Running ‘testthat.R’ [183s/293s]
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 15 number of pieces inputted equals to intervals of 0.160389625231518 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.160389625231518 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.160389625231518 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.105219214375838 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.105219214375838 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.105219214375838 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.364670187391819 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.364670187391819 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.364670187391819 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.134977333192806 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.134977333192806 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.134977333192806 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.345345369570045 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.345345369570045 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.345345369570045 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.327408268016326 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.327408268016326 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.327408268016326 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0630368960231789 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0630368960231789 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0630368960231789 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.142235254285558 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.168236558759112 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.0607976257068244 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0636157931363743 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.127210332349011 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0656207847253889 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.122560280515191 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.112538310682029 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.124725896855888 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.278264893484942 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.0929591071155754 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0414654274035846 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.211015701193608 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.111046187838521 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0894634536734459 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0779299873832672 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.122090471614543 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.133662281826253 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.274981949710089 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.129584249976418 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0415564397597346 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.217222605023076 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.406154775027766 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0701289375034348 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.163171703086508 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.153140790253229 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.117215247636105 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0956190103980887 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.14704880060581 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.574072363329095 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.116495747937148 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.0817895354501905 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0980272144759822 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0743997654226703 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.118303063563204 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0845168900425013 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0655216300792698 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.188521291315567 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.443455222434476 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.217832572722195 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.123422048819097 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.171187234139997 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0977625421804913 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.19127455024977 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0697729410516221 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0529212540588968 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0493460996945782 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.199486145601122 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0631104516410701 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.187637154573228 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.186347354722572 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.277398841388396 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0895618998548021 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0758147019110457 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.107155878722544 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0891372079386015 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.073535358751114 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0489393203478 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0463778140048312 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0515853696390289 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0845355730291715 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.32476328468978 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0618613855230052 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0801965877383425 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.2424044244599 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.158173315240274 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.113388001941493 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0433785624006883 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.145770318701456 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0349098748368197 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0734749479474425 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0758337223443859 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0462426685903939 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.108520529002209 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0622694375951964 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0705242677816743 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0849564085254243 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.136709839123191 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.125137133529584 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.132427409318621 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.136415194802254 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0682075974011271 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0454717316007514 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0341037987005635 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0272830389604508 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.136415194802254 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0682075974011271 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0454717316007514 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0341037987005635 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0272830389604508 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.136415194802254 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0682075974011271 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0454717316007514 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0341037987005635 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0272830389604508 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.136415194802254 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0682075974011271 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0454717316007514 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0341037987005635 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0272830389604508 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0901920885493644 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0450960442746822 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0300640295164548 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0225480221373411 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0180384177098729 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0901920885493644 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0450960442746822 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0300640295164548 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0225480221373411 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0180384177098729 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0901920885493644 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0450960442746822 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0300640295164548 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0225480221373411 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0180384177098729 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0901920885493644 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0450960442746822 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0300640295164548 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0225480221373411 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0180384177098729 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0519066443774452 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0259533221887226 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0173022147924817 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0129766610943613 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.010381328875489 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0519066443774452 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0259533221887226 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0173022147924817 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0129766610943613 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.010381328875489 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0519066443774452 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0259533221887226 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0173022147924817 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0129766610943613 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.010381328875489 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0519066443774452 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0259533221887226 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0173022147924817 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0129766610943613 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.010381328875489 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0693807399118975 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0346903699559487 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0231269133039658 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0173451849779744 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0138761479823795 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0693807399118975 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0346903699559487 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0231269133039658 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0173451849779744 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0138761479823795 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0693807399118975 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0346903699559487 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0231269133039658 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0173451849779744 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0138761479823795 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0693807399118975 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0346903699559487 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0231269133039658 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0173451849779744 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0138761479823795 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0442265982712009 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0221132991356004 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0147421994237336 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0110566495678002 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00884531965424018 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0442265982712009 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0221132991356004 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0147421994237336 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0110566495678002 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00884531965424018 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0442265982712009 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0221132991356004 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0147421994237336 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0110566495678002 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00884531965424018 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0442265982712009 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0221132991356004 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0147421994237336 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0110566495678002 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00884531965424018 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0863558339906706 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0431779169953353 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0287852779968902 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0215889584976676 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0172711667981341 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0863558339906706 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0431779169953353 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0287852779968902 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0215889584976676 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0172711667981341 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0863558339906706 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0431779169953353 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0287852779968902 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0215889584976676 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0172711667981341 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0863558339906706 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0431779169953353 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0287852779968902 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0215889584976676 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0172711667981341 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0493103143527757 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0246551571763878 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0164367714509252 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0123275785881939 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00986206287055513 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0493103143527757 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0246551571763878 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0164367714509252 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0123275785881939 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00986206287055513 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0493103143527757 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0246551571763878 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0164367714509252 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0123275785881939 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00986206287055513 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0493103143527757 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0246551571763878 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0164367714509252 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0123275785881939 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00986206287055513 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.076179405615322 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.038089702807661 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0253931352051073 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0190448514038305 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0152358811230644 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.076179405615322 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.038089702807661 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0253931352051073 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0190448514038305 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0152358811230644 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.076179405615322 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.038089702807661 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0253931352051073 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0190448514038305 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0152358811230644 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.076179405615322 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.038089702807661 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0253931352051073 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0190448514038305 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0152358811230644 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.12545856169537 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0627292808476851 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0418195205651234 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0313646404238426 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.025091712339074 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.12545856169537 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0627292808476851 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0418195205651234 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0313646404238426 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.025091712339074 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.12545856169537 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0627292808476851 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0418195205651234 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0313646404238426 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.025091712339074 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.12545856169537 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0627292808476851 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0418195205651234 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0313646404238426 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.025091712339074 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0479414075133479 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.023970703756674 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.015980469171116 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.011985351878337 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00958828150266959 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0479414075133479 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.023970703756674 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.015980469171116 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.011985351878337 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00958828150266959 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0479414075133479 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.023970703756674 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.015980469171116 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.011985351878337 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00958828150266959 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0479414075133479 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.023970703756674 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.015980469171116 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.011985351878337 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00958828150266959 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.102385758610923 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0511928793054613 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0341285862036409 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0255964396527307 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0204771517221845 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.102385758610923 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0511928793054613 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0341285862036409 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0255964396527307 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0204771517221845 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.102385758610923 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0511928793054613 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0341285862036409 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0255964396527307 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0204771517221845 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.102385758610923 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0511928793054613 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0341285862036409 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0255964396527307 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0204771517221845 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.148946413728999 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0744732068644994 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0496488045763329 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0372366034322497 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0297892827457997 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.148946413728999 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0744732068644994 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0496488045763329 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0372366034322497 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0297892827457997 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.148946413728999 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0744732068644994 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0496488045763329 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0372366034322497 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0297892827457997 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.148946413728999 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0744732068644994 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0496488045763329 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0372366034322497 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0297892827457997 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0974029483436116 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0487014741718058 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0324676494478705 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0243507370859029 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0194805896687223 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0974029483436116 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0487014741718058 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0324676494478705 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0243507370859029 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0194805896687223 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0974029483436116 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0487014741718058 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0324676494478705 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0243507370859029 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0194805896687223 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0974029483436116 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0487014741718058 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0324676494478705 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0243507370859029 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0194805896687223 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0423047291548928 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0211523645774464 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0141015763849643 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0105761822887232 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00846094583097857 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0423047291548928 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0211523645774464 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0141015763849643 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0105761822887232 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00846094583097857 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0423047291548928 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0211523645774464 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0141015763849643 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0105761822887232 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00846094583097857 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0423047291548928 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0211523645774464 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0141015763849643 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0105761822887232 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00846094583097857 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.223644946589657 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.111822473294828 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0745483155298855 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0559112366474141 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0447289893179313 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.223644946589657 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.111822473294828 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0745483155298855 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0559112366474141 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0447289893179313 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.223644946589657 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.111822473294828 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0745483155298855 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0559112366474141 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0447289893179313 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.223644946589657 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.111822473294828 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0745483155298855 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0559112366474141 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0447289893179313 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0767798062503758 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0383899031251879 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0255932687501253 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.019194951562594 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0153559612500752 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0767798062503758 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0383899031251879 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0255932687501253 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.019194951562594 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0153559612500752 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0767798062503758 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0383899031251879 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0255932687501253 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.019194951562594 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0153559612500752 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0767798062503758 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0383899031251879 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0255932687501253 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.019194951562594 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0153559612500752 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.142722841514969 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0713614207574845 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0475742805049897 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0356807103787423 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0285445683029938 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.142722841514969 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0713614207574845 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0475742805049897 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0356807103787423 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0285445683029938 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.142722841514969 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0713614207574845 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0475742805049897 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0356807103787423 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0285445683029938 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.142722841514969 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0713614207574845 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0475742805049897 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0356807103787423 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0285445683029938 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0916323391776318 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0458161695888159 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0305441130592106 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.022908084794408 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0183264678355264 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0916323391776318 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0458161695888159 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0305441130592106 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.022908084794408 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0183264678355264 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0916323391776318 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0458161695888159 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0305441130592106 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.022908084794408 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0183264678355264 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0916323391776318 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0458161695888159 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0305441130592106 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.022908084794408 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0183264678355264 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.138848178820818 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0694240894104092 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0462827262736061 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0347120447052046 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0277696357641637 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.138848178820818 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0694240894104092 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0462827262736061 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0347120447052046 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0277696357641637 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.138848178820818 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0694240894104092 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0462827262736061 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0347120447052046 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0277696357641637 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.138848178820818 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0694240894104092 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0462827262736061 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0347120447052046 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0277696357641637 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0597442787508566 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0298721393754283 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0199147595836189 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0149360696877141 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0119488557501713 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0597442787508566 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0298721393754283 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0199147595836189 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0149360696877141 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0119488557501713 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0597442787508566 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0298721393754283 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0199147595836189 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0149360696877141 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0119488557501713 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0597442787508566 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0298721393754283 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0199147595836189 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0149360696877141 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0119488557501713 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0940867362550515 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0376346945020206 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0188173472510103 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0125448981673402 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00940867362550515 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.138778203930835 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0555112815723338 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0277556407861669 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0185037605241113 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0138778203930835 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.257267739544836 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.102907095817935 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0514535479089673 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0343023652726448 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0257267739544836 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0901939271579156 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0360775708631662 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0180387854315831 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0120258569543887 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00901939271579156 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.062548442360708 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0250193769442832 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0125096884721416 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00833979231476107 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0062548442360708 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.132168127677822 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0528672510711287 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0264336255355644 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0176224170237096 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0132168127677822 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0711860878856758 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0284744351542703 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0142372175771352 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00949147838475677 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00711860878856758 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.236321922278341 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0945287689113363 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0472643844556682 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0315095896371121 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0236321922278341 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.13083068444283 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.052332273777132 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.026166136888566 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.017444091259044 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.013083068444283 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.203694330936482 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0814777323745927 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0407388661872964 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0271592441248642 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0203694330936482 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0589857864785259 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0235943145914104 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0117971572957052 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00786477153047012 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00589857864785259 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0664168881274411 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0265667552509764 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0132833776254882 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.00885558508365881 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00664168881274411 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0885442285836245 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0354176914334498 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0177088457167249 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0118058971444833 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00885442285836245 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.219702313780017 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0878809255120066 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0439404627560033 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0292936418373355 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0219702313780017 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.124287853405976 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0497151413623904 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0248575706811952 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0165717137874635 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0124287853405976 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.172910392528365 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.069164157011346 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.034582078505673 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.023054719003782 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0172910392528365 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0621996555244305 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0248798622097722 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0124399311048861 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0082932874032574 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00621996555244305 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.321690212254537 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.128676084901815 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0643380424509075 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.042892028300605 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0321690212254538 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.136687140546044 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0546748562184175 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0273374281092087 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0182249520728058 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0136687140546044 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.347912961889626 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.13916518475585 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0695825923779252 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0463883949186168 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0347912961889626 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.162598917657589 million of years.
  
  > The 22 number of pieces inputted equals to intervals of 0.0548657794267783 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.088991947551702 million of years.
  
  > The 46 number of pieces inputted equals to intervals of 0.0397826121858356 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.14115997456255 million of years.
  
  > The 32 number of pieces inputted equals to intervals of 0.0896639177865821 million of years.
  
  > The 3 number of pieces inputted equals to intervals of 0.773835809922034 million of years.
  
  > The 34 number of pieces inputted equals to intervals of 0.111950080687919 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0224396029711069 million of years.
  
  > The 4 number of pieces inputted equals to intervals of 0.626285189484592 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.14504871353745 million of years.
  
  > The 2 number of pieces inputted equals to intervals of 0.666120071503867 million of years.
  
  > The 49 number of pieces inputted equals to intervals of 0.0409495343981212 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0605989589007435 million of years.
  
  > The 45 number of pieces inputted equals to intervals of 0.117496073235681 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.1236698110551 million of years.
  
  > The 23 number of pieces inputted equals to intervals of 0.0815695557792424 million of years.
  
  > The 30 number of pieces inputted equals to intervals of 0.0477601705620768 million of years.
  
  > The 28 number of pieces inputted equals to intervals of 0.0536466784544161 million of years.
  
  > The 43 number of pieces inputted equals to intervals of 0.0289871442674097 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.497609457916965 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.497609457916965 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.497609457916965 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.497609457916965 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0995783249425293 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0995783249425293 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0995783249425293 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0995783249425293 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.246329290113726 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.246329290113726 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.246329290113726 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.246329290113726 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0860121618739422 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0860121618739422 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0860121618739422 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0860121618739422 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0611350780353572 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0611350780353572 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0611350780353572 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0611350780353572 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.487895324739228 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.487895324739228 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.487895324739228 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.487895324739228 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.383247696215453 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.383247696215453 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.383247696215453 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.383247696215453 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.116515383006671 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.116515383006671 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.116515383006671 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.116515383006671 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.341701993210761 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.341701993210761 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.341701993210761 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.341701993210761 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0562633702656664 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0562633702656664 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0562633702656664 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0562633702656664 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.320849873010604 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.320849873010604 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.320849873010604 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.320849873010604 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.368447916891571 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.368447916891571 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.368447916891571 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.368447916891571 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.161713708864755 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.161713708864755 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.161713708864755 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.161713708864755 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.155920065247996 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.155920065247996 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.155920065247996 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.155920065247996 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.187482352203083 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.187482352203083 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.187482352203083 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.187482352203083 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.258089641526817 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.258089641526817 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.258089641526817 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.258089641526817 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.286197133047525 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.286197133047525 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.286197133047525 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.286197133047525 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.317161336500154 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.317161336500154 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.317161336500154 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.317161336500154 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.337801106299082 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.337801106299082 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.337801106299082 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.337801106299082 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.168524550005896 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.168524550005896 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.168524550005896 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.168524550005896 million of years.
  
  [ FAIL 1 | WARN 0 | SKIP 0 | PASS 1709 ]
  
  ══ 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 1709 ]
  Error: Test failures
  Execution halted