Check results for 'trust'

using R Under development (unstable) (2013-04-22 r62639)
using platform: x86_64-unknown-linux-gnu (64-bit)
using session charset: UTF-8
checking for file ‘trust/DESCRIPTION’ ... OK
this is package ‘trust’ version ‘0.1-4’
checking package namespace information ... OK
checking package dependencies ... OK
checking if this is a source package ... OK
checking if there is a namespace ... OK
checking for executable files ... OK
checking for hidden files and directories ... OK
checking for portable file names ... OK
checking for sufficient/correct file permissions ... OK
checking whether package ‘trust’ can be installed ... OK
checking installed package size ... OK
checking package directory ... OK
checking DESCRIPTION meta-information ... OK
checking top-level files ... OK
checking for left-over files ... OK
checking index information ... OK
checking package subdirectories ... OK
checking R files for non-ASCII characters ... OK
checking R files for syntax errors ... OK
checking whether the package can be loaded ... OK
checking whether the package can be loaded with stated dependencies ... OK
checking whether the package can be unloaded cleanly ... OK
checking whether the namespace can be loaded with stated dependencies ... OK
checking whether the namespace can be unloaded cleanly ... OK
checking loading without being on the library search path ... OK
checking for unstated dependencies in R code ... OK
checking S3 generic/method consistency ... OK
checking replacement functions ... OK
checking foreign function calls ... OK
checking R code for possible problems ... OK
checking Rd files ... OK
checking Rd metadata ... OK
checking Rd cross-references ... OK
checking for missing documentation entries ... OK
checking for code/documentation mismatches ... OK
checking Rd \usage sections ... OK
checking Rd contents ... OK
checking for unstated dependencies in examples ... OK
checking sizes of PDF files under ‘inst/doc’ ... OK
checking installed files from ‘inst/doc’ ... OK
checking examples ... OK
checking for unstated dependencies in tests ... OK
checking tests ... OK
Running ‘bar.R’
Comparing ‘bar.Rout’ to ‘bar.Rout.save’ ... OK
Running ‘baz.R’
Comparing ‘baz.Rout’ to ‘baz.Rout.save’ ... OK
Running ‘foo.R’
Comparing ‘foo.Rout’ to ‘foo.Rout.save’ ...38c38
< [1] 1 1
---
> [1] 1.000000 1.000000
136c136
< [1] 1.000000e+00 2.000000e+00 3.243678e-01 3.883875e+00 1.000000e+00
---
> [1] 1.000000e-00 2.000000e+00 3.243678e-01 3.883875e+00 1.000000e+00
Running ‘fred.R’
Comparing ‘fred.Rout’ to ‘fred.Rout.save’ ...76c76
< In sample.int(x, size, replace, prob) :
---
> In sample(nrow(m), n, replace = TRUE, prob = p) :
137c137
< [1] 4.618528e-14
---
> [1] 3.28626e-14
159c159
< [1] 2.930989e-14
---
> [1] 3.28626e-14
Running ‘goo.R’
Comparing ‘goo.Rout’ to ‘goo.Rout.save’ ...31,50c31,50
< 1 easy-easy 1 -5.720631 TRUE 1
< 2 easy-easy 1 -12.044621 TRUE 2
< 3 easy-easy 1 -44.181266 TRUE 4
< 4 easy-easy 1 -99.277886 TRUE 5
< 5 easy-easy 1 -149.057629 TRUE 5
< 6 easy-easy 1 -198.986472 TRUE 5
< 7 easy-easy 1 -248.956779 TRUE 5
< 8 easy-easy 1 -298.942240 TRUE 5
< 9 easy-easy 1 -348.934295 TRUE 5
< 10 easy-easy 1 -398.929590 TRUE 5
< 11 easy-easy 1 -448.926628 TRUE 5
< 12 easy-easy 1 -498.924671 TRUE 5
< 13 easy-easy 1 -548.923761 TRUE 5
< 14 easy-easy 1 -598.921527 TRUE 5
< 15 easy-easy 1 -648.920996 TRUE 5
< 16 easy-easy 1 -698.920590 TRUE 5
< 17 easy-easy 1 -748.920276 TRUE 5
< 18 easy-easy 1 -798.920028 TRUE 5
< 19 easy-easy 1 -848.919830 TRUE 5
< 20 easy-easy 1 -898.919670 TRUE 5
---
> 1 easy-easy 1 -5.72063 TRUE 1
> 2 easy-easy 1 -12.04462 TRUE 2
> 3 easy-easy 1 -44.18127 TRUE 4
> 4 easy-easy 1 -99.27789 TRUE 5
> 5 easy-easy 1 -149.05763 TRUE 5
> 6 easy-easy 1 -198.98647 TRUE 5
> 7 easy-easy 1 -248.95678 TRUE 5
> 8 easy-easy 1 -298.94224 TRUE 5
> 9 easy-easy 1 -348.93429 TRUE 5
> 10 easy-easy 1 -398.92959 TRUE 5
> 11 easy-easy 1 -448.92663 TRUE 5
> 12 easy-easy 1 -498.92467 TRUE 5
> 13 easy-easy 1 -548.92376 TRUE 5
> 14 easy-easy 1 -598.92153 TRUE 5
> 15 easy-easy 1 -648.92100 TRUE 5
> 16 easy-easy 1 -698.92059 TRUE 5
> 17 easy-easy 1 -748.92028 TRUE 5
> 18 easy-easy 1 -798.92003 TRUE 5
> 19 easy-easy 1 -848.91983 TRUE 5
> 20 easy-easy 1 -898.91967 TRUE 5
Running ‘gred.R’
Comparing ‘gred.Rout’ to ‘gred.Rout.save’ ...76c76
< In sample.int(x, size, replace, prob) :
---
> In sample(nrow(m), n, replace = TRUE, prob = p) :
Running ‘hero.R’
Comparing ‘hero.Rout’ to ‘hero.Rout.save’ ...18,19d17
< attr(,"condition")
< <simpleError in objfun(theta, ...): bogus error in objfun>
64,65d61
< attr(,"condition")
< <simpleError in objfun(theta.try, ...): kiter reached 5>
123,124d118
< attr(,"condition")
< <simpleError in objfun(theta, ...): kiter reached 5>
Running ‘hoo.R’
Comparing ‘hoo.Rout’ to ‘hoo.Rout.save’ ...25c25
< [1] -1.078728e-10 -2.157452e-10 -3.236180e-10 -4.314904e-10 -5.393632e-10
---
> [1] -1.078699e-10 -2.157399e-10 -3.236096e-10 -4.314797e-10 -5.393499e-10
34,41c34,41
< 4 Newton -3.7556908 -4.869739e-01 FALSE 1.0000
< 5 Newton -3.7556908 -4.869739e-01 FALSE 0.2500
< 6 easy-easy 0.9704735 -2.173390e-01 TRUE 0.0625
< 7 Newton 0.4808662 -1.207193e-01 TRUE 0.1250
< 8 Newton 1.1345592 -2.842958e-02 TRUE 0.1250
< 9 Newton 1.0359755 -1.601431e-03 TRUE 0.1250
< 10 Newton 1.0021017 -5.063216e-06 TRUE 0.1250
< 11 Newton 1.0000245 -5.055832e-11 TRUE 0.1250
---
> 4 Newton -3.7556923 -4.869739e-01 FALSE 1.0000
> 5 Newton -3.7556923 -4.869739e-01 FALSE 0.2500
> 6 easy-easy 0.9704734 -2.173391e-01 TRUE 0.0625
> 7 Newton 0.4808668 -1.207191e-01 TRUE 0.1250
> 8 Newton 1.1345590 -2.842948e-02 TRUE 0.1250
> 9 Newton 1.0359753 -1.601421e-03 TRUE 0.1250
> 10 Newton 1.0021017 -5.063150e-06 TRUE 0.1250
> 11 Newton 0.9999978 -5.055701e-11 TRUE 0.1250
46c46
< [1] 0.12579
---
> [1] 0.1257900
48c48
< [1] 1.0000000 0.9999999 0.9999996
---
> [1] 1.0000000 0.9999999 1.0000005
56c56
< [1] -3.561595e-12 -7.123191e-12 -1.068656e-11 -1.424638e-11 -1.782041e-11
---
> [1] -3.518963e-12 -7.037926e-12 -1.056222e-11 -1.407585e-11 -1.760014e-11
63,76c63,76
< 2 easy-easy 0.99988968 -1.847800e+01 TRUE 0.250000
< 3 hard-easy 0.99470720 -3.651210e+01 TRUE 0.500000
< 4 easy-easy -Inf -6.257015e+01 FALSE 1.000000
< 5 easy-easy -0.04965656 -1.717315e+01 FALSE 0.250000
< 6 easy-easy 0.99853785 -4.388951e+00 TRUE 0.062500
< 7 easy-easy 0.97518694 -8.447947e+00 TRUE 0.125000
< 8 Newton -Inf -6.717856e+00 FALSE 0.250000
< 9 easy-easy -4.26392242 -3.166862e+00 FALSE 0.062500
< 10 easy-easy 0.99273694 -8.855630e-01 TRUE 0.015625
< 11 easy-easy 0.85481794 -1.444545e+00 TRUE 0.031250
< 12 Newton 0.87287500 -1.388610e-02 TRUE 0.062500
< 13 Newton 1.01813487 -3.855828e-04 TRUE 0.062500
< 14 Newton 1.00051376 -2.973089e-07 TRUE 0.062500
< 15 Newton 0.96475045 -1.767610e-13 TRUE 0.062500
---
> 2 easy-easy 0.9998897 -1.847800e+01 TRUE 0.250000
> 3 easy-easy 0.9947072 -3.651210e+01 TRUE 0.500000
> 4 easy-easy -Inf -6.257014e+01 FALSE 1.000000
> 5 easy-easy -0.3251657 -1.717315e+01 FALSE 0.250000
> 6 easy-easy 0.9985379 -4.388951e+00 TRUE 0.062500
> 7 easy-easy 0.9751869 -8.447947e+00 TRUE 0.125000
> 8 Newton -Inf -6.717855e+00 FALSE 0.250000
> 9 easy-easy -4.4815250 -3.166862e+00 FALSE 0.062500
> 10 easy-easy 0.9927369 -8.855630e-01 TRUE 0.015625
> 11 easy-easy 0.8548179 -1.444545e+00 TRUE 0.031250
> 12 Newton 0.8728750 -1.388610e-02 TRUE 0.062500
> 13 Newton 1.0181349 -3.855828e-04 TRUE 0.062500
> 14 Newton 1.0005138 -2.973090e-07 TRUE 0.062500
> 15 Newton 1.0451457 -1.767611e-13 TRUE 0.062500
Running ‘poo.R’
Comparing ‘poo.Rout’ to ‘poo.Rout.save’ ... OK
Running ‘qux.R’
Comparing ‘qux.Rout’ to ‘qux.Rout.save’ ...29c29
< [1] 0.000000e+00 -5.329071e-15
---
> [1] 0.00000e+00 -5.32907e-15
checking for unstated dependencies in vignettes ... OK
checking package vignettes in ‘inst/doc’ ... OK
checking running R code from vignettes ... OK
checking re-building of vignette PDFs ... OK
checking PDF version of manual ... OK