500 23.648333 23.129667 22.230500 22.292667 21.870333 20.780750 22.363000 21.404000 20.594500 21.796333 20.285333 18.383500 20.070333 19.781333 18.375000 20.388667 19.511333 19.489000 20.225667 22.981667 22.252750 21.622333 21.996000 21.152500 21.781333 23.918333 20.680500 20.440667 20.955667 21.219500 20.633333 22.188667 21.744500 21.948000 21.900000 21.900000 22.281667 21.833333 21.958500 21.111333 21.514667 21.180500 21.203333 20.437000 24.077750 20.785333 22.048000 26.200000 26.522333 23.081667 21.247250 20.241000 19.337000 17.122250 17.336667 17.518667        NA 19.907333 22.951667 22.236250 22.022000 22.777667 24.241500 24.348000 24.548333 24.061000 22.462667 23.344333 24.163750 23.600000 23.670000 23.305750 25.881667 27.792667 24.625000 24.170333 22.870333 19.891500 18.985000 18.455333 16.908000 15.833333 15.688667 16.425000 16.355667 16.077667 14.063750 12.488667 12.225667 11.516750 11.274333 10.948333 10.480750  9.366667 10.022333 10.300000  9.340667  9.236667  9.494500  9.429667  8.940667  9.039000 10.281667 11.885000 13.141500 15.989000 15.570667 16.064250 16.318333 19.000000 21.330500 21.618333 22.274333 25.897250 24.111333 26.270333 28.039000 29.826000 32.377667 34.552750 25.774000 33.970333 38.150000 40.596333 41.592667 44.277750 41.559333 39.089000 36.933250 34.155667 35.718667 35.986250 33.822333 30.466667 31.483250 29.489000 27.307333 27.153000 28.500333 28.918667 26.930500 25.240667 25.807333 24.791500 24.978000 24.792667 25.169250 25.296333 21.559000 20.627750 21.407333 22.237000 21.905500 22.396333 22.326000 20.900000 21.474333 22.651667 21.919500 21.270333 20.692667 22.025250 22.300000 22.641000 22.766750 22.296000 23.055333 24.472000 24.940667 24.896333 23.383000 23.744667 23.526000 22.055500 20.996000 22.063333 22.794500 23.370333 22.029667 21.239000        NA 22.796333        NA 20.781333 20.892667 21.669500 21.163000 21.707333 21.155750 22.752000 23.011000 23.824750 24.422333 21.978000 22.228000 22.418667 21.592667 22.641750 23.677667 22.893000        NA 22.996000 23.070333 22.922000 23.455667 22.748000 23.497250 23.337000 24.618333        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA 10.591750 10.585333 11.959000 10.730500 12.178000 13.281333        NA        NA        NA        NA        NA        NA 20.841500 22.081667        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA 22.000000 21.055250 19.733333 19.085333 17.705750 16.377667        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA 15.081333 16.007667        NA        NA        NA        NA 18.752000 20.499667 21.514000 21.596333        NA 18.364000 17.807333 18.152000 18.175000 17.970333 16.970333 16.764000 17.804000 17.948000 18.830750 18.011000 18.663000 19.689000 19.714667 20.344667 20.525000 20.759333 20.626000 19.858250 18.018333        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA 20.507333 21.114667        NA        NA        NA        NA        NA 18.974333 17.228000 15.192667 13.763000 13.302750 13.237000 12.940667 11.594500 10.722333 11.185333 11.139000 10.511333 10.348333  9.605750  8.852000  8.696667  8.705750  8.737333  8.592333  8.661250  9.007333  8.988667  7.936250  7.648333  8.466667  9.739000        NA        NA        NA        NA        NA 16.680500        NA        NA 22.105750        NA        NA        NA        NA        NA        NA        NA 39.940667 39.366750 40.270667 41.574000 39.455750 37.611333 35.681333 33.761000 30.866667 28.337000 27.083250 26.366333 25.974000 24.794500 26.326000 25.244667 23.827750 23.100000 22.140667 20.277750 18.740667 18.355667 18.086250 18.626000 20.300000 21.038750 18.607333 17.589000 18.602750        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA        NA
[1000]        NA
 [ reached getOption("max.print") -- omitted 3552 entries ]
[1] "imputeTS"
[1] "tsNH4Complete"
[1] "Time series of NH4 concentration in a wastewater system (complete)"
Time Series:
Start = c(1, 1) 
End = c(32, 88) 
Frequency = 144 
   [1] 13.714667 13.811333 14.630500 16.385333 15.992667 15.130500 17.185000 14.918667 16.055500 15.711333 15.574333 16.036000 15.185000 15.667000 15.819750 15.659333 16.629667 16.394250 15.418667 16.340667 16.225250 16.011333 16.229667 18.016750 16.574000 15.352000 16.308250 18.033000 16.714667 17.700000 17.874000 15.740667 16.400000 14.929333 15.633333 16.141750 13.814667 13.496000 15.950000 16.263000 18.555333 18.561000 19.214667 17.389000 17.788750 17.229667 17.948000 18.697000 16.226000 14.311000 12.486000 12.700333 11.081333 10.144500 10.233333  9.762667  8.711000  8.285000  7.485333  6.708500  5.670333  5.741000  5.541750  5.578000  6.351667  6.394250  5.988667  5.404000  5.180750  4.877667  4.996333  5.900000  5.729333  6.533667  6.575000  6.766333  7.715000  6.264000  7.137000  7.585333  8.183250 10.714667 11.352000 13.286250 16.418333 17.403667 18.735750 22.392333 26.048333 28.716500 28.948333 30.829667 32.683250 35.033333 33.959333 35.030250 33.948333 32.103667 27.525000 28.618333 22.166667 19.486000 19.137333 20.022000 24.441500 25.577667 24.277667 29.003000 21.011000 20.678000 22.186000 20.052000 19.318333 21.352750 20.522000 17.948000 18.383500 18.044333 18.488667 16.416750 16.859333 17.974000 17.078000 17.844667 17.348000 15.997250 18.152000 19.259333 18.063750 17.752000 18.614667 16.894250 16.618333 18.188667 20.527750 19.233333 18.392333 16.694750 17.026000 16.759000 18.733500 20.044333 20.081333 19.422250 18.389000 18.748000 18.947250 21.981667 21.144333 18.977500 20.574000 21.318333 22.255750 22.040667 22.744333 23.697250 25.863000 23.718667 22.891750 22.066667 21.529667 21.200000 19.155333 20.937333 20.958250 20.425667 20.452000 19.016500 18.648333 17.255667 19.086000 16.870333 17.126000 17.308250 16.062667 15.437333 19.041750 19.525667 19.281667 19.733500 18.555667 18.818333 19.080250 19.166333 18.848333 19.449750 20.588667 21.940667 22.230500 20.088667 19.785000 18.861000 19.752000 20.333000 19.783250 16.937000 15.281333 14.166500 12.973667 10.803667  9.739000  9.718667  9.552000  9.333250  8.033333  7.541000  7.977750  8.515000  7.900000  7.391500  6.940667  6.789000  6.339000  6.233333  7.215000  7.877750  6.563000  7.544667  7.225000  6.892667  6.963000  7.902500  7.589000  6.922333  8.994500 11.652000 14.215000 16.658250 20.052000 19.492333 20.239000 22.848000 24.555667 28.769750 32.144333 35.936667 35.605500 38.655667 40.429667 38.108250 40.685333 38.418667 36.611000 26.129333 30.359333 31.341500 30.088667 29.418333 26.222250 29.051667 29.278000 27.863500 26.137000 25.070000 25.255500 23.052000 22.381667 22.350000 21.774000 21.285000 22.188750 21.159333 21.311333 22.427750 23.681333 23.733667 22.364000 21.737000 19.800000 19.450000 20.381333 19.874000 21.655500 22.296333 21.255667 19.738750 19.644333 19.540667 19.133250 20.559333 20.559333 22.880500 22.863000 20.337333 19.497250 21.200000 22.129667 20.280500 20.192333 21.192667 20.222250 17.540667 18.240667 17.936250 19.633333 20.970333 21.441500 22.481667 23.496333 24.602750 22.952000 22.333333 22.713750 21.670333 22.652000 24.208250 27.415000 25.259000 21.649750 17.788667 20.899667 22.194250 22.514667 23.789000 23.833250 21.774000 19.822333 20.333250 19.707333 22.192667 24.341500 21.867000 19.129667 21.380750 19.485333 22.359333 20.469250 20.629667 22.337000 22.539000 21.926000 22.392333 23.158000 25.237000 23.155333 20.916750 21.929667 22.485000 19.589000 19.600000 21.185333 16.466750 13.600000 12.763000 12.139000 11.418667 10.518333 10.150000  8.996333  9.055333  9.691500  9.563000  8.715000  8.080500  8.004000  7.322000  6.369500  5.967000  5.781333  6.694500  6.718333  6.822333  6.775250  6.322333  7.851667  8.047250  7.103667  8.115000  9.994250 12.700000 14.215000 15.785750 20.426000 19.911000 20.247000 24.933333 31.930000 34.002750 35.833333 36.363000 40.983250 44.552000 46.559000 46.822250 42.633667 38.848333 38.852750 37.015000 33.551667 33.472250 33.629667 32.325667 31.308500 31.081667 30.148000 29.452750 27.903667 27.114667 28.105500 25.740667 24.500000 24.364000 24.226000 23.770667 22.861250 22.562667 21.878000 22.005750 22.377667 20.659000 21.302750 21.581333 20.496333 20.872000 22.863000 22.562667 23.288750 20.407667 19.592667 17.375000 18.911000 20.841000 19.489000 19.237000 21.103667 19.889000 21.915000 22.418333 25.372250 23.826000 23.703667 24.825000 22.693000 21.507333 25.286000 26.281667 26.125667 26.230500 26.692333 28.037000 26.430500 25.852000 22.207333 21.605750 22.466667 21.855333 21.952500 24.126000 23.285333 21.239000 21.507667 21.696000 22.866500 23.926000 24.692667 24.733250 22.037000 22.696333 23.283250 21.800333 22.055333 23.175250 22.903667 22.437000 21.230750 21.115000 22.348000 21.155500 20.870333 21.352000 22.925250 22.959000 24.040667 26.211000 23.478000 24.696333 23.144500 22.348333 22.522000 25.477526 25.133333 23.377667 22.936250 23.892667 23.655667 23.347250 21.552000 21.303333 19.533250 17.655333 17.203667 16.338750 14.403667 14.366667 13.677750 12.540667 11.878000 11.405500 11.604000 10.281333  9.733500  8.644667  8.144667  8.789000  9.792667  8.125667  7.628000  7.444667  7.726000  8.225250 10.425667 10.359333  9.466750  8.381333  9.755333 12.722250 14.763000 15.070333 13.986000 13.881667 14.000333 17.361000 17.185000 17.489000 17.239000 19.348333 23.192333 26.722250 33.774000 36.037000 37.814000 38.955667 38.637000 41.752750 44.618333 48.170333 46.002750 43.037000 43.700000 45.558250 46.729667 43.192667 41.327500 41.236667 39.607667 37.630500 35.674000 35.040667 31.300000 30.274333 30.600000 31.336000 28.163000 25.803667 25.308500 25.648000 25.881667 24.672500 23.648333 23.129667 22.230500 22.292667 21.870333 20.780750 22.363000 21.404000 20.594500 21.796333 20.285333 18.383500 20.070333 19.781333 18.375000 20.388667 19.511333 19.489000 20.225667 22.981667 22.252750 21.622333 21.996000 21.152500 21.781333 23.918333 20.680500 20.440667 20.955667 21.219500 20.633333 22.188667 21.744500 21.948000 21.900000 21.900000 22.281667 21.833333 21.958500 21.111333 21.514667 21.180500 21.203333 20.437000 24.077750 20.785333 22.048000 26.200000 26.522333 23.081667 21.247250 20.241000 19.337000 17.122250 17.336667 17.518667 18.269500 19.907333 22.951667 22.236250 22.022000 22.777667 24.241500 24.348000 24.548333 24.061000 22.462667 23.344333 24.163750 23.600000 23.670000 23.305750 25.881667 27.792667 24.625000 24.170333 22.870333 19.891500 18.985000 18.455333 16.908000 15.833333 15.688667 16.425000 16.355667 16.077667 14.063750 12.488667 12.225667 11.516750 11.274333 10.948333 10.480750  9.366667 10.022333 10.300000  9.340667  9.236667  9.494500  9.429667  8.940667  9.039000 10.281667 11.885000 13.141500 15.989000 15.570667 16.064250 16.318333 19.000000 21.330500 21.618333 22.274333 25.897250 24.111333 26.270333 28.039000 29.826000 32.377667 34.552750 25.774000 33.970333 38.150000 40.596333 41.592667 44.277750 41.559333 39.089000 36.933250 34.155667 35.718667 35.986250 33.822333 30.466667 31.483250 29.489000 27.307333 27.153000 28.500333 28.918667 26.930500 25.240667 25.807333 24.791500 24.978000 24.792667 25.169250 25.296333 21.559000 20.627750 21.407333 22.237000 21.905500 22.396333 22.326000 20.900000 21.474333 22.651667 21.919500 21.270333 20.692667 22.025250 22.300000 22.641000 22.766750 22.296000 23.055333 24.472000 24.940667 24.896333 23.383000 23.744667 23.526000 22.055500 20.996000 22.063333 22.794500 23.370333 22.029667 21.239000 20.770333 22.796333 21.244500 20.781333 20.892667 21.669500 21.163000 21.707333 21.155750 22.752000 23.011000 23.824750 24.422333 21.978000 22.228000 22.418667 21.592667 22.641750 23.677667 22.893000 22.250000 22.996000 23.070333 22.922000 23.455667 22.748000 23.497250 23.337000 24.618333 24.391500 23.289000 22.370667 21.638500 20.104000 19.148000 18.019500 18.133333 17.648000 16.836000 16.140667 14.548000 14.322000 13.085333 11.763000 11.519500 11.215000 11.451667 10.669500  9.844333 10.029667  9.430500  9.455667 11.866667 10.580500  9.911000 10.115000 10.591750 10.585333 11.959000 10.730500 12.178000 13.281333 14.872250 13.000000 14.133333 14.100250 17.181667 18.400000 20.841500 22.081667 26.766333 27.422250 30.100000 33.215000 34.330500 33.485333 32.926000 33.410750 33.155333 32.344667 29.725000 27.822333 27.815000 26.244500 24.211333 24.215000 25.344500 23.970333 23.188667 24.605750 24.274000 22.000000 21.055250 19.733333 19.085333 17.705750 16.377667 15.926333 16.516500 16.574000 16.704000 15.375000 15.111333 14.566667 13.289000 13.737000 14.563000 13.997250 13.663000 14.418667 13.550250 12.870000 13.070333 13.186000 13.200000 13.211333 13.694500 13.444333 13.281667 13.211000 13.563333 13.992667 14.041500 13.211333 12.400000 12.847000 12.937000 13.163000 13.316750 15.081333 16.007667 16.375000 17.292667 18.829667 19.605500 18.752000 20.499667 21.514000 21.596333 19.992667 18.364000 17.807333 18.152000 18.175000 17.970333 16.970333 16.764000 17.804000 17.948000 18.830750 18.011000 18.663000 19.689000 19.714667 20.344667 20.525000 20.759333 20.626000 19.858250 18.018333 17.915000 17.814000 19.100333 18.378000 17.933250 18.733333 19.637000 17.516750 18.037000 18.399667 18.835750 20.507333 21.114667 21.319500 20.137000 19.314667 18.805500 19.270333 18.974333 17.228000 15.192667 13.763000 13.302750 13.237000 12.940667 11.594500 10.722333 11.185333 11.139000 10.511333 10.348333  9.605750  8.852000  8.696667  8.705750  8.737333  8.592333  8.661250  9.007333  8.988667  7.936250  7.648333  8.466667  9.739000 11.111333 10.814667 13.372250 14.370333 15.300000 16.680500 21.359000 21.214667 22.105750 22.526000 23.666667 30.649750 33.299667 36.196333 39.663750 40.548000 39.940667 39.366750 40.270667 41.574000 39.455750 37.611333 35.681333 33.761000 30.866667 28.337000 27.083250 26.366333 25.974000 24.794500 26.326000 25.244667 23.827750 23.100000 22.140667 20.277750 18.740667 18.355667 18.086250 18.626000 20.300000 21.038750 18.607333 17.589000 18.602750 19.974333 19.107333 18.239000 19.366667 19.237000 19.266750 19.770333 19.988667 19.575000 19.944333 18.730000 19.061000
[1000] 19.203667
 [ reached getOption("max.print") -- omitted 3552 entries ]
[1] "strucchange"
[1] "BostonHomicide"
[1] "Youth Homicides in Boston"
   homicides population populationBM ahomicides25 ahomicides35  unemploy season year
1          2   228465.0     12977.00            2            1 20.200000    Jan 1992
2          1   228465.0     12977.00            1            0 20.200000    Feb 1992
3          1   228465.0     12977.00            5            1 20.200000    Mar 1992
4          1   228465.0     12977.00            1            0 20.200000    Apr 1992
5          3   228465.0     12977.00            3            0 20.200000    May 1992
6          3   228465.0     12977.00            6            2 20.200000    Jun 1992
7          3   228465.0     12977.00            3            0 20.200000    Jul 1992
8          5   228361.1     12933.50            2            0 20.083333    Aug 1992
9          4   228257.2     12890.00            2            2 19.966667    Sep 1992
10         7   228153.2     12846.50            3            0 19.850000    Oct 1992
11         2   228049.3     12803.00            2            1 19.733333    Nov 1992
12         5   227945.4     12759.50            9            3 19.616667    Dec 1992
13         5   227841.5     12716.00            3            1 19.500000    Jan 1993
14         1   227737.6     12672.50            4            1 19.383333    Feb 1993
15         4   227633.7     12629.00            2            0 19.266667    Mar 1993
16         2   227529.8     12585.50            4            1 19.150000    Apr 1993
17         7   227425.8     12542.00            5            3 19.033333    May 1993
18         3   227321.9     12498.50            6            4 18.916667    Jun 1993
19         4   227218.0     12455.00            5            0 18.800000    Jul 1993
20         5   227167.4     12439.75            6            0 18.558333    Aug 1993
21         7   227116.8     12424.50            5            0 18.316667    Sep 1993
22         2   227066.2     12409.25            2            1 18.075000    Oct 1993
23         4   227015.7     12394.00            2            0 17.833333    Nov 1993
24         4   226965.1     12378.75            6            2 17.591667    Dec 1993
25         2   226914.5     12363.50            2            2 17.350000    Jan 1994
26         5   226863.9     12348.25            3            1 17.108333    Feb 1994
27         6   226813.3     12333.00            9            1 16.866667    Mar 1994
28         1   226762.8     12317.75            3            1 16.625000    Apr 1994
29         1   226712.2     12302.50            2            0 16.383333    May 1994
30         6   226661.6     12287.25            1            0 16.141667    Jun 1994
31         3   226611.0     12272.00            3            1 15.900000    Jul 1994
32         3   227007.3     12267.83            2            0 15.800000    Aug 1994
33         3   227403.7     12263.67            3            1 15.700000    Sep 1994
34         4   227800.0     12259.50            9            5 15.600000    Oct 1994
35         3   228196.3     12255.33            7            2 15.500000    Nov 1994
36         1   228592.7     12251.17            3            2 15.400000    Dec 1994
37         3   228989.0     12247.00            5            1 15.300000    Jan 1995
38         4   229385.3     12242.83            3            1 15.200000    Feb 1995
39         2   229781.7     12238.67            2            1 15.100000    Mar 1995
40         1   230178.0     12234.50            5            1 15.000000    Apr 1995
41         2   230574.3     12230.33            1            1 14.900000    May 1995
42         3   230970.7     12226.17            6            2 14.800000    Jun 1995
43         7   231367.0     12222.00            1            0 14.700000    Jul 1995
44         3   231315.1     12194.75            1            0 14.625000    Aug 1995
45        10   231263.2     12167.50            4            1 14.550000    Sep 1995
46         5   231211.2     12140.25            9            4 14.475000    Oct 1995
47         3   231159.3     12113.00            9            0 14.400000    Nov 1995
48         3   231107.4     12085.75            4            2 14.325000    Dec 1995
49         4   231055.5     12058.50            4            1 14.250000    Jan 1996
50         2   231003.6     12031.25            5            3 14.175000    Feb 1996
51         1   230951.7     12004.00            2            0 14.100000    Mar 1996
52         3   230899.8     11976.75            2            0 14.025000    Apr 1996
53         4   230847.8     11949.50            1            0 13.950000    May 1996
54         2   230795.9     11922.25            4            1 13.875000    Jun 1996
55         3   230744.0     11895.00            2            1 13.800000    Jul 1996
56         1   230573.3     11906.92            6            2 13.700000    Aug 1996
57         2   230402.7     11918.83            1            1 13.600000    Sep 1996
58         0   230232.0     11930.75            3            2 13.500000    Oct 1996
59         1   230061.3     11942.67            2            2 13.400000    Nov 1996
60         2   229890.7     11954.58            0            0 13.300000    Dec 1996
61         1   229720.0     11966.50            4            2 13.200000    Jan 1997
62         3   229549.3     11978.42            4            3 13.100000    Feb 1997
63         1   229378.7     11990.33            2            0 13.000000    Mar 1997
64         0   229208.0     12002.25            2            1 12.900000    Apr 1997
65         2   229037.3     12014.17            3            1 12.800000    May 1997
66         3   228866.7     12026.08            3            0 12.700000    Jun 1997
67         0   228696.0     12038.00            3            1 12.600000    Jul 1997
68         1   228343.9     12064.75            2            1 12.283333    Aug 1997
69         0   227991.8     12091.50            0            0 11.966667    Sep 1997
70         1   227639.8     12118.25            1            0 11.650000    Oct 1997
71         0   227287.7     12145.00            3            0 11.333333    Nov 1997
72         3   226935.6     12171.75            1            0 11.016667    Dec 1997
73         1   226583.5     12198.50            4            0 10.700000    Jan 1998
74         1   226231.4     12225.25            1            0 10.383333    Feb 1998
75         0   225879.3     12252.00            2            2 10.066667    Mar 1998
76         0   225527.2     12278.75            0            0  9.750000    Apr 1998
77         2   225175.2     12305.50            0            0  9.433333    May 1998
[1] "strucchange"
[1] "DJIA"
[1] "Dow Jones Industrial Average"
1971-07-02 1971-07-09 1971-07-16 1971-07-23 1971-07-30 1971-08-06 1971-08-13 1971-08-20 1971-08-27 1971-09-03 1971-09-10 1971-09-17 1971-09-24 1971-10-01 1971-10-08 1971-10-15 1971-10-22 1971-10-29 1971-11-05 1971-11-12 1971-11-19 1971-11-26 1971-12-03 1971-12-10 1971-12-17 1971-12-24 1971-12-31 1972-01-07 1972-01-14 1972-01-21 1972-01-28 1972-02-04 1972-02-11 1972-02-18 1972-02-25 1972-03-03 1972-03-10 1972-03-17 1972-03-24 1972-03-31 1972-04-07 1972-04-14 1972-04-21 1972-04-28 1972-05-05 1972-05-12 1972-05-19 1972-05-26 1972-06-02 1972-06-09 1972-06-16 1972-06-23 1972-06-30 1972-07-07 1972-07-14 1972-07-21 1972-07-28 1972-08-04 1972-08-11 1972-08-18 1972-08-25 1972-09-01 1972-09-08 1972-09-15 1972-09-22 1972-09-29 1972-10-06 1972-10-13 1972-10-20 1972-10-27 1972-11-03 1972-11-10 1972-11-17 1972-11-24 1972-12-01 1972-12-08 1972-12-15 1972-12-22 1972-12-29 1973-01-05 1973-01-12 1973-01-19 1973-01-26 1973-02-02 1973-02-09 1973-02-16 1973-02-23 1973-03-02 1973-03-09 1973-03-16 1973-03-23 1973-03-30 1973-04-06 1973-04-13 1973-04-20 1973-04-27 1973-05-04 1973-05-11 1973-05-18 1973-05-25 1973-06-01 1973-06-08 1973-06-15 1973-06-22 1973-06-29 1973-07-06 1973-07-13 1973-07-20 1973-07-27 1973-08-03 1973-08-10 1973-08-17 1973-08-24 1973-08-31 1973-09-07 1973-09-14 1973-09-21 1973-09-28 1973-10-05 1973-10-12 1973-10-19 1973-10-26 1973-11-02 1973-11-09 1973-11-16 1973-11-23 1973-11-30 1973-12-07 1973-12-14 1973-12-21 1973-12-28 1974-01-04 1974-01-11 1974-01-18 1974-01-25 1974-02-01 1974-02-08 1974-02-15 1974-02-22 1974-03-01 1974-03-08 1974-03-15 1974-03-22 1974-03-29 1974-04-05 1974-04-12 1974-04-19 1974-04-26 1974-05-03 1974-05-10 1974-05-17 1974-05-24 1974-05-31 1974-06-07 1974-06-14 1974-06-21 1974-06-28 1974-07-05 1974-07-12 1974-07-19 1974-07-26 1974-08-02 
    890.19     901.80     888.51     887.78     858.43     850.61     856.02     880.91     908.15     912.75     911.00     908.22     889.31     893.98     893.91     874.85     852.37     839.00     840.39     812.94     810.67     816.55     859.59     856.75     873.80     881.17     890.20     910.37     906.68     907.44     906.38     906.68     917.59     917.52     922.79     942.43     939.87     942.88     942.28     940.70     962.60     967.72     963.80     954.17     941.23     941.83     961.54     971.25     961.39     934.45     945.06     944.69     929.03     938.06     922.26     920.45     926.70     951.76     964.18     965.83     959.36     970.05     961.24     947.23     943.03     953.27     945.36     930.46     942.81     946.42     984.12     995.26    1005.57    1025.21    1023.43    1033.19    1027.24    1004.21    1020.02    1047.49    1039.36    1026.19    1003.54     980.81     979.46     979.23     959.89     961.32     972.23     963.05     922.71     951.01     931.07     959.36     963.20     922.19     953.87     927.89     895.17     930.84     893.96     920.00     888.55     879.82     891.71     870.11     885.99     910.90     936.71     908.87     852.38     871.84     863.49     887.57     898.63     886.36     927.90     947.10     971.25     978.63     963.73     987.06     935.28     908.42     891.33     854.00     822.25     838.05     815.65     818.73     848.02     880.23     841.48     855.47     859.39     843.94     820.40     820.32     855.99     851.92     878.05     887.83     878.13     846.68     847.54     844.81     859.90     834.64     845.90     850.44     818.84     816.65     802.17     853.72     843.09     815.39     802.41     791.77     787.23     787.94     784.57     752.58 
[1] "strucchange"
[1] "GermanM1"
[1] "German M1 Money Demand"
           m        p        y     R           dm          dy2     dR    dR1           dp       m1       y1    R1 season    ecm.res
1   7.951792 3.449861 8.374404 0.060 -0.078954696  0.078125000 -0.002 -0.002  0.029972315 8.030746 8.477333 0.062     Q1 0.13535359
2   8.020040 3.427157 8.420854 0.057  0.068247795  0.011972427 -0.003 -0.002 -0.022703170 7.951792 8.374404 0.060     Q2 0.13224079
3   8.002081 3.478868 8.482004 0.060 -0.017958641 -0.102929115  0.003 -0.003  0.051710605 8.020040 8.420854 0.057     Q3 0.13211707
4   8.090023 3.473332 8.488274 0.060  0.087942123  0.046449661  0.000  0.003 -0.005536079 8.002081 8.482004 0.060     Q4 0.14067669
5   8.006645 3.494354 8.387732 0.058 -0.083377838  0.061150551 -0.002  0.000  0.021021843 8.090023 8.488274 0.060     Q1 0.13090878
6   8.071870 3.470630 8.461327 0.060  0.065224648  0.006269455  0.002 -0.002 -0.023723603 8.006645 8.387732 0.058     Q2 0.12865156
7   8.050562 3.514109 8.525332 0.061 -0.021307946 -0.100542068  0.001  0.002  0.043479205 8.071870 8.461327 0.060     Q3 0.12946699
8   8.122130 3.505587 8.522898 0.062  0.071568489  0.073595047  0.001  0.001 -0.008522034 8.050562 8.525332 0.061     Q4 0.14004971
9   8.022497 3.535145 8.363411 0.061 -0.099633216  0.064005851 -0.001  0.001  0.029557943 8.122130 8.522898 0.062     Q1 0.13046746
10  8.100153 3.505047 8.478836 0.061  0.077655792 -0.002434730  0.000 -0.001 -0.030098438 8.022497 8.363411 0.061     Q2 0.12160901
11  8.089230 3.535699 8.557715 0.061 -0.010923386 -0.159486771  0.000  0.000  0.030652285 8.100153 8.478836 0.061     Q3 0.12779707
12  8.153842 3.532547 8.562039 0.061  0.064612389  0.115425110  0.000  0.000 -0.003151894 8.089230 8.557715 0.061     Q4 0.13974855
13  8.075132 3.558344 8.449229 0.060 -0.078709603  0.078879356 -0.001  0.000  0.025796413 8.153842 8.562039 0.061     Q1 0.13253387
14  8.151805 3.531026 8.538758 0.062  0.076672555  0.004323960  0.002 -0.001 -0.027317524 8.075132 8.449229 0.060     Q2 0.12744250
15  8.127938 3.561926 8.593462 0.063 -0.023866654 -0.112810135  0.001  0.002  0.030900240 8.151805 8.538758 0.062     Q3 0.12902434
16  8.174400 3.576271 8.599235 0.063  0.046462059  0.089529037  0.000  0.001  0.014344216 8.127938 8.593462 0.063     Q4 0.13866188
17  8.111390 3.598271 8.496794 0.064 -0.063010216  0.054703713  0.001  0.000  0.022000074 8.174400 8.599235 0.063     Q1 0.13383290
18  8.193264 3.567756 8.579759 0.068  0.081873894  0.005772590  0.004  0.001 -0.030514240 8.111390 8.496794 0.064     Q2 0.12701072
19  8.161774 3.599420 8.628106 0.071 -0.031490326 -0.102440834  0.003  0.004  0.031663179 8.193264 8.579759 0.068     Q3 0.12584599
20  8.202444 3.610648 8.638486 0.074  0.040670395  0.082964898  0.003  0.003  0.011228085 8.161774 8.628106 0.071     Q4 0.13431274
21  8.120452 3.633684 8.534204 0.074 -0.081992149  0.048347473  0.000  0.003  0.023036241 8.202444 8.638486 0.074     Q1 0.12895280
22  8.199461 3.601359 8.611403 0.079  0.079009056  0.010379791  0.005  0.000 -0.032325029 8.120452 8.534204 0.074     Q2 0.12479027
23  8.150163 3.635848 8.643068 0.081 -0.049298287 -0.104281425  0.002  0.005  0.034488916 8.199461 8.611403 0.079     Q3 0.12257702
24  8.179318 3.641919 8.637052 0.076  0.029155732  0.077198982 -0.005  0.002  0.006071091 8.150163 8.643068 0.081     Q4 0.13156099
25  8.116368 3.655374 8.516676 0.072 -0.062950135  0.031664848 -0.004 -0.005  0.013455391 8.179318 8.637052 0.076     Q1 0.13031631
26  8.188107 3.623514 8.590857 0.069  0.071739197 -0.006016731 -0.003 -0.004 -0.031860352 8.116368 8.516676 0.072     Q2 0.12415418
27  8.189083 3.639952 8.633877 0.069  0.000975609 -0.120375633  0.000 -0.003  0.016437769 8.188107 8.590857 0.069     Q3 0.12734733
28  8.260558 3.656873 8.659213 0.070  0.071475029  0.074180603  0.001  0.000  0.016921044 8.189083 8.633877 0.069     Q4 0.13302888
29  8.172073 3.664074 8.546246 0.070 -0.088484764  0.043020248  0.000  0.001  0.007201671 8.260558 8.659213 0.070     Q1 0.12720154
30  8.239624 3.647979 8.630219 0.067  0.067550659  0.025336266 -0.003  0.000 -0.016095161 8.172073 8.546246 0.070     Q2 0.12265165
31  8.228731 3.673537 8.699079 0.065 -0.010892868 -0.112967492 -0.002 -0.003  0.025557995 8.239624 8.630219 0.067     Q3 0.12767033
32  8.294264 3.677819 8.724545 0.065  0.065532684  0.083972931  0.000 -0.002  0.004281282 8.228731 8.699079 0.065     Q4 0.13950148
33  8.207375 3.696922 8.609492 0.066 -0.086889267  0.068860054  0.001  0.000  0.019103527 8.294264 8.724545 0.065     Q1 0.13502576
34  8.275868 3.683867 8.696443 0.069  0.068493843  0.025465966  0.003  0.001 -0.013055086 8.207375 8.609492 0.066     Q2 0.12938529
35  8.260526 3.713035 8.762062 0.072 -0.015342712 -0.115052224  0.003  0.003  0.029168368 8.275868 8.696443 0.069     Q3 0.13098954
36  8.289086 3.735238 8.781503 0.074  0.028560638  0.086950303  0.002  0.003  0.022202730 8.260526 8.762062 0.072     Q4 0.13983589
37  8.203062 3.756819 8.656656 0.079 -0.086024284  0.065619468  0.005  0.002  0.021580457 8.289086 8.781503 0.074     Q1 0.13777581
38  8.247039 3.763569 8.755605 0.086  0.043976784  0.019440651  0.007  0.005  0.006750823 8.203062 8.656656 0.079     Q2 0.12824267
39  8.228462 3.785530 8.792995 0.084 -0.018576622 -0.124846458 -0.002  0.007  0.021960258 8.247039 8.755605 0.086     Q3 0.13195511
40  8.297291 3.801739 8.817977 0.083  0.068828583  0.098948478 -0.001 -0.002  0.016209602 8.228462 8.792995 0.084     Q4 0.14047137
41  8.202307 3.833780 8.710257 0.080 -0.094984055  0.037390709 -0.003 -0.001  0.032041073 8.297291 8.817977 0.083     Q1 0.13614958
42  8.274615 3.836955 8.768910 0.083  0.072308540  0.024981499  0.003 -0.003  0.003174305 8.202307 8.710257 0.080     Q2 0.13494235
43  8.272566 3.857440 8.807739 0.084 -0.002049446 -0.107720375  0.001  0.003  0.020485640 8.274615 8.768910 0.083     Q3 0.13227176
44  8.328451 3.877949 8.823891 0.081  0.055885315  0.058653832 -0.003  0.001  0.020508766 8.272566 8.807739 0.084     Q4 0.13713637
45  8.278112 3.890145 8.748202 0.078 -0.050338745  0.038828849 -0.003 -0.003  0.012196302 8.328451 8.823891 0.081     Q1 0.13442026
46  8.352214 3.887013 8.798990 0.083  0.074101448  0.016151429  0.005 -0.003 -0.003132581 8.278112 8.748202 0.078     Q2 0.13214317
47  8.349937 3.905884 8.835008 0.083 -0.002276421 -0.075688363  0.000  0.005  0.018871545 8.352214 8.798990 0.083     Q3 0.12696187
48  8.406540 3.930688 8.871531 0.087  0.056602478  0.050787926  0.004  0.000  0.024803400 8.349937 8.835008 0.083     Q4 0.13209187
49  8.345429 3.946965 8.806641 0.087 -0.061110496  0.036017418  0.000  0.004  0.016277791 8.406540 8.871531 0.087     Q1 0.12771639
50  8.344052 3.947255 8.843224 0.102 -0.001377106  0.036522865  0.015  0.000  0.000289440 8.345429 8.806641 0.087     Q2 0.12634395
51  8.294420 3.964084 8.875188 0.098 -0.049632072 -0.064889907 -0.004  0.015  0.016829013 8.344052 8.843224 0.102     Q3 0.12218673
52  8.356775 4.002668 8.898903 0.097  0.062355041  0.036582946 -0.001 -0.004  0.038583994 8.294420 8.875188 0.098     Q4 0.13495332
53  8.285387 4.001224 8.817920 0.107 -0.071388244  0.031964302  0.010 -0.001 -0.001444339 8.356775 8.898903 0.097     Q1 0.13124204
54  8.330475 4.013947 8.846744 0.109  0.045087814  0.023715020  0.002  0.010  0.012723922 8.285387 8.817920 0.107     Q2 0.12277056
55  8.312175 4.037845 8.872360 0.108 -0.018300056 -0.080983162 -0.001  0.002  0.023897171 8.330475 8.846744 0.109     Q3 0.11998083
56  8.384079 4.080617 8.885187 0.099  0.071904182  0.028823852 -0.009 -0.001  0.042772770 8.312175 8.872360 0.108     Q4 0.12625953
57  8.335851 4.070240 8.788548 0.089 -0.048228264  0.025616646 -0.010 -0.009 -0.010377884 8.384079 8.885187 0.099     Q1 0.12486405
58  8.404430 4.075824 8.830693 0.084  0.068579674  0.012826920 -0.005 -0.010  0.005584717 8.335851 8.788548 0.089     Q2 0.12382692
59  8.420188 4.084530 8.864359 0.087  0.015757561 -0.096639634  0.003 -0.005  0.008705616 8.404430 8.830693 0.084     Q3 0.12431695
60  8.472594 4.123450 8.905368 0.086  0.052406311  0.042145729 -0.001  0.003  0.038920403 8.420188 8.864359 0.087     Q4 0.12510256
61  8.417439 4.103833 8.849738 0.078 -0.055154801  0.033665657 -0.008 -0.001 -0.019617558 8.472594 8.905368 0.086     Q1 0.12492320
62  8.488578 4.111153 8.897213 0.083  0.071138382  0.041008950  0.005 -0.008  0.007319927 8.417439 8.849738 0.078     Q2 0.12901627
63  8.452609 4.129229 8.909537 0.081 -0.035968780 -0.055629730 -0.002  0.005  0.018076420 8.488578 8.897213 0.083     Q3 0.12374594
64  8.484192 4.153007 8.962553 0.074  0.031582832  0.047474861 -0.007 -0.002  0.023777485 8.452609 8.909537 0.081     Q4 0.13098209
65  8.460301 4.138569 8.891506 0.070 -0.023890495  0.012324333 -0.004 -0.007 -0.014437675 8.484192 8.962553 0.074     Q1 0.13863628
66  8.508119 4.149574 8.919986 0.064  0.047817230  0.053015709 -0.006 -0.004  0.011005401 8.460301 8.891506 0.070     Q2 0.13441005
67  8.511290 4.159976 8.928903 0.060  0.003170967 -0.071046829 -0.004 -0.006  0.010401726 8.508119 8.919986 0.064     Q3 0.13618048
68  8.551160 4.195441 8.991502 0.060  0.039870262  0.028479576  0.000 -0.004  0.035465241 8.511290 8.928903 0.060     Q4 0.13946781
69  8.548410 4.179681 8.920155 0.056 -0.002749443  0.008916855 -0.004  0.000 -0.015760422 8.551160 8.991502 0.060     Q1 0.14309477
70  8.591674 4.189700 8.958250 0.060  0.043263436  0.062599182  0.004 -0.004  0.010019302 8.548410 8.920155 0.056     Q2 0.13627670
71  8.583403 4.207763 8.970353 0.064 -0.008271218 -0.071347237  0.004  0.004  0.018062592 8.591674 8.958250 0.060     Q3 0.13372300
 [ reached getOption("max.print") -- omitted 69 rows ]
[1] "strucchange"
[1] "Grossarl"
[1] "Marriages, Births and Deaths in Grossarl"
    marriages illegitimate legitimate deaths   fraction lag.marriages      politics      morals       nuptiality year
1           8           17         53     81 0.24285714            26 archbishopric  unchastity    archbishopric 1700
2           8           10         45     61 0.18181818             8 archbishopric  unchastity    archbishopric 1701
3           8            5         56     59 0.08196721             8 archbishopric  unchastity    archbishopric 1702
4           8            9         44     47 0.16981132             8 archbishopric  unchastity    archbishopric 1703
5           9           12         39     91 0.23529412             8 archbishopric  unchastity    archbishopric 1704
6          16           12         42     48 0.22222222             9 archbishopric  unchastity    archbishopric 1705
7          17            4         52     59 0.07142857            16 archbishopric  unchastity    archbishopric 1706
8          12           10         42     61 0.19230769            17 archbishopric  unchastity    archbishopric 1707
9          19           10         56     62 0.15151515            12 archbishopric  unchastity    archbishopric 1708
10         15           13         57     64 0.18571429            19 archbishopric  unchastity    archbishopric 1709
11         23           13         50     70 0.20634921            15 archbishopric  unchastity    archbishopric 1710
12         14           16         59     54 0.21333333            23 archbishopric  unchastity    archbishopric 1711
13         15            5         62     90 0.07462687            14 archbishopric  unchastity    archbishopric 1712
14         14            8         55     70 0.12698413            15 archbishopric  unchastity    archbishopric 1713
15          9            8         60     85 0.11764706            14 archbishopric  unchastity    archbishopric 1714
16         13            3         49     75 0.05769231             9 archbishopric  unchastity    archbishopric 1715
17         10           11         59     68 0.15714286            13 archbishopric  unchastity    archbishopric 1716
18         13           12         58     64 0.17142857            10 archbishopric  unchastity    archbishopric 1717
19         11           11         50     75 0.18032787            13 archbishopric  unchastity    archbishopric 1718
20         18           14         62     44 0.18421053            11 archbishopric  unchastity    archbishopric 1719
21         12            8         53     61 0.13114754            18 archbishopric  unchastity    archbishopric 1720
22         15           10         55     68 0.15384615            12 archbishopric  unchastity    archbishopric 1721
23         14           11         71    106 0.13414634            15 archbishopric  unchastity    archbishopric 1722
24         13           18         52     94 0.25714286            14 archbishopric  unchastity    archbishopric 1723
25         18           13         52    121 0.20000000            13 archbishopric  unchastity    archbishopric 1724
26         13           10         59     94 0.14492754            18 archbishopric  unchastity    archbishopric 1725
27         14            7         50     63 0.12280702            13 archbishopric  unchastity    archbishopric 1726
28         11           12         56     86 0.17647059            14 archbishopric  unchastity    archbishopric 1727
29         11           13         54     54 0.19402985            11 archbishopric  unchastity    archbishopric 1728
30          8           11         55     74 0.16666667            11 archbishopric  unchastity    archbishopric 1729
31         13           22         36     99 0.37931034             8 archbishopric  unchastity    archbishopric 1730
32         12           10         56     54 0.15151515            13 archbishopric  unchastity    archbishopric 1731
33          8            7         40     60 0.14893617            12 archbishopric  unchastity    archbishopric 1732
34         16            8         40     43 0.16666667             8 archbishopric  unchastity    archbishopric 1733
35         22           11         52     51 0.17460317            16 archbishopric  unchastity    archbishopric 1734
36         18            7         45     69 0.13461538            22 archbishopric  unchastity    archbishopric 1735
37          9            7         51     70 0.12068966            18 archbishopric regulation1    archbishopric 1736
38         20            4         59    110 0.06349206             9 archbishopric regulation1    archbishopric 1737
39         19           10         51     51 0.16393443            20 archbishopric regulation1    archbishopric 1738
40          4            9         62     41 0.12676056            19 archbishopric regulation1    archbishopric 1739
41         15            7         50     84 0.12280702             4 archbishopric regulation1    archbishopric 1740
42          6            5         53     62 0.08620690            15 archbishopric regulation1    archbishopric 1741
43          4            2         51     66 0.03773585             6 archbishopric regulation1    archbishopric 1742
44         13            8         31     66 0.20512821             4 archbishopric regulation1    archbishopric 1743
45          6            4         30     33 0.11764706            13 archbishopric regulation1    archbishopric 1744
46         10           10         61     74 0.14084507             6 archbishopric regulation1    archbishopric 1745
47         13           13         46     50 0.22033898            10 archbishopric regulation1    archbishopric 1746
48         11           12         46     48 0.20689655            13 archbishopric regulation1    archbishopric 1747
49         10            5         37     78 0.11904762            11 archbishopric regulation1    archbishopric 1748
50          9            9         46     42 0.16363636            10 archbishopric regulation1    archbishopric 1749
51         11            7         47     49 0.12962963             9 archbishopric regulation1    archbishopric 1750
52         14           13         50     75 0.20634921            11 archbishopric regulation1    archbishopric 1751
53         12           10         52     72 0.16129032            14 archbishopric regulation1    archbishopric 1752
54         17           10         52     99 0.16129032            12 archbishopric regulation2    archbishopric 1753
55         14            7         48     54 0.12727273            17 archbishopric regulation2    archbishopric 1754
56         14            3         49     77 0.05769231            14 archbishopric regulation2    archbishopric 1755
57          8            4         59     61 0.06349206            14 archbishopric regulation2    archbishopric 1756
58          8            8         41     91 0.16326531             8 archbishopric regulation2    archbishopric 1757
59         16            5         50     84 0.09090909             8 archbishopric regulation2    archbishopric 1758
60         15            6         52     92 0.10344828            16 archbishopric regulation2    archbishopric 1759
61         13            3         47     49 0.06000000            15 archbishopric regulation2    archbishopric 1760
62         13            6         58     63 0.09375000            13 archbishopric regulation2    archbishopric 1761
63          7            7         54     59 0.11475410            13 archbishopric regulation2    archbishopric 1762
64          4            5         60     87 0.07692308             7 archbishopric regulation2    archbishopric 1763
65         18            3         40     77 0.06976744             4 archbishopric regulation2    archbishopric 1764
66          8            0         50     52 0.00000000            18 archbishopric regulation2    archbishopric 1765
67          6            5         43     71 0.10416667             8 archbishopric regulation2    archbishopric 1766
68          4            7         39     51 0.15217391             6 archbishopric regulation2    archbishopric 1767
69          8            6         37    111 0.13953488             4 archbishopric regulation2    archbishopric 1768
70         18            8         36     56 0.18181818             8 archbishopric regulation2    archbishopric 1769
71          8            2         56     56 0.03448276            18 archbishopric regulation2    archbishopric 1770
72         13            6         28    100 0.17647059             8 archbishopric regulation3    archbishopric 1771
73          9            2         40     76 0.04761905            13 archbishopric regulation3    archbishopric 1772
74          9            4         48     41 0.07692308             9 archbishopric regulation3    archbishopric 1773
75          6            3         42     37 0.06666667             9 archbishopric regulation3    archbishopric 1774
76          4            7         45     48 0.13461538             6 archbishopric regulation3    archbishopric 1775
77          7            5         42     33 0.10638298             4 archbishopric regulation3    archbishopric 1776
78         13            6         34     49 0.15000000             7 archbishopric regulation3    archbishopric 1777
79          9            8         41     63 0.16326531            13 archbishopric regulation3    archbishopric 1778
80         16            5         39     68 0.11363636             9 archbishopric regulation3    archbishopric 1779
81         11            4         48     74 0.07692308            16 archbishopric regulation3    archbishopric 1780
82          7            1         43     39 0.02272727            11 archbishopric regulation3    archbishopric 1781
83          7            6         37     48 0.13953488             7 archbishopric regulation3    archbishopric 1782
84         13            1         44     59 0.02222222             7 archbishopric regulation3    archbishopric 1783
85         13            5         47     89 0.09615385            13 archbishopric regulation3    archbishopric 1784
86         11            9         45     69 0.16666667            13 archbishopric regulation3    archbishopric 1785
87          3            3         47     66 0.06000000            11 archbishopric regulation3    archbishopric 1786
88         13            1         36     61 0.02702703             3 archbishopric regulation3    archbishopric 1787
89         10            1         43     45 0.02272727            13 archbishopric regulation3    archbishopric 1788
90         10            1         42     36 0.02325581            10 archbishopric regulation3    archbishopric 1789
91         10            3         51     50 0.05555556            10 archbishopric regulation3    archbishopric 1790
92          9            3         48     44 0.05882353            10 archbishopric regulation3    archbishopric 1791
93         12            4         44     40 0.08333333             9 archbishopric regulation3    archbishopric 1792
94         10            4         41     48 0.08888889            12 archbishopric regulation3    archbishopric 1793
95          7            3         52     51 0.05454545            10 archbishopric regulation3    archbishopric 1794
96          8            2         46     66 0.04166667             7 archbishopric regulation3    archbishopric 1795
97          8            2         50     52 0.03846154             8 archbishopric regulation3    archbishopric 1796
98         11            1         44     57 0.02222222             8 archbishopric regulation3    archbishopric 1797
99         15            2         47     58 0.04081633            11 archbishopric regulation3    archbishopric 1798
100         6            3         52     56 0.05454545            15 archbishopric regulation3    archbishopric 1799
 [ reached getOption("max.print") -- omitted 100 rows ]
[1] "strucchange"
[1] "PhillipsCurve"
[1] "UK Phillips Curve Equation Data"
Time Series:
Start = 1857 
End = 1987 
Frequency = 1 
           p       w      u      dp      dw      du     u1     dp1
1857 -3.2797 -4.4629 0.0411 -0.0393 -0.0408  0.0100 0.0311  0.0072
1858 -3.3000 -4.4911 0.0713 -0.0203 -0.0282  0.0302 0.0411 -0.0393
1859 -3.2816 -4.4911 0.0256  0.0184  0.0000 -0.0457 0.0713 -0.0203
1860 -3.2606 -4.4629 0.0177  0.0210  0.0282 -0.0079 0.0256  0.0184
1861 -3.2627 -4.4629 0.0359 -0.0021  0.0000  0.0182 0.0177  0.0210
1862 -3.2359 -4.4629 0.0584  0.0268  0.0000  0.0225 0.0359 -0.0021
1863 -3.2053 -4.4355 0.0459  0.0306  0.0274 -0.0125 0.0584  0.0268
1864 -3.1845 -4.3958 0.0187  0.0208  0.0397 -0.0272 0.0459  0.0306
1865 -3.1773 -4.3828 0.0178  0.0072  0.0130 -0.0009 0.0187  0.0208
1866 -3.1516 -4.3451 0.0258  0.0257  0.0377  0.0080 0.0178  0.0072
1867 -3.1792 -4.3575 0.0615 -0.0276 -0.0124  0.0357 0.0258  0.0257
1868 -3.2123 -4.3701 0.0661 -0.0331 -0.0126  0.0046 0.0615 -0.0276
1869 -3.2090 -4.3701 0.0578  0.0033  0.0000 -0.0083 0.0661 -0.0331
1870 -3.2102 -4.3451 0.0366 -0.0012  0.0250 -0.0212 0.0578  0.0033
1871 -3.1962 -4.3087 0.0157  0.0140  0.0364 -0.0209 0.0366 -0.0012
1872 -3.1506 -4.2509 0.0092  0.0456  0.0578 -0.0065 0.0157  0.0140
1873 -3.1198 -4.2070 0.0105  0.0308  0.0439  0.0013 0.0092  0.0456
1874 -3.1533 -4.2178 0.0160 -0.0335 -0.0108  0.0055 0.0105  0.0308
1875 -3.1722 -4.2397 0.0215 -0.0189 -0.0219  0.0055 0.0160 -0.0335
1876 -3.1756 -4.2509 0.0337 -0.0034 -0.0112  0.0122 0.0215 -0.0189
1877 -3.1825 -4.2622 0.0430 -0.0069 -0.0113  0.0093 0.0337 -0.0034
1878 -3.2052 -4.2969 0.0610 -0.0227 -0.0347  0.0180 0.0430 -0.0069
1879 -3.2501 -4.3207 0.1051 -0.0449 -0.0238  0.0441 0.0610 -0.0227
1880 -3.2202 -4.3207 0.0515  0.0299  0.0000 -0.0536 0.1051 -0.0449
1881 -3.2316 -4.2969 0.0345 -0.0114  0.0238 -0.0170 0.0515  0.0299
1882 -3.2213 -4.2852 0.0226  0.0103  0.0117 -0.0119 0.0345 -0.0114
1883 -3.2260 -4.2852 0.0254 -0.0047  0.0000  0.0028 0.0226  0.0103
1884 -3.2532 -4.2969 0.0799 -0.0272 -0.0117  0.0545 0.0254 -0.0047
1885 -3.2834 -4.3087 0.0912 -0.0302 -0.0118  0.0113 0.0799 -0.0272
1886 -3.2998 -4.3207 0.1004 -0.0164 -0.0120  0.0092 0.0912 -0.0302
1887 -3.3052 -4.3207 0.0750 -0.0054  0.0000 -0.0254 0.1004 -0.0164
1888 -3.2984 -4.2969 0.0489  0.0068  0.0238 -0.0261 0.0750 -0.0054
1889 -3.2848 -4.2622 0.0208  0.0136  0.0347 -0.0281 0.0489  0.0068
1890 -3.2823 -4.2287 0.0206  0.0025  0.0335 -0.0002 0.0208  0.0136
1891 -3.2752 -4.2178 0.0342  0.0071  0.0109  0.0136 0.0206  0.0025
1892 -3.2715 -4.2397 0.0617  0.0037 -0.0219  0.0275 0.0342  0.0071
1893 -3.2790 -4.2287 0.0739 -0.0075  0.0110  0.0122 0.0617  0.0037
1894 -3.2988 -4.2397 0.0679 -0.0198 -0.0110 -0.0060 0.0739 -0.0075
1895 -3.3091 -4.2509 0.0568 -0.0103 -0.0112 -0.0111 0.0679 -0.0198
1896 -3.3125 -4.2397 0.0323 -0.0034  0.0112 -0.0245 0.0568 -0.0103
1897 -3.2980 -4.2287 0.0325  0.0145  0.0110  0.0002 0.0323 -0.0034
1898 -3.2949 -4.2070 0.0277  0.0031  0.0217 -0.0048 0.0325  0.0145
1899 -3.2878 -4.1752 0.0197  0.0071  0.0318 -0.0080 0.0277  0.0031
1900 -3.2379 -4.1344 0.0244  0.0499  0.0408  0.0047 0.0197  0.0071
1901 -3.2331 -4.1444 0.0321  0.0048 -0.0100  0.0077 0.0244  0.0499
1902 -3.2331 -4.1546 0.0388  0.0000 -0.0102  0.0067 0.0321  0.0048
1903 -3.2296 -4.1648 0.0458  0.0035 -0.0102  0.0070 0.0388  0.0000
1904 -3.2320 -4.1648 0.0589 -0.0024  0.0000  0.0131 0.0458  0.0035
1905 -3.2280 -4.1648 0.0491  0.0040  0.0000 -0.0098 0.0589 -0.0024
1906 -3.2282 -4.1444 0.0353 -0.0002  0.0204 -0.0138 0.0491  0.0040
1907 -3.2161 -4.1146 0.0361  0.0121  0.0298  0.0008 0.0353 -0.0002
1908 -3.2116 -4.1146 0.0765  0.0045  0.0000  0.0404 0.0361  0.0121
1909 -3.2062 -4.1344 0.0754  0.0054 -0.0198 -0.0011 0.0765  0.0045
1910 -3.1976 -4.1244 0.0460  0.0086  0.0100 -0.0294 0.0754  0.0054
1911 -3.1962 -4.1244 0.0294  0.0014  0.0000 -0.0166 0.0460  0.0086
1912 -3.1671 -4.0952 0.0326  0.0291  0.0292  0.0032 0.0294  0.0014
1913 -3.1714 -4.0667 0.0207 -0.0043  0.0285 -0.0119 0.0326  0.0291
1914 -3.1740 -4.0574 0.0316 -0.0026  0.0093  0.0109 0.0207 -0.0043
1915 -3.0561 -3.9847 0.0095  0.1179  0.0727 -0.0221 0.0316 -0.0026
1916 -2.8900 -3.8846 0.0033  0.1661  0.1001 -0.0062 0.0095  0.1179
1917 -2.6651 -3.6970 0.0047  0.2249  0.1876  0.0014 0.0033  0.1661
1918 -2.4663 -3.4126 0.0065  0.1988  0.2844  0.0018 0.0047  0.2249
1919 -2.3704 -3.2237 0.0302  0.0959  0.1889  0.0237 0.0065  0.1988
1920 -2.2270 -3.0305 0.0196  0.1434  0.1932 -0.0106 0.0302  0.0959
1921 -2.3167 -3.0441 0.1209 -0.0897 -0.0136  0.1013 0.0196  0.1434
1922 -2.4675 -3.3549 0.0965 -0.1508 -0.3108 -0.0244 0.1209 -0.0897
1923 -2.5293 -3.4326 0.0796 -0.0618 -0.0777 -0.0169 0.0965 -0.1508
1924 -2.5366 -3.4027 0.0710 -0.0073  0.0299 -0.0086 0.0796 -0.0618
1925 -2.5333 -3.3930 0.0774  0.0033  0.0097  0.0064 0.0710 -0.0073
1926 -2.5416 -3.4027 0.0864 -0.0083 -0.0097  0.0090 0.0774  0.0033
1927 -2.5655 -3.4027 0.0669 -0.0239  0.0000 -0.0195 0.0864 -0.0083
1928 -2.5683 -3.4225 0.0741 -0.0028 -0.0198  0.0072 0.0669 -0.0239
1929 -2.5773 -3.4225 0.0716 -0.0090  0.0000 -0.0025 0.0741 -0.0028
1930 -2.6052 -3.4326 0.1107 -0.0279 -0.0101  0.0391 0.0716 -0.0090
1931 -2.6487 -3.4428 0.1484 -0.0435 -0.0102  0.0377 0.1107 -0.0279
1932 -2.6751 -3.4634 0.1535 -0.0264 -0.0206  0.0051 0.1484 -0.0435
1933 -2.6968 -3.4738 0.1389 -0.0217 -0.0104 -0.0146 0.1535 -0.0264
1934 -2.6970 -3.4738 0.1170 -0.0002  0.0000 -0.0219 0.1389 -0.0217
1935 -2.6899 -3.4634 0.1084  0.0071  0.0104 -0.0086 0.1170 -0.0002
1936 -2.6826 -3.4326 0.0922  0.0073  0.0308 -0.0162 0.1084  0.0071
1937 -2.6493 -3.4027 0.0767  0.0333  0.0299 -0.0155 0.0922  0.0073
1938 -2.6336 -3.3738 0.0918  0.0157  0.0289  0.0151 0.0767  0.0333
1939 -2.6061 -3.3738 0.0567  0.0275  0.0000 -0.0351 0.0918  0.0157
1940 -2.4512 -3.2307 0.0299  0.1549  0.1431 -0.0268 0.0567  0.0275
1941 -2.3483 -3.1661 0.0103  0.1029  0.0646 -0.0196 0.0299  0.1549
1942 -2.2793 -3.0861 0.0044  0.0690  0.0800 -0.0059 0.0103  0.1029
1943 -2.2463 -3.0483 0.0032  0.0330  0.0378 -0.0012 0.0044  0.0690
1944 -2.2195 -2.9943 0.0028  0.0268  0.0540 -0.0004 0.0032  0.0330
1945 -2.1916 -2.9598 0.0041  0.0279  0.0345  0.0013 0.0028  0.0268
1946 -2.1608 -2.8784 0.0171  0.0308  0.0814  0.0130 0.0041  0.0279
1947 -2.0929 -2.8477 0.0128  0.0679  0.0307 -0.0043 0.0171  0.0308
1948 -2.0324 -2.7981 0.0128  0.0605  0.0496  0.0000 0.0128  0.0679
1949 -2.0070 -2.7577 0.0116  0.0254  0.0404 -0.0012 0.0128  0.0605
1950 -1.9792 -2.7062 0.0130  0.0278  0.0515  0.0014 0.0116  0.0254
1951 -1.8890 -2.6232 0.0106  0.0902  0.0830 -0.0024 0.0130  0.0278
1952 -1.8373 -2.5383 0.0155  0.0517  0.0849  0.0049 0.0106  0.0902
1953 -1.8149 -2.4821 0.0142  0.0224  0.0562 -0.0013 0.0155  0.0517
1954 -1.7964 -2.4165 0.0117  0.0185  0.0656 -0.0025 0.0142  0.0224
1955 -1.7614 -2.3331 0.0096  0.0350  0.0834 -0.0021 0.0117  0.0185
1956 -1.7177 -2.2612 0.0103  0.0437  0.0719  0.0007 0.0096  0.0350
1957 -1.6844 -2.2129 0.0129  0.0333  0.0483  0.0026 0.0103  0.0437
1958 -1.6543 -2.1826 0.0184  0.0301  0.0303  0.0055 0.0129  0.0333
1959 -1.6441 -2.0856 0.0184  0.0102  0.0970  0.0000 0.0184  0.0301
1960 -1.6330 -2.0700 0.0143  0.0111  0.0156 -0.0041 0.0184  0.0102
1961 -1.6040 -2.0224 0.0133  0.0290  0.0476 -0.0010 0.0143  0.0111
1962 -1.5676 -1.9942 0.0184  0.0364  0.0282  0.0051 0.0133  0.0290
1963 -1.5505 -1.9434 0.0210  0.0171  0.0508  0.0026 0.0184  0.0364
1964 -1.5152 -1.8697 0.0148  0.0353  0.0737 -0.0062 0.0210  0.0171
1965 -1.4669 -1.8040 0.0130  0.0483  0.0657 -0.0018 0.0148  0.0353
1966 -1.4277 -1.7435 0.0141  0.0392  0.0605  0.0011 0.0130  0.0483
1967 -1.4020 -1.7111 0.0219  0.0257  0.0324  0.0078 0.0141  0.0392
1968 -1.3554 -1.6294 0.0231  0.0466  0.0817  0.0012 0.0219  0.0257
1969 -1.3015 -1.5527 0.0229  0.0539  0.0767 -0.0002 0.0231  0.0466
1970 -1.2445 -1.4336 0.0244  0.0570  0.1191  0.0015 0.0229  0.0539
1971 -1.1619 -1.3262 0.0298  0.0826  0.1074  0.0054 0.0244  0.0570
1972 -1.0987 -1.2053 0.0331  0.0632  0.1209  0.0033 0.0298  0.0826
1973 -1.0196 -1.0861 0.0233  0.0791  0.1192 -0.0098 0.0331  0.0632
1974 -0.8630 -0.9287 0.0225  0.1566  0.1574 -0.0008 0.0233  0.0791
1975 -0.6496 -0.6952 0.0364  0.2134  0.2335  0.0139 0.0225  0.1566
1976 -0.5040 -0.5413 0.0499  0.1456  0.1539  0.0135 0.0364  0.2134
1977 -0.3650 -0.4436 0.0535  0.1390  0.0977  0.0036 0.0499  0.1456
1978 -0.2769 -0.3088 0.0525  0.0881  0.1348 -0.0010 0.0535  0.1390
1979 -0.1502 -0.1645 0.0487  0.1267  0.1443 -0.0038 0.0525  0.0881
1980  0.0000  0.0000 0.0617  0.1502  0.1645  0.0130 0.0487  0.1267
1981  0.1084  0.1248 0.0943  0.1084  0.1248  0.0326 0.0617  0.1502
 [ reached getOption("max.print") -- omitted 6 rows ]
[1] "strucchange"
[1] "RealInt"
[1] "US Ex-post Real Interest Rate"
         Qtr1     Qtr2     Qtr3     Qtr4
1961  1.99132  0.00403  2.27000  0.84833
1962  1.89112 -0.28000  3.68431  1.62478
1963  1.21599  1.28373  1.70141  3.16687
1964  2.32779  2.26202  1.91218  3.53196
1965 -0.31777  3.44694  1.52422  0.74268
1966  1.31541  0.36646  3.59562  3.65740
1967  0.97494 -0.53280  1.12681  0.31123
1968  0.57834  1.08163  0.24977  0.23792
1969 -0.32653  1.14733  1.19323  2.58962
1970  0.01195  2.63842  0.42092  2.58823
1971 -2.19809  2.89548  1.82130  0.86332
1972  0.67496  0.34435  1.22762 -2.83991
1973 -1.81630 -2.22965 -1.58457 -6.31184
1974 -2.46258 -5.61479 -3.53887  1.01780
1975 -1.58875 -1.85396 -0.25670  2.42226
1976 -1.29502 -0.48977  1.21167 -4.85498
1977 -3.59900  0.17094  1.51603 -1.85304
1978 -5.60478 -1.25767  0.96658 -3.09451
1979 -5.26773 -4.03154 -1.76618 -5.73978
1980  3.83047  0.52007 -0.18033  3.82808
1981  3.01171  2.75289 11.74184  9.91701
1982  3.03444 10.15143  9.29177  6.87498
1983  2.43675  4.37202  6.77774  4.16692
1984  5.65037  5.17734  9.41206  3.77006
1985  4.24568  4.53154  3.39706  8.93951
1986  4.20825  3.43461  4.30529         
[1] "strucchange"
[1] "SP2001"
[1] "S&P 500 Stock Prices"
               A  CTAS   JNS   PTV    AA   CTB   JNY   PVN  AAPL   CTL    JP  PWER   ABC   CTX   JPM    PX   ABI  CTXS   JWN     Q   ABK   CUM     K  QCOM   ABS   CVG   KBH  QLGC   ABT   CVS   KEY  QTRN   ACE   CVX    KG     R   ACV   CZN  KLAC   RBK  ADBE     D   KMB   RDC ADCT   DAL   KMG    RF   ADI   DCN   KMI   RHI   ADM    DD    KO   RIG   ADP   DDS    KR   RJR  ADSK    DE   KRB   RKY   AEE  DELL   KRI   ROH   AEP    DG   KSE   ROK   AES   DGX   KSS   RSH   AET   DHR   LEG   RTN   AFL   DIS   LEH    RX   AGN    DJ   LIZ     S   AHC   DLX  LLTC  SAFC   AIG   DNY   LLY  SANM   AIV   DOV   LMT   SBC   ALL   DOW   LNC   SBL  ALTR   DPH   LOW  SBUX    AM   DRI   LPX   SCH  AMAT   DTE   LSI   SDS  AMCC   DUK   LTD  SEBL   AMD   DVN   LTR   SEE  AMGN   DYN   LU   SFA    AN  EBAY   LUV   SGP  ANDW    EC   LXK   SHW   AOC   ECL   MAR  SIAL   AOL    ED   MAS   SLB   APA   EDS   MAT   SLE   APC   EFX   MAY   SLM  APCC   EIX   MBI   SLR   APD    EK   MCD   SNA  APOL   EMC   MCK   SNV   ASD   EMN   MCO    SO   ASH   EMR   MDP  SOTR   ASO   EOG   MDT   SPC    AT   EOP  MEDI   SPG   ATH    EP   MEL  SPLS   ATI   EQR   MER   SRE    AV  ERTS  MERQ   STI   AVP   ETN   MET   STJ   AVY   ETR   MHP   STT    AW   EXC MHS   SUN   AWE     F    MI  SUNW AXP   FBF   MIL   SVU   AYE   FCX   MKC   SWK   AZO    FD    MMC   SWY    BA   FDC    MMM   SYK   BAC   FDO  MNST  SYMC   BAX   FDX    MO   SYY  BBBY    FE  MOLX     T   BBT   FII   MON TAPb   BBY  FISV   MOT    TE    BC  FITB   MRK   TEK   BCC   FLR   MRO   TER   BCR   FNM  MSFT   TGT   BDK    FO   MTG   THC   BDX   FON    MU   TIF   BEN   FPL   MWD   TIN   BFb   FRE   MWV   TJX  BGEN   FRX  MXIM  TLAB   BHI   FTN   MYG   TMK   BJS     G   NAV   TMO    BK   GAS   NBR   TNB   BLI   GCI   NCC   TOY   BLL    GD   NCR   TRB   BLS   GDT    NE  TROW   BMC   GDW   NEM   TSG  BMET    GE   NFB   TUP   BMS  GENZ    NI   TXN   BMY   GIS   NKE   TXT   BNI   GLK    NOC   TXU   BOL   GLW NOVL   TYC    BR    GM   NSC   UCL  BRCM    GP   NSM   UIS   BSC   GPC  NTAP   UNH   BSX   GPS  NTRS   UNM   BUD    GR   NUE   UNP     C    GS  NVDA   UPC    CA    GT  NVLS   UPS   CAG   GTW   NWL   USB   CAH   GWW  NXTL   UST   CAT   HAL   NYT   UTX    CB   HAS   ODP   UVN   CBE  HBAN   OMC    VC    CC   HCA   ONE   VFC   CCE   HCR ORCL  VIAb   CCL    HD   OXY   VMC   CCU   HDI  PAYX  VRTS    CD   HET   PBG    VZ    CE   HIG   PBI   WAG   CEG   HLT  PCAR   WAT    CF   HMA   PCG    WB   CFC   HNZ   PCL   WEN  CHIR   HON   PCS   WFC     CI   HOT    PD   WHR  CIEN   HPC   PEG   WIN   CIN   HPQ   PEP    WLP  CINF   HRB   PFE    WM    CL   HSY   PFG   WMB   CLX   HUM    PG   WMI   CMA    IBM   PGL   WMT CMCSA   IFF   PGN   WOR   CMS   IGT    PGR   WPI  CMVT  INTC    PH   WWY   CNP  INTU   PHM    WY   COF    IP   PKI   WYE   COL   IPG   PLD     X   COP    IR   PLL   XEL  COST   ITT  PMCS    XL   CPB   ITW PMTC  XLNX   CPN   JBL   PNC   XOM  CPWR   JCI   PNW   XRX    CR   JCP   PPG  YHOO   CSC  JDSU   PPL   YUM  CSCO   JHF   PRU  ZION   CSX   JNJ  PSFT   ZMH
2001-07-31 28.61 50.17 29.66 15.53 39.23 16.22 39.04 49.37 18.79 30.96 47.51 15.50 58.14 47.04 43.30 45.34 28.20 33.47 22.50 26.00 57.54 40.71 30.07 63.23 32.73 31.15 32.59 38.41 53.59 36.01 26.75 18.61 34.91 91.39 45.20 19.00 43.38 12.27 54.39 32.01 37.49 60.49 60.81 19.24 4.91 44.38 63.18 32.00 46.00 25.75 52.40 26.05 13.39 42.82 44.60 32.29 50.95 14.84 26.36 53.71 37.29 41.95 35.40 50.29 39.29 26.93 61.59 34.34 45.00 19.63 30.64 16.05 38.30 69.10 57.28 28.23 28.21 56.59 23.97 28.88 29.58 26.35 72.00 25.70 75.29 56.92 53.15 46.98 77.28 31.54 43.58 31.72 83.25 29.71 79.28 21.81 46.22 36.15 39.62 45.03 34.96 36.40 51.03 12.41 30.06 16.36 38.18 18.04 11.05 29.90 10.62 14.99 45.86 42.25 21.78 27.27 17.14 38.61 16.97 34.46 18.26 54.21 56.76 41.20 62.71 46.38 6.70 25.45 11.45 62.57 20.01 39.05 22.04 26.05 45.72 22.89 35.45 40.04 47.75 43.29 45.45 39.74 25.21 53.75 51.95 63.85 17.90 20.17 56.80 23.66 33.20 80.11 13.35 14.04 56.16 17.48 40.83 43.31 29.14 27.00 43.54 19.72 41.45 34.15 68.05 43.88 33.26 23.50 39.37 57.36 35.87 25.67 19.88 35.35 48.03 43.85 61.65 30.02 38.52 28.35    NA 51.75 38.02 14.99 19.06 56.70 54.24 25.38 12.53 56.92 38.66 69.25 46.39 73.44 29.65 70.00 51.26 37.50 61.37 53.77 18.84 56.50  NA 34.58 18.69 25.47 58.90 16.29  NA 37.52 65.18 20.97 43.12 10.76 42.69 43.59 47.33 38.60 100.40 44.16 58.53 69.32 111.88 59.98 63.62 29.91 50.04 48.21 49.80 41.37 45.50 26.84 32.23 30.34 34.40 20.21 36.91 30.23 35.20   NA 66.96 57.38 18.69 28.57 21.84 63.02 67.98 22.69 36.20 39.53 29.67 33.98 59.15 83.25 66.19 38.70 42.71 36.62 75.04 55.51 34.56 23.34 42.00 35.30 43.14 54.00 59.82 62.05 68.33 68.44 26.90 34.01 56.69 78.55 46.17 16.47 35.58 34.40 33.53 41.51 25.22 27.87 32.11 22.80 44.86 37.13 29.30 20.75 13.13 67.03 32.12 23.03 49.43 80.89 39.36 41.26 40.70 31.88 30.69 37.96 20.00 64.65 18.70 49.16 48.55 43.50 32.44 23.48 44.24 56.00 26.36 34.50 59.14 43.98 47.55 56.32 26.74 28.39  80.23 46.50 34.24 15.66 4.99 53.20 43.25 63.60 20.12 35.78 43.63 36.60 32.05 11.45 58.15 32.92 12.48 67.42 18.01 27.31 63.80 28.53 43.31 34.94 47.89 53.69 50.21 83.16 80.90 44.69 34.48 28.58 50.97 56.83 21.49 10.49 21.68 23.74 73.63 42.10 16.65 30.95 55.10 35.01 46.30 73.40 70.17 16.10 12.82 38.18 41.51 18.31 87.37 21.13 18.75 45.95 38.71 36.61 14.62 32.20   NA 49.80 33.40 50.37 27.64 49.05 58.60 51.61 39.30 42.41 20.35 28.62 43.58 54.15 57.38 66.21 40.20 33.70 29.44 12.11 58.84 29.50 32.11 19.76 14.87 35.40 43.31 43.21 27.46 26.81 42.90 36.87 25.92 46.06 100.31 35.69 40.40 70.54 33.14 10.60 46.80 22.94 30.90 24.66 46.63 107.00 39.40 71.37 41.22 40.52 54.20 60.36    NA 33.50 37.38 11.15 71.02 31.00 61.59 105.21 38.06 55.90 37.30 29.13 42.77 14.06 26.67 51.98 134.81 65.85 28.28 29.81 44.70 49.92 31.50 34.38 41.51 59.73 64.27 40.75 31.50 60.31 20.70 27.37 21.20 19.70 57.09 43.68 23.90 26.94 43.05 44.40 30.31 76.75 27.36 63.00 9.47 40.00 35.99 32.50 66.35 41.76 13.70 80.60 42.28  7.98 30.55 28.44 54.95 17.62 36.11  9.24 44.98 45.75 19.22 40.02    NA 58.45 39.12 54.10 43.67    NA
2001-08-01 31.75 50.45 30.65 15.17 38.41 16.82 32.45 49.96 19.06 31.49 47.66 16.55 57.19 46.87 43.50 45.40 28.00 35.49 22.33 25.21 57.65 40.69 30.51 65.37 32.77 31.65 32.10 41.42 53.10 35.06 27.27 18.80 34.60 91.17 42.36 18.88 43.00 12.02 57.10 32.82 38.61 60.97 60.90 18.35 4.94 45.29 62.22 32.22 50.00 25.86 52.47 26.36 13.18 42.03 44.08 32.47 49.99 14.83 26.17 53.52 38.16 42.25 36.55 49.51 39.73 27.18 62.09 34.31 45.04 19.22 30.69 16.26 38.88 67.00 57.06 28.30 27.67 56.30 23.90 28.74 29.74 26.67 73.52 25.55 75.00 57.18 51.92 46.58 76.73 31.82 46.69 31.53 82.60 29.85 78.90 22.14 45.52 35.82 39.79 44.92 35.25 35.94 50.91 13.39 32.23 16.26 37.12 18.41 11.14 29.97 10.67 15.25 48.30 42.99 23.75 26.25 18.69 39.09 16.78 36.07 18.90 53.40 56.88 40.51 62.09 47.35 6.13 25.88 10.13 61.62 19.88 39.28 22.72 26.35 45.95 23.15 35.38 39.71 48.50 42.65 46.08 40.11 25.35 52.55 50.95 62.99 17.90 19.88 55.85 23.70 33.03 79.85 13.69 14.10 56.59 18.28 40.96 43.35 29.38 26.84 44.06 20.90 40.39 34.08 67.65 43.78 33.15 23.61 38.98 57.48 35.92 25.65 19.96 34.60 46.10 43.55 64.09 30.34 38.29 28.60    NA 52.25 38.31 14.93 19.15 56.89 56.21 25.73 12.77 59.87 39.47 69.38 45.62 73.03 29.53 68.50 51.05 38.00 60.50 53.89 19.32 57.63  NA 35.00 19.01 25.03 58.97 17.35  NA 37.79 65.74 20.62 43.48 11.00 42.75 43.95 46.50 37.75 100.29 42.92 59.00 68.00 111.00 58.69 63.00 29.50 52.63 48.92 50.04 41.70 45.73 26.40 31.86 30.65 35.10 20.30 37.15 31.10 35.90   NA 66.45 56.17 19.14 28.81 21.60 63.06 67.99 22.83 35.68 37.64 29.60 35.10 59.20 84.38 66.47 37.70 42.69 37.05 75.47 55.55 34.23 23.95 43.70 34.89 43.37 54.00 62.40 60.18 67.41 68.73 26.99 34.18 57.37 78.06 48.90 17.04 34.32 34.75 33.40 41.61 24.10 27.88 32.44 22.72 44.40 37.10 27.60 21.31 12.72 67.97 32.51 22.75 49.84 83.35 40.02 41.23 41.38 31.83 29.75 38.20 20.20 64.62 18.86 50.88 45.79 42.80 32.60 23.05 43.85 57.31 25.81 36.63 57.99 43.65 47.81 56.17 26.80 28.26  79.95 47.50 34.15 15.99 5.04 53.26 41.81 62.67 19.90 35.55 46.23 35.86 33.75 11.40 60.06 33.31 15.21 65.00 17.98 27.60 63.81 28.62 43.63 34.92 48.51 53.80 50.64 85.35 85.84 44.87 35.49 28.40 53.06 56.95 21.10 10.60 22.55 23.79 74.36 42.26 17.00 30.96 53.95 34.45 46.76 72.36 70.48 16.26 12.98 38.70 52.90 18.70 87.00 21.32 19.18 45.88 38.35 36.28 14.09 31.65   NA 50.30 32.82 49.78 27.42 48.67 59.00 52.58 39.09 43.23 19.73 29.32 43.42 55.74 56.97 66.30 40.40 33.35 29.23 12.43 59.04 29.75 32.11 19.96 15.05 35.43 43.82 42.93 27.66 26.96 43.40 36.72 26.25 46.58  86.65 36.75 40.20 70.09 35.65 10.40 47.19 22.65 31.04 25.51 43.69 103.25 39.47 72.48 41.14 40.82 52.95 59.90    NA 33.61 36.55 10.81 71.50 31.17 61.66 107.06 37.77 55.01 37.55 29.13 43.72 14.10 25.89 51.98 135.18 64.45 28.91 30.75 44.55 50.16 31.70 34.27 40.46 58.92 65.67 40.45 30.99 60.25 20.85 27.62 21.39 19.64 56.96 42.98 24.00 26.98 42.25 44.34 33.34 76.30 26.77 62.74 9.50 41.99 36.00 34.11 66.23 41.60 13.96 79.91 42.24  8.13 30.71 27.71 54.63 18.29 33.54  9.64 45.66 45.74 20.30 39.75    NA 57.64 39.50 53.80 44.05    NA
 [ reached getOption("max.print") -- omitted 101 rows ]
[1] "strucchange"
[1] "USIncExp"
[1] "Income and Expenditures in the US"
         income expenditure
Jan 1959  382.1       307.1
Feb 1959  384.5       310.5
Mar 1959  387.7       313.7
Apr 1959  391.0       313.2
May 1959  393.9       317.1
Jun 1959  396.3       319.2
Jul 1959  396.5       318.8
Aug 1959  395.0       321.2
Sep 1959  396.2       325.2
Oct 1959  397.8       323.8
Nov 1959  401.2       323.9
Dec 1959  405.7       323.9
Jan 1960  407.0       324.6
Feb 1960  407.7       326.4
Mar 1960  408.6       331.2
Apr 1960  411.3       337.6
May 1960  412.8       331.1
Jun 1960  413.1       331.2
Jul 1960  414.0       332.5
Aug 1960  414.5       332.8
Sep 1960  415.4       334.6
Oct 1960  417.2       336.6
Nov 1960  416.8       336.5
Dec 1960  414.6       332.5
Jan 1961  418.3       333.4
Feb 1961  420.3       334.9
Mar 1961  421.6       338.8
Apr 1961  422.2       338.8
May 1961  425.6       341.0
Jun 1961  430.1       342.0
Jul 1961  432.3       341.7
Aug 1961  432.9       343.3
Sep 1961  434.1       345.6
Oct 1961  438.4       347.7
Nov 1961  442.6       351.1
Dec 1961  445.1       353.6
Jan 1962  444.6       354.4
Feb 1962  447.8       355.1
Mar 1962  451.6       358.5
Apr 1962  454.6       360.2
May 1962  455.7       363.2
Jun 1962  457.3       361.6
Jul 1962  459.3       362.6
Aug 1962  460.7       364.1
Sep 1962  463.2       370.0
Oct 1962  464.5       367.8
Nov 1962  466.9       372.9
Dec 1962  468.7       374.8
Jan 1963  472.3       375.6
Feb 1963  470.1       374.5
Mar 1963  471.8       376.1
Apr 1963  473.2       377.5
May 1963  476.0       378.3
Jun 1963  479.7       382.8
Jul 1963  480.8       385.5
Aug 1963  483.4       387.4
Sep 1963  486.5       386.6
Oct 1963  490.4       387.1
Nov 1963  491.9       390.5
Dec 1963  496.4       395.8
Jan 1964  499.5       397.9
Feb 1964  502.0       401.2
Mar 1964  504.6       402.9
Apr 1964  507.8       403.9
May 1964  510.9       409.5
Jun 1964  513.7       412.5
Jul 1964  516.9       416.0
Aug 1964  521.1       418.8
Sep 1964  524.1       417.7
Oct 1964  525.1       420.7
Nov 1964  529.0       417.5
Dec 1964  534.9       422.1
Jan 1965  538.4       425.6
Feb 1965  538.6       432.5
Mar 1965  541.8       434.5
Apr 1965  545.3       438.3
May 1965  549.5       438.9
Jun 1965  552.8       436.5
Jul 1965  556.9       442.3
Aug 1965  559.5       445.7
Sep 1965  574.5       453.4
Oct 1965  571.8       459.9
Nov 1965  577.2       460.6
Dec 1965  582.3       463.3
Jan 1966  584.3       466.8
Feb 1966  589.2       471.9
Mar 1966  593.4       476.8
Apr 1966  595.3       478.7
May 1966  598.0       474.9
Jun 1966  602.7       477.4
Jul 1966  606.7       482.4
Aug 1966  612.3       485.0
Sep 1966  617.8       491.1
Oct 1966  622.3       490.2
Nov 1966  627.0       492.0
Dec 1966  627.9       493.8
Jan 1967  633.6       496.2
Feb 1967  634.7       495.0
Mar 1967  638.9       497.8
Apr 1967  639.4       503.3
May 1967  641.8       504.2
Jun 1967  646.4       508.8
Jul 1967  652.1       508.7
Aug 1967  656.9       511.8
Sep 1967  659.1       517.6
Oct 1967  660.7       514.2
Nov 1967  666.8       519.4
Dec 1967  674.1       527.2
Jan 1968  678.8       532.7
Feb 1968  686.7       535.4
Mar 1968  694.9       546.1
Apr 1968  700.6       545.9
May 1968  706.7       551.7
Jun 1968  712.1       558.2
Jul 1968  718.9       565.1
Aug 1968  724.8       568.9
Sep 1968  730.3       570.1
Oct 1968  734.9       573.6
Nov 1968  740.4       578.6
Dec 1968  744.6       578.4
Jan 1969  748.1       585.3
Feb 1969  753.3       590.6
Mar 1969  760.0       590.7
Apr 1969  765.8       595.7
May 1969  771.7       602.1
Jun 1969  777.7       602.8
Jul 1969  785.3       604.6
Aug 1969  792.4       611.8
Sep 1969  797.3       615.1
Oct 1969  802.1       620.4
Nov 1969  805.7       622.4
Dec 1969  810.7       624.7
Jan 1970  812.7       630.7
Feb 1970  817.2       636.0
Mar 1970  821.5       634.4
Apr 1970  840.2       638.2
May 1970  836.9       644.7
Jun 1970  837.7       648.5
Jul 1970  845.5       650.8
Aug 1970  850.4       655.3
Sep 1970  855.7       661.4
Oct 1970  855.1       660.7
Nov 1970  857.1       658.9
Dec 1970  863.4       667.9
Jan 1971  873.2       678.6
Feb 1971  876.6       681.9
Mar 1971  882.9       684.5
Apr 1971  888.8       691.2
May 1971  895.6       693.6
Jun 1971  916.2       702.2
Jul 1971  906.7       701.3
Aug 1971  913.9       707.3
Sep 1971  917.8       715.5
Oct 1971  921.3       718.4
Nov 1971  928.8       723.5
Dec 1971  939.2       731.0
Jan 1972  948.1       734.4
Feb 1972  959.2       738.9
Mar 1972  965.6       751.9
Apr 1972  972.0       755.1
May 1972  978.1       760.5
Jun 1972  971.9       764.0
Jul 1972  989.8       772.3
Aug 1972 1002.4       778.7
Sep 1972 1010.5       783.5
Oct 1972 1032.6       797.5
Nov 1972 1046.5       803.1
Dec 1972 1054.4       808.8
Jan 1973 1056.7       819.3
Feb 1973 1067.6       828.7
Mar 1973 1076.9       835.5
Apr 1973 1085.0       838.2
May 1973 1098.0       844.1
Jun 1973 1107.3       846.9
Jul 1973 1114.9       856.9
Aug 1973 1125.0       856.2
Sep 1973 1136.7       872.5
Oct 1973 1153.5       871.5
Nov 1973 1166.6       880.2
Dec 1973 1173.3       880.0
Jan 1974 1175.9       888.1
Feb 1974 1182.3       893.2
Mar 1974 1187.8       904.8
Apr 1974 1194.3       914.1
May 1974 1209.0       925.6
Jun 1974 1220.1       931.0
Jul 1974 1236.5       940.7
Aug 1974 1243.3       957.2
Sep 1974 1253.4       956.5
Oct 1974 1265.6       959.8
Nov 1974 1266.0       956.2
Dec 1974 1273.0       961.4
Jan 1975 1276.8       974.7
Feb 1975 1281.2       988.6
Mar 1975 1285.2       990.0
Apr 1975 1291.8       994.9
May 1975 1304.6      1019.1
Jun 1975 1336.1      1027.1
Jul 1975 1333.8      1039.9
Aug 1975 1350.2      1047.0
Sep 1975 1361.3      1054.8
Oct 1975 1376.4      1060.6
Nov 1975 1386.3      1075.6
Dec 1975 1396.9      1092.0
Jan 1976 1414.2      1107.9
Feb 1976 1426.0      1108.9
Mar 1976 1433.5      1116.4
Apr 1976 1443.8      1126.9
May 1976 1453.8      1124.3
Jun 1976 1462.0      1142.2
Jul 1976 1480.7      1151.3
Aug 1976 1493.6      1160.0
Sep 1976 1504.0      1171.2
Oct 1976 1511.8      1180.1
Nov 1976 1533.5      1192.7
Dec 1976 1547.3      1215.4
Jan 1977 1553.0      1218.4
Feb 1977 1570.6      1234.6
Mar 1977 1585.4      1241.7
Apr 1977 1597.8      1251.1
May 1977 1611.1      1261.5
Jun 1977 1622.2      1268.3
Jul 1977 1641.6      1285.1
Aug 1977 1655.6      1290.7
Sep 1977 1671.7      1299.8
Oct 1977 1691.6      1316.4
Nov 1977 1714.9      1332.1
Dec 1977 1730.0      1341.3
Jan 1978 1736.4      1335.0
Feb 1978 1753.4      1361.1
Mar 1978 1777.2      1383.5
Apr 1978 1803.2      1402.7
May 1978 1820.3      1419.5
Jun 1978 1839.4      1434.7
Jul 1978 1861.9      1436.3
Aug 1978 1880.3      1457.0
Sep 1978 1896.1      1463.1
Oct 1978 1918.9      1476.4
Nov 1978 1935.8      1489.3
Dec 1978 1956.4      1506.1
Jan 1979 1977.1      1514.9
Feb 1979 1994.9      1533.4
Mar 1979 2018.6      1546.4
Apr 1979 2022.6      1550.1
May 1979 2041.5      1567.3
Jun 1979 2059.4      1583.2
Jul 1979 2090.0      1593.6
Aug 1979 2109.7      1623.9
Sep 1979 2125.9      1642.9
Oct 1979 2154.5      1651.8
Nov 1979 2178.5      1668.7
Dec 1979 2205.3      1678.9
Jan 1980 2234.8      1711.7
Feb 1980 2248.8      1715.3
Mar 1980 2260.7      1721.1
Apr 1980 2258.4      1709.7
May 1980 2265.4      1714.8
Jun 1980 2282.5      1733.4
Jul 1980 2314.9      1761.4
Aug 1980 2336.2      1777.6
Sep 1980 2366.1      1792.3
Oct 1980 2409.8      1826.2
Nov 1980 2439.6      1834.0
Dec 1980 2470.0      1857.4
Jan 1981 2491.7      1876.2
Feb 1981 2508.7      1891.6
Mar 1981 2531.4      1911.4
Apr 1981 2530.0      1912.9
May 1981 2547.1      1922.6
Jun 1981 2571.4      1944.6
Jul 1981 2629.0      1953.1
Aug 1981 2656.7      1978.7
Sep 1981 2671.3      1979.7
Oct 1981 2675.1      1977.2
Nov 1981 2689.3      1982.6
Dec 1981 2690.9      1999.3
Jan 1982 2695.4      2006.1
Feb 1982 2712.8      2030.5
Mar 1982 2720.0      2032.3
Apr 1982 2739.5      2035.4
May 1982 2758.0      2053.6
Jun 1982 2764.6      2057.4
Jul 1982 2780.2      2081.5
Aug 1982 2786.9      2087.6
Sep 1982 2792.1      2112.0
Oct 1982 2807.6      2132.7
Nov 1982 2825.4      2155.3
Dec 1982 2838.2      2167.2
Jan 1983 2843.7      2177.8
Feb 1983 2849.2      2179.7
Mar 1983 2867.9      2207.6
Apr 1983 2884.7      2235.7
May 1983 2914.5      2257.9
Jun 1983 2928.5      2286.4
Jul 1983 2955.0      2308.0
Aug 1983 2958.4      2318.7
Sep 1983 2992.4      2331.6
Oct 1983 3026.1      2358.5
Nov 1983 3055.4      2372.1
Dec 1983 3087.3      2403.1
Jan 1984 3116.9      2433.3
Feb 1984 3155.2      2411.2
Mar 1984 3184.0      2437.0
Apr 1984 3220.4      2462.2
May 1984 3233.4      2480.0
Jun 1984 3266.0      2502.0
Jul 1984 3294.4      2497.6
Aug 1984 3328.1      2515.2
Sep 1984 3360.3      2538.4
Oct 1984 3350.1      2538.7
Nov 1984 3377.3      2579.2
Dec 1984 3411.7      2586.2
Jan 1985 3426.6      2615.9
Feb 1985 3444.9      2637.8
Mar 1985 3470.2      2644.9
Apr 1985 3475.3      2658.4
May 1985 3486.5      2696.7
Jun 1985 3506.2      2691.1
Jul 1985 3515.9      2713.0
Aug 1985 3527.5      2744.7
Sep 1985 3540.9      2791.7
Oct 1985 3576.8      2759.6
Nov 1985 3585.8      2778.8
Dec 1985 3623.6      2818.3
Jan 1986 3630.1      2829.3
Feb 1986 3647.7      2821.4
Mar 1986 3674.8      2824.6
Apr 1986 3674.3      2838.6
May 1986 3686.6      2863.1
Jun 1986 3703.7      2869.3
Jul 1986 3721.3      2891.0
Aug 1986 3734.6      2909.9
Sep 1986 3752.0      2984.8
Oct 1986 3756.6      2947.5
Nov 1986 3770.6      2945.6
Dec 1986 3797.0      3016.9
Jan 1987 3823.8      2963.7
Feb 1987 3854.0      3030.1
Mar 1987 3878.7      3040.4
Apr 1987 3886.7      3066.3
May 1987 3922.0      3076.4
Jun 1987 3937.2      3101.9
Jul 1987 3961.6      3122.1
Aug 1987 3998.9      3159.3
Sep 1987 4016.6      3155.2
Oct 1987 4057.6      3166.4
Nov 1987 4082.4      3176.1
Dec 1987 4130.4      3206.2
Jan 1988 4132.5      3242.8
Feb 1988 4155.3      3248.8
Mar 1988 4182.6      3287.7
Apr 1988 4206.5      3291.5
May 1988 4223.1      3321.6
Jun 1988 4253.6      3345.5
Jul 1988 4288.6      3368.8
Aug 1988 4305.4      3392.9
Sep 1988 4332.2      3399.2
Oct 1988 4368.6      3440.0
Nov 1988 4385.2      3455.2
Dec 1988 4431.4      3485.1
Jan 1989 4493.2      3505.9
Feb 1989 4511.8      3509.6
Mar 1989 4547.7      3519.8
Apr 1989 4566.3      3563.1
May 1989 4564.9      3571.3
Jun 1989 4589.2      3584.2
Jul 1989 4607.1      3602.3
Aug 1989 4616.5      3638.0
Sep 1989 4628.6      3640.5
Oct 1989 4659.2      3655.3
Nov 1989 4695.7      3665.2
Dec 1989 4717.1      3704.8
Jan 1990 4766.4      3747.5
Feb 1990 4807.4      3744.2
Mar 1990 4828.7      3772.7
Apr 1990 4865.1      3791.6
May 1990 4869.6      3798.5
Jun 1990 4903.1      3828.6
Jul 1990 4935.0      3846.4
Aug 1990 4943.9      3872.8
Sep 1990 4975.4      3895.6
Oct 1990 4967.8      3893.9
Nov 1990 4977.3      3897.3
Dec 1990 4999.3      3889.2
Jan 1991 4987.9      3873.6
Feb 1991 4999.4      3898.2
Mar 1991 5012.3      3942.0
Apr 1991 5038.6      3939.3
May 1991 5059.0      3965.3
Jun 1991 5094.6      3971.1
Jul 1991 5089.8      3992.7
Aug 1991 5105.3      3994.1
Sep 1991 5135.3      4008.0
Oct 1991 5135.4      3999.1
Nov 1991 5156.5      4028.9
Dec 1991 5210.2      4042.7
Jan 1992 5241.1      4108.5
Feb 1992 5284.5      4121.7
Mar 1992 5304.8      4139.2
Apr 1992 5330.0      4149.0
May 1992 5355.3      4174.4
Jun 1992 5371.3      4191.0
Jul 1992 5383.5      4218.4
Aug 1992 5373.4      4192.9
Sep 1992 5415.2      4265.8
Oct 1992 5464.0      4296.7
Nov 1992 5484.3      4312.9
Dec 1992 5677.1      4345.4
Jan 1993 5461.7      4346.8
Feb 1993 5470.9      4362.5
Mar 1993 5464.8      4342.7
Apr 1993 5575.0      4402.0
May 1993 5607.5      4417.9
Jun 1993 5603.2      4443.8
Jul 1993 5609.2      4470.6
Aug 1993 5640.1      4485.7
Sep 1993 5641.6      4508.3
Oct 1993 5669.0      4539.0
Nov 1993 5693.2      4559.6
Dec 1993 5883.4      4577.6
Jan 1994 5656.4      4558.5
Feb 1994 5725.4      4633.8
Mar 1994 5759.4      4649.0
Apr 1994 5832.1      4659.1
May 1994 5870.6      4671.6
Jun 1994 5879.5      4701.8
Jul 1994 5904.8      4718.3
Aug 1994 5932.2      4763.9
Sep 1994 5968.7      4776.8
Oct 1994 6026.8      4806.8
Nov 1994 6034.9      4823.9
Dec 1994 6065.5      4833.2
Jan 1995 6095.0      4864.7
Feb 1995 6109.6      4853.7
Mar 1995 6125.1      4887.5
Apr 1995 6148.4      4897.3
May 1995 6157.8      4945.4
Jun 1995 6183.6      4988.3
Jul 1995 6203.7      4974.4
Aug 1995 6223.4      5026.0
Sep 1995 6250.7      5015.3
Oct 1995 6278.2      5018.4
Nov 1995 6304.4      5059.3
Dec 1995 6331.3      5097.6
Jan 1996 6352.5      5090.9
Feb 1996 6413.2      5141.8
Mar 1996 6449.7      5158.8
Apr 1996 6472.0      5207.7
May 1996 6506.8      5223.1
Jun 1996 6549.5      5223.2
Jul 1996 6563.5      5239.9
Aug 1996 6595.9      5268.2
Sep 1996 6631.9      5282.8
Oct 1996 6643.4      5314.8
Nov 1996 6676.4      5332.9
Dec 1996 6713.8      5365.9
Jan 1997 6754.8      5410.2
Feb 1997 6792.1      5433.3
Mar 1997 6830.4      5446.3
Apr 1997 6850.2      5461.8
May 1997 6877.5      5454.1
Jun 1997 6909.5      5496.4
Jul 1997 6937.4      5560.8
Aug 1997 6982.4      5576.6
Sep 1997 7016.0      5590.2
Oct 1997 7058.0      5616.5
Nov 1997 7103.1      5640.2
Dec 1997 7132.7      5665.0
Jan 1998 7186.5      5678.5
Feb 1998 7233.7      5713.5
Mar 1998 7272.0      5745.9
Apr 1998 7299.3      5763.4
May 1998 7344.2      5820.5
Jun 1998 7375.0      5850.3
Jul 1998 7410.8      5862.0
Aug 1998 7451.5      5893.3
Sep 1998 7473.0      5924.9
Oct 1998 7508.1      5957.7
Nov 1998 7575.2      5975.9
Dec 1998 7562.6      6024.5
Jan 1999 7595.3      6049.1
Feb 1999 7632.1      6089.3
Mar 1999 7656.9      6147.5
Apr 1999 7690.1      6187.3
May 1999 7716.0      6200.4
Jun 1999 7783.0      6251.8
Jul 1999 7797.4      6277.4
Aug 1999 7841.1      6323.4
Sep 1999 7847.0      6358.9
Oct 1999 7945.7      6399.3
Nov 1999 7977.0      6433.2
Dec 1999 7994.3      6506.3
Jan 2000 8056.4      6558.9
Feb 2000 8099.6      6635.0
Mar 2000 8161.6      6671.3
Apr 2000 8209.3      6683.7
May 2000 8237.6      6702.1
Jun 2000 8279.5      6733.1
Jul 2000 8300.0      6775.2
Aug 2000 8326.5      6801.2
 [ reached getOption("max.print") -- omitted 6 rows ]
[1] "strucchange"
[1] "durab"
[1] "US Labor Productivity"
                     y           lag
Mar 1947  1.539256e-02  6.698651e-03
Apr 1947  9.009549e-03  1.539256e-02
May 1947  7.409622e-03  9.009549e-03
Jun 1947  4.135507e-03  7.409622e-03
Jul 1947 -5.481572e-03  4.135507e-03
Aug 1947  1.266244e-02 -5.481572e-03
Sep 1947 -2.793246e-03  1.266244e-02
Oct 1947  1.525778e-03 -2.793246e-03
Nov 1947  5.603570e-03  1.525778e-03
Dec 1947 -6.364530e-03  5.603570e-03
Jan 1948  1.071506e-02 -6.364530e-03
Feb 1948  6.683652e-03  1.071506e-02
Mar 1948 -2.296073e-04  6.683652e-03
Apr 1948  3.434432e-03 -2.296073e-04
May 1948  2.082974e-02  3.434432e-03
Jun 1948  1.663556e-02  2.082974e-02
Jul 1948  1.992332e-03  1.663556e-02
Aug 1948 -1.036636e-02  1.992332e-03
Sep 1948  7.305160e-03 -1.036636e-02
Oct 1948  4.930115e-03  7.305160e-03
Nov 1948 -1.588216e-02  4.930115e-03
Dec 1948  2.669710e-03 -1.588216e-02
Jan 1949  1.729517e-03  2.669710e-03
Feb 1949  1.078819e-03  1.729517e-03
Mar 1949  1.472880e-02  1.078819e-03
Apr 1949  6.010539e-03  1.472880e-02
May 1949 -5.933155e-03  6.010539e-03
Jun 1949  1.345394e-02 -5.933155e-03
Jul 1949  2.776283e-03  1.345394e-02
Aug 1949  1.210068e-02  2.776283e-03
Sep 1949  1.215974e-03  1.210068e-02
Oct 1949 -2.833084e-02  1.215974e-03
Nov 1949  1.631951e-02 -2.833084e-02
Dec 1949  1.147134e-03  1.631951e-02
Jan 1950  1.144860e-02  1.147134e-03
Feb 1950  1.309844e-02  1.144860e-02
Mar 1950  1.078461e-02  1.309844e-02
Apr 1950  2.475461e-02  1.078461e-02
May 1950  1.290279e-03  2.475461e-02
Jun 1950  2.467906e-02  1.290279e-03
Jul 1950  1.169325e-02  2.467906e-02
Aug 1950  5.722352e-03  1.169325e-02
Sep 1950 -1.660891e-02  5.722352e-03
Oct 1950 -7.033968e-03 -1.660891e-02
Nov 1950 -6.208289e-03 -7.033968e-03
Dec 1950  6.749601e-03 -6.208289e-03
Jan 1951 -6.148855e-03  6.749601e-03
Feb 1951 -4.937080e-03 -6.148855e-03
Mar 1951  6.351034e-04 -4.937080e-03
Apr 1951 -4.629199e-03  6.351034e-04
May 1951 -6.864969e-03 -4.629199e-03
Jun 1951  4.984271e-04 -6.864969e-03
Jul 1951 -1.432847e-02  4.984271e-04
Aug 1951  1.174067e-03 -1.432847e-02
Sep 1951  1.085148e-02  1.174067e-03
Oct 1951  1.791309e-03  1.085148e-02
Nov 1951  1.018545e-02  1.791309e-03
Dec 1951 -2.118093e-03  1.018545e-02
Jan 1952 -8.252153e-04 -2.118093e-03
Feb 1952  4.455474e-03 -8.252153e-04
Mar 1952  7.435744e-03  4.455474e-03
Apr 1952  1.649427e-03  7.435744e-03
May 1952 -5.647506e-04  1.649427e-03
Jun 1952 -7.865389e-03 -5.647506e-04
Jul 1952 -1.577037e-02 -7.865389e-03
Aug 1952  5.026601e-02 -1.577037e-02
Sep 1952  6.868628e-03  5.026601e-02
Oct 1952  5.794615e-03  6.868628e-03
Nov 1952  1.245226e-02  5.794615e-03
Dec 1952 -2.365048e-03  1.245226e-02
Jan 1953  7.228978e-03 -2.365048e-03
Feb 1953 -4.025153e-04  7.228978e-03
Mar 1953 -5.237150e-05 -4.025153e-04
Apr 1953  2.798612e-03 -5.237150e-05
May 1953  1.327948e-03  2.798612e-03
Jun 1953 -4.522456e-03  1.327948e-03
Jul 1953  1.710818e-02 -4.522456e-03
Aug 1953  5.292491e-03  1.710818e-02
Sep 1953 -7.804937e-04  5.292491e-03
Oct 1953 -3.098235e-04 -7.804937e-04
Nov 1953 -1.220389e-02 -3.098235e-04
Dec 1953 -1.714692e-02 -1.220389e-02
Jan 1954 -5.613973e-03 -1.714692e-02
Feb 1954  2.572857e-03 -5.613973e-03
Mar 1954 -1.323485e-03  2.572857e-03
Apr 1954  5.411429e-03 -1.323485e-03
May 1954  9.798006e-03  5.411429e-03
Jun 1954  8.029008e-03  9.798006e-03
Jul 1954  5.236497e-03  8.029008e-03
Aug 1954  4.990510e-03  5.236497e-03
Sep 1954 -4.922799e-04  4.990510e-03
Oct 1954  6.819764e-03 -4.922799e-04
Nov 1954 -3.792684e-03  6.819764e-03
Dec 1954  1.590341e-02 -3.792684e-03
Jan 1955  1.001886e-02  1.590341e-02
Feb 1955  2.454148e-03  1.001886e-02
Mar 1955  1.176777e-02  2.454148e-03
Apr 1955  4.890232e-03  1.176777e-02
May 1955 -1.332012e-03  4.890232e-03
Jun 1955  5.112986e-03 -1.332012e-03
Jul 1955  8.950139e-03  5.112986e-03
Aug 1955  2.436407e-03  8.950139e-03
Sep 1955 -5.087676e-03  2.436407e-03
Oct 1955  5.634205e-03 -5.087676e-03
Nov 1955 -1.322991e-02  5.634205e-03
Dec 1955  9.386896e-03 -1.322991e-02
Jan 1956 -1.075811e-02  9.386896e-03
Feb 1956 -4.777240e-03 -1.075811e-02
Mar 1956  1.290699e-02 -4.777240e-03
Apr 1956  6.556799e-03  1.290699e-02
May 1956 -9.018268e-03  6.556799e-03
Jun 1956  6.436506e-03 -9.018268e-03
Jul 1956 -4.303583e-02  6.436506e-03
Aug 1956  3.635089e-02 -4.303583e-02
Sep 1956  1.673637e-02  3.635089e-02
Oct 1956 -5.873017e-03  1.673637e-02
Nov 1956  2.335205e-03 -5.873017e-03
Dec 1956  5.920728e-03  2.335205e-03
Jan 1957 -2.228340e-04  5.920728e-03
Feb 1957  3.102408e-03 -2.228340e-04
Mar 1957  3.152590e-03  3.102408e-03
Apr 1957 -1.742658e-03  3.152590e-03
May 1957 -3.602434e-03 -1.742658e-03
Jun 1957  1.827125e-02 -3.602434e-03
Jul 1957  7.847316e-04  1.827125e-02
Aug 1957  7.524614e-03  7.847316e-04
Sep 1957 -4.193615e-04  7.524614e-03
Oct 1957 -1.147492e-02 -4.193615e-04
Nov 1957 -1.427875e-02 -1.147492e-02
Dec 1957 -1.916383e-02 -1.427875e-02
Jan 1958 -7.097065e-03 -1.916383e-02
Feb 1958 -3.275758e-03 -7.097065e-03
Mar 1958 -7.839832e-03 -3.275758e-03
Apr 1958  3.886274e-03 -7.839832e-03
May 1958  1.503261e-02  3.886274e-03
Jun 1958  2.783836e-02  1.503261e-02
Jul 1958 -2.394441e-04  2.783836e-02
Aug 1958  1.532792e-02 -2.394441e-04
Sep 1958 -6.202996e-03  1.532792e-02
Oct 1958  1.915693e-02 -6.202996e-03
Nov 1958  1.636260e-02  1.915693e-02
Dec 1958 -6.874640e-03  1.636260e-02
Jan 1959 -1.944870e-03 -6.874640e-03
Feb 1959  1.175157e-02 -1.944870e-03
Mar 1959  2.523322e-03  1.175157e-02
Apr 1959  9.870810e-03  2.523322e-03
May 1959  1.142394e-02  9.870810e-03
Jun 1959  2.951150e-03  1.142394e-02
Jul 1959 -4.196780e-02  2.951150e-03
Aug 1959 -1.953980e-02 -4.196780e-02
Sep 1959 -1.551119e-03 -1.953980e-02
Oct 1959 -8.218993e-03 -1.551119e-03
Nov 1959  1.443153e-02 -8.218993e-03
Dec 1959  5.277562e-02  1.443153e-02
Jan 1960  1.290273e-02  5.277562e-02
Feb 1960 -3.110191e-03  1.290273e-02
Mar 1960 -8.629222e-03 -3.110191e-03
Apr 1960 -2.952983e-03 -8.629222e-03
May 1960 -4.917082e-03 -2.952983e-03
Jun 1960 -1.005257e-02 -4.917082e-03
Jul 1960  8.214727e-03 -1.005257e-02
Aug 1960  1.524813e-03  8.214727e-03
Sep 1960 -4.314443e-03  1.524813e-03
Oct 1960  1.551796e-04 -4.314443e-03
Nov 1960 -1.145244e-03  1.551796e-04
Dec 1960  2.026127e-03 -1.145244e-03
Jan 1961 -1.269430e-02  2.026127e-03
Feb 1961 -1.851530e-03 -1.269430e-02
Mar 1961  2.088452e-03 -1.851530e-03
Apr 1961  2.556556e-02  2.088452e-03
May 1961  3.489792e-03  2.556556e-02
Jun 1961  9.036063e-03  3.489792e-03
Jul 1961  1.099727e-02  9.036063e-03
Aug 1961  1.255837e-02  1.099727e-02
Sep 1961  9.674640e-04  1.255837e-02
Oct 1961 -1.425949e-03  9.674640e-04
Nov 1961  2.771741e-03 -1.425949e-03
Dec 1961  1.359782e-02  2.771741e-03
Jan 1962 -1.009721e-03  1.359782e-02
Feb 1962  5.224008e-04 -1.009721e-03
Mar 1962 -6.330353e-04  5.224008e-04
Apr 1962  4.967699e-04 -6.330353e-04
May 1962 -7.273585e-03  4.967699e-04
Jun 1962 -7.115963e-04 -7.273585e-03
Jul 1962  8.515242e-03 -7.115963e-04
Aug 1962  4.055893e-03  8.515242e-03
Sep 1962  4.956108e-03  4.055893e-03
Oct 1962  2.556605e-03  4.956108e-03
Nov 1962  7.455632e-03  2.556605e-03
Dec 1962  8.006615e-03  7.455632e-03
Jan 1963  5.468661e-04  8.006615e-03
Feb 1963  5.826172e-03  5.468661e-04
Mar 1963  2.219821e-03  5.826172e-03
Apr 1963  1.687617e-02  2.219821e-03
May 1963 -8.977845e-05  1.687617e-02
Jun 1963  2.773900e-04 -8.977845e-05
Jul 1963 -1.978016e-03  2.773900e-04
Aug 1963  9.167580e-04 -1.978016e-03
Sep 1963  4.018949e-03  9.167580e-04
Oct 1963  6.315056e-03  4.018949e-03
Nov 1963  6.195594e-03  6.315056e-03
Dec 1963 -2.384780e-03  6.195594e-03
Jan 1964  1.782589e-02 -2.384780e-03
Feb 1964 -7.714772e-03  1.782589e-02
Mar 1964  1.265599e-03 -7.714772e-03
Apr 1964  1.954833e-03  1.265599e-03
May 1964  7.355008e-03  1.954833e-03
Jun 1964  2.292496e-04  7.355008e-03
Jul 1964  4.190872e-03  2.292496e-04
Aug 1964  3.281481e-04  4.190872e-03
Sep 1964  2.265605e-03  3.281481e-04
Oct 1964  6.338556e-03  2.265605e-03
Nov 1964  9.358108e-03  6.338556e-03
Dec 1964  6.798232e-03  9.358108e-03
Jan 1965  5.345473e-03  6.798232e-03
Feb 1965  1.878488e-03  5.345473e-03
Mar 1965  1.085500e-02  1.878488e-03
Apr 1965  1.093542e-02  1.085500e-02
May 1965  1.351846e-03  1.093542e-02
Jun 1965  5.548843e-03  1.351846e-03
Jul 1965  1.088582e-02  5.548843e-03
Aug 1965 -3.393574e-03  1.088582e-02
Sep 1965  1.574599e-03 -3.393574e-03
Oct 1965 -3.644887e-03  1.574599e-03
Nov 1965 -8.500842e-03 -3.644887e-03
Dec 1965  1.143961e-02 -8.500842e-03
Jan 1966  2.324719e-03  1.143961e-02
Feb 1966 -7.961358e-03  2.324719e-03
Mar 1966  1.054980e-02 -7.961358e-03
Apr 1966  1.179352e-04  1.054980e-02
May 1966  2.642298e-03  1.179352e-04
Jun 1966 -2.127179e-03  2.642298e-03
Jul 1966  7.011341e-03 -2.127179e-03
Aug 1966 -8.688762e-03  7.011341e-03
Sep 1966  9.708941e-03 -8.688762e-03
Oct 1966  9.601311e-03  9.708941e-03
Nov 1966 -2.004431e-02  9.601311e-03
Dec 1966  1.443112e-02 -2.004431e-02
Jan 1967 -7.412780e-03  1.443112e-02
Feb 1967  9.571088e-03 -7.412780e-03
Mar 1967 -2.394077e-03  9.571088e-03
Apr 1967  6.222507e-03 -2.394077e-03
May 1967  3.035974e-03  6.222507e-03
Jun 1967 -2.878995e-03  3.035974e-03
Jul 1967 -4.531261e-03 -2.878995e-03
Aug 1967  9.728971e-03 -4.531261e-03
Sep 1967  8.681427e-04  9.728971e-03
Oct 1967  8.254697e-03  8.681427e-04
Nov 1967  1.239955e-02  8.254697e-03
Dec 1967  1.468955e-03  1.239955e-02
Jan 1968  1.383342e-03  1.468955e-03
Feb 1968 -5.455792e-03  1.383342e-03
Mar 1968 -3.264126e-04 -5.455792e-03
Apr 1968  1.623494e-02 -3.264126e-04
May 1968 -9.573003e-03  1.623494e-02
Jun 1968  1.257512e-03 -9.573003e-03
Jul 1968 -6.782767e-03  1.257512e-03
Aug 1968  6.827148e-03 -6.782767e-03
Sep 1968 -7.937362e-03  6.827148e-03
Oct 1968  2.946461e-03 -7.937362e-03
Nov 1968  1.068629e-02  2.946461e-03
Dec 1968  1.209477e-02  1.068629e-02
Jan 1969 -7.197620e-03  1.209477e-02
Feb 1969  9.535955e-03 -7.197620e-03
Mar 1969 -8.589555e-04  9.535955e-03
Apr 1969 -2.199171e-03 -8.589555e-04
May 1969 -7.971634e-03 -2.199171e-03
Jun 1969  8.203499e-03 -7.971634e-03
Jul 1969  1.096502e-03  8.203499e-03
Aug 1969  5.602236e-05  1.096502e-03
Sep 1969 -7.230353e-04  5.602236e-05
Oct 1969  8.818110e-03 -7.230353e-04
Nov 1969 -1.527331e-03  8.818110e-03
Dec 1969 -1.463349e-02 -1.527331e-03
Jan 1970 -2.265001e-02 -1.463349e-02
Feb 1970  1.086601e-02 -2.265001e-02
Mar 1970  2.156236e-03  1.086601e-02
Apr 1970  6.618977e-03  2.156236e-03
May 1970  1.639431e-02  6.618977e-03
Jun 1970 -5.369392e-04  1.639431e-02
Jul 1970 -4.982539e-04 -5.369392e-04
Aug 1970  1.403554e-02 -4.982539e-04
Sep 1970 -4.327640e-03  1.403554e-02
Oct 1970  1.217250e-04 -4.327640e-03
Nov 1970  5.200002e-03  1.217250e-04
Dec 1970  1.549521e-02  5.200002e-03
Jan 1971 -1.875439e-03  1.549521e-02
Feb 1971  1.330540e-02 -1.875439e-03
Mar 1971 -2.447148e-03  1.330540e-02
Apr 1971  4.984355e-03 -2.447148e-03
May 1971  2.856912e-03  4.984355e-03
Jun 1971 -1.680953e-03  2.856912e-03
Jul 1971 -1.150941e-03 -1.680953e-03
Aug 1971 -1.441155e-02 -1.150941e-03
Sep 1971  3.525676e-02 -1.441155e-02
Oct 1971  1.526069e-04  3.525676e-02
Nov 1971 -5.130365e-03  1.526069e-04
Dec 1971  4.810149e-03 -5.130365e-03
Jan 1972  2.189891e-02  4.810149e-03
Feb 1972 -5.963513e-04  2.189891e-02
Mar 1972  2.247030e-03 -5.963513e-04
Apr 1972  4.299635e-03  2.247030e-03
May 1972 -8.295892e-04  4.299635e-03
Jun 1972 -6.282910e-03 -8.295892e-04
Jul 1972  6.401014e-03 -6.282910e-03
Aug 1972  4.277017e-03  6.401014e-03
Sep 1972  6.342547e-03  4.277017e-03
Oct 1972  9.241010e-03  6.342547e-03
Nov 1972  6.506488e-03  9.241010e-03
Dec 1972  3.584260e-03  6.506488e-03
Jan 1973 -1.357994e-03  3.584260e-03
Feb 1973 -1.280242e-03 -1.357994e-03
Mar 1973 -2.671067e-03 -1.280242e-03
Apr 1973 -1.305792e-03 -2.671067e-03
May 1973  6.198237e-03 -1.305792e-03
Jun 1973  8.876104e-03  6.198237e-03
Jul 1973  7.153187e-04  8.876104e-03
Aug 1973  2.892851e-03  7.153187e-04
Sep 1973  6.686952e-03  2.892851e-03
Oct 1973 -1.801843e-03  6.686952e-03
Nov 1973  8.168776e-05 -1.801843e-03
Dec 1973 -2.270296e-02  8.168776e-05
Jan 1974 -1.122283e-02 -2.270296e-02
Feb 1974  6.776377e-04 -1.122283e-02
Mar 1974  1.634528e-03  6.776377e-04
Apr 1974  2.538029e-02  1.634528e-03
May 1974 -1.217549e-02  2.538029e-02
Jun 1974  7.555828e-03 -1.217549e-02
Jul 1974 -7.326493e-03  7.555828e-03
Aug 1974  5.122027e-03 -7.326493e-03
Sep 1974  1.031115e-02  5.122027e-03
Oct 1974 -2.862389e-03  1.031115e-02
Nov 1974  1.767219e-03 -2.862389e-03
Dec 1974 -2.442705e-02  1.767219e-03
Jan 1975 -4.535150e-03 -2.442705e-02
Feb 1975  4.038771e-03 -4.535150e-03
Mar 1975 -4.669657e-03  4.038771e-03
Apr 1975  5.567942e-03 -4.669657e-03
May 1975 -1.050166e-03  5.567942e-03
Jun 1975  6.207143e-03 -1.050166e-03
Jul 1975  4.177590e-03  6.207143e-03
Aug 1975  5.034891e-03  4.177590e-03
Sep 1975  1.242045e-03  5.034891e-03
Oct 1975  5.575638e-03  1.242045e-03
Nov 1975  3.916031e-03  5.575638e-03
Dec 1975 -3.410950e-03  3.916031e-03
Jan 1976  3.845402e-03 -3.410950e-03
Feb 1976  2.002654e-02  3.845402e-03
Mar 1976 -1.014736e-02  2.002654e-02
Apr 1976  1.844875e-02 -1.014736e-02
May 1976 -9.193298e-03  1.844875e-02
Jun 1976 -4.618576e-03 -9.193298e-03
Jul 1976  9.680186e-03 -4.618576e-03
Aug 1976  1.256596e-02  9.680186e-03
Sep 1976 -6.298969e-03  1.256596e-02
Oct 1976  3.529995e-03 -6.298969e-03
Nov 1976  8.562772e-03  3.529995e-03
Dec 1976  1.412521e-02  8.562772e-03
Jan 1977  1.352463e-02  1.412521e-02
Feb 1977 -1.662318e-02  1.352463e-02
Mar 1977  8.931213e-04 -1.662318e-02
Apr 1977  1.212876e-02  8.931213e-04
May 1977  6.296207e-04  1.212876e-02
Jun 1977  2.380743e-03  6.296207e-04
Jul 1977  3.964682e-04  2.380743e-03
Aug 1977  7.182043e-03  3.964682e-04
Sep 1977 -8.519388e-04  7.182043e-03
Oct 1977 -4.627162e-03 -8.519388e-04
Nov 1977 -4.593362e-03 -4.627162e-03
Dec 1977  3.718745e-03 -4.593362e-03
Jan 1978  7.565668e-03  3.718745e-03
Feb 1978 -1.549104e-02  7.565668e-03
Mar 1978 -6.733991e-03 -1.549104e-02
Apr 1978  1.904688e-02 -6.733991e-03
May 1978  6.443110e-03  1.904688e-02
Jun 1978  2.862643e-03  6.443110e-03
Jul 1978  5.473766e-03  2.862643e-03
Aug 1978  6.448611e-03  5.473766e-03
Sep 1978 -9.207056e-04  6.448611e-03
Oct 1978  3.259815e-03 -9.207056e-04
Nov 1978  7.359265e-04  3.259815e-03
Dec 1978  1.149361e-03  7.359265e-04
Jan 1979 -1.041619e-03  1.149361e-03
Feb 1979  1.879583e-03 -1.041619e-03
Mar 1979 -2.996448e-04  1.879583e-03
Apr 1979  1.979568e-02 -2.996448e-04
May 1979 -1.135520e-02  1.979568e-02
Jun 1979  4.282625e-03 -1.135520e-02
Jul 1979 -8.439158e-03  4.282625e-03
Aug 1979 -3.051170e-03 -8.439158e-03
Sep 1979 -2.600649e-03 -3.051170e-03
Oct 1979  6.505098e-03 -2.600649e-03
Nov 1979  6.719901e-04  6.505098e-03
Dec 1979 -8.331187e-03  6.719901e-04
Jan 1980  5.808192e-03 -8.331187e-03
Feb 1980  6.252605e-03  5.808192e-03
Mar 1980  6.279665e-03  6.252605e-03
Apr 1980 -3.041971e-03  6.279665e-03
May 1980 -6.473686e-03 -3.041971e-03
Jun 1980 -1.209997e-03 -6.473686e-03
Jul 1980  3.722843e-03 -1.209997e-03
Aug 1980  1.477759e-03  3.722843e-03
Sep 1980  2.319330e-03  1.477759e-03
Oct 1980  8.449788e-03  2.319330e-03
Nov 1980  1.275607e-02  8.449788e-03
Dec 1980 -1.243876e-02  1.275607e-02
Jan 1981 -5.825564e-03 -1.243876e-02
Feb 1981  1.303492e-02 -5.825564e-03
Mar 1981  1.208356e-04  1.303492e-02
Apr 1981 -1.177995e-03  1.208356e-04
May 1981  7.986994e-03 -1.177995e-03
Jun 1981  3.757507e-03  7.986994e-03
Jul 1981  8.732120e-03  3.757507e-03
Aug 1981 -4.995730e-03  8.732120e-03
Sep 1981 -8.546364e-03 -4.995730e-03
Oct 1981 -1.971007e-03 -8.546364e-03
Nov 1981 -7.376952e-03 -1.971007e-03
Dec 1981 -1.785502e-03 -7.376952e-03
Jan 1982  2.828801e-02 -1.785502e-03
Feb 1982 -1.786186e-02  2.828801e-02
Mar 1982  1.457266e-02 -1.786186e-02
Apr 1982  6.828971e-03  1.457266e-02
May 1982  3.781267e-03  6.828971e-03
Jun 1982  5.731769e-03  3.781267e-03
Jul 1982  2.997616e-03  5.731769e-03
Aug 1982  1.691481e-03  2.997616e-03
Sep 1982 -4.221140e-03  1.691481e-03
Oct 1982 -3.317914e-04 -4.221140e-03
Nov 1982 -1.960231e-03 -3.317914e-04
Dec 1982  1.080623e-03 -1.960231e-03
Jan 1983  1.711279e-02  1.080623e-03
Feb 1983  8.507900e-03  1.711279e-02
Mar 1983  9.232062e-03  8.507900e-03
Apr 1983  2.778645e-03  9.232062e-03
May 1983  3.760854e-03  2.778645e-03
Jun 1983  7.990594e-04  3.760854e-03
Jul 1983  7.565320e-03  7.990594e-04
Aug 1983  6.194222e-03  7.565320e-03
Sep 1983  9.559088e-03  6.194222e-03
Oct 1983 -2.374645e-04  9.559088e-03
Nov 1983 -2.396509e-03 -2.374645e-04
Dec 1983  6.384377e-04 -2.396509e-03
Jan 1984  2.162767e-02  6.384377e-04
Feb 1984 -9.619520e-03  2.162767e-02
Mar 1984  1.252672e-02 -9.619520e-03
Apr 1984 -6.923661e-04  1.252672e-02
May 1984  6.667313e-03 -6.923661e-04
Jun 1984  5.757131e-03  6.667313e-03
Jul 1984  1.576238e-03  5.757131e-03
Aug 1984  6.926082e-03  1.576238e-03
Sep 1984 -5.447189e-03  6.926082e-03
Oct 1984 -2.471630e-03 -5.447189e-03
Nov 1984  4.277866e-03 -2.471630e-03
Dec 1984 -6.050335e-03  4.277866e-03
Jan 1985  6.445380e-03 -6.050335e-03
Feb 1985  2.147684e-02  6.445380e-03
Mar 1985 -4.261959e-03  2.147684e-02
Apr 1985  1.209366e-02 -4.261959e-03
May 1985  2.575891e-03  1.209366e-02
Jun 1985 -2.046430e-03  2.575891e-03
Jul 1985  3.554246e-03 -2.046430e-03
Aug 1985  6.475805e-03  3.554246e-03
Sep 1985  4.893922e-03  6.475805e-03
Oct 1985 -1.159855e-02  4.893922e-03
Nov 1985  1.748065e-02 -1.159855e-02
Dec 1985 -1.108606e-02  1.748065e-02
Jan 1986  1.596909e-02 -1.108606e-02
Feb 1986  1.867853e-03  1.596909e-02
Mar 1986 -7.079191e-03  1.867853e-03
Apr 1986  1.708702e-02 -7.079191e-03
May 1986 -2.436830e-03  1.708702e-02
Jun 1986  1.294116e-04 -2.436830e-03
Jul 1986  8.091227e-03  1.294116e-04
Aug 1986  1.737340e-05  8.091227e-03
Sep 1986  6.952094e-03  1.737340e-05
Oct 1986  8.822028e-03  6.952094e-03
Nov 1986  2.032230e-03  8.822028e-03
Dec 1986  5.644759e-03  2.032230e-03
Jan 1987 -5.502987e-03  5.644759e-03
Feb 1987  8.637252e-03 -5.502987e-03
Mar 1987  5.617763e-03  8.637252e-03
Apr 1987  1.105167e-02  5.617763e-03
May 1987 -4.933852e-03  1.105167e-02
Jun 1987  1.468247e-02 -4.933852e-03
Jul 1987 -3.320485e-04  1.468247e-02
Aug 1987 -1.645420e-03 -3.320485e-04
Sep 1987 -4.406438e-05 -1.645420e-03
Oct 1987  1.522601e-02 -4.406438e-05
Nov 1987 -2.240683e-03  1.522601e-02
Dec 1987  6.935915e-03 -2.240683e-03
Jan 1988  4.796840e-03  6.935915e-03
Feb 1988  2.753431e-04  4.796840e-03
Mar 1988  1.451390e-04  2.753431e-04
Apr 1988  1.468007e-02  1.451390e-04
May 1988 -2.013404e-03  1.468007e-02
Jun 1988 -9.830491e-04 -2.013404e-03
Jul 1988  3.498925e-03 -9.830491e-04
Aug 1988  7.805398e-03  3.498925e-03
Sep 1988  3.650075e-03  7.805398e-03
Oct 1988 -6.875992e-03  3.650075e-03
 [ reached getOption("max.print") -- omitted 150 rows ]
[1] "strucchange"
[1] "historyM1"
[1] "German M1 Money Demand"
           m        p        y     R           dm          dy2     dR    dR1           dp       m1       y1    R1 season   ecm.res
1   7.951792 3.449861 8.374404 0.060 -0.078954696  0.078125000 -0.002 -0.002  0.029972315 8.030746 8.477333 0.062     Q1 0.1353536
2   8.020040 3.427157 8.420854 0.057  0.068247795  0.011972427 -0.003 -0.002 -0.022703170 7.951792 8.374404 0.060     Q2 0.1322408
3   8.002081 3.478868 8.482004 0.060 -0.017958641 -0.102929115  0.003 -0.003  0.051710605 8.020040 8.420854 0.057     Q3 0.1321171
4   8.090023 3.473332 8.488274 0.060  0.087942123  0.046449661  0.000  0.003 -0.005536079 8.002081 8.482004 0.060     Q4 0.1406767
5   8.006645 3.494354 8.387732 0.058 -0.083377838  0.061150551 -0.002  0.000  0.021021843 8.090023 8.488274 0.060     Q1 0.1309088
6   8.071870 3.470630 8.461327 0.060  0.065224648  0.006269455  0.002 -0.002 -0.023723603 8.006645 8.387732 0.058     Q2 0.1286516
7   8.050562 3.514109 8.525332 0.061 -0.021307946 -0.100542068  0.001  0.002  0.043479205 8.071870 8.461327 0.060     Q3 0.1294670
8   8.122130 3.505587 8.522898 0.062  0.071568489  0.073595047  0.001  0.001 -0.008522034 8.050562 8.525332 0.061     Q4 0.1400497
9   8.022497 3.535145 8.363411 0.061 -0.099633216  0.064005851 -0.001  0.001  0.029557943 8.122130 8.522898 0.062     Q1 0.1304675
10  8.100153 3.505047 8.478836 0.061  0.077655792 -0.002434730  0.000 -0.001 -0.030098438 8.022497 8.363411 0.061     Q2 0.1216090
11  8.089230 3.535699 8.557715 0.061 -0.010923386 -0.159486771  0.000  0.000  0.030652285 8.100153 8.478836 0.061     Q3 0.1277971
12  8.153842 3.532547 8.562039 0.061  0.064612389  0.115425110  0.000  0.000 -0.003151894 8.089230 8.557715 0.061     Q4 0.1397486
13  8.075132 3.558344 8.449229 0.060 -0.078709603  0.078879356 -0.001  0.000  0.025796413 8.153842 8.562039 0.061     Q1 0.1325339
14  8.151805 3.531026 8.538758 0.062  0.076672555  0.004323960  0.002 -0.001 -0.027317524 8.075132 8.449229 0.060     Q2 0.1274425
15  8.127938 3.561926 8.593462 0.063 -0.023866654 -0.112810135  0.001  0.002  0.030900240 8.151805 8.538758 0.062     Q3 0.1290243
16  8.174400 3.576271 8.599235 0.063  0.046462059  0.089529037  0.000  0.001  0.014344216 8.127938 8.593462 0.063     Q4 0.1386619
17  8.111390 3.598271 8.496794 0.064 -0.063010216  0.054703713  0.001  0.000  0.022000074 8.174400 8.599235 0.063     Q1 0.1338329
18  8.193264 3.567756 8.579759 0.068  0.081873894  0.005772590  0.004  0.001 -0.030514240 8.111390 8.496794 0.064     Q2 0.1270107
19  8.161774 3.599420 8.628106 0.071 -0.031490326 -0.102440834  0.003  0.004  0.031663179 8.193264 8.579759 0.068     Q3 0.1258460
20  8.202444 3.610648 8.638486 0.074  0.040670395  0.082964898  0.003  0.003  0.011228085 8.161774 8.628106 0.071     Q4 0.1343127
21  8.120452 3.633684 8.534204 0.074 -0.081992149  0.048347473  0.000  0.003  0.023036241 8.202444 8.638486 0.074     Q1 0.1289528
22  8.199461 3.601359 8.611403 0.079  0.079009056  0.010379791  0.005  0.000 -0.032325029 8.120452 8.534204 0.074     Q2 0.1247903
23  8.150163 3.635848 8.643068 0.081 -0.049298287 -0.104281425  0.002  0.005  0.034488916 8.199461 8.611403 0.079     Q3 0.1225770
24  8.179318 3.641919 8.637052 0.076  0.029155732  0.077198982 -0.005  0.002  0.006071091 8.150163 8.643068 0.081     Q4 0.1315610
25  8.116368 3.655374 8.516676 0.072 -0.062950135  0.031664848 -0.004 -0.005  0.013455391 8.179318 8.637052 0.076     Q1 0.1303163
26  8.188107 3.623514 8.590857 0.069  0.071739197 -0.006016731 -0.003 -0.004 -0.031860352 8.116368 8.516676 0.072     Q2 0.1241542
27  8.189083 3.639952 8.633877 0.069  0.000975609 -0.120375633  0.000 -0.003  0.016437769 8.188107 8.590857 0.069     Q3 0.1273473
28  8.260558 3.656873 8.659213 0.070  0.071475029  0.074180603  0.001  0.000  0.016921044 8.189083 8.633877 0.069     Q4 0.1330289
29  8.172073 3.664074 8.546246 0.070 -0.088484764  0.043020248  0.000  0.001  0.007201671 8.260558 8.659213 0.070     Q1 0.1272015
30  8.239624 3.647979 8.630219 0.067  0.067550659  0.025336266 -0.003  0.000 -0.016095161 8.172073 8.546246 0.070     Q2 0.1226516
31  8.228731 3.673537 8.699079 0.065 -0.010892868 -0.112967492 -0.002 -0.003  0.025557995 8.239624 8.630219 0.067     Q3 0.1276703
32  8.294264 3.677819 8.724545 0.065  0.065532684  0.083972931  0.000 -0.002  0.004281282 8.228731 8.699079 0.065     Q4 0.1395015
33  8.207375 3.696922 8.609492 0.066 -0.086889267  0.068860054  0.001  0.000  0.019103527 8.294264 8.724545 0.065     Q1 0.1350258
34  8.275868 3.683867 8.696443 0.069  0.068493843  0.025465966  0.003  0.001 -0.013055086 8.207375 8.609492 0.066     Q2 0.1293853
35  8.260526 3.713035 8.762062 0.072 -0.015342712 -0.115052224  0.003  0.003  0.029168368 8.275868 8.696443 0.069     Q3 0.1309895
36  8.289086 3.735238 8.781503 0.074  0.028560638  0.086950303  0.002  0.003  0.022202730 8.260526 8.762062 0.072     Q4 0.1398359
37  8.203062 3.756819 8.656656 0.079 -0.086024284  0.065619468  0.005  0.002  0.021580457 8.289086 8.781503 0.074     Q1 0.1377758
38  8.247039 3.763569 8.755605 0.086  0.043976784  0.019440651  0.007  0.005  0.006750823 8.203062 8.656656 0.079     Q2 0.1282427
39  8.228462 3.785530 8.792995 0.084 -0.018576622 -0.124846458 -0.002  0.007  0.021960258 8.247039 8.755605 0.086     Q3 0.1319551
40  8.297291 3.801739 8.817977 0.083  0.068828583  0.098948478 -0.001 -0.002  0.016209602 8.228462 8.792995 0.084     Q4 0.1404714
41  8.202307 3.833780 8.710257 0.080 -0.094984055  0.037390709 -0.003 -0.001  0.032041073 8.297291 8.817977 0.083     Q1 0.1361496
42  8.274615 3.836955 8.768910 0.083  0.072308540  0.024981499  0.003 -0.003  0.003174305 8.202307 8.710257 0.080     Q2 0.1349423
43  8.272566 3.857440 8.807739 0.084 -0.002049446 -0.107720375  0.001  0.003  0.020485640 8.274615 8.768910 0.083     Q3 0.1322718
44  8.328451 3.877949 8.823891 0.081  0.055885315  0.058653832 -0.003  0.001  0.020508766 8.272566 8.807739 0.084     Q4 0.1371364
45  8.278112 3.890145 8.748202 0.078 -0.050338745  0.038828849 -0.003 -0.003  0.012196302 8.328451 8.823891 0.081     Q1 0.1344203
46  8.352214 3.887013 8.798990 0.083  0.074101448  0.016151429  0.005 -0.003 -0.003132581 8.278112 8.748202 0.078     Q2 0.1321432
47  8.349937 3.905884 8.835008 0.083 -0.002276421 -0.075688363  0.000  0.005  0.018871545 8.352214 8.798990 0.083     Q3 0.1269619
48  8.406540 3.930688 8.871531 0.087  0.056602478  0.050787926  0.004  0.000  0.024803400 8.349937 8.835008 0.083     Q4 0.1320919
49  8.345429 3.946965 8.806641 0.087 -0.061110496  0.036017418  0.000  0.004  0.016277791 8.406540 8.871531 0.087     Q1 0.1277164
50  8.344052 3.947255 8.843224 0.102 -0.001377106  0.036522865  0.015  0.000  0.000289440 8.345429 8.806641 0.087     Q2 0.1263439
51  8.294420 3.964084 8.875188 0.098 -0.049632072 -0.064889907 -0.004  0.015  0.016829013 8.344052 8.843224 0.102     Q3 0.1221867
52  8.356775 4.002668 8.898903 0.097  0.062355041  0.036582946 -0.001 -0.004  0.038583994 8.294420 8.875188 0.098     Q4 0.1349533
53  8.285387 4.001224 8.817920 0.107 -0.071388244  0.031964302  0.010 -0.001 -0.001444339 8.356775 8.898903 0.097     Q1 0.1312420
54  8.330475 4.013947 8.846744 0.109  0.045087814  0.023715020  0.002  0.010  0.012723922 8.285387 8.817920 0.107     Q2 0.1227706
55  8.312175 4.037845 8.872360 0.108 -0.018300056 -0.080983162 -0.001  0.002  0.023897171 8.330475 8.846744 0.109     Q3 0.1199808
56  8.384079 4.080617 8.885187 0.099  0.071904182  0.028823852 -0.009 -0.001  0.042772770 8.312175 8.872360 0.108     Q4 0.1262595
57  8.335851 4.070240 8.788548 0.089 -0.048228264  0.025616646 -0.010 -0.009 -0.010377884 8.384079 8.885187 0.099     Q1 0.1248640
58  8.404430 4.075824 8.830693 0.084  0.068579674  0.012826920 -0.005 -0.010  0.005584717 8.335851 8.788548 0.089     Q2 0.1238269
59  8.420188 4.084530 8.864359 0.087  0.015757561 -0.096639634  0.003 -0.005  0.008705616 8.404430 8.830693 0.084     Q3 0.1243169
60  8.472594 4.123450 8.905368 0.086  0.052406311  0.042145729 -0.001  0.003  0.038920403 8.420188 8.864359 0.087     Q4 0.1251026
61  8.417439 4.103833 8.849738 0.078 -0.055154801  0.033665657 -0.008 -0.001 -0.019617558 8.472594 8.905368 0.086     Q1 0.1249232
62  8.488578 4.111153 8.897213 0.083  0.071138382  0.041008950  0.005 -0.008  0.007319927 8.417439 8.849738 0.078     Q2 0.1290163
63  8.452609 4.129229 8.909537 0.081 -0.035968780 -0.055629730 -0.002  0.005  0.018076420 8.488578 8.897213 0.083     Q3 0.1237459
64  8.484192 4.153007 8.962553 0.074  0.031582832  0.047474861 -0.007 -0.002  0.023777485 8.452609 8.909537 0.081     Q4 0.1309821
65  8.460301 4.138569 8.891506 0.070 -0.023890495  0.012324333 -0.004 -0.007 -0.014437675 8.484192 8.962553 0.074     Q1 0.1386363
66  8.508119 4.149574 8.919986 0.064  0.047817230  0.053015709 -0.006 -0.004  0.011005401 8.460301 8.891506 0.070     Q2 0.1344100
67  8.511290 4.159976 8.928903 0.060  0.003170967 -0.071046829 -0.004 -0.006  0.010401726 8.508119 8.919986 0.064     Q3 0.1361805
68  8.551160 4.195441 8.991502 0.060  0.039870262  0.028479576  0.000 -0.004  0.035465241 8.511290 8.928903 0.060     Q4 0.1394678
69  8.548410 4.179681 8.920155 0.056 -0.002749443  0.008916855 -0.004  0.000 -0.015760422 8.551160 8.991502 0.060     Q1 0.1430948
70  8.591674 4.189700 8.958250 0.060  0.043263436  0.062599182  0.004 -0.004  0.010019302 8.548410 8.920155 0.056     Q2 0.1362767
71  8.583403 4.207763 8.970353 0.064 -0.008271218 -0.071347237  0.004  0.004  0.018062592 8.591674 8.958250 0.060     Q3 0.1337230
 [ reached getOption("max.print") -- omitted 47 rows ]
[1] "strucchange"
[1] "monitorM1"
[1] "German M1 Money Demand"
           m        p        y     R           dm          dy2     dR    dR1           dp       m1       y1    R1 season    ecm.res
119 8.795776 4.559440 9.079103 0.091 -0.063842773 -0.036902428  0.001  0.000  0.005921363 8.859619 9.188996 0.090     Q3 0.11398236
120 8.917403 4.586802 9.110099 0.090  0.121626854  0.019729615 -0.001  0.001  0.027362347 8.795776 9.079103 0.091     Q4 0.10625609
121 8.832875 4.573783 9.077348 0.086 -0.084527970 -0.109892846 -0.004 -0.001 -0.013019562 8.917403 9.110099 0.090     Q1 0.09637318
122 8.834515 4.590463 9.101797 0.086  0.001639366  0.030995369  0.000 -0.004  0.016679764 8.832875 9.077348 0.086     Q2 0.10462722
123 8.828346 4.604870 9.111730 0.088 -0.006168365 -0.032751083  0.002  0.000  0.014407635 8.834515 9.101797 0.086     Q3 0.10772524
124 8.883167 4.647942 9.128769 0.087  0.054821014  0.024449348 -0.001  0.002  0.043071747 8.828346 9.111730 0.088     Q4 0.10857460
125 8.813976 4.634146 9.096869 0.082 -0.069190979  0.009932518 -0.005 -0.001 -0.013795853 8.883167 9.128769 0.087     Q1 0.10487263
126 8.836945 4.643621 9.107293 0.084  0.022968293  0.017039299  0.002 -0.005  0.009475231 8.813976 9.096869 0.082     Q2 0.11200756
127 8.836982 4.660889 9.118105 0.082  0.000037193 -0.031899452 -0.002  0.002  0.017267227 8.836945 9.107293 0.084     Q3 0.10940686
128 8.933352 4.692081 9.137836 0.074  0.096369743  0.010423660 -0.008 -0.002  0.031192780 8.836982 9.118105 0.082     Q4 0.11209383
129 8.851538 4.679628 9.056395 0.065 -0.081813812  0.010811806 -0.009 -0.008 -0.012453556 8.933352 9.137836 0.074     Q1 0.10805943
130 8.909006 4.686381 9.088570 0.067  0.057468414  0.019730568  0.002 -0.009  0.006753445 8.851538 9.056395 0.065     Q2 0.11250732
131 8.888773 4.693364 9.106137 0.061 -0.020233154 -0.081440925 -0.006  0.002  0.006982803 8.909006 9.088570 0.067     Q3 0.10867523
132 8.979351 4.722953 9.120107 0.056  0.090578079  0.032175064 -0.005 -0.006  0.029589176 8.888773 9.106137 0.061     Q4 0.11718717
133 8.919931 4.707095 9.078167 0.062 -0.059419632  0.017567634  0.006 -0.005 -0.015858650 8.979351 9.120107 0.056     Q1 0.11122411
134 8.962028 4.705920 9.112044 0.069  0.042096138  0.013969422  0.007  0.006 -0.001174450 8.919931 9.078167 0.062     Q2 0.10903940
135 8.951495 4.713935 9.125273 0.074 -0.010532379 -0.041939736  0.005  0.007  0.008014679 8.962028 9.112044 0.069     Q3 0.10420698
136 9.006916 4.743627 9.140267 0.074  0.055420876  0.033877373  0.000  0.005  0.029692173 8.951495 9.125273 0.074     Q4 0.10417631
137 8.930109 4.726502 9.099703 0.071 -0.076807022  0.013228416 -0.003  0.000 -0.017124653 9.006916 9.140267 0.074     Q1 0.09950933
138 8.958109 4.728803 9.130422 0.064  0.027999877  0.014994622 -0.007 -0.003  0.002300262 8.930109 9.099703 0.071     Q2 0.10516130
139 8.961501 4.736988 9.139965 0.061  0.003392220 -0.040564537 -0.003 -0.007  0.008184910 8.958109 9.130422 0.064     Q3 0.11024219
140 9.049352 4.763626 9.145096 0.055  0.087850571  0.030718803 -0.006 -0.003  0.026638031 8.961501 9.139965 0.061     Q4 0.11297028
[1] "strucchange"
[1] "scPublications"
[1] "Structural Change Publications"
                                                                             author                                                                                                                                                                 title                                                  journal year volume issue bpage epage         type
1                                                                         AH Conrad                                                                                              Structural-change, labor utilization, and the inequality of wage incomes                                             Econometrica 1956     24     3   345   346 econometrics
2                                                                       A Bottomley                                                                                                                                    Unemployment and structural-change                                             Econometrica 1964     32     4   709   710 econometrics
3                                                                         I Adelman                                                                                                         Interdependence, resource use and structural-change in Israel                                             Econometrica 1964     32     4   712   713 econometrics
4                                                                        DV Hinkley                                                                                                        Inference about change-point in a sequence of random variables                                               Biometrika 1970     57     1     1    17   statistics
5                                                            DV Hinkley, EA Hinkley                                                                                                      Inference about change-point in a sequence of binomial variables                                               Biometrika 1970     57     3   477   488   statistics
6                                                                         EP Howrey                                                                                                   Structural change and postwar economic stability - Econometric test                       Review of Economics and Statistics 1970     52     1    18    25 econometrics
7                                                                        DV Hinkley                                                                                                                Inference about change-point from cumulative sum tests                                               Biometrika 1971     58     3   509   523   statistics
8                                                                           KW Kemp                                                                                                               Formal expressions which can be applied to CUSUM charts               Journal of the Royal Statistical Society B 1971     33     3   331   360   statistics
9                                                                 D Brook, DA Evans                                                                                                              Approach to probability distribution of CUSUM run length                                               Biometrika 1972     59     3   539   549   statistics
10                                                                          WK Chiu                                                                                                          Economic design of CUSUM charts for controlling normal means               Journal of the Royal Statistical Society C 1974     23     3   420   433   statistics
11                                                                        AFM Smith                                                                                 Bayesian approach to inference about a change-point in a sequence of random-variables                                               Biometrika 1975     62     2   407   416   statistics
12                                                     RL Brown, J Durbin, JM Evans                                                                                            Techniques for testing the constancy of regression relationships over time               Journal of the Royal Statistical Society B 1975     37     2   149   163   statistics
13                                                            M Bagshaw, RA Johnson                                                                                            Influence of reference values and estimated variance on arl of CUSUM tests               Journal of the Royal Statistical Society B 1975     37     3   413   420   statistics
14                                                                        RE Quandt                                                                                                                                     Econometrics of structural-change          Journal of the American Statistical Association 1977     72   357   239   240   statistics
15                                                            JS Hodgson, AB Holmes                                                    Structural stability of international capital mobility - Analysis of short-term United-States canadian bank claims                       Review of Economics and Statistics 1977     59     4   465   473 econometrics
16                                                                          GW Cobb                                                                                                       Problem of nile - Conditional solution to a changepoint problem                                               Biometrika 1978     65     2   243   251   statistics
17                                                                          RA Khan                                                                                                        Walds approximations to average run length in CUSUM procedures            Journal of Statistical Planning and Inference 1978      2     1    63    77   statistics
18                                                             J Deshayes, D Picard                                                                                                               Testing for a change-point in a regression relationship                                               Biometrics 1980     36     2   367   367   statistics
19                                                                       AN Pettitt                                                                        A simple cumulative sum type statistic for the change-point problem with zero-one observations                                               Biometrika 1980     67     1    79    84   statistics
20                                                                        JM Dufour                                                                                                            Dummy variables and predictive tests for structural-change                                        Economics Letters 1980      6     3   241   247 econometrics
21                                                            RL Carter, BJN Blight                                                             A Bayesian change-point problem with an application to the prediction and detection of ovulation in women                                               Biometrics 1981     37     4   743   751   statistics
22                                                                       AN Pettitt                                                                                                                Posterior probabilities for a change-point using ranks                                               Biometrika 1981     68     2   443   450   statistics
23                                                                          S Zacks The probability-distribution and the expected value of a stopping variable associated with one-sided CUSUM procedures for nonnegative integer valued random-variables         Communications in Statistics: Theory and Methods 1981     10    21  2245  2258   statistics
24                                                          LD Broemeling, JHC Choy                                                                                                                          Detecting structural-change in linear-models         Communications in Statistics: Theory and Methods 1981     10    24  2551  2561   statistics
25                                                                        DEA Giles                                                                                               Testing for parameter stability in structural econometric relationships                                        Economics Letters 1981      7     4   323   326 econometrics
26                                                         DE Matthews, VT Farewell                                                                                                   On testing for a constant hazard against a change-point alternative                                               Biometrics 1982     38     2   463   468   statistics
27                                                             JM Lucas, RB Crosier                                                                                                   Robust CUSUM - A robustness study for CUSUM quality-control schemes         Communications in Statistics: Theory and Methods 1982     11    23  2669  2687   statistics
28                                                                     L Broemeling                                                                                                                      Structural-change in econometrics - Introduction                                  Journal of Econometrics 1982     19     1     1     5 econometrics
29                                                             YY Yang, JE Gehrmann                                                                                                       Evidence of the structural stability of short-term capital flow                       Review of Economics and Statistics 1982     64     4   584   588 econometrics
30                                                                     E Schechtman                                                              A conservative nonparametric distribution-free confidence bound for the shift in the changepoint problem         Communications in Statistics: Theory and Methods 1983     12    21  2455  2464   statistics
31                                                        FR Forsund, L Hjalmarsson                                                                                     Technical progress and structural-change in the swedish cement industry 1955-1979                                             Econometrica 1983     51     5  1449  1467 econometrics
32                                                          GDA Phillips, BP Mccabe                                                                                                  The independence of tests for structural-change in regression-models                                        Economics Letters 1983     12   3-4   283   287 econometrics
33                                                    AE Blakemore, DE Schlagenhauf                                                                                          A test for structural instability in the secular growth-rate of productivity                                        Economics Letters 1983     13   2-3   153   159 econometrics
34                                                                          H Erlat                                                                       A note on testing for structural-change in a single equation belonging to a simultaneous system                                        Economics Letters 1983     13   2-3   185   189 econometrics
35                                                                          L Edler                                                           Determination of colony-forming ability of cell-lines - Estimation of a change-point in a linear-regression                                               Biometrics 1984     40     1   262   262   statistics
36                                                  HT Nguyen, GS Rogers, EA Walker                                                                                                                         Estimation in change-point hazard rate models                                               Biometrika 1984     71     2   299   304   statistics
37                                                               V Abel, R Avenhaus                                                                                                                 Recent paper on one-sided CUSUM procedures - Comments Communications in Statistics: Simulation and Computation 1984     13     2   289   292   statistics
38                                                                         TJ Wales                                                                           A note on likelihood ratio tests of functional form and structural-change in demand systems                                        Economics Letters 1984     14   2-3   213   220 econometrics
39                                                           DA Wolfe, E Schechtman                                                                                                      Nonparametric statistical procedures for the changepoint problem            Journal of Statistical Planning and Inference 1984      9     3   389   396   statistics
40                                                         DE Matthews, VT Farewell                                                                                               On a singularity in the likelihood for a change-point hazard rate model                                               Biometrika 1985     72     3   703   704   statistics
41                                                             JV Terza, AA Okoruwa                                                                                    An algorithm for the estimation of poisson regressions involving structural-change Communications in Statistics: Simulation and Computation 1985     14     4   853   866   statistics
42                                                           DH Moen, LD Broemeling                                                               The uncertainty of forecasting - Models with structural-change versus those without changing parameters         Communications in Statistics: Theory and Methods 1985     14     9  2029  2040   statistics
43                                                                         JM Lucas                                                                                                                                Cumulative sum (CUSUM) control schemes         Communications in Statistics: Theory and Methods 1985     14    11  2689  2704   statistics
44                                                                        TM Stoker                                                                                                          Aggregation, structural-change, and cross-section estimation          Journal of the American Statistical Association 1985     80   391   720   729   statistics
45                                                 DE Matthews, VT Farewell, R Pyke                                                                 Asymptotic score-statistic processes and tests for constant hazard against a change-point alternative                                 The Annals of Statistics 1985     13     2   583   591   statistics
46                                                             AE Raftery, VE Akman                                                                                                            Bayesian-analysis of a poisson-process with a change-point                                               Biometrika 1986     73     1    85    89   statistics
47                                                                       KJ Worsley                                                                  Confidence-regions and tests for a change-point in a sequence of exponential family random-variables                                               Biometrika 1986     73     1    91   104   statistics
48                                                                       N Ebrahimi                                    A parametric approach to theory of competing risks when the time of death from each cause follows a change-point hazard rate model         Communications in Statistics: Theory and Methods 1986     15     1   215   229   statistics
49                                                                           YC Yao                                                                                               Maximum-likelihood-estimation in hazard rate models with a change-point         Communications in Statistics: Theory and Methods 1986     15     8  2455  2466   statistics
50                                                                         LC Alwan                                                                                                                           CUSUM quality control-multivariate approach         Communications in Statistics: Theory and Methods 1986     15    12  3531  3543   statistics
51                                                             CB Cadsby, T Stengos                                                                                               Testing for parameter stability in a regression-model with AR(1) errors                                        Economics Letters 1986     20     1    29    32 econometrics
52                                                            W Ploberger, W Kramer                                                                                                                          On studentizing a test for structural-change                                        Economics Letters 1986     20     4   341   344 econometrics
53                                                            CLF Attfield, NW Duck             Distinguishing between rational-expectations and keynesian models of the business-cycle in the presence of a structural break in the money growth-process                                        Economics Letters 1986     22   2-3   133   135 econometrics
54                                                                         K Ohtani                                                                             Some small sample properties of tests for structural stability in a simultaneous equation                                        Economics Letters 1986     22   2-3   229   232 econometrics
55                                                             VE Akman, AE Raftery                                                                                                               Asymptotic inference for a change-point Poisson-process                                 The Annals of Statistics 1986     14     4  1583  1590   statistics
56                                                                B James, KL James                                                                                                                                              Tests for a change-point                                               Biometrika 1987     74     1    71    83   statistics
57                                                                        F Lombard                                                                                                                                   Rank-tests for changepoint problems                                               Biometrika 1987     74     3   615   624   statistics
58                                                            W Ploberger, W Kramer                                                                                                              Mean adjustment and the CUSUM test for structural-change                                        Economics Letters 1987     25     3   255   258 econometrics
59                                                                      J Hodoshima                                                                                    The class of ban estimators of a single structural equation with structural-change                                        Economics Letters 1987     25     4   339   344 econometrics
60                                                                  PK Bhattacharya                                     Maximum-likelihood-estimation of a change-point in the distribution of independent random-variables - General multiparameter case                         Journal of Multivariate Analysis 1987     23     2   183   208   statistics
61                                                              M Csorgo, L Horvath                                                                                                                       Nonparametric-tests for the changepoint problem            Journal of Statistical Planning and Inference 1987     17     1     1     9   statistics
62                                                  SJ Feldman, D Mcclain, K Palmer                                                                              Sources of structural-change in the United-States, 1963-78 - An input-output perspective                       Review of Economics and Statistics 1987     69     3   503   510 econometrics
63                                                                           YC Yao                                   Approximating the distribution of the maximum-likelihood estimate of the change-point in a sequence of independent random-variables                                 The Annals of Statistics 1987     15     3  1321  1328   statistics
64                                                                       KJ Worsley                                                                             Exact percentage points of the likelihood-ratio test for a change-point hazard-rate model                                               Biometrics 1988     44     1   259   263   statistics
65                                                          SM Scariano, TA Watkins                                                                                                           Nonparametric point estimators for the change-point problem         Communications in Statistics: Theory and Methods 1988     17    11  3645  3675   statistics
66                                                                      J Hodoshima                                                                                                     Estimation of a single structural equation with structural-change                                       Econometric Theory 1988      4     1    86    96 econometrics
67                                                                       BPM Mccabe                                                                                             A multiple decision-theory analysis of structural stability in regression                                       Econometric Theory 1988      4     3   499   508 econometrics
68                                                     W Kramer, W Ploberger, R Alt                                                                                                                       Testing for structural-change in dynamic-models                                             Econometrica 1988     56     6  1355  1369 econometrics
69                                                                      H Lutkepohl                                                                                                                             Prediction tests for structural stability                                  Journal of Econometrics 1988     39     3   267   296 econometrics
70                                                              M Csorgo, L Horvath                                                                                                                        Invariance-principles for changepoint problems                         Journal of Multivariate Analysis 1988     27     1   151   168   statistics
71                                                                          BQ Miao                                                                                                              Inference in a model with at most one slope-change point                         Journal of Multivariate Analysis 1988     27     2   375   391   statistics
72                                                                          VR Huse                                                                                                              Asymptotic properties for the sequential CUSUM procedure                         Statistics & Probability Letters 1988      7     1    73    80   statistics
73                                                                      E Carlstein                                                                                                                                 Nonparametric change-point estimation                                 The Annals of Statistics 1988     16     1   188   197   statistics
74                                                                       J Praagman                                                                                                         Bahadur efficiency of rank-tests for the change-point problem                                 The Annals of Statistics 1988     16     1   198   217   statistics
75                                                               HJ Kim, D Siegmund                                                                                              The likelihood ratio test for a change-point in simple linear-regression                                               Biometrika 1989     76     3   409   423   statistics
76                                                                          MS Gold                                                                                                      The geometric approximation to the CUSUM run length distribution                                               Biometrika 1989     76     4   725   733   statistics
77                                                           JA Achcar, H Bolfarine                                                                           Constant hazard against a change-point alternative - A Bayesian-approach with censored-data         Communications in Statistics: Theory and Methods 1989     18    10  3801  3819   statistics
78                                                                      J Hodoshima                                                                       Effect of nonnormality on the estimation of a single structural equation with structural-change                                       Econometric Theory 1989      5     1    53    62 econometrics
79                                                                       L Reichlin                                                                                                                          Structural-change and unit-root econometrics                                        Economics Letters 1989     31     3   231   233 econometrics
80                                                                      H Lutkepohl                                                                                                     Prediction tests for structural stability of multiple time-series                Journal of Business & Economic Statistics 1989      7     1   129   135 econometrics
81                                                 W Ploberger, W Kramer, K Kontrus                                                                                                    A new test for structural stability in the linear-regression model                                  Journal of Econometrics 1989     40     2   307   318 econometrics
82                                                                   AK Han, D Park                                            Testing for structural-change in panel data - Application to a study of United-States foreign-trade in manufacturing goods                       Review of Economics and Statistics 1989     71     1   135   142 econometrics
83                                                 TA Deyak, WC Sawyer, RL Sprinkle                                                                     An empirical-examination of the structural stability of disaggregated United-States import demand                       Review of Economics and Statistics 1989     71     2   337   341 econometrics
84                                                        KY Liang, SG Self, XH Liu                                                                                   The cox proportional hazards model with change point - An epidemiologic application                                               Biometrics 1990     46     3   783   793   statistics
85                                                            R Brookmeyer, JG Liao                                                                                           Statistical modeling of the AIDS epidemic for forecasting health-care needs                                               Biometrics 1990     46     4  1151  1163   statistics
86                                                               HG Muller, JL Wang                                                  Nonparametric analysis of changes in hazard rates for censored survival-data - An alternative to change-point models                                               Biometrika 1990     77     2   305   314   statistics
87                                                                      R Henderson                                                                                         A problem with the likelihood ratio test for a change-point hazard rate model                                               Biometrika 1990     77     4   835   843   statistics
88                                                               SH Juang, DA Wolfe                                                                                                       Nonparametric changepoint procedures for repeated measures data Communications in Statistics: Simulation and Computation 1990     19     1   263   286   statistics
89                                                                DA Wolfe, YS Chen                                                                                                                     The changepoint problem in a multinomial sequence Communications in Statistics: Simulation and Computation 1990     19     2   603   618   statistics
90                                                          SM Scariano, TA Watkins                                                                                                                                 Comparisons of changepoint estimators Communications in Statistics: Simulation and Computation 1990     19     2   619   636   statistics
91                                                                      B Tornkvist                                                                                      On locating and characterizing parameter variation by the MOSUMsq test statistic Communications in Statistics: Simulation and Computation 1990     19     4  1247  1264   statistics
92                                                             L Joseph, DB Wolfson                                                                                                   Estimating the change in a renewal process when the data are counts Communications in Statistics: Simulation and Computation 1990     19     4  1431  1441   statistics
93                                                                         B Boukai                                                                    An explicit expression for the distribution of the supremum of brownian-motion with a change point         Communications in Statistics: Theory and Methods 1990     19     1    31    40   statistics
94                                                                          SG From                                                                                                   Nonparametric-estimation of a change point in positive shift models         Communications in Statistics: Theory and Methods 1990     19     9  3163  3173   statistics
95                                                            W Ploberger, W Kramer                                                                                                               The local-power of the CUSUM and CUSUM of squares tests                                       Econometric Theory 1990      6     3   335   347 econometrics
96                                                                          GP Meen                                                                         The measurement of rationing and the treatment of structural-change in the uk mortgage market                          Journal of Applied Econometrics 1990      5     2   167   187 econometrics
97                                                       CG Lamoureux, WD Lastrapes                                                                                                       Persistence in variance, structural-change, and the GARCH model                Journal of Business & Economic Statistics 1990      8     2   225   234 econometrics
98                                                                           YC Yao                                                                               On the asymptotic-behavior of a class of nonparametric-tests for a change-point problem                         Statistics & Probability Letters 1990      9     2   173   177   statistics
99                                                                          Y Ritov                                                                                                                  Decision theoretic optimality of the CUSUM procedure                                 The Annals of Statistics 1990     18     3  1464  1469   statistics
100                                                                         Y Ritov                                                                                        Asymptotic efficient estimation of the change point with unknown distributions                                 The Annals of Statistics 1990     18     4  1829  1839   statistics
101                                                                      MJ Buckley                                                                                                      Detecting a smooth signal - Optimality of CUSUM based procedures                                               Biometrika 1991     78     2   253   262   statistics
102                                                              M Frisen, J Demare                                                                                                                                                  Optimal surveillance                                               Biometrika 1991     78     2   271   280   statistics
103                                                                          DC Kim                                                                                             A Bayesian significance test of the stationarity of regression parameters                                               Biometrika 1991     78     3   667   675   statistics
104                                                                       CR Loader                                                                                                                              Inference for a hazard rate change point                                               Biometrika 1991     78     4   749   757   statistics
105                                                             CW Champ, SE Rigdon                            A comparison of the Markov-chain and the integral-equation approaches for evaluating the run length distribution of quality-control charts Communications in Statistics: Simulation and Computation 1991     20     1   191   204   statistics
106                                                           RW Amin, WC Letsinger                                                                                      Improved switching rules in control procedures using variable sampling intervals Communications in Statistics: Simulation and Computation 1991     20     1   205   230   statistics
107                                                   SE Shamma, RW Amin, AK Shamma                                                                     A double exponentially weighted moving average control procedure with variable sampling intervals Communications in Statistics: Simulation and Computation 1991     20   2-3   511   528   statistics
108                                                              RW Amin, AJ Searcy                                                                                                  A nonparametric exponentially weighted moving average control scheme Communications in Statistics: Simulation and Computation 1991     20     4  1049  1072   statistics
109                                                   LA Aerne, CW Champ, SE Rigdon                                                                                                                       Evaluation of control charts under linear trend         Communications in Statistics: Theory and Methods 1991     20    10  3341  3349   statistics
110                                                                      G Moschini                                                                      Testing for preference change in consumer demand - An indirectly separable, semiparametric model                Journal of Business & Economic Statistics 1991      9     1   111   117 econometrics
111                                                       VK Jandhyala, IB Macneill                                                                                              Tests for parameter changes at unknown times in linear-regression models            Journal of Statistical Planning and Inference 1991     27     3   291   316   statistics
 [ reached getOption("max.print") -- omitted 724 rows ]
[1] "MASS"
[1] "Aids2"
[1] "Australian AIDS Survival Data"
     state sex  diag death status T.categ age
1      NSW   M 10905 11081      D      hs  35
2      NSW   M 11029 11096      D      hs  53
3      NSW   M  9551  9983      D      hs  42
4      NSW   M  9577  9654      D    haem  44
5      NSW   M 10015 10290      D      hs  39
6      NSW   M  9971 10344      D      hs  36
7      NSW   M 10746 11135      D   other  36
8      NSW   M 10042 11069      D      hs  31
9      NSW   M 10464 10956      D      hs  26
10     NSW   M 10439 10873      D    hsid  27
11     NSW   M 10416 10432      D      hs  45
12     NSW   M 10216 10524      D      hs  36
13     NSW   M 10385 10477      D      hs  27
14     NSW   M 10366 10631      D      hs  35
15     NSW   M 10452 11504      A      hs  30
16     NSW   M 10552 10684      D      hs  39
17     NSW   M 10673 11200      D      hs  30
18     NSW   M 10923 11504      A    haem  21
19     NSW   M 10993 11504      A      hs  56
20     NSW   M 11020 11171      D      hs  41
21     NSW   M 10805 10877      D      hs  28
22     NSW   M 10996 11504      A      hs  38
23     NSW   M 10738 11504      A     het  26
24     NSW   M 11063 11504      A      id  39
25     NSW   M 10885 11196      D      hs  46
26     NSW   M 11056 11504      A    haem  13
27     NSW   M 11283 11504      A      hs  34
28     NSW   M 11195 11504      A     het  39
29     NSW   M 10848 11504      A      hs  31
30     NSW   M 11289 11504      A  mother   1
31     NSW   F 10961 11504      A      id  30
32     NSW   M 11311 11312      D   blood  37
33     NSW   M 11337 11504      A      hs  38
34     NSW   M 11458 11463      D      hs  33
35     NSW   M 11480 11504      A      hs  30
36     NSW   M 11462 11504      A      hs  40
37     NSW   M  8302  8469      D      hs  51
38     NSW   M  8711  8850      D      hs  29
39     NSW   M  8726  9254      D    hsid  29
40     NSW   M  8760  8959      D    hsid  37
41     NSW   M  8802  8879      D      hs  46
42     NSW   M  8877  9180      D      hs  37
43     NSW   M  9011  9696      D   blood  54
44     NSW   M  8990  9175      D      hs  30
45     NSW   M  9063  9172      D   blood  25
46     NSW   M  9003  9109      D    hsid  26
47     NSW   M  9022  9218      D      hs  41
48     NSW   M  8985  9254      D      hs  41
49     NSW   M  9030  9781      D      hs  27
50     NSW   M  9086  9314      D      hs  35
51     NSW   M  9015  9943      D      hs  35
52     NSW   M  9009  9350      D      hs  25
53     NSW   M  8970  9240      D      hs  34
54     NSW   M  9171  9309      D      hs  35
55     NSW   M  9087  9598      D      hs  33
56     NSW   M  9115  9686      D      hs  31
57     NSW   M  9065  9262      D      hs  43
58     NSW   M  9104  9126      D      hs  59
59     NSW   M  9028  9532      D      hs  31
60     NSW   M  9101  9268      D      hs  41
61     NSW   M  9096  9226      D      hs  34
62     NSW   M  9128  9660      D      hs  37
63     NSW   M  9125  9207      D      hs  31
64     NSW   M  9083  9682      D      hs  37
65     NSW   M  9150  9285      D      hs  38
66     NSW   F  9014  9152      D   blood  44
67     NSW   M  9157  9962      D      hs  41
68     NSW   M  9098  9418      D      hs  41
69     NSW   M  8913  9082      D      hs  32
70     NSW   M  9141  9222      D      hs  40
71     NSW   M  9158  9920      D      hs  23
72     NSW   M  9167 10461      D      hs  42
73     NSW   M  9244  9379      D      hs  33
74     NSW   M  9138  9565      D      hs  47
75     NSW   M  9222  9536      D      hs  52
76     NSW   M  9272  9290      D      hs  35
77     NSW   M  9131  9392      D      hs  38
78     NSW   M  9236 10013      D      hs  23
79     NSW   M  9145  9250      D      hs  45
80     NSW   M  8964  9300      D    haem  48
81     NSW   M  9207  9768      D      hs  32
82     NSW   M  9240  9447      D      hs  38
83     NSW   M  9281  9723      D      hs  25
84     NSW   M  9300  9736      D      hs  36
85     NSW   M  9294 10070      D      hs  39
86     NSW   F  9258  9259      D   blood  25
87     NSW   M  9145  9436      D      hs  33
88     NSW   M  9310  9533      D      hs  35
89     NSW   M  9344 11320      D      hs  49
90     NSW   M  9185  9214      D      hs  38
91     NSW   M  9247  9549      D      hs  30
92     NSW   M  9201  9315      D      hs  44
93     NSW   F  9349  9392      D   blood  55
94     NSW   M  9246  9956      D      hs  31
95     NSW   M  9273 10018      D      hs  32
96     NSW   M  9241  9576      D      hs  29
97     NSW   M  9264  9451      D      hs  42
98     NSW   M  9310  9730      D      hs  28
99     NSW   M  9230  9501      D      hs  49
100    NSW   M  9361 10046      D      hs  32
101    NSW   M  9225  9318      D      hs  42
102    NSW   M  9233  9304      D      hs  33
103    NSW   M  9413  9986      D      hs  29
104    NSW   M  9270 10237      D      hs  28
105    NSW   F  9385  9600      D   blood  70
106    NSW   M  9272  9380      D      hs  33
107    NSW   M  9236 10738      D      hs  34
108    NSW   M  9398  9782      D      hs  33
109    NSW   M  9347  9639      D      hs  27
110    NSW   M  9248  9630      D      hs  38
111    NSW   M  9273 10295      D      hs  46
112    NSW   M  9470  9489      D      hs  45
113    NSW   M  9344  9705      D      hs  36
114    NSW   M  9412  9457      D      hs  39
115    NSW   M  9334  9615      D      hs  31
116    NSW   M  9167  9492      D   blood  16
117    NSW   M  9301  9462      D      hs  48
118    NSW   M  9378  9684      D      hs  24
119    NSW   M  9446 10717      D      hs  25
120    NSW   M  9380  9763      D      hs  42
121    NSW   M  9401  9604      D      hs  23
122    NSW   M  9439  9695      D   other  48
123    NSW   M  9383 10679      D      hs  49
124    NSW   M  9369  9448      D      hs  38
125    NSW   M  9516  9532      D   blood  69
126    NSW   M  9452  9561      D      hs  37
127    NSW   M  9267  9964      D      hs  34
128    NSW   M  9474  9827      D      hs  30
129    NSW   M  9378  9757      D      hs  29
130    NSW   M  9301  9355      D    haem  59
131    NSW   M  9327  9757      D      hs  25
132    NSW   M  9439  9449      D   other  48
133    NSW   M  9534  9579      D      hs  34
134    NSW   M  9436  9452      D      hs  41
135    NSW   M  9489  9870      D      hs  41
136    NSW   M  9429  9735      D      hs  36
137    NSW   M  9514  9812      D      hs  20
138    NSW   M  9439  9518      D      hs  49
139    NSW   M  9555 11504      A      hs  45
140    NSW   M  9456  9525      D      hs  64
141    NSW   M  9413  9434      D      hs  27
142    NSW   M  9419  9893      D      hs  39
 [ reached getOption("max.print") -- omitted 2701 rows ]
[1] "MASS"
[1] "Animals"
[1] "Brain and Body Weights for 28 Species"
                      body  brain
Mountain beaver      1.350    8.1
Cow                465.000  423.0
Grey wolf           36.330  119.5
Goat                27.660  115.0
Guinea pig           1.040    5.5
Dipliodocus      11700.000   50.0
Asian elephant    2547.000 4603.0
Donkey             187.100  419.0
Horse              521.000  655.0
Potar monkey        10.000  115.0
Cat                  3.300   25.6
Giraffe            529.000  680.0
Gorilla            207.000  406.0
Human               62.000 1320.0
African elephant  6654.000 5712.0
Triceratops       9400.000   70.0
Rhesus monkey        6.800  179.0
Kangaroo            35.000   56.0
Golden hamster       0.120    1.0
Mouse                0.023    0.4
Rabbit               2.500   12.1
Sheep               55.500  175.0
Jaguar             100.000  157.0
Chimpanzee          52.160  440.0
Rat                  0.280    1.9
Brachiosaurus    87000.000  154.5
Mole                 0.122    3.0
Pig                192.000  180.0
[1] "MASS"
[1] "Boston"
[1] "Housing Values in Suburbs of Boston"
        crim    zn indus chas    nox    rm   age     dis rad tax ptratio  black lstat medv
1    0.00632  18.0  2.31    0 0.5380 6.575  65.2  4.0900   1 296    15.3 396.90  4.98 24.0
2    0.02731   0.0  7.07    0 0.4690 6.421  78.9  4.9671   2 242    17.8 396.90  9.14 21.6
3    0.02729   0.0  7.07    0 0.4690 7.185  61.1  4.9671   2 242    17.8 392.83  4.03 34.7
4    0.03237   0.0  2.18    0 0.4580 6.998  45.8  6.0622   3 222    18.7 394.63  2.94 33.4
5    0.06905   0.0  2.18    0 0.4580 7.147  54.2  6.0622   3 222    18.7 396.90  5.33 36.2
6    0.02985   0.0  2.18    0 0.4580 6.430  58.7  6.0622   3 222    18.7 394.12  5.21 28.7
7    0.08829  12.5  7.87    0 0.5240 6.012  66.6  5.5605   5 311    15.2 395.60 12.43 22.9
8    0.14455  12.5  7.87    0 0.5240 6.172  96.1  5.9505   5 311    15.2 396.90 19.15 27.1
9    0.21124  12.5  7.87    0 0.5240 5.631 100.0  6.0821   5 311    15.2 386.63 29.93 16.5
10   0.17004  12.5  7.87    0 0.5240 6.004  85.9  6.5921   5 311    15.2 386.71 17.10 18.9
11   0.22489  12.5  7.87    0 0.5240 6.377  94.3  6.3467   5 311    15.2 392.52 20.45 15.0
12   0.11747  12.5  7.87    0 0.5240 6.009  82.9  6.2267   5 311    15.2 396.90 13.27 18.9
13   0.09378  12.5  7.87    0 0.5240 5.889  39.0  5.4509   5 311    15.2 390.50 15.71 21.7
14   0.62976   0.0  8.14    0 0.5380 5.949  61.8  4.7075   4 307    21.0 396.90  8.26 20.4
15   0.63796   0.0  8.14    0 0.5380 6.096  84.5  4.4619   4 307    21.0 380.02 10.26 18.2
16   0.62739   0.0  8.14    0 0.5380 5.834  56.5  4.4986   4 307    21.0 395.62  8.47 19.9
17   1.05393   0.0  8.14    0 0.5380 5.935  29.3  4.4986   4 307    21.0 386.85  6.58 23.1
18   0.78420   0.0  8.14    0 0.5380 5.990  81.7  4.2579   4 307    21.0 386.75 14.67 17.5
19   0.80271   0.0  8.14    0 0.5380 5.456  36.6  3.7965   4 307    21.0 288.99 11.69 20.2
20   0.72580   0.0  8.14    0 0.5380 5.727  69.5  3.7965   4 307    21.0 390.95 11.28 18.2
21   1.25179   0.0  8.14    0 0.5380 5.570  98.1  3.7979   4 307    21.0 376.57 21.02 13.6
22   0.85204   0.0  8.14    0 0.5380 5.965  89.2  4.0123   4 307    21.0 392.53 13.83 19.6
23   1.23247   0.0  8.14    0 0.5380 6.142  91.7  3.9769   4 307    21.0 396.90 18.72 15.2
24   0.98843   0.0  8.14    0 0.5380 5.813 100.0  4.0952   4 307    21.0 394.54 19.88 14.5
25   0.75026   0.0  8.14    0 0.5380 5.924  94.1  4.3996   4 307    21.0 394.33 16.30 15.6
26   0.84054   0.0  8.14    0 0.5380 5.599  85.7  4.4546   4 307    21.0 303.42 16.51 13.9
27   0.67191   0.0  8.14    0 0.5380 5.813  90.3  4.6820   4 307    21.0 376.88 14.81 16.6
28   0.95577   0.0  8.14    0 0.5380 6.047  88.8  4.4534   4 307    21.0 306.38 17.28 14.8
29   0.77299   0.0  8.14    0 0.5380 6.495  94.4  4.4547   4 307    21.0 387.94 12.80 18.4
30   1.00245   0.0  8.14    0 0.5380 6.674  87.3  4.2390   4 307    21.0 380.23 11.98 21.0
31   1.13081   0.0  8.14    0 0.5380 5.713  94.1  4.2330   4 307    21.0 360.17 22.60 12.7
32   1.35472   0.0  8.14    0 0.5380 6.072 100.0  4.1750   4 307    21.0 376.73 13.04 14.5
33   1.38799   0.0  8.14    0 0.5380 5.950  82.0  3.9900   4 307    21.0 232.60 27.71 13.2
34   1.15172   0.0  8.14    0 0.5380 5.701  95.0  3.7872   4 307    21.0 358.77 18.35 13.1
35   1.61282   0.0  8.14    0 0.5380 6.096  96.9  3.7598   4 307    21.0 248.31 20.34 13.5
36   0.06417   0.0  5.96    0 0.4990 5.933  68.2  3.3603   5 279    19.2 396.90  9.68 18.9
37   0.09744   0.0  5.96    0 0.4990 5.841  61.4  3.3779   5 279    19.2 377.56 11.41 20.0
38   0.08014   0.0  5.96    0 0.4990 5.850  41.5  3.9342   5 279    19.2 396.90  8.77 21.0
39   0.17505   0.0  5.96    0 0.4990 5.966  30.2  3.8473   5 279    19.2 393.43 10.13 24.7
40   0.02763  75.0  2.95    0 0.4280 6.595  21.8  5.4011   3 252    18.3 395.63  4.32 30.8
41   0.03359  75.0  2.95    0 0.4280 7.024  15.8  5.4011   3 252    18.3 395.62  1.98 34.9
42   0.12744   0.0  6.91    0 0.4480 6.770   2.9  5.7209   3 233    17.9 385.41  4.84 26.6
43   0.14150   0.0  6.91    0 0.4480 6.169   6.6  5.7209   3 233    17.9 383.37  5.81 25.3
44   0.15936   0.0  6.91    0 0.4480 6.211   6.5  5.7209   3 233    17.9 394.46  7.44 24.7
45   0.12269   0.0  6.91    0 0.4480 6.069  40.0  5.7209   3 233    17.9 389.39  9.55 21.2
46   0.17142   0.0  6.91    0 0.4480 5.682  33.8  5.1004   3 233    17.9 396.90 10.21 19.3
47   0.18836   0.0  6.91    0 0.4480 5.786  33.3  5.1004   3 233    17.9 396.90 14.15 20.0
48   0.22927   0.0  6.91    0 0.4480 6.030  85.5  5.6894   3 233    17.9 392.74 18.80 16.6
49   0.25387   0.0  6.91    0 0.4480 5.399  95.3  5.8700   3 233    17.9 396.90 30.81 14.4
50   0.21977   0.0  6.91    0 0.4480 5.602  62.0  6.0877   3 233    17.9 396.90 16.20 19.4
51   0.08873  21.0  5.64    0 0.4390 5.963  45.7  6.8147   4 243    16.8 395.56 13.45 19.7
52   0.04337  21.0  5.64    0 0.4390 6.115  63.0  6.8147   4 243    16.8 393.97  9.43 20.5
53   0.05360  21.0  5.64    0 0.4390 6.511  21.1  6.8147   4 243    16.8 396.90  5.28 25.0
54   0.04981  21.0  5.64    0 0.4390 5.998  21.4  6.8147   4 243    16.8 396.90  8.43 23.4
55   0.01360  75.0  4.00    0 0.4100 5.888  47.6  7.3197   3 469    21.1 396.90 14.80 18.9
56   0.01311  90.0  1.22    0 0.4030 7.249  21.9  8.6966   5 226    17.9 395.93  4.81 35.4
57   0.02055  85.0  0.74    0 0.4100 6.383  35.7  9.1876   2 313    17.3 396.90  5.77 24.7
58   0.01432 100.0  1.32    0 0.4110 6.816  40.5  8.3248   5 256    15.1 392.90  3.95 31.6
59   0.15445  25.0  5.13    0 0.4530 6.145  29.2  7.8148   8 284    19.7 390.68  6.86 23.3
60   0.10328  25.0  5.13    0 0.4530 5.927  47.2  6.9320   8 284    19.7 396.90  9.22 19.6
61   0.14932  25.0  5.13    0 0.4530 5.741  66.2  7.2254   8 284    19.7 395.11 13.15 18.7
62   0.17171  25.0  5.13    0 0.4530 5.966  93.4  6.8185   8 284    19.7 378.08 14.44 16.0
63   0.11027  25.0  5.13    0 0.4530 6.456  67.8  7.2255   8 284    19.7 396.90  6.73 22.2
64   0.12650  25.0  5.13    0 0.4530 6.762  43.4  7.9809   8 284    19.7 395.58  9.50 25.0
65   0.01951  17.5  1.38    0 0.4161 7.104  59.5  9.2229   3 216    18.6 393.24  8.05 33.0
66   0.03584  80.0  3.37    0 0.3980 6.290  17.8  6.6115   4 337    16.1 396.90  4.67 23.5
67   0.04379  80.0  3.37    0 0.3980 5.787  31.1  6.6115   4 337    16.1 396.90 10.24 19.4
68   0.05789  12.5  6.07    0 0.4090 5.878  21.4  6.4980   4 345    18.9 396.21  8.10 22.0
69   0.13554  12.5  6.07    0 0.4090 5.594  36.8  6.4980   4 345    18.9 396.90 13.09 17.4
70   0.12816  12.5  6.07    0 0.4090 5.885  33.0  6.4980   4 345    18.9 396.90  8.79 20.9
71   0.08826   0.0 10.81    0 0.4130 6.417   6.6  5.2873   4 305    19.2 383.73  6.72 24.2
 [ reached getOption("max.print") -- omitted 435 rows ]
[1] "MASS"
[1] "Cars93"
[1] "Data from 93 Cars on Sale in the USA in 1993"
    Manufacturer          Model    Type Min.Price Price Max.Price MPG.city MPG.highway            AirBags DriveTrain Cylinders EngineSize Horsepower  RPM Rev.per.mile Man.trans.avail Fuel.tank.capacity Passengers Length Wheelbase
1          Acura        Integra   Small      12.9  15.9      18.8       25          31               None      Front         4        1.8        140 6300         2890             Yes               13.2          5    177       102
2          Acura         Legend Midsize      29.2  33.9      38.7       18          25 Driver & Passenger      Front         6        3.2        200 5500         2335             Yes               18.0          5    195       115
3           Audi             90 Compact      25.9  29.1      32.3       20          26        Driver only      Front         6        2.8        172 5500         2280             Yes               16.9          5    180       102
4           Audi            100 Midsize      30.8  37.7      44.6       19          26 Driver & Passenger      Front         6        2.8        172 5500         2535             Yes               21.1          6    193       106
5            BMW           535i Midsize      23.7  30.0      36.2       22          30        Driver only       Rear         4        3.5        208 5700         2545             Yes               21.1          4    186       109
6          Buick        Century Midsize      14.2  15.7      17.3       22          31        Driver only      Front         4        2.2        110 5200         2565              No               16.4          6    189       105
7          Buick        LeSabre   Large      19.9  20.8      21.7       19          28        Driver only      Front         6        3.8        170 4800         1570              No               18.0          6    200       111
8          Buick     Roadmaster   Large      22.6  23.7      24.9       16          25        Driver only       Rear         6        5.7        180 4000         1320              No               23.0          6    216       116
9          Buick        Riviera Midsize      26.3  26.3      26.3       19          27        Driver only      Front         6        3.8        170 4800         1690              No               18.8          5    198       108
10      Cadillac        DeVille   Large      33.0  34.7      36.3       16          25        Driver only      Front         8        4.9        200 4100         1510              No               18.0          6    206       114
11      Cadillac        Seville Midsize      37.5  40.1      42.7       16          25 Driver & Passenger      Front         8        4.6        295 6000         1985              No               20.0          5    204       111
12     Chevrolet       Cavalier Compact       8.5  13.4      18.3       25          36               None      Front         4        2.2        110 5200         2380             Yes               15.2          5    182       101
13     Chevrolet        Corsica Compact      11.4  11.4      11.4       25          34        Driver only      Front         4        2.2        110 5200         2665             Yes               15.6          5    184       103
14     Chevrolet         Camaro  Sporty      13.4  15.1      16.8       19          28 Driver & Passenger       Rear         6        3.4        160 4600         1805             Yes               15.5          4    193       101
15     Chevrolet         Lumina Midsize      13.4  15.9      18.4       21          29               None      Front         4        2.2        110 5200         2595              No               16.5          6    198       108
16     Chevrolet     Lumina_APV     Van      14.7  16.3      18.0       18          23               None      Front         6        3.8        170 4800         1690              No               20.0          7    178       110
17     Chevrolet          Astro     Van      14.7  16.6      18.6       15          20               None        4WD         6        4.3        165 4000         1790              No               27.0          8    194       111
18     Chevrolet        Caprice   Large      18.0  18.8      19.6       17          26        Driver only       Rear         8        5.0        170 4200         1350              No               23.0          6    214       116
19     Chevrolet       Corvette  Sporty      34.6  38.0      41.5       17          25        Driver only       Rear         8        5.7        300 5000         1450             Yes               20.0          2    179        96
20      Chrylser       Concorde   Large      18.4  18.4      18.4       20          28 Driver & Passenger      Front         6        3.3        153 5300         1990              No               18.0          6    203       113
21      Chrysler        LeBaron Compact      14.5  15.8      17.1       23          28 Driver & Passenger      Front         4        3.0        141 5000         2090              No               16.0          6    183       104
22      Chrysler       Imperial   Large      29.5  29.5      29.5       20          26        Driver only      Front         6        3.3        147 4800         1785              No               16.0          6    203       110
23         Dodge           Colt   Small       7.9   9.2      10.6       29          33               None      Front         4        1.5         92 6000         3285             Yes               13.2          5    174        98
24         Dodge         Shadow   Small       8.4  11.3      14.2       23          29        Driver only      Front         4        2.2         93 4800         2595             Yes               14.0          5    172        97
25         Dodge         Spirit Compact      11.9  13.3      14.7       22          27        Driver only      Front         4        2.5        100 4800         2535             Yes               16.0          6    181       104
26         Dodge        Caravan     Van      13.6  19.0      24.4       17          21        Driver only        4WD         6        3.0        142 5000         1970              No               20.0          7    175       112
27         Dodge        Dynasty Midsize      14.8  15.6      16.4       21          27        Driver only      Front         4        2.5        100 4800         2465              No               16.0          6    192       105
28         Dodge        Stealth  Sporty      18.5  25.8      33.1       18          24        Driver only        4WD         6        3.0        300 6000         2120             Yes               19.8          4    180        97
29         Eagle         Summit   Small       7.9  12.2      16.5       29          33               None      Front         4        1.5         92 6000         2505             Yes               13.2          5    174        98
30         Eagle         Vision   Large      17.5  19.3      21.2       20          28 Driver & Passenger      Front         6        3.5        214 5800         1980              No               18.0          6    202       113
31          Ford        Festiva   Small       6.9   7.4       7.9       31          33               None      Front         4        1.3         63 5000         3150             Yes               10.0          4    141        90
32          Ford         Escort   Small       8.4  10.1      11.9       23          30               None      Front         4        1.8        127 6500         2410             Yes               13.2          5    171        98
33          Ford          Tempo Compact      10.4  11.3      12.2       22          27               None      Front         4        2.3         96 4200         2805             Yes               15.9          5    177       100
34          Ford        Mustang  Sporty      10.8  15.9      21.0       22          29        Driver only       Rear         4        2.3        105 4600         2285             Yes               15.4          4    180       101
35          Ford          Probe  Sporty      12.8  14.0      15.2       24          30        Driver only      Front         4        2.0        115 5500         2340             Yes               15.5          4    179       103
36          Ford       Aerostar     Van      14.5  19.9      25.3       15          20        Driver only        4WD         6        3.0        145 4800         2080             Yes               21.0          7    176       119
37          Ford         Taurus Midsize      15.6  20.2      24.8       21          30        Driver only      Front         6        3.0        140 4800         1885              No               16.0          5    192       106
38          Ford Crown_Victoria   Large      20.1  20.9      21.7       18          26        Driver only       Rear         8        4.6        190 4200         1415              No               20.0          6    212       114
39           Geo          Metro   Small       6.7   8.4      10.0       46          50               None      Front         3        1.0         55 5700         3755             Yes               10.6          4    151        93
40           Geo          Storm  Sporty      11.5  12.5      13.5       30          36        Driver only      Front         4        1.6         90 5400         3250             Yes               12.4          4    164        97
41         Honda        Prelude  Sporty      17.0  19.8      22.7       24          31 Driver & Passenger      Front         4        2.3        160 5800         2855             Yes               15.9          4    175       100
42         Honda          Civic   Small       8.4  12.1      15.8       42          46        Driver only      Front         4        1.5        102 5900         2650             Yes               11.9          4    173       103
43         Honda         Accord Compact      13.8  17.5      21.2       24          31 Driver & Passenger      Front         4        2.2        140 5600         2610             Yes               17.0          4    185       107
44       Hyundai          Excel   Small       6.8   8.0       9.2       29          33               None      Front         4        1.5         81 5500         2710             Yes               11.9          5    168        94
45       Hyundai        Elantra   Small       9.0  10.0      11.0       22          29               None      Front         4        1.8        124 6000         2745             Yes               13.7          5    172        98
46       Hyundai         Scoupe  Sporty       9.1  10.0      11.0       26          34               None      Front         4        1.5         92 5550         2540             Yes               11.9          4    166        94
47       Hyundai         Sonata Midsize      12.4  13.9      15.3       20          27               None      Front         4        2.0        128 6000         2335             Yes               17.2          5    184       104
48      Infiniti            Q45 Midsize      45.4  47.9      50.4       17          22        Driver only       Rear         8        4.5        278 6000         1955              No               22.5          5    200       113
49         Lexus          ES300 Midsize      27.5  28.0      28.4       18          24        Driver only      Front         6        3.0        185 5200         2325             Yes               18.5          5    188       103
50         Lexus          SC300 Midsize      34.7  35.2      35.6       18          23 Driver & Passenger       Rear         6        3.0        225 6000         2510             Yes               20.6          4    191       106
 [ reached getOption("max.print") -- omitted 43 rows ]
[1] "MASS"
[1] "Cushings"
[1] "Diagnostic Tests on Patients with Cushing's Syndrome"
    Tetrahydrocortisone Pregnanetriol Type
a1                  3.1         11.70    a
a2                  3.0          1.30    a
a3                  1.9          0.10    a
a4                  3.8          0.04    a
a5                  4.1          1.10    a
a6                  1.9          0.40    a
b1                  8.3          1.00    b
b2                  3.8          0.20    b
b3                  3.9          0.60    b
b4                  7.8          1.20    b
b5                  9.1          0.60    b
b6                 15.4          3.60    b
b7                  7.7          1.60    b
b8                  6.5          0.40    b
b9                  5.7          0.40    b
b10                13.6          1.60    b
c1                 10.2          6.40    c
c2                  9.2          7.90    c
c3                  9.6          3.10    c
c4                 53.8          2.50    c
c5                 15.8          7.60    c
u1                  5.1          0.40    u
u2                 12.9          5.00    u
u3                 13.0          0.80    u
u4                  2.6          0.10    u
u5                 30.0          0.10    u
u6                 20.5          0.80    u
[1] "MASS"
[1] "DDT"
[1] "DDT in Kale"
 [1] 2.79 2.93 3.22 3.78 3.22 3.38 3.18 3.33 3.34 3.06 3.07 3.56 3.08 4.64 3.34
[1] "MASS"
[1] "GAGurine"
[1] "Level of GAG in Urine of Children"
      Age  GAG
1    0.00 23.0
2    0.00 23.8
3    0.00 16.9
4    0.00 18.6
5    0.01 17.9
6    0.01 25.9
7    0.01 16.5
8    0.01 26.3
9    0.01 26.9
10   0.01 17.9
11   0.01 29.1
12   0.02 32.6
13   0.02 41.9
14   0.03 38.7
15   0.03 37.6
16   0.03 46.4
17   0.04 30.5
18   0.04 34.8
19   0.04 26.7
20   0.05 33.0
21   0.05 56.3
22   0.05 33.5
23   0.05 29.7
24   0.05 32.8
25   0.05 27.6
26   0.06 31.9
27   0.07 55.4
28   0.10 33.3
29   0.10 36.4
30   0.14 25.9
31   0.14 21.6
32   0.15 26.0
33   0.17 12.8
34   0.18 34.2
35   0.23 19.4
36   0.24 21.9
37   0.24 19.3
38   0.25 26.2
39   0.27  9.6
40   0.28 36.1
41   0.29 19.7
42   0.29 19.2
43   0.30 20.4
44   0.33 23.1
45   0.33 23.8
46   0.40 21.6
47   0.41 25.4
48   0.45 18.4
49   0.46 18.6
50   0.47 26.4
51   0.50 25.7
52   0.50 20.4
53   0.53 15.9
54   0.55 20.8
55   0.56 20.9
56   0.56 15.7
57   0.57 20.4
58   0.58 14.1
59   0.59 21.4
60   0.59 15.6
61   0.62 30.5
62   0.64 15.4
63   0.65 19.2
64   0.65 22.6
65   0.69 15.2
66   0.71 14.9
67   0.75 39.5
68   0.80 17.3
69   0.80 17.2
70   0.82 13.8
71   0.83 17.7
72   0.84 15.6
73   0.85 20.4
74   0.86 14.8
75   0.86 19.5
76   0.87 18.0
77   0.89 22.5
78   0.94 20.4
79   0.96 13.1
80   0.97 17.4
81   0.98 18.9
82   0.99 16.1
83   1.02 21.9
84   1.03 18.4
85   1.03 15.2
86   1.05 19.1
87   1.07 15.1
88   1.07 17.2
89   1.07 18.4
90   1.08 24.1
91   1.15 19.0
92   1.23 16.0
93   1.24 21.8
94   1.25 16.5
95   1.25 16.2
96   1.25 10.8
97   1.30 27.0
98   1.31 17.3
99   1.31 18.3
100  1.31 18.3
101  1.35 13.3
102  1.37 12.1
103  1.39 11.0
104  1.39 12.7
105  1.53 13.4
106  1.59 14.3
107  1.65 11.5
108  1.75 16.5
109  1.76 25.1
110  1.77 16.3
111  1.84 15.4
112  1.86 18.6
113  1.91 18.3
114  1.99 13.2
115  1.99 11.1
116  2.02 11.0
117  2.07 12.5
118  2.09 14.8
119  2.11 16.8
120  2.12 12.8
121  2.13 12.2
122  2.19 14.7
123  2.29  9.7
124  2.32 14.2
125  2.37 13.9
126  2.41  9.5
127  2.43 14.6
128  2.49 12.1
129  2.58 10.6
130  2.73 10.8
131  2.73 10.4
132  2.74  9.9
133  2.77  9.6
134  2.82 21.7
135  2.87 11.8
136  2.87 11.8
137  2.92 13.0
138  2.95 11.3
139  2.98  9.0
140  3.00 18.3
141  3.02 14.6
142  3.03 11.5
143  3.10  7.3
144  3.13 11.6
145  3.18  8.6
146  3.19 11.5
147  3.21  8.3
148  3.29 10.3
149  3.29 12.5
150  3.63 13.2
151  3.64 17.9
152  3.64 10.7
153  3.71  8.6
154  3.85 12.5
155  3.98  8.6
156  4.07  6.0
157  4.09 12.6
158  4.11 12.7
159  4.21 10.2
160  4.27 10.7
161  4.29  8.4
162  4.29  9.9
163  4.35  7.7
164  4.38 13.6
165  4.39 12.3
166  4.43  7.5
167  4.48 11.8
168  4.50  7.7
169  4.55 10.3
170  4.65 16.9
171  4.67  8.5
172  4.68  9.7
173  4.70 10.6
174  4.75  6.4
175  4.76  8.8
176  4.77  8.8
177  4.83  9.6
178  4.85  6.6
179  4.85  7.9
180  4.93  6.3
181  4.98 13.1
182  4.99  7.8
183  5.01  8.7
184  5.04  9.2
185  5.08  9.2
186  5.10  8.4
187  5.14 10.5
188  5.18  8.6
189  5.26  8.7
190  5.26  8.0
191  5.28 11.1
192  5.29  7.5
193  5.29  7.6
194  5.35  8.7
195  5.67  8.8
196  5.79 11.4
197  5.87  6.6
198  5.92 10.6
199  6.04  5.5
200  6.05  8.7
201  6.12  6.8
202  6.15  9.7
203  6.18  6.8
204  6.19  5.7
205  6.20  8.5
206  6.20  5.5
207  6.20  8.4
208  6.25  8.7
209  6.28  9.8
210  6.31  7.7
211  6.33  6.8
212  6.34  6.6
213  6.37  7.0
214  6.43  6.3
215  6.59  6.8
216  6.61  8.8
217  6.73 10.3
218  6.90  8.0
219  7.07  1.8
220  7.35 13.4
221  7.38  6.8
222  7.44  5.7
223  7.55  7.1
224  7.57  6.7
225  7.62  6.5
226  7.62  7.7
227  7.79  5.8
228  7.80  6.4
229  7.95  6.5
230  7.95  4.1
231  7.95  8.0
232  8.03  6.8
233  8.04  6.4
234  8.17  8.3
235  8.24  7.3
236  8.28  5.6
237  8.35  5.1
238  8.36  6.9
239  8.40  7.7
240  8.46  5.4
241  8.73  5.9
242  8.81  5.0
243  9.01  5.2
244  9.05  6.1
245  9.28  6.3
246  9.28  6.3
247  9.36  7.1
248  9.55  7.4
249  9.86  5.0
250 10.00  5.9
251 10.02  6.0
252 10.09  4.8
253 10.10  9.9
254 10.12  5.4
255 10.15  5.0
256 10.28  6.1
257 10.40 13.8
258 10.49  6.2
259 10.63  5.5
260 10.70  5.5
261 10.81 11.7
262 11.15  5.9
263 11.45  9.8
264 11.47  6.1
265 11.55  7.5
266 11.78  4.1
267 11.85  7.7
268 11.90  8.1
269 11.98  4.5
270 12.15  5.8
271 12.23  5.4
272 12.32  5.7
273 12.39  3.1
274 12.46  6.4
275 12.53  7.0
276 12.75  5.7
277 12.80  3.9
278 12.88  9.4
279 12.89  4.4
280 12.97  5.0
281 13.13 15.9
282 13.40  3.7
283 13.42  9.1
284 13.73  4.7
285 13.73  3.6
286 13.92  3.7
287 13.97  4.1
288 14.12  7.9
289 14.22  3.3
290 14.61  6.6
291 14.64  1.9
292 14.85  3.0
293 14.88  5.7
294 14.92  3.2
295 14.95  3.8
296 14.96  5.3
297 15.06  3.2
298 15.15  4.2
299 15.55  6.0
300 15.72  9.7
301 15.86  3.4
302 15.87  3.2
303 15.91  2.5
304 16.01  2.0
305 16.12  4.0
306 16.23  4.3
307 16.60  2.8
308 16.74  2.2
309 16.78  4.7
310 17.08  2.5
311 17.14  2.2
312 17.23  2.2
313 17.30  1.9
314 17.67  9.3
[1] "MASS"
[1] "Insurance"
[1] "Numbers of Car Insurance claims"
   District  Group   Age Holders Claims
1         1    <1l   <25     197     38
2         1    <1l 25-29     264     35
3         1    <1l 30-35     246     20
4         1    <1l   >35    1680    156
5         1 1-1.5l   <25     284     63
6         1 1-1.5l 25-29     536     84
7         1 1-1.5l 30-35     696     89
8         1 1-1.5l   >35    3582    400
9         1 1.5-2l   <25     133     19
10        1 1.5-2l 25-29     286     52
11        1 1.5-2l 30-35     355     74
12        1 1.5-2l   >35    1640    233
13        1    >2l   <25      24      4
14        1    >2l 25-29      71     18
15        1    >2l 30-35      99     19
16        1    >2l   >35     452     77
17        2    <1l   <25      85     22
18        2    <1l 25-29     139     19
19        2    <1l 30-35     151     22
20        2    <1l   >35     931     87
21        2 1-1.5l   <25     149     25
22        2 1-1.5l 25-29     313     51
23        2 1-1.5l 30-35     419     49
24        2 1-1.5l   >35    2443    290
25        2 1.5-2l   <25      66     14
26        2 1.5-2l 25-29     175     46
27        2 1.5-2l 30-35     221     39
28        2 1.5-2l   >35    1110    143
29        2    >2l   <25       9      4
30        2    >2l 25-29      48     15
31        2    >2l 30-35      72     12
32        2    >2l   >35     322     53
33        3    <1l   <25      35      5
34        3    <1l 25-29      73     11
35        3    <1l 30-35      89     10
36        3    <1l   >35     648     67
37        3 1-1.5l   <25      53     10
38        3 1-1.5l 25-29     155     24
39        3 1-1.5l 30-35     240     37
40        3 1-1.5l   >35    1635    187
41        3 1.5-2l   <25      24      8
42        3 1.5-2l 25-29      78     19
43        3 1.5-2l 30-35     121     24
44        3 1.5-2l   >35     692    101
45        3    >2l   <25       7      3
46        3    >2l 25-29      29      2
47        3    >2l 30-35      43      8
48        3    >2l   >35     245     37
49        4    <1l   <25      20      2
50        4    <1l 25-29      33      5
51        4    <1l 30-35      40      4
52        4    <1l   >35     316     36
53        4 1-1.5l   <25      31      7
54        4 1-1.5l 25-29      81     10
55        4 1-1.5l 30-35     122     22
56        4 1-1.5l   >35     724    102
57        4 1.5-2l   <25      18      5
58        4 1.5-2l 25-29      39      7
59        4 1.5-2l 30-35      68     16
60        4 1.5-2l   >35     344     63
61        4    >2l   <25       3      0
62        4    >2l 25-29      16      6
63        4    >2l 30-35      25      8
64        4    >2l   >35     114     33
[1] "MASS"
[1] "Melanoma"
[1] "Survival from Malignant Melanoma"
    time status sex age year thickness ulcer
1     10      3   1  76 1972      6.76     1
2     30      3   1  56 1968      0.65     0
3     35      2   1  41 1977      1.34     0
4     99      3   0  71 1968      2.90     0
5    185      1   1  52 1965     12.08     1
6    204      1   1  28 1971      4.84     1
7    210      1   1  77 1972      5.16     1
8    232      3   0  60 1974      3.22     1
9    232      1   1  49 1968     12.88     1
10   279      1   0  68 1971      7.41     1
11   295      1   0  53 1969      4.19     1
12   355      3   0  64 1972      0.16     1
13   386      1   0  68 1965      3.87     1
14   426      1   1  63 1970      4.84     1
15   469      1   0  14 1969      2.42     1
16   493      3   1  72 1971     12.56     1
17   529      1   1  46 1971      5.80     1
18   621      1   1  72 1972      7.06     1
19   629      1   1  95 1968      5.48     1
20   659      1   1  54 1972      7.73     1
21   667      1   0  89 1968     13.85     1
22   718      1   1  25 1967      2.34     1
23   752      1   1  37 1973      4.19     1
24   779      1   1  43 1967      4.04     1
25   793      1   1  68 1970      4.84     1
26   817      1   0  67 1966      0.32     0
27   826      3   0  86 1965      8.54     1
28   833      1   0  56 1971      2.58     1
29   858      1   0  16 1967      3.56     0
30   869      1   0  42 1965      3.54     0
31   872      1   0  65 1968      0.97     0
32   967      1   1  52 1970      4.83     1
33   977      1   1  58 1967      1.62     1
34   982      1   0  60 1970      6.44     1
35  1041      1   1  68 1967     14.66     0
36  1055      1   0  75 1967      2.58     1
37  1062      1   1  19 1966      3.87     1
38  1075      1   1  66 1971      3.54     1
39  1156      1   0  56 1970      1.34     1
40  1228      1   1  46 1973      2.24     1
41  1252      1   0  58 1971      3.87     1
42  1271      1   0  74 1971      3.54     1
43  1312      1   0  65 1970     17.42     1
44  1427      3   1  64 1972      1.29     0
45  1435      1   1  27 1969      3.22     0
46  1499      2   1  73 1973      1.29     0
47  1506      1   1  56 1970      4.51     1
48  1508      2   1  63 1973      8.38     1
49  1510      2   0  69 1973      1.94     0
50  1512      2   0  77 1973      0.16     0
51  1516      1   1  80 1968      2.58     1
52  1525      3   0  76 1970      1.29     1
53  1542      2   0  65 1973      0.16     0
54  1548      1   0  61 1972      1.62     0
55  1557      2   0  26 1973      1.29     0
56  1560      1   0  57 1973      2.10     0
57  1563      2   0  45 1973      0.32     0
58  1584      1   1  31 1970      0.81     0
59  1605      2   0  36 1973      1.13     0
60  1621      1   0  46 1972      5.16     1
61  1627      2   0  43 1973      1.62     0
62  1634      2   0  68 1973      1.37     0
63  1641      2   1  57 1973      0.24     0
64  1641      2   0  57 1973      0.81     0
65  1648      2   0  55 1973      1.29     0
66  1652      2   0  58 1973      1.29     0
67  1654      2   1  20 1973      0.97     0
68  1654      2   0  67 1973      1.13     0
69  1667      1   0  44 1971      5.80     1
70  1678      2   0  59 1973      1.29     0
71  1685      2   0  32 1973      0.48     0
72  1690      1   1  83 1971      1.62     0
73  1710      2   0  55 1973      2.26     0
74  1710      2   1  15 1973      0.58     0
75  1726      1   0  58 1970      0.97     1
76  1745      2   0  47 1973      2.58     1
77  1762      2   0  54 1973      0.81     0
78  1779      2   1  55 1973      3.54     1
79  1787      2   1  38 1973      0.97     0
80  1787      2   0  41 1973      1.78     1
81  1793      2   0  56 1973      1.94     0
82  1804      2   0  48 1973      1.29     0
83  1812      2   1  44 1973      3.22     1
84  1836      2   0  70 1972      1.53     0
85  1839      2   0  40 1972      1.29     0
86  1839      2   1  53 1972      1.62     1
87  1854      2   0  65 1972      1.62     1
88  1856      2   1  54 1972      0.32     0
89  1860      3   1  71 1969      4.84     1
90  1864      2   0  49 1972      1.29     0
91  1899      2   0  55 1972      0.97     0
92  1914      2   0  69 1972      3.06     0
93  1919      2   1  83 1972      3.54     0
94  1920      2   1  60 1972      1.62     1
95  1927      2   1  40 1972      2.58     1
96  1933      1   0  77 1972      1.94     0
97  1942      2   0  35 1972      0.81     0
98  1955      2   0  46 1972      7.73     1
99  1956      2   0  34 1972      0.97     0
100 1958      2   0  69 1972     12.88     0
101 1963      2   0  60 1972      2.58     0
102 1970      2   1  84 1972      4.09     1
103 2005      2   0  66 1972      0.64     0
104 2007      2   1  56 1972      0.97     0
105 2011      2   0  75 1972      3.22     1
106 2024      2   0  36 1972      1.62     0
107 2028      2   1  52 1972      3.87     1
108 2038      2   0  58 1972      0.32     1
109 2056      2   0  39 1972      0.32     0
110 2059      2   1  68 1972      3.22     1
111 2061      1   1  71 1968      2.26     0
112 2062      1   0  52 1965      3.06     0
113 2075      2   1  55 1972      2.58     1
114 2085      3   0  66 1970      0.65     0
115 2102      2   1  35 1972      1.13     0
116 2103      1   1  44 1966      0.81     0
117 2104      2   0  72 1972      0.97     0
118 2108      1   0  58 1969      1.76     1
119 2112      2   0  54 1972      1.94     1
120 2150      2   0  33 1972      0.65     0
121 2156      2   0  45 1972      0.97     0
122 2165      2   1  62 1972      5.64     0
123 2209      2   0  72 1971      9.66     0
124 2227      2   0  51 1971      0.10     0
125 2227      2   1  77 1971      5.48     1
126 2256      1   0  43 1971      2.26     1
127 2264      2   0  65 1971      4.83     1
128 2339      2   0  63 1971      0.97     0
129 2361      2   1  60 1971      0.97     0
130 2387      2   0  50 1971      5.16     1
131 2388      1   1  40 1966      0.81     0
132 2403      2   0  67 1971      2.90     1
133 2426      2   0  69 1971      3.87     0
134 2426      2   0  74 1971      1.94     1
135 2431      2   0  49 1971      0.16     0
136 2460      2   0  47 1971      0.64     0
137 2467      1   0  42 1965      2.26     1
138 2492      2   0  54 1971      1.45     0
139 2493      2   1  72 1971      4.82     1
140 2521      2   0  45 1971      1.29     1
141 2542      2   1  67 1971      7.89     1
142 2559      2   0  48 1970      0.81     1
 [ reached getOption("max.print") -- omitted 63 rows ]
[1] "MASS"
[1] "OME"
[1] "Tests of Auditory Perception in Children with OME"
      ID Age  OME Loud      Noise Correct Trials
1      1  30  low   35   coherent       1      4
2      1  30  low   35 incoherent       4      5
3      1  30  low   40   coherent       0      3
4      1  30  low   40 incoherent       1      1
5      1  30  low   45   coherent       2      4
6      1  30  low   45 incoherent       2      2
7      1  30  low   50   coherent       3      3
8      1  30  low   50 incoherent       4      4
9      1  30  low   55   coherent       3      3
10     1  30  low   55 incoherent       2      2
11     1  60  low   35   coherent       2      4
12     1  60  low   35 incoherent       3      4
13     1  60  low   40   coherent       1      4
14     1  60  low   40 incoherent       1      1
15     1  60  low   45   coherent       1      2
16     1  60  low   45 incoherent       5      5
17     1  60  low   50   coherent       4      4
18     1  60  low   50 incoherent       2      2
19     1  60  low   55   coherent       3      3
20     1  60  low   55 incoherent       4      4
21     3  60  low   35   coherent       4      6
22     3  60  low   35 incoherent       4      6
23     3  60  low   40   coherent       4     10
24     3  60  low   40 incoherent       5      5
25     3  60  low   45   coherent       5      6
26     3  60  low   45 incoherent       6      6
27     3  60  low   50   coherent       9     10
28     3  60  low   50 incoherent       8      8
29     3  60  low   55   coherent       6      6
30     3  60  low   55 incoherent       5      6
31     4  60 high   35   coherent       2      5
32     4  60 high   35 incoherent       3      6
33     4  60 high   40   coherent       2      6
34     4  60 high   40 incoherent       7      7
35     4  60 high   45   coherent       2      4
36     4  60 high   45 incoherent       7      7
37     4  60 high   50   coherent       7      8
38     4  60 high   50 incoherent       7      7
39     4  60 high   55   coherent       4      4
40     4  60 high   55 incoherent       4      4
41     5  30  low   35   coherent       1      3
42     5  30  low   35 incoherent       2      4
43     5  30  low   40   coherent       2      3
44     5  30  low   40 incoherent       3      3
45     5  30  low   45   coherent       3      6
46     5  30  low   45 incoherent       5      5
47     5  30  low   50   coherent       5      5
48     5  30  low   50 incoherent       3      4
49     5  30  low   55   coherent       5      7
50     5  30  low   55 incoherent       2      2
51     5  60  low   35   coherent       4     11
52     5  60  low   35 incoherent       6      7
53     5  60  low   40   coherent       9     10
54     5  60  low   40 incoherent       8      8
55     5  60  low   45   coherent       5     11
56     5  60  low   45 incoherent       9      9
57     5  60  low   50   coherent      11     11
58     5  60  low   50 incoherent       9      9
59     5  60  low   55   coherent       8      8
60     5  60  low   55 incoherent       4      4
61     6  60  low   35   coherent       7     10
62     6  60  low   35 incoherent       3      7
63     6  60  low   40   coherent       3      6
64     6  60  low   40 incoherent       9      9
65     6  60  low   45   coherent       7     10
66     6  60  low   45 incoherent       9      9
67     6  60  low   50   coherent      12     14
68     6  60  low   50 incoherent      11     11
69     6  60  low   55   coherent       5      6
70     6  60  low   55 incoherent      11     11
71     8  30  low   35   coherent       1      4
72     8  30  low   35 incoherent       1      2
73     8  30  low   40   coherent       3      4
74     8  30  low   40 incoherent       1      1
75     8  30  low   45   coherent       2      2
76     8  30  low   45 incoherent       2      2
77     8  30  low   50   coherent       2      2
78     8  30  low   50 incoherent       3      3
79     8  30  low   55   coherent       3      3
80     8  30  low   55 incoherent       2      3
81     9  30  low   35   coherent       1      3
82     9  30  low   35 incoherent       2      3
83     9  30  low   40   coherent       3      3
84     9  30  low   40 incoherent       2      2
85     9  30  low   45   coherent       1      3
86     9  30  low   45 incoherent       2      2
87     9  30  low   50   coherent       3      3
88     9  30  low   50 incoherent       3      3
89     9  30  low   55   coherent       4      5
90     9  30  low   55 incoherent       2      2
91     9  60  low   35   coherent       3      7
92     9  60  low   35 incoherent       9     10
93     9  60  low   40   coherent       4      8
94     9  60  low   40 incoherent       4      4
95     9  60  low   45   coherent       5      6
96     9  60  low   45 incoherent       5      5
97     9  60  low   50   coherent       7      7
98     9  60  low   50 incoherent       5      5
99     9  60  low   55   coherent       9      9
100    9  60  low   55 incoherent       5      5
101   10  60  low   35   coherent       4      6
102   10  60  low   35 incoherent       5      6
103   10  60  low   40   coherent       1      3
104   10  60  low   40 incoherent       7      7
105   10  60  low   45   coherent       6     11
106   10  60  low   45 incoherent       8      8
107   10  60  low   50   coherent      10     10
108   10  60  low   50 incoherent      10     10
109   10  60  low   55   coherent       5      5
110   10  60  low   55 incoherent       7      7
111   11  60 high   35   coherent       4      7
112   11  60 high   35 incoherent       5      6
113   11  60 high   40   coherent       2      2
114   11  60 high   40 incoherent       6      6
115   11  60 high   45   coherent       2      3
116   11  60 high   45 incoherent       7      7
117   11  60 high   50   coherent       4      4
118   11  60 high   50 incoherent       7      7
119   11  60 high   55   coherent       9      9
120   11  60 high   55 incoherent       4      4
121   13  30 high   35   coherent       1      4
122   13  30 high   35 incoherent       2      4
123   13  30 high   40   coherent       2      4
124   13  30 high   40 incoherent       2      2
125   13  30 high   45   coherent       2      4
126   13  30 high   45 incoherent       4      4
127   13  30 high   50   coherent       2      2
128   13  30 high   50 incoherent       3      3
129   13  30 high   55   coherent       3      3
130   13  30 high   55 incoherent       6      6
131   13  60 high   35   coherent       3      4
132   13  60 high   35 incoherent       3      5
133   13  60 high   40   coherent       3      5
134   13  60 high   40 incoherent       2      3
135   13  60 high   45   coherent       3      4
136   13  60 high   45 incoherent       6      6
137   13  60 high   50   coherent       4      4
138   13  60 high   50 incoherent       5      5
139   13  60 high   55   coherent       3      3
140   13  60 high   55 incoherent       3      3
141   16  60  low   35   coherent       5      9
142   16  60  low   35 incoherent       6      8
 [ reached getOption("max.print") -- omitted 955 rows ]
[1] "MASS"
[1] "Pima.te"
[1] "Diabetes in Pima Indian Women"
    npreg glu  bp skin  bmi   ped age type
1       6 148  72   35 33.6 0.627  50  Yes
2       1  85  66   29 26.6 0.351  31   No
3       1  89  66   23 28.1 0.167  21   No
4       3  78  50   32 31.0 0.248  26  Yes
5       2 197  70   45 30.5 0.158  53  Yes
6       5 166  72   19 25.8 0.587  51  Yes
7       0 118  84   47 45.8 0.551  31  Yes
8       1 103  30   38 43.3 0.183  33   No
9       3 126  88   41 39.3 0.704  27   No
10      9 119  80   35 29.0 0.263  29  Yes
11      1  97  66   15 23.2 0.487  22   No
12      5 109  75   26 36.0 0.546  60   No
13      3  88  58   11 24.8 0.267  22   No
14     10 122  78   31 27.6 0.512  45   No
15      4 103  60   33 24.0 0.966  33   No
16      9 102  76   37 32.9 0.665  46  Yes
17      2  90  68   42 38.2 0.503  27  Yes
18      4 111  72   47 37.1 1.390  56  Yes
19      3 180  64   25 34.0 0.271  26   No
20      7 106  92   18 22.7 0.235  48   No
21      9 171 110   24 45.4 0.721  54  Yes
22      0 180  66   39 42.0 1.893  25  Yes
23      2  71  70   27 28.0 0.586  22   No
24      1 103  80   11 19.4 0.491  22   No
25      1 101  50   15 24.2 0.526  26   No
26      5  88  66   21 24.4 0.342  30   No
27      7 150  66   42 34.7 0.718  42   No
28      1  73  50   10 23.0 0.248  21   No
29      0 105  64   41 41.5 0.173  22   No
30      5  99  74   27 29.0 0.203  32   No
31      0 109  88   30 32.5 0.855  38  Yes
32      1  95  66   13 19.6 0.334  25   No
33      4 146  85   27 28.9 0.189  27   No
34      2 100  66   20 32.9 0.867  28  Yes
35      4 129  86   20 35.1 0.231  23   No
36      5  95  72   33 37.7 0.370  27   No
37      2 112  66   22 25.0 0.307  24   No
38      3 113  44   13 22.4 0.140  22   No
39      7  83  78   26 29.3 0.767  36   No
40      0 101  65   28 24.6 0.237  22   No
41     13 106  72   54 36.6 0.178  45   No
42      2 100  68   25 38.5 0.324  26   No
43     15 136  70   32 37.1 0.153  43  Yes
44      4 123  80   15 32.0 0.443  34   No
45      7  81  78   40 46.7 0.261  42   No
46      2  92  62   28 31.6 0.130  24   No
47      6  93  50   30 28.7 0.356  23   No
48      1 122  90   51 49.7 0.325  31  Yes
49      1  81  72   18 26.6 0.283  24   No
50      1 126  56   29 28.7 0.801  21   No
51      4 144  58   28 29.5 0.287  37   No
52      1  89  76   34 31.2 0.192  23   No
53      7 160  54   32 30.5 0.588  39  Yes
54      4  97  60   23 28.2 0.443  22   No
55      0 162  76   56 53.2 0.759  25  Yes
56      2 107  74   30 33.6 0.404  23   No
57      1  88  30   42 55.0 0.496  26  Yes
58      1 117  88   24 34.5 0.403  40  Yes
59      4 173  70   14 29.7 0.361  33  Yes
60      3 170  64   37 34.5 0.356  30  Yes
61      8  84  74   31 38.3 0.457  39   No
62      0 100  70   26 30.8 0.597  21   No
63      0  93  60   25 28.7 0.532  22   No
64      5 106  82   30 39.5 0.286  38   No
65      2 108  52   26 32.5 0.318  22   No
66      2 106  64   35 30.5 1.400  34   No
67      2  90  70   17 27.3 0.085  22   No
68      9 156  86   28 34.3 1.189  42  Yes
69      1 153  82   42 40.6 0.687  23   No
70      7 152  88   44 50.0 0.337  36  Yes
71      2  88  74   19 29.0 0.229  22   No
72     17 163  72   41 40.9 0.817  47  Yes
73      4 151  90   38 29.7 0.294  36   No
74      7 102  74   40 37.2 0.204  45   No
75      0 114  80   34 44.2 0.167  27   No
76      6 104  74   18 29.9 0.722  41  Yes
77      2  75  64   24 29.7 0.370  33   No
78      8 179  72   42 32.7 0.719  36  Yes
79      0 129 110   46 67.1 0.319  26  Yes
80      1 128  98   41 32.0 1.321  33  Yes
81      8 109  76   39 27.9 0.640  31  Yes
82      4 109  64   44 34.8 0.905  26  Yes
83      0 113  80   16 31.0 0.874  21   No
84      0 108  68   20 27.3 0.787  32   No
85      5 111  72   28 23.9 0.407  27   No
86      8 196  76   29 37.5 0.605  57  Yes
87      2  81  60   22 27.7 0.290  25   No
88      0 147  85   54 42.8 0.375  24   No
89      5 109  62   41 35.8 0.514  25  Yes
90      6 125  68   30 30.0 0.464  32   No
91      5  85  74   22 29.0 1.224  32  Yes
92      7 142  60   33 28.8 0.687  61   No
93      1 100  66   15 23.6 0.666  26   No
94      1  87  78   27 34.6 0.101  22   No
95      3 162  52   38 37.2 0.652  24  Yes
96      4 197  70   39 36.7 2.329  31   No
97      0 117  80   31 45.2 0.089  24   No
98      6 134  80   37 46.2 0.238  46  Yes
99      3  74  68   28 29.7 0.293  23   No
100     7 181  84   21 35.9 0.586  51  Yes
101     0 179  90   27 44.1 0.686  23  Yes
102     1  91  64   24 29.2 0.192  21   No
103     4  91  70   32 33.1 0.446  22   No
104     6 119  50   22 27.1 1.318  33  Yes
105     2 146  76   35 38.2 0.329  29   No
106     9 184  85   15 30.0 1.213  49  Yes
107     0 165  90   33 52.3 0.427  23   No
108     9 124  70   33 35.4 0.282  34   No
109     1 111  86   19 30.1 0.143  23   No
110     2  90  80   14 24.4 0.249  24   No
111     1 113  64   35 33.6 0.543  21  Yes
112     3 111  56   39 30.1 0.557  30   No
113    11 155  76   28 33.3 1.353  51  Yes
114     4  95  70   32 32.1 0.612  24   No
115     5  96  74   18 33.6 0.997  43   No
116     2 128  64   42 40.0 1.101  24   No
117    10 101  86   37 45.6 1.136  38  Yes
118     2 108  62   32 25.2 0.128  21   No
119     2 100  70   52 40.5 0.677  25   No
120     7 106  60   24 26.5 0.296  29  Yes
121     0 104  64   23 27.8 0.454  23   No
122     2 108  62   10 25.3 0.881  22   No
123     7 133  88   15 32.4 0.262  37   No
124     7 136  74   26 26.0 0.647  51   No
125     1 119  86   39 45.6 0.808  29  Yes
 [ reached getOption("max.print") -- omitted 207 rows ]
[1] "MASS"
[1] "Pima.tr"
[1] "Diabetes in Pima Indian Women"
    npreg glu  bp skin  bmi   ped age type
1       5  86  68   28 30.2 0.364  24   No
2       7 195  70   33 25.1 0.163  55  Yes
3       5  77  82   41 35.8 0.156  35   No
4       0 165  76   43 47.9 0.259  26   No
5       0 107  60   25 26.4 0.133  23   No
6       5  97  76   27 35.6 0.378  52  Yes
7       3  83  58   31 34.3 0.336  25   No
8       1 193  50   16 25.9 0.655  24   No
9       3 142  80   15 32.4 0.200  63   No
10      2 128  78   37 43.3 1.224  31  Yes
11      0 137  40   35 43.1 2.288  33  Yes
12      9 154  78   30 30.9 0.164  45   No
13      1 189  60   23 30.1 0.398  59  Yes
14     12  92  62    7 27.6 0.926  44  Yes
15      1  86  66   52 41.3 0.917  29   No
16      4  99  76   15 23.2 0.223  21   No
17      1 109  60    8 25.4 0.947  21   No
18     11 143  94   33 36.6 0.254  51  Yes
19      1 149  68   29 29.3 0.349  42  Yes
20      0 139  62   17 22.1 0.207  21   No
21      2  99  70   16 20.4 0.235  27   No
22      1 100  66   29 32.0 0.444  42   No
23      4  83  86   19 29.3 0.317  34   No
24      0 101  64   17 21.0 0.252  21   No
25      1  87  68   34 37.6 0.401  24   No
26      9 164  84   21 30.8 0.831  32  Yes
27      1  99  58   10 25.4 0.551  21   No
28      0 140  65   26 42.6 0.431  24  Yes
29      5 108  72   43 36.1 0.263  33   No
30      2 110  74   29 32.4 0.698  27   No
31      1  79  60   42 43.5 0.678  23   No
32      3 148  66   25 32.5 0.256  22   No
33      0 121  66   30 34.3 0.203  33  Yes
34      3 158  64   13 31.2 0.295  24   No
35      2 105  80   45 33.7 0.711  29  Yes
36     13 145  82   19 22.2 0.245  57   No
37      1  79  80   25 25.4 0.583  22   No
38      1  71  48   18 20.4 0.323  22   No
39      0 102  86   17 29.3 0.695  27   No
40      0 119  66   27 38.8 0.259  22   No
41      8 176  90   34 33.7 0.467  58  Yes
42      1  97  68   21 27.2 1.095  22   No
43      4 129  60   12 27.5 0.527  31   No
44      1  97  64   19 18.2 0.299  21   No
45      0  86  68   32 35.8 0.238  25   No
46      2 125  60   20 33.8 0.088  31   No
47      5 123  74   40 34.1 0.269  28   No
48      2  92  76   20 24.2 1.698  28   No
49      3 171  72   33 33.3 0.199  24  Yes
50      1 199  76   43 42.9 1.394  22  Yes
51      3 116  74   15 26.3 0.107  24   No
52      2  83  66   23 32.2 0.497  22   No
53      8 154  78   32 32.4 0.443  45  Yes
54      1 114  66   36 38.1 0.289  21   No
55      1 106  70   28 34.2 0.142  22   No
56      4 127  88   11 34.5 0.598  28   No
57      1 124  74   36 27.8 0.100  30   No
58      1 109  38   18 23.1 0.407  26   No
59      2 123  48   32 42.1 0.520  26   No
60      8 167 106   46 37.6 0.165  43  Yes
61      7 184  84   33 35.5 0.355  41  Yes
62      1  96  64   27 33.2 0.289  21   No
63     10 129  76   28 35.9 0.280  39   No
64      6  92  62   32 32.0 0.085  46   No
65      6 109  60   27 25.0 0.206  27   No
66      5 139  80   35 31.6 0.361  25  Yes
67      6 134  70   23 35.4 0.542  29  Yes
68      3 106  54   21 30.9 0.292  24   No
69      0 131  66   40 34.3 0.196  22  Yes
70      0 135  94   46 40.6 0.284  26   No
71      5 158  84   41 39.4 0.395  29  Yes
72      3 112  74   30 31.6 0.197  25  Yes
73      8 181  68   36 30.1 0.615  60  Yes
74      2 121  70   32 39.1 0.886  23   No
75      1 168  88   29 35.0 0.905  52  Yes
76      1 144  82   46 46.1 0.335  46  Yes
77      2 101  58   17 24.2 0.614  23   No
78      2  96  68   13 21.1 0.647  26   No
79      3 107  62   13 22.9 0.678  23  Yes
80     12 121  78   17 26.5 0.259  62   No
81      2 100  64   23 29.7 0.368  21   No
82      4 154  72   29 31.3 0.338  37   No
83      6 125  78   31 27.6 0.565  49  Yes
84     10 125  70   26 31.1 0.205  41  Yes
85      2 122  76   27 35.9 0.483  26   No
86      2 114  68   22 28.7 0.092  25   No
87      1 115  70   30 34.6 0.529  32  Yes
88      7 114  76   17 23.8 0.466  31   No
89      2 115  64   22 30.8 0.421  21   No
90      1 130  60   23 28.6 0.692  21   No
91      1  79  75   30 32.0 0.396  22   No
92      4 112  78   40 39.4 0.236  38   No
93      7 150  78   29 35.2 0.692  54  Yes
94      1  91  54   25 25.2 0.234  23   No
95      1 100  72   12 25.3 0.658  28   No
96     12 140  82   43 39.2 0.528  58  Yes
97      4 110  76   20 28.4 0.118  27   No
98      2  94  76   18 31.6 0.649  23   No
99      2  84  50   23 30.4 0.968  21   No
100    10 148  84   48 37.6 1.001  51  Yes
101     3  61  82   28 34.4 0.243  46   No
102     4 117  62   12 29.7 0.380  30  Yes
103     3  99  80   11 19.3 0.284  30   No
104     3  80  82   31 34.2 1.292  27  Yes
105     4 154  62   31 32.8 0.237  23   No
106     6 103  72   32 37.7 0.324  55   No
107     6 111  64   39 34.2 0.260  24   No
108     0 124  70   20 27.4 0.254  36  Yes
109     1 143  74   22 26.2 0.256  21   No
110     1  81  74   41 46.3 1.096  32   No
111     4 189 110   31 28.5 0.680  37   No
112     4 116  72   12 22.1 0.463  37   No
113     7 103  66   32 39.1 0.344  31  Yes
114     8 124  76   24 28.7 0.687  52  Yes
115     1  71  78   50 33.2 0.422  21   No
116     0 137  84   27 27.3 0.231  59   No
117     9 112  82   32 34.2 0.260  36  Yes
118     4 148  60   27 30.9 0.150  29  Yes
119     1 136  74   50 37.4 0.399  24   No
120     9 145  80   46 37.9 0.637  40  Yes
121     1  93  56   11 22.5 0.417  22   No
122     1 107  72   30 30.8 0.821  24   No
123    12 151  70   40 41.8 0.742  38  Yes
124     1  97  70   40 38.1 0.218  30   No
125     5 144  82   26 32.0 0.452  58  Yes
 [ reached getOption("max.print") -- omitted 75 rows ]
[1] "MASS"
[1] "Pima.tr2"
[1] "Diabetes in Pima Indian Women"
    npreg glu  bp skin  bmi   ped age type
1       5  86  68   28 30.2 0.364  24   No
2       7 195  70   33 25.1 0.163  55  Yes
3       5  77  82   41 35.8 0.156  35   No
4       0 165  76   43 47.9 0.259  26   No
5       0 107  60   25 26.4 0.133  23   No
6       5  97  76   27 35.6 0.378  52  Yes
7       3  83  58   31 34.3 0.336  25   No
8       1 193  50   16 25.9 0.655  24   No
9       3 142  80   15 32.4 0.200  63   No
10      2 128  78   37 43.3 1.224  31  Yes
11      0 137  40   35 43.1 2.288  33  Yes
12      9 154  78   30 30.9 0.164  45   No
13      1 189  60   23 30.1 0.398  59  Yes
14     12  92  62    7 27.6 0.926  44  Yes
15      1  86  66   52 41.3 0.917  29   No
16      4  99  76   15 23.2 0.223  21   No
17      1 109  60    8 25.4 0.947  21   No
18     11 143  94   33 36.6 0.254  51  Yes
19      1 149  68   29 29.3 0.349  42  Yes
20      0 139  62   17 22.1 0.207  21   No
21      2  99  70   16 20.4 0.235  27   No
22      1 100  66   29 32.0 0.444  42   No
23      4  83  86   19 29.3 0.317  34   No
24      0 101  64   17 21.0 0.252  21   No
25      1  87  68   34 37.6 0.401  24   No
26      9 164  84   21 30.8 0.831  32  Yes
27      1  99  58   10 25.4 0.551  21   No
28      0 140  65   26 42.6 0.431  24  Yes
29      5 108  72   43 36.1 0.263  33   No
30      2 110  74   29 32.4 0.698  27   No
31      1  79  60   42 43.5 0.678  23   No
32      3 148  66   25 32.5 0.256  22   No
33      0 121  66   30 34.3 0.203  33  Yes
34      3 158  64   13 31.2 0.295  24   No
35      2 105  80   45 33.7 0.711  29  Yes
36     13 145  82   19 22.2 0.245  57   No
37      1  79  80   25 25.4 0.583  22   No
38      1  71  48   18 20.4 0.323  22   No
39      0 102  86   17 29.3 0.695  27   No
40      0 119  66   27 38.8 0.259  22   No
41      8 176  90   34 33.7 0.467  58  Yes
42      1  97  68   21 27.2 1.095  22   No
43      4 129  60   12 27.5 0.527  31   No
44      1  97  64   19 18.2 0.299  21   No
45      0  86  68   32 35.8 0.238  25   No
46      2 125  60   20 33.8 0.088  31   No
47      5 123  74   40 34.1 0.269  28   No
48      2  92  76   20 24.2 1.698  28   No
49      3 171  72   33 33.3 0.199  24  Yes
50      1 199  76   43 42.9 1.394  22  Yes
51      3 116  74   15 26.3 0.107  24   No
52      2  83  66   23 32.2 0.497  22   No
53      8 154  78   32 32.4 0.443  45  Yes
54      1 114  66   36 38.1 0.289  21   No
55      1 106  70   28 34.2 0.142  22   No
56      4 127  88   11 34.5 0.598  28   No
57      1 124  74   36 27.8 0.100  30   No
58      1 109  38   18 23.1 0.407  26   No
59      2 123  48   32 42.1 0.520  26   No
60      8 167 106   46 37.6 0.165  43  Yes
61      7 184  84   33 35.5 0.355  41  Yes
62      1  96  64   27 33.2 0.289  21   No
63     10 129  76   28 35.9 0.280  39   No
64      6  92  62   32 32.0 0.085  46   No
65      6 109  60   27 25.0 0.206  27   No
66      5 139  80   35 31.6 0.361  25  Yes
67      6 134  70   23 35.4 0.542  29  Yes
68      3 106  54   21 30.9 0.292  24   No
69      0 131  66   40 34.3 0.196  22  Yes
70      0 135  94   46 40.6 0.284  26   No
71      5 158  84   41 39.4 0.395  29  Yes
72      3 112  74   30 31.6 0.197  25  Yes
73      8 181  68   36 30.1 0.615  60  Yes
74      2 121  70   32 39.1 0.886  23   No
75      1 168  88   29 35.0 0.905  52  Yes
76      1 144  82   46 46.1 0.335  46  Yes
77      2 101  58   17 24.2 0.614  23   No
78      2  96  68   13 21.1 0.647  26   No
79      3 107  62   13 22.9 0.678  23  Yes
80     12 121  78   17 26.5 0.259  62   No
81      2 100  64   23 29.7 0.368  21   No
82      4 154  72   29 31.3 0.338  37   No
83      6 125  78   31 27.6 0.565  49  Yes
84     10 125  70   26 31.1 0.205  41  Yes
85      2 122  76   27 35.9 0.483  26   No
86      2 114  68   22 28.7 0.092  25   No
87      1 115  70   30 34.6 0.529  32  Yes
88      7 114  76   17 23.8 0.466  31   No
89      2 115  64   22 30.8 0.421  21   No
90      1 130  60   23 28.6 0.692  21   No
91      1  79  75   30 32.0 0.396  22   No
92      4 112  78   40 39.4 0.236  38   No
93      7 150  78   29 35.2 0.692  54  Yes
94      1  91  54   25 25.2 0.234  23   No
95      1 100  72   12 25.3 0.658  28   No
96     12 140  82   43 39.2 0.528  58  Yes
97      4 110  76   20 28.4 0.118  27   No
98      2  94  76   18 31.6 0.649  23   No
99      2  84  50   23 30.4 0.968  21   No
100    10 148  84   48 37.6 1.001  51  Yes
101     3  61  82   28 34.4 0.243  46   No
102     4 117  62   12 29.7 0.380  30  Yes
103     3  99  80   11 19.3 0.284  30   No
104     3  80  82   31 34.2 1.292  27  Yes
105     4 154  62   31 32.8 0.237  23   No
106     6 103  72   32 37.7 0.324  55   No
107     6 111  64   39 34.2 0.260  24   No
108     0 124  70   20 27.4 0.254  36  Yes
109     1 143  74   22 26.2 0.256  21   No
110     1  81  74   41 46.3 1.096  32   No
111     4 189 110   31 28.5 0.680  37   No
112     4 116  72   12 22.1 0.463  37   No
113     7 103  66   32 39.1 0.344  31  Yes
114     8 124  76   24 28.7 0.687  52  Yes
115     1  71  78   50 33.2 0.422  21   No
116     0 137  84   27 27.3 0.231  59   No
117     9 112  82   32 34.2 0.260  36  Yes
118     4 148  60   27 30.9 0.150  29  Yes
119     1 136  74   50 37.4 0.399  24   No
120     9 145  80   46 37.9 0.637  40  Yes
121     1  93  56   11 22.5 0.417  22   No
122     1 107  72   30 30.8 0.821  24   No
123    12 151  70   40 41.8 0.742  38  Yes
124     1  97  70   40 38.1 0.218  30   No
125     5 144  82   26 32.0 0.452  58  Yes
 [ reached getOption("max.print") -- omitted 175 rows ]
[1] "MASS"
[1] "Rabbit"
[1] "Blood Pressure in Rabbits"
   BPchange   Dose Run Treatment Animal
1      0.50   6.25  C1   Control     R1
2      4.50  12.50  C1   Control     R1
3     10.00  25.00  C1   Control     R1
4     26.00  50.00  C1   Control     R1
5     37.00 100.00  C1   Control     R1
6     32.00 200.00  C1   Control     R1
7      1.00   6.25  C2   Control     R2
8      1.25  12.50  C2   Control     R2
9      4.00  25.00  C2   Control     R2
10    12.00  50.00  C2   Control     R2
11    27.00 100.00  C2   Control     R2
12    29.00 200.00  C2   Control     R2
13     0.75   6.25  C3   Control     R3
14     3.00  12.50  C3   Control     R3
15     3.00  25.00  C3   Control     R3
16    14.00  50.00  C3   Control     R3
17    22.00 100.00  C3   Control     R3
18    24.00 200.00  C3   Control     R3
19     1.25   6.25  C4   Control     R4
20     1.50  12.50  C4   Control     R4
21     6.00  25.00  C4   Control     R4
22    19.00  50.00  C4   Control     R4
23    33.00 100.00  C4   Control     R4
24    33.00 200.00  C4   Control     R4
25     1.50   6.25  C5   Control     R5
26     1.50  12.50  C5   Control     R5
27     5.00  25.00  C5   Control     R5
28    16.00  50.00  C5   Control     R5
29    20.00 100.00  C5   Control     R5
30    18.00 200.00  C5   Control     R5
31     1.25   6.25  M1       MDL     R1
32     0.75  12.50  M1       MDL     R1
33     4.00  25.00  M1       MDL     R1
34     9.00  50.00  M1       MDL     R1
35    25.00 100.00  M1       MDL     R1
36    37.00 200.00  M1       MDL     R1
37     1.40   6.25  M2       MDL     R2
38     1.70  12.50  M2       MDL     R2
39     1.00  25.00  M2       MDL     R2
40     2.00  50.00  M2       MDL     R2
41    15.00 100.00  M2       MDL     R2
42    28.00 200.00  M2       MDL     R2
43     0.75   6.25  M3       MDL     R3
44     2.30  12.50  M3       MDL     R3
45     3.00  25.00  M3       MDL     R3
46     5.00  50.00  M3       MDL     R3
47    26.00 100.00  M3       MDL     R3
48    25.00 200.00  M3       MDL     R3
49     2.60   6.25  M4       MDL     R4
50     1.20  12.50  M4       MDL     R4
51     2.00  25.00  M4       MDL     R4
52     3.00  50.00  M4       MDL     R4
53    11.00 100.00  M4       MDL     R4
54    22.00 200.00  M4       MDL     R4
55     2.40   6.25  M5       MDL     R5
56     2.50  12.50  M5       MDL     R5
57     1.50  25.00  M5       MDL     R5
58     2.00  50.00  M5       MDL     R5
59     9.00 100.00  M5       MDL     R5
60    19.00 200.00  M5       MDL     R5
[1] "MASS"
[1] "Rubber"
[1] "Accelerated Testing of Tyre Rubber"
   loss hard tens
1   372   45  162
2   206   55  233
3   175   61  232
4   154   66  231
5   136   71  231
6   112   71  237
7    55   81  224
8    45   86  219
9   221   53  203
10  166   60  189
11  164   64  210
12  113   68  210
13   82   79  196
14   32   81  180
15  228   56  200
16  196   68  173
17  128   75  188
18   97   83  161
19   64   88  119
20  249   59  161
21  219   71  151
22  186   80  165
23  155   82  151
24  114   89  128
25  341   51  161
26  340   59  146
27  283   65  148
28  267   74  144
29  215   81  134
30  148   86  127
[1] "MASS"
[1] "SP500"
[1] "Returns of the Standard and Poors 500"
   [1] -0.258890812 -0.865030659 -0.980413860  0.450432071 -1.185666639 -0.662909750  0.350655682 -2.498459565 -0.865678371  1.106614022 -0.987990046  0.233869761  0.283461967 -2.619898027  0.371607249 -0.407935659 -1.273747300 -0.085905387 -0.184331849 -0.684997587  1.871048050 -0.088163321  0.645740523  0.280640527 -0.662123929  1.233038941 -0.236984707  0.198025808 -1.066757140  0.284374719  0.298629243  0.863703075 -0.650082426 -1.431817532 -0.097611575 -0.603029209 -0.477034066  1.384783625  0.482601516  0.492336568  0.255781552  0.837977011 -0.537892762  1.247652672 -0.290422205  0.980486872 -0.690064667  0.218740850 -0.791502198  0.258593929  0.355587538  1.129456990  0.472689956 -0.572180805 -0.537201685 -1.199250415  0.454742131  0.121508498  1.139705768  0.146305805 -0.354428526 -0.249732035 -0.365437163  1.447983795 -0.744822569 -0.105599728 -0.190949075  0.378604899  0.204846144 -0.043860291  0.705274978  0.116096838 -0.017405935 -1.155542476 -0.774889339 -0.882345559 -1.221925527 -0.208645243  0.504235734  0.267689460 -1.151017949  0.512192176  0.437373444  0.668938945  0.325349142  0.836849800  0.630415097  0.433674897  0.248222418  0.279606403  2.351291098  0.778214044 -0.132575510 -0.079064781  0.132680302  0.047947428  0.942979596  0.120039655  0.239647888 -0.245227934 -1.074359203  1.697396848  0.058211253  0.102480309  0.532863393  1.160766428 -0.207073258 -0.459268166 -0.497178648 -1.230170945  0.810732708  1.269457065 -0.369281689 -0.549602922  0.002755542 -1.675527882  0.444538371  0.175592670  0.380783428 -1.408041142 -0.881685424 -0.070985423  0.871046231  0.698685447  0.108991836  0.423658586  0.172294054 -1.251692694  0.767403290  0.306432532 -0.846361947  1.320868560  1.158723246  0.510407113  0.445495535 -0.388339456 -0.901965827  0.301560116 -1.020739882 -1.757563514  0.135002130  0.364718169 -0.330996095 -0.696415023  0.595214666  0.168610409 -0.177048397 -1.142869582 -1.901427306 -3.071094747  0.119535023  1.045792234  0.468826877 -1.308756430  0.984645241  0.162186904  0.197218402 -2.281309434 -1.381379695  0.207209752 -2.045061047 -1.663546140 -3.043803876  1.438827221  3.137946063 -0.031114845  0.883001105 -1.704816527  1.200756704  0.164175674  0.401557344 -1.218903205  0.913248356 -0.548813061 -0.183609058  0.466143359 -1.213383779 -0.572796933  0.296249823  0.260854682 -0.629725003 -1.630401674 -0.051380862 -2.185471211  1.197697274 -1.043510415 -1.349788656  1.673789529  2.863365720  0.085693888 -1.216082397  0.413402502 -0.381294619  0.633622396 -2.709597046 -1.555796133 -1.654816649  1.534900576  1.060912381 -1.431561440 -0.053540357  2.309449208  2.180539956  0.726997654 -0.765407487  0.076804919 -0.780388372 -1.776002965 -0.933091720  0.719546294 -0.019734895  0.988519064  1.560941093  0.874790075 -0.948570693 -1.816671563  0.521496570  1.973187057  1.813005662 -0.568156594  0.855710708 -1.060535182  0.031538777  0.697611477 -1.270008404  0.228086392 -0.294709703  0.446478790  0.501096209 -0.047166104 -0.482369269  1.816409704  0.581756808  0.691831493  1.087977575 -0.257970674 -0.401937145  0.347222571 -0.747718375  1.142208175 -0.257759456 -0.768109117 -0.245083145  1.228542896  0.045437335 -0.024230676  0.492544849 -0.559209498  0.287552222 -0.776773636  0.130896048  0.455277443 -1.148230137 -1.400479426 -0.283088024 -1.747263356 -0.171336146 -1.088789312  0.971222611  0.222307002 -0.873006246  0.396027473  0.774730022  3.664209717  1.290535936 -0.352787231 -0.834134384  0.577053171  1.374478397  0.384587192 -0.011902991 -0.056558562  1.498365676  0.881963547 -0.256193916  1.530280517  0.834767569  1.920180802 -0.433815875  0.790650465  2.536094049 -0.839150521  0.958456392 -1.309276245  1.320115178  0.089376402 -1.157215479 -0.046568326  0.186143329  0.439345237 -1.219076283  1.349688547 -0.182360116  0.921990424 -0.308191647  1.981165261 -0.146103706 -0.069141583 -0.255706929 -0.532150846 -0.788709185  1.219461795 -0.286069681  0.024093483 -0.396942991 -1.494545214  0.362146588 -0.364874469  0.245211686  0.637454519  1.734325700 -0.252777358 -0.034640340 -1.050215943  2.184423565 -0.147671563  0.218792511 -1.168024085  0.875313936 -1.356007058 -0.109815066  1.193439669  0.730845040  0.207460782  1.672753979  0.727444184 -0.510971570 -1.102695407 -0.849511742  0.212400599  0.261602200 -0.921254268 -0.060664409 -1.424268111  0.448598883  1.310183770  0.060461878  0.073556458 -0.189254604 -0.728812310  0.314885883  1.244502514 -1.979010291  0.271096512 -1.373655315 -0.824117392  0.977382369  0.053721562 -0.029543288  0.821266470  0.223541089 -0.327498129  0.672472466  1.171944994  0.222300773  1.083479258  0.738941814 -0.455077981 -0.082495493 -0.685793871 -0.379852679 -1.100841982 -0.226913026  0.652960378 -1.161422584  0.259850600  1.226460262 -0.566618341 -0.405947415 -0.928782815  0.087940206  0.618720191 -1.819227669 -0.078210336  0.253287482  0.753364868 -0.869150812  1.804929652 -0.119143768 -1.102834832  0.200693127  1.026577458 -0.485379907 -0.098423896  0.326819385  0.866332245  0.561209907 -0.222533570 -0.094399000  1.093220724 -0.298860655 -0.349368104 -0.907785324 -0.205788533  0.610849714 -0.007875153  0.581092620  0.919678102  0.289219052 -0.178080648  0.015497869 -0.549053487  1.433605411 -0.015361376 -0.317997909 -0.566690507  0.232216220  0.411502047  0.071839084 -0.146298295 -0.967861887 -2.391033138  0.783176380  2.898828988  0.189277732  0.723109453 -0.081216217 -0.200785418  0.906679632 -0.042869212 -0.262659578 -0.832936073 -0.557460657 -0.213063704 -0.010279605 -0.136304623 -1.037351017  0.137724962  0.582578710 -0.972858645  0.569298495 -0.072606579  0.372844925  0.160103327  0.092845728 -0.516903870  0.462754338 -0.214307006 -0.100857295 -0.152772593  0.506618122  0.344890054 -0.241813201 -0.980945580 -0.841043457 -0.460073109  0.307826124 -1.021831537  0.990303201  0.236220582  1.307446482  1.167888975  0.456744137 -0.224283915  0.147879989 -0.633851736 -0.563092058  0.028358921 -0.742555255 -0.226188561  1.375196154  0.501921668  0.377339696 -0.129868495 -0.288350098 -0.266120935 -0.403086593  0.323624878  0.957018367 -0.211032229  0.058523430  0.916624553  0.168733906 -0.065445029 -3.727171352  0.682418714 -1.522274577 -0.234844095  0.403380502 -1.036772048 -0.212913265  0.695608805 -0.373752937 -0.353831993  1.633617255 -0.115431043 -0.233893646 -0.707631078  0.452088702 -0.221823266 -0.095217950 -0.052938064  1.014167402  0.762385876 -0.002601017 -0.448384484  0.193156073 -0.250652873  1.174710738  2.495473050  0.630536536  1.370378459  0.399359584  2.113028958  0.468621311  0.040750285  0.497251802 -0.329631255 -0.134073952  0.167564372 -0.117265572 -0.602852758 -0.183256224  1.461488914  0.078458415 -0.610266739  0.155303650 -0.598646456 -0.897472851  1.321684682 -0.761025891  0.125234832 -0.118005480 -0.007229351 -1.119604571  0.311450931 -0.692347963  0.183304667  1.049342865 -0.002416364 -0.004832902 -0.661892805  0.649809527 -0.002416831  0.811182823 -0.828102274 -0.292918132 -1.244130896  0.215781556  1.372017241 -0.598550246  0.203957822 -0.442435572  1.186741949 -0.359378590 -0.280681563 -0.060595045  0.096934456 -0.856265418 -0.691314775 -0.510513471  0.190205702  0.413742740 -0.705374601 -0.034656897  0.481642960  0.135429640  0.781895475 -0.105040743  0.158739883  0.365363943 -0.338525183 -0.251590895 -0.333170323  0.083396703 -1.074749055 -0.123992576  0.171069474  0.133676622 -0.927025639  0.261829213  1.001073851 -1.874004945 -0.898360741  1.544412819  0.906917376  0.441774229  1.541931902  0.938860722 -0.057670128 -1.418532174  0.019501731 -0.109746740  0.435836631 -0.628794936 -0.139454681  0.161456075  0.708782332  0.708613918 -0.584910064  1.056144076 -0.016791604 -0.011995730 -0.225787951  0.048082703  0.584754943 -0.527086201  0.038427361 -0.797988781 -0.740987077  0.661079088  0.858684936 -0.235645007 -0.673923733  0.343568120 -0.632399767  0.184560144  1.102664054 -0.334098786  0.468384931 -0.914787313  0.263256561 -0.321314524  0.053221086 -0.029026172 -0.801539352 -0.687624297  0.441015048  0.173422449  0.129260429 -0.481304602 -1.495253499 -0.323697402  0.673604078 -0.066908697  0.158525744 -0.049512305 -0.178447554  0.081827992  1.351588172 -0.195819321  1.154674104 -0.269205280  0.501448465 -1.137314811  0.273357585  0.958152168  0.094106299  0.060278004  0.675037096 -0.138958790  0.105434688 -0.460896682 -0.450945457  0.002416889 -0.686321189  0.279462157 -0.116550130 -0.014578322  1.442622660  1.121774193  0.399456892  0.068385745  0.207229557 -0.171875962 -0.512670191 -0.379696225 -0.407400471  0.128832178 -0.124057655 -0.267724977 -0.011968738  0.520511179  0.197466311  0.142504299 -0.750423399  0.016737402 -0.818623962 -1.000529199  0.216458197  0.460539887  0.004836525  0.316284050 -0.195446875  0.491508037  0.458006915  0.000000000 -0.215553457 -0.634983854  0.462205926  0.858538592 -0.088144563  1.347005038 -1.301731910  0.035727471  0.002381378  0.711865000 -0.186966815 -1.191511570  0.071892452  0.246438138 -0.989417548  0.546350806  0.043195508  0.239635868 -0.362071635 -1.407928816 -0.709014754 -0.095734895 -0.722184966  0.862074304 -1.256170810  1.180114918  0.455470092  0.017100908  0.056168115  0.518672099  0.786253158  0.120415206  0.045719787 -0.185414889 -0.193003679  0.975664385  0.078886038  0.391119241  0.173604962 -0.519333182  0.967408279 -0.671677083 -0.671424096  0.294452304 -0.181835632  0.241577787  0.007166661  0.851554824  0.158566779 -0.104105061 -0.415130295 -0.335734585  0.850240243  0.179571440  0.715078436 -0.359252297  0.579331052  0.373491879  0.225752118  0.276259302 -0.132230657 -0.206815694  0.004652245  0.498858303  0.749395347  0.385189058 -0.307114286 -0.232106643 -0.209588156 -0.205407598 -0.062398172 -0.243030360  0.902018919  1.334554602 -0.131522276 -0.088534756 -0.291127642  0.168411510 -0.141082261 -0.266779313  0.191605898 -0.711242178 -0.075767146 -0.239157544  0.041433603 -0.876052988 -0.390798143  0.441861184  0.020881913  0.460611645  0.669760953
 [769]  0.277176643 -0.070939030 -0.392215831 -0.405297043  0.487996733  0.142267119  0.890294882 -0.013636984 -0.419106369  0.125460514  0.027352298  0.848751266  0.006779125  1.045246943  0.526340481 -0.140235307 -0.240861866 -0.564277455  0.201893379  0.319950155 -0.690399945 -2.429287694 -0.140681058 -0.323624878  0.535723814  0.234628498 -0.101144784  1.386389216  0.332876973  0.234837303 -0.309468391  1.323748696  0.303179152 -0.428285285 -0.275337350  1.909429473 -0.068198570  0.423836458 -0.573596430 -0.861053408  0.355058847 -0.013291981 -0.680244487  0.795382998 -0.379128460 -0.289191134 -0.026736777 -0.153875347  0.625175850 -0.689918834  0.665519122  0.265857436 -0.066398126 -0.303779738 -1.998518893  0.203693715 -0.255815409  0.355248199 -0.201227783  1.467095882  0.189396106 -0.124738289 -0.057967139  0.120355733 -0.330210028 -0.528817222 -0.330809434 -0.944418121 -0.554485784 -0.801777846  1.025767700  0.002283027  0.198424077  0.295763969  0.514361299  0.358710382  0.105787961 -0.283854299 -0.214551162  0.110720713  0.351684388  0.098969822 -1.260154906  0.075103271  0.184105606 -0.011354733  1.633121476  0.672488506 -1.059769186  0.483308915  0.189552379  1.017420030 -0.227410817 -0.491913245  0.805296270  0.004406839 -0.300108352 -0.538475624 -0.527987860 -0.667864428  0.240317244 -0.089770642  0.421223064  0.100562038 -0.322155137  0.259595088  0.247776280 -1.089428183  0.570852208 -0.065011491 -0.616341703  0.770954921  0.219185523  0.945028991 -0.257052461 -0.035507424 -0.335723733 -0.710728692 -0.994068618  0.316649214  1.303483519 -0.118204642  0.193960533 -0.198423822  0.443123965 -0.191259927 -0.775448873  0.062795759  0.286565222 -0.029066843 -0.598864623  0.580973135  0.444102985 -0.189450983 -0.234524303  0.679721369 -0.469740503  0.449749166 -0.195681724 -0.162617962 -0.091449481  0.122656988  0.453636535 -0.282169111  0.224466985 -0.333548596  0.262484858  0.496388911  0.165652543  0.640146493  0.085482268 -0.059172248 -0.204083943  0.992357870  0.078269381  0.197574888 -0.108509310  0.294870341  0.358740903 -0.088485077 -0.400238514  0.008670771 -0.613138703 -0.408667811  0.185965158  0.918176203  0.073610603 -0.468567823  0.368964065 -0.471212450 -0.130681961 -0.827246806 -0.462555891  0.714956573  0.337002748 -0.024033997  0.907089956 -0.058483967 -0.308146592 -0.256789835  0.510754091  0.013006438 -0.030350988 -0.099789582 -0.339160252  0.245788550  0.123752987  0.052060739  0.080207242  1.150478046  0.570313295 -0.223892625 -0.479319600 -0.030033896 -0.152453783 -0.450126214  0.200545637  0.021540119  0.066744897  0.669286236  0.021377571  0.271098327 -0.140794016 -1.163777548 -1.201522314  0.453624314  0.139163736  0.026071654  0.733729822 -0.233170795  0.592654989 -0.353014982  0.642674353 -0.414363751 -0.256346876 -0.220250138 -0.752935544  0.412972244  0.288069162  0.151282690 -0.250821789 -0.023817515  0.021652520  0.263783937  0.383621160  0.330713697  0.070725150 -0.100744877 -0.453535013 -0.053872926  0.380797121 -0.568501467
 [ reached getOption("max.print") -- omitted 1780 entries ]
[1] "MASS"
[1] "Sitka"
[1] "Growth Curves for Sitka Spruce Trees in 1988"
    size Time tree   treat
1   4.51  152    1   ozone
2   4.98  174    1   ozone
3   5.41  201    1   ozone
4   5.90  227    1   ozone
5   6.15  258    1   ozone
6   4.24  152    2   ozone
7   4.20  174    2   ozone
8   4.68  201    2   ozone
9   4.92  227    2   ozone
10  4.96  258    2   ozone
11  3.98  152    3   ozone
12  4.36  174    3   ozone
13  4.79  201    3   ozone
14  4.99  227    3   ozone
15  5.03  258    3   ozone
16  4.36  152    4   ozone
17  4.77  174    4   ozone
18  5.10  201    4   ozone
19  5.30  227    4   ozone
20  5.36  258    4   ozone
21  4.34  152    5   ozone
22  4.95  174    5   ozone
23  5.42  201    5   ozone
24  5.97  227    5   ozone
25  6.28  258    5   ozone
26  4.59  152    6   ozone
27  5.08  174    6   ozone
28  5.36  201    6   ozone
29  5.76  227    6   ozone
30  6.00  258    6   ozone
31  4.41  152    7   ozone
32  4.56  174    7   ozone
33  4.95  201    7   ozone
34  5.23  227    7   ozone
35  5.33  258    7   ozone
36  4.24  152    8   ozone
37  4.64  174    8   ozone
38  4.95  201    8   ozone
39  5.38  227    8   ozone
40  5.48  258    8   ozone
41  4.82  152    9   ozone
42  5.17  174    9   ozone
43  5.76  201    9   ozone
44  6.12  227    9   ozone
45  6.24  258    9   ozone
46  3.84  152   10   ozone
47  4.17  174   10   ozone
48  4.67  201   10   ozone
49  4.67  227   10   ozone
50  4.80  258   10   ozone
51  4.07  152   11   ozone
52  4.31  174   11   ozone
53  4.90  201   11   ozone
54  5.10  227   11   ozone
55  5.10  258   11   ozone
56  4.28  152   12   ozone
57  4.80  174   12   ozone
58  5.27  201   12   ozone
59  5.55  227   12   ozone
60  5.65  258   12   ozone
61  4.47  152   13   ozone
62  4.89  174   13   ozone
63  5.23  201   13   ozone
64  5.55  227   13   ozone
65  5.74  258   13   ozone
66  4.46  152   14   ozone
67  4.84  174   14   ozone
68  5.11  201   14   ozone
69  5.34  227   14   ozone
70  5.46  258   14   ozone
71  4.60  152   15   ozone
72  4.08  174   15   ozone
73  4.17  201   15   ozone
74  4.35  227   15   ozone
75  4.59  258   15   ozone
76  3.73  152   16   ozone
77  4.15  174   16   ozone
78  4.61  201   16   ozone
79  4.87  227   16   ozone
80  4.93  258   16   ozone
81  4.67  152   17   ozone
82  4.88  174   17   ozone
83  5.18  201   17   ozone
84  5.34  227   17   ozone
85  5.49  258   17   ozone
86  2.96  152   18   ozone
87  3.47  174   18   ozone
88  3.76  201   18   ozone
89  3.89  227   18   ozone
90  4.30  258   18   ozone
91  3.24  152   19   ozone
92  3.93  174   19   ozone
93  4.76  201   19   ozone
94  4.62  227   19   ozone
95  4.64  258   19   ozone
96  4.36  152   20   ozone
97  4.77  174   20   ozone
98  5.02  201   20   ozone
99  5.26  227   20   ozone
100 5.45  258   20   ozone
101 4.04  152   21   ozone
102 4.64  174   21   ozone
103 4.86  201   21   ozone
104 5.09  227   21   ozone
105 5.25  258   21   ozone
106 3.53  152   22   ozone
107 4.25  174   22   ozone
108 4.68  201   22   ozone
109 4.97  227   22   ozone
110 5.18  258   22   ozone
111 4.22  152   23   ozone
112 4.69  174   23   ozone
113 5.07  201   23   ozone
114 5.37  227   23   ozone
115 5.58  258   23   ozone
116 2.79  152   24   ozone
117 3.10  174   24   ozone
118 3.30  201   24   ozone
119 3.38  227   24   ozone
120 3.55  258   24   ozone
121 3.30  152   25   ozone
122 3.90  174   25   ozone
123 4.34  201   25   ozone
124 4.96  227   25   ozone
125 5.40  258   25   ozone
126 3.34  152   26   ozone
127 3.81  174   26   ozone
128 4.21  201   26   ozone
129 4.54  227   26   ozone
130 4.86  258   26   ozone
131 3.76  152   27   ozone
132 4.36  174   27   ozone
133 4.70  201   27   ozone
134 5.44  227   27   ozone
135 5.32  258   27   ozone
136 4.49  152   28   ozone
137 4.76  174   28   ozone
138 5.15  201   28   ozone
139 5.37  227   28   ozone
140 5.56  258   28   ozone
141 4.88  152   29   ozone
142 5.14  174   29   ozone
143 5.52  201   29   ozone
144 6.08  227   29   ozone
145 6.17  258   29   ozone
146 4.88  152   30   ozone
147 5.32  174   30   ozone
148 5.63  201   30   ozone
149 5.75  227   30   ozone
150 5.94  258   30   ozone
151 3.80  152   31   ozone
152 4.16  174   31   ozone
153 4.45  201   31   ozone
154 4.89  227   31   ozone
155 5.05  258   31   ozone
156 4.46  152   32   ozone
157 4.62  174   32   ozone
158 5.00  201   32   ozone
159 5.40  227   32   ozone
160 5.49  258   32   ozone
161 4.29  152   33   ozone
162 4.82  174   33   ozone
163 5.32  201   33   ozone
164 5.46  227   33   ozone
165 5.50  258   33   ozone
166 4.06  152   34   ozone
167 4.58  174   34   ozone
168 4.81  201   34   ozone
169 5.12  227   34   ozone
170 5.27  258   34   ozone
171 5.16  152   35   ozone
172 5.43  174   35   ozone
173 5.71  201   35   ozone
174 6.08  227   35   ozone
175 6.21  258   35   ozone
176 3.81  152   36   ozone
177 4.12  174   36   ozone
178 4.42  201   36   ozone
179 4.62  227   36   ozone
180 4.60  258   36   ozone
181 5.09  152   37   ozone
182 5.62  174   37   ozone
183 5.90  201   37   ozone
184 6.36  227   37   ozone
185 6.49  258   37   ozone
186 4.13  152   38   ozone
187 4.71  174   38   ozone
188 5.27  201   38   ozone
189 5.56  227   38   ozone
190 5.72  258   38   ozone
191 4.85  152   39   ozone
192 5.36  174   39   ozone
193 5.52  201   39   ozone
194 5.96  227   39   ozone
195 6.13  258   39   ozone
196 4.11  152   40   ozone
197 4.62  174   40   ozone
198 4.95  201   40   ozone
199 5.28  227   40   ozone
200 5.43  258   40   ozone
201 4.95  152   41   ozone
202 5.39  174   41   ozone
203 5.82  201   41   ozone
204 6.42  227   41   ozone
205 6.48  258   41   ozone
206 4.36  152   42   ozone
207 4.65  174   42   ozone
208 5.04  201   42   ozone
209 5.38  227   42   ozone
210 5.47  258   42   ozone
211 4.05  152   43   ozone
212 4.65  174   43   ozone
213 5.09  201   43   ozone
214 5.44  227   43   ozone
215 5.60  258   43   ozone
216 3.76  152   44   ozone
217 4.27  174   44   ozone
218 4.59  201   44   ozone
219 5.10  227   44   ozone
220 5.25  258   44   ozone
221 2.84  152   45   ozone
222 3.25  174   45   ozone
223 3.69  201   45   ozone
224 4.16  227   45   ozone
225 4.21  258   45   ozone
226 4.33  152   46   ozone
227 4.80  174   46   ozone
228 5.09  201   46   ozone
229 5.42  227   46   ozone
230 5.61  258   46   ozone
231 3.99  152   47   ozone
232 4.55  174   47   ozone
233 4.91  201   47   ozone
234 5.26  227   47   ozone
235 5.30  258   47   ozone
236 3.50  152   48   ozone
237 3.75  174   48   ozone
238 3.97  201   48   ozone
239 4.71  227   48   ozone
240 4.85  258   48   ozone
241 3.31  152   49   ozone
242 3.45  174   49   ozone
243 4.16  201   49   ozone
244 4.48  227   49   ozone
245 4.54  258   49   ozone
246 3.03  152   50   ozone
247 3.55  174   50   ozone
248 3.97  201   50   ozone
249 4.40  227   50   ozone
250 4.58  258   50   ozone
 [ reached getOption("max.print") -- omitted 145 rows ]
[1] "MASS"
[1] "Sitka89"
[1] "Growth Curves for Sitka Spruce Trees in 1989"
    size Time tree   treat
1   6.16  469    1   ozone
2   6.18  496    1   ozone
3   6.48  528    1   ozone
4   6.65  556    1   ozone
5   6.87  579    1   ozone
6   6.95  613    1   ozone
7   6.99  639    1   ozone
8   7.04  674    1   ozone
9   5.20  469    2   ozone
10  5.22  496    2   ozone
11  5.39  528    2   ozone
12  5.65  556    2   ozone
13  5.71  579    2   ozone
14  5.78  613    2   ozone
15  5.82  639    2   ozone
16  5.85  674    2   ozone
17  5.87  469    3   ozone
18  5.88  496    3   ozone
19  6.04  528    3   ozone
20  6.34  556    3   ozone
21  6.49  579    3   ozone
22  6.58  613    3   ozone
23  6.65  639    3   ozone
24  6.61  674    3   ozone
25  5.53  469    4   ozone
26  5.56  496    4   ozone
27  5.68  528    4   ozone
28  5.93  556    4   ozone
29  6.21  579    4   ozone
30  6.26  613    4   ozone
31  6.20  639    4   ozone
32  6.19  674    4   ozone
33  6.50  469    5   ozone
34  6.50  496    5   ozone
35  6.79  528    5   ozone
36  6.83  556    5   ozone
37  7.10  579    5   ozone
38  7.17  613    5   ozone
39  7.21  639    5   ozone
40  7.16  674    5   ozone
41  6.33  469    6   ozone
42  6.34  496    6   ozone
43  6.39  528    6   ozone
44  6.78  556    6   ozone
45  6.91  579    6   ozone
46  6.99  613    6   ozone
47  7.01  639    6   ozone
48  7.05  674    6   ozone
49  6.13  469    7   ozone
50  6.14  496    7   ozone
51  6.36  528    7   ozone
52  6.57  556    7   ozone
53  6.78  579    7   ozone
54  6.82  613    7   ozone
55  6.81  639    7   ozone
56  6.86  674    7   ozone
57  5.61  469    8   ozone
58  5.63  496    8   ozone
59  5.82  528    8   ozone
60  6.18  556    8   ozone
61  6.42  579    8   ozone
62  6.48  613    8   ozone
63  6.47  639    8   ozone
64  6.46  674    8   ozone
65  6.48  469    9   ozone
66  6.50  496    9   ozone
67  6.77  528    9   ozone
68  7.14  556    9   ozone
69  7.26  579    9   ozone
70  7.30  613    9   ozone
71  6.91  639    9   ozone
72  7.28  674    9   ozone
73  4.94  469   10   ozone
74  4.94  496   10   ozone
75  5.05  528   10   ozone
76  5.33  556   10   ozone
77  5.53  579   10   ozone
78  5.56  613   10   ozone
79  5.57  639   10   ozone
80  5.60  674   10   ozone
81  5.26  469   11   ozone
82  5.26  496   11   ozone
83  5.38  528   11   ozone
84  5.66  556   11   ozone
85  5.81  579   11   ozone
86  5.84  613   11   ozone
87  5.93  639   11   ozone
88  5.89  674   11   ozone
89  5.76  469   12   ozone
90  5.77  496   12   ozone
91  5.98  528   12   ozone
92  6.18  556   12   ozone
93  6.39  579   12   ozone
94  6.43  613   12   ozone
95  6.44  639   12   ozone
96  6.41  674   12   ozone
97  5.99  469   13   ozone
98  6.01  496   13   ozone
99  6.08  528   13   ozone
100 6.39  556   13   ozone
101 6.45  579   13   ozone
102 6.57  613   13   ozone
103 6.57  639   13   ozone
104 6.58  674   13   ozone
105 5.47  469   14   ozone
106 5.49  496   14   ozone
107 5.70  528   14   ozone
108 5.93  556   14   ozone
109 6.06  579   14   ozone
110 6.15  613   14   ozone
111 6.12  639   14   ozone
112 6.12  674   14   ozone
113 4.65  469   15   ozone
114 4.69  496   15   ozone
115 5.01  528   15   ozone
116 5.21  556   15   ozone
117 5.38  579   15   ozone
118 5.58  613   15   ozone
119 5.46  639   15   ozone
120 5.50  674   15   ozone
121 5.24  469   16   ozone
122 5.25  496   16   ozone
123 5.25  528   16   ozone
124 5.45  556   16   ozone
125 5.65  579   16   ozone
126 5.65  613   16   ozone
127 5.76  639   16   ozone
128 5.83  674   16   ozone
129 6.44  469   17   ozone
130 6.44  496   17   ozone
131 6.61  528   17   ozone
132 6.74  556   17   ozone
133 7.06  579   17   ozone
134 7.11  613   17   ozone
135 7.04  639   17   ozone
136 7.11  674   17   ozone
137 4.15  469   18   ozone
138 4.15  496   18   ozone
139 4.41  528   18   ozone
140 4.72  556   18   ozone
141 4.76  579   18   ozone
142 4.93  613   18   ozone
143 4.98  639   18   ozone
144 5.07  674   18   ozone
145 4.63  469   19   ozone
146 4.64  496   19   ozone
147 4.77  528   19   ozone
148 5.08  556   19   ozone
149 5.27  579   19   ozone
150 5.30  613   19   ozone
151 5.43  639   19   ozone
152 5.20  674   19   ozone
153 5.44  469   20   ozone
154 5.44  496   20   ozone
155 5.49  528   20   ozone
156 5.73  556   20   ozone
157 5.77  579   20   ozone
158 6.01  613   20   ozone
159 5.96  639   20   ozone
160 5.96  674   20   ozone
161 5.25  469   21   ozone
162 5.27  496   21   ozone
163 5.50  528   21   ozone
164 5.65  556   21   ozone
165 5.69  579   21   ozone
166 5.97  613   21   ozone
167 5.97  639   21   ozone
168 5.89  674   21   ozone
169 5.64  469   22   ozone
170 5.64  496   22   ozone
171 5.53  528   22   ozone
172 5.74  556   22   ozone
173 5.78  579   22   ozone
174 5.94  613   22   ozone
175 6.18  639   22   ozone
176 5.99  674   22   ozone
177 5.76  469   23   ozone
178 5.80  496   23   ozone
179 6.11  528   23   ozone
180 6.37  556   23   ozone
181 6.35  579   23   ozone
182 6.58  613   23   ozone
183 6.55  639   23   ozone
184 6.55  674   23   ozone
185 3.61  469   24   ozone
186 3.65  496   24   ozone
187 3.93  528   24   ozone
188 4.18  556   24   ozone
189 4.13  579   24   ozone
190 4.36  613   24   ozone
191 4.43  639   24   ozone
192 4.39  674   24   ozone
193 5.46  469   25   ozone
194 5.49  496   25   ozone
195 5.77  528   25   ozone
196 6.03  556   25   ozone
197 6.07  579   25   ozone
198 6.20  613   25   ozone
199 6.26  639   25   ozone
200 6.28  674   25   ozone
201 4.93  469   26   ozone
202 4.96  496   26   ozone
203 5.15  528   26   ozone
204 5.48  556   26   ozone
205 5.49  579   26   ozone
206 5.70  613   26   ozone
207 5.74  639   26   ozone
208 5.74  674   26   ozone
209 5.65  469   27   ozone
210 5.67  496   27   ozone
211 5.63  528   27   ozone
212 6.04  556   27   ozone
213 6.02  579   27   ozone
214 6.05  613   27   ozone
215 6.03  639   27   ozone
216 5.91  674   27   ozone
217 5.73  469   28   ozone
218 5.73  496   28   ozone
219 5.80  528   28   ozone
220 5.97  556   28   ozone
221 6.10  579   28   ozone
222 6.16  613   28   ozone
223 6.22  639   28   ozone
224 6.13  674   28   ozone
225 6.32  469   29   ozone
226 6.33  496   29   ozone
227 6.37  528   29   ozone
228 6.68  556   29   ozone
229 6.83  579   29   ozone
230 6.94  613   29   ozone
231 6.93  639   29   ozone
232 6.95  674   29   ozone
233 6.09  469   30   ozone
234 6.09  496   30   ozone
235 6.14  528   30   ozone
236 6.51  556   30   ozone
237 6.61  579   30   ozone
238 6.68  613   30   ozone
239 6.64  639   30   ozone
240 6.74  674   30   ozone
241 5.06  469   31   ozone
242 5.06  496   31   ozone
243 5.13  528   31   ozone
244 5.32  556   31   ozone
245 5.46  579   31   ozone
246 5.46  613   31   ozone
247 5.42  639   31   ozone
248 5.49  674   31   ozone
249 5.68  469   32   ozone
250 5.72  496   32   ozone
 [ reached getOption("max.print") -- omitted 382 rows ]
[1] "MASS"
[1] "Skye"
[1] "AFM Compositions of Aphyric Skye Lavas"
    A  F  M
1  52 42  6
2  52 44  4
3  47 48  5
4  45 49  6
5  40 50 10
6  37 54  9
7  27 58 15
8  27 54 19
9  23 59 18
10 22 59 19
11 21 60 19
12 25 53 22
13 24 54 22
14 22 55 23
15 22 56 22
16 20 58 22
17 16 62 22
18 17 57 26
19 14 54 32
20 13 55 32
21 13 52 35
22 14 47 39
23 24 56 20
[1] "MASS"
[1] "Traffic"
[1] "Effect of Swedish Speed Limits on Accidents"
    year day limit  y
1   1961   1    no  9
2   1961   2    no 11
3   1961   3    no  9
4   1961   4    no 20
5   1961   5    no 31
6   1961   6    no 26
7   1961   7    no 18
8   1961   8    no 19
9   1961   9    no 18
10  1961  10    no 13
11  1961  11    no 29
12  1961  12    no 40
13  1961  13    no 28
14  1961  14    no 17
15  1961  15    no 15
16  1961  16    no 21
17  1961  17    no 24
18  1961  18    no 15
19  1961  19    no 32
20  1961  20    no 22
21  1961  21    no 24
22  1961  22    no 11
23  1961  23    no 27
24  1961  24   yes 12
25  1961  25   yes 41
26  1961  26   yes 15
27  1961  27   yes 18
28  1961  28   yes 11
29  1961  29   yes 19
30  1961  30   yes 19
31  1961  31   yes  9
32  1961  32   yes 21
33  1961  33   yes 22
34  1961  34   yes 23
35  1961  35   yes 14
36  1961  36   yes 19
37  1961  37   yes 15
38  1961  38   yes 13
39  1961  39   yes 22
40  1961  40   yes 42
41  1961  41   yes 29
42  1961  42   yes 21
43  1961  43   yes 12
44  1961  44   yes 16
45  1961  45    no 17
46  1961  46    no 27
47  1961  47    no 37
48  1961  48    no 32
49  1961  49    no 25
50  1961  50    no 20
51  1961  51    no 40
52  1961  52    no 21
53  1961  53    no 18
54  1961  54    no 35
55  1961  55    no 21
56  1961  56    no 25
57  1961  57    no 34
58  1961  58    no 42
59  1961  59    no 27
60  1961  60    no 34
61  1961  61    no 47
62  1961  62    no 36
63  1961  63    no 15
64  1961  64    no 26
65  1961  65    no 27
66  1961  66    no 18
67  1961  67    no 16
68  1961  68    no 32
69  1961  69    no 28
70  1961  70    no 17
71  1961  71    no 16
72  1961  72    no 19
73  1961  73    no 18
74  1961  74    no 22
75  1961  75    no 37
76  1961  76    no 29
77  1961  77    no 18
78  1961  78    no 14
79  1961  79    no 14
80  1961  80    no 18
81  1961  81    no 21
82  1961  82    no 39
83  1961  83    no 39
84  1961  84    no 21
85  1961  85    no 15
86  1961  86    no 17
87  1961  87    no 20
88  1961  88    no 24
89  1961  89    no 30
90  1961  90    no 25
91  1961  91    no  8
92  1961  92    no 21
93  1962   1    no  9
94  1962   2    no 20
95  1962   3    no 15
96  1962   4    no 14
97  1962   5    no 30
98  1962   6    no 23
99  1962   7    no 15
100 1962   8    no 14
101 1962   9    no 16
102 1962  10    no 20
103 1962  11   yes 17
104 1962  12   yes 23
105 1962  13   yes 16
106 1962  14   yes 20
107 1962  15   yes 13
108 1962  16   yes 13
109 1962  17   yes  9
110 1962  18   yes 10
111 1962  19   yes 27
112 1962  20   yes 12
113 1962  21   yes  7
114 1962  22   yes 11
115 1962  23   yes 15
116 1962  24   yes 19
117 1962  25   yes 32
118 1962  26   yes 22
119 1962  27   yes 24
120 1962  28   yes  9
121 1962  29    no 10
122 1962  30    no 14
123 1962  31    no 18
124 1962  32    no 26
125 1962  33    no 38
126 1962  34    no 31
127 1962  35    no 12
128 1962  36    no  8
129 1962  37    no 22
130 1962  38    no 17
131 1962  39    no 31
132 1962  40    no 49
133 1962  41    no 23
134 1962  42    no 14
135 1962  43    no 25
136 1962  44    no 24
137 1962  45    no 18
138 1962  46    no 19
139 1962  47   yes 29
140 1962  48   yes 17
141 1962  49   yes 17
142 1962  50   yes 15
143 1962  51   yes 25
144 1962  52   yes  9
145 1962  53   yes 16
146 1962  54   yes 25
147 1962  55   yes 25
148 1962  56   yes 16
149 1962  57   yes 22
150 1962  58   yes 21
151 1962  59   yes 17
152 1962  60   yes 26
153 1962  61   yes 41
154 1962  62   yes 25
155 1962  63   yes 12
156 1962  64   yes 17
157 1962  65    no 21
158 1962  66    no 19
159 1962  67    no 24
160 1962  68    no 44
161 1962  69    no 31
162 1962  70    no 21
163 1962  71    no 20
164 1962  72    no 19
165 1962  73    no 20
166 1962  74    no 29
167 1962  75    no 48
168 1962  76    no 36
169 1962  77    no 15
170 1962  78    no 16
171 1962  79    no 29
172 1962  80    no 12
173 1962  81   yes 24
174 1962  82   yes 26
175 1962  83   yes 16
176 1962  84   yes 15
177 1962  85   yes 12
178 1962  86   yes 22
179 1962  87   yes 24
180 1962  88   yes 16
181 1962  89   yes 25
182 1962  90   yes 14
183 1962  91   yes 15
184 1962  92   yes  9
[1] "MASS"
[1] "UScereal"
[1] "Nutritional and Marketing Information on US Cereals"
                                      mfr  calories    protein       fat    sodium     fibre    carbo    sugars shelf potassium vitamins
100% Bran                               N 212.12121 12.1212121 3.0303030 393.93939 30.303030 15.15152 18.181818     3 848.48485 enriched
All-Bran                                K 212.12121 12.1212121 3.0303030 787.87879 27.272727 21.21212 15.151515     3 969.69697 enriched
All-Bran with Extra Fiber               K 100.00000  8.0000000 0.0000000 280.00000 28.000000 16.00000  0.000000     3 660.00000 enriched
Apple Cinnamon Cheerios                 G 146.66667  2.6666667 2.6666667 240.00000  2.000000 14.00000 13.333333     1  93.33333 enriched
Apple Jacks                             K 110.00000  2.0000000 0.0000000 125.00000  1.000000 11.00000 14.000000     2  30.00000 enriched
Basic 4                                 G 173.33333  4.0000000 2.6666667 280.00000  2.666667 24.00000 10.666667     3 133.33333 enriched
Bran Chex                               R 134.32836  2.9850746 1.4925373 298.50746  5.970149 22.38806  8.955224     1 186.56716 enriched
Bran Flakes                             P 134.32836  4.4776119 0.0000000 313.43284  7.462687 19.40299  7.462687     3 283.58209 enriched
Cap'n'Crunch                            Q 160.00000  1.3333333 2.6666667 293.33333  0.000000 16.00000 16.000000     2  46.66667 enriched
Cheerios                                G  88.00000  4.8000000 1.6000000 232.00000  1.600000 13.60000  0.800000     1  84.00000 enriched
Cinnamon Toast Crunch                   G 160.00000  1.3333333 4.0000000 280.00000  0.000000 17.33333 12.000000     2  60.00000 enriched
Clusters                                G 220.00000  6.0000000 4.0000000 280.00000  4.000000 26.00000 14.000000     3 210.00000 enriched
Cocoa Puffs                             G 110.00000  1.0000000 1.0000000 180.00000  0.000000 12.00000 13.000000     2  55.00000 enriched
Corn Chex                               R 110.00000  2.0000000 0.0000000 280.00000  0.000000 22.00000  3.000000     1  25.00000 enriched
Corn Flakes                             K 100.00000  2.0000000 0.0000000 290.00000  1.000000 21.00000  2.000000     1  35.00000 enriched
Corn Pops                               K 110.00000  1.0000000 0.0000000  90.00000  1.000000 13.00000 12.000000     2  20.00000 enriched
Count Chocula                           G 110.00000  1.0000000 1.0000000 180.00000  0.000000 12.00000 13.000000     2  65.00000 enriched
Cracklin' Oat Bran                      K 220.00000  6.0000000 6.0000000 280.00000  8.000000 20.00000 14.000000     3 320.00000 enriched
Crispix                                 K 110.00000  2.0000000 0.0000000 220.00000  1.000000 21.00000  3.000000     3  30.00000 enriched
Crispy Wheat & Raisins                  G 133.33333  2.6666667 1.3333333 186.66667  2.666667 14.66667 13.333333     3 160.00000 enriched
Double Chex                             R 133.33333  2.6666667 0.0000000 253.33333  1.333333 24.00000  6.666667     3 106.66667 enriched
Froot Loops                             K 110.00000  2.0000000 1.0000000 125.00000  1.000000 11.00000 13.000000     2  30.00000 enriched
Frosted Flakes                          K 146.66667  1.3333333 0.0000000 266.66667  1.333333 18.66667 14.666667     1  33.33333 enriched
Frosted Mini-Wheats                     K 125.00000  3.7500000 0.0000000   0.00000  3.750000 17.50000  8.750000     2 125.00000 enriched
Fruit & Fibre: Dates Walnuts and Oats   P 179.10448  4.4776119 2.9850746 238.80597  7.462687 17.91045 14.925373     3 298.50746 enriched
Fruitful Bran                           K 179.10448  4.4776119 0.0000000 358.20896  7.462687 20.89552 17.910448     3 283.58209 enriched
Fruity Pebbles                          P 146.66667  1.3333333 1.3333333 180.00000  0.000000 17.33333 16.000000     2  33.33333 enriched
Golden Crisp                            P 113.63636  2.2727273 0.0000000  51.13636  0.000000 12.50000 17.045455     1  45.45455 enriched
Golden Grahams                          G 146.66667  1.3333333 1.3333333 373.33333  0.000000 20.00000 12.000000     2  60.00000 enriched
Grape Nuts Flakes                       P 113.63636  3.4090909 1.1363636 159.09091  3.409091 17.04545  5.681818     3  96.59091 enriched
Grape-Nuts                              P 440.00000 12.0000000 0.0000000 680.00000 12.000000 68.00000 12.000000     3 360.00000 enriched
Great Grains Pecan                      P 363.63636  9.0909091 9.0909091 227.27273  9.090909 39.39394 12.121212     3 303.03030 enriched
Honey Graham Ohs                        Q 120.00000  1.0000000 2.0000000 220.00000  1.000000 12.00000 11.000000     2  45.00000 enriched
Honey Nut Cheerios                      G 146.66667  4.0000000 1.3333333 333.33333  2.000000 15.33333 13.333333     1 120.00000 enriched
Honey-comb                              P  82.70677  0.7518797 0.0000000 135.33835  0.000000 10.52632  8.270677     1  26.31579 enriched
Just Right Fruit & Nut                  K 186.66667  4.0000000 1.3333333 226.66667  2.666667 26.66667 12.000000     3 126.66667     100%
Kix                                     G  73.33333  1.3333333 0.6666667 173.33333  0.000000 14.00000  2.000000     2  26.66667 enriched
Life                                    Q 149.25373  5.9701493 2.9850746 223.88060  2.985075 17.91045  8.955224     2 141.79104 enriched
Lucky Charms                            G 110.00000  2.0000000 1.0000000 180.00000  0.000000 12.00000 12.000000     2  55.00000 enriched
Mueslix Crispy Blend                    K 238.80597  4.4776119 2.9850746 223.88060  4.477612 25.37313 19.402985     3 238.80597 enriched
Multi-Grain Cheerios                    G 100.00000  2.0000000 1.0000000 220.00000  2.000000 15.00000  6.000000     1  90.00000 enriched
Nut&Honey Crunch                        K 179.10448  2.9850746 1.4925373 283.58209  0.000000 22.38806 13.432836     2  59.70149 enriched
Nutri-Grain Almond-Raisin               K 208.95522  4.4776119 2.9850746 328.35821  4.477612 31.34328 10.447761     3 194.02985 enriched
Oatmeal Raisin Crisp                    G 260.00000  6.0000000 4.0000000 340.00000  3.000000 27.00000 20.000000     3 240.00000 enriched
Post Nat. Raisin Bran                   P 179.10448  4.4776119 1.4925373 298.50746  8.955224 16.41791 20.895522     3 388.05970 enriched
Product 19                              K 100.00000  3.0000000 0.0000000 320.00000  1.000000 20.00000  3.000000     3  45.00000     100%
Puffed Rice                             Q  50.00000  1.0000000 0.0000000   0.00000  0.000000 13.00000  0.000000     3  15.00000     none
Quaker Oat Squares                      Q 200.00000  8.0000000 2.0000000 270.00000  4.000000 28.00000 12.000000     3 220.00000 enriched
Raisin Bran                             K 160.00000  4.0000000 1.3333333 280.00000  6.666667 18.66667 16.000000     2 320.00000 enriched
Raisin Nut Bran                         G 200.00000  6.0000000 4.0000000 280.00000  5.000000 21.00000 16.000000     3 280.00000 enriched
Raisin Squares                          K 180.00000  4.0000000 0.0000000   0.00000  4.000000 30.00000 12.000000     3 220.00000 enriched
Rice Chex                               R  97.34513  0.8849558 0.0000000 212.38938  0.000000 20.35398  1.769912     1  26.54867 enriched
Rice Krispies                           K 110.00000  2.0000000 0.0000000 290.00000  0.000000 22.00000  3.000000     1  35.00000 enriched
Shredded Wheat 'n'Bran                  N 134.32836  4.4776119 0.0000000   0.00000  5.970149 28.35821  0.000000     1 208.95522     none
Shredded Wheat spoon size               N 134.32836  4.4776119 0.0000000   0.00000  4.477612 29.85075  0.000000     1 179.10448     none
Smacks                                  K 146.66667  2.6666667 1.3333333  93.33333  1.333333 12.00000 20.000000     2  53.33333 enriched
Special K                               K 110.00000  6.0000000 0.0000000 230.00000  1.000000 16.00000  3.000000     1  55.00000 enriched
Total Corn Flakes                       G 110.00000  2.0000000 1.0000000 200.00000  0.000000 21.00000  3.000000     3  35.00000     100%
Total Raisin Bran                       G 140.00000  3.0000000 1.0000000 190.00000  4.000000 15.00000 14.000000     3 230.00000     100%
Total Whole Grain                       G 100.00000  3.0000000 1.0000000 200.00000  3.000000 16.00000  3.000000     3 110.00000     100%
Triples                                 G 146.66667  2.6666667 1.3333333 333.33333  0.000000 28.00000  4.000000     3  80.00000 enriched
Trix                                    G 110.00000  1.0000000 1.0000000 140.00000  0.000000 13.00000 12.000000     2  25.00000 enriched
Wheat Chex                              R 149.25373  4.4776119 1.4925373 343.28358  4.477612 25.37313  4.477612     1 171.64179 enriched
Wheaties                                G 100.00000  3.0000000 1.0000000 200.00000  3.000000 17.00000  3.000000     1 110.00000 enriched
Wheaties Honey Gold                     G 146.66667  2.6666667 1.3333333 266.66667  1.333333 21.33333 10.666667     1  80.00000 enriched
[1] "MASS"
[1] "UScrime"
[1] "The Effect of Punishment Regimes on Crime Rates"
     M So  Ed Po1 Po2  LF  M.F Pop  NW  U1 U2 GDP Ineq     Prob    Time    y
1  151  1  91  58  56 510  950  33 301 108 41 394  261 0.084602 26.2011  791
2  143  0 113 103  95 583 1012  13 102  96 36 557  194 0.029599 25.2999 1635
3  142  1  89  45  44 533  969  18 219  94 33 318  250 0.083401 24.3006  578
4  136  0 121 149 141 577  994 157  80 102 39 673  167 0.015801 29.9012 1969
5  141  0 121 109 101 591  985  18  30  91 20 578  174 0.041399 21.2998 1234
6  121  0 110 118 115 547  964  25  44  84 29 689  126 0.034201 20.9995  682
7  127  1 111  82  79 519  982   4 139  97 38 620  168 0.042100 20.6993  963
8  131  1 109 115 109 542  969  50 179  79 35 472  206 0.040099 24.5988 1555
9  157  1  90  65  62 553  955  39 286  81 28 421  239 0.071697 29.4001  856
10 140  0 118  71  68 632 1029   7  15 100 24 526  174 0.044498 19.5994  705
11 124  0 105 121 116 580  966 101 106  77 35 657  170 0.016201 41.6000 1674
12 134  0 108  75  71 595  972  47  59  83 31 580  172 0.031201 34.2984  849
13 128  0 113  67  60 624  972  28  10  77 25 507  206 0.045302 36.2993  511
14 135  0 117  62  61 595  986  22  46  77 27 529  190 0.053200 21.5010  664
15 152  1  87  57  53 530  986  30  72  92 43 405  264 0.069100 22.7008  798
16 142  1  88  81  77 497  956  33 321 116 47 427  247 0.052099 26.0991  946
17 143  0 110  66  63 537  977  10   6 114 35 487  166 0.076299 19.1002  539
18 135  1 104 123 115 537  978  31 170  89 34 631  165 0.119804 18.1996  929
19 130  0 116 128 128 536  934  51  24  78 34 627  135 0.019099 24.9008  750
20 125  0 108 113 105 567  985  78  94 130 58 626  166 0.034801 26.4010 1225
21 126  0 108  74  67 602  984  34  12 102 33 557  195 0.022800 37.5998  742
22 157  1  89  47  44 512  962  22 423  97 34 288  276 0.089502 37.0994  439
23 132  0  96  87  83 564  953  43  92  83 32 513  227 0.030700 25.1989 1216
24 131  0 116  78  73 574 1038   7  36 142 42 540  176 0.041598 17.6000  968
25 130  0 116  63  57 641  984  14  26  70 21 486  196 0.069197 21.9003  523
26 131  0 121 160 143 631 1071   3  77 102 41 674  152 0.041698 22.1005 1993
27 135  0 109  69  71 540  965   6   4  80 22 564  139 0.036099 28.4999  342
28 152  0 112  82  76 571 1018  10  79 103 28 537  215 0.038201 25.8006 1216
29 119  0 107 166 157 521  938 168  89  92 36 637  154 0.023400 36.7009 1043
30 166  1  89  58  54 521  973  46 254  72 26 396  237 0.075298 28.3011  696
31 140  0  93  55  54 535 1045   6  20 135 40 453  200 0.041999 21.7998  373
32 125  0 109  90  81 586  964  97  82 105 43 617  163 0.042698 30.9014  754
33 147  1 104  63  64 560  972  23  95  76 24 462  233 0.049499 25.5005 1072
34 126  0 118  97  97 542  990  18  21 102 35 589  166 0.040799 21.6997  923
35 123  0 102  97  87 526  948 113  76 124 50 572  158 0.020700 37.4011  653
36 150  0 100 109  98 531  964   9  24  87 38 559  153 0.006900 44.0004 1272
37 177  1  87  58  56 638  974  24 349  76 28 382  254 0.045198 31.6995  831
38 133  0 104  51  47 599 1024   7  40  99 27 425  225 0.053998 16.6999  566
39 149  1  88  61  54 515  953  36 165  86 35 395  251 0.047099 27.3004  826
40 145  1 104  82  74 560  981  96 126  88 31 488  228 0.038801 29.3004 1151
41 148  0 122  72  66 601  998   9  19  84 20 590  144 0.025100 30.0001  880
42 141  0 109  56  54 523  968   4   2 107 37 489  170 0.088904 12.1996  542
43 162  1  99  75  70 522  996  40 208  73 27 496  224 0.054902 31.9989  823
44 136  0 121  95  96 574 1012  29  36 111 37 622  162 0.028100 30.0001 1030
45 139  1  88  46  41 480  968  19  49 135 53 457  249 0.056202 32.5996  455
46 126  0 104 106  97 599  989  40  24  78 25 593  171 0.046598 16.6999  508
47 130  0 121  90  91 623 1049   3  22 113 40 588  160 0.052802 16.0997  849
[1] "MASS"
[1] "VA"
[1] "Veteran's Administration Lung Cancer Trial"
    stime status treat age Karn diag.time cell prior
1      72      1     1  69   60         7    1     0
2     411      1     1  64   70         5    1    10
3     228      1     1  38   60         3    1     0
4     126      1     1  63   60         9    1    10
5     118      1     1  65   70        11    1    10
6      10      1     1  49   20         5    1     0
7      82      1     1  69   40        10    1    10
8     110      1     1  68   80        29    1     0
9     314      1     1  43   50        18    1     0
10    100      0     1  70   70         6    1     0
11     42      1     1  81   60         4    1     0
12      8      1     1  63   40        58    1    10
13    144      1     1  63   30         4    1     0
14     25      0     1  52   80         9    1    10
15     11      1     1  48   70        11    1    10
16     30      1     1  61   60         3    2     0
17    384      1     1  42   60         9    2     0
18      4      1     1  35   40         2    2     0
19     54      1     1  63   80         4    2    10
20     13      1     1  56   60         4    2     0
21    123      0     1  55   40         3    2     0
22     97      0     1  67   60         5    2     0
23    153      1     1  63   60        14    2    10
24     59      1     1  65   30         2    2     0
25    117      1     1  46   80         3    2     0
26     16      1     1  53   30         4    2    10
27    151      1     1  69   50        12    2     0
28     22      1     1  68   60         4    2     0
29     56      1     1  43   80        12    2    10
30     21      1     1  55   40         2    2    10
31     18      1     1  42   20        15    2     0
32    139      1     1  64   80         2    2     0
33     20      1     1  65   30         5    2     0
34     31      1     1  65   75         3    2     0
35     52      1     1  55   70         2    2     0
36    287      1     1  66   60        25    2    10
37     18      1     1  60   30         4    2     0
38     51      1     1  67   60         1    2     0
39    122      1     1  53   80        28    2     0
40     27      1     1  62   60         8    2     0
41     54      1     1  67   70         1    2     0
42      7      1     1  72   50         7    2     0
43     63      1     1  48   50        11    2     0
44    392      1     1  68   40         4    2     0
45     10      1     1  67   40        23    2    10
46      8      1     1  61   20        19    3    10
47     92      1     1  60   70        10    3     0
48     35      1     1  62   40         6    3     0
49    117      1     1  38   80         2    3     0
50    132      1     1  50   80         5    3     0
51     12      1     1  63   50         4    3    10
52    162      1     1  64   80         5    3     0
53      3      1     1  43   30         3    3     0
54     95      1     1  34   80         4    3     0
55    177      1     1  66   50        16    4    10
56    162      1     1  62   80         5    4     0
57    216      1     1  52   50        15    4     0
58    553      1     1  47   70         2    4     0
59    278      1     1  63   60        12    4     0
60     12      1     1  68   40        12    4    10
61    260      1     1  45   80         5    4     0
62    200      1     1  41   80        12    4    10
63    156      1     1  66   70         2    4     0
64    182      0     1  62   90         2    4     0
65    143      1     1  60   90         8    4     0
66    105      1     1  66   80        11    4     0
67    103      1     1  38   80         5    4     0
68    250      1     1  53   70         8    4    10
69    100      1     1  37   60        13    4    10
70    999      1     2  54   90        12    1    10
71    112      1     2  60   80         6    1     0
72     87      0     2  48   80         3    1     0
73    231      0     2  52   50         8    1    10
74    242      1     2  70   50         1    1     0
75    991      1     2  50   70         7    1    10
76    111      1     2  62   70         3    1     0
77      1      1     2  65   20        21    1    10
78    587      1     2  58   60         3    1     0
79    389      1     2  62   90         2    1     0
80     33      1     2  64   30         6    1     0
81     25      1     2  63   20        36    1     0
82    357      1     2  58   70        13    1     0
83    467      1     2  64   90         2    1     0
84    201      1     2  52   80        28    1    10
85      1      1     2  35   50         7    1     0
86     30      1     2  63   70        11    1     0
87     44      1     2  70   60        13    1    10
88    283      1     2  51   90         2    1     0
89     15      1     2  40   50        13    1    10
90     25      1     2  69   30         2    2     0
91    103      0     2  36   70        22    2    10
92     21      1     2  71   20         4    2     0
93     13      1     2  62   30         2    2     0
94     87      1     2  60   60         2    2     0
95      2      1     2  44   40        36    2    10
96     20      1     2  54   30         9    2    10
97      7      1     2  66   20        11    2     0
98     24      1     2  49   60         8    2     0
99     99      1     2  72   70         3    2     0
100     8      1     2  68   80         2    2     0
101    99      1     2  62   85         4    2     0
102    61      1     2  71   70         2    2     0
103    25      1     2  70   70         2    2     0
104    95      1     2  61   70         1    2     0
105    80      1     2  71   50        17    2     0
106    51      1     2  59   30        87    2    10
107    29      1     2  67   40         8    2     0
108    24      1     2  60   40         2    3     0
109    18      1     2  69   40         5    3    10
110    83      0     2  57   99         3    3     0
111    31      1     2  39   80         3    3     0
112    51      1     2  62   60         5    3     0
113    90      1     2  50   60        22    3    10
114    52      1     2  43   60         3    3     0
115    73      1     2  70   60         3    3     0
116     8      1     2  66   50         5    3     0
117    36      1     2  61   70         8    3     0
118    48      1     2  81   10         4    3     0
119     7      1     2  58   40         4    3     0
120   140      1     2  63   70         3    3     0
121   186      1     2  60   90         3    3     0
122    84      1     2  62   80         4    3    10
123    19      1     2  42   50        10    3     0
124    45      1     2  69   40         3    3     0
125    80      1     2  63   40         4    3     0
 [ reached getOption("max.print") -- omitted 12 rows ]
[1] "MASS"
[1] "abbey"
[1] "Determinations of Nickel Content"
 [1]   5.2   6.5   6.9   7.0   7.0   7.0   7.4   8.0   8.0   8.0   8.0   8.5   9.0   9.0  10.0  11.0  11.0  12.0  12.0  13.7  14.0  14.0  14.0  16.0  17.0  17.0  18.0  24.0  28.0  34.0 125.0
[1] "MASS"
[1] "accdeaths"
[1] "Accidental Deaths in the US 1973-1978"
       Jan   Feb   Mar   Apr   May   Jun   Jul   Aug   Sep   Oct   Nov   Dec
1973  9007  8106  8928  9137 10017 10826 11317 10744  9713  9938  9161  8927
1974  7750  6981  8038  8422  8714  9512 10120  9823  8743  9129  8710  8680
1975  8162  7306  8124  7870  9387  9556 10093  9620  8285  8466  8160  8034
1976  7717  7461  7767  7925  8623  8945 10078  9179  8037  8488  7874  8647
1977  7792  6957  7726  8106  8890  9299 10625  9302  8314  8850  8265  8796
1978  7836  6892  7791  8192  9115  9434 10484  9827  9110  9070  8633  9240
[1] "MASS"
[1] "anorexia"
[1] "Anorexia Data on Weight Change"
   Treat Prewt Postwt
1   Cont  80.7   80.2
2   Cont  89.4   80.1
3   Cont  91.8   86.4
4   Cont  74.0   86.3
5   Cont  78.1   76.1
6   Cont  88.3   78.1
7   Cont  87.3   75.1
8   Cont  75.1   86.7
9   Cont  80.6   73.5
10  Cont  78.4   84.6
11  Cont  77.6   77.4
12  Cont  88.7   79.5
13  Cont  81.3   89.6
14  Cont  78.1   81.4
15  Cont  70.5   81.8
16  Cont  77.3   77.3
17  Cont  85.2   84.2
18  Cont  86.0   75.4
19  Cont  84.1   79.5
20  Cont  79.7   73.0
21  Cont  85.5   88.3
22  Cont  84.4   84.7
23  Cont  79.6   81.4
24  Cont  77.5   81.2
25  Cont  72.3   88.2
26  Cont  89.0   78.8
27   CBT  80.5   82.2
28   CBT  84.9   85.6
29   CBT  81.5   81.4
30   CBT  82.6   81.9
31   CBT  79.9   76.4
32   CBT  88.7  103.6
33   CBT  94.9   98.4
34   CBT  76.3   93.4
35   CBT  81.0   73.4
36   CBT  80.5   82.1
37   CBT  85.0   96.7
38   CBT  89.2   95.3
39   CBT  81.3   82.4
40   CBT  76.5   72.5
41   CBT  70.0   90.9
42   CBT  80.4   71.3
43   CBT  83.3   85.4
44   CBT  83.0   81.6
45   CBT  87.7   89.1
46   CBT  84.2   83.9
47   CBT  86.4   82.7
48   CBT  76.5   75.7
49   CBT  80.2   82.6
50   CBT  87.8  100.4
51   CBT  83.3   85.2
52   CBT  79.7   83.6
53   CBT  84.5   84.6
54   CBT  80.8   96.2
55   CBT  87.4   86.7
56    FT  83.8   95.2
57    FT  83.3   94.3
58    FT  86.0   91.5
59    FT  82.5   91.9
60    FT  86.7  100.3
61    FT  79.6   76.7
62    FT  76.9   76.8
63    FT  94.2  101.6
64    FT  73.4   94.9
65    FT  80.5   75.2
66    FT  81.6   77.8
67    FT  82.1   95.5
68    FT  77.6   90.7
69    FT  83.5   92.5
70    FT  89.9   93.8
71    FT  86.0   91.7
72    FT  87.3   98.0
[1] "MASS"
[1] "bacteria"
[1] "Presence of Bacteria after Drug Treatments"
    y ap hilo week  ID     trt
1   y  p   hi    0 X01 placebo
2   y  p   hi    2 X01 placebo
3   y  p   hi    4 X01 placebo
4   y  p   hi   11 X01 placebo
5   y  a   hi    0 X02   drug+
6   y  a   hi    2 X02   drug+
7   n  a   hi    6 X02   drug+
8   y  a   hi   11 X02   drug+
9   y  a   lo    0 X03    drug
10  y  a   lo    2 X03    drug
11  y  a   lo    4 X03    drug
12  y  a   lo    6 X03    drug
13  y  a   lo   11 X03    drug
14  y  p   lo    0 X04 placebo
15  y  p   lo    2 X04 placebo
16  y  p   lo    4 X04 placebo
17  y  p   lo    6 X04 placebo
18  y  p   lo   11 X04 placebo
19  y  p   lo    0 X05 placebo
20  y  p   lo    2 X05 placebo
21  y  p   lo    4 X05 placebo
22  y  p   lo    6 X05 placebo
23  y  p   lo   11 X05 placebo
24  y  a   lo    0 X06    drug
25  y  a   lo    2 X06    drug
26  y  a   lo    4 X06    drug
27  y  a   lo   11 X06    drug
28  y  a   hi    0 X07   drug+
29  n  a   hi    2 X07   drug+
30  n  a   hi    4 X07   drug+
31  n  a   hi    6 X07   drug+
32  y  a   hi   11 X07   drug+
33  n  p   hi    0 X08 placebo
34  y  p   hi    2 X08 placebo
35  y  p   hi    4 X08 placebo
36  y  p   hi    6 X08 placebo
37  y  p   hi   11 X08 placebo
38  y  p   lo    0 X09 placebo
39  y  p   lo    2 X09 placebo
40  y  p   lo    4 X09 placebo
41  y  p   lo    6 X09 placebo
42  y  p   lo   11 X09 placebo
43  y  a   hi    0 X10   drug+
44  y  a   hi    6 X10   drug+
45  y  p   hi    0 X11 placebo
46  y  p   hi    2 X11 placebo
47  y  p   hi    4 X11 placebo
48  y  p   hi    6 X11 placebo
49  y  p   hi   11 X11 placebo
50  y  a   lo    0 X12    drug
51  n  a   lo    2 X12    drug
52  n  a   lo    4 X12    drug
53  y  a   lo    6 X12    drug
54  y  a   lo   11 X12    drug
55  y  p   hi    0 X13 placebo
56  y  p   hi    2 X13 placebo
57  y  p   hi    4 X13 placebo
58  y  p   hi    6 X13 placebo
59  y  p   hi   11 X13 placebo
60  y  p   lo    0 X14 placebo
61  y  p   lo    2 X14 placebo
62  n  p   lo    4 X14 placebo
63  y  a   lo    0 X15    drug
64  y  a   lo    2 X15    drug
65  y  a   lo    4 X15    drug
66  y  a   lo    6 X15    drug
67  y  a   lo   11 X15    drug
68  y  a   hi    0 X16   drug+
69  y  a   hi    2 X16   drug+
70  n  a   hi    4 X16   drug+
71  y  a   hi    6 X16   drug+
72  y  a   hi   11 X16   drug+
73  y  p   hi    0 X17 placebo
74  y  p   hi    2 X17 placebo
75  y  p   hi    4 X17 placebo
76  n  p   hi    6 X17 placebo
77  y  p   hi   11 X17 placebo
78  y  a   lo    0 X18    drug
79  y  a   lo    2 X18    drug
80  n  a   lo    4 X18    drug
81  n  a   lo    6 X18    drug
82  n  a   lo   11 X18    drug
83  y  p   lo    0 X19 placebo
84  y  p   lo    2 X19 placebo
85  n  p   lo    4 X19 placebo
86  y  p   lo    6 X19 placebo
87  n  p   lo   11 X19 placebo
88  y  a   hi    0 X20   drug+
89  y  a   hi    2 X20   drug+
90  y  a   hi    4 X20   drug+
91  y  a   hi   11 X20   drug+
92  y  p   hi    0 X21 placebo
93  y  p   hi    2 X21 placebo
94  y  p   hi    4 X21 placebo
95  y  p   hi    6 X21 placebo
96  y  p   hi   11 X21 placebo
97  y  p   hi    0 Y01 placebo
98  y  p   hi    2 Y01 placebo
99  y  p   hi    4 Y01 placebo
100 y  p   hi    6 Y01 placebo
101 y  p   hi   11 Y01 placebo
102 n  p   lo    0 Y02 placebo
103 y  p   lo    2 Y02 placebo
104 n  p   lo    4 Y02 placebo
105 y  p   lo    6 Y02 placebo
106 n  p   lo   11 Y02 placebo
107 y  a   hi    0 Y03   drug+
108 y  a   hi    2 Y03   drug+
109 y  a   hi    4 Y03   drug+
110 n  a   hi    6 Y03   drug+
111 n  a   hi   11 Y03   drug+
112 n  a   lo    0 Y04    drug
113 y  a   lo    2 Y04    drug
114 n  a   lo    4 Y04    drug
115 n  a   lo   11 Y04    drug
116 y  p   hi    0 Y05 placebo
117 n  p   hi    2 Y05 placebo
118 n  p   hi   11 Y05 placebo
119 y  p   lo    0 Y06 placebo
120 y  p   lo    2 Y06 placebo
121 y  p   lo    6 Y06 placebo
122 y  p   lo   11 Y06 placebo
123 y  a   lo    0 Y07    drug
124 y  a   lo    2 Y07    drug
125 y  a   lo    4 Y07    drug
126 n  a   lo    6 Y07    drug
127 n  a   lo   11 Y07    drug
128 y  a   hi    0 Y08   drug+
129 y  a   hi    4 Y08   drug+
130 y  a   hi    6 Y08   drug+
131 n  a   hi   11 Y08   drug+
132 y  p   lo    0 Y09 placebo
133 y  p   lo    4 Y09 placebo
134 y  p   lo    6 Y09 placebo
135 y  p   lo   11 Y09 placebo
136 y  a   lo    0 Y10    drug
137 y  a   lo    2 Y10    drug
138 n  a   lo    4 Y10    drug
139 y  a   lo    6 Y10    drug
140 y  a   lo   11 Y10    drug
141 y  p   hi    0 Y11 placebo
142 y  p   hi    2 Y11 placebo
143 y  p   hi    4 Y11 placebo
144 y  p   hi    6 Y11 placebo
145 y  p   hi   11 Y11 placebo
146 y  a   hi    0 Y12   drug+
147 y  a   hi    4 Y12   drug+
148 y  a   lo    0 Y13    drug
149 n  a   lo    2 Y13    drug
150 n  a   lo    4 Y13    drug
151 n  a   lo    6 Y13    drug
152 y  p   hi    0 Y14 placebo
153 y  p   hi    2 Y14 placebo
154 y  p   hi   11 Y14 placebo
155 y  a   lo    0 Z01    drug
156 y  a   lo    2 Z01    drug
157 y  a   lo   11 Z01    drug
158 y  p   hi    0 Z02 placebo
159 y  p   hi    2 Z02 placebo
160 y  p   hi    4 Z02 placebo
161 y  p   hi    6 Z02 placebo
162 y  p   hi   11 Z02 placebo
163 y  a   hi    0 Z03   drug+
164 y  a   hi    2 Z03   drug+
165 y  a   hi    4 Z03   drug+
166 y  a   hi    6 Z03   drug+
 [ reached getOption("max.print") -- omitted 54 rows ]
[1] "MASS"
[1] "beav1"
[1] "Body Temperature Series of Beaver 1"
    day time  temp activ
1   346  840 36.33     0
2   346  850 36.34     0
3   346  900 36.35     0
4   346  910 36.42     0
5   346  920 36.55     0
6   346  930 36.69     0
7   346  940 36.71     0
8   346  950 36.75     0
9   346 1000 36.81     0
10  346 1010 36.88     0
11  346 1020 36.89     0
12  346 1030 36.91     0
13  346 1040 36.85     0
14  346 1050 36.89     0
15  346 1100 36.89     0
16  346 1110 36.67     0
17  346 1120 36.50     0
18  346 1130 36.74     0
19  346 1140 36.77     0
20  346 1150 36.76     0
21  346 1200 36.78     0
22  346 1210 36.82     0
23  346 1220 36.89     0
24  346 1230 36.99     0
25  346 1240 36.92     0
26  346 1250 36.99     0
27  346 1300 36.89     0
28  346 1310 36.94     0
29  346 1320 36.92     0
30  346 1330 36.97     0
31  346 1340 36.91     0
32  346 1350 36.79     0
33  346 1400 36.77     0
34  346 1410 36.69     0
35  346 1420 36.62     0
36  346 1430 36.54     0
37  346 1440 36.55     0
38  346 1450 36.67     0
39  346 1500 36.69     0
40  346 1510 36.62     0
41  346 1520 36.64     0
42  346 1530 36.59     0
43  346 1540 36.65     0
44  346 1550 36.75     0
45  346 1600 36.80     0
46  346 1610 36.81     0
47  346 1620 36.87     0
48  346 1630 36.87     0
49  346 1640 36.89     0
50  346 1650 36.94     0
51  346 1700 36.98     0
52  346 1710 36.95     0
53  346 1720 37.00     0
54  346 1730 37.07     1
55  346 1740 37.05     0
56  346 1750 37.00     0
57  346 1800 36.95     0
58  346 1810 37.00     0
59  346 1820 36.94     0
60  346 1830 36.88     0
61  346 1840 36.93     0
62  346 1850 36.98     0
63  346 1900 36.97     0
64  346 1910 36.85     0
65  346 1920 36.92     0
66  346 1930 36.99     0
67  346 1940 37.01     0
68  346 1950 37.10     1
69  346 2000 37.09     0
70  346 2010 37.02     0
71  346 2020 36.96     0
72  346 2030 36.84     0
73  346 2040 36.87     0
74  346 2050 36.85     0
75  346 2100 36.85     0
76  346 2110 36.87     0
77  346 2120 36.89     0
78  346 2130 36.86     0
79  346 2140 36.91     0
80  346 2150 37.53     1
81  346 2200 37.23     0
82  346 2210 37.20     0
83  346 2230 37.25     1
84  346 2240 37.20     0
85  346 2250 37.21     0
86  346 2300 37.24     1
87  346 2310 37.10     0
88  346 2320 37.20     0
89  346 2330 37.18     0
90  346 2340 36.93     0
91  346 2350 36.83     0
92  347    0 36.93     0
93  347   10 36.83     0
94  347   20 36.80     0
95  347   30 36.75     0
96  347   40 36.71     0
97  347   50 36.73     0
98  347  100 36.75     0
99  347  110 36.72     0
100 347  120 36.76     0
101 347  130 36.70     0
102 347  140 36.82     0
103 347  150 36.88     0
104 347  200 36.94     0
105 347  210 36.79     0
106 347  220 36.78     0
107 347  230 36.80     0
108 347  240 36.82     0
109 347  250 36.84     0
110 347  300 36.86     0
111 347  310 36.88     0
112 347  320 36.93     0
113 347  330 36.97     0
114 347  340 37.15     1
[1] "MASS"
[1] "beav2"
[1] "Body Temperature Series of Beaver 2"
    day time  temp activ
1   307  930 36.58     0
2   307  940 36.73     0
3   307  950 36.93     0
4   307 1000 37.15     0
5   307 1010 37.23     0
6   307 1020 37.24     0
7   307 1030 37.24     0
8   307 1040 36.90     0
9   307 1050 36.95     0
10  307 1100 36.89     0
11  307 1110 36.95     0
12  307 1120 37.00     0
13  307 1130 36.90     0
14  307 1140 36.99     0
15  307 1150 36.99     0
16  307 1200 37.01     0
17  307 1210 37.04     0
18  307 1220 37.04     0
19  307 1230 37.14     0
20  307 1240 37.07     0
21  307 1250 36.98     0
22  307 1300 37.01     0
23  307 1310 36.97     0
24  307 1320 36.97     0
25  307 1330 37.12     0
26  307 1340 37.13     0
27  307 1350 37.14     0
28  307 1400 37.15     0
29  307 1410 37.17     0
30  307 1420 37.12     0
31  307 1430 37.12     0
32  307 1440 37.17     0
33  307 1450 37.28     0
34  307 1500 37.28     0
35  307 1510 37.44     0
36  307 1520 37.51     0
37  307 1530 37.64     0
38  307 1540 37.51     0
39  307 1550 37.98     1
40  307 1600 38.02     1
41  307 1610 38.00     1
42  307 1620 38.24     1
43  307 1630 38.10     1
44  307 1640 38.24     1
45  307 1650 38.11     1
46  307 1700 38.02     1
47  307 1710 38.11     1
48  307 1720 38.01     1
49  307 1730 37.91     1
50  307 1740 37.96     1
51  307 1750 38.03     1
52  307 1800 38.17     1
53  307 1810 38.19     1
54  307 1820 38.18     1
55  307 1830 38.15     1
56  307 1840 38.04     1
57  307 1850 37.96     1
58  307 1900 37.84     1
59  307 1910 37.83     1
60  307 1920 37.84     1
61  307 1930 37.74     1
62  307 1940 37.76     1
63  307 1950 37.76     1
64  307 2000 37.64     1
65  307 2010 37.63     1
66  307 2020 38.06     1
67  307 2030 38.19     1
68  307 2040 38.35     1
69  307 2050 38.25     1
70  307 2100 37.86     1
71  307 2110 37.95     1
72  307 2120 37.95     1
73  307 2130 37.76     1
74  307 2140 37.60     1
75  307 2150 37.89     1
76  307 2200 37.86     1
77  307 2210 37.71     1
78  307 2220 37.78     1
79  307 2230 37.82     1
80  307 2240 37.76     1
81  307 2250 37.81     1
82  307 2300 37.84     1
83  307 2310 38.01     1
84  307 2320 38.10     1
85  307 2330 38.15     1
86  307 2340 37.92     1
87  307 2350 37.64     1
88  308    0 37.70     1
89  308   10 37.46     1
90  308   20 37.41     1
91  308   30 37.46     1
92  308   40 37.56     1
93  308   50 37.55     1
94  308  100 37.75     1
95  308  110 37.76     1
96  308  120 37.73     1
97  308  130 37.77     1
98  308  140 38.01     1
99  308  150 38.04     1
100 308  200 38.07     1
[1] "MASS"
[1] "biopsy"
[1] "Biopsy Data on Breast Cancer Patients"
          ID V1 V2 V3 V4 V5 V6 V7 V8 V9     class
1    1000025  5  1  1  1  2  1  3  1  1    benign
2    1002945  5  4  4  5  7 10  3  2  1    benign
3    1015425  3  1  1  1  2  2  3  1  1    benign
4    1016277  6  8  8  1  3  4  3  7  1    benign
5    1017023  4  1  1  3  2  1  3  1  1    benign
6    1017122  8 10 10  8  7 10  9  7  1 malignant
7    1018099  1  1  1  1  2 10  3  1  1    benign
8    1018561  2  1  2  1  2  1  3  1  1    benign
9    1033078  2  1  1  1  2  1  1  1  5    benign
10   1033078  4  2  1  1  2  1  2  1  1    benign
11   1035283  1  1  1  1  1  1  3  1  1    benign
12   1036172  2  1  1  1  2  1  2  1  1    benign
13   1041801  5  3  3  3  2  3  4  4  1 malignant
14   1043999  1  1  1  1  2  3  3  1  1    benign
15   1044572  8  7  5 10  7  9  5  5  4 malignant
16   1047630  7  4  6  4  6  1  4  3  1 malignant
17   1048672  4  1  1  1  2  1  2  1  1    benign
18   1049815  4  1  1  1  2  1  3  1  1    benign
19   1050670 10  7  7  6  4 10  4  1  2 malignant
20   1050718  6  1  1  1  2  1  3  1  1    benign
21   1054590  7  3  2 10  5 10  5  4  4 malignant
22   1054593 10  5  5  3  6  7  7 10  1 malignant
23   1056784  3  1  1  1  2  1  2  1  1    benign
24   1057013  8  4  5  1  2 NA  7  3  1 malignant
25   1059552  1  1  1  1  2  1  3  1  1    benign
26   1065726  5  2  3  4  2  7  3  6  1 malignant
27   1066373  3  2  1  1  1  1  2  1  1    benign
28   1066979  5  1  1  1  2  1  2  1  1    benign
29   1067444  2  1  1  1  2  1  2  1  1    benign
30   1070935  1  1  3  1  2  1  1  1  1    benign
31   1070935  3  1  1  1  1  1  2  1  1    benign
32   1071760  2  1  1  1  2  1  3  1  1    benign
33   1072179 10  7  7  3  8  5  7  4  3 malignant
34   1074610  2  1  1  2  2  1  3  1  1    benign
35   1075123  3  1  2  1  2  1  2  1  1    benign
36   1079304  2  1  1  1  2  1  2  1  1    benign
37   1080185 10 10 10  8  6  1  8  9  1 malignant
38   1081791  6  2  1  1  1  1  7  1  1    benign
39   1084584  5  4  4  9  2 10  5  6  1 malignant
40   1091262  2  5  3  3  6  7  7  5  1 malignant
41   1096800  6  6  6  9  6 NA  7  8  1    benign
42   1099510 10  4  3  1  3  3  6  5  2 malignant
43   1100524  6 10 10  2  8 10  7  3  3 malignant
44   1102573  5  6  5  6 10  1  3  1  1 malignant
45   1103608 10 10 10  4  8  1  8 10  1 malignant
46   1103722  1  1  1  1  2  1  2  1  2    benign
47   1105257  3  7  7  4  4  9  4  8  1 malignant
48   1105524  1  1  1  1  2  1  2  1  1    benign
49   1106095  4  1  1  3  2  1  3  1  1    benign
50   1106829  7  8  7  2  4  8  3  8  2 malignant
51   1108370  9  5  8  1  2  3  2  1  5 malignant
52   1108449  5  3  3  4  2  4  3  4  1 malignant
53   1110102 10  3  6  2  3  5  4 10  2 malignant
54   1110503  5  5  5  8 10  8  7  3  7 malignant
55   1110524 10  5  5  6  8  8  7  1  1 malignant
56   1111249 10  6  6  3  4  5  3  6  1 malignant
57   1112209  8 10 10  1  3  6  3  9  1 malignant
58   1113038  8  2  4  1  5  1  5  4  4 malignant
59   1113483  5  2  3  1  6 10  5  1  1 malignant
60   1113906  9  5  5  2  2  2  5  1  1 malignant
61   1115282  5  3  5  5  3  3  4 10  1 malignant
62   1115293  1  1  1  1  2  2  2  1  1    benign
63   1116116  9 10 10  1 10  8  3  3  1 malignant
64   1116132  6  3  4  1  5  2  3  9  1 malignant
65   1116192  1  1  1  1  2  1  2  1  1    benign
66   1116998 10  4  2  1  3  2  4  3 10 malignant
67   1117152  4  1  1  1  2  1  3  1  1    benign
68   1118039  5  3  4  1  8 10  4  9  1 malignant
69   1120559  8  3  8  3  4  9  8  9  8 malignant
70   1121732  1  1  1  1  2  1  3  2  1    benign
71   1121919  5  1  3  1  2  1  2  1  1    benign
72   1123061  6 10  2  8 10  2  7  8 10 malignant
73   1124651  1  3  3  2  2  1  7  2  1    benign
74   1125035  9  4  5 10  6 10  4  8  1 malignant
75   1126417 10  6  4  1  3  4  3  2  3 malignant
76   1131294  1  1  2  1  2  2  4  2  1    benign
77   1132347  1  1  4  1  2  1  2  1  1    benign
78   1133041  5  3  1  2  2  1  2  1  1    benign
79   1133136  3  1  1  1  2  3  3  1  1    benign
80   1136142  2  1  1  1  3  1  2  1  1    benign
81   1137156  2  2  2  1  1  1  7  1  1    benign
82   1143978  4  1  1  2  2  1  2  1  1    benign
83   1143978  5  2  1  1  2  1  3  1  1    benign
84   1147044  3  1  1  1  2  2  7  1  1    benign
85   1147699  3  5  7  8  8  9  7 10  7 malignant
86   1147748  5 10  6  1 10  4  4 10 10 malignant
87   1148278  3  3  6  4  5  8  4  4  1 malignant
88   1148873  3  6  6  6  5 10  6  8  3 malignant
89   1152331  4  1  1  1  2  1  3  1  1    benign
90   1155546  2  1  1  2  3  1  2  1  1    benign
 [ reached getOption("max.print") -- omitted 609 rows ]
[1] "MASS"
[1] "birthwt"
[1] "Risk Factors Associated with Low Infant Birth Weight"
    low age lwt race smoke ptl ht ui ftv  bwt
85    0  19 182    2     0   0  0  1   0 2523
86    0  33 155    3     0   0  0  0   3 2551
87    0  20 105    1     1   0  0  0   1 2557
88    0  21 108    1     1   0  0  1   2 2594
89    0  18 107    1     1   0  0  1   0 2600
91    0  21 124    3     0   0  0  0   0 2622
92    0  22 118    1     0   0  0  0   1 2637
93    0  17 103    3     0   0  0  0   1 2637
94    0  29 123    1     1   0  0  0   1 2663
95    0  26 113    1     1   0  0  0   0 2665
96    0  19  95    3     0   0  0  0   0 2722
97    0  19 150    3     0   0  0  0   1 2733
98    0  22  95    3     0   0  1  0   0 2751
99    0  30 107    3     0   1  0  1   2 2750
100   0  18 100    1     1   0  0  0   0 2769
101   0  18 100    1     1   0  0  0   0 2769
102   0  15  98    2     0   0  0  0   0 2778
103   0  25 118    1     1   0  0  0   3 2782
104   0  20 120    3     0   0  0  1   0 2807
105   0  28 120    1     1   0  0  0   1 2821
106   0  32 121    3     0   0  0  0   2 2835
107   0  31 100    1     0   0  0  1   3 2835
108   0  36 202    1     0   0  0  0   1 2836
109   0  28 120    3     0   0  0  0   0 2863
111   0  25 120    3     0   0  0  1   2 2877
112   0  28 167    1     0   0  0  0   0 2877
113   0  17 122    1     1   0  0  0   0 2906
114   0  29 150    1     0   0  0  0   2 2920
115   0  26 168    2     1   0  0  0   0 2920
116   0  17 113    2     0   0  0  0   1 2920
117   0  17 113    2     0   0  0  0   1 2920
118   0  24  90    1     1   1  0  0   1 2948
119   0  35 121    2     1   1  0  0   1 2948
120   0  25 155    1     0   0  0  0   1 2977
121   0  25 125    2     0   0  0  0   0 2977
123   0  29 140    1     1   0  0  0   2 2977
124   0  19 138    1     1   0  0  0   2 2977
125   0  27 124    1     1   0  0  0   0 2922
126   0  31 215    1     1   0  0  0   2 3005
127   0  33 109    1     1   0  0  0   1 3033
128   0  21 185    2     1   0  0  0   2 3042
129   0  19 189    1     0   0  0  0   2 3062
130   0  23 130    2     0   0  0  0   1 3062
131   0  21 160    1     0   0  0  0   0 3062
132   0  18  90    1     1   0  0  1   0 3062
133   0  18  90    1     1   0  0  1   0 3062
134   0  32 132    1     0   0  0  0   4 3080
135   0  19 132    3     0   0  0  0   0 3090
136   0  24 115    1     0   0  0  0   2 3090
137   0  22  85    3     1   0  0  0   0 3090
138   0  22 120    1     0   0  1  0   1 3100
139   0  23 128    3     0   0  0  0   0 3104
140   0  22 130    1     1   0  0  0   0 3132
141   0  30  95    1     1   0  0  0   2 3147
142   0  19 115    3     0   0  0  0   0 3175
143   0  16 110    3     0   0  0  0   0 3175
144   0  21 110    3     1   0  0  1   0 3203
145   0  30 153    3     0   0  0  0   0 3203
146   0  20 103    3     0   0  0  0   0 3203
147   0  17 119    3     0   0  0  0   0 3225
148   0  17 119    3     0   0  0  0   0 3225
149   0  23 119    3     0   0  0  0   2 3232
150   0  24 110    3     0   0  0  0   0 3232
151   0  28 140    1     0   0  0  0   0 3234
154   0  26 133    3     1   2  0  0   0 3260
155   0  20 169    3     0   1  0  1   1 3274
156   0  24 115    3     0   0  0  0   2 3274
159   0  28 250    3     1   0  0  0   6 3303
160   0  20 141    1     0   2  0  1   1 3317
161   0  22 158    2     0   1  0  0   2 3317
162   0  22 112    1     1   2  0  0   0 3317
163   0  31 150    3     1   0  0  0   2 3321
164   0  23 115    3     1   0  0  0   1 3331
166   0  16 112    2     0   0  0  0   0 3374
167   0  16 135    1     1   0  0  0   0 3374
168   0  18 229    2     0   0  0  0   0 3402
169   0  25 140    1     0   0  0  0   1 3416
170   0  32 134    1     1   1  0  0   4 3430
172   0  20 121    2     1   0  0  0   0 3444
173   0  23 190    1     0   0  0  0   0 3459
174   0  22 131    1     0   0  0  0   1 3460
175   0  32 170    1     0   0  0  0   0 3473
176   0  30 110    3     0   0  0  0   0 3544
177   0  20 127    3     0   0  0  0   0 3487
179   0  23 123    3     0   0  0  0   0 3544
180   0  17 120    3     1   0  0  0   0 3572
181   0  19 105    3     0   0  0  0   0 3572
182   0  23 130    1     0   0  0  0   0 3586
183   0  36 175    1     0   0  0  0   0 3600
184   0  22 125    1     0   0  0  0   1 3614
185   0  24 133    1     0   0  0  0   0 3614
186   0  21 134    3     0   0  0  0   2 3629
187   0  19 235    1     1   0  1  0   0 3629
188   0  25  95    1     1   3  0  1   0 3637
189   0  16 135    1     1   0  0  0   0 3643
190   0  29 135    1     0   0  0  0   1 3651
191   0  29 154    1     0   0  0  0   1 3651
192   0  19 147    1     1   0  0  0   0 3651
193   0  19 147    1     1   0  0  0   0 3651
195   0  30 137    1     0   0  0  0   1 3699
 [ reached getOption("max.print") -- omitted 89 rows ]
[1] "MASS"
[1] "cabbages"
[1] "Data from a cabbage field trial"
   Cult Date HeadWt VitC
1   c39  d16    2.5   51
2   c39  d16    2.2   55
3   c39  d16    3.1   45
4   c39  d16    4.3   42
5   c39  d16    2.5   53
6   c39  d16    4.3   50
7   c39  d16    3.8   50
8   c39  d16    4.3   52
9   c39  d16    1.7   56
10  c39  d16    3.1   49
11  c39  d20    3.0   65
12  c39  d20    2.8   52
13  c39  d20    2.8   41
14  c39  d20    2.7   51
15  c39  d20    2.6   41
16  c39  d20    2.8   45
17  c39  d20    2.6   51
18  c39  d20    2.6   45
19  c39  d20    2.6   61
20  c39  d20    3.5   42
21  c39  d21    2.2   54
22  c39  d21    1.8   59
23  c39  d21    1.6   66
24  c39  d21    2.1   54
25  c39  d21    3.3   45
26  c39  d21    3.8   49
27  c39  d21    3.2   49
28  c39  d21    3.6   55
29  c39  d21    4.2   49
30  c39  d21    1.6   68
31  c52  d16    2.0   58
32  c52  d16    2.4   55
33  c52  d16    1.9   67
34  c52  d16    2.8   61
35  c52  d16    1.7   67
36  c52  d16    3.2   68
37  c52  d16    2.0   58
38  c52  d16    2.2   63
39  c52  d16    2.2   56
40  c52  d16    2.2   72
41  c52  d20    4.0   52
42  c52  d20    2.8   70
43  c52  d20    3.1   57
44  c52  d20    4.2   58
45  c52  d20    3.7   47
46  c52  d20    3.0   56
47  c52  d20    2.2   72
48  c52  d20    2.3   63
49  c52  d20    3.8   54
50  c52  d20    2.0   60
51  c52  d21    1.5   78
52  c52  d21    1.4   75
53  c52  d21    1.7   70
54  c52  d21    1.3   84
55  c52  d21    1.7   71
56  c52  d21    1.6   72
57  c52  d21    1.4   62
58  c52  d21    1.0   68
59  c52  d21    1.5   66
60  c52  d21    1.6   72
[1] "MASS"
[1] "caith"
[1] "Colours of Eyes and Hair of People in Caithness"
       fair red medium dark black
blue    326  38    241  110     3
light   688 116    584  188     4
medium  343  84    909  412    26
dark     98  48    403  681    85
[1] "MASS"
[1] "cats"
[1] "Anatomical Data from Domestic Cats"
    Sex Bwt  Hwt
1     F 2.0  7.0
2     F 2.0  7.4
3     F 2.0  9.5
4     F 2.1  7.2
5     F 2.1  7.3
6     F 2.1  7.6
7     F 2.1  8.1
8     F 2.1  8.2
9     F 2.1  8.3
10    F 2.1  8.5
11    F 2.1  8.7
12    F 2.1  9.8
13    F 2.2  7.1
14    F 2.2  8.7
15    F 2.2  9.1
16    F 2.2  9.7
17    F 2.2 10.9
18    F 2.2 11.0
19    F 2.3  7.3
20    F 2.3  7.9
21    F 2.3  8.4
22    F 2.3  9.0
23    F 2.3  9.0
24    F 2.3  9.5
25    F 2.3  9.6
26    F 2.3  9.7
27    F 2.3 10.1
28    F 2.3 10.1
29    F 2.3 10.6
30    F 2.3 11.2
31    F 2.4  6.3
32    F 2.4  8.7
33    F 2.4  8.8
34    F 2.4 10.2
35    F 2.5  9.0
36    F 2.5 10.9
37    F 2.6  8.7
38    F 2.6 10.1
39    F 2.6 10.1
40    F 2.7  8.5
41    F 2.7 10.2
42    F 2.7 10.8
43    F 2.9  9.9
44    F 2.9 10.1
45    F 2.9 10.1
46    F 3.0 10.6
47    F 3.0 13.0
48    M 2.0  6.5
49    M 2.0  6.5
50    M 2.1 10.1
51    M 2.2  7.2
52    M 2.2  7.6
53    M 2.2  7.9
54    M 2.2  8.5
55    M 2.2  9.1
56    M 2.2  9.6
57    M 2.2  9.6
58    M 2.2 10.7
59    M 2.3  9.6
60    M 2.4  7.3
61    M 2.4  7.9
62    M 2.4  7.9
63    M 2.4  9.1
64    M 2.4  9.3
65    M 2.5  7.9
66    M 2.5  8.6
67    M 2.5  8.8
68    M 2.5  8.8
69    M 2.5  9.3
70    M 2.5 11.0
71    M 2.5 12.7
72    M 2.5 12.7
73    M 2.6  7.7
74    M 2.6  8.3
75    M 2.6  9.4
76    M 2.6  9.4
77    M 2.6 10.5
78    M 2.6 11.5
79    M 2.7  8.0
80    M 2.7  9.0
81    M 2.7  9.6
82    M 2.7  9.6
83    M 2.7  9.8
84    M 2.7 10.4
85    M 2.7 11.1
86    M 2.7 12.0
87    M 2.7 12.5
88    M 2.8  9.1
89    M 2.8 10.0
90    M 2.8 10.2
91    M 2.8 11.4
92    M 2.8 12.0
93    M 2.8 13.3
94    M 2.8 13.5
95    M 2.9  9.4
96    M 2.9 10.1
97    M 2.9 10.6
98    M 2.9 11.3
99    M 2.9 11.8
100   M 3.0 10.0
101   M 3.0 10.4
102   M 3.0 10.6
103   M 3.0 11.6
104   M 3.0 12.2
105   M 3.0 12.4
106   M 3.0 12.7
107   M 3.0 13.3
108   M 3.0 13.8
109   M 3.1  9.9
110   M 3.1 11.5
111   M 3.1 12.1
112   M 3.1 12.5
113   M 3.1 13.0
114   M 3.1 14.3
115   M 3.2 11.6
116   M 3.2 11.9
117   M 3.2 12.3
118   M 3.2 13.0
119   M 3.2 13.5
120   M 3.2 13.6
121   M 3.3 11.5
122   M 3.3 12.0
123   M 3.3 14.1
124   M 3.3 14.9
125   M 3.3 15.4
126   M 3.4 11.2
127   M 3.4 12.2
128   M 3.4 12.4
129   M 3.4 12.8
130   M 3.4 14.4
131   M 3.5 11.7
132   M 3.5 12.9
133   M 3.5 15.6
134   M 3.5 15.7
135   M 3.5 17.2
136   M 3.6 11.8
137   M 3.6 13.3
138   M 3.6 14.8
139   M 3.6 15.0
140   M 3.7 11.0
141   M 3.8 14.8
142   M 3.8 16.8
143   M 3.9 14.4
144   M 3.9 20.5
[1] "MASS"
[1] "cement"
[1] "Heat Evolved by Setting Cements"
   x1 x2 x3 x4     y
1   7 26  6 60  78.5
2   1 29 15 52  74.3
3  11 56  8 20 104.3
4  11 31  8 47  87.6
5   7 52  6 33  95.9
6  11 55  9 22 109.2
7   3 71 17  6 102.7
8   1 31 22 44  72.5
9   2 54 18 22  93.1
10 21 47  4 26 115.9
11  1 40 23 34  83.8
12 11 66  9 12 113.3
13 10 68  8 12 109.4
[1] "MASS"
[1] "chem"
[1] "Copper in Wholemeal Flour"
 [1]  2.90  3.10  3.40  3.40  3.70  3.70  2.80  2.50  2.40  2.40  2.70  2.20  5.28  3.37  3.03  3.03 28.95  3.77  3.40  2.20  3.50  3.60  3.70  3.70
[1] "MASS"
[1] "coop"
[1] "Co-operative Trial in Analytical Chemistry"
    Lab Spc Bat Conc
1    L1  S1  B1 0.29
2    L1  S1  B1 0.33
3    L1  S1  B2 0.33
4    L1  S1  B2 0.32
5    L1  S1  B3 0.34
6    L1  S1  B3 0.31
7    L1  S2  B1 0.13
8    L1  S2  B1 0.14
9    L1  S2  B2 0.16
10   L1  S2  B2 0.11
11   L1  S2  B3 0.14
12   L1  S2  B3 0.13
13   L1  S3  B1 0.68
14   L1  S3  B1 0.71
15   L1  S3  B2 0.86
16   L1  S3  B2 0.76
17   L1  S3  B3 0.72
18   L1  S3  B3 0.73
19   L1  S4  B1 0.50
20   L1  S4  B1 0.47
21   L1  S4  B2 0.64
22   L1  S4  B2 0.53
23   L1  S4  B3 0.49
24   L1  S4  B3 0.50
25   L1  S5  B1 6.60
26   L1  S5  B1 7.08
27   L1  S5  B2 7.56
28   L1  S5  B2 7.14
29   L1  S5  B3 7.19
30   L1  S5  B3 6.64
31   L1  S6  B1 1.36
32   L1  S6  B1 1.34
33   L1  S6  B2 1.51
34   L1  S6  B2 1.44
35   L1  S6  B3 1.52
36   L1  S6  B3 1.30
37   L1  S7  B1 1.06
38   L1  S7  B1 0.88
39   L1  S7  B2 1.01
40   L1  S7  B2 1.09
41   L1  S7  B3 0.87
42   L1  S7  B3 1.02
43   L2  S1  B1 0.40
44   L2  S1  B1 0.40
45   L2  S1  B2 0.43
46   L2  S1  B2 0.36
47   L2  S1  B3 0.42
48   L2  S1  B3 0.40
49   L2  S2  B1 0.22
50   L2  S2  B1 0.22
51   L2  S2  B2 0.24
52   L2  S2  B2 0.19
53   L2  S2  B3 0.21
54   L2  S2  B3 0.22
55   L2  S3  B1 1.03
56   L2  S3  B1 1.05
57   L2  S3  B2 1.05
58   L2  S3  B2 1.16
59   L2  S3  B3 0.97
60   L2  S3  B3 1.12
61   L2  S4  B1 0.81
62   L2  S4  B1 0.57
63   L2  S4  B2 0.67
64   L2  S4  B2 0.60
65   L2  S4  B3 0.66
66   L2  S4  B3 0.80
67   L2  S5  B1 8.40
68   L2  S5  B1 8.60
69   L2  S5  B2 7.54
70   L2  S5  B2 8.50
71   L2  S5  B3 8.74
72   L2  S5  B3 8.22
73   L2  S6  B1 2.12
74   L2  S6  B1 2.44
75   L2  S6  B2 1.49
76   L2  S6  B2 1.70
77   L2  S6  B3 1.73
78   L2  S6  B3 1.64
79   L2  S7  B1 1.50
80   L2  S7  B1 1.07
81   L2  S7  B2 1.23
82   L2  S7  B2 0.93
83   L2  S7  B3 1.32
84   L2  S7  B3 1.25
85   L3  S1  B1 0.40
86   L3  S1  B1 0.35
87   L3  S1  B2 0.38
88   L3  S1  B2 0.32
89   L3  S1  B3 0.38
90   L3  S1  B3 0.33
91   L3  S2  B1 0.25
92   L3  S2  B1 0.20
93   L3  S2  B2 0.16
94   L3  S2  B2 0.16
95   L3  S2  B3 0.25
96   L3  S2  B3 0.18
97   L3  S3  B1 0.83
98   L3  S3  B1 0.66
99   L3  S3  B2 0.89
100  L3  S3  B2 0.92
101  L3  S3  B3 0.75
102  L3  S3  B3 0.75
103  L3  S4  B1 0.50
104  L3  S4  B1 0.50
105  L3  S4  B2 0.58
106  L3  S4  B2 0.67
107  L3  S4  B3 0.50
108  L3  S4  B3 0.50
109  L3  S5  B1 6.90
110  L3  S5  B1 6.70
111  L3  S5  B2 7.10
112  L3  S5  B2 7.10
113  L3  S5  B3 6.30
114  L3  S5  B3 6.70
115  L3  S6  B1 1.50
116  L3  S6  B1 1.50
117  L3  S6  B2 1.50
118  L3  S6  B2 1.60
119  L3  S6  B3 1.30
120  L3  S6  B3 1.50
121  L3  S7  B1 1.00
122  L3  S7  B1 1.00
123  L3  S7  B2 1.10
124  L3  S7  B2 1.10
125  L3  S7  B3 0.75
126  L3  S7  B3 0.90
127  L4  S1  B1 0.90
128  L4  S1  B1 1.30
129  L4  S1  B2 0.90
130  L4  S1  B2 1.10
131  L4  S1  B3 0.90
132  L4  S1  B3 0.90
133  L4  S2  B1 1.70
134  L4  S2  B1 1.30
135  L4  S2  B2 1.50
136  L4  S2  B2 1.50
137  L4  S2  B3 0.60
138  L4  S2  B3 0.40
139  L4  S3  B1 1.30
140  L4  S3  B1 1.70
141  L4  S3  B2 1.50
142  L4  S3  B2 1.50
143  L4  S3  B3 2.10
144  L4  S3  B3 1.90
145  L4  S4  B1 1.30
146  L4  S4  B1 1.30
147  L4  S4  B2 1.30
148  L4  S4  B2 1.10
149  L4  S4  B3 0.20
150  L4  S4  B3 0.20
151  L4  S5  B1 7.60
152  L4  S5  B1 7.80
153  L4  S5  B2 7.90
154  L4  S5  B2 7.50
155  L4  S5  B3 7.80
156  L4  S5  B3 7.40
157  L4  S6  B1 2.40
158  L4  S6  B1 2.60
159  L4  S6  B2 2.20
160  L4  S6  B2 2.80
161  L4  S6  B3 2.20
162  L4  S6  B3 1.70
163  L4  S7  B1 1.50
164  L4  S7  B1 1.90
165  L4  S7  B2 2.40
166  L4  S7  B2 1.90
167  L4  S7  B3 1.70
168  L4  S7  B3 2.00
169  L5  S1  B1 0.44
170  L5  S1  B1 0.44
171  L5  S1  B2 0.45
172  L5  S1  B2 0.45
173  L5  S1  B3 0.42
174  L5  S1  B3 0.46
175  L5  S2  B1 0.23
176  L5  S2  B1 0.24
177  L5  S2  B2 0.22
178  L5  S2  B2 0.23
179  L5  S2  B3 0.24
180  L5  S2  B3 0.18
181  L5  S3  B1 1.10
182  L5  S3  B1 1.00
183  L5  S3  B2 1.10
184  L5  S3  B2 1.20
185  L5  S3  B3 1.20
186  L5  S3  B3 1.10
187  L5  S4  B1 0.48
188  L5  S4  B1 0.47
189  L5  S4  B2 0.57
190  L5  S4  B2 0.56
191  L5  S4  B3 0.55
192  L5  S4  B3 0.55
193  L5  S5  B1 8.00
194  L5  S5  B1 7.80
195  L5  S5  B2 8.00
196  L5  S5  B2 7.90
197  L5  S5  B3 8.30
198  L5  S5  B3 8.30
199  L5  S6  B1 1.90
200  L5  S6  B1 1.90
201  L5  S6  B2 1.90
202  L5  S6  B2 1.90
203  L5  S6  B3 1.80
204  L5  S6  B3 1.90
205  L5  S7  B1 1.30
206  L5  S7  B1 1.40
207  L5  S7  B2 1.30
208  L5  S7  B2 1.30
209  L5  S7  B3 1.20
210  L5  S7  B3 1.20
211  L6  S1  B1 0.38
212  L6  S1  B1 0.39
213  L6  S1  B2 0.40
214  L6  S1  B2 0.46
215  L6  S1  B3 0.72
216  L6  S1  B3 0.79
217  L6  S2  B1 0.24
218  L6  S2  B1 0.20
219  L6  S2  B2 0.15
220  L6  S2  B2 0.16
221  L6  S2  B3 0.35
222  L6  S2  B3 0.42
223  L6  S3  B1 1.03
224  L6  S3  B1 0.88
225  L6  S3  B2 1.06
226  L6  S3  B2 1.16
227  L6  S3  B3 1.10
228  L6  S3  B3 1.20
229  L6  S4  B1 0.31
230  L6  S4  B1 0.31
231  L6  S4  B2 0.69
232  L6  S4  B2 0.73
233  L6  S4  B3 1.10
234  L6  S4  B3 0.90
235  L6  S5  B1 7.70
236  L6  S5  B1 6.90
237  L6  S5  B2 9.40
238  L6  S5  B2 9.90
239  L6  S5  B3 9.20
240  L6  S5  B3 9.00
241  L6  S6  B1 1.70
242  L6  S6  B1 1.80
243  L6  S6  B2 2.00
244  L6  S6  B2 2.10
245  L6  S6  B3 1.50
246  L6  S6  B3 1.50
247  L6  S7  B1 1.50
248  L6  S7  B1 1.50
249  L6  S7  B2 1.30
250  L6  S7  B2 1.40
 [ reached getOption("max.print") -- omitted 2 rows ]
[1] "MASS"
[1] "cpus"
[1] "Performance of Computer CPUs"
                      name syct  mmin  mmax cach chmin chmax perf estperf
1            ADVISOR 32/60  125   256  6000  256    16   128  198     199
2            AMDAHL 470V/7   29  8000 32000   32     8    32  269     253
3            AMDAHL 470/7A   29  8000 32000   32     8    32  220     253
4           AMDAHL 470V/7B   29  8000 32000   32     8    32  172     253
5           AMDAHL 470V/7C   29  8000 16000   32     8    16  132     132
6            AMDAHL 470V/8   26  8000 32000   64     8    32  318     290
7          AMDAHL 580-5840   23 16000 32000   64    16    32  367     381
8          AMDAHL 580-5850   23 16000 32000   64    16    32  489     381
9          AMDAHL 580-5860   23 16000 64000   64    16    32  636     749
10         AMDAHL 580 5880   23 32000 64000  128    32    64 1144    1238
11            APOLLO DN320  400  1000  3000    0     1     2   38      23
12            APOLLO DN420  400   512  3500    4     1     6   40      24
13               BASF 7/65   60  2000  8000   65     1     8   92      70
14               BASF 7/68   50  4000 16000   65     1     8  138     117
15                BTI 5000  350    64    64    0     1     4   10      15
16                BTI 8000  200   512 16000    0     4    32   35      64
17         BURROUGHS B1955  167   524  2000    8     4    15   19      23
18         BURROUGHS B2900  143   512  5000    0     7    32   28      29
19         BURROUGHS B2925  143  1000  2000    0     5    16   31      22
20         BURROUGHS B4955  110  5000  5000  142     8    64  120     124
21         BURROUGHS B5900  143  1500  6300    0     5    32   30      35
22         BURROUGHS B5920  143  3100  6200    0     5    20   33      39
23         BURROUGHS B6900  143  2300  6200    0     6    64   61      40
24         BURROUGHS B6925  110  3100  6200    0     6    64   76      45
25         C.R.D. 68/10-80  320   128  6000    0     1    12   23      28
26   C.R.D. UNIVERSE 2203T  320   512  2000    4     1     3   69      21
27      C.R.D. UNIVERSE 68  320   256  6000    0     1     6   33      28
28   C.R.D. UNIVERSE 68/05  320   256  3000    4     1     3   27      22
29  C.R.D. UNIVERSE 68/137  320   512  5000    4     1     5   77      28
30   C.R.D. UNIVERSE 68/37  320   256  5000    4     1     6   27      27
31       CDC CYBER 170/750   25  1310  2620  131    12    24  274     102
32       CDC CYBER 170/760   25  1310  2620  131    12    24  368     102
33       CDC CYBER 170/815   50  2620 10480   30    12    24   32      74
34       CDC CYBER 170/825   50  2620 10480   30    12    24   63      74
35       CDC CYBER 170/835   56  5240 20970   30    12    24  106     138
36       CDC CYBER 170/845   64  5240 20970   30    12    24  208     136
37         CDC OMEGA 480-I   50   500  2000    8     1     4   20      23
38        CDC OMEGA 480-II   50  1000  4000    8     1     5   29      29
39       CDC OMEGA 480-III   50  2000  8000    8     1     5   71      44
40           CAMBEX 1636-1   50  1000  4000    8     3     5   26      30
41          CAMBEX 1636-10   50  1000  8000    8     3     5   36      41
42           CAMBEX 1641-1   50  2000 16000    8     3     5   40      74
43          CAMBEX 1641-11   50  2000 16000    8     3     6   52      74
44           CAMBEX 1651-1   50  2000 16000    8     3     6   60      74
45      DEC DECSYS 10 1091  133  1000 12000    9     3    12   72      54
46      DEC DECSYS 20 2060  133  1000  8000    9     3    12   72      41
47          DEC MICROVAX-1  810   512   512    8     1     1   18      18
48          DEC VAX 11/730  810  1000  5000    0     1     1   20      28
49          DEC VAX 11/750  320   512  8000    4     1     5   40      36
50          DEC VAX 11/780  200   512  8000    8     1     8   62      38
51        DG ECLIPSE C/350  700   384  8000    0     1     1   24      34
52        DG ECLIPSE M/600  700   256  2000    0     1     1   24      19
53      DG ECLIPSE MV/1000  140  1000 16000   16     1     3  138      72
54      DG ECLIPSE MV/4000  200  1000  8000    0     1     2   36      36
55      DG ECLIPSE MV/6000  110  1000  4000   16     1     2   26      30
56      DG ECLIPSE MV/8000  110  1000 12000   16     1     2   60      56
57   DG ECLIPSE MV/8000 II  220  1000  8000   16     1     2   71      42
58     FORMATION F4000/100  800   256  8000    0     1     4   12      34
59     FORMATION F4000/200  800   256  8000    0     1     4   14      34
60   FORMATION F4000/200AP  800   256  8000    0     1     4   20      34
61     FORMATION F4000/300  800   256  8000    0     1     4   16      34
62   FORMATION F4000/300AP  800   256  8000    0     1     4   22      34
63     FOUR PHASE 2000/260  125   512  1000    0     8    20   36      19
64   GOULD CONCEPT 32/8705   75  2000  8000   64     1    38  144      75
65   GOULD CONCEPT 32/8750   75  2000 16000   64     1    38  144     113
66   GOULD CONCEPT 32/8780   75  2000 16000  128     1    38  259     157
67              HP 3000/30   90   256  1000    0     3    10   17      18
68              HP 3000/40  105   256  2000    0     3    10   26      20
69              HP 3000/44  105  1000  4000    0     3    24   32      28
70              HP 3000/48  105  2000  4000    8     3    19   32      33
71              HP 3000/64   75  2000  8000    8     3    24   62      47
72              HP 3000/88   75  3000  8000    8     3    48   64      54
73             HP 3000/III  175   256  2000    0     3    24   22      20
74              HARRIS 100  300   768  3000    0     6    24   36      23
75              HARRIS 300  300   768  3000    6     6    24   44      25
76              HARRIS 500  300   768 12000    6     6    24   50      52
77              HARRIS 600  300   768  4500    0     1    24   45      27
78              HARRIS 700  300   384 12000    6     1    24   53      50
79               HARRIS 80  300   192   768    6     6    24   36      18
80              HARRIS 800  180   768 12000    6     1    31   84      53
81      HONEYWELL DPS 6/35  330  1000  3000    0     2     4   16      23
82      HONEYWELL DPS 6/92  300  1000  4000    8     3    64   38      30
83      HONEYWELL DPS 6/96  300  1000 16000    8     2   112   38      73
84      HONEYWELL DPS 7/35  330  1000  2000    0     1     2   16      20
85      HONEYWELL DPS 7/45  330  1000  4000    0     3     6   22      25
86      HONEYWELL DPS 7/55  140  2000  4000    0     3     6   29      28
87      HONEYWELL DPS 7/65  140  2000  4000    0     4     8   40      29
88      HONEYWELL DPS 8/44  140  2000  4000    8     1    20   35      32
89      HONEYWELL DPS 8/49  140  2000 32000   32     1    20  134     175
90      HONEYWELL DPS 8/50  140  2000  8000   32     1    54   66      57
91      HONEYWELL DPS 8/52  140  2000 32000   32     1    54  141     181
92      HONEYWELL DPS 8/62  140  2000 32000   32     1    54  189     181
93      HONEYWELL DPS 8/20  140  2000  4000    8     1    20   22      32
94              IBM 3033 S   57  4000 16000    1     6    12  132      82
95              IBM 3033 U   57  4000 24000   64    12    16  237     171
96                IBM 3081   26 16000 32000   64    16    24  465     361
97              IBM 3081 D   26 16000 32000   64     8    24  465     350
98              IBM 3083 B   26  8000 32000    0     8    24  277     220
99              IBM 3083 E   26  8000 16000    0     8    16  185     113
100          IBM 370/125-2  480    96   512    0     1     1    6      15
101            IBM 370/148  203  1000  2000    0     1     5   24      21
102          IBM 370/158-3  115   512  6000   16     1     6   45      35
103               IBM 38/3 1100   512  1500    0     1     1    7      18
104               IBM 38/4 1100   768  2000    0     1     1   13      20
105               IBM 38/5  600   768  2000    0     1     1   16      20
106               IBM 38/7  400  2000  4000    0     1     1   32      28
107               IBM 38/8  400  4000  8000    0     1     1   32      45
108               IBM 4321  900  1000  1000    0     1     2   11      18
109             IBM 4331-1  900   512  1000    0     1     2   11      17
110            IBM 4331-11  900  1000  4000    4     1     2   18      26
111             IBM 4331-2  900  1000  4000    8     1     2   22      28
 [ reached getOption("max.print") -- omitted 98 rows ]
[1] "MASS"
[1] "crabs"
[1] "Morphological Measurements on Leptograpsus Crabs"
    sp sex index   FL   RW   CL   CW   BD
1    B   M     1  8.1  6.7 16.1 19.0  7.0
2    B   M     2  8.8  7.7 18.1 20.8  7.4
3    B   M     3  9.2  7.8 19.0 22.4  7.7
4    B   M     4  9.6  7.9 20.1 23.1  8.2
5    B   M     5  9.8  8.0 20.3 23.0  8.2
6    B   M     6 10.8  9.0 23.0 26.5  9.8
7    B   M     7 11.1  9.9 23.8 27.1  9.8
8    B   M     8 11.6  9.1 24.5 28.4 10.4
9    B   M     9 11.8  9.6 24.2 27.8  9.7
10   B   M    10 11.8 10.5 25.2 29.3 10.3
11   B   M    11 12.2 10.8 27.3 31.6 10.9
12   B   M    12 12.3 11.0 26.8 31.5 11.4
13   B   M    13 12.6 10.0 27.7 31.7 11.4
14   B   M    14 12.8 10.2 27.2 31.8 10.9
15   B   M    15 12.8 10.9 27.4 31.5 11.0
16   B   M    16 12.9 11.0 26.8 30.9 11.4
17   B   M    17 13.1 10.6 28.2 32.3 11.0
18   B   M    18 13.1 10.9 28.3 32.4 11.2
19   B   M    19 13.3 11.1 27.8 32.3 11.3
20   B   M    20 13.9 11.1 29.2 33.3 12.1
21   B   M    21 14.3 11.6 31.3 35.5 12.7
22   B   M    22 14.6 11.3 31.9 36.4 13.7
23   B   M    23 15.0 10.9 31.4 36.4 13.2
24   B   M    24 15.0 11.5 32.4 37.0 13.4
25   B   M    25 15.0 11.9 32.5 37.2 13.6
26   B   M    26 15.2 12.1 32.3 36.7 13.6
27   B   M    27 15.4 11.8 33.0 37.5 13.6
28   B   M    28 15.7 12.6 35.8 40.3 14.5
29   B   M    29 15.9 12.7 34.0 38.9 14.2
30   B   M    30 16.1 11.6 33.8 39.0 14.4
31   B   M    31 16.1 12.8 34.9 40.7 15.7
32   B   M    32 16.2 13.3 36.0 41.7 15.4
33   B   M    33 16.3 12.7 35.6 40.9 14.9
34   B   M    34 16.4 13.0 35.7 41.8 15.2
35   B   M    35 16.6 13.5 38.1 43.4 14.9
36   B   M    36 16.8 12.8 36.2 41.8 14.9
37   B   M    37 16.9 13.2 37.3 42.7 15.6
38   B   M    38 17.1 12.6 36.4 42.0 15.1
39   B   M    39 17.1 12.7 36.7 41.9 15.6
40   B   M    40 17.2 13.5 37.6 43.9 16.1
41   B   M    41 17.7 13.6 38.7 44.5 16.0
42   B   M    42 17.9 14.1 39.7 44.6 16.8
43   B   M    43 18.0 13.7 39.2 44.4 16.2
44   B   M    44 18.8 15.8 42.1 49.0 17.8
45   B   M    45 19.3 13.5 41.6 47.4 17.8
46   B   M    46 19.3 13.8 40.9 46.5 16.8
47   B   M    47 19.7 15.3 41.9 48.5 17.8
48   B   M    48 19.8 14.2 43.2 49.7 18.6
49   B   M    49 19.8 14.3 42.4 48.9 18.3
50   B   M    50 21.3 15.7 47.1 54.6 20.0
51   B   F     1  7.2  6.5 14.7 17.1  6.1
52   B   F     2  9.0  8.5 19.3 22.7  7.7
53   B   F     3  9.1  8.1 18.5 21.6  7.7
54   B   F     4  9.1  8.2 19.2 22.2  7.7
55   B   F     5  9.5  8.2 19.6 22.4  7.8
56   B   F     6  9.8  8.9 20.4 23.9  8.8
57   B   F     7 10.1  9.3 20.9 24.4  8.4
58   B   F     8 10.3  9.5 21.3 24.7  8.9
59   B   F     9 10.4  9.7 21.7 25.4  8.3
60   B   F    10 10.8  9.5 22.5 26.3  9.1
61   B   F    11 11.0  9.8 22.5 25.7  8.2
62   B   F    12 11.2 10.0 22.8 26.9  9.4
63   B   F    13 11.5 11.0 24.7 29.2 10.1
64   B   F    14 11.6 11.0 24.6 28.5 10.4
65   B   F    15 11.6 11.4 23.7 27.7 10.0
66   B   F    16 11.7 10.6 24.9 28.5 10.4
67   B   F    17 11.9 11.4 26.0 30.1 10.9
68   B   F    18 12.0 10.7 24.6 28.9 10.5
69   B   F    19 12.0 11.1 25.4 29.2 11.0
70   B   F    20 12.6 12.2 26.1 31.6 11.2
71   B   F    21 12.8 11.7 27.1 31.2 11.9
72   B   F    22 12.8 12.2 26.7 31.1 11.1
73   B   F    23 12.8 12.2 27.9 31.9 11.5
74   B   F    24 13.0 11.4 27.3 31.8 11.3
75   B   F    25 13.1 11.5 27.6 32.6 11.1
76   B   F    26 13.2 12.2 27.9 32.1 11.5
77   B   F    27 13.4 11.8 28.4 32.7 11.7
78   B   F    28 13.7 12.5 28.6 33.8 11.9
79   B   F    29 13.9 13.0 30.0 34.9 13.1
80   B   F    30 14.7 12.5 30.1 34.7 12.5
81   B   F    31 14.9 13.2 30.1 35.6 12.0
82   B   F    32 15.0 13.8 31.7 36.9 14.0
83   B   F    33 15.0 14.2 32.8 37.4 14.0
84   B   F    34 15.1 13.3 31.8 36.3 13.5
85   B   F    35 15.1 13.5 31.9 37.0 13.8
86   B   F    36 15.1 13.8 31.7 36.6 13.0
87   B   F    37 15.2 14.3 33.9 38.5 14.7
88   B   F    38 15.3 14.2 32.6 38.3 13.8
89   B   F    39 15.4 13.3 32.4 37.6 13.8
90   B   F    40 15.5 13.8 33.4 38.7 14.7
91   B   F    41 15.6 13.9 32.8 37.9 13.4
92   B   F    42 15.6 14.7 33.9 39.5 14.3
93   B   F    43 15.7 13.9 33.6 38.5 14.1
94   B   F    44 15.8 15.0 34.5 40.3 15.3
95   B   F    45 16.2 15.2 34.5 40.1 13.9
96   B   F    46 16.4 14.0 34.2 39.8 15.2
97   B   F    47 16.7 16.1 36.6 41.9 15.4
98   B   F    48 17.4 16.9 38.2 44.1 16.6
99   B   F    49 17.5 16.7 38.6 44.5 17.0
100  B   F    50 19.2 16.5 40.9 47.9 18.1
101  O   M     1  9.1  6.9 16.7 18.6  7.4
102  O   M     2 10.2  8.2 20.2 22.2  9.0
103  O   M     3 10.7  8.6 20.7 22.7  9.2
104  O   M     4 11.4  9.0 22.7 24.8 10.1
105  O   M     5 12.5  9.4 23.2 26.0 10.8
106  O   M     6 12.5  9.4 24.2 27.0 11.2
107  O   M     7 12.7 10.4 26.0 28.8 12.1
108  O   M     8 13.2 11.0 27.1 30.4 12.2
109  O   M     9 13.4 10.1 26.6 29.6 12.0
110  O   M    10 13.7 11.0 27.5 30.5 12.2
111  O   M    11 14.0 11.5 29.2 32.2 13.1
112  O   M    12 14.1 10.4 28.9 31.8 13.5
113  O   M    13 14.1 10.5 29.1 31.6 13.1
114  O   M    14 14.1 10.7 28.7 31.9 13.3
115  O   M    15 14.2 10.6 28.7 31.7 12.9
116  O   M    16 14.2 10.7 27.8 30.9 12.7
117  O   M    17 14.2 11.3 29.2 32.2 13.5
118  O   M    18 14.6 11.3 29.9 33.5 12.8
119  O   M    19 14.7 11.1 29.0 32.1 13.1
120  O   M    20 15.1 11.4 30.2 33.3 14.0
121  O   M    21 15.1 11.5 30.9 34.0 13.9
122  O   M    22 15.4 11.1 30.2 33.6 13.5
123  O   M    23 15.7 12.2 31.7 34.2 14.2
124  O   M    24 16.2 11.8 32.3 35.3 14.7
125  O   M    25 16.3 11.6 31.6 34.2 14.5
 [ reached getOption("max.print") -- omitted 75 rows ]
[1] "MASS"
[1] "deaths"
[1] "Monthly Deaths from Lung Diseases in the UK"
      Jan  Feb  Mar  Apr  May  Jun  Jul  Aug  Sep  Oct  Nov  Dec
1974 3035 2552 2704 2554 2014 1655 1721 1524 1596 2074 2199 2512
1975 2933 2889 2938 2497 1870 1726 1607 1545 1396 1787 2076 2837
1976 2787 3891 3179 2011 1636 1580 1489 1300 1356 1653 2013 2823
1977 3102 2294 2385 2444 1748 1554 1498 1361 1346 1564 1640 2293
1978 2815 3137 2679 1969 1870 1633 1529 1366 1357 1570 1535 2491
1979 3084 2605 2573 2143 1693 1504 1461 1354 1333 1492 1781 1915
[1] "MASS"
[1] "drivers"
[1] "Deaths of Car Drivers in Great Britain 1969-84"
      Jan  Feb  Mar  Apr  May  Jun  Jul  Aug  Sep  Oct  Nov  Dec
1969 1687 1508 1507 1385 1632 1511 1559 1630 1579 1653 2152 2148
1970 1752 1765 1717 1558 1575 1520 1805 1800 1719 2008 2242 2478
1971 2030 1655 1693 1623 1805 1746 1795 1926 1619 1992 2233 2192
1972 2080 1768 1835 1569 1976 1853 1965 1689 1778 1976 2397 2654
1973 2097 1963 1677 1941 2003 1813 2012 1912 2084 2080 2118 2150
1974 1608 1503 1548 1382 1731 1798 1779 1887 2004 2077 2092 2051
1975 1577 1356 1652 1382 1519 1421 1442 1543 1656 1561 1905 2199
1976 1473 1655 1407 1395 1530 1309 1526 1327 1627 1748 1958 2274
1977 1648 1401 1411 1403 1394 1520 1528 1643 1515 1685 2000 2215
1978 1956 1462 1563 1459 1446 1622 1657 1638 1643 1683 2050 2262
1979 1813 1445 1762 1461 1556 1431 1427 1554 1645 1653 2016 2207
1980 1665 1361 1506 1360 1453 1522 1460 1552 1548 1827 1737 1941
1981 1474 1458 1542 1404 1522 1385 1641 1510 1681 1938 1868 1726
1982 1456 1445 1456 1365 1487 1558 1488 1684 1594 1850 1998 2079
1983 1494 1057 1218 1168 1236 1076 1174 1139 1427 1487 1483 1513
1984 1357 1165 1282 1110 1297 1185 1222 1284 1444 1575 1737 1763
[1] "MASS"
[1] "eagles"
[1] "Foraging Ecology of Bald Eagles"
   y  n P A V
1 17 24 L A L
2 29 29 L A S
3 17 27 L I L
4 20 20 L I S
5  1 12 S A L
6 15 16 S A S
7  0 28 S I L
8  1  4 S I S
[1] "MASS"
[1] "epil"
[1] "Seizure Counts for Epileptics"
      y       trt base age V4 subject period       lbase        lage
1     5   placebo   11  31  0       1      1 -0.75635379  0.11420370
2     3   placebo   11  31  0       1      2 -0.75635379  0.11420370
3     3   placebo   11  31  0       1      3 -0.75635379  0.11420370
4     3   placebo   11  31  1       1      4 -0.75635379  0.11420370
5     3   placebo   11  30  0       2      1 -0.75635379  0.08141387
6     5   placebo   11  30  0       2      2 -0.75635379  0.08141387
7     3   placebo   11  30  0       2      3 -0.75635379  0.08141387
8     3   placebo   11  30  1       2      4 -0.75635379  0.08141387
9     2   placebo    6  25  0       3      1 -1.36248959 -0.10090768
10    4   placebo    6  25  0       3      2 -1.36248959 -0.10090768
11    0   placebo    6  25  0       3      3 -1.36248959 -0.10090768
12    5   placebo    6  25  1       3      4 -1.36248959 -0.10090768
13    4   placebo    8  36  0       4      1 -1.07480752  0.26373543
14    4   placebo    8  36  0       4      2 -1.07480752  0.26373543
15    1   placebo    8  36  0       4      3 -1.07480752  0.26373543
16    4   placebo    8  36  1       4      4 -1.07480752  0.26373543
17    7   placebo   66  22  0       5      1  1.03540568 -0.22874106
18   18   placebo   66  22  0       5      2  1.03540568 -0.22874106
19    9   placebo   66  22  0       5      3  1.03540568 -0.22874106
20   21   placebo   66  22  1       5      4  1.03540568 -0.22874106
21    5   placebo   27  29  0       6      1  0.14158780  0.04751232
22    2   placebo   27  29  0       6      2  0.14158780  0.04751232
23    8   placebo   27  29  0       6      3  0.14158780  0.04751232
24    7   placebo   27  29  1       6      4  0.14158780  0.04751232
25    6   placebo   12  31  0       7      1 -0.66934241  0.11420370
26    4   placebo   12  31  0       7      2 -0.66934241  0.11420370
27    0   placebo   12  31  0       7      3 -0.66934241  0.11420370
28    2   placebo   12  31  1       7      4 -0.66934241  0.11420370
29   40   placebo   52  42  0       8      1  0.79699466  0.41788611
30   20   placebo   52  42  0       8      2  0.79699466  0.41788611
31   21   placebo   52  42  0       8      3  0.79699466  0.41788611
32   12   placebo   52  42  1       8      4  0.79699466  0.41788611
33    5   placebo   23  37  0       9      1 -0.01875485  0.29113440
34    6   placebo   23  37  0       9      2 -0.01875485  0.29113440
35    6   placebo   23  37  0       9      3 -0.01875485  0.29113440
36    5   placebo   23  37  1       9      4 -0.01875485  0.29113440
37   14   placebo   10  28  0      10      1 -0.85166397  0.01242100
38   13   placebo   10  28  0      10      2 -0.85166397  0.01242100
39    6   placebo   10  28  0      10      3 -0.85166397  0.01242100
40    0   placebo   10  28  1      10      4 -0.85166397  0.01242100
41   26   placebo   52  36  0      11      1  0.79699466  0.26373543
42   12   placebo   52  36  0      11      2  0.79699466  0.26373543
43    6   placebo   52  36  0      11      3  0.79699466  0.26373543
44   22   placebo   52  36  1      11      4  0.79699466  0.26373543
45   12   placebo   33  24  0      12      1  0.34225850 -0.14172968
46    6   placebo   33  24  0      12      2  0.34225850 -0.14172968
47    8   placebo   33  24  0      12      3  0.34225850 -0.14172968
48    4   placebo   33  24  1      12      4  0.34225850 -0.14172968
49    4   placebo   18  23  0      13      1 -0.26387730 -0.18428929
50    4   placebo   18  23  0      13      2 -0.26387730 -0.18428929
51    6   placebo   18  23  0      13      3 -0.26387730 -0.18428929
52    2   placebo   18  23  1      13      4 -0.26387730 -0.18428929
53    7   placebo   42  36  0      14      1  0.58342056  0.26373543
54    9   placebo   42  36  0      14      2  0.58342056  0.26373543
55   12   placebo   42  36  0      14      3  0.58342056  0.26373543
56   14   placebo   42  36  1      14      4  0.58342056  0.26373543
57   16   placebo   87  26  0      15      1  1.31165906 -0.06168697
58   24   placebo   87  26  0      15      2  1.31165906 -0.06168697
59   10   placebo   87  26  0      15      3  1.31165906 -0.06168697
60    9   placebo   87  26  1      15      4  1.31165906 -0.06168697
61   11   placebo   50  26  0      16      1  0.75777394 -0.06168697
62    0   placebo   50  26  0      16      2  0.75777394 -0.06168697
63    0   placebo   50  26  0      16      3  0.75777394 -0.06168697
64    5   placebo   50  26  1      16      4  0.75777394 -0.06168697
65    0   placebo   18  28  0      17      1 -0.26387730  0.01242100
66    0   placebo   18  28  0      17      2 -0.26387730  0.01242100
67    3   placebo   18  28  0      17      3 -0.26387730  0.01242100
68    3   placebo   18  28  1      17      4 -0.26387730  0.01242100
69   37   placebo  111  31  0      18      1  1.55528114  0.11420370
70   29   placebo  111  31  0      18      2  1.55528114  0.11420370
71   28   placebo  111  31  0      18      3  1.55528114  0.11420370
72   29   placebo  111  31  1      18      4  1.55528114  0.11420370
73    3   placebo   18  32  0      19      1 -0.26387730  0.14595239
74    5   placebo   18  32  0      19      2 -0.26387730  0.14595239
75    2   placebo   18  32  0      19      3 -0.26387730  0.14595239
76    5   placebo   18  32  1      19      4 -0.26387730  0.14595239
77    3   placebo   20  21  0      20      1 -0.15851679 -0.27526107
78    0   placebo   20  21  0      20      2 -0.15851679 -0.27526107
79    6   placebo   20  21  0      20      3 -0.15851679 -0.27526107
80    7   placebo   20  21  1      20      4 -0.15851679 -0.27526107
81    3   placebo   12  29  0      21      1 -0.66934241  0.04751232
82    4   placebo   12  29  0      21      2 -0.66934241  0.04751232
83    3   placebo   12  29  0      21      3 -0.66934241  0.04751232
84    4   placebo   12  29  1      21      4 -0.66934241  0.04751232
85    3   placebo    9  21  0      22      1 -0.95702448 -0.27526107
86    4   placebo    9  21  0      22      2 -0.95702448 -0.27526107
87    3   placebo    9  21  0      22      3 -0.95702448 -0.27526107
88    4   placebo    9  21  1      22      4 -0.95702448 -0.27526107
89    2   placebo   17  32  0      23      1 -0.32103572  0.14595239
90    3   placebo   17  32  0      23      2 -0.32103572  0.14595239
91    3   placebo   17  32  0      23      3 -0.32103572  0.14595239
92    5   placebo   17  32  1      23      4 -0.32103572  0.14595239
93    8   placebo   28  25  0      24      1  0.17795545 -0.10090768
94   12   placebo   28  25  0      24      2  0.17795545 -0.10090768
95    2   placebo   28  25  0      24      3  0.17795545 -0.10090768
96    8   placebo   28  25  1      24      4  0.17795545 -0.10090768
97   18   placebo   55  30  0      25      1  0.85308412  0.08141387
98   24   placebo   55  30  0      25      2  0.85308412  0.08141387
99   76   placebo   55  30  0      25      3  0.85308412  0.08141387
100  25   placebo   55  30  1      25      4  0.85308412  0.08141387
101   2   placebo    9  40  0      26      1 -0.95702448  0.36909594
102   1   placebo    9  40  0      26      2 -0.95702448  0.36909594
103   2   placebo    9  40  0      26      3 -0.95702448  0.36909594
104   1   placebo    9  40  1      26      4 -0.95702448  0.36909594
105   3   placebo   10  19  0      27      1 -0.85166397 -0.37534453
106   1   placebo   10  19  0      27      2 -0.85166397 -0.37534453
107   4   placebo   10  19  0      27      3 -0.85166397 -0.37534453
108   2   placebo   10  19  1      27      4 -0.85166397 -0.37534453
109  13   placebo   47  22  0      28      1  0.69589854 -0.22874106
110  15   placebo   47  22  0      28      2  0.69589854 -0.22874106
111  13   placebo   47  22  0      28      3  0.69589854 -0.22874106
 [ reached getOption("max.print") -- omitted 125 rows ]
[1] "MASS"
[1] "farms"
[1] "Ecological Factors in Farm Management"
   Mois Manag Use Manure
1    M1    SF  U2     C4
2    M1    BF  U2     C2
3    M2    SF  U2     C4
4    M2    SF  U2     C4
5    M1    HF  U1     C2
6    M1    HF  U2     C2
7    M1    HF  U3     C3
8    M5    HF  U3     C3
9    M4    HF  U1     C1
10   M2    BF  U1     C1
11   M1    BF  U3     C1
12   M4    SF  U2     C2
13   M5    SF  U2     C3
14   M5    NM  U3     C0
15   M5    NM  U2     C0
16   M5    SF  U3     C3
17   M2    NM  U1     C0
18   M1    NM  U1     C0
19   M5    NM  U1     C0
20   M5    NM  U1     C0
[1] "MASS"
[1] "fgl"
[1] "Measurements of Forensic Glass Fragments"
       RI    Na   Mg   Al    Si    K    Ca   Ba   Fe  type
1    3.01 13.64 4.49 1.10 71.78 0.06  8.75 0.00 0.00  WinF
2   -0.39 13.89 3.60 1.36 72.73 0.48  7.83 0.00 0.00  WinF
3   -1.82 13.53 3.55 1.54 72.99 0.39  7.78 0.00 0.00  WinF
4   -0.34 13.21 3.69 1.29 72.61 0.57  8.22 0.00 0.00  WinF
5   -0.58 13.27 3.62 1.24 73.08 0.55  8.07 0.00 0.00  WinF
6   -2.04 12.79 3.61 1.62 72.97 0.64  8.07 0.00 0.26  WinF
7   -0.57 13.30 3.60 1.14 73.09 0.58  8.17 0.00 0.00  WinF
8   -0.44 13.15 3.61 1.05 73.24 0.57  8.24 0.00 0.00  WinF
9    1.18 14.04 3.58 1.37 72.08 0.56  8.30 0.00 0.00  WinF
10  -0.45 13.00 3.60 1.36 72.99 0.57  8.40 0.00 0.11  WinF
11  -2.29 12.72 3.46 1.56 73.20 0.67  8.09 0.00 0.24  WinF
12  -0.37 12.80 3.66 1.27 73.01 0.60  8.56 0.00 0.00  WinF
13  -2.11 12.88 3.43 1.40 73.28 0.69  8.05 0.00 0.24  WinF
14  -0.52 12.86 3.56 1.27 73.21 0.54  8.38 0.00 0.17  WinF
15  -0.37 12.61 3.59 1.31 73.29 0.58  8.50 0.00 0.00  WinF
16  -0.39 12.81 3.54 1.23 73.24 0.58  8.39 0.00 0.00  WinF
17  -0.16 12.68 3.67 1.16 73.11 0.61  8.70 0.00 0.00  WinF
18   3.96 14.36 3.85 0.89 71.36 0.15  9.15 0.00 0.00  WinF
19   1.11 13.90 3.73 1.18 72.12 0.06  8.89 0.00 0.00  WinF
20  -0.65 13.02 3.54 1.69 72.73 0.54  8.44 0.00 0.07  WinF
21  -0.50 12.82 3.55 1.49 72.75 0.54  8.52 0.00 0.19  WinF
22   1.66 14.77 3.75 0.29 72.02 0.03  9.00 0.00 0.00  WinF
23  -0.64 12.78 3.62 1.29 72.79 0.59  8.70 0.00 0.00  WinF
24  -0.49 12.81 3.57 1.35 73.02 0.62  8.59 0.00 0.00  WinF
25  -0.80 13.38 3.50 1.15 72.85 0.50  8.43 0.00 0.00  WinF
26  -0.36 12.98 3.54 1.21 73.00 0.65  8.53 0.00 0.00  WinF
27  -0.07 13.21 3.48 1.41 72.64 0.59  8.43 0.00 0.00  WinF
28  -0.79 12.87 3.48 1.33 73.04 0.56  8.43 0.00 0.00  WinF
29  -0.32 12.56 3.52 1.43 73.15 0.57  8.54 0.00 0.00  WinF
30  -0.16 13.08 3.49 1.28 72.86 0.60  8.49 0.00 0.00  WinF
31  -0.32 12.65 3.56 1.30 73.08 0.61  8.69 0.00 0.14  WinF
32  -0.53 12.84 3.50 1.14 73.27 0.56  8.55 0.00 0.00  WinF
33  -0.25 12.85 3.48 1.23 72.97 0.61  8.56 0.09 0.22  WinF
34  -0.47 12.57 3.47 1.38 73.39 0.60  8.55 0.00 0.06  WinF
35  -0.17 12.69 3.54 1.34 72.95 0.57  8.75 0.00 0.00  WinF
36  -2.33 13.29 3.45 1.21 72.74 0.56  8.57 0.00 0.00  WinF
37   1.09 13.89 3.53 1.32 71.81 0.51  8.78 0.11 0.00  WinF
38  -0.03 12.74 3.48 1.35 72.96 0.64  8.68 0.00 0.00  WinF
39   4.13 14.21 3.82 0.47 71.77 0.11  9.57 0.00 0.00  WinF
40   4.13 14.21 3.82 0.47 71.77 0.11  9.57 0.00 0.00  WinF
41  -0.07 12.79 3.50 1.12 73.03 0.64  8.77 0.00 0.00  WinF
42  -0.45 12.71 3.42 1.20 73.20 0.59  8.64 0.00 0.00  WinF
43  -0.21 13.21 3.39 1.33 72.76 0.59  8.59 0.00 0.00  WinF
44   4.10 13.73 3.84 0.72 71.76 0.17  9.74 0.00 0.00  WinF
45  -0.14 12.73 3.43 1.19 72.95 0.62  8.76 0.00 0.30  WinF
46   1.00 13.49 3.48 1.35 71.95 0.55  9.00 0.00 0.00  WinF
47   0.69 13.19 3.37 1.18 72.72 0.57  8.83 0.00 0.16  WinF
48   8.67 13.99 3.70 0.71 71.57 0.02  9.82 0.00 0.10  WinF
49   4.23 13.21 3.77 0.79 71.99 0.13 10.02 0.00 0.00  WinF
50   0.98 13.58 3.35 1.23 72.08 0.59  8.91 0.00 0.00  WinF
51   5.20 13.72 3.72 0.51 71.75 0.09 10.06 0.00 0.16  WinF
52   1.26 13.20 3.33 1.28 72.36 0.60  9.14 0.00 0.11  WinF
53   0.08 13.43 2.87 1.19 72.84 0.55  9.03 0.00 0.00  WinF
54   0.37 13.14 2.84 1.28 72.85 0.55  9.07 0.00 0.00  WinF
55  -0.22 13.21 2.81 1.29 72.98 0.51  9.02 0.00 0.09  WinF
56  -0.31 12.45 2.71 1.29 73.70 0.56  9.06 0.00 0.24  WinF
57  -5.85 12.99 3.47 1.12 72.98 0.62  8.35 0.00 0.31  WinF
58   0.24 12.87 3.48 1.29 72.95 0.60  8.43 0.00 0.00  WinF
59  -0.46 13.48 3.74 1.17 72.99 0.59  8.03 0.00 0.00  WinF
60  -0.46 13.39 3.66 1.19 72.79 0.57  8.27 0.00 0.11  WinF
61   1.05 13.60 3.62 1.11 72.64 0.14  8.76 0.00 0.00  WinF
62   1.77 13.81 3.58 1.32 71.72 0.12  8.67 0.69 0.00  WinF
63   3.72 13.51 3.86 0.88 71.79 0.23  9.54 0.00 0.11  WinF
64   4.27 14.17 3.81 0.78 71.35 0.00  9.69 0.00 0.00  WinF
65   3.72 13.48 3.74 0.90 72.01 0.18  9.61 0.00 0.07  WinF
66   2.99 13.69 3.59 1.12 71.96 0.09  9.40 0.00 0.00  WinF
67   3.52 13.05 3.65 0.87 72.22 0.19  9.85 0.00 0.17  WinF
68   3.52 13.05 3.65 0.87 72.32 0.19  9.85 0.00 0.17  WinF
69   3.52 13.12 3.58 0.90 72.20 0.23  9.82 0.00 0.16  WinF
70   5.00 13.31 3.58 0.82 71.99 0.12 10.17 0.00 0.03  WinF
71  -2.26 14.86 3.67 1.74 71.87 0.16  7.36 0.00 0.12 WinNF
72   0.48 13.64 3.87 1.27 71.96 0.54  8.32 0.00 0.32 WinNF
73  -2.07 13.09 3.59 1.52 73.10 0.67  7.83 0.00 0.00 WinNF
74  -1.69 13.34 3.57 1.57 72.87 0.61  7.89 0.00 0.00 WinNF
75  -2.04 13.02 3.56 1.54 73.11 0.72  7.90 0.00 0.00 WinNF
76  -2.10 13.02 3.58 1.51 73.12 0.69  7.96 0.00 0.00 WinNF
77  -1.55 13.44 3.61 1.54 72.39 0.66  8.03 0.00 0.00 WinNF
78  -1.73 13.00 3.58 1.54 72.83 0.61  8.04 0.00 0.00 WinNF
79  -1.87 13.92 3.52 1.25 72.88 0.37  7.94 0.00 0.14 WinNF
80  -2.10 12.82 3.52 1.90 72.86 0.69  7.97 0.00 0.00 WinNF
81  -2.08 12.86 3.52 2.12 72.66 0.69  7.97 0.00 0.00 WinNF
82  -2.07 13.25 3.45 1.43 73.17 0.61  7.86 0.00 0.00 WinNF
83  -1.54 13.41 3.55 1.25 72.81 0.68  8.10 0.00 0.00 WinNF
84  -2.06 13.09 3.52 1.55 72.87 0.68  8.05 0.00 0.09 WinNF
85  -3.91 14.25 3.09 2.08 72.28 1.10  7.08 0.00 0.00 WinNF
86  -1.75 13.36 3.58 1.49 72.72 0.45  8.21 0.00 0.00 WinNF
87  -2.31 13.24 3.49 1.47 73.25 0.38  8.03 0.00 0.00 WinNF
88  -1.55 13.40 3.49 1.52 72.65 0.67  8.08 0.00 0.10 WinNF
89  -1.82 13.01 3.50 1.48 72.89 0.60  8.12 0.00 0.00 WinNF
90  -1.60 12.55 3.48 1.87 73.23 0.63  8.08 0.00 0.09 WinNF
91   0.41 12.93 3.74 1.11 72.28 0.64  8.96 0.00 0.22 WinNF
92  -1.95 12.90 3.44 1.45 73.06 0.44  8.27 0.00 0.00 WinNF
93  -2.12 13.12 3.41 1.58 73.26 0.07  8.39 0.00 0.19 WinNF
94  -2.10 13.24 3.34 1.47 73.10 0.39  8.22 0.00 0.00 WinNF
95  -1.71 12.71 3.33 1.49 73.28 0.67  8.24 0.00 0.00 WinNF
96   0.60 13.36 3.43 1.43 72.26 0.51  8.60 0.00 0.00 WinNF
97   0.41 13.02 3.62 1.06 72.34 0.64  9.13 0.00 0.15 WinNF
98  -0.57 12.20 3.25 1.16 73.55 0.62  8.90 0.00 0.24 WinNF
99  -1.11 12.67 2.88 1.71 73.21 0.73  8.54 0.00 0.00 WinNF
100  0.11 12.96 2.96 1.43 72.92 0.60  8.79 0.14 0.00 WinNF
 [ reached getOption("max.print") -- omitted 114 rows ]
[1] "MASS"
[1] "forbes"
[1] "Forbes' Data on Boiling Points in the Alps"
      bp  pres
1  194.5 20.79
2  194.3 20.79
3  197.9 22.40
4  198.4 22.67
5  199.4 23.15
6  199.9 23.35
7  200.9 23.89
8  201.1 23.99
9  201.4 24.02
10 201.3 24.01
11 203.6 25.14
12 204.6 26.57
13 209.5 28.49
14 208.6 27.76
15 210.7 29.04
16 211.9 29.88
17 212.2 30.06
[1] "MASS"
[1] "galaxies"
[1] "Velocities for 82 Galaxies"
 [1]  9172  9350  9483  9558  9775 10227 10406 16084 16170 18419 18552 18600 18927 19052 19070 19330 19343 19349 19440 19473 19529 19541 19547 19663 19846 19856 19863 19914 19918 19973 19989 20166 20175 20179 20196 20215 20221 20415 20629 20795 20821 20846 20875 20986 21137 21492 21701 21814 21921 21960 22185 22209 22242 22249 22314 22374 22495 22746 22747 22888 22914 23206 23241 23263 23484 23538 23542 23666 23706 23711 24129 24285 24289 24366 24717 24990 25633 26690 26995 32065 32789 34279
[1] "MASS"
[1] "gehan"
[1] "Remission Times of Leukaemia Patients"
   pair time cens   treat
1     1    1    1 control
2     1   10    1    6-MP
3     2   22    1 control
4     2    7    1    6-MP
5     3    3    1 control
6     3   32    0    6-MP
7     4   12    1 control
8     4   23    1    6-MP
9     5    8    1 control
10    5   22    1    6-MP
11    6   17    1 control
12    6    6    1    6-MP
13    7    2    1 control
14    7   16    1    6-MP
15    8   11    1 control
16    8   34    0    6-MP
17    9    8    1 control
18    9   32    0    6-MP
19   10   12    1 control
20   10   25    0    6-MP
21   11    2    1 control
22   11   11    0    6-MP
23   12    5    1 control
24   12   20    0    6-MP
25   13    4    1 control
26   13   19    0    6-MP
27   14   15    1 control
28   14    6    1    6-MP
29   15    8    1 control
30   15   17    0    6-MP
31   16   23    1 control
32   16   35    0    6-MP
33   17    5    1 control
34   17    6    1    6-MP
35   18   11    1 control
36   18   13    1    6-MP
37   19    4    1 control
38   19    9    0    6-MP
39   20    1    1 control
40   20    6    0    6-MP
41   21    8    1 control
42   21   10    0    6-MP
[1] "MASS"
[1] "genotype"
[1] "Rat Genotype Data"
   Litter Mother   Wt
1       A      A 61.5
2       A      A 68.2
3       A      A 64.0
4       A      A 65.0
5       A      A 59.7
6       A      B 55.0
7       A      B 42.0
8       A      B 60.2
9       A      I 52.5
10      A      I 61.8
11      A      I 49.5
12      A      I 52.7
13      A      J 42.0
14      A      J 54.0
15      A      J 61.0
16      A      J 48.2
17      A      J 39.6
18      B      A 60.3
19      B      A 51.7
20      B      A 49.3
21      B      A 48.0
22      B      B 50.8
23      B      B 64.7
24      B      B 61.7
25      B      B 64.0
26      B      B 62.0
27      B      I 56.5
28      B      I 59.0
29      B      I 47.2
30      B      I 53.0
31      B      J 51.3
32      B      J 40.5
33      I      A 37.0
34      I      A 36.3
35      I      A 68.0
36      I      B 56.3
37      I      B 69.8
38      I      B 67.0
39      I      I 39.7
40      I      I 46.0
41      I      I 61.3
42      I      I 55.3
43      I      I 55.7
44      I      J 50.0
45      I      J 43.8
46      I      J 54.5
47      J      A 59.0
48      J      A 57.4
49      J      A 54.0
50      J      A 47.0
51      J      B 59.5
52      J      B 52.8
53      J      B 56.0
54      J      I 45.2
55      J      I 57.0
56      J      I 61.4
57      J      J 44.8
58      J      J 51.5
59      J      J 53.0
60      J      J 42.0
61      J      J 54.0
[1] "MASS"
[1] "geyser"
[1] "Old Faithful Geyser Data"
    waiting  duration
1        80 4.0166667
2        71 2.1500000
3        57 4.0000000
4        80 4.0000000
5        75 4.0000000
6        77 2.0000000
7        60 4.3833333
8        86 4.2833333
9        77 2.0333333
10       56 4.8333333
11       81 1.8333333
12       50 5.4500000
13       89 1.6166667
14       54 4.8666667
15       90 4.3833333
16       73 1.7666667
17       60 4.6666667
18       83 2.0000000
19       65 4.7333333
20       82 4.2166667
21       84 1.9000000
22       54 4.9666667
23       85 2.0000000
24       58 4.0000000
25       79 2.0000000
26       57 4.0000000
27       88 2.8333333
28       68 4.5000000
29       76 4.0666667
30       78 3.7166667
31       74 3.5166667
32       85 4.4666667
33       75 2.2166667
34       65 4.8833333
35       76 2.6000000
36       58 4.1500000
37       91 2.2000000
38       50 4.7666667
39       87 1.8333333
40       48 4.6000000
41       93 2.2666667
42       54 4.1333333
43       86 2.0000000
44       53 4.0000000
45       78 2.0000000
46       52 4.0000000
47       83 1.8833333
48       60 4.2666667
49       87 2.0833333
50       49 4.4666667
51       80 2.5000000
52       60 4.0000000
53       92 1.7666667
54       43 4.3333333
55       89 2.1833333
56       60 4.4833333
57       84 3.8833333
58       69 3.3333333
59       74 3.7333333
60       71 4.0000000
61      108 1.9500000
62       50 5.2666667
63       77 2.0000000
64       57 4.0000000
65       80 2.0000000
66       61 4.0000000
67       82 2.0000000
68       48 4.0000000
69       81 3.5333333
70       73 2.1666667
71       62 4.5000000
72       79 2.0166667
73       54 4.1500000
74       80 4.2000000
75       73 4.3333333
76       81 1.9333333
77       62 4.6500000
78       81 3.8166667
79       71 4.0333333
80       79 4.1666667
81       81 4.6666667
82       74 1.8166667
83       59 4.0000000
84       81 3.0000000
85       66 4.0000000
86       87 2.0000000
87       53 4.4500000
88       80 2.0500000
89       50 4.2500000
90       87 1.9166667
91       51 4.6666667
92       82 1.7333333
93       58 4.3833333
94       81 1.7666667
95       49 4.6000000
96       92 1.8666667
97       50 4.4500000
98       88 1.6333333
99       62 5.0333333
100      93 1.8166667
101      56 5.1000000
102      89 1.6333333
103      51 4.2833333
104      79 2.0000000
105      58 4.0000000
106      82 2.0000000
107      52 4.5333333
108      88 2.0000000
109      52 4.0000000
110      78 2.9333333
111      69 4.7333333
112      75 3.9000000
113      77 1.9500000
114      53 4.1166667
115      80 1.8000000
116      55 4.6666667
117      87 1.8333333
118      53 4.7000000
119      85 2.1166667
120      61 4.7833333
121      93 1.8166667
122      54 4.1000000
123      76 4.6500000
124      80 4.0000000
125      81 2.0000000
126      59 4.0000000
127      86 4.0000000
128      78 4.2166667
129      71 4.1333333
130      77 3.9333333
131      76 3.7500000
132      94 4.4166667
133      75 2.4666667
134      50 4.1666667
135      83 3.8000000
136      82 4.3166667
137      72 3.8666667
138      77 4.6833333
139      75 1.7000000
140      65 4.9666667
141      79 4.2666667
142      72 4.5833333
143      78 4.0000000
144      77 4.0000000
145      79 4.0000000
146      75 4.0000000
147      78 1.9833333
148      64 4.6000000
149      80 0.8333333
150      49 4.9166667
151      88 1.7333333
152      54 4.5833333
153      85 1.7000000
154      51 4.7500000
155      96 1.8333333
156      50 4.5000000
157      80 1.8666667
158      78 4.4500000
159      81 4.4500000
160      72 4.0000000
161      75 4.8000000
162      78 4.0000000
163      87 4.0000000
164      69 2.0000000
165      55 4.0000000
166      83 1.9333333
167      49 4.5833333
168      82 2.0000000
169      57 3.7000000
170      84 2.8666667
171      57 4.8333333
172      84 3.4500000
173      73 4.3833333
174      78 1.8000000
175      57 4.4000000
176      79 2.4833333
177      57 4.5166667
178      90 2.1000000
179      62 4.3500000
180      87 4.3666667
181      78 1.7833333
182      52 4.9166667
183      98 1.8166667
184      48 4.0000000
185      78 4.0000000
186      79 4.0000000
187      65 3.8666667
188      84 1.8500000
189      50 4.7000000
190      83 2.0166667
191      60 4.4666667
192      80 1.8666667
193      50 4.1666667
194      88 1.9000000
195      50 4.2500000
196      84 3.2500000
197      74 4.2166667
198      76 1.8833333
199      65 4.9833333
200      89 1.8500000
201      49 4.0000000
202      88 1.9666667
203      51 4.7666667
204      78 4.0000000
205      85 2.0000000
206      65 4.0000000
207      75 4.0000000
208      77 2.3833333
209      69 4.4166667
210      92 4.2166667
211      68 4.3666667
212      87 2.0000000
213      61 4.4500000
214      81 1.7500000
215      55 4.5000000
216      93 1.6166667
217      53 4.7000000
218      84 2.5666667
219      70 3.7000000
220      73 4.2333333
221      93 1.9333333
222      50 4.3500000
223      87 4.0000000
224      77 4.0000000
225      74 4.0000000
226      72 4.2166667
227      82 4.0000000
228      74 4.1333333
229      80 1.8833333
230      49 4.4666667
231      91 1.9500000
232      53 4.2166667
233      86 1.7166667
234      49 4.4500000
235      79 4.2500000
236      89 3.9666667
237      87 4.3833333
238      76 1.9666667
239      59 4.4500000
240      80 4.2666667
241      89 1.9166667
242      45 4.4166667
243      93 3.0000000
244      72 4.0000000
245      71 2.0000000
246      54 4.0000000
247      79 3.2833333
248      74 1.8333333
249      65 4.6166667
250      78 1.8333333
251      57 4.6166667
252      87 4.6000000
253      72 4.2500000
254      84 1.9333333
255      47 4.9833333
256      84 1.9666667
257      57 4.3000000
258      87 4.2000000
259      68 4.5333333
260      86 4.4000000
261      75 4.6166667
262      73 2.0000000
263      53 4.0000000
264      82 4.0000000
265      93 3.9166667
266      77 2.0000000
267      54 4.5000000
268      96 1.8000000
269      48 4.0000000
270      89 2.7500000
271      63 4.7333333
272      84 3.9666667
273      76 1.9500000
274      62 4.9666667
275      83 1.8500000
276      50 4.8000000
277      85 4.0000000
278      78 4.0000000
279      78 4.0000000
280      81 4.0000000
281      78 4.0000000
282      76 4.0000000
283      74 4.0000000
284      81 2.0000000
285      66 4.0000000
286      84 1.9333333
287      48 4.3333333
288      93 1.6666667
289      47 4.7666667
290      87 1.9500000
291      51 4.6833333
292      78 1.9333333
293      54 4.4166667
294      87 2.1333333
295      52 4.0833333
296      85 2.0666667
297      58 4.0000000
298      88 4.0000000
299      79 2.0000000
[1] "MASS"
[1] "gilgais"
[1] "Line Transect of Soil in Gilgai Territory"
    pH00 pH30 pH80 e00 e30 e80  c00  c30  c80
1    7.0  9.4  7.9  20  37 370   60   60  505
2    6.7  9.2  9.2  12  27  80   45   38  450
3    7.8  9.3  8.0  11  44 350   20  155 1325
4    8.9  8.4  7.8  55 290 460  480 2885 1900
5    7.0  8.7  8.5  20 150 270  180 1500 3200
6    8.5  8.1  8.2  90 350 360 1350 2350 2435
7    7.0  9.0  8.0  11  44 340   55  300 1240
8    7.4  8.4  8.2  10  50 270   20  550 1400
9    7.4  8.7  8.1  23 110 270  250 1225 2425
10   7.2  8.9  8.5  15  89 220   75  790 1650
11   8.5  9.1  9.0  14  38 100   20  205  675
12   7.7  8.9  8.1  19  60 330   34  300  725
13   7.5  8.9  7.9  11  58 390   20  420 1050
14   8.2  9.0  8.2  16  50 250   20  365 1250
15   6.8  8.6  8.2  27 140 310  175 1410 1900
16   6.3  8.5  8.0  18 170 370  170 1650 2140
17   6.9  8.4  8.3  27 170 140  325 1865 1565
18   7.0  8.4  8.3  47 210 200  625 2550 2365
19   6.9  8.5  8.5   7  77 200   35  890 2625
20   6.7  8.7  8.6  22  53 170   43  535 1700
21   7.9  8.5  8.5  30  84 170   85  850 1600
22   8.5  8.7  8.0  16 140 340   38 1080 1935
23   8.2  8.6  7.8  28 150 300  250 1800 2600
24   5.9  8.0  8.4  20 140 220  210 2150 2900
25   8.3  8.9  8.0  13  72 350   20  600 1490
26   7.0  8.5  8.8   9 110 140   25 1300 1500
27   6.3  9.0  8.6  18  29 200  160  205 2250
28   7.0  8.5  8.4  38 180 260  490 1850 2950
29   7.4  8.6  8.5  90 190 230 1450 1875 2950
30   7.6  8.2  8.1  20 320 340  130 3425 2450
31   7.7  8.7  8.0  27 130 340  380 1375 2085
32   7.6  9.2  9.3  15  29  82   20   95  650
33   6.2  8.8  9.0   8  15  80   35  115  800
34   6.9  9.4  9.4  21  36  85   65  100  600
35   7.1  9.2  9.5   7  23  66   23   30  410
36   7.9  8.9  9.3  10  17  46   20   23  290
37   7.1  9.1  9.1   9  20  56   37   37  550
38   8.1  9.2  9.1   9  29 100   20   55  950
39   7.5  8.9  9.0   6  25 100   20   75  925
40   6.6  8.5  9.2  11  11  70   38   65  810
41   7.3  9.0  9.0   5  24 100   20  120 1250
42   7.0  8.7  8.5   8 100 190   70 1140 1900
43   7.2  8.9  8.6  16  83 160   85  925 1900
44   7.0  8.2  8.4  76 280 240  900 2750 2735
45   7.2  8.7  8.7   8  93 150   30  925 1700
46   7.1  9.0  8.7  11  39 140   55  320 1650
47   6.9  8.3  9.0  11  17  70   20   87  675
48   8.4  9.0  9.1  12  24  86   20   37  600
49   8.0  9.2  9.2  10  21  68   20   29  430
50   6.7  8.7  9.0   9  15  56   20   29  600
51   8.5  9.4  8.9  15  44 130   20  265 1590
52   7.2  9.0  8.7  15  50 170   35  490 1650
53   7.5  8.9  8.4   5  88 230   41  700 1650
54   7.6  8.7  8.2  10 130 250   65 1050 1425
55   7.8  9.2  8.9   8  32 120   20   80 1425
56   8.5  9.3  9.1  19  32 120   20   60 1025
57   7.8  9.3  8.9  14  38 110   20   85 1125
58   6.5  8.5  8.7  15  14  91   80   83  680
59   6.6  9.0  8.8   8  16  64   27   46  640
60   6.8  9.2  8.8  12  26 120   20   55 1250
61   7.0  8.9  8.7   8  22 120   20   75 1250
62   7.7  9.1  8.2  14  60 300   85  430 1400
63   8.1  9.2  8.9  13  32 120   20   80  725
64   6.9  8.5  9.5   6   9  35   20   24   80
65   6.7  9.0  9.0   7  20  74   29   65  725
66   6.4  9.1  8.9   7  23  74   29   78  760
67   7.1  8.6  7.7  13 140 390  145 1685 1915
68   7.6  8.6  8.4  12 170 250   80 1725 2700
69   7.3  8.8  7.7  20 120 420  260 1050 1785
70   8.5  9.3  9.0  10  33 120   20  120  950
71   7.0  9.0  7.7   5  70 340   31  700 1200
72   6.8  8.5  7.8  58 200 340  600 2425 1850
73   7.0  8.4  8.5  22 130 180  290 1750 1900
74   6.9  8.6  7.6  16 140 340  340 1480 1595
75   8.7  9.2  8.7  13  63 190   20  505 2050
76   8.2  9.1  8.6  15  81 170  100  700 1850
77   6.8  9.1  9.0   9  27 100   36  104  800
78   6.7  7.9  8.1   9  30 110   29  315 1350
79   6.8  9.0  9.0  10  25  85   55   83  575
80   7.9  9.3  9.2   7  33  87   20  110  360
81   8.3  9.0  9.4   9  23  46   20   34  145
82   8.2  8.9  9.3   9  16  36   20   26  155
83   8.5  9.2  9.3  11  27  73   20   40  355
84   8.3  9.0  9.1  10 120  39   20 1515  125
85   7.1  9.0  8.7  16  47 140   35  450 1350
86   8.0  8.9  8.6  14  50 140   33  455 1275
87   8.1  9.0  7.9  19  63 340   42  415 1025
88   6.7  9.0  8.5  15  94 190  150  940 1750
89   7.5  9.0  8.6   9  80 160   90  725 1450
90   7.0  8.5  7.8  24 190 330  350 1800 2050
91   7.4  9.2  9.0   9  34  96   28   95  590
92   7.8  9.3  9.2   9  35  78   20   90  510
93   6.7  8.9  9.0   7  18  51   30   32  260
94   7.0  8.9  9.1   9  18  40   32   26  315
95   7.7  9.1  9.1  10  30  74   33   36  615
96   6.4  8.6  8.9   5  14  68   20   65  675
97   7.2  8.9  8.9   5  15  54   21   20  500
98   7.5  9.2  8.9   9  27  89   37   38  850
99   7.7  8.9  8.8   8  22  94   20   40  960
100  6.5  7.8  8.1   9  19 240   23  170 1040
101  6.8  8.0  8.5   7 110 190   70 1340 1750
102  7.9  9.0  8.6   7  62 170   20  530 1210
103  6.4  8.2  8.0   5  36 240   20  355 1710
104  8.4  9.0  8.8  12  42 150   20  215 1000
105  7.1  8.4  8.1  56 200 260  750 1610 1700
106  6.8  8.6  8.0  19 150 340  165 1975 2300
107  6.8  8.7  8.6  10  76 200   44  700 2075
108  7.6  9.0  8.7   6  33 150   20  150 1575
109  8.1  8.5  7.9  32 190 350  210 2285 3315
110  8.7  9.1  7.5  29  60 340  145  245 1125
111  8.5  9.7  7.2  43 110 400  170  665 1675
 [ reached getOption("max.print") -- omitted 254 rows ]
[1] "MASS"
[1] "hills"
[1] "Record Times in Scottish Hill Races"
                 dist climb    time
Greenmantle       2.5   650  16.083
Carnethy          6.0  2500  48.350
Craig Dunain      6.0   900  33.650
Ben Rha           7.5   800  45.600
Ben Lomond        8.0  3070  62.267
Goatfell          8.0  2866  73.217
Bens of Jura     16.0  7500 204.617
Cairnpapple       6.0   800  36.367
Scolty            5.0   800  29.750
Traprain          6.0   650  39.750
Lairig Ghru      28.0  2100 192.667
Dollar            5.0  2000  43.050
Lomonds           9.5  2200  65.000
Cairn Table       6.0   500  44.133
Eildon Two        4.5  1500  26.933
Cairngorm        10.0  3000  72.250
Seven Hills      14.0  2200  98.417
Knock Hill        3.0   350  78.650
Black Hill        4.5  1000  17.417
Creag Beag        5.5   600  32.567
Kildcon Hill      3.0   300  15.950
Meall Ant-Suidhe  3.5  1500  27.900
Half Ben Nevis    6.0  2200  47.633
Cow Hill          2.0   900  17.933
N Berwick Law     3.0   600  18.683
Creag Dubh        4.0  2000  26.217
Burnswark         6.0   800  34.433
Largo Law         5.0   950  28.567
Criffel           6.5  1750  50.500
Acmony            5.0   500  20.950
Ben Nevis        10.0  4400  85.583
Knockfarrel       6.0   600  32.383
Two Breweries    18.0  5200 170.250
Cockleroi         4.5   850  28.100
Moffat Chase     20.0  5000 159.833
[1] "MASS"
[1] "housing"
[1] "Frequency Table from a Copenhagen Housing Conditions Survey"
      Sat   Infl      Type Cont Freq
1     Low    Low     Tower  Low   21
2  Medium    Low     Tower  Low   21
3    High    Low     Tower  Low   28
4     Low Medium     Tower  Low   34
5  Medium Medium     Tower  Low   22
6    High Medium     Tower  Low   36
7     Low   High     Tower  Low   10
8  Medium   High     Tower  Low   11
9    High   High     Tower  Low   36
10    Low    Low Apartment  Low   61
11 Medium    Low Apartment  Low   23
12   High    Low Apartment  Low   17
13    Low Medium Apartment  Low   43
14 Medium Medium Apartment  Low   35
15   High Medium Apartment  Low   40
16    Low   High Apartment  Low   26
17 Medium   High Apartment  Low   18
18   High   High Apartment  Low   54
19    Low    Low    Atrium  Low   13
20 Medium    Low    Atrium  Low    9
21   High    Low    Atrium  Low   10
22    Low Medium    Atrium  Low    8
23 Medium Medium    Atrium  Low    8
24   High Medium    Atrium  Low   12
25    Low   High    Atrium  Low    6
26 Medium   High    Atrium  Low    7
27   High   High    Atrium  Low    9
28    Low    Low   Terrace  Low   18
29 Medium    Low   Terrace  Low    6
30   High    Low   Terrace  Low    7
31    Low Medium   Terrace  Low   15
32 Medium Medium   Terrace  Low   13
33   High Medium   Terrace  Low   13
34    Low   High   Terrace  Low    7
35 Medium   High   Terrace  Low    5
36   High   High   Terrace  Low   11
37    Low    Low     Tower High   14
38 Medium    Low     Tower High   19
39   High    Low     Tower High   37
40    Low Medium     Tower High   17
41 Medium Medium     Tower High   23
42   High Medium     Tower High   40
43    Low   High     Tower High    3
44 Medium   High     Tower High    5
45   High   High     Tower High   23
46    Low    Low Apartment High   78
47 Medium    Low Apartment High   46
48   High    Low Apartment High   43
49    Low Medium Apartment High   48
50 Medium Medium Apartment High   45
51   High Medium Apartment High   86
52    Low   High Apartment High   15
53 Medium   High Apartment High   25
54   High   High Apartment High   62
55    Low    Low    Atrium High   20
56 Medium    Low    Atrium High   23
57   High    Low    Atrium High   20
58    Low Medium    Atrium High   10
59 Medium Medium    Atrium High   22
60   High Medium    Atrium High   24
61    Low   High    Atrium High    7
62 Medium   High    Atrium High   10
63   High   High    Atrium High   21
64    Low    Low   Terrace High   57
65 Medium    Low   Terrace High   23
66   High    Low   Terrace High   13
67    Low Medium   Terrace High   31
68 Medium Medium   Terrace High   21
69   High Medium   Terrace High   13
70    Low   High   Terrace High    5
71 Medium   High   Terrace High    6
72   High   High   Terrace High   13
[1] "MASS"
[1] "immer"
[1] "Yields from a Barley Field Trial"
   Loc Var    Y1    Y2
1   UF   M  81.0  80.7
2   UF   S 105.4  82.3
3   UF   V 119.7  80.4
4   UF   T 109.7  87.2
5   UF   P  98.3  84.2
6    W   M 146.6 100.4
7    W   S 142.0 115.5
8    W   V 150.7 112.2
9    W   T 191.5 147.7
10   W   P 145.7 108.1
11   M   M  82.3 103.1
12   M   S  77.3 105.1
13   M   V  78.4 116.5
14   M   T 131.3 139.9
15   M   P  89.6 129.6
16   C   M 119.8  98.9
17   C   S 121.4  61.9
18   C   V 124.0  96.2
19   C   T 140.8 125.5
20   C   P 124.8  75.7
21  GR   M  98.9  66.4
22  GR   S  89.0  49.9
23  GR   V  69.1  96.7
24  GR   T  89.3  61.9
25  GR   P 104.1  80.3
26   D   M  86.9  67.7
27   D   S  77.1  66.7
28   D   V  78.9  67.4
29   D   T 101.8  91.8
30   D   P  96.0  94.1
[1] "MASS"
[1] "leuk"
[1] "Survival Times and White Blood Counts for Leukaemia Patients"
      wbc      ag time
1    2300 present   65
2     750 present  156
3    4300 present  100
4    2600 present  134
5    6000 present   16
6   10500 present  108
7   10000 present  121
8   17000 present    4
9    5400 present   39
10   7000 present  143
11   9400 present   56
12  32000 present   26
13  35000 present   22
14 100000 present    1
15 100000 present    1
16  52000 present    5
17 100000 present   65
18   4400  absent   56
19   3000  absent   65
20   4000  absent   17
21   1500  absent    7
22   9000  absent   16
23   5300  absent   22
24  10000  absent    3
25  19000  absent    4
26  27000  absent    2
27  28000  absent    3
28  31000  absent    8
29  26000  absent    4
30  21000  absent    3
31  79000  absent   30
32 100000  absent    4
33 100000  absent   43
[1] "MASS"
[1] "mammals"
[1] "Brain and Body Weights for 62 Species of Land Mammals"
                              body   brain
Arctic fox                   3.385   44.50
Owl monkey                   0.480   15.50
Mountain beaver              1.350    8.10
Cow                        465.000  423.00
Grey wolf                   36.330  119.50
Goat                        27.660  115.00
Roe deer                    14.830   98.20
Guinea pig                   1.040    5.50
Verbet                       4.190   58.00
Chinchilla                   0.425    6.40
Ground squirrel              0.101    4.00
Arctic ground squirrel       0.920    5.70
African giant pouched rat    1.000    6.60
Lesser short-tailed shrew    0.005    0.14
Star-nosed mole              0.060    1.00
Nine-banded armadillo        3.500   10.80
Tree hyrax                   2.000   12.30
N.A. opossum                 1.700    6.30
Asian elephant            2547.000 4603.00
Big brown bat                0.023    0.30
Donkey                     187.100  419.00
Horse                      521.000  655.00
European hedgehog            0.785    3.50
Patas monkey                10.000  115.00
Cat                          3.300   25.60
Galago                       0.200    5.00
Genet                        1.410   17.50
Giraffe                    529.000  680.00
Gorilla                    207.000  406.00
Grey seal                   85.000  325.00
Rock hyrax-a                 0.750   12.30
Human                       62.000 1320.00
African elephant          6654.000 5712.00
Water opossum                3.500    3.90
Rhesus monkey                6.800  179.00
Kangaroo                    35.000   56.00
Yellow-bellied marmot        4.050   17.00
Golden hamster               0.120    1.00
Mouse                        0.023    0.40
Little brown bat             0.010    0.25
Slow loris                   1.400   12.50
Okapi                      250.000  490.00
Rabbit                       2.500   12.10
Sheep                       55.500  175.00
Jaguar                     100.000  157.00
Chimpanzee                  52.160  440.00
Baboon                      10.550  179.50
Desert hedgehog              0.550    2.40
Giant armadillo             60.000   81.00
Rock hyrax-b                 3.600   21.00
Raccoon                      4.288   39.20
Rat                          0.280    1.90
E. American mole             0.075    1.20
Mole rat                     0.122    3.00
Musk shrew                   0.048    0.33
Pig                        192.000  180.00
Echidna                      3.000   25.00
Brazilian tapir            160.000  169.00
Tenrec                       0.900    2.60
Phalanger                    1.620   11.40
Tree shrew                   0.104    2.50
Red fox                      4.235   50.40
[1] "MASS"
[1] "mcycle"
[1] "Data from a Simulated Motorcycle Accident"
    times  accel
1     2.4    0.0
2     2.6   -1.3
3     3.2   -2.7
4     3.6    0.0
5     4.0   -2.7
6     6.2   -2.7
7     6.6   -2.7
8     6.8   -1.3
9     7.8   -2.7
10    8.2   -2.7
11    8.8   -1.3
12    8.8   -2.7
13    9.6   -2.7
14   10.0   -2.7
15   10.2   -5.4
16   10.6   -2.7
17   11.0   -5.4
18   11.4    0.0
19   13.2   -2.7
20   13.6   -2.7
21   13.8    0.0
22   14.6  -13.3
23   14.6   -5.4
24   14.6   -5.4
25   14.6   -9.3
26   14.6  -16.0
27   14.6  -22.8
28   14.8   -2.7
29   15.4  -22.8
30   15.4  -32.1
31   15.4  -53.5
32   15.4  -54.9
33   15.6  -40.2
34   15.6  -21.5
35   15.8  -21.5
36   15.8  -50.8
37   16.0  -42.9
38   16.0  -26.8
39   16.2  -21.5
40   16.2  -50.8
41   16.2  -61.7
42   16.4   -5.4
43   16.4  -80.4
44   16.6  -59.0
45   16.8  -71.0
46   16.8  -91.1
47   16.8  -77.7
48   17.6  -37.5
49   17.6  -85.6
50   17.6 -123.1
51   17.6 -101.9
52   17.8  -99.1
53   17.8 -104.4
54   18.6 -112.5
55   18.6  -50.8
56   19.2 -123.1
57   19.4  -85.6
58   19.4  -72.3
59   19.6 -127.2
60   20.2 -123.1
61   20.4 -117.9
62   21.2 -134.0
63   21.4 -101.9
64   21.8 -108.4
65   22.0 -123.1
66   23.2 -123.1
67   23.4 -128.5
68   24.0 -112.5
69   24.2  -95.1
70   24.2  -81.8
71   24.6  -53.5
72   25.0  -64.4
73   25.0  -57.6
74   25.4  -72.3
75   25.4  -44.3
76   25.6  -26.8
77   26.0   -5.4
78   26.2 -107.1
79   26.2  -21.5
80   26.4  -65.6
81   27.0  -16.0
82   27.2  -45.6
83   27.2  -24.2
84   27.2    9.5
85   27.6    4.0
86   28.2   12.0
87   28.4  -21.5
88   28.4   37.5
89   28.6   46.9
90   29.4  -17.4
91   30.2   36.2
92   31.0   75.0
93   31.2    8.1
94   32.0   54.9
95   32.0   48.2
96   32.8   46.9
97   33.4   16.0
98   33.8   45.6
99   34.4    1.3
100  34.8   75.0
101  35.2  -16.0
102  35.2  -54.9
103  35.4   69.6
104  35.6   34.8
105  35.6   32.1
106  36.2  -37.5
107  36.2   22.8
108  38.0   46.9
109  38.0   10.7
110  39.2    5.4
111  39.4   -1.3
112  40.0  -21.5
113  40.4  -13.3
114  41.6   30.8
115  41.6  -10.7
116  42.4   29.4
117  42.8    0.0
118  42.8  -10.7
119  43.0   14.7
120  44.0   -1.3
121  44.4    0.0
122  45.0   10.7
123  46.6   10.7
124  47.8  -26.8
125  47.8  -14.7
126  48.8  -13.3
127  50.6    0.0
128  52.0   10.7
129  53.2  -14.7
130  55.0   -2.7
131  55.0   10.7
132  55.4   -2.7
133  57.6   10.7
[1] "MASS"
[1] "menarche"
[1] "Age of Menarche in Warsaw"
     Age Total Menarche
1   9.21   376        0
2  10.21   200        0
3  10.58    93        0
4  10.83   120        2
5  11.08    90        2
6  11.33    88        5
7  11.58   105       10
8  11.83   111       17
9  12.08   100       16
10 12.33    93       29
11 12.58   100       39
12 12.83   108       51
13 13.08    99       47
14 13.33   106       67
15 13.58   105       81
16 13.83   117       88
17 14.08    98       79
18 14.33    97       90
19 14.58   120      113
20 14.83   102       95
21 15.08   122      117
22 15.33   111      107
23 15.58    94       92
24 15.83   114      112
25 17.58  1049     1049
[1] "MASS"
[1] "michelson"
[1] "Michelson's Speed of Light Data"
    Speed Run Expt
1     850   1    1
2     740   2    1
3     900   3    1
4    1070   4    1
5     930   5    1
6     850   6    1
7     950   7    1
8     980   8    1
9     980   9    1
10    880  10    1
11   1000  11    1
12    980  12    1
13    930  13    1
14    650  14    1
15    760  15    1
16    810  16    1
17   1000  17    1
18   1000  18    1
19    960  19    1
20    960  20    1
21    960   1    2
22    940   2    2
23    960   3    2
24    940   4    2
25    880   5    2
26    800   6    2
27    850   7    2
28    880   8    2
29    900   9    2
30    840  10    2
31    830  11    2
32    790  12    2
33    810  13    2
34    880  14    2
35    880  15    2
36    830  16    2
37    800  17    2
38    790  18    2
39    760  19    2
40    800  20    2
41    880   1    3
42    880   2    3
43    880   3    3
44    860   4    3
45    720   5    3
46    720   6    3
47    620   7    3
48    860   8    3
49    970   9    3
50    950  10    3
51    880  11    3
52    910  12    3
53    850  13    3
54    870  14    3
55    840  15    3
56    840  16    3
57    850  17    3
58    840  18    3
59    840  19    3
60    840  20    3
61    890   1    4
62    810   2    4
63    810   3    4
64    820   4    4
65    800   5    4
66    770   6    4
67    760   7    4
68    740   8    4
69    750   9    4
70    760  10    4
71    910  11    4
72    920  12    4
73    890  13    4
74    860  14    4
75    880  15    4
76    720  16    4
77    840  17    4
78    850  18    4
79    850  19    4
80    780  20    4
81    890   1    5
82    840   2    5
83    780   3    5
84    810   4    5
85    760   5    5
86    810   6    5
87    790   7    5
88    810   8    5
89    820   9    5
90    850  10    5
91    870  11    5
92    870  12    5
93    810  13    5
94    740  14    5
95    810  15    5
96    940  16    5
97    950  17    5
98    800  18    5
99    810  19    5
100   870  20    5
[1] "MASS"
[1] "minn38"
[1] "Minnesota High School Graduates of 1938"
    hs phs fol sex   f
1    L   C  F1   M  87
2    L   C  F2   M  72
3    L   C  F3   M  52
4    L   C  F4   M  88
5    L   C  F5   M  32
6    L   C  F6   M  14
7    L   C  F7   M  20
8    L   N  F1   M   3
9    L   N  F2   M   6
10   L   N  F3   M  17
11   L   N  F4   M   9
12   L   N  F5   M   1
13   L   N  F6   M   2
14   L   N  F7   M   3
15   L   E  F1   M  17
16   L   E  F2   M  18
17   L   E  F3   M  14
18   L   E  F4   M  14
19   L   E  F5   M  12
20   L   E  F6   M   5
21   L   E  F7   M   4
22   L   O  F1   M 105
23   L   O  F2   M 209
24   L   O  F3   M 541
25   L   O  F4   M 328
26   L   O  F5   M 124
27   L   O  F6   M 148
28   L   O  F7   M 109
29   M   C  F1   M 216
30   M   C  F2   M 159
31   M   C  F3   M 119
32   M   C  F4   M 158
33   M   C  F5   M  43
34   M   C  F6   M  24
35   M   C  F7   M  41
36   M   N  F1   M   4
37   M   N  F2   M  14
38   M   N  F3   M  13
39   M   N  F4   M  15
40   M   N  F5   M   5
41   M   N  F6   M   6
42   M   N  F7   M   5
43   M   E  F1   M  14
44   M   E  F2   M  28
45   M   E  F3   M  44
46   M   E  F4   M  36
47   M   E  F5   M   7
48   M   E  F6   M  15
49   M   E  F7   M  13
50   M   O  F1   M 118
51   M   O  F2   M 227
52   M   O  F3   M 578
53   M   O  F4   M 304
54   M   O  F5   M 119
55   M   O  F6   M 131
56   M   O  F7   M  88
57   U   C  F1   M 256
58   U   C  F2   M 176
59   U   C  F3   M 119
60   U   C  F4   M 144
61   U   C  F5   M  42
62   U   C  F6   M  24
63   U   C  F7   M  32
64   U   N  F1   M   2
65   U   N  F2   M   8
66   U   N  F3   M  10
67   U   N  F4   M  12
68   U   N  F5   M   2
69   U   N  F6   M   2
70   U   N  F7   M   2
71   U   E  F1   M  10
72   U   E  F2   M  22
73   U   E  F3   M  33
74   U   E  F4   M  20
75   U   E  F5   M   7
76   U   E  F6   M   4
77   U   E  F7   M   4
78   U   O  F1   M  53
79   U   O  F2   M  95
80   U   O  F3   M 257
81   U   O  F4   M 115
82   U   O  F5   M  56
83   U   O  F6   M  61
84   U   O  F7   M  41
85   L   C  F1   F  53
86   L   C  F2   F  36
87   L   C  F3   F  52
88   L   C  F4   F  48
89   L   C  F5   F  12
90   L   C  F6   F   9
91   L   C  F7   F   3
92   L   N  F1   F   7
93   L   N  F2   F  16
94   L   N  F3   F  28
95   L   N  F4   F  18
96   L   N  F5   F   5
97   L   N  F6   F   1
98   L   N  F7   F   1
99   L   E  F1   F  13
100  L   E  F2   F  11
101  L   E  F3   F  49
102  L   E  F4   F  29
103  L   E  F5   F  10
104  L   E  F6   F  15
105  L   E  F7   F   6
106  L   O  F1   F  76
107  L   O  F2   F 111
108  L   O  F3   F 521
109  L   O  F4   F 191
110  L   O  F5   F 101
111  L   O  F6   F 130
112  L   O  F7   F  88
113  M   C  F1   F 163
114  M   C  F2   F 116
115  M   C  F3   F 162
116  M   C  F4   F 130
117  M   C  F5   F  35
118  M   C  F6   F  19
119  M   C  F7   F  25
120  M   N  F1   F  30
121  M   N  F2   F  41
122  M   N  F3   F  64
123  M   N  F4   F  47
124  M   N  F5   F  11
125  M   N  F6   F  13
126  M   N  F7   F   9
127  M   E  F1   F  28
128  M   E  F2   F  53
129  M   E  F3   F 129
130  M   E  F4   F  62
131  M   E  F5   F  37
132  M   E  F6   F  22
133  M   E  F7   F  15
134  M   O  F1   F 118
135  M   O  F2   F 214
136  M   O  F3   F 708
137  M   O  F4   F 305
138  M   O  F5   F 152
139  M   O  F6   F 174
140  M   O  F7   F 158
141  U   C  F1   F 309
142  U   C  F2   F 225
143  U   C  F3   F 243
144  U   C  F4   F 237
145  U   C  F5   F  72
146  U   C  F6   F  42
147  U   C  F7   F  36
148  U   N  F1   F  17
149  U   N  F2   F  49
150  U   N  F3   F  79
151  U   N  F4   F  57
152  U   N  F5   F  20
153  U   N  F6   F  10
154  U   N  F7   F  14
155  U   E  F1   F  38
156  U   E  F2   F  68
157  U   E  F3   F 284
158  U   E  F4   F  63
159  U   E  F5   F  21
160  U   E  F6   F  19
161  U   E  F7   F  19
162  U   O  F1   F  89
163  U   O  F2   F 210
164  U   O  F3   F 448
165  U   O  F4   F 219
166  U   O  F5   F  95
167  U   O  F6   F 105
168  U   O  F7   F  93
[1] "MASS"
[1] "motors"
[1] "Accelerated Life Testing of Motorettes"
   temp time cens
1   150 8064    0
2   150 8064    0
3   150 8064    0
4   150 8064    0
5   150 8064    0
6   150 8064    0
7   150 8064    0
8   150 8064    0
9   150 8064    0
10  150 8064    0
11  170 1764    1
12  170 2772    1
13  170 3444    1
14  170 3542    1
15  170 3780    1
16  170 4860    1
17  170 5196    1
18  170 5448    0
19  170 5448    0
20  170 5448    0
21  190  408    1
22  190  408    1
23  190 1344    1
24  190 1344    1
25  190 1440    1
26  190 1680    0
27  190 1680    0
28  190 1680    0
29  190 1680    0
30  190 1680    0
31  220  408    1
32  220  408    1
33  220  504    1
34  220  504    1
35  220  504    1
36  220  528    0
37  220  528    0
38  220  528    0
39  220  528    0
40  220  528    0
[1] "MASS"
[1] "muscle"
[1] "Effect of Calcium Chloride on Muscle Contraction in Rat Hearts"
    Strip Conc Length
3     S01 1.00   15.8
4     S01 2.00   20.8
5     S01 3.00   22.6
6     S01 4.00   23.8
9     S02 1.00   20.6
10    S02 2.00   26.8
11    S02 3.00   28.4
12    S02 4.00   27.0
13    S03 0.25    7.2
14    S03 0.50   15.4
15    S03 1.00   22.8
16    S03 2.00   27.4
19    S04 0.25    2.2
20    S04 0.50    9.0
21    S04 1.00   16.6
25    S05 0.25    2.0
26    S05 0.50    6.0
27    S05 1.00   15.2
31    S06 0.25    5.0
32    S06 0.50    9.2
33    S06 1.00   14.2
39    S07 1.00   28.0
40    S07 2.00   32.0
43    S08 0.25    5.6
45    S08 1.00   26.0
50    S09 0.50   15.4
51    S09 1.00   23.2
55    S10 0.25   11.8
57    S10 1.00   29.0
61    S11 0.25   11.0
62    S11 0.50   18.8
63    S11 1.00   26.2
69    S12 1.00   26.0
70    S12 2.00   33.8
75    S13 1.00   24.2
76    S13 2.00   28.8
80    S14 0.50   15.0
81    S14 1.00   24.0
86    S15 0.50   20.8
87    S15 1.00   29.0
93    S16 1.00   18.2
94    S16 2.00   25.8
95    S16 3.00   30.0
96    S16 4.00   32.2
99    S17 1.00   21.5
100   S17 2.00   28.4
101   S17 3.00   32.0
102   S17 4.00   29.6
105   S18 1.00   15.4
106   S18 2.00   19.0
107   S18 3.00   19.4
111   S19 1.00   29.0
112   S19 2.00   34.0
113   S19 3.00   37.0
117   S20 1.00   22.2
118   S20 2.00   29.0
119   S20 3.00   32.2
123   S21 1.00   23.0
124   S21 2.00   27.4
125   S21 3.00   30.4
[1] "MASS"
[1] "newcomb"
[1] "Newcomb's Measurements of the Passage Time of Light"
 [1]  28 -44  29  30  24  28  37  32  36  27  26  28  29  26  27  22  23  20  25  25  36  23  31  32  24  27  33  16  24  29  36  21  28  26  27  27  32  25  28  24  40  21  31  32  28  26  30  27  26  24  32  29  34  -2  25  19  36  29  30  22  28  33  39  25  16  23
[1] "MASS"
[1] "nlschools"
[1] "Eighth-Grade Pupils in the Netherlands"
     lang   IQ class GS SES COMB
1      46 15.0   180 29  23    0
2      45 14.5   180 29  10    0
3      33  9.5   180 29  15    0
4      46 11.0   180 29  23    0
5      20  8.0   180 29  10    0
6      30  9.5   180 29  10    0
7      30  9.5   180 29  23    0
8      57 13.0   180 29  10    0
9      36  9.5   180 29  13    0
10     36 11.0   180 29  15    0
11     29  5.5   180 29  10    0
12     40 14.0   180 29  18    0
13     41  9.0   180 29  15    0
14     47 10.5   180 29  20    0
15     33 10.0   180 29  10    0
16     37 11.0   180 29  20    0
17     29  6.5   180 29  13    0
18     26  4.0   180 29  10    0
19     37 11.0   180 29  10    0
20     40 11.0   180 29  15    0
21     27 11.0   180 29  10    0
22     43 12.5   180 29  13    0
23     39 11.5   180 29  10    0
24     21 10.0   180 29  10    0
25     42 10.0   180 29  10    0
26     21 11.5   280 19  15    1
27     27 10.5   280 19  15    1
28     16  8.0   280 19  20    1
29     31  7.5   280 19  15    1
30     21  7.5   280 19  10    1
31     18  6.5   280 19  23    1
32     32 11.5   280 19  10    1
33     28 10.5  1082 25  15    1
34     33 10.5  1082 25  20    1
35     38 12.5  1082 25  20    1
36     14  8.0  1082 25  10    1
37     39 11.0  1082 25  33    1
38     23  9.5  1280 31  27    1
39     43 10.5  1280 31  33    1
40     25  8.5  1280 31  33    1
41     24  7.5  1280 31  28    1
42     41 11.0  1280 31  37    1
43     32 10.5  1280 31  30    1
44     26 10.5  1280 31  20    1
45     21  9.5  1280 31  40    1
46     37 10.0  1280 31  20    1
47     30 11.5  1280 31  17    1
48     41  9.5  1280 31  20    1
49     31  9.0  1280 31  50    1
50     27  8.0  1280 31  20    1
51     33  7.5  1280 31  27    1
52     29  8.5  1280 31  40    1
53     31 14.0  1580 35  40    1
54     18  8.5  1580 35  20    1
55     37 13.0  1580 35  40    1
56     22 10.5  1580 35  25    1
57     43 15.0  1580 35  20    1
58      9  9.0  1580 35  30    1
59     41 10.0  1580 35  30    1
60     46 12.0  1580 35  20    1
61     34 11.0  1680 28  23    1
62     47 11.0  1680 28  33    1
63     44 12.5  1680 28  27    1
64     50 13.0  1680 28  27    1
65     45 12.5  1680 28  23    1
66     43 11.0  1680 28  30    1
67     34 11.5  1680 28  35    1
68     35 11.0  1680 28  37    1
69     22  9.5  1880 28  23    0
70     27  9.5  1880 28  15    0
71     45 15.0  1880 28  50    0
72     45 11.5  1880 28  27    0
73     38 13.0  1880 28  35    0
74     24 10.5  1880 28  33    0
75     50 13.0  1880 28  25    0
76     22 11.0  1880 28  20    0
77     43 14.0  1880 28  30    0
78     28 13.5  1880 28  28    0
79     38 10.5  1880 28  33    0
80     20  9.5  1880 28  25    0
81     40 15.5  1880 28  33    0
82     47 12.0  1880 28  50    0
83     20 11.0  1880 28  15    0
84     28 11.0  1880 28  25    0
85     33 13.0  1880 28  50    0
86     21 11.5  1880 28  30    0
87     44 12.5  1880 28  38    0
88     43 12.0  1880 28  20    0
89     18 10.0  1880 28  35    0
90     31 10.5  1880 28  50    0
91     21 11.5  1880 28  35    0
92     41 11.0  1880 28  35    0
93     48 14.5  2180 19  20    0
94     43 13.0  2180 19  18    0
95     32  8.5  2180 19  18    0
96     17 11.5  2180 19  20    0
97     27  8.5  2180 19  20    0
98     55 13.0  2180 19  28    0
99     45 12.5  2180 19  28    0
100    36 13.5  2180 19  18    0
101    24  8.0  2180 19  18    0
102    35  9.0  2180 19  18    0
103    43 11.5  2180 19  23    0
104    48 13.0  2180 19  23    0
105    38 14.5  2180 19  23    0
106    44 12.0  2180 19  20    0
107    47 12.0  2180 19  18    0
108    36 13.5  2180 19  23    0
109    41 11.5  2180 19  25    0
110    41 12.0  2480 35  23    0
111    26 10.0  2480 35  20    0
112    52 14.0  2480 35  20    0
113    43 12.5  2480 35  10    0
114    54 13.0  2480 35  20    0
115    49 11.5  2480 35  30    0
116    51 15.5  2480 35  20    0
117    47 13.5  2480 35  23    0
118    51 12.0  2480 35  17    0
119    51 12.0  2480 35  23    0
120    34  8.5  2480 35  20    0
121    51 10.5  2480 35  23    0
122    49 10.0  2480 35  23    0
123    42  9.0  2480 35  37    0
124    50 13.0  2480 35  17    0
125    33  6.5  2480 35  17    0
126    46 13.5  2480 35  33    0
127    57 16.5  2480 35  20    0
128    35 10.5  2480 35  30    0
129    44 13.5  2480 35  27    0
130    36 12.0  2480 35  23    0
131    50 12.5  2480 35  23    0
132    38 13.0  2480 35  27    0
133    49 12.0  2480 35  27    0
134    26 10.5  2680 21  20    0
135    48 12.0  2680 21  35    0
136    32 12.5  2680 21  40    0
137    46 13.0  2680 21  33    0
138    38 10.0  2680 21  30    0
139    44 11.0  2680 21  33    0
140    35 11.0  2680 21  17    0
141    40 16.5  2680 21  23    0
142    40 13.0  2680 21  37    0
143    46 11.5  2680 21  20    0
144    31 10.0  2680 21  20    0
145    50 13.5  2680 21  45    0
146    46 13.5  2680 21  40    0
147    51 16.5  2680 21  43    0
148    29  9.0  2680 21  28    0
149    39 12.0  2680 21  33    0
150    49 13.5  2680 21  35    0
151    43 14.0  2680 21  47    0
152    37 10.0  2780 32  23    1
153    35 10.5  2780 32  23    1
154    38 13.0  2780 32  28    1
155    40 13.0  2780 32  23    1
156    42 14.0  2780 32  47    1
157    41 14.5  2780 32  40    1
158    32 12.0  2780 32  40    1
159    40 12.5  2780 32  27    1
160    20 10.5  2780 32  23    1
161    29 11.0  2780 32  27    1
162    41 12.5  2780 32  40    1
163    23 13.0  2780 32  30    1
164    27 11.5  2780 32  23    1
165    35  9.5  2780 32  27    1
166    33 11.5  2780 32  35    1
 [ reached getOption("max.print") -- omitted 2121 rows ]
[1] "MASS"
[1] "npk"
[1] "Classical N, P, K Factorial Experiment"
   block N P K yield
1      1 0 1 1  49.5
2      1 1 1 0  62.8
3      1 0 0 0  46.8
4      1 1 0 1  57.0
5      2 1 0 0  59.8
6      2 1 1 1  58.5
7      2 0 0 1  55.5
8      2 0 1 0  56.0
9      3 0 1 0  62.8
10     3 1 1 1  55.8
11     3 1 0 0  69.5
12     3 0 0 1  55.0
13     4 1 0 0  62.0
14     4 1 1 1  48.8
15     4 0 0 1  45.5
16     4 0 1 0  44.2
17     5 1 1 0  52.0
18     5 0 0 0  51.5
19     5 1 0 1  49.8
20     5 0 1 1  48.8
21     6 1 0 1  57.2
22     6 1 1 0  59.0
23     6 0 1 1  53.2
24     6 0 0 0  56.0
[1] "MASS"
[1] "npr1"
[1] "US Naval Petroleum Reserve No. 1 data"
           x    y perm por
86-1B   8.00 2.38  327  33
15-1G  13.13 2.50 3369  34
70-1G  13.88 3.13 4770  40
34-1G  13.38 2.63  938  35
38-1G  13.38 2.13  568  32
78-1G  13.88 2.13  667  34
25-2G  12.25 2.50 2561  32
77-2G  12.88 2.25 2538  34
21-3G  11.25 3.00 1078  36
38-3G  11.38 2.13 1078  34
87-3G  12.00 2.25 3116  36
22-4G  10.25 2.88 1619  34
26-4G  10.25 2.38 1447  34
53-4G  10.63 2.75 1668  34
67-4G  10.75 2.25  208  35
23-5G   9.25 2.75 2994  35
37-5G   9.38 2.25 2079  35
54-5G   9.63 2.63  762  33
61-5G   9.75 3.00  539  32
68-5G   9.75 2.13  610  35
26-6G   8.25 2.38 2211  32
68-6G   8.75 2.13 2617  32
73-6G   8.88 2.75  993  31
88-6G   9.00 2.13 1096  35
37-8G   9.38 1.25  538  33
46-8G   9.50 1.38  745  35
57-8G   9.63 1.25  592  34
64-8G   9.75 1.63  937  36
67-8G   9.75 1.25 1239  32
77-8G   9.88 1.25 1055  36
84-8G  10.00 1.63  185  27
88-8G  10.00 1.13 1172  35
15-9G  10.13 1.50 1863  35
17-9G  10.13 1.25 1141  33
28-9G  10.25 1.13  892  35
37-9G  10.38 1.25 2124  35
48-9G  10.50 1.13 1090  33
57-9G  10.63 1.25  785  32
61-9G  10.75 2.00  280  37
66-9G  10.75 1.38  270  32
68-9G  10.75 1.13 1752  32
77-9G  10.88 1.25 2477  32
83-9G  11.00 1.75  683  32
88-9G  11.00 1.13 1109  33
26-10G 11.25 1.38 1385  33
44-10G 11.50 1.63 1864  34
63-10G 11.75 1.75  765  34
75-10G 11.88 1.50  727  32
77-10G 11.88 1.25 1351  32
22-11G 12.25 1.88  963  33
26-11G 12.25 1.38 1309  30
51-11G 12.63 2.00 1883  35
64-11G 12.75 1.63  926  35
78-11G 12.88 1.13 2558  30
33-12G 13.38 1.75 1339  33
68-25R  7.75 4.13 1393  38
16-35R  6.13 3.38  162  34
86-35R  7.00 3.38  857  34
34-19S  8.38 5.63 2048  31
37-25S 13.38 4.25 2105  32
77-27S 11.88 4.25 1217  33
26-27S 11.25 4.38  767  34
17-28S 10.13 4.25 2655  35
77-28S 10.88 4.25 3790  35
36-29S  9.38 4.38 3457  37
44-29S  9.50 4.63  785  34
48-29S  9.50 4.13 3360  35
88-29S 10.00 4.13 1255  38
45-30S  8.50 4.50  213  33
61-30S  8.75 5.00  248  35
83-30S  9.00 4.75 3091  36
87-30S  9.00 4.25  459  34
68-31S  8.75 3.13 4022  31
81-31S  9.00 4.00 1169  34
84-31S  9.00 3.63  681  30
37-32S  9.38 3.25 1690  37
53-32S  9.63 3.75 2341  36
71-32S  9.88 4.00 2763  35
73-32S  9.88 3.75  758  35
18-33S 10.13 3.13  305  36
13-33S 10.13 3.75 2569  38
42-33S 10.50 3.88  906  30
46-33S 10.50 3.38 1301  34
68-33S 10.75 3.13   80  31
76-33S 10.88 3.38  897  38
82-33S 11.00 3.88 2169  33
35-34S 11.38 3.50 1128  28
42-34S 11.50 3.88 4244  34
17-34S 11.13 3.25 3347  36
51-34S 11.63 4.00 2166  36
33-35S 12.38 3.75 2887  36
86-35S 13.00 3.38 2383  35
24-35S 12.25 3.63    4  31
18-35S 12.13 3.13 1437  37
84-35S 13.00 3.63 1423  33
51-36S 13.63 4.00 2005  31
54-36S 13.63 3.63 1659  37
55-36S 13.63 3.50 2011  37
62-36S 13.75 3.88  529  32
71-36S 13.88 4.00 1484  33
74-36S 13.88 3.63  918  34
34-36S 13.38 3.63 2319  36
43-36S 13.50 3.75 1611  37
48-36S 13.50 3.13 1454  36
[1] "MASS"
[1] "oats"
[1] "Data from an Oats Field Trial"
     B           V      N   Y
1    I     Victory 0.0cwt 111
2    I     Victory 0.2cwt 130
3    I     Victory 0.4cwt 157
4    I     Victory 0.6cwt 174
5    I Golden.rain 0.0cwt 117
6    I Golden.rain 0.2cwt 114
7    I Golden.rain 0.4cwt 161
8    I Golden.rain 0.6cwt 141
9    I  Marvellous 0.0cwt 105
10   I  Marvellous 0.2cwt 140
11   I  Marvellous 0.4cwt 118
12   I  Marvellous 0.6cwt 156
13  II     Victory 0.0cwt  61
14  II     Victory 0.2cwt  91
15  II     Victory 0.4cwt  97
16  II     Victory 0.6cwt 100
17  II Golden.rain 0.0cwt  70
18  II Golden.rain 0.2cwt 108
19  II Golden.rain 0.4cwt 126
20  II Golden.rain 0.6cwt 149
21  II  Marvellous 0.0cwt  96
22  II  Marvellous 0.2cwt 124
23  II  Marvellous 0.4cwt 121
24  II  Marvellous 0.6cwt 144
25 III     Victory 0.0cwt  68
26 III     Victory 0.2cwt  64
27 III     Victory 0.4cwt 112
28 III     Victory 0.6cwt  86
29 III Golden.rain 0.0cwt  60
30 III Golden.rain 0.2cwt 102
31 III Golden.rain 0.4cwt  89
32 III Golden.rain 0.6cwt  96
33 III  Marvellous 0.0cwt  89
34 III  Marvellous 0.2cwt 129
35 III  Marvellous 0.4cwt 132
36 III  Marvellous 0.6cwt 124
37  IV     Victory 0.0cwt  74
38  IV     Victory 0.2cwt  89
39  IV     Victory 0.4cwt  81
40  IV     Victory 0.6cwt 122
41  IV Golden.rain 0.0cwt  64
42  IV Golden.rain 0.2cwt 103
43  IV Golden.rain 0.4cwt 132
44  IV Golden.rain 0.6cwt 133
45  IV  Marvellous 0.0cwt  70
46  IV  Marvellous 0.2cwt  89
47  IV  Marvellous 0.4cwt 104
48  IV  Marvellous 0.6cwt 117
49   V     Victory 0.0cwt  62
50   V     Victory 0.2cwt  90
51   V     Victory 0.4cwt 100
52   V     Victory 0.6cwt 116
53   V Golden.rain 0.0cwt  80
54   V Golden.rain 0.2cwt  82
55   V Golden.rain 0.4cwt  94
56   V Golden.rain 0.6cwt 126
57   V  Marvellous 0.0cwt  63
58   V  Marvellous 0.2cwt  70
59   V  Marvellous 0.4cwt 109
60   V  Marvellous 0.6cwt  99
61  VI     Victory 0.0cwt  53
62  VI     Victory 0.2cwt  74
63  VI     Victory 0.4cwt 118
64  VI     Victory 0.6cwt 113
65  VI Golden.rain 0.0cwt  89
66  VI Golden.rain 0.2cwt  82
67  VI Golden.rain 0.4cwt  86
68  VI Golden.rain 0.6cwt 104
69  VI  Marvellous 0.0cwt  97
70  VI  Marvellous 0.2cwt  99
71  VI  Marvellous 0.4cwt 119
72  VI  Marvellous 0.6cwt 121
[1] "MASS"
[1] "painters"
[1] "The Painter's Data of de Piles"
                Composition Drawing Colour Expression School
Da Udine                 10       8     16          3      A
Da Vinci                 15      16      4         14      A
Del Piombo                8      13     16          7      A
Del Sarto                12      16      9          8      A
Fr. Penni                 0      15      8          0      A
Guilio Romano            15      16      4         14      A
Michelangelo              8      17      4          8      A
Perino del Vaga          15      16      7          6      A
Perugino                  4      12     10          4      A
Raphael                  17      18     12         18      A
F. Zucarro               10      13      8          8      B
Fr. Salviata             13      15      8          8      B
Parmigiano               10      15      6          6      B
Primaticcio              15      14      7         10      B
T. Zucarro               13      14     10          9      B
Volterra                 12      15      5          8      B
Barocci                  14      15      6         10      C
Cortona                  16      14     12          6      C
Josepin                  10      10      6          2      C
L. Jordaens              13      12      9          6      C
Testa                    11      15      0          6      C
Vanius                   15      15     12         13      C
Bassano                   6       8     17          0      D
Bellini                   4       6     14          0      D
Giorgione                 8       9     18          4      D
Murillo                   6       8     15          4      D
Palma Giovane            12       9     14          6      D
Palma Vecchio             5       6     16          0      D
Pordenone                 8      14     17          5      D
Tintoretto               15      14     16          4      D
Titian                   12      15     18          6      D
Veronese                 15      10     16          3      D
Albani                   14      14     10          6      E
Caravaggio                6       6     16          0      E
Corregio                 13      13     15         12      E
Domenichino              15      17      9         17      E
Guercino                 18      10     10          4      E
Lanfranco                14      13     10          5      E
The Carraci              15      17     13         13      E
Durer                     8      10     10          8      F
Holbein                   9      10     16         13      F
Pourbus                   4      15      6          6      F
Van Leyden                8       6      6          4      F
Diepenbeck               11      10     14          6      G
J. Jordaens              10       8     16          6      G
Otho Venius              13      14     10         10      G
Rembrandt                15       6     17         12      G
Rubens                   18      13     17         17      G
Teniers                  15      12     13          6      G
Van Dyck                 15      10     17         13      G
Bourdon                  10       8      8          4      H
Le Brun                  16      16      8         16      H
Le Suer                  15      15      4         15      H
Poussin                  15      17      6         15      H
[1] "MASS"
[1] "petrol"
[1] "N. L. Prater's Petrol Refinery Data"
   No   SG  VP V10  EP    Y
1   A 50.8 8.6 190 205 12.2
2   A 50.8 8.6 190 275 22.3
3   A 50.8 8.6 190 345 34.7
4   A 50.8 8.6 190 407 45.7
5   B 40.8 3.5 210 218  8.0
6   B 40.8 3.5 210 273 13.1
7   B 40.8 3.5 210 347 26.6
8   C 40.0 6.1 217 212  7.4
9   C 40.0 6.1 217 272 18.2
10  C 40.0 6.1 217 340 30.4
11  D 38.4 6.1 220 235  6.9
12  D 38.4 6.1 220 300 15.2
13  D 38.4 6.1 220 365 26.0
14  D 38.4 6.1 220 410 33.6
15  E 40.3 4.8 231 307 14.4
16  E 40.3 4.8 231 367 26.8
17  E 40.3 4.8 231 395 34.9
18  F 32.2 5.2 236 267 10.0
19  F 32.2 5.2 236 360 24.8
20  F 32.2 5.2 236 402 31.7
21  G 41.3 1.8 267 235  2.8
22  G 41.3 1.8 267 275  6.4
23  G 41.3 1.8 267 358 16.1
24  G 41.3 1.8 267 416 27.8
25  H 38.1 1.2 274 285  5.0
26  H 38.1 1.2 274 365 17.6
27  H 38.1 1.2 274 444 32.1
28  I 32.2 2.4 284 351 14.0
29  I 32.2 2.4 284 424 23.2
30  J 31.8 0.2 316 365  8.5
31  J 31.8 0.2 316 379 14.7
32  J 31.8 0.2 316 428 18.0
[1] "MASS"
[1] "phones"
[1] "Belgium Phone Calls 1950-1973"
$year
 [1] 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73

$calls
 [1]   4.4   4.7   4.7   5.9   6.6   7.3   8.1   8.8  10.6  12.0  13.5  14.9  16.1  21.2 119.0 124.0 142.0 159.0 182.0 212.0  43.0  24.0  27.0  29.0
[1] "MASS"
[1] "quine"
[1] "Absenteeism from School in Rural New South Wales"
    Eth Sex Age Lrn Days
1     A   M  F0  SL    2
2     A   M  F0  SL   11
3     A   M  F0  SL   14
4     A   M  F0  AL    5
5     A   M  F0  AL    5
6     A   M  F0  AL   13
7     A   M  F0  AL   20
8     A   M  F0  AL   22
9     A   M  F1  SL    6
10    A   M  F1  SL    6
11    A   M  F1  SL   15
12    A   M  F1  AL    7
13    A   M  F1  AL   14
14    A   M  F2  SL    6
15    A   M  F2  SL   32
16    A   M  F2  SL   53
17    A   M  F2  SL   57
18    A   M  F2  AL   14
19    A   M  F2  AL   16
20    A   M  F2  AL   16
21    A   M  F2  AL   17
22    A   M  F2  AL   40
23    A   M  F2  AL   43
24    A   M  F2  AL   46
25    A   M  F3  AL    8
26    A   M  F3  AL   23
27    A   M  F3  AL   23
28    A   M  F3  AL   28
29    A   M  F3  AL   34
30    A   M  F3  AL   36
31    A   M  F3  AL   38
32    A   F  F0  SL    3
33    A   F  F0  AL    5
34    A   F  F0  AL   11
35    A   F  F0  AL   24
36    A   F  F0  AL   45
37    A   F  F1  SL    5
38    A   F  F1  SL    6
39    A   F  F1  SL    6
40    A   F  F1  SL    9
41    A   F  F1  SL   13
42    A   F  F1  SL   23
43    A   F  F1  SL   25
44    A   F  F1  SL   32
45    A   F  F1  SL   53
46    A   F  F1  SL   54
47    A   F  F1  AL    5
48    A   F  F1  AL    5
49    A   F  F1  AL   11
50    A   F  F1  AL   17
51    A   F  F1  AL   19
52    A   F  F2  SL    8
53    A   F  F2  SL   13
54    A   F  F2  SL   14
55    A   F  F2  SL   20
56    A   F  F2  SL   47
57    A   F  F2  SL   48
58    A   F  F2  SL   60
59    A   F  F2  SL   81
60    A   F  F2  AL    2
61    A   F  F3  AL    0
62    A   F  F3  AL    2
63    A   F  F3  AL    3
64    A   F  F3  AL    5
65    A   F  F3  AL   10
66    A   F  F3  AL   14
67    A   F  F3  AL   21
68    A   F  F3  AL   36
69    A   F  F3  AL   40
70    N   M  F0  SL    6
71    N   M  F0  SL   17
72    N   M  F0  SL   67
73    N   M  F0  AL    0
74    N   M  F0  AL    0
75    N   M  F0  AL    2
76    N   M  F0  AL    7
77    N   M  F0  AL   11
78    N   M  F0  AL   12
79    N   M  F1  SL    0
80    N   M  F1  SL    0
81    N   M  F1  SL    5
82    N   M  F1  SL    5
83    N   M  F1  SL    5
84    N   M  F1  SL   11
85    N   M  F1  SL   17
86    N   M  F1  AL    3
87    N   M  F1  AL    4
88    N   M  F2  SL   22
89    N   M  F2  SL   30
90    N   M  F2  SL   36
91    N   M  F2  AL    8
92    N   M  F2  AL    0
93    N   M  F2  AL    1
94    N   M  F2  AL    5
95    N   M  F2  AL    7
96    N   M  F2  AL   16
97    N   M  F2  AL   27
98    N   M  F3  AL    0
99    N   M  F3  AL   30
100   N   M  F3  AL   10
101   N   M  F3  AL   14
102   N   M  F3  AL   27
103   N   M  F3  AL   41
104   N   M  F3  AL   69
105   N   F  F0  SL   25
106   N   F  F0  AL   10
107   N   F  F0  AL   11
108   N   F  F0  AL   20
109   N   F  F0  AL   33
110   N   F  F1  SL    5
111   N   F  F1  SL    7
112   N   F  F1  SL    0
113   N   F  F1  SL    1
114   N   F  F1  SL    5
115   N   F  F1  SL    5
116   N   F  F1  SL    5
117   N   F  F1  SL    5
118   N   F  F1  SL    7
119   N   F  F1  SL   11
120   N   F  F1  SL   15
121   N   F  F1  AL    5
122   N   F  F1  AL   14
123   N   F  F1  AL    6
124   N   F  F1  AL    6
125   N   F  F1  AL    7
126   N   F  F1  AL   28
127   N   F  F2  SL    0
128   N   F  F2  SL    5
129   N   F  F2  SL   14
130   N   F  F2  SL    2
131   N   F  F2  SL    2
132   N   F  F2  SL    3
133   N   F  F2  SL    8
134   N   F  F2  SL   10
135   N   F  F2  SL   12
136   N   F  F2  AL    1
137   N   F  F3  AL    1
138   N   F  F3  AL    9
139   N   F  F3  AL   22
140   N   F  F3  AL    3
141   N   F  F3  AL    3
142   N   F  F3  AL    5
143   N   F  F3  AL   15
144   N   F  F3  AL   18
145   N   F  F3  AL   22
146   N   F  F3  AL   37
[1] "MASS"
[1] "road"
[1] "Road Accident Deaths in US States"
        deaths drivers  popden rural temp  fuel
Alabama    968     158    64.0  66.0   62 119.0
Alaska      43      11     0.4   5.9   30   6.2
Arizona    588      91    12.0  33.0   64  65.0
Arkanas    640      92    34.0  73.0   51  74.0
Calif     4743     952   100.0 118.0   65 105.0
Colo       566     109    17.0  73.0   42  78.0
Conn       325     167   518.0   5.1   37  95.0
Dela       118      30   226.0   3.4   41  20.0
DC         115      35 12524.0   0.0   44  23.0
Florida   1545     298    91.0  57.0   67 216.0
Georgia   1302     203    68.0  83.0   54 162.0
Idaho      262      41     8.1  40.0   36  29.0
Ill       2207     544   180.0 102.0   33 350.0
Ind       1410     254   129.0  89.0   37 196.0
Iowa       833     150    49.0 100.0   30 109.0
Kansas     669     136    27.0 124.0   42  94.0
Kent       911     147    76.0  65.0   44 104.0
Louis     1037     146    72.0  40.0   65 109.0
Maine     1196      46    31.0  19.0   30  37.0
Maryl      616     157   314.0  29.0   44 113.0
Mass       766     255   655.0  17.0   37 166.0
Mich      2120     403   137.0  95.0   33 306.0
Minn       841     189    43.0 110.0   22 132.0
Miss       648      85    46.0  59.0   57  77.0
Mo        1289     234    63.0 100.0   40 180.0
Mont       259      38     4.6  72.0   29  31.0
[1] "MASS"
[1] "rotifer"
[1] "Numbers of Rotifers by Fluid Density"
   density pm.y pm.tot kc.y kc.tot
1    1.019   11     58   13    161
2    1.020    7     86   14    248
3    1.021   10     76   30    234
4    1.030   19     83   10    283
5    1.030    9     56   14    129
6    1.030   21     73   35    161
7    1.031   13     29   26    167
8    1.040   34     44   32    286
9    1.040   10     31   22    117
10   1.041   36     56   23    162
11   1.048   20     27    7     42
12   1.049   54     59   22     48
13   1.050   20     22    9     49
14   1.050    9     14   34    160
15   1.060   14     17   71     74
16   1.061   10     22   25     45
17   1.063   64     66   94    101
18   1.070   68     86   63     68
19   1.070  488    492  178    190
20   1.070   88     89  154    154
[1] "MASS"
[1] "ships"
[1] "Ships Damage Data"
   type year period service incidents
1     A   60     60     127         0
2     A   60     75      63         0
3     A   65     60    1095         3
4     A   65     75    1095         4
5     A   70     60    1512         6
6     A   70     75    3353        18
7     A   75     60       0         0
8     A   75     75    2244        11
9     B   60     60   44882        39
10    B   60     75   17176        29
11    B   65     60   28609        58
12    B   65     75   20370        53
13    B   70     60    7064        12
14    B   70     75   13099        44
15    B   75     60       0         0
16    B   75     75    7117        18
17    C   60     60    1179         1
18    C   60     75     552         1
19    C   65     60     781         0
20    C   65     75     676         1
21    C   70     60     783         6
22    C   70     75    1948         2
23    C   75     60       0         0
24    C   75     75     274         1
25    D   60     60     251         0
26    D   60     75     105         0
27    D   65     60     288         0
28    D   65     75     192         0
29    D   70     60     349         2
30    D   70     75    1208        11
31    D   75     60       0         0
32    D   75     75    2051         4
33    E   60     60      45         0
34    E   60     75       0         0
35    E   65     60     789         7
36    E   65     75     437         7
37    E   70     60    1157         5
38    E   70     75    2161        12
39    E   75     60       0         0
40    E   75     75     542         1
[1] "MASS"
[1] "shoes"
[1] "Shoe wear data of Box, Hunter and Hunter"
$A
 [1] 13.2  8.2 10.9 14.3 10.7  6.6  9.5 10.8  8.8 13.3

$B
 [1] 14.0  8.8 11.2 14.2 11.8  6.4  9.8 11.3  9.3 13.6
[1] "MASS"
[1] "shrimp"
[1] "Percentage of Shrimp in Shrimp Cocktail"
 [1] 32.2 33.0 30.8 33.8 32.2 33.3 31.7 35.7 32.4 31.2 26.6 30.7 32.5 30.7 31.2 30.3 32.3 31.7
[1] "MASS"
[1] "shuttle"
[1] "Space Shuttle Autolander Problem"
    stability error sign wind   magn vis    use
1       xstab    LX   pp head  Light  no   auto
2       xstab    LX   pp head Medium  no   auto
3       xstab    LX   pp head Strong  no   auto
4       xstab    LX   pp tail  Light  no   auto
5       xstab    LX   pp tail Medium  no   auto
6       xstab    LX   pp tail Strong  no   auto
7       xstab    LX   nn head  Light  no   auto
8       xstab    LX   nn head Medium  no   auto
9       xstab    LX   nn head Strong  no   auto
10      xstab    LX   nn tail  Light  no   auto
11      xstab    LX   nn tail Medium  no   auto
12      xstab    LX   nn tail Strong  no   auto
13      xstab    XL   pp head  Light  no   auto
14      xstab    XL   pp head Medium  no   auto
15      xstab    XL   pp head Strong  no   auto
16      xstab    XL   pp tail  Light  no   auto
17      xstab    XL   pp tail Medium  no   auto
18      xstab    XL   pp tail Strong  no   auto
19      xstab    XL   nn head  Light  no   auto
20      xstab    XL   nn head Medium  no   auto
21      xstab    XL   nn head Strong  no   auto
22      xstab    XL   nn tail  Light  no   auto
23      xstab    XL   nn tail Medium  no   auto
24      xstab    XL   nn tail Strong  no   auto
25      xstab    MM   pp head  Light  no   auto
26      xstab    MM   pp head Medium  no   auto
27      xstab    MM   pp head Strong  no   auto
28      xstab    MM   pp tail  Light  no   auto
29      xstab    MM   pp tail Medium  no   auto
30      xstab    MM   pp tail Strong  no   auto
31      xstab    MM   nn head  Light  no   auto
32      xstab    MM   nn head Medium  no   auto
33      xstab    MM   nn head Strong  no   auto
34      xstab    MM   nn tail  Light  no   auto
35      xstab    MM   nn tail Medium  no   auto
36      xstab    MM   nn tail Strong  no   auto
37      xstab    SS   pp head  Light  no   auto
38      xstab    SS   pp head Medium  no   auto
39      xstab    SS   pp head Strong  no   auto
40      xstab    SS   pp tail  Light  no   auto
41      xstab    SS   pp tail Medium  no   auto
42      xstab    SS   pp tail Strong  no   auto
43      xstab    SS   nn head  Light  no   auto
44      xstab    SS   nn head Medium  no   auto
45      xstab    SS   nn head Strong  no   auto
46      xstab    SS   nn tail  Light  no   auto
47      xstab    SS   nn tail Medium  no   auto
48      xstab    SS   nn tail Strong  no   auto
49       stab    LX   pp head  Light  no   auto
50       stab    LX   pp head Medium  no   auto
51       stab    LX   pp head Strong  no   auto
52       stab    LX   pp tail  Light  no   auto
53       stab    LX   pp tail Medium  no   auto
54       stab    LX   pp tail Strong  no   auto
55       stab    LX   nn head  Light  no   auto
56       stab    LX   nn head Medium  no   auto
57       stab    LX   nn head Strong  no   auto
58       stab    LX   nn tail  Light  no   auto
59       stab    LX   nn tail Medium  no   auto
60       stab    LX   nn tail Strong  no   auto
61       stab    XL   pp head  Light  no   auto
62       stab    XL   pp head Medium  no   auto
63       stab    XL   pp head Strong  no   auto
64       stab    XL   pp tail  Light  no   auto
65       stab    XL   pp tail Medium  no   auto
66       stab    XL   pp tail Strong  no   auto
67       stab    XL   nn head  Light  no   auto
68       stab    XL   nn head Medium  no   auto
69       stab    XL   nn head Strong  no   auto
70       stab    XL   nn tail  Light  no   auto
71       stab    XL   nn tail Medium  no   auto
72       stab    XL   nn tail Strong  no   auto
73       stab    MM   pp head  Light  no   auto
74       stab    MM   pp head Medium  no   auto
75       stab    MM   pp head Strong  no   auto
76       stab    MM   pp tail  Light  no   auto
77       stab    MM   pp tail Medium  no   auto
78       stab    MM   pp tail Strong  no   auto
79       stab    MM   nn head  Light  no   auto
80       stab    MM   nn head Medium  no   auto
81       stab    MM   nn head Strong  no   auto
82       stab    MM   nn tail  Light  no   auto
83       stab    MM   nn tail Medium  no   auto
84       stab    MM   nn tail Strong  no   auto
85       stab    SS   pp head  Light  no   auto
86       stab    SS   pp head Medium  no   auto
87       stab    SS   pp head Strong  no   auto
88       stab    SS   pp tail  Light  no   auto
89       stab    SS   pp tail Medium  no   auto
90       stab    SS   pp tail Strong  no   auto
91       stab    SS   nn head  Light  no   auto
92       stab    SS   nn head Medium  no   auto
93       stab    SS   nn head Strong  no   auto
94       stab    SS   nn tail  Light  no   auto
95       stab    SS   nn tail Medium  no   auto
96       stab    SS   nn tail Strong  no   auto
97      xstab    LX   pp head    Out  no   auto
98      xstab    LX   pp tail    Out  no   auto
99      xstab    LX   nn head    Out  no   auto
100     xstab    LX   nn tail    Out  no   auto
101     xstab    XL   pp head    Out  no   auto
102     xstab    XL   pp tail    Out  no   auto
103     xstab    XL   nn head    Out  no   auto
104     xstab    XL   nn tail    Out  no   auto
105     xstab    MM   pp head    Out  no   auto
106     xstab    MM   pp tail    Out  no   auto
107     xstab    MM   nn head    Out  no   auto
108     xstab    MM   nn tail    Out  no   auto
109     xstab    SS   pp head    Out  no   auto
110     xstab    SS   pp tail    Out  no   auto
111     xstab    SS   nn head    Out  no   auto
112     xstab    SS   nn tail    Out  no   auto
113      stab    LX   pp head    Out  no   auto
114      stab    LX   pp tail    Out  no   auto
115      stab    LX   nn head    Out  no   auto
116      stab    LX   nn tail    Out  no   auto
117      stab    XL   pp head    Out  no   auto
118      stab    XL   pp tail    Out  no   auto
119      stab    XL   nn head    Out  no   auto
120      stab    XL   nn tail    Out  no   auto
121      stab    MM   pp head    Out  no   auto
122      stab    MM   pp tail    Out  no   auto
123      stab    MM   nn head    Out  no   auto
124      stab    MM   nn tail    Out  no   auto
125      stab    SS   pp head    Out  no   auto
126      stab    SS   pp tail    Out  no   auto
127      stab    SS   nn head    Out  no   auto
128      stab    SS   nn tail    Out  no   auto
129     xstab    LX   pp head  Light yes noauto
130     xstab    LX   pp head Medium yes noauto
131     xstab    LX   pp head Strong yes noauto
132     xstab    LX   pp tail  Light yes noauto
133     xstab    LX   pp tail Medium yes noauto
134     xstab    LX   pp tail Strong yes noauto
135     xstab    LX   nn head  Light yes noauto
136     xstab    LX   nn head Medium yes noauto
137     xstab    LX   nn head Strong yes noauto
138     xstab    LX   nn tail  Light yes noauto
139     xstab    LX   nn tail Medium yes noauto
140     xstab    LX   nn tail Strong yes noauto
141     xstab    XL   pp head  Light yes noauto
142     xstab    XL   pp head Medium yes noauto
 [ reached getOption("max.print") -- omitted 114 rows ]
[1] "MASS"
[1] "snails"
[1] "Snail Mortality Data"
   Species Exposure Rel.Hum Temp Deaths  N
1        A        1    60.0   10      0 20
2        A        1    60.0   15      0 20
3        A        1    60.0   20      0 20
4        A        1    65.8   10      0 20
5        A        1    65.8   15      0 20
6        A        1    65.8   20      0 20
7        A        1    70.5   10      0 20
8        A        1    70.5   15      0 20
9        A        1    70.5   20      0 20
10       A        1    75.8   10      0 20
11       A        1    75.8   15      0 20
12       A        1    75.8   20      0 20
13       A        2    60.0   10      0 20
14       A        2    60.0   15      1 20
15       A        2    60.0   20      1 20
16       A        2    65.8   10      0 20
17       A        2    65.8   15      1 20
18       A        2    65.8   20      0 20
19       A        2    70.5   10      0 20
20       A        2    70.5   15      0 20
21       A        2    70.5   20      0 20
22       A        2    75.8   10      0 20
23       A        2    75.8   15      0 20
24       A        2    75.8   20      0 20
25       A        3    60.0   10      1 20
26       A        3    60.0   15      4 20
27       A        3    60.0   20      5 20
28       A        3    65.8   10      0 20
29       A        3    65.8   15      2 20
30       A        3    65.8   20      4 20
31       A        3    70.5   10      0 20
32       A        3    70.5   15      2 20
33       A        3    70.5   20      3 20
34       A        3    75.8   10      0 20
35       A        3    75.8   15      1 20
36       A        3    75.8   20      2 20
37       A        4    60.0   10      7 20
38       A        4    60.0   15      7 20
39       A        4    60.0   20      7 20
40       A        4    65.8   10      4 20
41       A        4    65.8   15      4 20
42       A        4    65.8   20      7 20
43       A        4    70.5   10      3 20
44       A        4    70.5   15      3 20
45       A        4    70.5   20      5 20
46       A        4    75.8   10      2 20
47       A        4    75.8   15      3 20
48       A        4    75.8   20      3 20
49       B        1    60.0   10      0 20
50       B        1    60.0   15      0 20
51       B        1    60.0   20      0 20
52       B        1    65.8   10      0 20
53       B        1    65.8   15      0 20
54       B        1    65.8   20      0 20
55       B        1    70.5   10      0 20
56       B        1    70.5   15      0 20
57       B        1    70.5   20      0 20
58       B        1    75.8   10      0 20
59       B        1    75.8   15      0 20
60       B        1    75.8   20      0 20
61       B        2    60.0   10      0 20
62       B        2    60.0   15      3 20
63       B        2    60.0   20      2 20
64       B        2    65.8   10      0 20
65       B        2    65.8   15      2 20
66       B        2    65.8   20      1 20
67       B        2    70.5   10      0 20
68       B        2    70.5   15      0 20
69       B        2    70.5   20      1 20
70       B        2    75.8   10      1 20
71       B        2    75.8   15      0 20
72       B        2    75.8   20      1 20
73       B        3    60.0   10      7 20
74       B        3    60.0   15     11 20
75       B        3    60.0   20     11 20
76       B        3    65.8   10      4 20
77       B        3    65.8   15      5 20
78       B        3    65.8   20      9 20
79       B        3    70.5   10      2 20
80       B        3    70.5   15      4 20
81       B        3    70.5   20      6 20
82       B        3    75.8   10      2 20
83       B        3    75.8   15      3 20
84       B        3    75.8   20      5 20
85       B        4    60.0   10     12 20
86       B        4    60.0   15     14 20
87       B        4    60.0   20     16 20
88       B        4    65.8   10     10 20
89       B        4    65.8   15     12 20
90       B        4    65.8   20     12 20
91       B        4    70.5   10      5 20
92       B        4    70.5   15      7 20
93       B        4    70.5   20      9 20
94       B        4    75.8   10      4 20
95       B        4    75.8   15      5 20
96       B        4    75.8   20      7 20
[1] "MASS"
[1] "steam"
[1] "The Saturated Steam Pressure Data"
   Temp  Press
1     0   4.14
2    10   8.52
3    20  16.31
4    30  32.18
5    40  64.62
6    50  98.76
7    60 151.13
8    70 224.74
9    80 341.35
10   85 423.36
11   90 522.78
12   95 674.32
13  100 782.04
14  105 920.01
[1] "MASS"
[1] "stormer"
[1] "The Stormer Viscometer Data"
   Viscosity  Wt  Time
1       14.7  20  35.6
2       27.5  20  54.3
3       42.0  20  75.6
4       75.7  20 121.2
5       89.7  20 150.8
6      146.6  20 229.0
7      158.3  20 270.0
8       14.7  50  17.6
9       27.5  50  24.3
10      42.0  50  31.4
11      75.7  50  47.2
12      89.7  50  58.3
13     146.6  50  85.6
14     158.3  50 101.1
15     161.1  50  92.2
16     298.3  50 187.2
17      75.7 100  24.6
18      89.7 100  30.0
19     146.6 100  41.7
20     158.3 100  50.3
21     161.1 100  45.1
22     298.3 100  89.0
23     298.3 100  86.5
[1] "MASS"
[1] "survey"
[1] "Student Survey Data"
       Sex Wr.Hnd NW.Hnd W.Hnd    Fold Pulse    Clap Exer Smoke Height      M.I    Age
1   Female   18.5   18.0 Right  R on L    92    Left Some Never 173.00   Metric 18.250
2     Male   19.5   20.5  Left  R on L   104    Left None Regul 177.80 Imperial 17.583
3     Male   18.0   13.3 Right  L on R    87 Neither None Occas     NA     <NA> 16.917
4     Male   18.8   18.9 Right  R on L    NA Neither None Never 160.00   Metric 20.333
5     Male   20.0   20.0 Right Neither    35   Right Some Never 165.00   Metric 23.667
6   Female   18.0   17.7 Right  L on R    64   Right Some Never 172.72 Imperial 21.000
7     Male   17.7   17.7 Right  L on R    83   Right Freq Never 182.88 Imperial 18.833
8   Female   17.0   17.3 Right  R on L    74   Right Freq Never 157.00   Metric 35.833
9     Male   20.0   19.5 Right  R on L    72   Right Some Never 175.00   Metric 19.000
10    Male   18.5   18.5 Right  R on L    90   Right Some Never 167.00   Metric 22.333
11  Female   17.0   17.2 Right  L on R    80   Right Freq Never 156.20 Imperial 28.500
12    Male   21.0   21.0 Right  R on L    68    Left Freq Never     NA     <NA> 18.250
13  Female   16.0   16.0 Right  L on R    NA   Right Some Never 155.00   Metric 18.750
14  Female   19.5   20.2 Right  L on R    66 Neither Some Never 155.00   Metric 17.500
15    Male   16.0   15.5 Right  R on L    60   Right Some Never     NA     <NA> 17.167
16  Female   17.5   17.0 Right  R on L    NA   Right Freq Never 156.00   Metric 17.167
17  Female   18.0   18.0 Right  L on R    89 Neither Freq Never 157.00   Metric 19.333
18    Male   19.4   19.2  Left  R on L    74   Right Some Never 182.88 Imperial 18.333
19    Male   20.5   20.5 Right  L on R    NA    Left Some Never 190.50 Imperial 19.750
20    Male   21.0   20.9 Right  R on L    78   Right Freq Never 177.00   Metric 17.917
21    Male   21.5   22.0 Right  R on L    72    Left Freq Never 190.50 Imperial 17.917
22    Male   20.1   20.7 Right  L on R    72   Right Freq Never 180.34 Imperial 18.167
23    Male   18.5   18.0 Right  L on R    64   Right Freq Never 180.34 Imperial 17.833
24    Male   21.5   21.2 Right  R on L    62   Right Some Never 184.00   Metric 18.250
25  Female   17.0   17.5 Right  R on L    64    Left Some Never     NA     <NA> 19.167
26    Male   18.5   18.5 Right Neither    90 Neither Some Never     NA     <NA> 17.583
27    Male   21.0   20.7 Right  R on L    90   Right Some Never 172.72 Imperial 17.500
28    Male   20.8   21.4 Right  R on L    62 Neither Freq Never 175.26 Imperial 18.083
29    Male   17.8   17.8 Right  L on R    76 Neither Freq Never     NA     <NA> 21.917
30    Male   19.5   19.5 Right  L on R    79   Right Some Never 167.00   Metric 19.250
31  Female   18.5   18.0 Right  R on L    76   Right None Occas     NA     <NA> 41.583
32    Male   18.8   18.2 Right  L on R    78   Right Freq Never 180.00   Metric 17.500
33  Female   17.1   17.5 Right  R on L    72   Right Freq Heavy 166.40 Imperial 39.750
34    Male   20.1   20.0 Right  R on L    70   Right Some Never 180.00   Metric 17.167
35    Male   18.0   19.0 Right  L on R    54 Neither Some Regul     NA     <NA> 17.750
36    Male   22.2   21.0 Right  L on R    66   Right Freq Occas 190.00   Metric 18.000
37  Female   16.0   16.5 Right  L on R    NA   Right Some Never 168.00   Metric 19.000
38    Male   19.4   18.5 Right  R on L    72 Neither Freq Never 182.50   Metric 17.917
39    Male   22.0   22.0 Right  R on L    80   Right Some Never 185.00   Metric 35.500
40    Male   19.0   19.0 Right  R on L    NA Neither Freq Occas 171.00   Metric 19.917
41  Female   17.5   16.0 Right  L on R    NA   Right Some Never 169.00   Metric 17.500
42  Female   17.8   18.0 Right  R on L    72   Right Some Never 154.94 Imperial 17.083
43    Male     NA     NA Right  R on L    60    <NA> Some Never 172.00   Metric 28.583
44  Female   20.1   20.2 Right  L on R    80   Right Some Never 176.50 Imperial 17.500
45  Female   13.0   13.0  <NA>  L on R    70    Left Freq Never 180.34 Imperial 17.417
46    Male   17.0   17.5 Right  R on L    NA Neither Freq Never 180.34 Imperial 18.500
47    Male   23.2   22.7 Right  L on R    84    Left Freq Regul 180.00   Metric 18.917
48    Male   22.5   23.0 Right  R on L    96   Right None Never 170.00   Metric 19.417
49  Female   18.0   17.6 Right  R on L    60   Right Some Occas 168.00   Metric 18.417
50  Female   18.0   17.9 Right  R on L    50    Left None Never 165.00   Metric 30.750
51    Male   22.0   21.5  Left  R on L    55    Left Freq Never 200.00   Metric 18.500
52    Male   20.5   20.0 Right  L on R    68   Right Freq Never 190.00   Metric 17.500
53    Male   17.0   18.0 Right  L on R    78    Left Some Never 170.18 Imperial 18.333
54    Male   20.5   19.5 Right  L on R    56   Right Freq Never 179.00   Metric 17.417
55    Male   22.5   22.5 Right  R on L    65   Right Freq Regul 182.00   Metric 20.000
56    Male   18.5   18.5 Right  L on R    NA Neither Freq Never 171.00   Metric 18.333
57  Female   15.5   15.4 Right  R on L    70 Neither None Never 157.48 Imperial 17.167
58    Male   19.5   19.7 Right  R on L    72   Right Freq Never     NA     <NA> 17.417
59    Male   19.5   19.0 Right  L on R    62   Right Freq Never 177.80 Imperial 17.667
60    Male   20.6   21.0  Left  L on R    NA    Left Freq Occas 175.26 Imperial 18.417
61    Male   22.8   23.2 Right  R on L    66 Neither Freq Never 187.00   Metric 20.333
62  Female   18.5   18.2 Right  R on L    72 Neither Freq Never 167.64 Imperial 17.333
63  Female   19.6   19.7 Right  L on R    70   Right Freq Never 178.00   Metric 17.500
64  Female   18.7   18.0  Left  L on R    NA    Left None Never 170.00   Metric 19.833
65  Female   17.3   18.0 Right  L on R    64 Neither Freq Never 164.00   Metric 18.583
66    Male   19.5   19.8 Right Neither    NA   Right Freq Never 183.00   Metric 18.000
67  Female   19.0   19.1 Right  L on R    NA Neither Freq Never 172.00   Metric 30.667
68  Female   18.5   18.0 Right  R on L    64   Right Freq Never     NA     <NA> 16.917
69    Male   19.0   19.0 Right  L on R    NA   Right Some Never 180.00   Metric 19.917
70    Male   21.0   19.5 Right  L on R    80    Left None  <NA>     NA     <NA> 18.333
71  Female   18.0   17.5 Right  L on R    64    Left Freq Never 170.00   Metric 17.583
72    Male   19.4   19.5 Right  R on L    NA   Right Freq Heavy 176.00   Metric 17.833
73  Female   17.0   16.6 Right  R on L    68   Right Some Never 171.00   Metric 17.667
74  Female   16.5   17.0 Right  L on R    40    Left Freq Never 167.64 Imperial 17.417
75  Female   15.6   15.8 Right  R on L    88    Left Some Never 165.00   Metric 17.750
76  Female   17.5   17.5 Right Neither    68   Right Freq Heavy 170.00   Metric 20.667
77  Female   17.0   17.6 Right  L on R    76   Right Some Never 165.00   Metric 23.583
78  Female   18.6   18.0 Right  L on R    NA Neither Freq Heavy 165.10 Imperial 17.167
79  Female   18.3   18.5 Right  R on L    68 Neither Some Never 165.10 Imperial 17.083
80    Male   20.0   20.5 Right  L on R    NA   Right Freq Never 185.42 Imperial 18.750
81    Male   19.5   19.5  Left  R on L    66    Left Some Never     NA     <NA> 16.750
82    Male   19.2   18.9 Right  R on L    76   Right Freq Never 176.50 Imperial 20.167
83  Female   17.5   17.5 Right  R on L    98    Left Freq Never     NA     <NA> 17.667
 [ reached getOption("max.print") -- omitted 154 rows ]
[1] "MASS"
[1] "synth.te"
[1] "Synthetic Classification Problem"
               xs           ys yc
1    -0.970990139  0.429424950  0
2    -0.631997027  0.251952852  0
3    -0.773605760  0.690750778  0
4    -0.606211523  0.175677956  0
5    -0.539409005  0.376744239  0
6    -0.960325850  0.110040710  0
7    -1.041375608  0.328508085  0
8    -0.822600536  0.175874200  0
9    -0.943714771 -0.180633309  0
10   -0.968763299  0.296070217  0
11   -0.853637980  0.644010559  0
12   -0.771994930  0.476344773  0
13   -0.718952712  0.090457675  0
14   -0.539520701  0.447837856  0
15   -0.540093447  0.551067215  0
16   -0.792923186  0.531235891  0
17   -0.861472850  0.287352652  0
18   -0.470131571  0.544251260  0
19   -0.770683778  0.482733051  0
20   -0.803031230  0.228632039  0
21   -0.962520756  0.367759881  0
22   -0.681960494  0.495354977  0
23   -0.433007837  0.213645636  0
24   -0.336831640  0.293614869  0
25   -0.696425307  0.315194495  0
26   -0.355766886  0.269794553  0
27   -0.547898136  0.277054714  0
28   -0.799663889  0.292931173  0
29   -0.780012402  0.038437662  0
30   -0.853938355  0.198423604  0
31   -0.896295454  0.286916469  0
32   -0.824028270  0.295231859  0
33   -0.901075546  0.321018371  0
34   -0.556718720  0.358145252  0
35   -0.871004652  0.258992681  0
36   -0.800820459  0.363123198  0
37   -0.699003238  0.417050087  0
38   -0.759409251  0.366156047  0
39   -0.775268090  0.306716684  0
40   -0.893576947 -0.096908084  0
41   -0.284857192  0.307321395  0
42   -0.665571750  0.365820514  0
43   -0.741374392  0.298498149  0
44   -0.767733049  0.245811163  0
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60   -0.775966325  0.403399745  0
61   -0.849687489  0.315466589  0
62   -0.746283040  0.256242513  0
63   -0.700854929  0.518361424  0
64   -0.923680439  0.449453255  0
65   -0.912092992  0.407980138  0
66   -0.650765709  0.412200546  0
67   -0.980330108  0.299281948  0
68   -0.744408938  0.203087089  0
69   -0.604170665  0.326156917  0
70   -0.735903002  0.655288145  0
71   -0.643607616  0.513819006  0
72   -0.963376987  0.249000843  0
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74   -0.654762824  0.562181098  0
75   -0.843491783  0.345421521  0
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80   -0.516878864  0.182337108  0
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116  -0.582205470  0.271991191  0
117  -0.338346632  0.242426860  0
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119  -0.493743519  0.717856305  0
120  -0.760932705  0.416245530  0
121  -0.515677444  0.184242721  0
122  -0.673504588  0.296239478  0
123  -0.459705697  0.186931282  0
124  -0.694881314  0.381840980  0
125  -0.387447545  0.080890693  0
126  -0.596036129  0.184974829  0
127  -0.664372536  0.423940859  0
128  -0.883742635  0.614943083  0
129  -0.509344933  0.290033636  0
130  -0.925124882  0.604748154  0
131  -0.841007867  0.290327096  0
132  -0.894120137  0.157169952  0
133  -0.646573229  0.609447746  0
134  -1.017873059  0.148721295  0
135  -0.582528753  0.184940557  0
136  -0.897329196  0.532091737  0
137  -0.465016860  0.285520226  0
138  -0.726508681  0.181867205  0
139  -0.514352969  0.156961029  0
140  -0.739246011  0.408845252  0
141  -0.537049319  0.307417180  0
142  -0.923407832  0.492249753  0
143  -0.663217181  0.241275721  0
144  -0.871900824  0.191786697  0
145  -0.574764695  0.216699985  0
146  -0.778723382  0.417127421  0
147  -0.717491428  0.169911784  0
148  -0.293985190  0.341692708  0
149  -0.732183039  0.611673182  0
150  -0.672451661  0.290330390  0
151  -0.392906014  0.314507904  0
152  -0.821496561  0.383502471  0
153  -0.441649840  0.131552989  0
154  -0.734149425  0.138366727  0
155  -0.353467324  0.403725989  0
156  -0.756729286  0.140926608  0
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158  -0.734362749  0.131915653  0
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177  -0.597128033 -0.037465241  0
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179  -0.877566913  0.304297059  0
180  -0.765371773  0.596974416  0
181  -0.699840550  0.167126769  0
182  -0.523434825 -0.064742897  0
183  -0.656387744  0.012460495  0
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188  -0.756699924  0.174518616  0
189  -0.679690670  0.438410861  0
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191  -0.647906789  0.239638558  0
192  -0.691066413  0.255635309  0
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194  -0.851072790  0.474955936  0
195  -0.837051482  0.408050507  0
196  -0.961405831  0.588207922  0
197  -0.642774716  0.163487304  0
198  -0.892075711  0.064132978  0
199  -0.927798777  0.072240031  0
200  -0.751800726  0.409258566  0
201  -0.805341030  0.064157327  0
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203  -0.703943931  0.476730183  0
204  -0.694804098  0.268655402  0
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206  -0.822380000  0.268404036  0
207  -0.565082539  0.327015498  0
208  -0.724181702  0.625763803  0
209  -0.916357511  0.236124996  0
210  -0.430182548  0.268033748  0
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225  -0.691421356  0.006339557  0
226  -1.031412255  0.482277646  0
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230  -0.612200851  0.121715064  0
231  -0.528139634  0.449962538  0
232  -0.616674472  0.058254182  0
233  -0.649202842  0.263909873  0
234  -0.655384302  0.225793561  0
235  -0.750085240  0.119545244  0
236  -0.471920626  0.278830975  0
237  -0.219905912  0.315052974  0
238  -0.871701260  0.240570129  0
239  -0.730197977  0.295504781  0
240  -0.620676222  0.046383576  0
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243  -0.734794644  0.365235616  0
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245  -0.620710470  0.770796635  0
246  -0.529626406  0.091067609  0
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255   0.197949376  0.310003887  0
256   0.048404642 -0.037865268  0
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258   0.516192043  0.258256258  0
259   0.154718993  0.040306842  0
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261   0.365076313 -0.001956641  0
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264   0.131870660  0.402255360  0
265   0.585894768  0.433203159  0
266  -0.023498655  0.379919943  0
267   0.394174061  0.533936878  0
268   0.595983773  0.680516952  0
269   0.388419733  0.321931614  0
270   0.270452263  0.360309566  0
271   0.336909893  0.176262915  0
272   0.481432232  0.326027716  0
273   0.246865240  0.532700400  0
274  -0.020439631  0.132155124  0
275   0.389941424  0.309223343  0
276   0.048115168  0.104763308  0
277   0.284816331 -0.048775617  0
278   0.529166911  0.285314795  0
279   0.349208427  0.063167392  0
280   0.323888259  0.192358455  0
281   0.321213977  0.101190083  0
282   0.303365953  0.286689359  0
283  -0.075979803  0.312196126  0
284   0.317894059  0.110578558  0
285   0.136145272  0.223509762  0
286   0.086777443  0.397316175  0
287   0.330555298 -0.018831347  0
288   0.202260475  0.212061643  0
289   0.276704436  0.541792424  0
290   0.244814590 -0.033434890  0
291   0.429043775  0.183967494  0
292   0.340412789  0.237474210  0
293   0.382064022  0.123295299  0
294   0.381833239  0.085809636  0
295   0.424417864  0.321954582  0
296   0.206306313  0.348957865  0
297   0.091614953  0.309132098  0
298   0.627597689  0.472188745  0
299   0.270244718  0.361936451  0
300   0.127928396  0.368238186  0
301   0.399192895  0.120050819  0
302   0.450618123  0.452328633  0
303   0.254900382  0.410220018  0
304   0.259523390  0.124427489  0
305   0.417004689  0.300805900  0
306   0.346581338  0.283479475  0
307   0.748854615  0.246812787  0
308   0.428530072  0.636260298  0
309   0.127369504  0.321732050  0
310   0.528722462  0.227075837  0
311   0.618168220  0.327309276  0
312   0.286029472  0.215643450  0
313   0.142578461  0.112955825  0
314   0.282764909  0.091628143  0
315   0.788220007  0.464545152  0
316   0.119165220  0.239567886  0
317   0.244772936  0.014906673  0
318   0.160442893  0.455259044  0
319   0.454067300  0.332582882  0
320  -0.057868287  0.498675578  0
321  -0.111365306  0.079756044  0
322   0.198824819  0.476017542  0
323   0.595468169  0.162120124  0
324   0.085627364  0.315262031  0
325   0.465261497  0.123331422  0
326   0.359673625  0.364504393  0
327   0.111822093  0.296370162  0
328   0.509269078  0.464037322  0
329   0.470888018  0.285556829  0
330   0.393262912  0.093782124  0
331   0.311897634  0.286626364  0
332   0.151594554  0.268411495  0
333   0.084423498  0.319282396  0
 [ reached getOption("max.print") -- omitted 667 rows ]
[1] "MASS"
[1] "synth.tr"
[1] "Synthetic Classification Problem"
             xs          ys yc
1    0.05100797  0.16086164  0
2   -0.74807425  0.08904024  0
3   -0.77293371  0.26317168  0
4    0.21837360  0.12706142  0
5    0.37268336  0.49656200  0
6   -0.62931544  0.63202159  0
7   -0.43307167  0.14479166  0
8   -0.84151970 -0.19131316  0
9    0.47525648  0.22483671  0
10   0.32082976  0.32721288  0
11   0.32061253  0.33407547  0
12  -0.89077472  0.41168783  0
13   0.17850119  0.44691359  0
14   0.31558002  0.38853383  0
15   0.55777224  0.47272748  0
16   0.03191877  0.01222964  0
17   0.25090585  0.30716705  0
18   0.23571547  0.22493837  0
19  -0.07236203  0.33376524  0
20   0.50440241  0.08054579  0
21  -0.63223351  0.44552458  0
22  -0.76784656  0.23614689  0
23  -0.70017557  0.21038848  0
24  -0.64713491  0.15921366  0
25  -0.76739248  0.09259038  0
26  -0.51788734  0.03288107  0
27   0.17516644  0.34534871  0
28  -0.68031190  0.47612156  0
29   0.01595199  0.32167526  0
30  -0.71481078  0.51421443  0
31   0.07837946  0.32284981  0
32  -0.80872251  0.47036593  0
33  -0.84211234  0.09294232  0
34  -0.98591577  0.48309267  0
35   0.29104081  0.34275967  0
36   0.24321541  0.51488295  0
37  -0.60104419  0.05060116  0
38  -1.24652451  0.45923165  0
39  -0.82769016  0.36187460  0
40  -0.62117301 -0.10912158  0
41  -0.70584105  0.65907662  0
42   0.06718867  0.60574850  0
43   0.30505147  0.47417973  0
44   0.60788138  0.39361588  0
45  -0.78937483  0.17591675  0
46  -0.53123209  0.42652809  0
47   0.25202071  0.17029707  0
48  -0.57880357  0.26553665  0
49  -0.83176749  0.54447377  0
50  -0.69859164  0.38566851  0
51  -0.73642607  0.11857527  0
52  -0.93496195  0.11370707  0
53   0.43959309  0.41430638  0
54  -0.54690854  0.24956276  0
55  -0.08405550  0.36521058  0
56   0.32211458  0.69087105  0
57   0.10764739  0.57946932  0
58  -0.71864030  0.25645757  0
59  -0.87877752  0.45064757  0
60  -0.69846046  0.95053870  0
61   0.39757434  0.11810207  0
62  -0.50451354  0.57196376  0
63   0.25023622  0.39783889  0
64   0.61709156  0.10185808  0
65   0.31832860  0.08790562  0
66  -0.57453363  0.18624195  0
67   0.09761865  0.55176786  0
68   0.48449339  0.35372973  0
69   0.52400684  0.46616851  0
70  -0.78138463 -0.07534713  0
71  -0.49704591  0.59948077  0
72  -0.96984525  0.46624927  0
73   0.43541407  0.12192386  0
74  -0.67942462  0.30753942  0
75  -0.62529036  0.07099046  0
76  -0.02318116  0.40442601  0
77   0.23200141  0.71066846  0
78   0.09384354  0.46674396  0
79   0.14234301  0.17898711  0
80  -0.61686357  0.25507763  0
81   0.23636288  0.51543839  0
82   0.38914177  0.40429568  0
83  -0.95178678 -0.03772239  0
84   0.24087822  0.71948890  0
85   0.12446266  0.45178849  0
86  -0.60566430  0.26906478  0
87  -0.71397188  0.30871780  0
88   0.31008428  0.34675335  0
89   0.18018786  0.46204643  0
90  -0.42663885  0.64723225  0
91   0.06143230  0.32491150  0
92   0.07736952  0.32183287  0
93   0.42814970  0.13445957  0
94  -0.80250753  0.66878999  0
95   0.40142623  0.42516398  0
96   0.37084776  0.26407123  0
97  -0.80774748  0.41485899  0
98   0.50163585  0.23934856  0
99   0.58238323  0.22842741  0
100 -0.59136100  0.30230321  0
101 -0.87037236  0.26941446  0
102 -0.72086765  0.19676678  0
103  0.27778443  0.21792253  0
104  0.33240813  0.27349865  0
105 -0.14092068  0.39247351  0
106 -0.59759518  0.14790267  0
107 -0.85581534  0.14513961  0
108 -0.88912232  0.26896001  0
109  0.21345680  0.43611756  0
110 -0.53467949  0.57901229  0
111  0.31686848  0.39705856  0
112 -0.68121733  0.04209840  0
113 -0.97586127  0.45964811  0
114  0.41457183  0.27141230  0
115  0.32751292  0.36780137  0
116 -0.93209192  0.09362034  0
117  0.58395341  0.47147282  0
118 -0.44437309  0.23010142  0
119  0.29109441  0.19365556  0
120 -0.51080722  0.41496003  0
121 -0.96597511  0.17931052  0
122  0.18741315  0.29747132  0
123  0.17965417  0.45175449  0
124 -0.72689602  0.35728387  0
125 -0.54339877  0.41012013  0
126 -0.59823393  0.98701425  1
127 -0.20194736  0.62101680  1
128  0.47146103  0.48221146  1
129 -0.09821987  0.58755577  1
130 -0.35657658  0.63709705  1
131  0.63881392  0.42112135  1
132  0.62980614  0.28146085  1
133 -0.46223286  0.61661031  1
134 -0.07331555  0.55821736  1
135 -0.55405533  0.51253129  1
136 -0.43761773  0.87811781  1
137 -0.22237814  0.88850773  1
138  0.09346162  0.67310494  1
139  0.53174745  0.54372650  1
140  0.40207539  0.51638462  1
141  0.47555171  0.65056336  1
142 -0.23383266  0.63642580  1
143 -0.31579316  0.75031340  1
144 -0.47351720  0.63854125  1
145  0.59239464  0.89256953  1
146 -0.22605324  0.79789454  1
147 -0.43995011  0.52099256  1
148 -0.54645044  0.74577198  1
149  0.46404306  0.51065152  1
150 -0.15194296  0.81218439  1
151  0.48536395  0.82018093  1
152  0.34725649  0.70813773  1
153  0.43897015  0.62817158  1
154 -0.21415914  0.64363951  1
155  0.57380231  0.63713466  1
156  0.38717361  0.58578395  1
157  0.32038322  0.53529127  1
158 -0.20781491  0.65132467  1
159 -0.18651283  0.81754816  1
160  0.24752692  0.39081936  1
161  0.66049881  0.89919213  1
162 -0.28658801  0.73375946  1
163 -0.32588080  0.39865509  1
164 -0.25204565  0.67358326  1
165  0.37259022  0.49785904  1
166 -0.29096564  1.04372060  1
167 -0.30469807  0.86858292  1
168 -0.21389978  1.09317811  1
169 -0.36830015  0.75639546  1
170 -0.46928218  0.88775091  1
171  0.39350146  0.77975197  1
172 -0.45639966  0.80523454  1
173  0.51128242  0.76606136  1
174  0.22550468  0.46451215  1
175  0.01462984  0.40190926  1
176 -0.19172785  0.80943313  1
177  0.38323479  0.75601744  1
178  0.49791612  0.61334375  1
179  0.35335230  0.77324337  1
180 -0.34722575  0.70177856  1
181  0.58380468  0.76357539  1
182 -0.13727764  0.71246351  1
183  0.38827268  0.44977123  1
184 -0.53172709  0.61934293  1
185 -0.11684624  0.87851210  1
186  0.54335864  0.41174865  1
187 -0.45399302  0.66512988  1
188 -0.21913200  0.83484947  1
189  0.30485742  0.98028760  1
190  0.65676798  0.75766017  1
191  0.61420447  0.75039019  1
192 -0.45809964  0.77968606  1
193 -0.21617465  0.88626305  1
194 -0.26016108  0.81008591  1
195  0.31884531  0.84517725  1
196 -0.23727415  0.80178784  1
197  0.58310323  0.77709806  1
198  0.02841337  0.75792620  1
199 -0.41840136  0.68041440  1
200  0.67412880  0.60245461  1
201 -0.25278281  0.70526103  1
202  0.51609843  0.62092390  1
203  0.20392294  0.91641482  1
204 -0.17207124  1.00884096  1
205  0.27274507  0.29346977  1
206  0.07634798  0.56222204  1
207 -0.36653499  0.64831007  1
208  0.44290673  0.80087721  1
209 -0.19976385  0.54295162  1
210 -0.54075738  0.65293033  1
211 -0.07060266  1.00296912  1
212  0.50715054  0.35045758  1
213 -0.06048611  0.62982713  1
214  0.21532928  0.60260249  1
215  0.46809108  0.87182416  1
216 -0.29888511  0.73669866  1
217  0.86129620  0.47289330  1
218  0.70120877  0.74572893  1
219 -0.11342797  0.60067099  1
220  0.31234354  0.90756345  1
221 -0.12172541  0.84112851  1
222  0.36867857  0.37052586  1
223  0.57311489  0.40949740  1
224 -0.25841225  0.67192335  1
225  0.30937186  0.50823318  1
226  0.43319338  0.77016967  1
227 -0.30448035  0.57820106  1
228  0.44276338  0.58023403  1
229 -0.19442057  0.89876808  1
230 -0.06105237  0.74184946  1
231  0.07619347  0.35386246  1
232  0.85826993  0.95819523  1
233  0.37039200  0.72342401  1
234  0.51481515  0.76203996  1
235  0.43127521  0.54259166  1
236  0.42286091  0.65242185  1
237  0.29815001  0.93453682  1
238  0.37128253  0.70089181  1
239 -0.51528729  0.76473490  1
240  0.38525783  0.65528189  1
241 -0.34825368  0.50529981  1
242  0.68510504  0.78067440  1
243 -0.36528923  0.45703265  1
244 -0.40903577  0.74230433  1
245  0.43574387  0.44689789  1
246  0.26887846  0.44559230  1
247 -0.49254862  1.01443372  1
248  0.07615960  0.63795180  1
249  0.49226224  0.46876241  1
250 -0.40249641  0.71301084  1
[1] "MASS"
[1] "topo"
[1] "Spatial Topographic Data"
     x   y   z
1  0.3 6.1 870
2  1.4 6.2 793
3  2.4 6.1 755
4  3.6 6.2 690
5  5.7 6.2 800
6  1.6 5.2 800
7  2.9 5.1 730
8  3.4 5.3 728
9  3.4 5.7 710
10 4.8 5.6 780
11 5.3 5.0 804
12 6.2 5.2 855
13 0.2 4.3 830
14 0.9 4.2 813
15 2.3 4.8 762
16 2.5 4.5 765
17 3.0 4.5 740
18 3.5 4.5 765
19 4.1 4.6 760
20 4.9 4.2 790
21 6.3 4.3 820
22 0.9 3.2 855
23 1.7 3.8 812
24 2.4 3.8 773
25 3.7 3.5 812
26 4.5 3.2 827
27 5.2 3.2 805
28 6.3 3.4 840
29 0.3 2.4 890
30 2.0 2.7 820
31 3.8 2.3 873
32 6.3 2.2 875
33 0.6 1.7 873
34 1.5 1.8 865
35 2.1 1.8 841
36 2.1 1.1 862
37 3.1 1.1 908
38 4.5 1.8 855
39 5.5 1.7 850
40 5.7 1.0 882
41 6.2 1.0 910
42 0.4 0.5 940
43 1.4 0.6 915
44 1.4 0.1 890
45 2.1 0.7 880
46 2.3 0.3 870
47 3.1 0.0 880
48 4.1 0.8 960
49 5.4 0.4 890
50 6.0 0.1 860
51 5.7 3.0 830
52 3.6 6.0 705
[1] "MASS"
[1] "waders"
[1] "Counts of Waders at 15 Sites in South Africa"
    S1   S2   S3  S4   S5   S6   S7  S8  S9 S10 S11  S12  S13   S14  S15   S16  S17  S18  S19
A   12 2027    0   0 2070   39  219 153   0  15  51 8336 2031 14941   19  3566    0    5    0
B   99 2112    9  87 3481  470 2063  28  17 145  31 1515 1917 17321 3378 20164  177 1759   53
C  197  160    0   4  126   17    1  32   0   2   9  477    1   548   13   273    0    0    0
D    0   17    0   3   50    6    4   7   0   1   2   16    0     0    3    69    1    0    0
E   77 1948    0  19  310    1    1  64   0  22  81 2792  221  7422   10  4519   12    0    0
F   19  203   48  45   20  433    0   0  11 167  12    1    0    26 1790  2916  473  658   55
G 1023 2655    0  18  320   49    8 121   9  82  48 3411   14  9101   43  3230  587   10    5
H   87  745 1447 125 4330  789  228 529 289 904  34 1710 7869  2247 4558 40880 7166 1632  498
I  788 2174    0  19  224  178    1 423   0 195 162 2161   25  1784    3  1254    0    0    0
J   82  350  760 197  858  962   10 511 251 987 191   34   87   417 4496 15835 5327 1312 1020
K  474  930    0  10  316  161    0  90   0  39  48 1183  166  4626   65   127    4    0    0
L   77  249  160 136  999  645   15 851 101 723 266  495   83  1253 1864  4107 1939  623  527
M   22  144    0   4    1    1    0  10   0   2   9  125    5   411    0     3    0    0    0
N    0  791    0   0    4   38    1  56   1  30  54   95    0  1726    0     0    0    0    0
O    0  360  128  43  364 1628   63 287 328 641 850   83   67    48 6499  9094 5647 1333  582
[1] "MASS"
[1] "whiteside"
[1] "House Insulation: Whiteside's Data"
    Insul Temp Gas
1  Before -0.8 7.2
2  Before -0.7 6.9
3  Before  0.4 6.4
4  Before  2.5 6.0
5  Before  2.9 5.8
6  Before  3.2 5.8
7  Before  3.6 5.6
8  Before  3.9 4.7
9  Before  4.2 5.8
10 Before  4.3 5.2
11 Before  5.4 4.9
12 Before  6.0 4.9
13 Before  6.0 4.3
14 Before  6.0 4.4
15 Before  6.2 4.5
16 Before  6.3 4.6
17 Before  6.9 3.7
18 Before  7.0 3.9
19 Before  7.4 4.2
20 Before  7.5 4.0
21 Before  7.5 3.9
22 Before  7.6 3.5
23 Before  8.0 4.0
24 Before  8.5 3.6
25 Before  9.1 3.1
26 Before 10.2 2.6
27  After -0.7 4.8
28  After  0.8 4.6
29  After  1.0 4.7
30  After  1.4 4.0
31  After  1.5 4.2
32  After  1.6 4.2
33  After  2.3 4.1
34  After  2.5 4.0
35  After  2.5 3.5
36  After  3.1 3.2
37  After  3.9 3.9
38  After  4.0 3.5
39  After  4.0 3.7
40  After  4.2 3.5
41  After  4.3 3.5
42  After  4.6 3.7
43  After  4.7 3.5
44  After  4.9 3.4
45  After  4.9 3.7
46  After  4.9 4.0
47  After  5.0 3.6
48  After  5.3 3.7
49  After  6.2 2.8
50  After  7.1 3.0
51  After  7.2 2.8
52  After  7.5 2.6
53  After  8.0 2.7
54  After  8.7 2.8
55  After  8.8 1.3
56  After  9.7 1.5
[1] "MASS"
[1] "wtloss"
[1] "Weight Loss Data from an Obese Patient"
   Days Weight
1     0 184.35
2     4 182.51
3     7 180.45
4     7 179.91
5    11 177.91
6    18 175.81
7    24 173.11
8    30 170.06
9    32 169.31
10   43 165.10
11   46 163.11
12   60 158.30
13   64 155.80
14   70 154.31
15   71 153.86
16   71 154.20
17   73 152.20
18   74 152.80
19   84 150.30
20   88 147.80
21   95 146.10
22  102 145.60
23  106 142.50
24  109 142.30
25  115 139.40
26  122 137.90
27  133 133.70
28  137 133.70
29  140 133.30
30  143 131.20
31  147 133.00
32  148 132.20
33  149 130.80
34  150 131.30
35  153 129.00
36  156 127.90
37  161 126.90
38  164 127.70
39  165 129.50
40  165 128.40
41  170 125.40
42  176 124.90
43  179 124.90
44  198 118.20
45  214 118.20
46  218 115.30
47  221 115.70
48  225 116.00
49  233 115.50
50  238 112.60
51  241 114.00
52  246 112.60
[1] "nlme"
[1] "Alfalfa"
[1] "Split-Plot Experiment on Varieties of Alfalfa"
Grouped Data: Yield ~ Date | Block/Variety
   Variety Date Block Yield
1    Ladak None     1  2.17
2    Ladak   S1     1  1.58
3    Ladak  S20     1  2.29
4    Ladak   O7     1  2.23
5    Ladak None     2  1.88
6    Ladak   S1     2  1.26
7    Ladak  S20     2  1.60
8    Ladak   O7     2  2.01
9    Ladak None     3  1.62
10   Ladak   S1     3  1.22
11   Ladak  S20     3  1.67
12   Ladak   O7     3  1.82
13   Ladak None     4  2.34
14   Ladak   S1     4  1.59
15   Ladak  S20     4  1.91
16   Ladak   O7     4  2.10
17   Ladak None     5  1.58
18   Ladak   S1     5  1.25
19   Ladak  S20     5  1.39
20   Ladak   O7     5  1.66
21   Ladak None     6  1.66
22   Ladak   S1     6  0.94
23   Ladak  S20     6  1.12
24   Ladak   O7     6  1.10
25 Cossack None     1  2.33
26 Cossack   S1     1  1.38
27 Cossack  S20     1  1.86
28 Cossack   O7     1  2.27
29 Cossack None     2  2.01
30 Cossack   S1     2  1.30
31 Cossack  S20     2  1.70
32 Cossack   O7     2  1.81
33 Cossack None     3  1.70
34 Cossack   S1     3  1.85
35 Cossack  S20     3  1.81
36 Cossack   O7     3  2.01
37 Cossack None     4  1.78
38 Cossack   S1     4  1.09
39 Cossack  S20     4  1.54
40 Cossack   O7     4  1.40
41 Cossack None     5  1.42
42 Cossack   S1     5  1.13
43 Cossack  S20     5  1.67
44 Cossack   O7     5  1.31
45 Cossack None     6  1.35
46 Cossack   S1     6  1.06
47 Cossack  S20     6  0.88
48 Cossack   O7     6  1.06
49  Ranger None     1  1.75
50  Ranger   S1     1  1.52
51  Ranger  S20     1  1.55
52  Ranger   O7     1  1.56
53  Ranger None     2  1.95
54  Ranger   S1     2  1.47
55  Ranger  S20     2  1.61
56  Ranger   O7     2  1.72
57  Ranger None     3  2.13
58  Ranger   S1     3  1.80
59  Ranger  S20     3  1.82
60  Ranger   O7     3  1.99
61  Ranger None     4  1.78
62  Ranger   S1     4  1.37
63  Ranger  S20     4  1.56
64  Ranger   O7     4  1.55
65  Ranger None     5  1.31
66  Ranger   S1     5  1.01
67  Ranger  S20     5  1.23
68  Ranger   O7     5  1.51
69  Ranger None     6  1.30
70  Ranger   S1     6  1.31
71  Ranger  S20     6  1.13
72  Ranger   O7     6  1.33
[1] "nlme"
[1] "Assay"
[1] "Bioassay on Cell Culture Plate"
Grouped Data: logDens ~ 1 | Block
   Block sample dilut     logDens
1      1      a     1 -0.23319389
2      1      a     2 -0.05657035
3      1      a     3  0.21107097
4      1      a     4  0.34642257
5      1      a     5  0.59387918
6      1      b     1 -0.09871597
7      1      b     2  0.13190507
8      1      b     3  0.28292076
9      1      b     4  0.59387918
10     1      b     5  0.58834207
11     1      c     1 -0.06613980
12     1      c     2  0.14323417
13     1      c     3  0.37569295
14     1      c     4  0.56701690
15     1      c     5  0.67549225
16     1      d     1  0.06391333
17     1      d     2  0.26773443
18     1      d     3  0.47747564
19     1      d     4  0.64027369
20     1      d     5  0.58053824
21     1      e     1 -0.19601488
22     1      e     2 -0.04290750
23     1      e     3  0.15357909
24     1      e     4  0.43696378
25     1      e     5  0.50802170
26     1      f     1 -0.07688104
27     1      f     2  0.12927234
28     1      f     3  0.36116485
29     1      f     4  0.56303850
30     1      f     5  0.62165118
31     2      a     1 -0.13238919
32     2      a     2  0.09984533
33     2      a     3  0.23507212
34     2      a     4  0.43437645
35     2      a     5  0.48180867
36     2      b     1 -0.10536052
37     2      b     2  0.09075436
38     2      b     3  0.27459683
39     2      b     4  0.47000363
40     2      b     5  0.55732746
41     2      c     1 -0.03149067
42     2      c     2  0.15100287
43     2      c     3  0.37569295
44     2      c     4  0.49225424
45     2      c     5  0.52295180
46     2      d     1 -0.01409892
47     2      d     2  0.19309663
48     2      d     3  0.39204209
49     2      d     4  0.52295180
50     2      d     5  0.55503388
51     2      e     1 -0.21691300
52     2      e     2 -0.04499737
53     2      e     3  0.18979357
54     2      e     4  0.39608795
55     2      e     5  0.54754321
56     2      f     1 -0.14156356
57     2      f     2  0.09984533
58     2      f     3  0.34074879
59     2      f     4  0.49164280
60     2      f     5  0.60922195
[1] "nlme"
[1] "BodyWeight"
[1] "Rat weight over time for different diets"
Grouped Data: weight ~ Time | Rat
    weight Time Rat Diet
1      240    1   1    1
2      250    8   1    1
3      255   15   1    1
4      260   22   1    1
5      262   29   1    1
6      258   36   1    1
7      266   43   1    1
8      266   44   1    1
9      265   50   1    1
10     272   57   1    1
11     278   64   1    1
12     225    1   2    1
13     230    8   2    1
14     230   15   2    1
15     232   22   2    1
16     240   29   2    1
17     240   36   2    1
18     243   43   2    1
19     244   44   2    1
20     238   50   2    1
21     247   57   2    1
22     245   64   2    1
23     245    1   3    1
24     250    8   3    1
25     250   15   3    1
26     255   22   3    1
27     262   29   3    1
28     265   36   3    1
29     267   43   3    1
30     267   44   3    1
31     264   50   3    1
32     268   57   3    1
33     269   64   3    1
34     260    1   4    1
35     255    8   4    1
36     255   15   4    1
37     265   22   4    1
38     265   29   4    1
39     268   36   4    1
40     270   43   4    1
41     272   44   4    1
42     274   50   4    1
43     273   57   4    1
44     275   64   4    1
45     255    1   5    1
46     260    8   5    1
47     255   15   5    1
48     270   22   5    1
49     270   29   5    1
50     273   36   5    1
51     274   43   5    1
52     273   44   5    1
53     276   50   5    1
54     278   57   5    1
55     280   64   5    1
56     260    1   6    1
57     265    8   6    1
58     270   15   6    1
59     275   22   6    1
60     275   29   6    1
61     277   36   6    1
62     278   43   6    1
63     278   44   6    1
64     284   50   6    1
65     279   57   6    1
66     281   64   6    1
67     275    1   7    1
68     275    8   7    1
69     260   15   7    1
70     270   22   7    1
71     273   29   7    1
72     274   36   7    1
73     276   43   7    1
74     271   44   7    1
75     282   50   7    1
76     281   57   7    1
77     284   64   7    1
78     245    1   8    1
79     255    8   8    1
80     260   15   8    1
81     268   22   8    1
82     270   29   8    1
83     265   36   8    1
84     265   43   8    1
85     267   44   8    1
86     273   50   8    1
87     274   57   8    1
88     278   64   8    1
89     410    1   9    2
90     415    8   9    2
91     425   15   9    2
92     428   22   9    2
93     438   29   9    2
94     443   36   9    2
95     442   43   9    2
96     446   44   9    2
97     456   50   9    2
98     468   57   9    2
99     478   64   9    2
100    405    1  10    2
101    420    8  10    2
102    430   15  10    2
103    440   22  10    2
104    448   29  10    2
105    460   36  10    2
106    458   43  10    2
107    464   44  10    2
108    475   50  10    2
109    484   57  10    2
110    496   64  10    2
111    445    1  11    2
112    445    8  11    2
113    450   15  11    2
114    452   22  11    2
115    455   29  11    2
116    455   36  11    2
117    451   43  11    2
118    450   44  11    2
119    462   50  11    2
120    466   57  11    2
121    472   64  11    2
122    555    1  12    2
123    560    8  12    2
124    565   15  12    2
125    580   22  12    2
126    590   29  12    2
127    597   36  12    2
128    595   43  12    2
129    595   44  12    2
130    612   50  12    2
131    618   57  12    2
132    628   64  12    2
133    470    1  13    3
134    465    8  13    3
135    475   15  13    3
136    485   22  13    3
137    487   29  13    3
138    493   36  13    3
139    493   43  13    3
140    504   44  13    3
141    507   50  13    3
142    518   57  13    3
143    525   64  13    3
144    535    1  14    3
145    525    8  14    3
146    530   15  14    3
147    533   22  14    3
148    535   29  14    3
149    540   36  14    3
150    525   43  14    3
151    530   44  14    3
152    543   50  14    3
153    544   57  14    3
154    559   64  14    3
155    520    1  15    3
156    525    8  15    3
157    530   15  15    3
158    540   22  15    3
159    543   29  15    3
160    546   36  15    3
161    538   43  15    3
162    544   44  15    3
163    553   50  15    3
164    555   57  15    3
165    548   64  15    3
166    510    1  16    3
167    510    8  16    3
168    520   15  16    3
169    515   22  16    3
170    530   29  16    3
171    538   36  16    3
172    535   43  16    3
173    542   44  16    3
174    550   50  16    3
175    553   57  16    3
176    569   64  16    3
[1] "nlme"
[1] "Cefamandole"
[1] "Pharmacokinetics of Cefamandole"
Grouped Data: conc ~ Time | Subject
   Subject Time   conc
1        1   10 127.00
2        1   15  80.00
3        1   20  47.40
4        1   30  39.90
5        1   45  24.80
6        1   60  17.90
7        1   75  11.70
8        1   90  10.90
9        1  120   5.70
10       1  150   2.55
11       1  180   1.84
12       1  240   1.50
13       1  300   0.70
14       1  360   0.34
15       2   10 120.00
16       2   15  90.10
17       2   20  70.00
18       2   30  40.10
19       2   45  24.00
20       2   60  16.10
21       2   75  11.60
22       2   90   9.20
23       2  120   5.20
24       2  150   3.00
25       2  180   1.54
26       2  240   0.73
27       2  300   0.37
28       2  360   0.19
29       3   10 154.00
30       3   15  94.00
31       3   20  84.00
32       3   30  56.00
33       3   45  37.10
34       3   60  28.90
35       3   75  25.50
36       3   90  20.00
37       3  120  12.40
38       3  150   8.30
39       3  180   4.50
40       3  240   3.40
41       3  300   1.70
42       3  360   1.19
43       4   10 181.00
44       4   15 119.00
45       4   20  84.30
46       4   30  56.10
47       4   45  39.80
48       4   60  23.30
49       4   75  22.70
50       4   90  13.00
51       4  120   8.00
52       4  150   2.40
53       4  180   1.60
54       4  240   1.10
55       4  300   0.48
56       4  360   0.29
57       5   10 253.00
58       5   15 176.00
59       5   20 150.00
60       5   30  90.30
61       5   45  69.60
62       5   60  42.50
63       5   75  30.60
64       5   90  19.60
65       5  120  13.80
66       5  150  11.40
67       5  180   6.30
68       5  240   3.80
69       5  300   1.55
70       5  360   1.22
71       6   10 140.00
72       6   15 120.00
73       6   20 106.00
74       6   30  60.40
75       6   45  60.90
76       6   60  42.20
77       6   75  26.80
78       6   90  22.00
79       6  120  14.50
80       6  150   8.80
81       6  180   6.00
82       6  240   3.00
83       6  300   1.30
84       6  360   1.03
[1] "nlme"
[1] "Dialyzer"
[1] "High-Flux Hemodialyzer"
Grouped Data: rate ~ pressure | Subject
    Subject  QB pressure   rate index
1         1 200    0.240  0.645     1
2         1 200    0.505 20.115     2
3         1 200    0.995 38.460     3
4         1 200    1.485 44.985     4
5         1 200    2.020 51.765     5
6         1 200    2.495 46.575     6
7         1 200    2.970 40.815     7
8         2 200    0.240  3.720     1
9         2 200    0.540 18.885     2
10        2 200    0.995 34.695     3
11        2 200    1.475 40.305     4
12        2 200    2.000 44.475     5
13        2 200    2.500 42.435     6
14        2 200    3.010 44.655     7
15        3 200    0.245  2.985     1
16        3 200    0.480 17.700     2
17        3 200    1.010 35.295     3
18        3 200    1.505 41.955     4
19        3 200    2.000 47.610     5
20        3 200    2.515 44.730     6
21        3 200    2.970 46.035     7
22        4 200    0.255  3.930     1
23        4 200    0.495 19.830     2
24        4 200    0.995 40.425     3
25        4 200    1.480 52.260     4
26        4 200    1.995 49.395     5
27        4 200    2.490 45.975     6
28        4 200    3.030 41.910     7
29        5 200    0.255  3.210     1
30        5 200    0.515 17.700     2
31        5 200    1.000 32.490     3
32        5 200    1.505 42.330     4
33        5 200    2.020 45.735     5
34        5 200    2.490 47.850     6
35        5 200    3.010 48.045     7
36        6 200    0.260  3.660     1
37        6 200    0.500 16.950     2
38        6 200    1.020 36.090     3
39        6 200    1.490 42.630     4
40        6 200    1.990 46.470     5
41        6 200    2.480 46.275     6
42        6 200    2.995 43.980     7
43        7 200    0.305  9.825     1
44        7 200    0.505 21.630     2
45        7 200    0.980 42.270     3
46        7 200    1.505 50.280     4
47        7 200    2.005 45.510     5
48        7 200    2.505 44.250     6
49        7 200    2.990 42.300     7
50        8 200    0.305  9.480     1
51        8 200    0.505 21.750     2
52        8 200    0.995 37.230     3
53        8 200    1.500 44.430     4
54        8 200    1.990 42.165     5
55        8 200    2.480 43.065     6
56        8 200    3.000 36.615     7
57        9 200    0.250  1.560     1
58        9 200    0.495 16.650     2
59        9 200    1.000 34.530     3
60        9 200    1.500 43.815     4
61        9 200    1.965 48.495     5
62        9 200    2.485 47.520     6
63        9 200    2.980 41.640     7
64       10 200    0.235  1.230     1
65       10 200    0.505 15.375     2
66       10 200    1.020 32.835     3
67       10 200    1.475 37.830     4
68       10 200    1.970 40.590     5
69       10 200    2.480 32.550     6
70       10 200    3.000 34.305     7
71       11 300    0.255  3.885     1
72       11 300    0.500 19.155     2
73       11 300    0.980 37.650     3
74       11 300    1.490 47.895     4
75       11 300    2.015 54.495     5
76       11 300    2.510 53.175     6
77       11 300    2.980 59.355     7
78       12 300    0.280  5.715     1
79       12 300    0.505 20.505     2
80       12 300    1.000 39.405     3
81       12 300    1.490 50.100     4
82       12 300    2.000 55.155     5
83       12 300    2.505 61.185     6
84       12 300    3.020 50.715     7
85       13 300    0.355 10.410     1
86       13 300    0.480 19.320     2
87       13 300    1.025 43.770     3
88       13 300    1.500 51.225     4
89       13 300    1.990 58.095     5
90       13 300    2.500 54.090     6
91       13 300    3.005 62.010     7
92       14 300    0.235  3.600     1
93       14 300    0.480 20.490     2
94       14 300    1.010 41.880     3
95       14 300    1.490 49.995     4
96       14 300    1.990 57.675     5
97       14 300    2.480 62.475     6
98       14 300    3.005 62.145     7
99       15 300    0.260  1.890     1
100      15 300    0.515 18.510     2
101      15 300    0.970 37.215     3
102      15 300    1.505 52.350     4
103      15 300    1.990 60.915     5
104      15 300    2.500 62.985     6
105      15 300    2.995 64.770     7
106      16 300    0.235  1.170     1
107      16 300    0.485 17.685     2
108      16 300    1.025 39.705     3
109      16 300    1.515 52.680     4
110      16 300    1.990 61.800     5
111      16 300    2.510 61.485     6
112      16 300    3.020 61.425     7
113      17 300    0.285  1.500     1
114      17 300    0.520 15.405     2
115      17 300    1.005 32.520     3
116      17 300    1.500 42.435     4
117      17 300    1.985 48.570     5
118      17 300    2.490 53.685     6
119      17 300    2.995 53.655     7
120      18 300    0.295  6.420     1
121      18 300    0.515 20.250     2
122      18 300    1.010 43.050     3
123      18 300    1.480 58.110     4
124      18 300    2.000 61.995     5
125      18 300    2.480 60.915     6
126      18 300    3.005 63.600     7
127      19 300    0.290  4.050     1
128      19 300    0.495 16.590     2
129      19 300    1.015 40.515     3
130      19 300    1.520 52.845     4
131      19 300    2.020 60.435     5
132      19 300    2.500 64.830     6
133      19 300    2.975 63.825     7
134      20 300    0.400 10.935     1
135      20 300    0.470 13.470     2
136      20 300    1.010 35.355     3
137      20 300    1.515 45.345     4
138      20 300    1.980 49.440     5
139      20 300    2.510 53.625     6
140      20 300    3.000 56.430     7
[1] "nlme"
[1] "Earthquake"
[1] "Earthquake Intensity"
Grouped Data: accel ~ distance | Quake
    Quake Richter distance soil accel
132    20     5.0      7.5    1 0.264
133    20     5.0      8.8    1 0.263
134    20     5.0      8.9    1 0.230
135    20     5.0      9.4    1 0.147
136    20     5.0      9.7    1 0.286
137    20     5.0      9.7    1 0.157
138    20     5.0     10.5    1 0.237
139    20     5.0     10.5    1 0.133
140    20     5.0     12.0    1 0.055
141    20     5.0     12.2    1 0.097
142    20     5.0     12.8    1 0.129
143    20     5.0     14.6    1 0.192
144    20     5.0     14.9    1 0.147
145    20     5.0     17.6    1 0.154
146    20     5.0     23.9    1 0.060
147    20     5.0     25.0    1 0.057
77     16     5.1      2.9    1 0.210
78     16     5.1      3.2    1 0.390
79     16     5.1      7.6    1 0.280
69     14     5.2     17.0    0 0.011
70     14     5.2      8.0    1 0.120
71     14     5.2     10.0    1 0.170
72     14     5.2     10.0    1 0.140
12      3     5.3      8.0    0 0.127
35      8     5.3     19.0    0 0.086
36      8     5.3     21.0    0 0.179
37      8     5.3     13.0    1 0.205
38      8     5.3     22.0    1 0.073
39      8     5.3     29.0    1 0.045
62     10     5.3     31.0    1 0.030
165    23     5.3      5.8    1 0.123
166    23     5.3     12.0    1 0.133
167    23     5.3     12.1    1 0.073
168    23     5.3     20.5    1 0.097
169    23     5.3     20.5    1 0.096
170    23     5.3     25.3    1 0.230
171    23     5.3     35.9    1 0.082
172    23     5.3     36.1    1 0.110
173    23     5.3     36.3    1 0.110
174    23     5.3     38.5    1 0.094
175    23     5.3     41.4    1 0.040
176    23     5.3     43.6    1 0.050
177    23     5.3     44.4    1 0.022
178    23     5.3     46.1    1 0.070
179    23     5.3     47.1    1 0.080
180    23     5.3     47.7    1 0.033
181    23     5.3     49.2    1 0.017
182    23     5.3     53.1    1 0.022
155    22     5.5      4.0    1 0.259
156    22     5.5     10.1    1 0.267
157    22     5.5     11.1    1 0.071
158    22     5.5     17.7    1 0.275
159    22     5.5     22.5    1 0.058
160    22     5.5     26.5    1 0.026
161    22     5.5     29.0    1 0.039
162    22     5.5     30.9    1 0.112
163    22     5.5     37.8    1 0.065
164    22     5.5     48.3    1 0.026
33      6     5.6     62.0    1 0.005
67     13     5.6     50.0    0 0.031
68     13     5.6     16.0    1 0.130
34      7     5.7     62.0    1 0.003
83     18     5.8      1.2    0 0.420
84     18     5.8      1.6    0 0.230
85     18     5.8      9.1    0 0.130
86     18     5.8      3.7    1 0.260
87     18     5.8      5.3    1 0.270
88     18     5.8      7.4    1 0.260
89     18     5.8     17.9    1 0.110
90     18     5.8     19.2    1 0.120
91     18     5.8     23.4    1 0.038
92     18     5.8     30.0    1 0.044
93     18     5.8     38.9    1 0.046
148    21     5.8     10.8    1 0.120
149    21     5.8     15.7    1 0.154
150    21     5.8     16.7    1 0.052
151    21     5.8     20.8    1 0.045
152    21     5.8     28.5    1 0.086
153    21     5.8     33.1    1 0.056
154    21     5.8     40.3    1 0.065
73     15     6.0      8.0    0 0.110
74     15     6.0     32.0    0 0.040
75     15     6.0     30.0    1 0.070
76     15     6.0     31.0    1 0.080
13      4     6.1     16.1    0 0.411
14      4     6.1     63.6    0 0.018
15      4     6.1      6.6    1 0.509
16      4     6.1      9.3    1 0.467
17      4     6.1     13.0    1 0.279
18      4     6.1     17.3    1 0.072
19      4     6.1    105.0    1 0.012
20      4     6.1    112.0    1 0.006
21      4     6.1    123.0    1 0.003
66     12     6.2      5.0    1 0.390
94     19     6.5     23.5    0 0.170
95     19     6.5     26.0    0 0.210
96     19     6.5      0.5    1 0.320
97     19     6.5      0.6    1 0.520
98     19     6.5      1.3    1 0.720
99     19     6.5      1.4    1 0.320
100    19     6.5      2.6    1 0.810
101    19     6.5      3.8    1 0.640
102    19     6.5      4.0    1 0.560
103    19     6.5      5.1    1 0.510
104    19     6.5      6.2    1 0.400
105    19     6.5      6.8    1 0.610
106    19     6.5      7.5    1 0.260
107    19     6.5      7.6    1 0.240
108    19     6.5      8.4    1 0.460
109    19     6.5      8.5    1 0.220
110    19     6.5      8.5    1 0.230
111    19     6.5     10.6    1 0.280
112    19     6.5     12.6    1 0.380
113    19     6.5     12.7    1 0.270
114    19     6.5     12.9    1 0.310
115    19     6.5     14.0    1 0.200
116    19     6.5     15.0    1 0.110
117    19     6.5     16.0    1 0.430
118    19     6.5     17.7    1 0.270
119    19     6.5     18.0    1 0.150
120    19     6.5     22.0    1 0.150
121    19     6.5     22.0    1 0.150
122    19     6.5     23.0    1 0.130
123    19     6.5     23.2    1 0.190
124    19     6.5     29.0    1 0.130
125    19     6.5     32.0    1 0.066
126    19     6.5     32.7    1 0.350
127    19     6.5     36.0    1 0.100
128    19     6.5     43.5    1 0.160
129    19     6.5     49.0    1 0.140
130    19     6.5     60.0    1 0.049
131    19     6.5     64.0    1 0.034
22      5     6.6    105.0    0 0.018
23      5     6.6    122.0    0 0.048
24      5     6.6    141.0    0 0.011
25      5     6.6    200.0    0 0.007
26      5     6.6     45.0    1 0.142
27      5     6.6    130.0    1 0.031
28      5     6.6    147.0    1 0.006
29      5     6.6    187.0    1 0.010
30      5     6.6    197.0    1 0.010
31      5     6.6    203.0    1 0.006
32      5     6.6    211.0    1 0.013
40      9     6.6     17.0    0 0.374
41      9     6.6     19.6    0 0.200
42      9     6.6     20.2    0 0.147
43      9     6.6     21.1    0 0.188
44      9     6.6     21.9    0 0.204
45      9     6.6     24.2    0 0.335
46      9     6.6     66.0    0 0.057
47      9     6.6     87.0    0 0.021
48      9     6.6     23.4    1 0.152
49      9     6.6     24.6    1 0.217
50      9     6.6     25.7    1 0.114
51      9     6.6     28.6    1 0.150
52      9     6.6     37.4    1 0.148
53      9     6.6     46.7    1 0.112
54      9     6.6     56.9    1 0.043
55      9     6.6     60.7    1 0.057
56      9     6.6     61.4    1 0.030
57      9     6.6     62.0    1 0.027
58      9     6.6     64.0    1 0.028
59      9     6.6     82.0    1 0.034
60      9     6.6     88.0    1 0.030
61      9     6.6     91.0    1 0.039
1       1     7.0     12.0    1 0.359
2       2     7.4    148.0    0 0.014
3       2     7.4     42.0    1 0.196
4       2     7.4     85.0    1 0.135
5       2     7.4    107.0    1 0.062
6       2     7.4    109.0    1 0.054
7       2     7.4    156.0    1 0.014
8       2     7.4    224.0    1 0.018
9       2     7.4    293.0    1 0.010
10      2     7.4    359.0    1 0.004
11      2     7.4    370.0    1 0.004
80     17     7.6     25.4    1 0.160
81     17     7.6     32.9    1 0.064
82     17     7.6     92.2    1 0.090
63     11     7.7     45.0    0 0.110
64     11     7.7    145.0    0 0.010
65     11     7.7    300.0    1 0.010
[1] "nlme"
[1] "Fatigue"
[1] "Cracks caused by metal fatigue"
Grouped Data: relLength ~ cycles | Path
    Path cycles relLength
1      1   0.00  1.000000
2      1   0.01  1.055556
3      1   0.02  1.111111
4      1   0.03  1.166667
5      1   0.04  1.244444
6      1   0.05  1.322222
7      1   0.06  1.411111
8      1   0.07  1.500000
9      1   0.08  1.644444
10     1   0.09  1.822222
11     2   0.00  1.000000
12     2   0.01  1.044444
13     2   0.02  1.088889
14     2   0.03  1.144444
15     2   0.04  1.200000
16     2   0.05  1.266667
17     2   0.06  1.344444
18     2   0.07  1.422222
19     2   0.08  1.522222
20     2   0.09  1.633333
21     2   0.10  1.777778
22     3   0.00  1.000000
23     3   0.01  1.044444
24     3   0.02  1.088889
25     3   0.03  1.144444
26     3   0.04  1.200000
27     3   0.05  1.255556
28     3   0.06  1.322222
29     3   0.07  1.400000
30     3   0.08  1.500000
31     3   0.09  1.622222
32     3   0.10  1.755556
33     3   0.11  1.966667
34     4   0.00  1.000000
35     4   0.01  1.044444
36     4   0.02  1.088889
37     4   0.03  1.144444
38     4   0.04  1.188889
39     4   0.05  1.244444
40     4   0.06  1.322222
41     4   0.07  1.388889
42     4   0.08  1.488889
43     4   0.09  1.588889
44     4   0.10  1.722222
45     4   0.11  1.922222
46     5   0.00  1.000000
47     5   0.01  1.044444
48     5   0.02  1.088889
49     5   0.03  1.144444
50     5   0.04  1.188889
51     5   0.05  1.244444
52     5   0.06  1.322222
53     5   0.07  1.377778
54     5   0.08  1.488889
55     5   0.09  1.588889
56     5   0.10  1.722222
57     5   0.11  1.900000
58     6   0.00  1.000000
59     6   0.01  1.044444
60     6   0.02  1.088889
61     6   0.03  1.144444
62     6   0.04  1.188889
63     6   0.05  1.244444
64     6   0.06  1.311111
65     6   0.07  1.366667
66     6   0.08  1.477778
67     6   0.09  1.566667
68     6   0.10  1.677778
69     6   0.11  1.866667
70     7   0.00  1.000000
71     7   0.01  1.044444
72     7   0.02  1.088889
73     7   0.03  1.133333
74     7   0.04  1.188889
75     7   0.05  1.233333
76     7   0.06  1.300000
77     7   0.07  1.366667
78     7   0.08  1.466667
79     7   0.09  1.566667
80     7   0.10  1.688889
81     7   0.11  1.844444
82     8   0.00  1.000000
83     8   0.01  1.033333
84     8   0.02  1.077778
85     8   0.03  1.111111
86     8   0.04  1.177778
87     8   0.05  1.233333
88     8   0.06  1.300000
89     8   0.07  1.366667
90     8   0.08  1.444444
91     8   0.09  1.544444
92     8   0.10  1.655556
93     8   0.11  1.800000
94     9   0.00  1.000000
95     9   0.01  1.022222
96     9   0.02  1.077778
97     9   0.03  1.122222
98     9   0.04  1.166667
99     9   0.05  1.211111
100    9   0.06  1.277778
101    9   0.07  1.344444
102    9   0.08  1.422222
103    9   0.09  1.511111
104    9   0.10  1.600000
105    9   0.11  1.722222
106    9   0.12  1.911111
107   10   0.00  1.000000
108   10   0.01  1.022222
109   10   0.02  1.066667
110   10   0.03  1.111111
111   10   0.04  1.155556
112   10   0.05  1.200000
113   10   0.06  1.255556
114   10   0.07  1.322222
115   10   0.08  1.400000
116   10   0.09  1.488889
117   10   0.10  1.577778
118   10   0.11  1.688889
119   10   0.12  1.855556
120   11   0.00  1.000000
121   11   0.01  1.033333
122   11   0.02  1.066667
123   11   0.03  1.111111
124   11   0.04  1.155556
125   11   0.05  1.200000
126   11   0.06  1.255556
127   11   0.07  1.311111
128   11   0.08  1.377778
129   11   0.09  1.455556
130   11   0.10  1.544444
131   11   0.11  1.655556
132   11   0.12  1.833333
133   12   0.00  1.000000
134   12   0.01  1.033333
135   12   0.02  1.077778
136   12   0.03  1.111111
137   12   0.04  1.144444
138   12   0.05  1.188889
139   12   0.06  1.222222
140   12   0.07  1.288889
141   12   0.08  1.355556
142   12   0.09  1.433333
143   12   0.10  1.522222
144   12   0.11  1.644444
145   12   0.12  1.822222
146   13   0.00  1.000000
147   13   0.01  1.022222
148   13   0.02  1.077778
149   13   0.03  1.100000
150   13   0.04  1.144444
151   13   0.05  1.177778
152   13   0.06  1.222222
153   13   0.07  1.266667
154   13   0.08  1.333333
155   13   0.09  1.400000
156   13   0.10  1.455556
157   13   0.11  1.555556
158   13   0.12  1.688889
159   14   0.00