Running ‘testthat.R’ [174s/226s]
Running the tests in ‘tests/testthat.R’ failed.
Complete output:
  > # This file is part of the standard setup for testthat.
  > # It is recommended that you do not modify it.
  > #
  > # Where should you do additional test configuration?
  > # Learn more about the roles of various files in:
  > # * https://r-pkgs.org/testing-design.html#sec-tests-files-overview
  > # * https://testthat.r-lib.org/articles/special-files.html
  > 
  > library(testthat)
  > library(treesliceR)
  > 
  > test_check("treesliceR")
  > The 6 number of pieces inputted equals to intervals of 0.162500962068051 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.162500962068051 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.162500962068051 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.162590649091409 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.162590649091409 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.162590649091409 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0973129200004532 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0973129200004532 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0973129200004532 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.207825549983192 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.207825549983192 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.207825549983192 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0486526196050599 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0535944411364574 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.088876808886507 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.114875876677953 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.192850910319616 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.108414285465038 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.15343395848953 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0810591626885086 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.122263203242191 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0432935193990648 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.183073875905294 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.186100469187036 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.106311283933607 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.300090612150023 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0498806753023941 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.157854346151683 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0792276259929096 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.104290421583236 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0616639738716309 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0886307691386163 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.126385313432383 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.247973088851783 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.206362993033096 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.138462501241654 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.123853889191676 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.222284439761336 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0865140324863644 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0797406864683287 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.392970286987938 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.122182487975206 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.13718765075623 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0684589706404303 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0590635639881428 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0774761782927885 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.078142049544309 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.104047614145817 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.106984407992537 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0343378524158532 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.11033036286305 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.314108306972637 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.118612873638494 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.121087730575025 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.066342673369633 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.124009409901343 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0879845055094565 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0700102931771682 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0501344361789485 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.107669552648992 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.127553505944045 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.179354748579399 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.107836983068316 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0434061236845561 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0455670593077434 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.126107390910736 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0586148353013228 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0336752077849312 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0907318186404256 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0825924324047563 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0974198648156949 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0792774255686963 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0443504511345739 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0602073259156589 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0694110598778071 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0593007687028407 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0851964540525038 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0691977959061138 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.168010622771119 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0779186274232612 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0973926924157742 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0749380204038586 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.110219862652165 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.139221978500939 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0422144295927995 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.11651439589121 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0731888433829365 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0825574242788931 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0874140691961441 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0628299549889475 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.165007590712286 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0774663554874997 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.030919171169759 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0154595855848795 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0103063903899197 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00772979279243975 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0061838342339518 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.030919171169759 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0154595855848795 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0103063903899197 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00772979279243975 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0061838342339518 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.030919171169759 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0154595855848795 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0103063903899197 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00772979279243975 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0061838342339518 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.030919171169759 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0154595855848795 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0103063903899197 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00772979279243975 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0061838342339518 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0649081829907295 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0324540914953648 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0216360609969098 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0162270457476824 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0129816365981459 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0649081829907295 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0324540914953648 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0216360609969098 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0162270457476824 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0129816365981459 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0649081829907295 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0324540914953648 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0216360609969098 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0162270457476824 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0129816365981459 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0649081829907295 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0324540914953648 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0216360609969098 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0162270457476824 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0129816365981459 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0953600424767687 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0476800212383843 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0317866808255896 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0238400106191922 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0190720084953537 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0953600424767687 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0476800212383843 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0317866808255896 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0238400106191922 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0190720084953537 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0953600424767687 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0476800212383843 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0317866808255896 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0238400106191922 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0190720084953537 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0953600424767687 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0476800212383843 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0317866808255896 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0238400106191922 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0190720084953537 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0540790136446034 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0270395068223017 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0180263378815345 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0135197534111508 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0108158027289207 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0540790136446033 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0270395068223017 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0180263378815344 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0135197534111508 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0108158027289207 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0540790136446034 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0270395068223017 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0180263378815345 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0135197534111508 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0108158027289207 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0540790136446034 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0270395068223017 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0180263378815345 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0135197534111508 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0108158027289207 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0663183874271737 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0331591937135868 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0221061291423912 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0165795968567934 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0132636774854347 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0663183874271737 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0331591937135868 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0221061291423912 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0165795968567934 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0132636774854347 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0663183874271737 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0331591937135868 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0221061291423912 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0165795968567934 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0132636774854347 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0663183874271737 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0331591937135868 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0221061291423912 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0165795968567934 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0132636774854347 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.180929101292322 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0904645506461611 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.060309700430774 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0452322753230805 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0361858202584644 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.180929101292322 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0904645506461611 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.060309700430774 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0452322753230805 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0361858202584644 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.180929101292322 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0904645506461611 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.060309700430774 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0452322753230805 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0361858202584644 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.180929101292322 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0904645506461611 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.060309700430774 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0452322753230805 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0361858202584644 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0536689048741057 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0268344524370529 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0178896349580352 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0134172262185264 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0107337809748211 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0536689048741057 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0268344524370529 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0178896349580352 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0134172262185264 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0107337809748211 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0536689048741057 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0268344524370529 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0178896349580352 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0134172262185264 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0107337809748211 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0536689048741057 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0268344524370529 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0178896349580352 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0134172262185264 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0107337809748211 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.100451080390503 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0502255401952514 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.033483693463501 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0251127700976257 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0200902160781006 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.100451080390503 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0502255401952514 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.033483693463501 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0251127700976257 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0200902160781006 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.100451080390503 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0502255401952514 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.033483693463501 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0251127700976257 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0200902160781006 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.100451080390503 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0502255401952514 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.033483693463501 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0251127700976257 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0200902160781006 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0305975737088582 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0152987868544291 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0101991912362861 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00764939342721455 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00611951474177164 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.023909928639906 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.011954964319953 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00796997621330199 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00597748215997649 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00478198572798119 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0305975737088582 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0152987868544291 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0101991912362861 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00764939342721455 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00611951474177164 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0305975737088582 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0152987868544291 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0101991912362861 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00764939342721455 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00611951474177164 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0639129077706681 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.031956453885334 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0213043025902227 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.015978226942667 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0127825815541336 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0639129077706681 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.031956453885334 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0213043025902227 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.015978226942667 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0127825815541336 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0639129077706681 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.031956453885334 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0213043025902227 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.015978226942667 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0127825815541336 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0639129077706681 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.031956453885334 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0213043025902227 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.015978226942667 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0127825815541336 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0237309884142987 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0118654942071493 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00791032947143289 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00593274710357467 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00474619768285974 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0237309884142987 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0118654942071493 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00791032947143289 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00593274710357467 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00474619768285974 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0237309884142987 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0118654942071493 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00791032947143289 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00593274710357467 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00474619768285974 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0237309884142987 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0118654942071493 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00791032947143289 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00593274710357467 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00474619768285974 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0453797343391994 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0226898671695997 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0151265781130665 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0113449335847998 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00907594686783987 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0453797343391994 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0226898671695997 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0151265781130665 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0113449335847998 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00907594686783987 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0453797343391994 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0226898671695997 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0151265781130665 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0113449335847998 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00907594686783987 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0453797343391994 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0226898671695997 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0151265781130665 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0113449335847998 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00907594686783987 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0680223420578545 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0340111710289273 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0226741140192848 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0170055855144636 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0136044684115709 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0680223420578545 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0340111710289273 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0226741140192848 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0170055855144636 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0136044684115709 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0680223420578545 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0340111710289273 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0226741140192848 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0170055855144636 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0136044684115709 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0680223420578545 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0340111710289273 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0226741140192848 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0170055855144636 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0136044684115709 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0314335473343209 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0157167736671604 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0104778491114403 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00785838683358021 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00628670946686417 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0314335473343209 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0157167736671604 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0104778491114403 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00785838683358021 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00628670946686417 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0314335473343209 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0157167736671604 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0104778491114403 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00785838683358021 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00628670946686417 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0314335473343209 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0157167736671604 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0104778491114403 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00785838683358021 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00628670946686417 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0490626866362438 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0245313433181219 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0163542288787479 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.012265671659061 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00981253732724876 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0490626866362438 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0245313433181219 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0163542288787479 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.012265671659061 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00981253732724876 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0490626866362438 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0245313433181219 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0163542288787479 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.012265671659061 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00981253732724876 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0490626866362438 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0245313433181219 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0163542288787479 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.012265671659061 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00981253732724876 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0662357230115831 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0331178615057915 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0220785743371944 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0165589307528958 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0132471446023166 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0662357230115831 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0331178615057915 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0220785743371944 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0165589307528958 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0132471446023166 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0662357230115831 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0331178615057915 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0220785743371944 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0165589307528958 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0132471446023166 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0662357230115831 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0331178615057915 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0220785743371944 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0165589307528958 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0132471446023166 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0528230652733742 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0264115326366871 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0176076884244581 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0132057663183436 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0105646130546748 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0528230652733742 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0264115326366871 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0176076884244581 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0132057663183436 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0105646130546748 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0528230652733742 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0264115326366871 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0176076884244581 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0132057663183436 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0105646130546748 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0528230652733742 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0264115326366871 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0176076884244581 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0132057663183436 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0105646130546748 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0619033553498602 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0309516776749301 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0206344517832867 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.015475838837465 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.012380671069972 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0619033553498602 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0309516776749301 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0206344517832867 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.015475838837465 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.012380671069972 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0619033553498602 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0309516776749301 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0206344517832867 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.015475838837465 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.012380671069972 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0619033553498602 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0309516776749301 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0206344517832867 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.015475838837465 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.012380671069972 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.182831096574591 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0914155482872955 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.060943698858197 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0457077741436478 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0365662193149182 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.182831096574591 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0914155482872955 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.060943698858197 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0457077741436478 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0365662193149182 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.182831096574591 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0914155482872955 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.060943698858197 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0457077741436478 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0365662193149182 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.182831096574591 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0914155482872955 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.060943698858197 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0457077741436478 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0365662193149182 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0997175070391218 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0498587535195609 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0332391690130406 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0249293767597804 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0199435014078244 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0997175070391218 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0498587535195609 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0332391690130406 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0249293767597804 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0199435014078244 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0997175070391218 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0498587535195609 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0332391690130406 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0249293767597804 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0199435014078244 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0997175070391218 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0498587535195609 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0332391690130406 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0249293767597804 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0199435014078244 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0984356475859997 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0393742590343999 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0196871295171999 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0131247530114666 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00984356475859997 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.143865724274711 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0575462897098843 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0287731448549421 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0191820965699614 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0143865724274711 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.126754028708327 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0507016114833307 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0253508057416654 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0169005371611102 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0126754028708327 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0984272838532033 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0393709135412813 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0196854567706407 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0131236378470938 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00984272838532033 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.126518068879313 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0506072275517253 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0253036137758626 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0168690758505751 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0126518068879313 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0698992439310176 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.027959697572407 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0139798487862035 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00931989919080234 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00698992439310175 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0948200101805192 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0379280040722077 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0189640020361038 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0126426680240692 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00948200101805192 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.143455902351243 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0573823609404972 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0286911804702486 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0191274536468324 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0143455902351243 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.257091205896002 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.102836482358401 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0514182411792003 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0342788274528002 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0257091205896002 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.170721835102327 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0682887340409308 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0341443670204654 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0227629113469769 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0170721835102327 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.248961490700934 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0995845962803734 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0497922981401867 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0331948654267911 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0248961490700934 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.220982908321328 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0883931633285312 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0441965816642656 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0294643877761771 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0220982908321328 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.390143727909779 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.156057491163911 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0780287455819557 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0520191637213038 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0390143727909779 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.111290623677825 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0445162494711301 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.022258124735565 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.01483874982371 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0111290623677825 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.173473749717434 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0693894998869734 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0346947499434867 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0231298332956578 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0173473749717434 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0834604902681394 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0333841961072558 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0166920980536279 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0111280653690853 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00834604902681394 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.392536124854585 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.157014449941834 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0785072249709169 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0523381499806113 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0392536124854585 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.253491828030277 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.101396731212111 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0506983656060553 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0337989104040369 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0253491828030277 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.117923336588735 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0471693346354939 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.023584667317747 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0157231115451646 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0117923336588735 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.253440180692562 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.101376072277025 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0506880361385124 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0337920240923416 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0253440180692562 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0955718991657195 million of years.
  
  > The 42 number of pieces inputted equals to intervals of 0.0372827339909256 million of years.
  
  > The 44 number of pieces inputted equals to intervals of 0.0470215811806293 million of years.
  
  > The 22 number of pieces inputted equals to intervals of 0.114539887490148 million of years.
  
  > The 48 number of pieces inputted equals to intervals of 0.0554985553190791 million of years.
  
  > The 23 number of pieces inputted equals to intervals of 0.0654232469007751 million of years.
  
  > The 21 number of pieces inputted equals to intervals of 0.0688028294966893 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0236465059185407 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.187194215570846 million of years.
  
  > The 35 number of pieces inputted equals to intervals of 0.0295978535762869 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.281313742704975 million of years.
  
  > The 32 number of pieces inputted equals to intervals of 0.0511680274095093 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.256274558783811 million of years.
  
  > The 33 number of pieces inputted equals to intervals of 0.10569099804705 million of years.
  
  > The 28 number of pieces inputted equals to intervals of 0.0348710607177889 million of years.
  
  > The 37 number of pieces inputted equals to intervals of 0.0293200567183993 million of years.
  
  > The 26 number of pieces inputted equals to intervals of 0.143630391700938 million of years.
  
  > The 34 number of pieces inputted equals to intervals of 0.0409186178508186 million of years.
  
  > The 29 number of pieces inputted equals to intervals of 0.0227918044317121 million of years.
  
  > The 46 number of pieces inputted equals to intervals of 0.0397323666822567 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.14241909431339 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.14241909431339 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.14241909431339 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.14241909431339 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.136663457217502 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.136663457217502 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.136663457217502 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.136663457217502 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.133852545297705 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.133852545297705 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.133852545297705 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.133852545297705 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0913888582575184 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0913888582575184 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0913888582575184 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0913888582575184 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.473774209302492 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.473774209302492 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.473774209302492 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.473774209302492 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.363866297614194 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.363866297614194 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.363866297614194 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.363866297614194 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0707221275367457 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0707221275367457 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0707221275367457 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0707221275367457 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.221101293060507 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.221101293060507 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.221101293060507 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.221101293060507 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0748284146210641 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0748284146210641 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0748284146210641 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0748284146210641 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.263443426920826 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.263443426920826 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.263443426920826 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.263443426920826 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.190650323167702 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.190650323167702 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.190650323167702 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.190650323167702 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.384143204786318 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.384143204786318 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.384143204786318 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.384143204786318 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.174471704243843 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.174471704243843 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.174471704243843 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.174471704243843 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.314344458355127 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.314344458355127 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.314344458355127 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.314344458355127 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.136037442611786 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.136037442611786 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.136037442611786 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.136037442611786 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.148992461483525 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.148992461483525 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.148992461483525 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.148992461483525 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.223201005099765 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.223201005099765 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.223201005099765 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.223201005099765 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.168685837770069 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.168685837770069 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.168685837770069 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.168685837770069 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 1.1716976394967 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 1.1716976394967 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 1.1716976394967 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 1.1716976394967 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.125876758918641 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.125876758918641 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.125876758918641 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.125876758918641 million of years.
  
  [ FAIL 1 | WARN 0 | SKIP 0 | PASS 1721 ]
  
  ══ Failed tests ════════════════════════════════════════════════════════════════
  ── Error ('test-CpB.R:34:5'): CpB returns the expected data frame size using any beta component ──
  Error in `{
      if (nrow(commu) >= 2 & ncol(commu) >= 2 & all(commu == 1) == 
          FALSE & all(commu == 0) == FALSE) {
          comb_commus <- t(apply(utils::combn(nrow(commu), 2), 
              2, function(x) colSums(commu[x, ]) > 0))
          species <- colnames(commu)
          commus_nodes <- apply(commu, 1, function(x) {
              present_obs <- species[x > 0]
              spps <- which(colnames(tree$node_matrix) %in% present_obs)
              if (length(spps) == 1) {
                  nodes <- as.numeric(names(which(rowSums(as.data.frame(tree$node_matrix[, 
                    spps])) > 0)))
              }
              else {
                  nodes <- as.numeric(names(which(rowSums(tree$node_matrix[, 
                    spps]) > 0)))
              }
              lines_prs <- which(tree$edge[, 1] %in% nodes & tree$edge[, 
                  2] %in% c(spps, nodes))
          })
          p_commus_nodes <- lapply(1:nrow(comb_commus), function(x) {
              present_obs <- species[comb_commus[x, ] > 0]
              spps <- which(colnames(tree$node_matrix) %in% present_obs)
              if (length(spps) == 1) {
                  nodes <- as.numeric(names(which(rowSums(as.data.frame(tree$node_matrix[, 
                    spps])) > 0)))
              }
              else {
                  nodes <- as.numeric(names(which(rowSums(tree$node_matrix[, 
                    spps]) > 0)))
              }
              lines_prs <- which(tree$edge[, 1] %in% nodes & tree$edge[, 
                  2] %in% c(spps, nodes))
          })
          pd_assemblages <- sapply(1:length(commus_nodes), function(x) {
              return(sum(tree$edge.length[commus_nodes[[x]]]))
          })
          pw_pd_assemblages <- sapply(1:length(p_commus_nodes), 
              function(x) {
                  return(sum(tree$edge.length[p_commus_nodes[[x]]]))
              })
          if (comp == "sorensen") {
              if (method == "pairwise") {
                  bc_sum <- apply(pw_pd_assemblages - t(utils::combn(pd_assemblages, 
                    2)), 1, sum)
                  a <- pw_pd_assemblages - bc_sum
                  pbd <- bc_sum/((2 * a) + bc_sum)
              }
              if (method == "multisite") {
                  t_commus_nodes <- apply(t(as.matrix(colSums(commu) > 
                    0)), 1, function(x) {
                    present_obs <- species[x > 0]
                    spps <- which(colnames(tree$node_matrix) %in% 
                      present_obs)
                    nodes <- as.numeric(names(which(rowSums(tree$node_matrix[, 
                      spps]) > 0)))
                    lines_prs <- which(tree$edge[, 1] %in% nodes & 
                      tree$edge[, 2] %in% c(spps, nodes))
                  })
                  t_pd_assemblages <- sum(tree$edge.length[t_commus_nodes])
                  bc_sum <- sum(pw_pd_assemblages - t(utils::combn(pd_assemblages, 
                    2)))
                  a <- sum(sum(pd_assemblages) - t_pd_assemblages)
                  pbd <- bc_sum/((2 * a) + bc_sum)
              }
          }
          if (comp == "sorensen") {
              CpB <- sapply(branch_pieces, function(x) {
                  pd_piece <- sapply(1:length(commus_nodes), function(y) {
                    return(sum(x$edge.length[commus_nodes[[y]]]))
                  })
                  pd_pw_piece <- sapply(1:length(p_commus_nodes), 
                    function(y) {
                      return(sum(x$edge.length[p_commus_nodes[[y]]]))
                    })
                  if (method == "pairwise") {
                    r_bc_sum <- apply(pd_pw_piece - t(utils::combn(pd_piece, 
                      2)), 1, sum)
                    r_pbd <- r_bc_sum/((2 * a) + bc_sum)
                  }
                  if (method == "multisite") {
                    r_bc_sum <- sum(pd_pw_piece - t(utils::combn(pd_piece, 
                      2)))
                    r_pbd <- r_bc_sum/((2 * a) + bc_sum)
                  }
                  return(r_pbd/pbd)
              })
          }
          if (comp == "turnover") {
              if (method == "pairwise") {
                  min_bc <- apply(pw_pd_assemblages - t(utils::combn(pd_assemblages, 
                    2)), 1, min)
                  bc_sum <- apply(pw_pd_assemblages - t(utils::combn(pd_assemblages, 
                    2)), 1, sum)
                  a <- pw_pd_assemblages - bc_sum
                  g_turn <- mean(min_bc/(a + min_bc))
                  turn <- mean(min_bc)
              }
              if (method == "multisite") {
                  t_commus_nodes <- apply(t(as.matrix(colSums(commu) > 
                    0)), 1, function(x) {
                    present_obs <- species[x > 0]
                    spps <- which(colnames(tree$node_matrix) %in% 
                      present_obs)
                    nodes <- as.numeric(names(which(rowSums(tree$node_matrix[, 
                      spps]) > 0)))
                    lines_prs <- which(tree$edge[, 1] %in% nodes & 
                      tree$edge[, 2] %in% c(spps, nodes))
                  })
                  t_pd_assemblages <- sum(tree$edge.length[t_commus_nodes])
                  bc_sum <- sum(pw_pd_assemblages - t(utils::combn(pd_assemblages, 
                    2)))
                  a <- sum(sum(pd_assemblages) - t_pd_assemblages)
                  turn <- sum(apply(pw_pd_assemblages - t(utils::combn(pd_assemblages, 
                    2)), 1, min))
                  g_turn <- turn/(a + turn)
              }
          }
          if (comp == "turnover") {
              CpB <- sapply(branch_pieces, function(x) {
                  piece <- sapply(1:length(commus_nodes), function(y) {
                    return(sum(x$edge.length[commus_nodes[[y]]]))
                  })
                  pw_piece <- sapply(1:length(p_commus_nodes), 
                    function(y) {
                      return(sum(x$edge.length[p_commus_nodes[[y]]]))
                    })
                  if (method == "pairwise") {
                    r_turn <- mean(apply(pw_piece - t(utils::combn(piece, 
                      2)), 1, min))/turn
                  }
                  if (method == "multisite") {
                    r_turn <- sum(apply(pw_piece - t(utils::combn(piece, 
                      2)), 1, min))/turn
                  }
                  return(r_turn)
              })
          }
          if (comp == "nestedness") {
              if (method == "pairwise") {
                  bc_sum <- apply(pw_pd_assemblages - t(utils::combn(pd_assemblages, 
                    2)), 1, sum)
                  a <- pw_pd_assemblages - bc_sum
                  min_bc <- apply(pw_pd_assemblages - t(utils::combn(pd_assemblages, 
                    2)), 1, min)
                  pbd <- bc_sum/((2 * a) + bc_sum)
                  turn <- min_bc/(a + min_bc)
                  nest <- mean(pbd - turn)
              }
              if (method == "multisite") {
                  t_commus_nodes <- apply(t(as.matrix(colSums(commu) > 
                    0)), 1, function(x) {
                    present_obs <- species[x > 0]
                    spps <- which(colnames(tree$node_matrix) %in% 
                      present_obs)
                    nodes <- as.numeric(names(which(rowSums(tree$node_matrix[, 
                      spps]) > 0)))
                    lines_prs <- which(tree$edge[, 1] %in% nodes & 
                      tree$edge[, 2] %in% c(spps, nodes))
                  })
                  t_pd_assemblages <- sum(tree$edge.length[t_commus_nodes])
                  bc_sum <- sum(pw_pd_assemblages - t(utils::combn(pd_assemblages, 
                    2)))
                  a <- sum(sum(pd_assemblages) - t_pd_assemblages)
                  min_bc <- sum(apply(pw_pd_assemblages - t(utils::combn(pd_assemblages, 
                    2)), 1, min))
                  pbd <- bc_sum/((2 * a) + bc_sum)
                  turn <- min_bc/(a + min_bc)
                  nest <- pbd - turn
              }
          }
          if (comp == "nestedness") {
              CpB <- sapply(branch_pieces, function(x) {
                  pd_piece <- sapply(1:length(commus_nodes), function(y) {
                    return(sum(x$edge.length[commus_nodes[[y]]]))
                  })
                  pd_pw_piece <- sapply(1:length(p_commus_nodes), 
                    function(y) {
                      return(sum(x$edge.length[p_commus_nodes[[y]]]))
                    })
                  if (method == "pairwise") {
                    r_bc_sum <- apply(pd_pw_piece - t(utils::combn(pd_piece, 
                      2)), 1, sum)
                    r_min_bc <- apply(pd_pw_piece - t(utils::combn(pd_piece, 
                      2)), 1, min)
                    r_pbd <- r_bc_sum/((2 * a) + bc_sum)
                    r_turn <- r_min_bc/(a + min_bc)
                    r_nest <- mean(r_pbd - r_turn)
                  }
                  if (method == "multisite") {
                    r_bc_sum <- sum(pd_pw_piece - t(utils::combn(pd_piece, 
                      2)))
                    r_min_bc <- sum(apply(pd_pw_piece - t(utils::combn(pd_piece, 
                      2)), 1, min))
                    r_pbd <- r_bc_sum/((2 * a) + bc_sum)
                    r_turn <- r_min_bc/(a + min_bc)
                    r_nest <- r_pbd - r_turn
                  }
                  return(r_nest/nest)
              })
          }
          if (is.na(CpB[1]) == FALSE) {
              nonlinear_cum <- stats::nls(cumsum(CpB) ~ exp(-r * 
                  age), start = list(r = 0.2), control = stats::nls.control(maxiter = 1000))
              if (comp == "sorensen") {
                  return(c(stats::coef(nonlinear_cum), pbd, ((-1) * 
                    (log(pBO/100)/stats::coef(nonlinear_cum)))))
              }
              if (comp == "turnover") {
                  return(c(stats::coef(nonlinear_cum), g_turn, 
                    ((-1) * (log(pBO/100)/stats::coef(nonlinear_cum)))))
              }
              if (comp == "nestedness") {
                  return(c(stats::coef(nonlinear_cum), nest, ((-1) * 
                    (log(pBO/100)/stats::coef(nonlinear_cum)))))
              }
          }
          else {
              return(c(NA, NA, NA))
          }
      }
      else {
          return(c(NA, NA, NA))
      }
  }`: task 8 failed - "Missing value or an infinity produced when evaluating the model"
  Backtrace:
      ▆
   1. ├─base::suppressWarnings(...) at test-CpB.R:31:3
   2. │ └─base::withCallingHandlers(...)
   3. └─treesliceR::CpB(...) at test-CpB.R:34:5
   4.   └─foreach::foreach(commu = asb, .combine = rbind) %do% ...
   5.     └─e$fun(obj, substitute(ex), parent.frame(), e$data)
  
  [ FAIL 1 | WARN 0 | SKIP 0 | PASS 1721 ]
  Error: Test failures
  Execution halted