Running ‘testthat.R’ [189s/249s]
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 9 number of pieces inputted equals to intervals of 0.234433101521908 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.234433101521908 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.234433101521908 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.395677940461974 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.395677940461974 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.395677940461974 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.142710877729494 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.142710877729494 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.142710877729494 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.114618078887747 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0414851581378703 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.124431244095018 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0818970689107409 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.241539393928014 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.080722050267597 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0779466681253897 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0784003565777228 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.351792974984267 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.108965825972011 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.272375518181475 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.306094602452062 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.127931100147778 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.300872981103315 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.120614140237619 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.086924336151374 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0860877183731526 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0873268515162387 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.133043090023825 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.184357672375579 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.042966648847193 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0736139661860048 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.345010408840149 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.197981989174342 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0914176063225498 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.116544519699957 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.147986740504257 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.056163810902276 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.181606160802369 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.15830571684134 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.250231462415374 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0828901177599516 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.126780719386824 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0519185952555841 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.140555858065882 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0563018105554836 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0285117062394704 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.0793320380694694 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.161068009061137 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.137441177346576 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.109232299406495 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0914341286642064 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0714890847897119 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.08681957176944 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.160579525510172 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0610164996114726 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.244605894083871 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.203454850401311 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.143502437675566 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0623324769532079 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.0663210000901308 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0928111577479397 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.120768457612189 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.218020481471465 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.084746940930168 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.172258895350003 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.146248010741973 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.261079510686209 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0931037739239753 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0495873369638259 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.188440838577289 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0230598279189176 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0426843499339259 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0695899345746274 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.117066632185368 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0937042365331987 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.110330621206345 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0540243738119384 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.17049770739958 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0483699941317363 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0359848544698822 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0746667592290085 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.182017921113388 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.132633031328066 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.161375125122181 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0737203438005597 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.122740007084617 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0510266220404256 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0367998891075001 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0890230834768017 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.145885830047835 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0729429150239174 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.048628610015945 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0364714575119587 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.029177166009567 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.145885830047835 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0729429150239174 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.048628610015945 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0364714575119587 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.029177166009567 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.145885830047835 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0729429150239174 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.048628610015945 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0364714575119587 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.029177166009567 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.145885830047835 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0729429150239174 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.048628610015945 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0364714575119587 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.029177166009567 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0816835561475821 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.040841778073791 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.027227852049194 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0204208890368955 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0163367112295164 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0816835561475821 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.040841778073791 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.027227852049194 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0204208890368955 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0163367112295164 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0816835561475821 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.040841778073791 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.027227852049194 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0204208890368955 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0163367112295164 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0816835561475821 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.040841778073791 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.027227852049194 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0204208890368955 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0163367112295164 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0167568124599818 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.00837840622999089 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00558560415332726 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00418920311499545 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00335136249199636 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0167568124599818 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.00837840622999089 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00558560415332726 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00418920311499545 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00335136249199636 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0167568124599818 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.00837840622999089 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00558560415332726 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00418920311499545 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00335136249199636 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0167568124599818 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.00837840622999089 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00558560415332726 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00418920311499545 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00335136249199636 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0687310236715934 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0343655118357967 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0229103412238645 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0171827559178983 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0137462047343187 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0687310236715934 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0343655118357967 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0229103412238645 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0171827559178983 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0137462047343187 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0687310236715934 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0343655118357967 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0229103412238645 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0171827559178983 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0137462047343187 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0687310236715934 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0343655118357967 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0229103412238645 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0171827559178983 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0137462047343187 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0362680471854043 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0181340235927022 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0120893490618015 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00906701179635109 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00725360943708087 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0362680471854043 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0181340235927022 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0120893490618015 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00906701179635109 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00725360943708087 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0362680471854043 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0181340235927022 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0120893490618015 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00906701179635109 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00725360943708087 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0362680471854043 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0181340235927022 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0120893490618015 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00906701179635109 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00725360943708087 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.14289423306703 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0714471165335148 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0476314110223432 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0357235582667574 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0285788466134059 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.14289423306703 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0714471165335148 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0476314110223432 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0357235582667574 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0285788466134059 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.14289423306703 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0714471165335148 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0476314110223432 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0357235582667574 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0285788466134059 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.14289423306703 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0714471165335148 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0476314110223432 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0357235582667574 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0285788466134059 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0809025478947437 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0404512739473718 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0269675159649146 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0202256369736859 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0161805095789487 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0809025478947437 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0404512739473718 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0269675159649146 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0202256369736859 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0161805095789487 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0809025478947437 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0404512739473718 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0269675159649146 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0202256369736859 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0161805095789487 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0809025478947437 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0404512739473718 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0269675159649146 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0202256369736859 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0161805095789487 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.073457241464073 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0367286207320365 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.024485747154691 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0183643103660183 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0146914482928146 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.073457241464073 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0367286207320365 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.024485747154691 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0183643103660183 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0146914482928146 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.073457241464073 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0367286207320365 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.024485747154691 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0183643103660183 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0146914482928146 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.073457241464073 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0367286207320365 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.024485747154691 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0183643103660183 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0146914482928146 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0452321780300742 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0226160890150371 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0150773926766914 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0113080445075186 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00904643560601485 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0452321780300742 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0226160890150371 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0150773926766914 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0113080445075186 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00904643560601485 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0452321780300742 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0226160890150371 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0150773926766914 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0113080445075186 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00904643560601485 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0452321780300742 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0226160890150371 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0150773926766914 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0113080445075186 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00904643560601485 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.03422602826814 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.01711301413407 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.01140867608938 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.008556507067035 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.006845205653628 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.03422602826814 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.01711301413407 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.01140867608938 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.008556507067035 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.006845205653628 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.03422602826814 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.01711301413407 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.01140867608938 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.008556507067035 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.006845205653628 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.03422602826814 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.01711301413407 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.01140867608938 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.008556507067035 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.006845205653628 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0969819425371916 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0484909712685958 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0323273141790639 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0242454856342979 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0193963885074383 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0969819425371916 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0484909712685958 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0323273141790639 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0242454856342979 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0193963885074383 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0969819425371916 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0484909712685958 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0323273141790639 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0242454856342979 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0193963885074383 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0969819425371916 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0484909712685958 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0323273141790639 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0242454856342979 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0193963885074383 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.141815817646865 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0709079088234323 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0472719392156215 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0354539544117162 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0283631635293729 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.141815817646865 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0709079088234323 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0472719392156215 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0354539544117162 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0283631635293729 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.141815817646865 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0709079088234323 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0472719392156215 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0354539544117162 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0283631635293729 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.141815817646865 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0709079088234323 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0472719392156215 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0354539544117162 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0283631635293729 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0388894131675039 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0194447065837519 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0129631377225013 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00972235329187597 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00777788263350078 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0388894131675039 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0194447065837519 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0129631377225013 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00972235329187597 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00777788263350078 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0388894131675039 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0194447065837519 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0129631377225013 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00972235329187597 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00777788263350078 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0388894131675039 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0194447065837519 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0129631377225013 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00972235329187597 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00777788263350078 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.260848458392124 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.130424229196062 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0869494861307079 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0652121145980309 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0521696916784247 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.260848458392124 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.130424229196062 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0869494861307079 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0652121145980309 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0521696916784247 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.260848458392124 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.130424229196062 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0869494861307079 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0652121145980309 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0521696916784247 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.260848458392124 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.130424229196062 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0869494861307079 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0652121145980309 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0521696916784247 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0695393761686936 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0347696880843468 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0231797920562312 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0173848440421734 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0139078752337387 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0695393761686936 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0347696880843468 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0231797920562312 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0173848440421734 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0139078752337387 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0695393761686936 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0347696880843468 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0231797920562312 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0173848440421734 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0139078752337387 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0695393761686936 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0347696880843468 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0231797920562312 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0173848440421734 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0139078752337387 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0486882285834215 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0243441142917108 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0162294095278072 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0121720571458554 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00973764571668431 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0486882285834215 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0243441142917108 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0162294095278072 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0121720571458554 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00973764571668431 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0486882285834215 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0243441142917108 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0162294095278072 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0121720571458554 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00973764571668431 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0486882285834215 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0243441142917108 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0162294095278072 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0121720571458554 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00973764571668431 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0637715447682965 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0318857723841482 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0212571815894322 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0159428861920741 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0127543089536593 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0637715447682965 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0318857723841482 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0212571815894322 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0159428861920741 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0127543089536593 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0637715447682965 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0318857723841482 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0212571815894322 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0159428861920741 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0127543089536593 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0637715447682965 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0318857723841482 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0212571815894322 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0159428861920741 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0127543089536593 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0506247989621176 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0253123994810588 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0168749329873725 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0126561997405294 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0101249597924235 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0506247989621176 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0253123994810588 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0168749329873725 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0126561997405294 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0101249597924235 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0506247989621176 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0253123994810588 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0168749329873725 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0126561997405294 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0101249597924235 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0506247989621176 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0253123994810588 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0168749329873725 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0126561997405294 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0101249597924235 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.172995633149316 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0864978165746578 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0576652110497719 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0432489082873289 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0345991266298631 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.172995633149316 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0864978165746578 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0576652110497719 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0432489082873289 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0345991266298631 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.172995633149316 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0864978165746578 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0576652110497719 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0432489082873289 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0345991266298631 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.172995633149316 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0864978165746578 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0576652110497719 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0432489082873289 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0345991266298631 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0878797330681902 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0439398665340951 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0292932443560634 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0219699332670476 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.017575946613638 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0878797330681902 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0439398665340951 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0292932443560634 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0219699332670476 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.017575946613638 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0878797330681902 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0439398665340951 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0292932443560634 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0219699332670476 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.017575946613638 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0878797330681902 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0439398665340951 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0292932443560634 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0219699332670476 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.017575946613638 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.108741634032167 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0434966536128669 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0217483268064334 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0144988845376223 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0108741634032167 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0682833537842398 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0273133415136959 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.013656670756848 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00910444717123198 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00682833537842398 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.11942510012638 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0477700400505518 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0238850200252759 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0159233466835173 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.011942510012638 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.107070612421107 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0428282449684429 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0214141224842214 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0142760816561476 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0107070612421107 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0931456439832104 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0372582575932841 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0186291287966421 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0124194191977614 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00931456439832104 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.100800631120243 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0403202524480973 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0201601262240486 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0134400841493658 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0100800631120243 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.256947774612607 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.102779109845043 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0513895549225215 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.034259703281681 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0256947774612607 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0907767371975848 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0363106948790339 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.018155347439517 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.012103564959678 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00907767371975848 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.255203685693327 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.102081474277331 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0510407371386655 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0340271580924436 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0255203685693327 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.255923536230904 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.102369414492361 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0511847072461807 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0341231381641205 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0255923536230904 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.114808203674378 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0459232814697512 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0229616407348756 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0153077604899171 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0114808203674378 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.133348302028574 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0533393208114298 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0266696604057149 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0177797736038099 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0133348302028574 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.150207585426227 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0600830341704909 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0300415170852455 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0200276780568303 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0150207585426227 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.313457624145852 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.125383049658341 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0626915248291704 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0417943498861136 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0313457624145852 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.240023318354839 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0960093273419357 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0480046636709678 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0320031091139786 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0240023318354839 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.259910088809405 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.103964035523762 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0519820177618809 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0346546785079206 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0259910088809405 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.156097266046264 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0624389064185057 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0312194532092529 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0208129688061686 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0156097266046264 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.291244897185084 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.116497958874033 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0582489794370167 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0388326529580111 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0291244897185084 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.177738357617064 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0710953430468255 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0355476715234127 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0236984476822752 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0177738357617064 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.19858693325846 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.079434773303384 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.039717386651692 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0264782577677947 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.019858693325846 million of years.
  
  > The 28 number of pieces inputted equals to intervals of 0.0772764577569227 million of years.
  
  > The 3 number of pieces inputted equals to intervals of 0.271738513496582 million of years.
  
  > The 49 number of pieces inputted equals to intervals of 0.036065757124614 million of years.
  
  > The 47 number of pieces inputted equals to intervals of 0.036629048715566 million of years.
  
  > The 37 number of pieces inputted equals to intervals of 0.0382586477329733 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.137444100840821 million of years.
  
  > The 40 number of pieces inputted equals to intervals of 0.0431251735994596 million of years.
  
  > The 41 number of pieces inputted equals to intervals of 0.0132252577011777 million of years.
  
  > The 21 number of pieces inputted equals to intervals of 0.191374161573606 million of years.
  
  > The 38 number of pieces inputted equals to intervals of 0.0186865805070619 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0812936757264178 million of years.
  
  > The 23 number of pieces inputted equals to intervals of 0.0404037338548826 million of years.
  
  > The 30 number of pieces inputted equals to intervals of 0.0493212621845053 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.254716020222213 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.142746128549888 million of years.
  
  > The 34 number of pieces inputted equals to intervals of 0.033658093205078 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.190864539033079 million of years.
  
  > The 24 number of pieces inputted equals to intervals of 0.127763469997858 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.0860551290539226 million of years.
  
  > The 32 number of pieces inputted equals to intervals of 0.151509564360719 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.0502518782009745 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.0502518782009745 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.0502518782009745 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.0502518782009745 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.126739873909267 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.126739873909267 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.126739873909267 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.126739873909267 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.170267993953316 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.170267993953316 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.170267993953316 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.170267993953316 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.143462087702257 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.143462087702257 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.143462087702257 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.143462087702257 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.200517623630659 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.200517623630659 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.200517623630659 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.200517623630659 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.21940647966794 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.21940647966794 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.21940647966794 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.21940647966794 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.399919376832406 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.399919376832406 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.399919376832406 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.399919376832406 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.434237454733879 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.434237454733879 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.434237454733879 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.434237454733879 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.232627254712272 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.232627254712272 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.232627254712272 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.232627254712272 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.187285897414725 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.187285897414725 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.187285897414725 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.187285897414725 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.241556912031472 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.241556912031472 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.241556912031472 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.241556912031472 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.096618820463237 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.096618820463237 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.096618820463237 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.096618820463237 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.118809681260207 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.118809681260207 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.118809681260207 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.118809681260207 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.465881629241016 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.465881629241016 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.465881629241016 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.465881629241016 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.137689670362167 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.137689670362167 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.137689670362167 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.137689670362167 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.185025888317087 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.185025888317087 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.185025888317087 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.185025888317087 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.224288017218152 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.224288017218152 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.224288017218152 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.224288017218152 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.223828695712107 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.223828695712107 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.223828695712107 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.223828695712107 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.320250853600132 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.320250853600132 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.320250853600132 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.320250853600132 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.55190360600488 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.55190360600488 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.55190360600488 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.55190360600488 million of years.
  
  [ FAIL 1 | WARN 0 | SKIP 0 | PASS 1730 ]
  
  ══ 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 10 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 1730 ]
  Error: Test failures
  Execution halted