Running 'testthat.R' [201s]
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 11 number of pieces inputted equals to intervals of 0.201775777077209 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.201775777077209 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.201775777077209 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.352145244398142 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.352145244398142 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.352145244398142 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.620455855202053 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.620455855202053 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.620455855202053 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.331533020273763 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.331533020273763 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.331533020273763 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.164814298976193 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.164814298976193 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.164814298976193 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0667403857642126 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0667403857642126 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0667403857642126 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.119831903576607 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.100373527867377 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0556240533710878 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.198023313709301 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.0934471816450236 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0250742798957349 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0438777053224123 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.19601399003344 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0958091216318291 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0516644521568391 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.116277957621199 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0450039330364268 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.101069780894533 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.251635166557113 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0523727963665769 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.201167487731308 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.2256227917948 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0977645902353413 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.0671244947464438 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.126084983140662 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.10175734070104 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.196640976135902 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0927489162952108 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.233261094895707 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0839873723134136 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.254220829079935 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.371595987458133 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.102427990576115 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.135188455202396 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.149382825419962 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.192986862260417 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.0853914381899629 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.100185695225432 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.136432920184909 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.175993139518845 million of years.
  
  > The 16 number of pieces inputted equals to intervals of 0.121064693818021 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.201434612485569 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.124091464709502 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0867050672800039 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.0808209720251078 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.211372836970985 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.104539749676276 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.144563736404721 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.0944084803665048 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0363123203255326 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.157078372790762 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.118079817484421 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.227786146036154 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.305023780849407 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.120515284871958 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0378229800199154 million of years.
  
  > The 19 number of pieces inputted equals to intervals of 0.120587670239309 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.14387077614465 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0594666541966431 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0872609127372417 million of years.
  
  > The 17 number of pieces inputted equals to intervals of 0.334890863100683 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0527633106067751 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.155414801006855 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.101641715126509 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.0689245260486206 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0915389981793357 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0509757963731675 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0828439848747029 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0726233681739448 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.164394687305503 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.191851729620863 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.123334918570517 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0826100291665911 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.189247277301764 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.030454734306825 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0703909499884175 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0445614978213026 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0339036694645603 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.04282138389264 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.301197707188312 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0755664399741761 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0423963592685248 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0447745706539763 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.0624040604031873 million of years.
  
  > The 20 number of pieces inputted equals to intervals of 0.124517237745312 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.083889453214699 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0419447266073495 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0279631510715663 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0209723633036748 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0167778906429398 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.083889453214699 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0419447266073495 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0279631510715663 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0209723633036748 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0167778906429398 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.083889453214699 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0419447266073495 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0279631510715663 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0209723633036748 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0167778906429398 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.083889453214699 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0419447266073495 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0279631510715663 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0209723633036748 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0167778906429398 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0333388772320997 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0166694386160499 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0111129590773666 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00833471930802493 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00666777544641994 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0333388772320997 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0166694386160499 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0111129590773666 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00833471930802493 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00666777544641994 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0333388772320997 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0166694386160499 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0111129590773666 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00833471930802493 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00666777544641994 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0333388772320997 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0166694386160499 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0111129590773666 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00833471930802493 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00666777544641994 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0870145458264608 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0435072729132304 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0290048486088203 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0217536364566152 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0174029091652922 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0870145458264608 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0435072729132304 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0290048486088203 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0217536364566152 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0174029091652922 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0870145458264608 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0435072729132304 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0290048486088203 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0217536364566152 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0174029091652922 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0870145458264608 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0435072729132304 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0290048486088203 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0217536364566152 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0174029091652922 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0540379276573954 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0270189638286977 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0180126425524651 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0135094819143489 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0108075855314791 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0540379276573954 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0270189638286977 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0180126425524651 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0135094819143489 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0108075855314791 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0540379276573954 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0270189638286977 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0180126425524651 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0135094819143489 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0108075855314791 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0540379276573954 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0270189638286977 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0180126425524651 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0135094819143489 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0108075855314791 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.152337966685978 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.076168983342989 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0507793222286593 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0380844916714945 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0304675933371956 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.152337966685978 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.076168983342989 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0507793222286593 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0380844916714945 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0304675933371956 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.152337966685978 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.076168983342989 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0507793222286593 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0380844916714945 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0304675933371956 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.152337966685978 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.076168983342989 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0507793222286593 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0380844916714945 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0304675933371956 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0440088888593392 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0220044444296696 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0146696296197797 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0110022222148348 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00880177777186784 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0440088888593392 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0220044444296696 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0146696296197797 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0110022222148348 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00880177777186784 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0440088888593392 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0220044444296696 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0146696296197797 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0110022222148348 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00880177777186784 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0440088888593392 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0220044444296696 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0146696296197797 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0110022222148348 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00880177777186784 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0817072436381914 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0408536218190957 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0272357478793971 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0204268109095478 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0163414487276383 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0817072436381914 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0408536218190957 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0272357478793971 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0204268109095478 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0163414487276383 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0817072436381914 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0408536218190957 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0272357478793971 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0204268109095478 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0163414487276383 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0817072436381914 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0408536218190957 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0272357478793971 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0204268109095478 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0163414487276383 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.110802746143217 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0554013730716085 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0369342487144057 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0277006865358042 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0221605492286434 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.110802746143217 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0554013730716085 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0369342487144056 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0277006865358042 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0221605492286434 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.110802746143217 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0554013730716085 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0369342487144057 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0277006865358042 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0221605492286434 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.110802746143217 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0554013730716085 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0369342487144057 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0277006865358042 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0221605492286434 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.134225988143016 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0671129940715079 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.044741996047672 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.033556497035754 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0268451976286032 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.134225988143016 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0671129940715079 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.044741996047672 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.033556497035754 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0268451976286032 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.134225988143016 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0671129940715079 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.044741996047672 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.033556497035754 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0268451976286032 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.134225988143016 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0671129940715079 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.044741996047672 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.033556497035754 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0268451976286032 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0681942617146949 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0340971308573474 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.022731420571565 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0170485654286737 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.013638852342939 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0681942617146949 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0340971308573474 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.022731420571565 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0170485654286737 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.013638852342939 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0681942617146949 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0340971308573474 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.022731420571565 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0170485654286737 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.013638852342939 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0681942617146949 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0340971308573474 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.022731420571565 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0170485654286737 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.013638852342939 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.101021991646689 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0505109958233443 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0336739972155628 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0252554979116721 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0202043983293377 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.101021991646689 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0505109958233443 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0336739972155628 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0252554979116721 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0202043983293377 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.101021991646689 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0505109958233443 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0336739972155628 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0252554979116721 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0202043983293377 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.101021991646689 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0505109958233443 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0336739972155628 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0252554979116721 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0202043983293377 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0589698996660396 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0294849498330198 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0196566332220132 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0147424749165099 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0117939799332079 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0589698996660396 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0294849498330198 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0196566332220132 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0147424749165099 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0117939799332079 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0589698996660396 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0294849498330198 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0196566332220132 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0147424749165099 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0117939799332079 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0589698996660396 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0294849498330198 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0196566332220132 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0147424749165099 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0117939799332079 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0481242134073563 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0240621067036781 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0160414044691188 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0120310533518391 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00962484268147126 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0481242134073563 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0240621067036781 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0160414044691188 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0120310533518391 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00962484268147126 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0481242134073563 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0240621067036781 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0160414044691188 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0120310533518391 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00962484268147126 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0481242134073563 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0240621067036781 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0160414044691188 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0120310533518391 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00962484268147126 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0893809415181581 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0446904707590791 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0297936471727194 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0223452353795395 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0178761883036316 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0893809415181581 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.044690470759079 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0297936471727194 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0223452353795395 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0178761883036316 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0893809415181581 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0446904707590791 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0297936471727194 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0223452353795395 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0178761883036316 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0893809415181581 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0446904707590791 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0297936471727194 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0223452353795395 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0178761883036316 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0315469647883414 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0157734823941707 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0105156549294471 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00788674119708535 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00630939295766828 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0315469647883414 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0157734823941707 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0105156549294471 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00788674119708535 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00630939295766828 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0315469647883414 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0157734823941707 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0105156549294471 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00788674119708535 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00630939295766828 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0315469647883414 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0157734823941707 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0105156549294471 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.00788674119708535 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.00630939295766828 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0491563101172675 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0245781550586338 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0163854367057558 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0122890775293169 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0098312620234535 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0491563101172675 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0245781550586338 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0163854367057558 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0122890775293169 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0098312620234535 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0491563101172675 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0245781550586338 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0163854367057558 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0122890775293169 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0098312620234535 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0491563101172675 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0245781550586338 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0163854367057558 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0122890775293169 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0098312620234535 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0859862925385205 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0429931462692602 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0286620975128402 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0214965731346301 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0171972585077041 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0859862925385205 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0429931462692602 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0286620975128402 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0214965731346301 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0171972585077041 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0859862925385205 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0429931462692602 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0286620975128402 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0214965731346301 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0171972585077041 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0859862925385205 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0429931462692602 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0286620975128402 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0214965731346301 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0171972585077041 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0659851698918177 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0329925849459088 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0219950566306059 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0164962924729544 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0131970339783635 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0659851698918177 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0329925849459088 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0219950566306059 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0164962924729544 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0131970339783635 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0659851698918177 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0329925849459088 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0219950566306059 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0164962924729544 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0131970339783635 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0659851698918177 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0329925849459088 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0219950566306059 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0164962924729544 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0131970339783635 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0822834428474809 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0411417214237405 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0274278142824936 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0205708607118702 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0164566885694962 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0822834428474809 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0411417214237405 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0274278142824936 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0205708607118702 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0164566885694962 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0822834428474809 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0411417214237405 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0274278142824936 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0205708607118702 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0164566885694962 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0822834428474809 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0411417214237405 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0274278142824936 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0205708607118702 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0164566885694962 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0928792836503637 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0464396418251819 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0309597612167879 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0232198209125909 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0185758567300727 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0928792836503637 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0464396418251819 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0309597612167879 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0232198209125909 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0185758567300727 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0928792836503637 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0464396418251818 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0309597612167879 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0232198209125909 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0185758567300727 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0928792836503637 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0464396418251818 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0309597612167879 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0232198209125909 million of years.
  
  > The 125 number of pieces inputted equals to intervals of 0.0185758567300727 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.201936740451179 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0807746961804716 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0403873480902358 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0269248987268239 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0201936740451179 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.112861871768156 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0451447487072625 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0225723743536313 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0150482495690875 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0112861871768156 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.122342266572225 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0489369066288901 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.024468453314445 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.01631230220963 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0122342266572225 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.184941469885616 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0739765879542463 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0369882939771231 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0246588626514154 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0184941469885616 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.102561447234408 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0410245788937631 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0205122894468816 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0136748596312544 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0102561447234408 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.242514330811806 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0970057323247224 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0485028661623612 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0323352441082408 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0242514330811806 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.100720630739668 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0402882522958674 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0201441261479337 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0134294174319558 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0100720630739668 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.288583581023036 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.115433432409215 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0577167162046073 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0384778108030715 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0288583581023036 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.114828492852191 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0459313971408765 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0229656985704382 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0153104657136255 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0114828492852191 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.280131693151517 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.112052677260607 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0560263386303033 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0373508924202022 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0280131693151517 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.214782769837185 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0859131079348741 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.042956553967437 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.028637702644958 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0214782769837185 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.245195928688204 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0980783714752816 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0490391857376408 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0326927904917605 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0245195928688204 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.135511615499251 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0542046461997002 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0271023230998501 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0180682153999001 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0135511615499251 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.363997048478336 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.145598819391334 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0727994096956672 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0485329397971115 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0363997048478336 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.181964328171683 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.072785731268673 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0363928656343365 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.024261910422891 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0181964328171683 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.510961443107836 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.204384577243134 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.102192288621567 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0681281924143781 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0510961443107836 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.218539929618371 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0874159718473482 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0437079859236741 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0291386572824494 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0218539929618371 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.292610141761167 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.117044056704467 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0585220283522334 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0390146855681556 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0292610141761167 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.212626619793314 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.0850506479173256 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0425253239586628 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.0283502159724419 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.0212626619793314 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.36891661144401 million of years.
  
  > The 25 number of pieces inputted equals to intervals of 0.147566644577604 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0737833222888021 million of years.
  
  > The 75 number of pieces inputted equals to intervals of 0.049188881525868 million of years.
  
  > The 100 number of pieces inputted equals to intervals of 0.036891661144401 million of years.
  
  > The 46 number of pieces inputted equals to intervals of 0.0503465918218251 million of years.
  
  > The 6 number of pieces inputted equals to intervals of 0.208056690418729 million of years.
  
  > The 50 number of pieces inputted equals to intervals of 0.0566161094219572 million of years.
  
  > The 18 number of pieces inputted equals to intervals of 0.0572442232540162 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.351441973487604 million of years.
  
  > The 33 number of pieces inputted equals to intervals of 0.049709099436976 million of years.
  
  > The 38 number of pieces inputted equals to intervals of 0.0571404291183157 million of years.
  
  > The 48 number of pieces inputted equals to intervals of 0.042550298094932 million of years.
  
  > The 34 number of pieces inputted equals to intervals of 0.0305516136030506 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.348960954222558 million of years.
  
  > The 21 number of pieces inputted equals to intervals of 0.0463338906165771 million of years.
  
  > The 24 number of pieces inputted equals to intervals of 0.171245750679634 million of years.
  
  > The 45 number of pieces inputted equals to intervals of 0.0243683294611468 million of years.
  
  > The 37 number of pieces inputted equals to intervals of 0.0447625751641467 million of years.
  
  > The 30 number of pieces inputted equals to intervals of 0.0141186357956524 million of years.
  
  > The 41 number of pieces inputted equals to intervals of 0.030663581526759 million of years.
  
  > The 32 number of pieces inputted equals to intervals of 0.0649982919378826 million of years.
  
  > The 22 number of pieces inputted equals to intervals of 0.0542060527835608 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.363581227954814 million of years.
  
  > The 2 number of pieces inputted equals to intervals of 1.58920850568837 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.269257671435137 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.269257671435137 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.269257671435137 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.269257671435137 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0644748485814273 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0644748485814273 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0644748485814273 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.0644748485814273 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.059855736397857 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.059855736397857 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.059855736397857 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.059855736397857 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0850860350672995 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0850860350672995 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0850860350672995 million of years.
  
  > The 12 number of pieces inputted equals to intervals of 0.0850860350672995 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.0941658213850594 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.0941658213850594 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.0941658213850594 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.0941658213850594 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.136512194304904 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.136512194304904 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.136512194304904 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.136512194304904 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.213940120329008 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.213940120329008 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.213940120329008 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.213940120329008 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.249426745044222 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.249426745044222 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.249426745044222 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.249426745044222 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.440100179069845 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.440100179069845 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.440100179069845 million of years.
  
  > The 5 number of pieces inputted equals to intervals of 0.440100179069845 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.188989926071279 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.188989926071279 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.188989926071279 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.188989926071279 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.264403123103444 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.264403123103444 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.264403123103444 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.264403123103444 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.260746546983858 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.260746546983858 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.260746546983858 million of years.
  
  > The 15 number of pieces inputted equals to intervals of 0.260746546983858 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0635425545026149 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0635425545026149 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0635425545026149 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.0635425545026149 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.459710349204752 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.459710349204752 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.459710349204752 million of years.
  
  > The 11 number of pieces inputted equals to intervals of 0.459710349204752 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.146716325464458 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.146716325464458 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.146716325464458 million of years.
  
  > The 10 number of pieces inputted equals to intervals of 0.146716325464458 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0598560657195452 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0598560657195452 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0598560657195452 million of years.
  
  > The 13 number of pieces inputted equals to intervals of 0.0598560657195452 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.42201895991158 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.42201895991158 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.42201895991158 million of years.
  
  > The 7 number of pieces inputted equals to intervals of 0.42201895991158 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.403019697225471 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.403019697225471 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.403019697225471 million of years.
  
  > The 8 number of pieces inputted equals to intervals of 0.403019697225471 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.151213841291257 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.151213841291257 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.151213841291257 million of years.
  
  > The 9 number of pieces inputted equals to intervals of 0.151213841291257 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.161708101567396 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.161708101567396 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.161708101567396 million of years.
  
  > The 14 number of pieces inputted equals to intervals of 0.161708101567396 million of years.
  
  [ FAIL 1 | WARN 0 | SKIP 0 | PASS 1748 ]
  
  ══ 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 2 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 1748 ]
  Error: Test failures
  Execution halted