Aaron Taudt
| Snapshot Date: 2019-04-12 17:01:30 -0400 (Fri, 12 Apr 2019) |
| URL: https://git.bioconductor.org/packages/AneuFinder |
| Branch: RELEASE_3_8 |
| Last Commit: 56578ae |
| Last Changed Date: 2019-01-04 13:19:03 -0400 (Fri, 04 Jan 2019) |
| Back to Multiple platform build/check report for BioC 3.8 |
|
This page was generated on 2019-04-13 11:26:30 -0400 (Sat, 13 Apr 2019).
| Package 49/1649 | Hostname | OS / Arch | INSTALL | BUILD | CHECK | BUILD BIN | ||||||
| AneuFinder 1.10.2 Aaron Taudt
| malbec1 | Linux (Ubuntu 16.04.6 LTS) / x86_64 | OK | OK | OK | | ||||||
| tokay1 | Windows Server 2012 R2 Standard / x64 | OK | OK | [ OK ] | OK | | ||||||
| merida1 | OS X 10.11.6 El Capitan / x86_64 | OK | OK | OK | OK | |
| Package: AneuFinder |
| Version: 1.10.2 |
| Command: C:\Users\biocbuild\bbs-3.8-bioc\R\bin\R.exe CMD check --force-multiarch --install=check:AneuFinder.install-out.txt --library=C:\Users\biocbuild\bbs-3.8-bioc\R\library --no-vignettes --timings AneuFinder_1.10.2.tar.gz |
| StartedAt: 2019-04-13 00:29:02 -0400 (Sat, 13 Apr 2019) |
| EndedAt: 2019-04-13 00:48:57 -0400 (Sat, 13 Apr 2019) |
| EllapsedTime: 1194.6 seconds |
| RetCode: 0 |
| Status: OK |
| CheckDir: AneuFinder.Rcheck |
| Warnings: 0 |
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### Running command:
###
### C:\Users\biocbuild\bbs-3.8-bioc\R\bin\R.exe CMD check --force-multiarch --install=check:AneuFinder.install-out.txt --library=C:\Users\biocbuild\bbs-3.8-bioc\R\library --no-vignettes --timings AneuFinder_1.10.2.tar.gz
###
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* using log directory 'C:/Users/biocbuild/bbs-3.8-bioc/meat/AneuFinder.Rcheck'
* using R version 3.5.3 (2019-03-11)
* using platform: x86_64-w64-mingw32 (64-bit)
* using session charset: ISO8859-1
* using option '--no-vignettes'
* checking for file 'AneuFinder/DESCRIPTION' ... OK
* checking extension type ... Package
* this is package 'AneuFinder' version '1.10.2'
* checking package namespace information ... OK
* checking package dependencies ...Warning: unable to access index for repository https://CRAN.R-project.org/src/contrib:
cannot open URL 'https://CRAN.R-project.org/src/contrib/PACKAGES'
OK
* checking if this is a source package ... OK
* checking if there is a namespace ... OK
* checking for hidden files and directories ... OK
* checking for portable file names ... OK
* checking whether package 'AneuFinder' can be installed ... OK
* checking installed package size ... OK
* checking package directory ... OK
* checking 'build' 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
* loading checks for arch 'i386'
** 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
* loading checks for arch 'x64'
** 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 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 ... NOTE
Aneufinder: multiple local function definitions for 'parallel.helper'
with different formal arguments
* 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 line endings in C/C++/Fortran sources/headers ... OK
* checking compiled code ... NOTE
Note: information on .o files for i386 is not available
Note: information on .o files for x64 is not available
File 'C:/Users/biocbuild/bbs-3.8-bioc/R/library/AneuFinder/libs/i386/AneuFinder.dll':
Found 'abort', possibly from 'abort' (C), 'runtime' (Fortran)
Found 'exit', possibly from 'exit' (C), 'stop' (Fortran)
Found 'printf', possibly from 'printf' (C)
Compiled code should not call entry points which might terminate R nor
write to stdout/stderr instead of to the console, nor use Fortran I/O
nor system RNGs. The detected symbols are linked into the code but
might come from libraries and not actually be called.
See 'Writing portable packages' in the 'Writing R Extensions' manual.
* checking files in 'vignettes' ... OK
* checking examples ...
** running examples for arch 'i386' ... OK
Examples with CPU or elapsed time > 5s
user system elapsed
simulateReads 100.67 3.07 103.88
correctGC 74.43 3.20 82.20
refineBreakpoints 49.50 1.16 52.17
heatmapAneuploidies 36.89 0.06 37.24
plotHeterogeneity 25.37 0.11 25.49
heatmapGenomewideClusters 21.02 0.08 21.12
heatmapGenomewide 20.18 0.06 20.34
karyotypeMeasures 20.13 0.07 20.21
annotateBreakpoints 13.26 0.64 16.09
getBreakpoints 10.00 0.27 12.12
consensusSegments 6.97 0.00 6.97
getSCEcoordinates 5.30 0.39 6.47
variableWidthBins 5.28 0.03 6.31
** running examples for arch 'x64' ... OK
Examples with CPU or elapsed time > 5s
user system elapsed
simulateReads 92.53 3.66 96.21
correctGC 64.23 2.81 67.86
refineBreakpoints 52.46 0.47 54.62
heatmapAneuploidies 34.70 0.05 34.77
plotHeterogeneity 28.20 0.14 28.35
heatmapGenomewideClusters 26.41 0.22 26.64
karyotypeMeasures 22.77 0.03 22.79
heatmapGenomewide 19.53 0.01 19.59
annotateBreakpoints 12.88 0.53 15.16
getBreakpoints 9.97 0.15 11.64
consensusSegments 7.84 0.00 7.84
subsetByCNVprofile 5.89 0.02 5.90
findCNVs 4.37 0.41 5.84
getSCEcoordinates 4.56 0.06 5.84
findCNVs.strandseq 4.28 0.23 5.42
variableWidthBins 4.31 0.03 5.13
* checking for unstated dependencies in 'tests' ... OK
* checking tests ...
** running tests for arch 'i386' ...
Running 'testthat.R'
OK
** running tests for arch 'x64' ...
Running 'testthat.R'
OK
* checking for unstated dependencies in vignettes ... OK
* checking package vignettes in 'inst/doc' ... OK
* checking running R code from vignettes ... SKIPPED
* checking re-building of vignette outputs ... SKIPPED
* checking PDF version of manual ... OK
* DONE
Status: 2 NOTEs
See
'C:/Users/biocbuild/bbs-3.8-bioc/meat/AneuFinder.Rcheck/00check.log'
for details.
AneuFinder.Rcheck/00install.out
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###
### Running command:
###
### C:\cygwin\bin\curl.exe -O https://malbec1.bioconductor.org/BBS/3.8/bioc/src/contrib/AneuFinder_1.10.2.tar.gz && rm -rf AneuFinder.buildbin-libdir && mkdir AneuFinder.buildbin-libdir && C:\Users\biocbuild\bbs-3.8-bioc\R\bin\R.exe CMD INSTALL --merge-multiarch --build --library=AneuFinder.buildbin-libdir AneuFinder_1.10.2.tar.gz && C:\Users\biocbuild\bbs-3.8-bioc\R\bin\R.exe CMD INSTALL AneuFinder_1.10.2.zip && rm AneuFinder_1.10.2.tar.gz AneuFinder_1.10.2.zip
###
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% Total % Received % Xferd Average Speed Time Time Time Current
Dload Upload Total Spent Left Speed
0 0 0 0 0 0 0 0 --:--:-- --:--:-- --:--:-- 0
0 186k 0 0 0 0 0 0 --:--:-- --:--:-- --:--:-- 0
100 186k 100 186k 0 0 1594k 0 --:--:-- --:--:-- --:--:-- 1637k
install for i386
* installing *source* package 'AneuFinder' ...
** libs
C:/Rtools/mingw_32/bin/g++ -I"C:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/include" -DNDEBUG -I"C:/extsoft/include" -O2 -Wall -mtune=generic -c R_interface.cpp -o R_interface.o
C:/Rtools/mingw_32/bin/g++ -I"C:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/include" -DNDEBUG -I"C:/extsoft/include" -O2 -Wall -mtune=generic -c densities.cpp -o densities.o
C:/Rtools/mingw_32/bin/g++ -I"C:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/include" -DNDEBUG -I"C:/extsoft/include" -O2 -Wall -mtune=generic -c init.cpp -o init.o
C:/Rtools/mingw_32/bin/g++ -I"C:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/include" -DNDEBUG -I"C:/extsoft/include" -O2 -Wall -mtune=generic -c loghmm.cpp -o loghmm.o
loghmm.cpp:320:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
loghmm.cpp:480:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
loghmm.cpp:518:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
loghmm.cpp:583:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
C:/Rtools/mingw_32/bin/g++ -I"C:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/include" -DNDEBUG -I"C:/extsoft/include" -O2 -Wall -mtune=generic -c scalehmm.cpp -o scalehmm.o
scalehmm.cpp:384:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
scalehmm.cpp:400:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
scalehmm.cpp:694:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
scalehmm.cpp:732:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
scalehmm.cpp:791:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
C:/Rtools/mingw_32/bin/g++ -I"C:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/include" -DNDEBUG -I"C:/extsoft/include" -O2 -Wall -mtune=generic -c utility.cpp -o utility.o
C:/Rtools/mingw_32/bin/g++ -shared -s -static-libgcc -o AneuFinder.dll tmp.def R_interface.o densities.o init.o loghmm.o scalehmm.o utility.o -LC:/extsoft/lib/i386 -LC:/extsoft/lib -LC:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/bin/i386 -lR
installing to C:/Users/biocbuild/bbs-3.8-bioc/meat/AneuFinder.buildbin-libdir/AneuFinder/libs/i386
** R
** inst
** byte-compile and prepare package for lazy loading
** help
*** installing help indices
converting help for package 'AneuFinder'
finding HTML links ... done
AneuFinder-package html
Aneufinder html
finding level-2 HTML links ... done
DNAcopy.findCNVs html
HMM.findCNVs html
aneuBiHMM html
aneuHMM html
annotateBreakpoints html
bam2GRanges html
bed2GRanges html
bi.edivisive.findCNVs html
biDNAcopy.findCNVs html
biHMM.findCNVs html
binReads html
binned.data html
binning html
blacklist html
clusterByQuality html
clusterHMMs html
collapseBins html
colors html
compareMethods html
compareModels html
consensusSegments html
correctGC html
edivisive.findCNVs html
estimateComplexity html
export html
filterSegments html
findCNVs html
findCNVs.strandseq html
findHotspots html
fixedWidthBins html
getBreakpoints html
getDistinctColors html
getQC html
getSCEcoordinates html
heatmapAneuploidies html
heatmapGenomewide html
heatmapGenomewideClusters html
hotspotter html
hotspotter.variable html
importBed html
initializeStates html
karyotypeMeasures html
loadFromFiles html
mergeStrandseqFiles html
plot.GRanges html
plot.GRangesList html
plot.aneuBiHMM html
plot.aneuHMM html
plot.character html
plotHeterogeneity html
plotHistogram html
plotKaryogram html
plotProfile html
plot_pca html
print.aneuBiHMM html
print.aneuHMM html
qualityControl html
readConfig html
refineBreakpoints html
simulateReads html
subsetByCNVprofile html
transCoord html
variableWidthBins html
writeConfig html
zinbinom html
** building package indices
** installing vignettes
** testing if installed package can be loaded
In R CMD INSTALL
install for x64
* installing *source* package 'AneuFinder' ...
** libs
C:/Rtools/mingw_64/bin/g++ -I"C:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/include" -DNDEBUG -I"C:/extsoft/include" -O2 -Wall -mtune=generic -c R_interface.cpp -o R_interface.o
C:/Rtools/mingw_64/bin/g++ -I"C:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/include" -DNDEBUG -I"C:/extsoft/include" -O2 -Wall -mtune=generic -c densities.cpp -o densities.o
C:/Rtools/mingw_64/bin/g++ -I"C:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/include" -DNDEBUG -I"C:/extsoft/include" -O2 -Wall -mtune=generic -c init.cpp -o init.o
C:/Rtools/mingw_64/bin/g++ -I"C:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/include" -DNDEBUG -I"C:/extsoft/include" -O2 -Wall -mtune=generic -c loghmm.cpp -o loghmm.o
loghmm.cpp:320:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
loghmm.cpp:480:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
loghmm.cpp:518:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
loghmm.cpp:583:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
C:/Rtools/mingw_64/bin/g++ -I"C:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/include" -DNDEBUG -I"C:/extsoft/include" -O2 -Wall -mtune=generic -c scalehmm.cpp -o scalehmm.o
scalehmm.cpp:384:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
scalehmm.cpp:400:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
scalehmm.cpp:694:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
scalehmm.cpp:732:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
scalehmm.cpp:791:0: warning: ignoring #pragma omp parallel [-Wunknown-pragmas]
#pragma omp parallel for
^
C:/Rtools/mingw_64/bin/g++ -I"C:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/include" -DNDEBUG -I"C:/extsoft/include" -O2 -Wall -mtune=generic -c utility.cpp -o utility.o
C:/Rtools/mingw_64/bin/g++ -shared -s -static-libgcc -o AneuFinder.dll tmp.def R_interface.o densities.o init.o loghmm.o scalehmm.o utility.o -LC:/extsoft/lib/x64 -LC:/extsoft/lib -LC:/Users/BIOCBU˜1/BBS-3˜1.8-B/R/bin/x64 -lR
installing to C:/Users/biocbuild/bbs-3.8-bioc/meat/AneuFinder.buildbin-libdir/AneuFinder/libs/x64
** testing if installed package can be loaded
* MD5 sums
packaged installation of 'AneuFinder' as AneuFinder_1.10.2.zip
* DONE (AneuFinder)
In R CMD INSTALL
In R CMD INSTALL
* installing to library 'C:/Users/biocbuild/bbs-3.8-bioc/R/library'
package 'AneuFinder' successfully unpacked and MD5 sums checked
In R CMD INSTALL
|
AneuFinder.Rcheck/tests_i386/testthat.Rout
R version 3.5.3 (2019-03-11) -- "Great Truth"
Copyright (C) 2019 The R Foundation for Statistical Computing
Platform: i386-w64-mingw32/i386 (32-bit)
R is free software and comes with ABSOLUTELY NO WARRANTY.
You are welcome to redistribute it under certain conditions.
Type 'license()' or 'licence()' for distribution details.
R is a collaborative project with many contributors.
Type 'contributors()' for more information and
'citation()' on how to cite R or R packages in publications.
Type 'demo()' for some demos, 'help()' for on-line help, or
'help.start()' for an HTML browser interface to help.
Type 'q()' to quit R.
> library(testthat)
> library(AneuFinder)
Loading required package: GenomicRanges
Loading required package: stats4
Loading required package: BiocGenerics
Loading required package: parallel
Attaching package: 'BiocGenerics'
The following objects are masked from 'package:parallel':
clusterApply, clusterApplyLB, clusterCall, clusterEvalQ,
clusterExport, clusterMap, parApply, parCapply, parLapply,
parLapplyLB, parRapply, parSapply, parSapplyLB
The following objects are masked from 'package:stats':
IQR, mad, sd, var, xtabs
The following objects are masked from 'package:base':
Filter, Find, Map, Position, Reduce, anyDuplicated, append,
as.data.frame, basename, cbind, colMeans, colSums, colnames,
dirname, do.call, duplicated, eval, evalq, get, grep, grepl,
intersect, is.unsorted, lapply, lengths, mapply, match, mget,
order, paste, pmax, pmax.int, pmin, pmin.int, rank, rbind,
rowMeans, rowSums, rownames, sapply, setdiff, sort, table, tapply,
union, unique, unsplit, which, which.max, which.min
Loading required package: S4Vectors
Attaching package: 'S4Vectors'
The following object is masked from 'package:base':
expand.grid
Loading required package: IRanges
Attaching package: 'IRanges'
The following object is masked from 'package:grDevices':
windows
Loading required package: GenomeInfoDb
Loading required package: cowplot
Loading required package: ggplot2
Attaching package: 'cowplot'
The following object is masked from 'package:ggplot2':
ggsave
Loading required package: AneuFinderData
Please visit https://github.com/ataudt/aneufinder for the latest bugfixes and features.
>
> test_check("AneuFinder")
number of states = 11
number of bins = 6183
maximum number of iterations = 1000
maximum running time = none
epsilon = 0.1
data mean = 58.8193, data variance = 486.587
Iteration log(P) dlog(P) Diff in posterior Time in sec
0 -inf - - 0
1 -24789.866771 inf 6183.000000 0
2 -23822.331670 967.535101 601.762712 0
3 -23761.771285 60.560384 131.281549 0
4 -23745.235666 16.535619 119.461404 0
5 -23738.238770 6.996896 63.831344 0
6 -23735.137871 3.100899 48.587399 0
7 -23733.451273 1.686598 29.803499 0
8 -23732.421572 1.029701 21.580983 0
9 -23731.674903 0.746669 14.186707 0
10 -23731.069920 0.604983 9.975381 1
11 -23730.527674 0.542246 7.021040 1
12 -23730.007090 0.520584 4.942881 1
13 -23729.480035 0.527055 3.803030 1
14 -23728.932681 0.547354 2.653912 1
15 -23728.372455 0.560226 2.141742 1
16 -23727.839017 0.533439 1.244299 1
17 -23727.367012 0.472005 1.109390 1
18 -23726.947097 0.419914 0.529456 1
19 -23726.552750 0.394348 0.602730 1
Iteration log(P) dlog(P) Diff in posterior Time in sec
20 -23726.169459 0.383291 0.302116 1
21 -23725.791510 0.377949 0.389827 1
22 -23725.416462 0.375048 0.244787 1
23 -23725.043233 0.373229 0.307572 1
24 -23724.671334 0.371899 0.240956 1
25 -23724.300551 0.370783 0.275223 1
26 -23723.930786 0.369765 0.245508 1
27 -23723.561998 0.368789 0.262164 1
28 -23723.194164 0.367834 0.248735 1
29 -23722.827276 0.366888 0.256570 1
30 -23722.461329 0.365947 0.250428 1
31 -23722.096319 0.365010 0.254042 1
32 -23721.732244 0.364076 0.251213 1
33 -23721.369100 0.363144 0.252844 1
34 -23721.006885 0.362214 0.251549 1
35 -23720.645598 0.361287 0.252622 1
36 -23720.285236 0.360362 0.252383 1
37 -23719.925796 0.359440 0.253123 1
38 -23719.567277 0.358519 0.253290 1
39 -23719.209677 0.357600 0.254027 1
Iteration log(P) dlog(P) Diff in posterior Time in sec
40 -23718.852994 0.356683 0.254590 1
41 -23718.497228 0.355766 0.255400 1
42 -23718.142378 0.354850 0.256151 1
43 -23717.788445 0.353933 0.257145 1
44 -23717.435431 0.353014 0.258100 1
45 -23717.083339 0.352092 0.259094 1
46 -23716.732173 0.351166 0.260034 1
47 -23716.381938 0.350235 0.260935 1
48 -23716.032640 0.349298 0.261735 1
49 -23715.684287 0.348353 0.262424 1
50 -23715.336886 0.347401 0.262956 1
51 -23714.990445 0.346441 0.263312 1
52 -23714.644972 0.345473 0.263463 1
53 -23714.300474 0.344498 0.263396 1
54 -23713.956958 0.343516 0.263103 1
55 -23713.614428 0.342530 0.262584 1
56 -23713.272887 0.341540 0.261849 1
57 -23712.932339 0.340548 0.260917 1
58 -23712.592783 0.339556 0.259810 1
59 -23712.254217 0.338565 0.258559 1
Iteration log(P) dlog(P) Diff in posterior Time in sec
60 -23711.916641 0.337576 0.257196 1
61 -23711.580050 0.336591 0.255754 1
62 -23711.244442 0.335609 0.254264 1
63 -23710.909811 0.334631 0.252755 2
64 -23710.576153 0.333657 0.251252 2
65 -23710.243465 0.332688 0.249777 2
66 -23709.911743 0.331722 0.248349 2
67 -23709.580982 0.330761 0.247090 2
68 -23709.251180 0.329802 0.245906 2
69 -23708.922334 0.328846 0.244786 2
70 -23708.594441 0.327893 0.243757 2
71 -23708.267498 0.326942 0.242885 2
72 -23707.941505 0.325993 0.242069 2
73 -23707.616459 0.325046 0.241304 2
74 -23707.292358 0.324101 0.240590 2
75 -23706.969202 0.323156 0.239921 2
76 -23706.646989 0.322213 0.239394 2
77 -23706.325719 0.321271 0.239012 2
78 -23706.005389 0.320329 0.238641 2
79 -23705.686000 0.319389 0.238282 2
Iteration log(P) dlog(P) Diff in posterior Time in sec
80 -23705.367551 0.318449 0.237931 2
81 -23705.050040 0.317511 0.237592 2
82 -23704.733468 0.316573 0.237265 2
83 -23704.417832 0.315635 0.236943 2
84 -23704.103134 0.314699 0.236626 2
85 -23703.789371 0.313763 0.236312 2
86 -23703.476543 0.312828 0.236001 2
87 -23703.164650 0.311893 0.235693 2
88 -23702.853691 0.310959 0.235387 2
89 -23702.543664 0.310026 0.235083 2
90 -23702.234570 0.309094 0.234781 2
91 -23701.926408 0.308163 0.234480 2
92 -23701.619176 0.307232 0.234179 2
93 -23701.312874 0.306302 0.233879 2
94 -23701.007502 0.305372 0.233580 2
95 -23700.703059 0.304444 0.233281 2
96 -23700.399543 0.303516 0.232982 2
97 -23700.096954 0.302589 0.232683 2
98 -23699.795291 0.301663 0.232384 2
99 -23699.494554 0.300737 0.232086 2
Iteration log(P) dlog(P) Diff in posterior Time in sec
100 -23699.194741 0.299813 0.231789 2
101 -23698.895853 0.298889 0.231491 2
102 -23698.597887 0.297966 0.231193 2
103 -23698.300843 0.297044 0.230895 2
104 -23698.004721 0.296122 0.230596 2
105 -23697.709519 0.295202 0.230296 2
106 -23697.415236 0.294282 0.229997 2
107 -23697.121873 0.293364 0.229697 2
108 -23696.829427 0.292446 0.229396 2
109 -23696.537897 0.291529 0.229095 2
110 -23696.247284 0.290613 0.228793 2
111 -23695.957586 0.289698 0.228491 2
112 -23695.668802 0.288784 0.228189 2
113 -23695.380931 0.287871 0.227886 2
114 -23695.093972 0.286959 0.227582 2
115 -23694.807925 0.286047 0.227278 2
116 -23694.522788 0.285137 0.226973 2
117 -23694.238560 0.284228 0.226668 2
118 -23693.955240 0.283320 0.226362 2
119 -23693.672828 0.282412 0.226056 2
Iteration log(P) dlog(P) Diff in posterior Time in sec
120 -23693.391322 0.281506 0.225749 2
121 -23693.110721 0.280601 0.225443 2
122 -23692.831025 0.279696 0.225136 2
123 -23692.552232 0.278793 0.224828 2
124 -23692.274340 0.277891 0.224520 2
125 -23691.997350 0.276990 0.224212 2
126 -23691.721261 0.276090 0.223903 2
127 -23691.446070 0.275191 0.223593 2
128 -23691.171777 0.274293 0.223283 2
129 -23690.898380 0.273396 0.222972 2
130 -23690.625880 0.272501 0.222661 2
131 -23690.354274 0.271606 0.222349 3
132 -23690.083561 0.270713 0.222037 3
133 -23689.813741 0.269820 0.221724 3
134 -23689.544812 0.268929 0.221411 3
135 -23689.276773 0.268039 0.221097 3
136 -23689.009623 0.267150 0.220783 3
137 -23688.743361 0.266262 0.220469 3
138 -23688.477985 0.265376 0.220154 3
139 -23688.213495 0.264490 0.219838 3
Iteration log(P) dlog(P) Diff in posterior Time in sec
140 -23687.949889 0.263606 0.219522 3
141 -23687.687165 0.262723 0.219206 3
142 -23687.425324 0.261841 0.218889 3
143 -23687.164363 0.260961 0.218571 3
144 -23686.904282 0.260081 0.218253 3
145 -23686.645079 0.259203 0.217935 3
146 -23686.386752 0.258326 0.217616 3
147 -23686.129301 0.257451 0.217297 3
148 -23685.872725 0.256576 0.216977 3
149 -23685.617022 0.255703 0.216657 3
150 -23685.362190 0.254831 0.216336 3
151 -23685.108229 0.253961 0.216015 3
152 -23684.855137 0.253092 0.215694 3
153 -23684.602914 0.252224 0.215372 3
154 -23684.351557 0.251357 0.215049 3
155 -23684.101065 0.250492 0.214727 3
156 -23683.851437 0.249628 0.214403 3
157 -23683.602672 0.248765 0.214080 3
158 -23683.354769 0.247904 0.213756 3
159 -23683.107725 0.247044 0.213432 3
Iteration log(P) dlog(P) Diff in posterior Time in sec
160 -23682.861540 0.246185 0.213107 3
161 -23682.616213 0.245328 0.212782 3
162 -23682.371741 0.244472 0.212456 3
163 -23682.128124 0.243617 0.212131 3
164 -23681.885360 0.242764 0.211806 3
165 -23681.643448 0.241912 0.211480 3
166 -23681.402387 0.241062 0.211154 3
167 -23681.162174 0.240213 0.210828 3
168 -23680.922809 0.239365 0.210502 3
169 -23680.684291 0.238519 0.210175 3
170 -23680.446617 0.237674 0.209848 3
171 -23680.209786 0.236831 0.209520 3
172 -23679.973797 0.235989 0.209192 3
173 -23679.738649 0.235148 0.208864 3
174 -23679.504339 0.234309 0.208536 3
175 -23679.270868 0.233472 0.208207 3
176 -23679.038232 0.232636 0.207878 3
177 -23678.806431 0.231801 0.207548 3
178 -23678.575463 0.230968 0.207219 3
179 -23678.345326 0.230136 0.206889 3
Iteration log(P) dlog(P) Diff in posterior Time in sec
180 -23678.116020 0.229306 0.206559 3
181 -23677.887543 0.228478 0.206228 3
182 -23677.659892 0.227650 0.205897 3
183 -23677.433067 0.226825 0.205566 3
184 -23677.207067 0.226001 0.205235 3
185 -23676.981889 0.225178 0.204903 3
186 -23676.757532 0.224357 0.204571 3
187 -23676.533994 0.223537 0.204239 3
188 -23676.311275 0.222719 0.203906 3
189 -23676.089372 0.221903 0.203574 3
190 -23675.868284 0.221088 0.203241 3
191 -23675.648009 0.220275 0.202907 3
192 -23675.428546 0.219463 0.202574 3
193 -23675.209893 0.218653 0.202240 3
194 -23674.992049 0.217844 0.201906 3
195 -23674.775012 0.217037 0.201572 3
196 -23674.558781 0.216232 0.201237 3
197 -23674.343353 0.215428 0.200902 3
198 -23674.128727 0.214626 0.200567 3
199 -23673.914902 0.213825 0.200232 3
Iteration log(P) dlog(P) Diff in posterior Time in sec
200 -23673.701877 0.213026 0.199897 3
201 -23673.489648 0.212228 0.199562 3
202 -23673.278216 0.211433 0.199226 3
203 -23673.067577 0.210638 0.198890 3
204 -23672.857731 0.209846 0.198554 3
205 -23672.648676 0.209055 0.198218 3
206 -23672.440411 0.208266 0.197882 3
207 -23672.232933 0.207478 0.197545 3
208 -23672.026241 0.206692 0.197208 3
209 -23671.820333 0.205908 0.196871 3
210 -23671.615208 0.205125 0.196534 3
211 -23671.410864 0.204344 0.196198 3
212 -23671.207299 0.203565 0.195861 3
213 -23671.004512 0.202787 0.195525 3
214 -23670.802501 0.202011 0.195188 3
215 -23670.601265 0.201237 0.194851 3
216 -23670.400800 0.200464 0.194514 3
217 -23670.201107 0.199693 0.194176 3
218 -23670.002183 0.198924 0.193839 3
219 -23669.804027 0.198156 0.193501 3
Iteration log(P) dlog(P) Diff in posterior Time in sec
220 -23669.606636 0.197391 0.193163 4
221 -23669.410010 0.196627 0.192826 4
222 -23669.214145 0.195864 0.192488 4
223 -23669.019042 0.195104 0.192149 4
224 -23668.824697 0.194345 0.191811 4
225 -23668.631110 0.193587 0.191473 4
226 -23668.438278 0.192832 0.191134 4
227 -23668.246200 0.192078 0.190795 4
228 -23668.054874 0.191326 0.190456 4
229 -23667.864298 0.190576 0.190118 4
230 -23667.674471 0.189827 0.189779 4
231 -23667.485390 0.189081 0.189439 4
232 -23667.297055 0.188336 0.189100 4
233 -23667.109462 0.187592 0.188761 4
234 -23666.922612 0.186851 0.188421 4
235 -23666.736501 0.186111 0.188082 4
236 -23666.551128 0.185373 0.187744 4
237 -23666.366491 0.184637 0.187405 4
238 -23666.182588 0.183902 0.187066 4
239 -23665.999419 0.183170 0.186727 4
Iteration log(P) dlog(P) Diff in posterior Time in sec
240 -23665.816980 0.182439 0.186388 4
241 -23665.635270 0.181710 0.186049 4
242 -23665.454288 0.180982 0.185710 4
243 -23665.274031 0.180257 0.185370 4
244 -23665.094498 0.179533 0.185031 4
245 -23664.915686 0.178811 0.184692 4
246 -23664.737595 0.178091 0.184352 4
247 -23664.560223 0.177373 0.184013 4
248 -23664.383566 0.176656 0.183674 4
249 -23664.207625 0.175942 0.183335 4
250 -23664.032396 0.175229 0.182996 4
251 -23663.857879 0.174517 0.182657 4
252 -23663.684071 0.173808 0.182318 4
253 -23663.510970 0.173101 0.181979 4
254 -23663.338575 0.172395 0.181641 4
255 -23663.166884 0.171691 0.181302 4
256 -23662.995894 0.170989 0.180963 4
257 -23662.825605 0.170289 0.180624 4
258 -23662.656015 0.169591 0.180285 4
259 -23662.487121 0.168894 0.179946 4
Iteration log(P) dlog(P) Diff in posterior Time in sec
260 -23662.318921 0.168199 0.179607 4
261 -23662.151414 0.167507 0.179268 4
262 -23661.984599 0.166816 0.178929 4
263 -23661.818473 0.166126 0.178590 4
264 -23661.653034 0.165439 0.178251 4
265 -23661.488280 0.164754 0.177912 4
266 -23661.324210 0.164070 0.177573 4
267 -23661.160822 0.163388 0.177234 4
268 -23660.998114 0.162708 0.176895 4
269 -23660.836084 0.162030 0.176556 4
270 -23660.674730 0.161354 0.176217 4
271 -23660.514051 0.160679 0.175879 4
272 -23660.354044 0.160007 0.175540 4
273 -23660.194708 0.159336 0.175202 4
274 -23660.036041 0.158667 0.174864 4
275 -23659.878041 0.158000 0.174526 4
276 -23659.720706 0.157335 0.174188 4
277 -23659.564034 0.156672 0.173851 4
278 -23659.408024 0.156010 0.173513 4
279 -23659.252673 0.155351 0.173175 4
Iteration log(P) dlog(P) Diff in posterior Time in sec
280 -23659.097980 0.154693 0.172838 4
281 -23658.943943 0.154037 0.172500 4
282 -23658.790560 0.153383 0.172162 4
283 -23658.637828 0.152731 0.171825 4
284 -23658.485747 0.152081 0.171488 4
285 -23658.334315 0.151433 0.171150 4
286 -23658.183528 0.150786 0.170813 4
287 -23658.033387 0.150142 0.170476 4
288 -23657.883888 0.149499 0.170139 4
289 -23657.735030 0.148858 0.169802 4
290 -23657.586811 0.148219 0.169465 4
291 -23657.439229 0.147582 0.169128 4
292 -23657.292283 0.146947 0.168792 4
293 -23657.145969 0.146313 0.168455 4
294 -23657.000288 0.145682 0.168119 4
295 -23656.855235 0.145052 0.167783 4
296 -23656.710811 0.144424 0.167447 4
297 -23656.567013 0.143798 0.167111 4
298 -23656.423838 0.143174 0.166775 4
299 -23656.281286 0.142552 0.166439 4
Iteration log(P) dlog(P) Diff in posterior Time in sec
300 -23656.139354 0.141932 0.166104 4
301 -23655.998040 0.141314 0.165768 4
302 -23655.857343 0.140697 0.165433 4
303 -23655.717260 0.140083 0.165098 4
304 -23655.577790 0.139470 0.164763 4
305 -23655.438931 0.138859 0.164428 4
306 -23655.300681 0.138250 0.164094 4
307 -23655.163038 0.137643 0.163759 4
308 -23655.026000 0.137038 0.163425 4
309 -23654.889566 0.136434 0.163091 4
310 -23654.753733 0.135833 0.162757 4
311 -23654.618500 0.135233 0.162423 4
312 -23654.483864 0.134635 0.162089 5
313 -23654.349825 0.134040 0.161755 5
314 -23654.216379 0.133446 0.161422 5
315 -23654.083526 0.132854 0.161089 5
316 -23653.951262 0.132263 0.160756 5
317 -23653.819587 0.131675 0.160423 5
318 -23653.688499 0.131088 0.160090 5
319 -23653.557995 0.130504 0.159757 5
Iteration log(P) dlog(P) Diff in posterior Time in sec
320 -23653.428074 0.129921 0.159425 5
321 -23653.298734 0.129340 0.159092 5
322 -23653.169973 0.128761 0.158760 5
323 -23653.041789 0.128184 0.158428 5
324 -23652.914180 0.127609 0.158097 5
325 -23652.787145 0.127035 0.157765 5
326 -23652.660681 0.126464 0.157434 5
327 -23652.534787 0.125894 0.157103 5
328 -23652.409461 0.125326 0.156771 5
329 -23652.284700 0.124760 0.156441 5
330 -23652.160504 0.124196 0.156110 5
331 -23652.036870 0.123634 0.155780 5
332 -23651.913797 0.123074 0.155452 5
333 -23651.791282 0.122515 0.155124 5
334 -23651.669323 0.121958 0.154796 5
335 -23651.547920 0.121404 0.154469 5
336 -23651.427069 0.120851 0.154142 5
337 -23651.306769 0.120300 0.153815 5
338 -23651.187019 0.119750 0.153488 5
339 -23651.067816 0.119203 0.153161 5
Iteration log(P) dlog(P) Diff in posterior Time in sec
340 -23650.949159 0.118657 0.152835 5
341 -23650.831045 0.118114 0.152509 5
342 -23650.713473 0.117572 0.152183 5
343 -23650.596442 0.117032 0.151857 5
344 -23650.479948 0.116494 0.151534 5
345 -23650.363991 0.115957 0.151210 5
346 -23650.248568 0.115423 0.150887 5
347 -23650.133678 0.114890 0.150564 5
348 -23650.019319 0.114359 0.150242 5
349 -23649.905488 0.113830 0.149919 5
350 -23649.792185 0.113303 0.149597 5
351 -23649.679407 0.112778 0.149275 5
352 -23649.567153 0.112254 0.148953 5
353 -23649.455420 0.111733 0.148632 5
354 -23649.344207 0.111213 0.148310 5
355 -23649.233512 0.110695 0.147989 5
356 -23649.123334 0.110179 0.147668 5
357 -23649.013670 0.109664 0.147348 5
358 -23648.904518 0.109152 0.147027 5
359 -23648.795877 0.108641 0.146707 5
Iteration log(P) dlog(P) Diff in posterior Time in sec
360 -23648.687745 0.108132 0.146387 5
361 -23648.580120 0.107625 0.146067 5
362 -23648.473000 0.107120 0.145748 5
363 -23648.366384 0.106616 0.145429 5
364 -23648.260270 0.106114 0.145110 5
365 -23648.154656 0.105614 0.144791 5
366 -23648.049539 0.105116 0.144473 5
367 -23647.944919 0.104620 0.144154 5
368 -23647.840794 0.104126 0.143836 5
369 -23647.737161 0.103633 0.143519 5
370 -23647.634019 0.103142 0.143201 5
371 -23647.531366 0.102653 0.142884 5
372 -23647.429201 0.102165 0.142567 5
373 -23647.327521 0.101680 0.142251 5
374 -23647.226325 0.101196 0.141934 5
375 -23647.125611 0.100714 0.141618 5
376 -23647.025378 0.100234 0.141302 5
377 -23646.925622 0.099755 0.140986 5
Convergence reached!
number of states = 12
number of bins = 6183
maximum number of iterations = 1000
maximum running time = none
epsilon = 0.1
data mean = 58.8193, data variance = 486.587
Iteration log(P) dlog(P) Diff in posterior Time in sec
0 -inf - - 0
1 -24380.580428 inf 6183.000000 0
2 -23357.275929 1023.304498 686.821642 0
3 -23260.421975 96.853955 172.471538 0
4 -23232.483517 27.938458 143.506687 0
5 -23222.142294 10.341223 76.049323 0
6 -23217.735527 4.406767 58.626866 0
7 -23215.521320 2.214207 35.912568 0
8 -23214.276947 1.244373 27.484487 0
9 -23213.395549 0.881398 18.765222 0
10 -23212.605307 0.790242 15.594210 0
11 -23211.762729 0.842578 12.269888 0
12 -23210.839848 0.922881 11.279480 0
13 -23209.921053 0.918795 9.624877 0
14 -23209.118734 0.802320 8.968506 0
15 -23208.463874 0.654860 7.927086 0
16 -23207.924958 0.538916 7.683630 0
17 -23207.463600 0.461358 7.238144 0
18 -23207.046263 0.417337 7.327465 0
19 -23206.646001 0.400262 7.466156 0
Iteration log(P) dlog(P) Diff in posterior Time in sec
20 -23206.242687 0.403315 7.882758 0
21 -23205.828261 0.414426 8.254388 0
22 -23205.414415 0.413846 8.474710 0
23 -23205.032476 0.381939 8.244365 0
24 -23204.714716 0.317760 7.544341 0
25 -23204.473698 0.241018 6.506549 0
26 -23204.300805 0.172894 5.379661 0
27 -23204.178183 0.122622 4.308309 0
28 -23204.088739 0.089444 3.383929 1
Convergence reached!
number of states = 11
number of bins = 5442
maximum number of iterations = 1000
maximum running time = none
epsilon = 0.1
data mean = 63.9717, data variance = 1059.32
Iteration log(P) dlog(P) Diff in posterior Time in sec
0 -inf - - 0
1 -21177.150641 inf 5442.000000 0
2 -20711.054012 466.096629 390.505270 0
3 -20693.275989 17.778024 85.372131 0
4 -20690.239855 3.036134 33.071291 0
5 -20689.163935 1.075919 26.872093 0
6 -20688.762950 0.400986 12.127422 0
7 -20688.580230 0.182719 8.966009 0
8 -20688.472739 0.107491 4.304038 0
9 -20688.396085 0.076655 3.087959 0
Convergence reached!
number of states = 12
number of bins = 5442
maximum number of iterations = 1000
maximum running time = none
epsilon = 0.1
data mean = 63.9717, data variance = 1059.32
Iteration log(P) dlog(P) Diff in posterior Time in sec
0 -inf - - 0
1 -20778.885904 inf 5442.000000 0
2 -20214.840926 564.044978 503.589244 0
3 -20185.942950 28.897975 137.261825 0
4 -20179.925587 6.017363 51.421390 0
5 -20177.170587 2.755000 36.836764 0
6 -20175.645594 1.524994 18.722502 0
7 -20174.658989 0.986605 13.124839 0
8 -20173.895734 0.763255 11.327572 0
9 -20173.167941 0.727793 9.948167 0
10 -20172.282987 0.884954 11.162019 0
11 -20170.984261 1.298726 12.412190 0
12 -20169.145246 1.839014 14.930161 0
13 -20166.835634 2.309613 16.942694 0
14 -20163.895031 2.940602 18.691149 0
15 -20160.410970 3.484061 18.008358 0
16 -20157.717749 2.693221 14.496841 0
17 -20156.213293 1.504456 10.220281 0
18 -20155.444668 0.768625 7.026993 0
19 -20155.094478 0.350190 4.771865 0
Iteration log(P) dlog(P) Diff in posterior Time in sec
20 -20154.925350 0.169128 3.076403 0
21 -20154.827513 0.097837 1.932927 0
Convergence reached!
== testthat results ===========================================================
OK: 12 SKIPPED: 0 FAILED: 0
>
> proc.time()
user system elapsed
14.89 0.51 15.40
|
AneuFinder.Rcheck/tests_x64/testthat.Rout
R version 3.5.3 (2019-03-11) -- "Great Truth"
Copyright (C) 2019 The R Foundation for Statistical Computing
Platform: x86_64-w64-mingw32/x64 (64-bit)
R is free software and comes with ABSOLUTELY NO WARRANTY.
You are welcome to redistribute it under certain conditions.
Type 'license()' or 'licence()' for distribution details.
R is a collaborative project with many contributors.
Type 'contributors()' for more information and
'citation()' on how to cite R or R packages in publications.
Type 'demo()' for some demos, 'help()' for on-line help, or
'help.start()' for an HTML browser interface to help.
Type 'q()' to quit R.
> library(testthat)
> library(AneuFinder)
Loading required package: GenomicRanges
Loading required package: stats4
Loading required package: BiocGenerics
Loading required package: parallel
Attaching package: 'BiocGenerics'
The following objects are masked from 'package:parallel':
clusterApply, clusterApplyLB, clusterCall, clusterEvalQ,
clusterExport, clusterMap, parApply, parCapply, parLapply,
parLapplyLB, parRapply, parSapply, parSapplyLB
The following objects are masked from 'package:stats':
IQR, mad, sd, var, xtabs
The following objects are masked from 'package:base':
Filter, Find, Map, Position, Reduce, anyDuplicated, append,
as.data.frame, basename, cbind, colMeans, colSums, colnames,
dirname, do.call, duplicated, eval, evalq, get, grep, grepl,
intersect, is.unsorted, lapply, lengths, mapply, match, mget,
order, paste, pmax, pmax.int, pmin, pmin.int, rank, rbind,
rowMeans, rowSums, rownames, sapply, setdiff, sort, table, tapply,
union, unique, unsplit, which, which.max, which.min
Loading required package: S4Vectors
Attaching package: 'S4Vectors'
The following object is masked from 'package:base':
expand.grid
Loading required package: IRanges
Attaching package: 'IRanges'
The following object is masked from 'package:grDevices':
windows
Loading required package: GenomeInfoDb
Loading required package: cowplot
Loading required package: ggplot2
Attaching package: 'cowplot'
The following object is masked from 'package:ggplot2':
ggsave
Loading required package: AneuFinderData
Please visit https://github.com/ataudt/aneufinder for the latest bugfixes and features.
>
> test_check("AneuFinder")
number of states = 11
number of bins = 6183
maximum number of iterations = 1000
maximum running time = none
epsilon = 0.1
data mean = 58.8193, data variance = 486.587
Iteration log(P) dlog(P) Diff in posterior Time in sec
0 -inf - - 0
1 -24789.866771 inf 6183.000000 0
2 -23822.331670 967.535101 601.762712 0
3 -23761.771285 60.560384 131.281549 0
4 -23745.235666 16.535619 119.461404 0
5 -23738.238770 6.996896 63.831344 0
6 -23735.137871 3.100899 48.587399 0
7 -23733.451273 1.686598 29.803499 0
8 -23732.421572 1.029701 21.580983 0
9 -23731.674903 0.746669 14.186707 0
10 -23731.069920 0.604983 9.975381 0
11 -23730.527674 0.542246 7.021040 0
12 -23730.007090 0.520584 4.942881 0
13 -23729.480035 0.527055 3.803030 0
14 -23728.932681 0.547354 2.653912 0
15 -23728.372455 0.560226 2.141742 0
16 -23727.839017 0.533439 1.244299 0
17 -23727.367012 0.472005 1.109390 0
18 -23726.947097 0.419914 0.529456 0
19 -23726.552750 0.394348 0.602730 0
Iteration log(P) dlog(P) Diff in posterior Time in sec
20 -23726.169459 0.383291 0.302116 0
21 -23725.791510 0.377949 0.389827 0
22 -23725.416462 0.375048 0.244787 0
23 -23725.043233 0.373229 0.307572 0
24 -23724.671334 0.371899 0.240956 0
25 -23724.300551 0.370783 0.275223 0
26 -23723.930786 0.369765 0.245508 0
27 -23723.561998 0.368789 0.262164 0
28 -23723.194164 0.367834 0.248735 0
29 -23722.827276 0.366888 0.256570 0
30 -23722.461329 0.365947 0.250428 0
31 -23722.096319 0.365010 0.254042 0
32 -23721.732244 0.364076 0.251213 0
33 -23721.369100 0.363144 0.252844 0
34 -23721.006885 0.362214 0.251549 0
35 -23720.645598 0.361287 0.252622 0
36 -23720.285236 0.360362 0.252383 0
37 -23719.925796 0.359440 0.253123 0
38 -23719.567277 0.358519 0.253290 0
39 -23719.209677 0.357600 0.254027 0
Iteration log(P) dlog(P) Diff in posterior Time in sec
40 -23718.852994 0.356683 0.254590 0
41 -23718.497228 0.355766 0.255400 0
42 -23718.142378 0.354850 0.256151 0
43 -23717.788445 0.353933 0.257145 0
44 -23717.435431 0.353014 0.258100 0
45 -23717.083339 0.352092 0.259094 0
46 -23716.732173 0.351166 0.260034 0
47 -23716.381938 0.350235 0.260935 0
48 -23716.032640 0.349298 0.261735 0
49 -23715.684287 0.348353 0.262424 0
50 -23715.336886 0.347401 0.262956 0
51 -23714.990445 0.346441 0.263312 0
52 -23714.644972 0.345473 0.263463 0
53 -23714.300474 0.344498 0.263396 0
54 -23713.956958 0.343516 0.263103 0
55 -23713.614428 0.342530 0.262584 0
56 -23713.272887 0.341540 0.261849 0
57 -23712.932339 0.340548 0.260917 0
58 -23712.592783 0.339556 0.259810 0
59 -23712.254217 0.338565 0.258559 0
Iteration log(P) dlog(P) Diff in posterior Time in sec
60 -23711.916641 0.337576 0.257196 0
61 -23711.580050 0.336591 0.255754 0
62 -23711.244442 0.335609 0.254264 0
63 -23710.909811 0.334631 0.252755 0
64 -23710.576153 0.333657 0.251252 0
65 -23710.243465 0.332688 0.249777 0
66 -23709.911743 0.331722 0.248349 0
67 -23709.580982 0.330761 0.247090 0
68 -23709.251180 0.329802 0.245906 0
69 -23708.922334 0.328846 0.244786 0
70 -23708.594441 0.327893 0.243757 0
71 -23708.267498 0.326942 0.242885 0
72 -23707.941505 0.325993 0.242069 0
73 -23707.616459 0.325046 0.241304 0
74 -23707.292358 0.324101 0.240590 0
75 -23706.969202 0.323156 0.239921 0
76 -23706.646989 0.322213 0.239394 0
77 -23706.325719 0.321271 0.239012 0
78 -23706.005389 0.320329 0.238641 0
79 -23705.686000 0.319389 0.238282 0
Iteration log(P) dlog(P) Diff in posterior Time in sec
80 -23705.367551 0.318449 0.237931 0
81 -23705.050040 0.317511 0.237592 0
82 -23704.733468 0.316573 0.237265 1
83 -23704.417832 0.315635 0.236943 1
84 -23704.103134 0.314699 0.236626 1
85 -23703.789371 0.313763 0.236312 1
86 -23703.476543 0.312828 0.236001 1
87 -23703.164650 0.311893 0.235693 1
88 -23702.853691 0.310959 0.235387 1
89 -23702.543664 0.310026 0.235083 1
90 -23702.234570 0.309094 0.234781 1
91 -23701.926408 0.308163 0.234480 1
92 -23701.619176 0.307232 0.234179 1
93 -23701.312874 0.306302 0.233879 1
94 -23701.007502 0.305372 0.233580 1
95 -23700.703059 0.304444 0.233281 1
96 -23700.399543 0.303516 0.232982 1
97 -23700.096954 0.302589 0.232683 1
98 -23699.795291 0.301663 0.232384 1
99 -23699.494554 0.300737 0.232086 1
Iteration log(P) dlog(P) Diff in posterior Time in sec
100 -23699.194741 0.299813 0.231789 1
101 -23698.895853 0.298889 0.231491 1
102 -23698.597887 0.297966 0.231193 1
103 -23698.300843 0.297044 0.230895 1
104 -23698.004721 0.296122 0.230596 1
105 -23697.709519 0.295202 0.230296 1
106 -23697.415236 0.294282 0.229997 1
107 -23697.121873 0.293364 0.229697 1
108 -23696.829427 0.292446 0.229396 1
109 -23696.537897 0.291529 0.229095 1
110 -23696.247284 0.290613 0.228793 1
111 -23695.957586 0.289698 0.228491 1
112 -23695.668802 0.288784 0.228189 1
113 -23695.380931 0.287871 0.227886 1
114 -23695.093972 0.286959 0.227582 1
115 -23694.807925 0.286047 0.227278 1
116 -23694.522788 0.285137 0.226973 1
117 -23694.238560 0.284228 0.226668 1
118 -23693.955240 0.283320 0.226362 1
119 -23693.672828 0.282412 0.226056 1
Iteration log(P) dlog(P) Diff in posterior Time in sec
120 -23693.391322 0.281506 0.225749 1
121 -23693.110721 0.280601 0.225443 1
122 -23692.831025 0.279696 0.225136 1
123 -23692.552232 0.278793 0.224828 1
124 -23692.274340 0.277891 0.224520 1
125 -23691.997350 0.276990 0.224212 1
126 -23691.721261 0.276090 0.223903 1
127 -23691.446070 0.275191 0.223593 1
128 -23691.171777 0.274293 0.223283 1
129 -23690.898380 0.273396 0.222972 1
130 -23690.625880 0.272501 0.222661 1
131 -23690.354274 0.271606 0.222349 1
132 -23690.083561 0.270713 0.222037 1
133 -23689.813741 0.269820 0.221724 1
134 -23689.544812 0.268929 0.221411 1
135 -23689.276773 0.268039 0.221097 1
136 -23689.009623 0.267150 0.220783 1
137 -23688.743361 0.266262 0.220469 1
138 -23688.477985 0.265376 0.220154 1
139 -23688.213495 0.264490 0.219838 1
Iteration log(P) dlog(P) Diff in posterior Time in sec
140 -23687.949889 0.263606 0.219522 1
141 -23687.687165 0.262723 0.219206 1
142 -23687.425324 0.261841 0.218889 1
143 -23687.164363 0.260961 0.218571 1
144 -23686.904282 0.260081 0.218253 1
145 -23686.645079 0.259203 0.217935 1
146 -23686.386752 0.258326 0.217616 1
147 -23686.129301 0.257451 0.217297 1
148 -23685.872725 0.256576 0.216977 1
149 -23685.617022 0.255703 0.216657 1
150 -23685.362190 0.254831 0.216336 1
151 -23685.108229 0.253961 0.216015 1
152 -23684.855137 0.253092 0.215694 1
153 -23684.602914 0.252224 0.215372 1
154 -23684.351557 0.251357 0.215049 1
155 -23684.101065 0.250492 0.214727 1
156 -23683.851437 0.249628 0.214403 1
157 -23683.602672 0.248765 0.214080 1
158 -23683.354769 0.247904 0.213756 1
159 -23683.107725 0.247044 0.213432 1
Iteration log(P) dlog(P) Diff in posterior Time in sec
160 -23682.861540 0.246185 0.213107 1
161 -23682.616213 0.245328 0.212782 1
162 -23682.371741 0.244472 0.212456 1
163 -23682.128124 0.243617 0.212131 1
164 -23681.885360 0.242764 0.211806 1
165 -23681.643448 0.241912 0.211480 1
166 -23681.402387 0.241062 0.211154 1
167 -23681.162174 0.240213 0.210828 1
168 -23680.922809 0.239365 0.210502 1
169 -23680.684291 0.238519 0.210175 1
170 -23680.446617 0.237674 0.209848 1
171 -23680.209786 0.236831 0.209520 1
172 -23679.973797 0.235989 0.209192 1
173 -23679.738649 0.235148 0.208864 1
174 -23679.504339 0.234309 0.208536 1
175 -23679.270868 0.233472 0.208207 1
176 -23679.038232 0.232636 0.207878 1
177 -23678.806431 0.231801 0.207548 1
178 -23678.575463 0.230968 0.207219 1
179 -23678.345326 0.230136 0.206889 1
Iteration log(P) dlog(P) Diff in posterior Time in sec
180 -23678.116020 0.229306 0.206559 1
181 -23677.887543 0.228478 0.206228 1
182 -23677.659892 0.227650 0.205897 1
183 -23677.433067 0.226825 0.205566 1
184 -23677.207067 0.226001 0.205235 1
185 -23676.981889 0.225178 0.204903 1
186 -23676.757532 0.224357 0.204571 1
187 -23676.533994 0.223537 0.204239 1
188 -23676.311275 0.222719 0.203906 1
189 -23676.089372 0.221903 0.203574 1
190 -23675.868284 0.221088 0.203241 1
191 -23675.648009 0.220275 0.202907 1
192 -23675.428546 0.219463 0.202574 1
193 -23675.209893 0.218653 0.202240 1
194 -23674.992049 0.217844 0.201906 1
195 -23674.775012 0.217037 0.201572 1
196 -23674.558781 0.216232 0.201237 1
197 -23674.343353 0.215428 0.200902 1
198 -23674.128727 0.214626 0.200567 1
199 -23673.914902 0.213825 0.200232 1
Iteration log(P) dlog(P) Diff in posterior Time in sec
200 -23673.701877 0.213026 0.199897 1
201 -23673.489648 0.212228 0.199562 1
202 -23673.278216 0.211433 0.199226 2
203 -23673.067577 0.210638 0.198890 2
204 -23672.857731 0.209846 0.198554 2
205 -23672.648676 0.209055 0.198218 2
206 -23672.440411 0.208266 0.197882 2
207 -23672.232933 0.207478 0.197545 2
208 -23672.026241 0.206692 0.197208 2
209 -23671.820333 0.205908 0.196871 2
210 -23671.615208 0.205125 0.196534 2
211 -23671.410864 0.204344 0.196198 2
212 -23671.207299 0.203565 0.195861 2
213 -23671.004512 0.202787 0.195525 2
214 -23670.802501 0.202011 0.195188 2
215 -23670.601265 0.201237 0.194851 2
216 -23670.400800 0.200464 0.194514 2
217 -23670.201107 0.199693 0.194176 2
218 -23670.002183 0.198924 0.193839 2
219 -23669.804027 0.198156 0.193501 2
Iteration log(P) dlog(P) Diff in posterior Time in sec
220 -23669.606636 0.197391 0.193163 2
221 -23669.410010 0.196627 0.192826 2
222 -23669.214145 0.195864 0.192488 2
223 -23669.019042 0.195104 0.192149 2
224 -23668.824697 0.194345 0.191811 2
225 -23668.631110 0.193587 0.191473 2
226 -23668.438278 0.192832 0.191134 2
227 -23668.246200 0.192078 0.190795 2
228 -23668.054874 0.191326 0.190456 2
229 -23667.864298 0.190576 0.190118 2
230 -23667.674471 0.189827 0.189779 2
231 -23667.485390 0.189081 0.189439 2
232 -23667.297055 0.188336 0.189100 2
233 -23667.109462 0.187592 0.188761 2
234 -23666.922612 0.186851 0.188421 2
235 -23666.736501 0.186111 0.188082 2
236 -23666.551128 0.185373 0.187744 2
237 -23666.366491 0.184637 0.187405 2
238 -23666.182588 0.183902 0.187066 2
239 -23665.999419 0.183170 0.186727 2
Iteration log(P) dlog(P) Diff in posterior Time in sec
240 -23665.816980 0.182439 0.186388 2
241 -23665.635270 0.181710 0.186049 2
242 -23665.454288 0.180982 0.185710 2
243 -23665.274031 0.180257 0.185370 2
244 -23665.094498 0.179533 0.185031 2
245 -23664.915686 0.178811 0.184692 2
246 -23664.737595 0.178091 0.184352 2
247 -23664.560223 0.177373 0.184013 2
248 -23664.383566 0.176656 0.183674 2
249 -23664.207625 0.175942 0.183335 2
250 -23664.032396 0.175229 0.182996 2
251 -23663.857879 0.174517 0.182657 2
252 -23663.684071 0.173808 0.182318 2
253 -23663.510970 0.173101 0.181979 2
254 -23663.338575 0.172395 0.181641 2
255 -23663.166884 0.171691 0.181302 2
256 -23662.995894 0.170989 0.180963 2
257 -23662.825605 0.170289 0.180624 2
258 -23662.656015 0.169591 0.180285 2
259 -23662.487121 0.168894 0.179946 2
Iteration log(P) dlog(P) Diff in posterior Time in sec
260 -23662.318921 0.168199 0.179607 2
261 -23662.151414 0.167507 0.179268 2
262 -23661.984599 0.166816 0.178929 2
263 -23661.818473 0.166126 0.178590 2
264 -23661.653034 0.165439 0.178251 2
265 -23661.488280 0.164754 0.177912 2
266 -23661.324210 0.164070 0.177573 2
267 -23661.160822 0.163388 0.177234 2
268 -23660.998114 0.162708 0.176895 2
269 -23660.836084 0.162030 0.176556 2
270 -23660.674730 0.161354 0.176217 2
271 -23660.514051 0.160679 0.175879 2
272 -23660.354044 0.160007 0.175540 2
273 -23660.194708 0.159336 0.175202 2
274 -23660.036041 0.158667 0.174864 2
275 -23659.878041 0.158000 0.174526 2
276 -23659.720706 0.157335 0.174188 2
277 -23659.564034 0.156672 0.173851 2
278 -23659.408024 0.156010 0.173513 2
279 -23659.252673 0.155351 0.173175 2
Iteration log(P) dlog(P) Diff in posterior Time in sec
280 -23659.097980 0.154693 0.172838 2
281 -23658.943943 0.154037 0.172500 2
282 -23658.790560 0.153383 0.172162 2
283 -23658.637828 0.152731 0.171825 2
284 -23658.485747 0.152081 0.171488 2
285 -23658.334315 0.151433 0.171150 2
286 -23658.183528 0.150786 0.170813 2
287 -23658.033387 0.150142 0.170476 2
288 -23657.883888 0.149499 0.170139 2
289 -23657.735030 0.148858 0.169802 2
290 -23657.586811 0.148219 0.169465 2
291 -23657.439229 0.147582 0.169128 2
292 -23657.292283 0.146947 0.168792 2
293 -23657.145969 0.146313 0.168455 2
294 -23657.000288 0.145682 0.168119 2
295 -23656.855235 0.145052 0.167783 2
296 -23656.710811 0.144424 0.167447 2
297 -23656.567013 0.143798 0.167111 2
298 -23656.423838 0.143174 0.166775 2
299 -23656.281286 0.142552 0.166439 2
Iteration log(P) dlog(P) Diff in posterior Time in sec
300 -23656.139354 0.141932 0.166104 2
301 -23655.998040 0.141314 0.165768 2
302 -23655.857343 0.140697 0.165433 2
303 -23655.717260 0.140083 0.165098 2
304 -23655.577790 0.139470 0.164763 2
305 -23655.438931 0.138859 0.164428 2
306 -23655.300681 0.138250 0.164094 2
307 -23655.163038 0.137643 0.163759 2
308 -23655.026000 0.137038 0.163425 2
309 -23654.889566 0.136434 0.163091 2
310 -23654.753733 0.135833 0.162757 2
311 -23654.618500 0.135233 0.162423 2
312 -23654.483864 0.134635 0.162089 2
313 -23654.349825 0.134040 0.161755 2
314 -23654.216379 0.133446 0.161422 3
315 -23654.083526 0.132854 0.161089 3
316 -23653.951262 0.132263 0.160756 3
317 -23653.819587 0.131675 0.160423 3
318 -23653.688499 0.131088 0.160090 3
319 -23653.557995 0.130504 0.159757 3
Iteration log(P) dlog(P) Diff in posterior Time in sec
320 -23653.428074 0.129921 0.159425 3
321 -23653.298734 0.129340 0.159092 3
322 -23653.169973 0.128761 0.158760 3
323 -23653.041789 0.128184 0.158428 3
324 -23652.914180 0.127609 0.158097 3
325 -23652.787145 0.127035 0.157765 3
326 -23652.660681 0.126464 0.157434 3
327 -23652.534787 0.125894 0.157103 3
328 -23652.409461 0.125326 0.156771 3
329 -23652.284700 0.124760 0.156441 3
330 -23652.160504 0.124196 0.156110 3
331 -23652.036870 0.123634 0.155780 3
332 -23651.913797 0.123074 0.155452 3
333 -23651.791282 0.122515 0.155124 3
334 -23651.669323 0.121958 0.154796 3
335 -23651.547920 0.121404 0.154469 3
336 -23651.427069 0.120851 0.154142 3
337 -23651.306769 0.120300 0.153815 3
338 -23651.187019 0.119750 0.153488 3
339 -23651.067816 0.119203 0.153161 3
Iteration log(P) dlog(P) Diff in posterior Time in sec
340 -23650.949159 0.118657 0.152835 3
341 -23650.831045 0.118114 0.152509 3
342 -23650.713473 0.117572 0.152183 3
343 -23650.596442 0.117032 0.151857 3
344 -23650.479948 0.116494 0.151534 3
345 -23650.363991 0.115957 0.151210 3
346 -23650.248568 0.115423 0.150887 3
347 -23650.133678 0.114890 0.150564 3
348 -23650.019319 0.114359 0.150242 3
349 -23649.905488 0.113830 0.149919 3
350 -23649.792185 0.113303 0.149597 3
351 -23649.679407 0.112778 0.149275 3
352 -23649.567153 0.112254 0.148953 3
353 -23649.455420 0.111733 0.148632 3
354 -23649.344207 0.111213 0.148310 3
355 -23649.233512 0.110695 0.147989 3
356 -23649.123334 0.110179 0.147668 3
357 -23649.013670 0.109664 0.147348 3
358 -23648.904518 0.109152 0.147027 3
359 -23648.795877 0.108641 0.146707 3
Iteration log(P) dlog(P) Diff in posterior Time in sec
360 -23648.687745 0.108132 0.146387 3
361 -23648.580120 0.107625 0.146067 3
362 -23648.473000 0.107120 0.145748 3
363 -23648.366384 0.106616 0.145429 3
364 -23648.260270 0.106114 0.145110 3
365 -23648.154656 0.105614 0.144791 3
366 -23648.049539 0.105116 0.144473 3
367 -23647.944919 0.104620 0.144154 3
368 -23647.840794 0.104126 0.143836 3
369 -23647.737161 0.103633 0.143519 3
370 -23647.634019 0.103142 0.143201 3
371 -23647.531366 0.102653 0.142884 3
372 -23647.429201 0.102165 0.142567 3
373 -23647.327521 0.101680 0.142251 3
374 -23647.226325 0.101196 0.141934 3
375 -23647.125611 0.100714 0.141618 3
376 -23647.025378 0.100234 0.141302 3
377 -23646.925622 0.099755 0.140986 3
Convergence reached!
number of states = 12
number of bins = 6183
maximum number of iterations = 1000
maximum running time = none
epsilon = 0.1
data mean = 58.8193, data variance = 486.587
Iteration log(P) dlog(P) Diff in posterior Time in sec
0 -inf - - 0
1 -24380.580428 inf 6183.000000 0
2 -23357.275929 1023.304498 686.821642 0
3 -23260.421975 96.853955 172.471538 0
4 -23232.483517 27.938458 143.506687 0
5 -23222.142294 10.341223 76.049323 0
6 -23217.735527 4.406767 58.626866 0
7 -23215.521320 2.214207 35.912568 0
8 -23214.276947 1.244373 27.484487 0
9 -23213.395549 0.881398 18.765222 0
10 -23212.605307 0.790242 15.594210 0
11 -23211.762729 0.842578 12.269889 0
12 -23210.839848 0.922881 11.279480 0
13 -23209.921053 0.918795 9.624877 0
14 -23209.118734 0.802320 8.968506 0
15 -23208.463874 0.654860 7.927086 0
16 -23207.924958 0.538916 7.683630 0
17 -23207.463600 0.461358 7.238144 0
18 -23207.046263 0.417337 7.327465 0
19 -23206.646001 0.400262 7.466156 0
Iteration log(P) dlog(P) Diff in posterior Time in sec
20 -23206.242687 0.403315 7.882758 0
21 -23205.828261 0.414426 8.254388 0
22 -23205.414415 0.413846 8.474710 0
23 -23205.032476 0.381939 8.244365 0
24 -23204.714716 0.317760 7.544341 0
25 -23204.473698 0.241018 6.506549 0
26 -23204.300805 0.172894 5.379661 0
27 -23204.178183 0.122622 4.308309 0
28 -23204.088739 0.089444 3.383929 0
Convergence reached!
number of states = 11
number of bins = 5442
maximum number of iterations = 1000
maximum running time = none
epsilon = 0.1
data mean = 63.9717, data variance = 1059.32
Iteration log(P) dlog(P) Diff in posterior Time in sec
0 -inf - - 0
1 -21177.150641 inf 5442.000000 0
2 -20711.054012 466.096629 390.505270 0
3 -20693.275989 17.778024 85.372131 0
4 -20690.239855 3.036134 33.071291 0
5 -20689.163935 1.075919 26.872093 0
6 -20688.762950 0.400986 12.127422 0
7 -20688.580230 0.182719 8.966009 0
8 -20688.472739 0.107491 4.304038 0
9 -20688.396085 0.076655 3.087959 0
Convergence reached!
number of states = 12
number of bins = 5442
maximum number of iterations = 1000
maximum running time = none
epsilon = 0.1
data mean = 63.9717, data variance = 1059.32
Iteration log(P) dlog(P) Diff in posterior Time in sec
0 -inf - - 0
1 -20778.885904 inf 5442.000000 0
2 -20214.840926 564.044978 503.589244 0
3 -20185.942950 28.897975 137.261825 0
4 -20179.925587 6.017363 51.421390 0
5 -20177.170587 2.755000 36.836764 0
6 -20175.645594 1.524994 18.722502 0
7 -20174.658989 0.986605 13.124839 0
8 -20173.895734 0.763255 11.327572 0
9 -20173.167941 0.727793 9.948167 0
10 -20172.282987 0.884954 11.162019 0
11 -20170.984261 1.298726 12.412190 0
12 -20169.145246 1.839014 14.930161 0
13 -20166.835634 2.309613 16.942694 0
14 -20163.895031 2.940602 18.691149 0
15 -20160.410970 3.484061 18.008358 0
16 -20157.717749 2.693221 14.496841 0
17 -20156.213293 1.504456 10.220281 0
18 -20155.444668 0.768625 7.026993 0
19 -20155.094478 0.350190 4.771865 0
Iteration log(P) dlog(P) Diff in posterior Time in sec
20 -20154.925350 0.169128 3.076403 0
21 -20154.827513 0.097837 1.932927 0
Convergence reached!
== testthat results ===========================================================
OK: 12 SKIPPED: 0 FAILED: 0
>
> proc.time()
user system elapsed
15.28 0.37 15.65
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AneuFinder.Rcheck/examples_i386/AneuFinder-Ex.timings
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AneuFinder.Rcheck/examples_x64/AneuFinder-Ex.timings
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