Running 'testthat.R' [207s]
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 14 number of pieces inputted equals to intervals of 0.293846933009201 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.293846933009201 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.293846933009201 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.157894619222258 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.157894619222258 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.157894619222258 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.464582740604703 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.464582740604703 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.464582740604703 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.195526357415281 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.195526357415281 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.195526357415281 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.165686246144959 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.171625135123525 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.127368410364848 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0683289423321762 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.153326400067685 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.165113479560122 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.302587684863751 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.200826655159184 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.22173946842969 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0884046264936912 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0293099816559611 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.100541406537017 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.16921258532747 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.11110202359652 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.133091747740172 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.116650728700103 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.148027753189923 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0766980073215604 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0823963402191611 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0770361374831589 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0998140180778877 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.173401465245909 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.117417656286784 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0593806121693934 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.0781861652306716 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.100699511641644 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0976452676891169 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.226602087056602 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0717817791489428 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0397322066376943 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.196513352061995 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0884890015328732 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.148352866009884 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0770140538252728 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.153373741905244 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.228551540311777 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.103290526569699 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.077592537785556 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.112612060008473 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.159297340708895 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.4121983469356 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.055835328751682 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.14064043262559 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0946338175646011 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.152430186214467 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0880294121141844 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0658042234024076 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.164561290318472 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.21153630331645 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.256376647428383 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.112113195430626 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.111817587161076 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.239189173244868 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.141642089185679 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.228670480422525 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0832836733276087 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.221922542827178 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.126189125723786 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.117415468235207 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.314542481123284 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.161821555556274 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0985898253943655 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.213082107836231 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0633125550567547 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0535050564256123 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.335053776244775 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.145106754131787 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.121219932170135 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0683535648647507 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0890922984989701 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0654067790949087 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.135879735238049 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0610470841511527 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0510241009943297 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.135550231770345 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.191516346370664 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0334809479702891 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.184713696438681 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0578630329242304 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0673215900983093 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0717056397796606 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0358528198898303 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0239018799265535 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0179264099449152 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0143411279559321 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0717056397796606 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0358528198898303 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0239018799265535 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0179264099449152 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0143411279559321 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0717056397796606 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0358528198898303 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0239018799265535 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0179264099449152 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0143411279559321 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0717056397796606 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0358528198898303 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0239018799265535 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0179264099449152 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0143411279559321 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.15812171502072 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0790608575103598 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0527072383402399 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0395304287551799 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0316243430041439 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.15812171502072 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0790608575103598 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0527072383402399 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0395304287551799 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0316243430041439 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.15812171502072 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0790608575103598 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0527072383402399 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0395304287551799 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0316243430041439 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.15812171502072 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0790608575103598 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0527072383402399 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0395304287551799 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0316243430041439 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0978331929682553 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0489165964841276 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0326110643227518 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0244582982420638 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0195666385936511 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0978331929682553 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0489165964841276 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0326110643227518 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0244582982420638 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0195666385936511 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0978331929682553 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0489165964841276 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0326110643227518 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0244582982420638 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0195666385936511 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0978331929682553 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0489165964841276 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0326110643227518 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0244582982420638 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0195666385936511 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0421662519180717 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0210831259590359 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0140554173060239 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0105415629795179 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00843325038361435 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0421662519180717 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0210831259590359 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0140554173060239 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0105415629795179 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00843325038361435 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0421662519180717 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0210831259590359 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0140554173060239 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0105415629795179 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00843325038361435 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0421662519180717 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0210831259590359 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0140554173060239 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0105415629795179 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00843325038361435 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0956189769277011 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0478094884638506 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0318729923092337 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0239047442319253 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0191237953855402 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0956189769277011 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0478094884638506 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0318729923092337 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0239047442319253 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0191237953855402 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0956189769277011 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0478094884638506 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0318729923092337 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0239047442319253 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0191237953855402 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0956189769277011 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0478094884638506 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0318729923092337 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0239047442319253 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0191237953855402 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0553604369892919 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.027680218494646 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0184534789964306 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.013840109247323 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0110720873978584 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0553604369892919 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.027680218494646 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0184534789964306 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.013840109247323 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0110720873978584 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0553604369892919 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.027680218494646 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0184534789964306 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.013840109247323 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0110720873978584 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0553604369892919 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.027680218494646 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0184534789964306 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.013840109247323 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0110720873978584 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0272781526551731 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0136390763275865 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00909271755172436 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00681953816379327 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00545563053103461 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0272781526551731 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0136390763275865 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00909271755172436 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00681953816379327 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00545563053103461 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0272781526551731 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0136390763275865 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00909271755172436 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00681953816379327 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00545563053103461 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0272781526551731 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0136390763275865 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00909271755172436 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00681953816379327 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00545563053103461 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0294322251348117 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0147161125674059 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00981074171160391 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00735805628370293 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00588644502696234 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0294322251348117 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0147161125674059 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00981074171160391 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00735805628370293 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00588644502696234 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0294322251348117 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0147161125674059 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00981074171160391 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00735805628370293 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00588644502696234 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0294322251348117 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0147161125674059 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00981074171160391 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00735805628370293 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00588644502696234 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.122231542794519 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0611157713972595 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.040743847598173 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0305578856986297 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0244463085589038 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.122231542794519 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0611157713972595 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.040743847598173 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0305578856986297 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0244463085589038 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.122231542794519 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0611157713972595 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.040743847598173 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0305578856986297 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0244463085589038 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.122231542794519 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0611157713972595 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.040743847598173 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0305578856986297 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0244463085589038 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0669788848435171 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0334894424217586 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.022326294947839 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0167447212108793 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0133957769687034 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0669788848435171 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0334894424217586 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.022326294947839 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0167447212108793 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0133957769687034 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0669788848435171 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0334894424217586 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.022326294947839 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0167447212108793 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0133957769687034 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0669788848435171 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0334894424217586 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.022326294947839 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0167447212108793 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0133957769687034 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.138321256493325 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0691606282466626 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0461070854977751 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0345803141233313 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.027664251298665 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.138321256493325 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0691606282466626 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0461070854977751 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0345803141233313 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.027664251298665 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.138321256493325 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0691606282466626 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0461070854977751 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0345803141233313 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.027664251298665 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.138321256493325 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0691606282466626 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0461070854977751 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0345803141233313 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.027664251298665 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0854014183126549 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0427007091563274 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0284671394375516 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0213503545781637 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.017080283662531 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0854014183126549 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0427007091563274 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0284671394375516 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0213503545781637 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.017080283662531 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0854014183126549 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0427007091563274 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0284671394375516 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0213503545781637 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.017080283662531 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0854014183126549 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0427007091563274 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0284671394375516 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0213503545781637 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.017080283662531 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.152385234215605 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0761926171078025 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0507950780718683 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0380963085539012 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.030477046843121 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.152385234215605 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0761926171078025 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0507950780718683 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0380963085539012 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.030477046843121 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.152385234215605 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0761926171078025 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0507950780718683 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0380963085539012 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.030477046843121 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.152385234215605 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0761926171078025 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0507950780718683 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0380963085539012 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.030477046843121 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0707301008311817 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0353650504155908 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0235767002770606 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0176825252077954 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0141460201662363 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0707301008311817 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0353650504155908 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0235767002770606 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0176825252077954 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0141460201662363 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0707301008311817 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0353650504155908 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0235767002770606 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0176825252077954 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0141460201662363 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0707301008311817 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0353650504155908 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0235767002770606 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0176825252077954 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0141460201662363 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0527037548071096 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0263518774035548 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0175679182690365 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0131759387017774 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0105407509614219 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0527037548071096 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0263518774035548 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0175679182690365 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0131759387017774 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0105407509614219 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0527037548071096 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0263518774035548 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0175679182690365 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0131759387017774 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0105407509614219 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0527037548071096 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0263518774035548 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0175679182690365 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0131759387017774 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0105407509614219 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0431028219683237 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0215514109841618 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0143676073227746 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0107757054920809 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00862056439366474 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0431028219683237 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0215514109841618 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0143676073227746 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0107757054920809 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00862056439366474 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0431028219683237 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0215514109841618 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0143676073227746 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0107757054920809 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00862056439366474 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0431028219683237 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0215514109841618 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0143676073227746 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0107757054920809 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00862056439366474 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0607623864938683 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0303811932469342 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0202541288312894 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0151905966234671 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0121524772987737 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0607623864938683 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0303811932469342 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0202541288312894 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0151905966234671 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0121524772987737 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0607623864938683 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0303811932469342 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0202541288312894 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0151905966234671 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0121524772987737 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0607623864938683 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0303811932469342 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0202541288312894 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0151905966234671 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0121524772987737 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.103699697967899 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0518498489839493 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0345665659892995 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0259249244919747 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0207399395935797 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.103699697967899 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0518498489839493 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0345665659892995 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0259249244919747 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0207399395935797 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.103699697967899 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0518498489839493 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0345665659892995 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0259249244919747 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0207399395935797 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.103699697967899 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0518498489839493 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0345665659892995 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0259249244919747 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0207399395935797 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0614814595865437 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0307407297932718 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0204938198621812 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0153703648966359 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0122962919173087 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0614814595865437 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0307407297932718 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0204938198621812 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0153703648966359 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0122962919173087 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0614814595865437 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0307407297932718 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0204938198621812 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0153703648966359 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0122962919173087 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0614814595865437 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0307407297932718 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0204938198621812 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0153703648966359 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0122962919173087 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0479805248498019 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0239902624249009 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0159935082832673 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0119951312124505 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00959610496996038 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0479805248498019 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0239902624249009 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0159935082832673 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0119951312124505 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00959610496996038 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0479805248498019 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0239902624249009 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0159935082832673 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0119951312124505 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00959610496996038 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0479805248498019 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0239902624249009 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0159935082832673 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0119951312124505 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00959610496996038 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.188180585823317 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0752722343293268 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0376361171646634 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0250907447764423 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0188180585823317 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0864684885097345 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0345873954038938 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0172936977019469 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0115291318012979 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00864684885097345 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0594094424265348 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0237637769706139 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.011881888485307 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00792125899020465 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00594094424265348 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.116152645596809 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0464610582387236 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0232305291193618 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0154870194129079 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0116152645596809 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.168749301319678 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0674997205278713 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0337498602639357 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0224999068426238 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0168749301319678 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.25510085783635 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.10204034313454 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.05102017156727 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0340134477115134 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.025510085783635 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0995911575943649 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.039836463037746 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.019918231518873 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.013278821012582 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00995911575943649 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.100189526314399 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0400758105257596 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0200379052628798 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0133586035085865 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0100189526314399 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.155331397282156 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0621325589128626 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0310662794564313 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0207108529709542 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0155331397282156 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.166908251443197 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0667633005772789 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0333816502886394 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0222544335257596 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0166908251443197 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.190533609483515 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.076213443793406 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.038106721896703 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0254044812644687 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0190533609483515 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.119954444178472 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0479817776713887 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0239908888356944 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0159939258904629 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0119954444178472 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.123524965730279 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0494099862921116 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0247049931460558 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0164699954307039 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0123524965730279 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.261229497811816 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.104491799124726 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0522458995623631 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0348305997082421 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0261229497811816 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.145187141159772 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0580748564639089 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0290374282319544 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0193582854879696 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0145187141159772 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.111401685584084 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0445606742336337 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0222803371168168 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0148535580778779 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0111401685584084 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0604434607630591 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0241773843052236 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0120886921526118 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00805912810174121 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00604434607630591 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.448463869510269 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.179385547804108 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0896927739020539 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0597951826013692 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0448463869510269 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.166646204985251 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0666584819941003 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0333292409970501 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0222194939980334 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0166646204985251 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.254463668512391 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.101785467404956 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0508927337024782 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0339284891349854 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0254463668512391 million of years.
  
  > The 38 number of pieces inputted equals to intervals of 0.0266787297768688 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.153819331479209 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.106692471124532 million of years.
  
  > The 31 number of pieces inputted equals to intervals of 0.0324008877480052 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.281875344596112 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.231960288463477 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.0931957990527283 million of years.
  
  > The 40 number of pieces inputted equals to intervals of 0.0547192831171299 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.143059664031817 million of years.
  
  > The 47 number of pieces inputted equals to intervals of 0.0174144177474756 million of years.
  
  > The 48 number of pieces inputted equals to intervals of 0.05525788850592 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.216969261018316 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.187550483462238 million of years.
  
  > The 34 number of pieces inputted equals to intervals of 0.194333203425597 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0572700125784648 million of years.
  
  > The 23 number of pieces inputted equals to intervals of 0.0441300375611453 million of years.
  
  > The 29 number of pieces inputted equals to intervals of 0.0707790233649444 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.299885381667108 million of years.
  
  > The 3 number of pieces inputted equals to intervals of 0.401928786262407 million of years.
  
  > The 35 number of pieces inputted equals to intervals of 0.0779507946811913 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.153665114546752 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.153665114546752 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.153665114546752 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.153665114546752 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.180595865504553 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.180595865504553 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.180595865504553 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.180595865504553 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.111839870770311 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.111839870770311 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.111839870770311 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.111839870770311 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.147514848453255 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.147514848453255 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.147514848453255 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.147514848453255 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.29029041626708 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.29029041626708 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.29029041626708 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.29029041626708 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.136128969786403 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.136128969786403 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.136128969786403 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.136128969786403 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.366015731323188 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.366015731323188 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.366015731323188 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.366015731323188 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0751108150616595 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0751108150616595 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0751108150616595 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0751108150616595 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.451470173764693 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.451470173764693 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.451470173764693 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.451470173764693 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.479377720969556 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.479377720969556 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.479377720969556 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.479377720969556 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0478126517321683 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0478126517321683 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0478126517321683 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0478126517321683 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.159445640920042 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.159445640920042 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.159445640920042 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.159445640920042 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.0988530530684598 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.0988530530684598 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.0988530530684598 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.0988530530684598 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.271804910963528 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.271804910963528 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.271804910963528 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.271804910963528 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.224144419987071 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.224144419987071 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.224144419987071 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.224144419987071 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.459219430592995 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.459219430592995 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.459219430592995 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.459219430592995 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.244291168221348 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.244291168221348 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.244291168221348 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.244291168221348 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.186050389510182 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.186050389510182 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.186050389510182 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.186050389510182 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.0741149305129103 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.0741149305129103 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.0741149305129103 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.0741149305129103 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.186819436104955 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.186819436104955 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.186819436104955 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.186819436104955 million of years.
  
  [ FAIL 1 | WARN 0 | SKIP 0 | PASS 1740 ]
  
  ══ 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 5 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 1740 ]
  Error: Test failures
  Execution halted