• using R version 2.11.1 Patched (2010-07-29 r52657)
  • using session charset: ISO8859-1
  • checking for file 'RBrownie/DESCRIPTION' ... OK
  • checking extension type ... Package
  • this is package 'RBrownie' version '0.0.5'
  • checking package name space information ... OK
  • checking package dependencies ... OK
  • checking if this is a source package ... OK
  • checking whether package 'RBrownie' can be installed ... OK
  • checking package directory ... OK
  • checking for portable file names ... OK
  • checking DESCRIPTION meta-information ... OK
  • checking top-level files ... OK
  • checking index information ... OK
  • checking package subdirectories ... OK
  • checking R files for non-ASCII characters ... OK
  • checking R files for syntax errors ... OK
  • checking whether the package can be loaded ... OK
  • checking whether the package can be loaded with stated dependencies ... OK
  • checking whether the package can be unloaded cleanly ... OK
  • checking whether the name space can be loaded with stated dependencies ... OK
  • checking whether the name space can be unloaded cleanly ... OK
  • checking for unstated dependencies in R code ... OK
  • checking S3 generic/method consistency ... OK
  • checking replacement functions ... OK
  • checking foreign function calls ... OK
  • checking R code for possible problems ... OK
  • checking Rd files ... WARNING
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    prepare_Rd: isback.Rd:22-24: Dropping empty section \details
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    prepare_Rd: isback.Rd:47-49: Dropping empty section \examples
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    prepare_Rd: phyextPlot.Rd:69-70: Dropping empty section \note
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    prepare_Rd: plot.censored.Rd:56-58: Dropping empty section \note
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    prepare_Rd: plot.taxaset.Rd:56-58: Dropping empty section \note
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    prepare_Rd: read.characters2.Rd:34-36: Dropping empty section \note
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    prepare_Rd: read.characters2.Rd:43-45: Dropping empty section \examples
    prepare_Rd: read.continuous.output.Rd:37-39: Dropping empty section \note
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    prepare_Rd: readBrownie.Rd:33-35: Dropping empty section \note
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    prepare_Rd: rm.ending.Rd:44-46: Dropping empty section \examples
    prepare_Rd: run.analysis.Rd:34-36: Dropping empty section \note
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    prepare_Rd: run.asis.Rd:41-43: Dropping empty section \note
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    prepare_Rd: runCensored.Rd:42-44: Dropping empty section \note
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    prepare_Rd: runDiscrete.Rd:57-59: Dropping empty section \note
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    prepare_Rd: runNonCensored.Rd:61-63: Dropping empty section \note
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    prepare_Rd: scan.treesout.Rd:31-33: Dropping empty section \note
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    prepare_Rd: showBrownie.Rd:14-16: Dropping empty section \details
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    prepare_Rd: summaryDiscrete.Rd:39-41: Dropping empty section \examples
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    prepare_Rd: taxData.Rd:14-16: Dropping empty section \details
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    prepare_Rd: taxa.charvect.Rd:37-39: Dropping empty section \note
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    prepare_Rd: taxa.mono.Rd:47-49: Dropping empty section \examples
    prepare_Rd: taxaname.to.taxind.Rd:22-24: Dropping empty section \details
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    prepare_Rd: taxaname.to.taxind.Rd:47-49: Dropping empty section \examples
    prepare_Rd: taxaset.names.Rd:19-21: Dropping empty section \details
    prepare_Rd: taxaset.names.Rd:31-33: Dropping empty section \note
    prepare_Rd: taxaset.names.Rd:25-27: Dropping empty section \references
    prepare_Rd: taxaset.names.Rd:37-39: Dropping empty section \seealso
    prepare_Rd: taxaset.rename.Rd:19-21: Dropping empty section \details
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    prepare_Rd: taxaset.rename.Rd:35-37: Dropping empty section \note
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    prepare_Rd: taxaset.rename.Rd:44-46: Dropping empty section \examples
    prepare_Rd: taxind.to.dataind.Rd:22-24: Dropping empty section \details
    prepare_Rd: taxind.to.dataind.Rd:34-36: Dropping empty section \note
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    prepare_Rd: taxind.to.dataind.Rd:43-45: Dropping empty section \examples
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  • checking Rd metadata ... OK
  • checking Rd cross-references ... OK
  • checking for missing documentation entries ... OK
  • checking for code/documentation mismatches ... OK
  • checking Rd \usage sections ... OK
  • checking Rd contents ... OK
  • checking data for non-ASCII characters ... OK
  • checking line endings in C/C++/Fortran sources/headers ... OK
  • checking line endings in Makefiles ... OK
  • checking for portable compilation flags in Makevars ... OK
  • checking for portable use of $BLAS_LIBS ... OK
  • checking examples ... OK
  • checking package vignettes in 'inst/doc' ... NOTE
    LIB: Generator type: mt19937
    LIB: Seed = 1287164843
    LIB: First value = 1361101496
    RCPP: 'd:/temp/RtmpKu0z9n/file88338f5'
    Piping commands to brownie objectLIB: preprocessing command: execute 'd:/temp/RtmpKu0z9n/file88338f5'
    .. conditioned command is: ;execute 'd:/temp/RtmpKu0z9n/file88338f5';end;
    LIB: handle cmd ';execute 'd:/temp/RtmpKu0z9n/file88338f5';end;'
    Opening d:/temp/RtmpKu0z9n/file88338f5...
    Starting to execute NEXUS file
    Entering TAXA block...done
    Entering TREES block...done
    Entering CHARACTERS block...done
    (Skipping assumptions block)
    (Skipping brownie block)
    Finished executing NEXUS file
    TREES block contains 10 trees
    1 UNTITLED (rooted, weight = 1)
    2 UNTITLED (rooted, weight = 1)
    3 UNTITLED (rooted, weight = 1)
    4 UNTITLED (rooted, weight = 1)
    5 UNTITLED (rooted, weight = 1)
    6 UNTITLED (rooted, weight = 1)
    7 UNTITLED (rooted, weight = 1)
    8 UNTITLED (rooted, weight = 1)
    9 UNTITLED (rooted, weight = 1)
    10 UNTITLED (rooted, weight = 1,default tree)
    Reading TAXA block...
    Reading TREES block...
    Reading CHARACTERS block...
    Reading ASSUMPTIONS block...
    Reading BROWNIE block...
    You have chosen a single rate Brownian motion model
    Now optimizing with taxset ALL
    LIB: Generator type: mt19937
    LIB: Seed = 1287164843
    LIB: First value = 1361101496
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164844
    LIB: First value = 3078496947
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164845
    LIB: First value = 3790483801
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164846
    LIB: First value = 2620151362
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164847
    LIB: First value = 955779633
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164848
    LIB: First value = 2512847007
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164849
    LIB: First value = 2067785931
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164849
    LIB: First value = 2067785931
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164851
    LIB: First value = 62949120
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.942997 +/- 0.00002
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164851
    LIB: First value = 62949120
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.942997 +/- 0.00002
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156413 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164853
    LIB: First value = 1500573360
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.942997 +/- 0.00002
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156413 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401495 +/- 0.000058
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164853
    LIB: First value = 1500573360
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.942997 +/- 0.00002
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156413 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401495 +/- 0.000058
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533325 +/- 0.000013
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164856
    LIB: First value = 222393658
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.942997 +/- 0.00002
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156413 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401495 +/- 0.000058
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533325 +/- 0.000013
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.17557 +/- 0.000027
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164857
    LIB: First value = 1079207073
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.942997 +/- 0.00002
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156413 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401495 +/- 0.000058
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533325 +/- 0.000013
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.17557 +/- 0.000027
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713838 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164857
    LIB: First value = 1079207073
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.942997 +/- 0.00002
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156413 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401495 +/- 0.000058
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533325 +/- 0.000013
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.17557 +/- 0.000027
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713838 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.666896 +/- 0.000032
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164858
    LIB: First value = 3651592045
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.942997 +/- 0.00002
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156413 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401495 +/- 0.000058
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533325 +/- 0.000013
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.17557 +/- 0.000027
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713838 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.666896 +/- 0.000032
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004729 +/- 0.000012
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164861
    LIB: First value = 2765398437
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.942997 +/- 0.00002
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156413 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401495 +/- 0.000058
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533325 +/- 0.000013
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.17557 +/- 0.000027
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713838 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.666896 +/- 0.000032
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004729 +/- 0.000012
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582562
    AIC = 209.165124
    AICc = 209.552221
    Ancestral state = 0.0
    Optimal rate = 539.373263 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164862
    LIB: First value = 544812055
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.942997 +/- 0.00002
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156413 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401495 +/- 0.000058
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533325 +/- 0.000013
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.17557 +/- 0.000027
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713838 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.666896 +/- 0.000032
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004729 +/- 0.000012
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582562
    AIC = 209.165124
    AICc = 209.552221
    Ancestral state = 0.0
    Optimal rate = 539.373263 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409855
    AIC = 188.81971
    AICc = 189.206807
    Ancestral state = 0.0
    Optimal rate = 296.489956 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164863
    LIB: First value = 4288188269
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.942997 +/- 0.00002
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156413 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401495 +/- 0.000058
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533325 +/- 0.000013
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.17557 +/- 0.000027
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713838 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.666896 +/- 0.000032
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004729 +/- 0.000012
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582562
    AIC = 209.165124
    AICc = 209.552221
    Ancestral state = 0.0
    Optimal rate = 539.373263 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409855
    AIC = 188.81971
    AICc = 189.206807
    Ancestral state = 0.0
    Optimal rate = 296.489956 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582569
    AIC = 209.165138
    AICc = 209.552235
    Ancestral state = -0.0
    Optimal rate = 1120.318912 +/- 0.000061
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164863
    LIB: First value = 4288188269
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175451 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.07772 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442963 +/- 0.000024
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373263 +/- 0.000034
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646944 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471372 +/- 0.000056
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.47565 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.942997 +/- 0.00002
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156413 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401495 +/- 0.000058
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533325 +/- 0.000013
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.17557 +/- 0.000027
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713838 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.666896 +/- 0.000032
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004729 +/- 0.000012
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582562
    AIC = 209.165124
    AICc = 209.552221
    Ancestral state = 0.0
    Optimal rate = 539.373263 +/- 0.000018
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409855
    AIC = 188.81971
    AICc = 189.206807
    Ancestral state = 0.0
    Optimal rate = 296.489956 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582569
    AIC = 209.165138
    AICc = 209.552235
    Ancestral state = -0.0
    Optimal rate = 1120.318912 +/- 0.000061
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.819721
    AICc = 189.206817
    Ancestral state = -0.0
    Optimal rate = 615.831891 +/- 0.000013
    Note that +/- reflects imprecision due to numerical optimization
    You have chosen Brownian motion with one rate parameter per state
    Now optimizing with taxset ALL
    LIB: Generator type: mt19937
    LIB: Seed = 1287164865
    LIB: First value = 2522069476
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 101.358522
    AIC = 208.717044
    AICc = 209.517044
    Ancestral state = -0.568339 +/- 0.0
    Rate in state 0 = 91.263036 +/- 0.000014
    Rate in state 1 = 752.717403 +/- 0.000033
    LIB: Generator type: mt19937
    LIB: Seed = 1287164868
    LIB: First value = 3960182888
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 91.179842
    AIC = 188.359685
    AICc = 189.159685
    Ancestral state = 2.750468 +/- 0.0
    Rate in state 0 = 48.767965 +/- 0.000004
    Rate in state 1 = 415.385136 +/- 0.000007
    LIB: Generator type: mt19937
    LIB: Seed = 1287164871
    LIB: First value = 3321046834
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.241775
    AIC = 204.483549
    AICc = 205.283549
    Ancestral state = -0.710483 +/- 0.0
    Rate in state 0 = 21.346395 +/- 0.000001
    Rate in state 1 = 671.657926 +/- 0.000022
    LIB: Generator type: mt19937
    LIB: Seed = 1287164874
    LIB: First value = 1144809923
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.983502
    AIC = 187.967004
    AICc = 188.767004
    Ancestral state = 3.054602 +/- 0.0
    Rate in state 0 = 41.680786 +/- 0.000005
    Rate in state 1 = 325.951769 +/- 0.000011
    LIB: Generator type: mt19937
    LIB: Seed = 1287164878
    LIB: First value = 46283188
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 98.403443
    AIC = 202.806887
    AICc = 203.606887
    Ancestral state = -0.712707 +/- 0.010024
    Rate in state 0 = 24.872614 +/- 0.893549
    Rate in state 1 = 859.919452 +/- 122.339556
    LIB: Generator type: mt19937
    LIB: Seed = 1287164881
    LIB: First value = 948698112
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.568177
    AIC = 187.136354
    AICc = 187.936354
    Ancestral state = 3.330917 +/- 0.0
    Rate in state 0 = 47.885894 +/- 0.000003
    Rate in state 1 = 424.639151 +/- 0.00001
    LIB: Generator type: mt19937
    LIB: Seed = 1287164885
    LIB: First value = 56149649
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.25393
    AIC = 204.507859
    AICc = 205.307859
    Ancestral state = -0.720946 +/- 0.0
    Rate in state 0 = 89.787497 +/- 0.000008
    Rate in state 1 = 2852.305362 +/- 0.000075
    LIB: Generator type: mt19937
    LIB: Seed = 1287164888
    LIB: First value = 3651989586
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.870567
    AIC = 187.741134
    AICc = 188.541134
    Ancestral state = 3.365235 +/- 0.0
    Rate in state 0 = 155.289326 +/- 0.000016
    Rate in state 1 = 1406.590721 +/- 0.000038
    LIB: Generator type: mt19937
    LIB: Seed = 1287164892
    LIB: First value = 4122565267
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 101.678334
    AIC = 209.356668
    AICc = 210.156668
    Ancestral state = -0.438847 +/- 0.0
    Rate in state 0 = 94.16415 +/- 0.000014
    Rate in state 1 = 462.96564 +/- 0.000018
    LIB: Generator type: mt19937
    LIB: Seed = 1287164894
    LIB: First value = 2555581001
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 91.255611
    AIC = 188.511222
    AICc = 189.311222
    Ancestral state = 1.827769 +/- 0.0
    Rate in state 0 = 42.895599 +/- 0.000004
    Rate in state 1 = 257.636693 +/- 0.000006
    LIB: Generator type: mt19937
    LIB: Seed = 1287164898
    LIB: First value = 3381652477
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 97.672424
    AIC = 201.344848
    AICc = 202.144848
    Ancestral state = -0.718767 +/- 0.0
    Rate in state 0 = 52.492217 +/- 0.000002
    Rate in state 1 = 2218.494662 +/- 0.000052
    LIB: Generator type: mt19937
    LIB: Seed = 1287164901
    LIB: First value = 2426234493
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.78148
    AIC = 187.56296
    AICc = 188.36296
    Ancestral state = 2.47375 +/- 0.0
    Rate in state 0 = 174.301704 +/- 0.000014
    Rate in state 1 = 991.120329 +/- 0.000022
    LIB: Generator type: mt19937
    LIB: Seed = 1287164905
    LIB: First value = 2452911357
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.045956
    AIC = 204.091912
    AICc = 204.891912
    Ancestral state = -0.73727 +/- 0.0
    Rate in state 0 = 31.188348 +/- 0.000003
    Rate in state 1 = 983.465003 +/- 0.000023
    LIB: Generator type: mt19937
    LIB: Seed = 1287164907
    LIB: First value = 115664565
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 91.061771
    AIC = 188.123541
    AICc = 188.923541
    Ancestral state = 2.421296 +/- 0.0
    Rate in state 0 = 77.340206 +/- 0.000005
    Rate in state 1 = 459.763735 +/- 0.000017
    LIB: Generator type: mt19937
    LIB: Seed = 1287164911
    LIB: First value = 700022333
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 100.073359
    AIC = 206.146717
    AICc = 206.946717
    Ancestral state = -0.664456 +/- 0.0
    Rate in state 0 = 64.535106 +/- 0.000007
    Rate in state 1 = 1320.170024 +/- 0.00004
    LIB: Generator type: mt19937
    LIB: Seed = 1287164914
    LIB: First value = 3802288652
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 91.132001
    AIC = 188.264002
    AICc = 189.064002
    Ancestral state = 2.905147 +/- 0.0
    Rate in state 0 = 103.759454 +/- 0.000008
    Rate in state 1 = 650.004129 +/- 0.000013
    LIB: Generator type: mt19937
    LIB: Seed = 1287164918
    LIB: First value = 820403939
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.299029
    AIC = 204.598057
    AICc = 205.398057
    Ancestral state = -0.68127 +/- 0.0
    Rate in state 0 = 28.801419 +/- 0.000002
    Rate in state 1 = 884.378941 +/- 0.000026
    LIB: Generator type: mt19937
    LIB: Seed = 1287164921
    LIB: First value = 966901172
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.987651
    AIC = 187.975303
    AICc = 188.775303
    Ancestral state = 3.017591 +/- 0.0
    Rate in state 0 = 56.273543 +/- 0.000005
    Rate in state 1 = 429.108616 +/- 0.000013
    LIB: Generator type: mt19937
    LIB: Seed = 1287164925
    LIB: First value = 407736370
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.397679
    AIC = 204.795357
    AICc = 205.595357
    Ancestral state = -0.684373 +/- 0.0
    Rate in state 0 = 59.01483 +/- 0.000006
    Rate in state 1 = 1843.943322 +/- 0.000048
    LIB: Generator type: mt19937
    LIB: Seed = 1287164928
    LIB: First value = 1645434161
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.660259
    AIC = 187.320518
    AICc = 188.120518
    Ancestral state = 3.750794 +/- 0.0
    Rate in state 0 = 87.830935 +/- 0.000006
    Rate in state 1 = 918.875032 +/- 0.000022
    LIB: Generator type: mt19937
    LIB: Seed = 1287164933
    LIB: First value = 3663110643
    RCPP: 'd:/temp/RtmpKu0z9n/file4a0f52b4'
    Piping commands to brownie objectLIB: preprocessing command: execute 'd:/temp/RtmpKu0z9n/file4a0f52b4'
    .. conditioned command is: ;execute 'd:/temp/RtmpKu0z9n/file4a0f52b4';end;
    LIB: handle cmd ';execute 'd:/temp/RtmpKu0z9n/file4a0f52b4';end;'
    Opening d:/temp/RtmpKu0z9n/file4a0f52b4...
    Starting to execute NEXUS file
    Entering TAXA block...done
    Entering TREES block...done
    Entering CHARACTERS block...done
    (Skipping assumptions block)
    (Skipping brownie block)
    Finished executing NEXUS file
    TREES block contains 10 trees
    1 UNTITLED (rooted, weight = 1)
    2 UNTITLED (rooted, weight = 1)
    3 UNTITLED (rooted, weight = 1)
    4 UNTITLED (rooted, weight = 1)
    5 UNTITLED (rooted, weight = 1)
    6 UNTITLED (rooted, weight = 1)
    7 UNTITLED (rooted, weight = 1)
    8 UNTITLED (rooted, weight = 1)
    9 UNTITLED (rooted, weight = 1)
    10 UNTITLED (rooted, weight = 1,default tree)
    Reading TAXA block...
    Reading TREES block...
    Reading CHARACTERS block...
    Reading ASSUMPTIONS block...
    Reading BROWNIE block...
    You have chosen a single rate Brownian motion model
    Now optimizing with taxset ALL
    LIB: Generator type: mt19937
    LIB: Seed = 1287164933
    LIB: First value = 3663110643
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164933
    LIB: First value = 3663110643
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164935
    LIB: First value = 4226970732
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164935
    LIB: First value = 4226970732
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164936
    LIB: First value = 2347873852
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164937
    LIB: First value = 2507914602
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164938
    LIB: First value = 1158278135
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164938
    LIB: First value = 1158278135
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164939
    LIB: First value = 1249537852
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943014 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164940
    LIB: First value = 1866540674
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943014 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156418 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164941
    LIB: First value = 411732224
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943014 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156418 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401484 +/- 0.000088
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164942
    LIB: First value = 3305231241
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943014 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156418 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401484 +/- 0.000088
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533307 +/- 0.000016
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164944
    LIB: First value = 3653932545
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943014 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156418 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401484 +/- 0.000088
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533307 +/- 0.000016
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175579 +/- 0.000026
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164944
    LIB: First value = 3653932545
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943014 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156418 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401484 +/- 0.000088
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533307 +/- 0.000016
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175579 +/- 0.000026
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713839 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164946
    LIB: First value = 1239853962
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943014 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156418 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401484 +/- 0.000088
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533307 +/- 0.000016
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175579 +/- 0.000026
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713839 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.666917 +/- 0.000037
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164946
    LIB: First value = 1239853962
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943014 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156418 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401484 +/- 0.000088
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533307 +/- 0.000016
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175579 +/- 0.000026
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713839 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.666917 +/- 0.000037
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004735 +/- 0.000011
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164949
    LIB: First value = 1037581735
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943014 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156418 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401484 +/- 0.000088
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533307 +/- 0.000016
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175579 +/- 0.000026
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713839 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.666917 +/- 0.000037
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004735 +/- 0.000011
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582562
    AIC = 209.165124
    AICc = 209.552221
    Ancestral state = 0.0
    Optimal rate = 539.373284 +/- 0.000033
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164949
    LIB: First value = 1037581735
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943014 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156418 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401484 +/- 0.000088
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533307 +/- 0.000016
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175579 +/- 0.000026
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713839 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.666917 +/- 0.000037
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004735 +/- 0.000011
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582562
    AIC = 209.165124
    AICc = 209.552221
    Ancestral state = 0.0
    Optimal rate = 539.373284 +/- 0.000033
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409855
    AIC = 188.81971
    AICc = 189.206807
    Ancestral state = 0.0
    Optimal rate = 296.489961 +/- 0.000009
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164950
    LIB: First value = 2502713901
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943014 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156418 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401484 +/- 0.000088
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533307 +/- 0.000016
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175579 +/- 0.000026
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713839 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.666917 +/- 0.000037
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004735 +/- 0.000011
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582562
    AIC = 209.165124
    AICc = 209.552221
    Ancestral state = 0.0
    Optimal rate = 539.373284 +/- 0.000033
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409855
    AIC = 188.81971
    AICc = 189.206807
    Ancestral state = 0.0
    Optimal rate = 296.489961 +/- 0.000009
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582569
    AIC = 209.165138
    AICc = 209.552235
    Ancestral state = -0.0
    Optimal rate = 1120.318913 +/- 0.00006
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287164951
    LIB: First value = 3320299560
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175444 +/- 0.000039
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077718 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442929 +/- 0.000029
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968399 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373233 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646943 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471291 +/- 0.000091
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475631 +/- 0.000019
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943014 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.156418 +/- 0.000004
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401484 +/- 0.000088
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533307 +/- 0.000016
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175579 +/- 0.000026
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713839 +/- 0.000006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.666917 +/- 0.000037
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004735 +/- 0.000011
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582562
    AIC = 209.165124
    AICc = 209.552221
    Ancestral state = 0.0
    Optimal rate = 539.373284 +/- 0.000033
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409855
    AIC = 188.81971
    AICc = 189.206807
    Ancestral state = 0.0
    Optimal rate = 296.489961 +/- 0.000009
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582569
    AIC = 209.165138
    AICc = 209.552235
    Ancestral state = -0.0
    Optimal rate = 1120.318913 +/- 0.00006
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.819721
    AICc = 189.206817
    Ancestral state = -0.0
    Optimal rate = 615.831883 +/- 0.000016
    Note that +/- reflects imprecision due to numerical optimization
    You have chosen Brownian motion with one rate parameter per state
    Now optimizing with taxset ALL
    LIB: Generator type: mt19937
    LIB: Seed = 1287164953
    LIB: First value = 1442438115
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 101.358522
    AIC = 208.717044
    AICc = 209.517044
    Ancestral state = -0.568338 +/- 0.0
    Rate in state 0 = 91.263031 +/- 0.000018
    Rate in state 1 = 752.71741 +/- 0.00002
    LIB: Generator type: mt19937
    LIB: Seed = 1287164955
    LIB: First value = 1500231319
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 91.179842
    AIC = 188.359685
    AICc = 189.159685
    Ancestral state = 2.750468 +/- 0.0
    Rate in state 0 = 48.767964 +/- 0.000006
    Rate in state 1 = 415.385142 +/- 0.000016
    LIB: Generator type: mt19937
    LIB: Seed = 1287164958
    LIB: First value = 1087799423
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 99.241775
    AIC = 204.483549
    AICc = 205.283549
    Ancestral state = -0.710483 +/- 0.0
    Rate in state 0 = 21.346394 +/- 0.000002
    Rate in state 1 = 671.657923 +/- 0.000019
    LIB: Generator type: mt19937
    LIB: Seed = 1287164962
    LIB: First value = 2863016803
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.983502
    AIC = 187.967004
    AICc = 188.767004
    Ancestral state = 3.054602 +/- 0.0
    Rate in state 0 = 41.680784 +/- 0.000004
    Rate in state 1 = 325.95176 +/- 0.000009
    LIB: Generator type: mt19937
    LIB: Seed = 1287164966
    LIB: First value = 36721648
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 98.403443
    AIC = 202.806887
    AICc = 203.606887
    Ancestral state = -0.712707 +/- 0.0
    Rate in state 0 = 24.872616 +/- 0.000002
    Rate in state 1 = 859.91948 +/- 0.000021
    LIB: Generator type: mt19937
    LIB: Seed = 1287164969
    LIB: First value = 1441507420
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.568177
    AIC = 187.136354
    AICc = 187.936354
    Ancestral state = 3.330917 +/- 0.0
    Rate in state 0 = 47.885895 +/- 0.000003
    Rate in state 1 = 424.63914 +/- 0.000009
    LIB: Generator type: mt19937
    LIB: Seed = 1287164972
    LIB: First value = 1176614749
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.25393
    AIC = 204.507859
    AICc = 205.307859
    Ancestral state = -0.720946 +/- 0.0
    Rate in state 0 = 89.7875 +/- 0.000006
    Rate in state 1 = 2852.305362 +/- 0.000091
    LIB: Generator type: mt19937
    LIB: Seed = 1287164976
    LIB: First value = 1315584009
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.870567
    AIC = 187.741134
    AICc = 188.541134
    Ancestral state = 3.365235 +/- 0.0
    Rate in state 0 = 155.289333 +/- 0.000017
    Rate in state 1 = 1406.590718 +/- 0.000039
    LIB: Generator type: mt19937
    LIB: Seed = 1287164980
    LIB: First value = 1456094903
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 101.678334
    AIC = 209.356668
    AICc = 210.156668
    Ancestral state = -0.438846 +/- 0.0
    Rate in state 0 = 94.164138 +/- 0.000012
    Rate in state 1 = 462.965631 +/- 0.000016
    LIB: Generator type: mt19937
    LIB: Seed = 1287164982
    LIB: First value = 4227473696
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 91.255611
    AIC = 188.511222
    AICc = 189.311222
    Ancestral state = 1.82777 +/- 0.0
    Rate in state 0 = 42.895601 +/- 0.000004
    Rate in state 1 = 257.636691 +/- 0.000006
    LIB: Generator type: mt19937
    LIB: Seed = 1287164986
    LIB: First value = 598977948
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 97.672424
    AIC = 201.344848
    AICc = 202.144848
    Ancestral state = -0.718767 +/- 0.0
    Rate in state 0 = 52.492216 +/- 0.000003
    Rate in state 1 = 2218.494586 +/- 0.000055
    LIB: Generator type: mt19937
    LIB: Seed = 1287164989
    LIB: First value = 2995518866
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.78148
    AIC = 187.56296
    AICc = 188.36296
    Ancestral state = 2.473751 +/- 0.0
    Rate in state 0 = 174.301687 +/- 0.000011
    Rate in state 1 = 991.12034 +/- 0.000019
    LIB: Generator type: mt19937
    LIB: Seed = 1287164993
    LIB: First value = 706110851
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.045956
    AIC = 204.091912
    AICc = 204.891912
    Ancestral state = -0.73727 +/- 0.0
    Rate in state 0 = 31.188344 +/- 0.000003
    Rate in state 1 = 983.46501 +/- 0.000025
    LIB: Generator type: mt19937
    LIB: Seed = 1287164996
    LIB: First value = 3775438853
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 91.061771
    AIC = 188.123541
    AICc = 188.923541
    Ancestral state = 2.421296 +/- 0.0
    Rate in state 0 = 77.340199 +/- 0.000005
    Rate in state 1 = 459.763736 +/- 0.000013
    LIB: Generator type: mt19937
    LIB: Seed = 1287165000
    LIB: First value = 3559151613
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 100.073359
    AIC = 206.146717
    AICc = 206.946717
    Ancestral state = -0.664456 +/- 0.0
    Rate in state 0 = 64.535101 +/- 0.000006
    Rate in state 1 = 1320.17006 +/- 0.000038
    LIB: Generator type: mt19937
    LIB: Seed = 1287165003
    LIB: First value = 2624849968
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 91.132001
    AIC = 188.264002
    AICc = 189.064002
    Ancestral state = 2.905147 +/- 0.0
    Rate in state 0 = 103.759449 +/- 0.000007
    Rate in state 1 = 650.004159 +/- 0.000018
    LIB: Generator type: mt19937
    LIB: Seed = 1287165006
    LIB: First value = 1460111326
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.299029
    AIC = 204.598057
    AICc = 205.398057
    Ancestral state = -0.68127 +/- 0.0
    Rate in state 0 = 28.801418 +/- 0.000002
    Rate in state 1 = 884.378963 +/- 0.000025
    LIB: Generator type: mt19937
    LIB: Seed = 1287165010
    LIB: First value = 2331656303
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.987651
    AIC = 187.975303
    AICc = 188.775303
    Ancestral state = 3.017591 +/- 0.0
    Rate in state 0 = 56.273545 +/- 0.000004
    Rate in state 1 = 429.10861 +/- 0.000014
    LIB: Generator type: mt19937
    LIB: Seed = 1287165013
    LIB: First value = 523565074
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.397679
    AIC = 204.795357
    AICc = 205.595357
    Ancestral state = -0.684374 +/- 0.0
    Rate in state 0 = 59.014817 +/- 0.000004
    Rate in state 1 = 1843.943357 +/- 0.000072
    LIB: Generator type: mt19937
    LIB: Seed = 1287165017
    LIB: First value = 3772964352
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.660259
    AIC = 187.320518
    AICc = 188.120518
    Ancestral state = 3.750794 +/- 0.0
    Rate in state 0 = 87.830935 +/- 0.000007
    Rate in state 1 = 918.874998 +/- 0.000014
    LIB: Generator type: mt19937
    LIB: Seed = 1287165021
    LIB: First value = 1033560058
    RCPP: 'd:/temp/RtmpKu0z9n/file25e83f86'
    Piping commands to brownie objectLIB: preprocessing command: execute 'd:/temp/RtmpKu0z9n/file25e83f86'
    .. conditioned command is: ;execute 'd:/temp/RtmpKu0z9n/file25e83f86';end;
    LIB: handle cmd ';execute 'd:/temp/RtmpKu0z9n/file25e83f86';end;'
    Opening d:/temp/RtmpKu0z9n/file25e83f86...
    Starting to execute NEXUS file
    Entering TAXA block...done
    Entering TREES block...done
    Entering CHARACTERS block...done
    (Skipping assumptions block)
    (Skipping brownie block)
    Finished executing NEXUS file
    TREES block contains 10 trees
    1 UNTITLED (rooted, weight = 1)
    2 UNTITLED (rooted, weight = 1)
    3 UNTITLED (rooted, weight = 1)
    4 UNTITLED (rooted, weight = 1)
    5 UNTITLED (rooted, weight = 1)
    6 UNTITLED (rooted, weight = 1)
    7 UNTITLED (rooted, weight = 1)
    8 UNTITLED (rooted, weight = 1)
    9 UNTITLED (rooted, weight = 1)
    10 UNTITLED (rooted, weight = 1,default tree)
    Reading TAXA block...
    Reading TREES block...
    Reading CHARACTERS block...
    Reading ASSUMPTIONS block...
    Reading BROWNIE block...
    You have chosen a single rate Brownian motion model
    Now optimizing with taxset ALL
    LIB: Generator type: mt19937
    LIB: Seed = 1287165022
    LIB: First value = 1507629618
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165022
    LIB: First value = 1507629618
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165024
    LIB: First value = 1367952168
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165024
    LIB: First value = 1367952168
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165025
    LIB: First value = 432524386
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165026
    LIB: First value = 19126802
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165027
    LIB: First value = 3532678837
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165028
    LIB: First value = 1077080909
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165028
    LIB: First value = 1077080909
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943016 +/- 0.000022
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165029
    LIB: First value = 3208274922
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943016 +/- 0.000022
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.15642 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165030
    LIB: First value = 3112872362
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943016 +/- 0.000022
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.15642 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401609 +/- 0.000098
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165031
    LIB: First value = 616141334
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943016 +/- 0.000022
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.15642 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401609 +/- 0.000098
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533316 +/- 0.00001
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165032
    LIB: First value = 2975782285
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943016 +/- 0.000022
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.15642 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401609 +/- 0.000098
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533316 +/- 0.00001
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175545 +/- 0.000038
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165033
    LIB: First value = 2475890960
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943016 +/- 0.000022
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.15642 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401609 +/- 0.000098
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533316 +/- 0.00001
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175545 +/- 0.000038
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713835 +/- 0.000009
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165034
    LIB: First value = 4196742615
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943016 +/- 0.000022
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.15642 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401609 +/- 0.000098
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533316 +/- 0.00001
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175545 +/- 0.000038
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713835 +/- 0.000009
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.6669 +/- 0.00005
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165035
    LIB: First value = 1119473622
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943016 +/- 0.000022
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.15642 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401609 +/- 0.000098
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533316 +/- 0.00001
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175545 +/- 0.000038
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713835 +/- 0.000009
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.6669 +/- 0.00005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004728 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165037
    LIB: First value = 3579538526
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943016 +/- 0.000022
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.15642 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401609 +/- 0.000098
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533316 +/- 0.00001
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175545 +/- 0.000038
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713835 +/- 0.000009
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.6669 +/- 0.00005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004728 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582562
    AIC = 209.165124
    AICc = 209.552221
    Ancestral state = 0.0
    Optimal rate = 539.373258 +/- 0.000027
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165037
    LIB: First value = 3579538526
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943016 +/- 0.000022
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.15642 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401609 +/- 0.000098
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533316 +/- 0.00001
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175545 +/- 0.000038
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713835 +/- 0.000009
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.6669 +/- 0.00005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004728 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582562
    AIC = 209.165124
    AICc = 209.552221
    Ancestral state = 0.0
    Optimal rate = 539.373258 +/- 0.000027
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409855
    AIC = 188.81971
    AICc = 189.206807
    Ancestral state = 0.0
    Optimal rate = 296.489954 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165038
    LIB: First value = 755163173
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943016 +/- 0.000022
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.15642 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401609 +/- 0.000098
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533316 +/- 0.00001
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175545 +/- 0.000038
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713835 +/- 0.000009
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.6669 +/- 0.00005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004728 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582562
    AIC = 209.165124
    AICc = 209.552221
    Ancestral state = 0.0
    Optimal rate = 539.373258 +/- 0.000027
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409855
    AIC = 188.81971
    AICc = 189.206807
    Ancestral state = 0.0
    Optimal rate = 296.489954 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582569
    AIC = 209.165138
    AICc = 209.552235
    Ancestral state = -0.0
    Optimal rate = 1120.318819 +/- 0.000067
    Note that +/- reflects imprecision due to numerical optimization
    LIB: Generator type: mt19937
    LIB: Seed = 1287165038
    LIB: First value = 755163173
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Now optimizing with taxset ALL
    -lnL = 102.58253
    AIC = 209.165059
    AICc = 209.552156
    Ancestral state = 0.0
    Optimal rate = 553.175414 +/- 0.00003
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409867
    AIC = 188.819734
    AICc = 189.206831
    Ancestral state = 0.0
    Optimal rate = 304.077715 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.58259
    AIC = 209.165181
    AICc = 209.552277
    Ancestral state = -0.0
    Optimal rate = 407.442971 +/- 0.000021
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.81972
    AICc = 189.206817
    Ancestral state = 0.0
    Optimal rate = 223.968406 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582641
    AIC = 209.165282
    AICc = 209.552379
    Ancestral state = -0.0
    Optimal rate = 512.373257 +/- 0.000031
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409857
    AIC = 188.819714
    AICc = 189.206811
    Ancestral state = 0.0
    Optimal rate = 281.646937 +/- 0.000007
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582653
    AIC = 209.165305
    AICc = 209.552402
    Ancestral state = -0.0
    Optimal rate = 1725.471303 +/- 0.000078
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409862
    AIC = 188.819725
    AICc = 189.206822
    Ancestral state = 0.0
    Optimal rate = 948.475648 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582565
    AIC = 209.16513
    AICc = 209.552227
    Ancestral state = -0.0
    Optimal rate = 365.943016 +/- 0.000022
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409854
    AIC = 188.819707
    AICc = 189.206804
    Ancestral state = -0.0
    Optimal rate = 201.15642 +/- 0.000005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582495
    AIC = 209.164991
    AICc = 209.552087
    Ancestral state = 0.0
    Optimal rate = 1274.401609 +/- 0.000098
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409865
    AIC = 188.819729
    AICc = 189.206826
    Ancestral state = 0.0
    Optimal rate = 700.533316 +/- 0.00001
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582564
    AIC = 209.165128
    AICc = 209.552224
    Ancestral state = -0.0
    Optimal rate = 596.175545 +/- 0.000038
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409859
    AIC = 188.819718
    AICc = 189.206814
    Ancestral state = 0.0
    Optimal rate = 327.713835 +/- 0.000009
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582526
    AIC = 209.165052
    AICc = 209.552149
    Ancestral state = -0.0
    Optimal rate = 858.6669 +/- 0.00005
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409861
    AIC = 188.819722
    AICc = 189.206819
    Ancestral state = 0.0
    Optimal rate = 472.004728 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582562
    AIC = 209.165124
    AICc = 209.552221
    Ancestral state = 0.0
    Optimal rate = 539.373258 +/- 0.000027
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.409855
    AIC = 188.81971
    AICc = 189.206807
    Ancestral state = 0.0
    Optimal rate = 296.489954 +/- 0.000008
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 102.582569
    AIC = 209.165138
    AICc = 209.552235
    Ancestral state = -0.0
    Optimal rate = 1120.318819 +/- 0.000067
    Note that +/- reflects imprecision due to numerical optimization
    -lnL = 92.40986
    AIC = 188.819721
    AICc = 189.206817
    Ancestral state = -0.0
    Optimal rate = 615.831891 +/- 0.000015
    Note that +/- reflects imprecision due to numerical optimization
    You have chosen Brownian motion with one rate parameter per state
    Now optimizing with taxset ALL
    LIB: Generator type: mt19937
    LIB: Seed = 1287165040
    LIB: First value = 2109283670
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 101.358522
    AIC = 208.717044
    AICc = 209.517044
    Ancestral state = -0.568339 +/- 0.0
    Rate in state 0 = 91.263057 +/- 0.000017
    Rate in state 1 = 752.717401 +/- 0.000037
    LIB: Generator type: mt19937
    LIB: Seed = 1287165043
    LIB: First value = 1053161102
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 91.179842
    AIC = 188.359685
    AICc = 189.159685
    Ancestral state = 2.750468 +/- 0.0
    Rate in state 0 = 48.767966 +/- 0.000005
    Rate in state 1 = 415.385118 +/- 0.000012
    LIB: Generator type: mt19937
    LIB: Seed = 1287165047
    LIB: First value = 704611791
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.241775
    AIC = 204.483549
    AICc = 205.283549
    Ancestral state = -0.710483 +/- 0.0
    Rate in state 0 = 21.346394 +/- 0.000002
    Rate in state 1 = 671.657928 +/- 0.000014
    LIB: Generator type: mt19937
    LIB: Seed = 1287165050
    LIB: First value = 1220213452
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.983502
    AIC = 187.967004
    AICc = 188.767004
    Ancestral state = 3.054602 +/- 0.0
    Rate in state 0 = 41.680782 +/- 0.000003
    Rate in state 1 = 325.951763 +/- 0.000007
    LIB: Generator type: mt19937
    LIB: Seed = 1287165053
    LIB: First value = 3252527206
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 98.403443
    AIC = 202.806887
    AICc = 203.606887
    Ancestral state = -0.712707 +/- 0.0
    Rate in state 0 = 24.872617 +/- 0.000001
    Rate in state 1 = 859.919455 +/- 0.000026
    LIB: Generator type: mt19937
    LIB: Seed = 1287165057
    LIB: First value = 601045896
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.568177
    AIC = 187.136354
    AICc = 187.936354
    Ancestral state = 3.330917 +/- 0.0
    Rate in state 0 = 47.885895 +/- 0.000003
    Rate in state 1 = 424.639141 +/- 0.00001
    LIB: Generator type: mt19937
    LIB: Seed = 1287165061
    LIB: First value = 3190167957
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.25393
    AIC = 204.507859
    AICc = 205.307859
    Ancestral state = -0.720946 +/- 0.0
    Rate in state 0 = 89.787507 +/- 0.000008
    Rate in state 1 = 2852.305245 +/- 0.000084
    LIB: Generator type: mt19937
    LIB: Seed = 1287165064
    LIB: First value = 309888716
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.870567
    AIC = 187.741134
    AICc = 188.541134
    Ancestral state = 3.365235 +/- 0.0
    Rate in state 0 = 155.289337 +/- 0.00001
    Rate in state 1 = 1406.590711 +/- 0.000038
    LIB: Generator type: mt19937
    LIB: Seed = 1287165068
    LIB: First value = 1241825432
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 101.678334
    AIC = 209.356668
    AICc = 210.156668
    Ancestral state = -0.438846 +/- 0.000001
    Rate in state 0 = 94.164137 +/- 0.000011
    Rate in state 1 = 462.965638 +/- 0.000017
    LIB: Generator type: mt19937
    LIB: Seed = 1287165070
    LIB: First value = 2424370302
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 91.255611
    AIC = 188.511222
    AICc = 189.311222
    Ancestral state = 1.82777 +/- 0.0
    Rate in state 0 = 42.895602 +/- 0.000003
    Rate in state 1 = 257.636688 +/- 0.000004
    LIB: Generator type: mt19937
    LIB: Seed = 1287165074
    LIB: First value = 692967042
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 97.672424
    AIC = 201.344848
    AICc = 202.144848
    Ancestral state = -0.718767 +/- 0.0
    Rate in state 0 = 52.492222 +/- 0.000003
    Rate in state 1 = 2218.494753 +/- 0.000055
    LIB: Generator type: mt19937
    LIB: Seed = 1287165077
    LIB: First value = 1205521882
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.78148
    AIC = 187.56296
    AICc = 188.36296
    Ancestral state = 2.473751 +/- 0.0
    Rate in state 0 = 174.301709 +/- 0.000011
    Rate in state 1 = 991.120288 +/- 0.000026
    LIB: Generator type: mt19937
    LIB: Seed = 1287165081
    LIB: First value = 2732861917
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.045956
    AIC = 204.091912
    AICc = 204.891912
    Ancestral state = -0.73727 +/- 0.0
    Rate in state 0 = 31.188343 +/- 0.000002
    Rate in state 1 = 983.464991 +/- 0.000032
    LIB: Generator type: mt19937
    LIB: Seed = 1287165084
    LIB: First value = 978500404
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 91.061771
    AIC = 188.123541
    AICc = 188.923541
    Ancestral state = 2.421296 +/- 0.0
    Rate in state 0 = 77.340201 +/- 0.000007
    Rate in state 1 = 459.763726 +/- 0.000012
    LIB: Generator type: mt19937
    LIB: Seed = 1287165088
    LIB: First value = 777524463
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 100.073359
    AIC = 206.146717
    AICc = 206.946717
    Ancestral state = -0.664456 +/- 0.0
    Rate in state 0 = 64.535099 +/- 0.000007
    Rate in state 1 = 1320.170047 +/- 0.000026
    LIB: Generator type: mt19937
    LIB: Seed = 1287165091
    LIB: First value = 1620829471
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 91.132001
    AIC = 188.264002
    AICc = 189.064002
    Ancestral state = 2.905147 +/- 0.0
    Rate in state 0 = 103.759438 +/- 0.000008
    Rate in state 1 = 650.00418 +/- 0.000017
    LIB: Generator type: mt19937
    LIB: Seed = 1287165095
    LIB: First value = 2940709122
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.299029
    AIC = 204.598057
    AICc = 205.398057
    Ancestral state = -0.68127 +/- 0.0
    Rate in state 0 = 28.801418 +/- 0.000003
    Rate in state 1 = 884.378989 +/- 0.00002
    LIB: Generator type: mt19937
    LIB: Seed = 1287165098
    LIB: First value = 96648825
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.987651
    AIC = 187.975303
    AICc = 188.775303
    Ancestral state = 3.017591 +/- 0.0
    Rate in state 0 = 56.273553 +/- 0.000006
    Rate in state 1 = 429.108611 +/- 0.000011
    LIB: Generator type: mt19937
    LIB: Seed = 1287165101
    LIB: First value = 1625427109
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    -lnL = 99.397679
    AIC = 204.795357
    AICc = 205.595357
    Ancestral state = -0.684374 +/- 0.0
    Rate in state 0 = 59.014829 +/- 0.000004
    Rate in state 1 = 1843.943293 +/- 0.000042
    LIB: Generator type: mt19937
    LIB: Seed = 1287165104
    LIB: First value = 153148034
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    ----------------------------------------------------------------------------
    WARNING: Out of 15 optimization starts, 15 were stopped by hitting
    the maximum # of iterations. This means that those replicates
    may not even have hit the local maximum.
    You can increase the maximum number of iterations or decrease the
    precision with the NumOpt command. You could also consider
    increasing the number of random starts using that same command.
    If this happened on a small proportion of replicates, though,
    or if the precision (below) is good enough, don't worry about it.
    ----------------------------------------------------------------------------
    -lnL = 90.660259
    AIC = 187.320518
    AICc = 188.120518
    Ancestral state = 3.750794 +/- 0.0
    Rate in state 0 = 87.830933 +/- 0.000004
    Rate in state 1 = 918.874982 +/- 0.00005
    LIB: Generator type: mt19937
    LIB: Seed = 1287165108
    LIB: First value = 2547224846
    RCPP: 'd:/temp/RtmpKu0z9n/file7ec141e5'
    Piping commands to brownie objectLIB: preprocessing command: execute 'd:/temp/RtmpKu0z9n/file7ec141e5'
    .. conditioned command is: ;execute 'd:/temp/RtmpKu0z9n/file7ec141e5';end;
    LIB: handle cmd ';execute 'd:/temp/RtmpKu0z9n/file7ec141e5';end;'
    Opening d:/temp/RtmpKu0z9n/file7ec141e5...
    Starting to execute NEXUS file
    Entering TAXA block...done
    Entering TREES block...done
    Entering CHARACTERS block...done
    (Skipping brownie block)
    Finished executing NEXUS file
    TREES block contains one tree
    1 UNTITLED (rooted, weight = 1,default tree)
    Reading TAXA block...
    Reading TREES block...
    Reading CHARACTERS block...
    Reading BROWNIE block...
    You have chosen a non-time-reversible model: rates are free to vary
    You have chosen equal frequencies for all states
    WARNING: if some characters have fewer than 2 character states, the output in the output table will be wrong for those chars
    -------------------------------------------------------------------------------
    WARNING: You are trying to estimate 2 parameters, but only have 13 taxa.
    Make sure to try some simpler models, and expect quite imprecise estimates.
    -------------------------------------------------------------------------------
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Tree = 1: UNTITLED
    -lnL = 6.043574
    AIC = 16.087148
    AICc = 17.287148
    Rates: nonreversible
    q_0_1 = 1.652106 +/- 0.0
    q_1_0 = 6.252674 +/- 0.0
    Statefreqs: uniform
    P(0) = 0.5
    P(1) = 0.5
    tree input1 = (((((((((fuliginosa[&S 1:0.055]:0.055,fortis[&S 1:0.055]:0.055)'[&S 0:0.0275,1:0.0275]':0.055,magnirostris[&S 0:0.11]:0.11)'[&S 0:0.07333]':0.07333,conirostris[&S 0:0.18333]:0.18333)'[&S 0:0.00917]':0.00917,scandens[&S 0:0.1925]:0.1925)'[&S 0:0.0355]':0.0355,difficilis[&S 0:0.114,1:0.114]:0.228)'[&S 0:0.10346]':0.10346,(pallida[&S 0:0.08667]:0.08667,((parvulus[&S 0:0.02]:0.02,psittacula[&S 0:0.02]:0.02)'[&S 0:0.015]':0.015,pauper[&S 0:0.035]:0.035)'[&S 0:0.05167]':0.05167)'[&S 0:0.24479]':0.24479)'[&S 0:0.13404]':0.13404,Platyspiza[&S 0:0.4655]:0.4655)'[&S 0:0.06859]':0.06859,fusca[&S 0:0.53409]:0.53409)'[&S 0:0.04924]':0.04924,Pinaroloxias[&S 0:0.58333]:0.58333);
    tree input1 = (((((((((fuliginosa:{1,0.055},fortis:{1,0.055})':{0,0.0275:1,0.0275}',magnirostris:{0,0.11})':{0,0.07333}',conirostris:{0,0.18333})':{0,0.00917}',scandens:{0,0.1925})':{0,0.0355}',difficilis:{0,0.114:1,0.114})':{0,0.10346}',(pallida:{0,0.08667},((parvulus:{0,0.02},psittacula:{0,0.02})':{0,0.015}',pauper:{0,0.035})':{0,0.05167}')':{0,0.24479}')':{0,0.13404}',Platyspiza:{0,0.4655})':{0,0.06859}',fusca:{0,0.53409})':{0,0.04924}',Pinaroloxias:{0,0.58333});
    <da><c4> fuliginosa:{1,0.055}
    ڴ:{0,0.0275:1,0.0275}
    <b3><c0><c4> fortis:{1,0.055}
    ڴ:{0,0.07333}
    <b3><c0><c4><c4> magnirostris:{0,0.11}
    ڴ:{0,0.00917}
    <b3><c0><c4><c4><c4> conirostris:{0,0.18333}
    ڴ:{0,0.0355}
    <b3><c0><c4><c4><c4><c4> scandens:{0,0.1925}
    <da><c4><c4>Ĵ:{0,0.10346}
    <b3> <c0><c4><c4><c4><c4><c4> difficilis:{0,0.114:1,0.114}
    ڴ:{0,0.13404}
    <b3><b3> <da><c4><c4><c4> pallida:{0,0.08667}
    <b3><c0><c4><c4><c4><c4>Ĵ:{0,0.24479}
    <b3> <b3> <da><c4> parvulus:{0,0.02}
    <b3> <b3>ڴ:{0,0.015}
    <b3> <b3><b3><c0><c4> psittacula:{0,0.02}
    <b3> <c0><b4>:{0,0.05167}
    <b3> <c0><c4><c4> pauper:{0,0.035}
    ڴ:{0,0.06859}
    <b3><c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> Platyspiza:{0,0.4655}
    ڴ:{0,0.04924}
    <b3><c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> fusca:{0,0.53409}
    <b4>
    <c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> Pinaroloxias:{0,0.58333}
    You have chosen a non-time-reversible model: rates are free to vary
    You have chosen to use equilibrium state frequencies
    WARNING: if some characters have fewer than 2 character states, the output in the output table will be wrong for those chars
    -------------------------------------------------------------------------------
    WARNING: You are trying to estimate 2 parameters, but only have 13 taxa.
    Make sure to try some simpler models, and expect quite imprecise estimates.
    -------------------------------------------------------------------------------
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Tree = 1: UNTITLED
    -lnL = 6.042915
    AIC = 16.085830
    AICc = 17.285830
    Rates: nonreversible
    q_0_1 = 1.661837 +/- 0.000001
    q_1_0 = 6.181368 +/- 0.000002
    Statefreqs: equilibrium
    P(0) = 0.788118
    P(1) = 0.211882
    tree input1 = (((((((((fuliginosa[&S 1:0.055]:0.055,fortis[&S 1:0.055]:0.055)'[&S 0:0.0275,1:0.0275]':0.055,magnirostris[&S 0:0.11]:0.11)'[&S 0:0.07333]':0.07333,conirostris[&S 0:0.18333]:0.18333)'[&S 0:0.00917]':0.00917,scandens[&S 0:0.1925]:0.1925)'[&S 0:0.0355]':0.0355,difficilis[&S 0:0.114,1:0.114]:0.228)'[&S 0:0.10346]':0.10346,(pallida[&S 0:0.08667]:0.08667,((parvulus[&S 0:0.02]:0.02,psittacula[&S 0:0.02]:0.02)'[&S 0:0.015]':0.015,pauper[&S 0:0.035]:0.035)'[&S 0:0.05167]':0.05167)'[&S 0:0.24479]':0.24479)'[&S 0:0.13404]':0.13404,Platyspiza[&S 0:0.4655]:0.4655)'[&S 0:0.06859]':0.06859,fusca[&S 0:0.53409]:0.53409)'[&S 0:0.04924]':0.04924,Pinaroloxias[&S 0:0.58333]:0.58333);
    tree input1 = (((((((((fuliginosa:{1,0.055},fortis:{1,0.055})':{0,0.0275:1,0.0275}',magnirostris:{0,0.11})':{0,0.07333}',conirostris:{0,0.18333})':{0,0.00917}',scandens:{0,0.1925})':{0,0.0355}',difficilis:{0,0.114:1,0.114})':{0,0.10346}',(pallida:{0,0.08667},((parvulus:{0,0.02},psittacula:{0,0.02})':{0,0.015}',pauper:{0,0.035})':{0,0.05167}')':{0,0.24479}')':{0,0.13404}',Platyspiza:{0,0.4655})':{0,0.06859}',fusca:{0,0.53409})':{0,0.04924}',Pinaroloxias:{0,0.58333});
    <da><c4> fuliginosa:{1,0.055}
    ڴ:{0,0.0275:1,0.0275}
    <b3><c0><c4> fortis:{1,0.055}
    ڴ:{0,0.07333}
    <b3><c0><c4><c4> magnirostris:{0,0.11}
    ڴ:{0,0.00917}
    <b3><c0><c4><c4><c4> conirostris:{0,0.18333}
    ڴ:{0,0.0355}
    <b3><c0><c4><c4><c4><c4> scandens:{0,0.1925}
    <da><c4><c4>Ĵ:{0,0.10346}
    <b3> <c0><c4><c4><c4><c4><c4> difficilis:{0,0.114:1,0.114}
    ڴ:{0,0.13404}
    <b3><b3> <da><c4><c4><c4> pallida:{0,0.08667}
    <b3><c0><c4><c4><c4><c4>Ĵ:{0,0.24479}
    <b3> <b3> <da><c4> parvulus:{0,0.02}
    <b3> <b3>ڴ:{0,0.015}
    <b3> <b3><b3><c0><c4> psittacula:{0,0.02}
    <b3> <c0><b4>:{0,0.05167}
    <b3> <c0><c4><c4> pauper:{0,0.035}
    ڴ:{0,0.06859}
    <b3><c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> Platyspiza:{0,0.4655}
    ڴ:{0,0.04924}
    <b3><c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> fusca:{0,0.53409}
    <b4>
    <c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> Pinaroloxias:{0,0.58333}
    LIB: Generator type: mt19937
    LIB: Seed = 1287165112
    LIB: First value = 2336286128
    RCPP: 'd:/temp/RtmpKu0z9n/file2ccf1d83'
    Piping commands to brownie objectLIB: preprocessing command: execute 'd:/temp/RtmpKu0z9n/file2ccf1d83'
    .. conditioned command is: ;execute 'd:/temp/RtmpKu0z9n/file2ccf1d83';end;
    LIB: handle cmd ';execute 'd:/temp/RtmpKu0z9n/file2ccf1d83';end;'
    Opening d:/temp/RtmpKu0z9n/file2ccf1d83...
    Starting to execute NEXUS file
    Entering TAXA block...done
    Entering TREES block...done
    Entering CHARACTERS block...done
    (Skipping brownie block)
    Finished executing NEXUS file
    TREES block contains one tree
    1 UNTITLED (rooted, weight = 1,default tree)
    Reading TAXA block...
    Reading TREES block...
    Reading CHARACTERS block...
    Reading BROWNIE block...
    You have chosen a non-time-reversible model: rates are free to vary
    You have chosen equal frequencies for all states
    WARNING: if some characters have fewer than 2 character states, the output in the output table will be wrong for those chars
    -------------------------------------------------------------------------------
    WARNING: You are trying to estimate 2 parameters, but only have 13 taxa.
    Make sure to try some simpler models, and expect quite imprecise estimates.
    -------------------------------------------------------------------------------
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Tree = 1: UNTITLED
    -lnL = 6.043574
    AIC = 16.087148
    AICc = 17.287148
    Rates: nonreversible
    q_0_1 = 1.652106 +/- 0.0
    q_1_0 = 6.252674 +/- 0.0
    Statefreqs: uniform
    P(0) = 0.5
    P(1) = 0.5
    tree input1 = (((((((((fuliginosa[&S 1:0.055]:0.055,fortis[&S 1:0.055]:0.055)'[&S 0:0.0275,1:0.0275]':0.055,magnirostris[&S 0:0.11]:0.11)'[&S 0:0.07333]':0.07333,conirostris[&S 0:0.18333]:0.18333)'[&S 0:0.00917]':0.00917,scandens[&S 0:0.1925]:0.1925)'[&S 0:0.0355]':0.0355,difficilis[&S 0:0.114,1:0.114]:0.228)'[&S 0:0.10346]':0.10346,(pallida[&S 0:0.08667]:0.08667,((parvulus[&S 0:0.02]:0.02,psittacula[&S 0:0.02]:0.02)'[&S 0:0.015]':0.015,pauper[&S 0:0.035]:0.035)'[&S 0:0.05167]':0.05167)'[&S 0:0.24479]':0.24479)'[&S 0:0.13404]':0.13404,Platyspiza[&S 0:0.4655]:0.4655)'[&S 0:0.06859]':0.06859,fusca[&S 0:0.53409]:0.53409)'[&S 0:0.04924]':0.04924,Pinaroloxias[&S 0:0.58333]:0.58333);
    tree input1 = (((((((((fuliginosa:{1,0.055},fortis:{1,0.055})':{0,0.0275:1,0.0275}',magnirostris:{0,0.11})':{0,0.07333}',conirostris:{0,0.18333})':{0,0.00917}',scandens:{0,0.1925})':{0,0.0355}',difficilis:{0,0.114:1,0.114})':{0,0.10346}',(pallida:{0,0.08667},((parvulus:{0,0.02},psittacula:{0,0.02})':{0,0.015}',pauper:{0,0.035})':{0,0.05167}')':{0,0.24479}')':{0,0.13404}',Platyspiza:{0,0.4655})':{0,0.06859}',fusca:{0,0.53409})':{0,0.04924}',Pinaroloxias:{0,0.58333});
    <da><c4> fuliginosa:{1,0.055}
    ڴ:{0,0.0275:1,0.0275}
    <b3><c0><c4> fortis:{1,0.055}
    ڴ:{0,0.07333}
    <b3><c0><c4><c4> magnirostris:{0,0.11}
    ڴ:{0,0.00917}
    <b3><c0><c4><c4><c4> conirostris:{0,0.18333}
    ڴ:{0,0.0355}
    <b3><c0><c4><c4><c4><c4> scandens:{0,0.1925}
    <da><c4><c4>Ĵ:{0,0.10346}
    <b3> <c0><c4><c4><c4><c4><c4> difficilis:{0,0.114:1,0.114}
    ڴ:{0,0.13404}
    <b3><b3> <da><c4><c4><c4> pallida:{0,0.08667}
    <b3><c0><c4><c4><c4><c4>Ĵ:{0,0.24479}
    <b3> <b3> <da><c4> parvulus:{0,0.02}
    <b3> <b3>ڴ:{0,0.015}
    <b3> <b3><b3><c0><c4> psittacula:{0,0.02}
    <b3> <c0><b4>:{0,0.05167}
    <b3> <c0><c4><c4> pauper:{0,0.035}
    ڴ:{0,0.06859}
    <b3><c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> Platyspiza:{0,0.4655}
    ڴ:{0,0.04924}
    <b3><c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> fusca:{0,0.53409}
    <b4>
    <c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> Pinaroloxias:{0,0.58333}
    You have chosen a non-time-reversible model: rates are free to vary
    You have chosen to use equilibrium state frequencies
    WARNING: if some characters have fewer than 2 character states, the output in the output table will be wrong for those chars
    -------------------------------------------------------------------------------
    WARNING: You are trying to estimate 2 parameters, but only have 13 taxa.
    Make sure to try some simpler models, and expect quite imprecise estimates.
    -------------------------------------------------------------------------------
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Tree = 1: UNTITLED
    -lnL = 6.042915
    AIC = 16.085830
    AICc = 17.285830
    Rates: nonreversible
    q_0_1 = 1.661837 +/- 0.000001
    q_1_0 = 6.181369 +/- 0.000002
    Statefreqs: equilibrium
    P(0) = 0.788118
    P(1) = 0.211882
    tree input1 = (((((((((fuliginosa[&S 1:0.055]:0.055,fortis[&S 1:0.055]:0.055)'[&S 0:0.0275,1:0.0275]':0.055,magnirostris[&S 0:0.11]:0.11)'[&S 0:0.07333]':0.07333,conirostris[&S 0:0.18333]:0.18333)'[&S 0:0.00917]':0.00917,scandens[&S 0:0.1925]:0.1925)'[&S 0:0.0355]':0.0355,difficilis[&S 0:0.114,1:0.114]:0.228)'[&S 0:0.10346]':0.10346,(pallida[&S 0:0.08667]:0.08667,((parvulus[&S 0:0.02]:0.02,psittacula[&S 0:0.02]:0.02)'[&S 0:0.015]':0.015,pauper[&S 0:0.035]:0.035)'[&S 0:0.05167]':0.05167)'[&S 0:0.24479]':0.24479)'[&S 0:0.13404]':0.13404,Platyspiza[&S 0:0.4655]:0.4655)'[&S 0:0.06859]':0.06859,fusca[&S 0:0.53409]:0.53409)'[&S 0:0.04924]':0.04924,Pinaroloxias[&S 0:0.58333]:0.58333);
    tree input1 = (((((((((fuliginosa:{1,0.055},fortis:{1,0.055})':{0,0.0275:1,0.0275}',magnirostris:{0,0.11})':{0,0.07333}',conirostris:{0,0.18333})':{0,0.00917}',scandens:{0,0.1925})':{0,0.0355}',difficilis:{0,0.114:1,0.114})':{0,0.10346}',(pallida:{0,0.08667},((parvulus:{0,0.02},psittacula:{0,0.02})':{0,0.015}',pauper:{0,0.035})':{0,0.05167}')':{0,0.24479}')':{0,0.13404}',Platyspiza:{0,0.4655})':{0,0.06859}',fusca:{0,0.53409})':{0,0.04924}',Pinaroloxias:{0,0.58333});
    <da><c4> fuliginosa:{1,0.055}
    ڴ:{0,0.0275:1,0.0275}
    <b3><c0><c4> fortis:{1,0.055}
    ڴ:{0,0.07333}
    <b3><c0><c4><c4> magnirostris:{0,0.11}
    ڴ:{0,0.00917}
    <b3><c0><c4><c4><c4> conirostris:{0,0.18333}
    ڴ:{0,0.0355}
    <b3><c0><c4><c4><c4><c4> scandens:{0,0.1925}
    <da><c4><c4>Ĵ:{0,0.10346}
    <b3> <c0><c4><c4><c4><c4><c4> difficilis:{0,0.114:1,0.114}
    ڴ:{0,0.13404}
    <b3><b3> <da><c4><c4><c4> pallida:{0,0.08667}
    <b3><c0><c4><c4><c4><c4>Ĵ:{0,0.24479}
    <b3> <b3> <da><c4> parvulus:{0,0.02}
    <b3> <b3>ڴ:{0,0.015}
    <b3> <b3><b3><c0><c4> psittacula:{0,0.02}
    <b3> <c0><b4>:{0,0.05167}
    <b3> <c0><c4><c4> pauper:{0,0.035}
    ڴ:{0,0.06859}
    <b3><c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> Platyspiza:{0,0.4655}
    ڴ:{0,0.04924}
    <b3><c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> fusca:{0,0.53409}
    <b4>
    <c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> Pinaroloxias:{0,0.58333}
    LIB: Generator type: mt19937
    LIB: Seed = 1287165115
    LIB: First value = 3978841195
    RCPP: 'd:/temp/RtmpKu0z9n/file6a995179'
    Piping commands to brownie objectLIB: preprocessing command: execute 'd:/temp/RtmpKu0z9n/file6a995179'
    .. conditioned command is: ;execute 'd:/temp/RtmpKu0z9n/file6a995179';end;
    LIB: handle cmd ';execute 'd:/temp/RtmpKu0z9n/file6a995179';end;'
    Opening d:/temp/RtmpKu0z9n/file6a995179...
    Starting to execute NEXUS file
    Entering TAXA block...done
    Entering TREES block...done
    Entering CHARACTERS block...done
    (Skipping brownie block)
    Finished executing NEXUS file
    TREES block contains one tree
    1 UNTITLED (rooted, weight = 1,default tree)
    Reading TAXA block...
    Reading TREES block...
    Reading CHARACTERS block...
    Reading BROWNIE block...
    You have chosen a non-time-reversible model: rates are free to vary
    You have chosen equal frequencies for all states
    WARNING: if some characters have fewer than 2 character states, the output in the output table will be wrong for those chars
    -------------------------------------------------------------------------------
    WARNING: You are trying to estimate 2 parameters, but only have 13 taxa.
    Make sure to try some simpler models, and expect quite imprecise estimates.
    -------------------------------------------------------------------------------
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Tree = 1: UNTITLED
    -lnL = 6.043574
    AIC = 16.087148
    AICc = 17.287148
    Rates: nonreversible
    q_0_1 = 1.652106 +/- 0.0
    q_1_0 = 6.252674 +/- 0.0
    Statefreqs: uniform
    P(0) = 0.5
    P(1) = 0.5
    tree input1 = (((((((((fuliginosa[&S 1:0.055]:0.055,fortis[&S 1:0.055]:0.055)'[&S 0:0.0275,1:0.0275]':0.055,magnirostris[&S 0:0.11]:0.11)'[&S 0:0.07333]':0.07333,conirostris[&S 0:0.18333]:0.18333)'[&S 0:0.00917]':0.00917,scandens[&S 0:0.1925]:0.1925)'[&S 0:0.0355]':0.0355,difficilis[&S 0:0.114,1:0.114]:0.228)'[&S 0:0.10346]':0.10346,(pallida[&S 0:0.08667]:0.08667,((parvulus[&S 0:0.02]:0.02,psittacula[&S 0:0.02]:0.02)'[&S 0:0.015]':0.015,pauper[&S 0:0.035]:0.035)'[&S 0:0.05167]':0.05167)'[&S 0:0.24479]':0.24479)'[&S 0:0.13404]':0.13404,Platyspiza[&S 0:0.4655]:0.4655)'[&S 0:0.06859]':0.06859,fusca[&S 0:0.53409]:0.53409)'[&S 0:0.04924]':0.04924,Pinaroloxias[&S 0:0.58333]:0.58333);
    tree input1 = (((((((((fuliginosa:{1,0.055},fortis:{1,0.055})':{0,0.0275:1,0.0275}',magnirostris:{0,0.11})':{0,0.07333}',conirostris:{0,0.18333})':{0,0.00917}',scandens:{0,0.1925})':{0,0.0355}',difficilis:{0,0.114:1,0.114})':{0,0.10346}',(pallida:{0,0.08667},((parvulus:{0,0.02},psittacula:{0,0.02})':{0,0.015}',pauper:{0,0.035})':{0,0.05167}')':{0,0.24479}')':{0,0.13404}',Platyspiza:{0,0.4655})':{0,0.06859}',fusca:{0,0.53409})':{0,0.04924}',Pinaroloxias:{0,0.58333});
    <da><c4> fuliginosa:{1,0.055}
    ڴ:{0,0.0275:1,0.0275}
    <b3><c0><c4> fortis:{1,0.055}
    ڴ:{0,0.07333}
    <b3><c0><c4><c4> magnirostris:{0,0.11}
    ڴ:{0,0.00917}
    <b3><c0><c4><c4><c4> conirostris:{0,0.18333}
    ڴ:{0,0.0355}
    <b3><c0><c4><c4><c4><c4> scandens:{0,0.1925}
    <da><c4><c4>Ĵ:{0,0.10346}
    <b3> <c0><c4><c4><c4><c4><c4> difficilis:{0,0.114:1,0.114}
    ڴ:{0,0.13404}
    <b3><b3> <da><c4><c4><c4> pallida:{0,0.08667}
    <b3><c0><c4><c4><c4><c4>Ĵ:{0,0.24479}
    <b3> <b3> <da><c4> parvulus:{0,0.02}
    <b3> <b3>ڴ:{0,0.015}
    <b3> <b3><b3><c0><c4> psittacula:{0,0.02}
    <b3> <c0><b4>:{0,0.05167}
    <b3> <c0><c4><c4> pauper:{0,0.035}
    ڴ:{0,0.06859}
    <b3><c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> Platyspiza:{0,0.4655}
    ڴ:{0,0.04924}
    <b3><c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> fusca:{0,0.53409}
    <b4>
    <c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> Pinaroloxias:{0,0.58333}
    You have chosen a non-time-reversible model: rates are free to vary
    You have chosen to use equilibrium state frequencies
    WARNING: if some characters have fewer than 2 character states, the output in the output table will be wrong for those chars
    -------------------------------------------------------------------------------
    WARNING: You are trying to estimate 2 parameters, but only have 13 taxa.
    Make sure to try some simpler models, and expect quite imprecise estimates.
    -------------------------------------------------------------------------------
    Progress:
    0% 10% 20% 30% 40% 50% 60% 70% 80% 90% 100%
    |********************************************************************************|
    Tree = 1: UNTITLED
    -lnL = 6.042915
    AIC = 16.085830
    AICc = 17.285830
    Rates: nonreversible
    q_0_1 = 1.661837 +/- 0.000001
    q_1_0 = 6.181368 +/- 0.000002
    Statefreqs: equilibrium
    P(0) = 0.788118
    P(1) = 0.211882
    tree input1 = (((((((((fuliginosa[&S 1:0.055]:0.055,fortis[&S 1:0.055]:0.055)'[&S 0:0.0275,1:0.0275]':0.055,magnirostris[&S 0:0.11]:0.11)'[&S 0:0.07333]':0.07333,conirostris[&S 0:0.18333]:0.18333)'[&S 0:0.00917]':0.00917,scandens[&S 0:0.1925]:0.1925)'[&S 0:0.0355]':0.0355,difficilis[&S 0:0.114,1:0.114]:0.228)'[&S 0:0.10346]':0.10346,(pallida[&S 0:0.08667]:0.08667,((parvulus[&S 0:0.02]:0.02,psittacula[&S 0:0.02]:0.02)'[&S 0:0.015]':0.015,pauper[&S 0:0.035]:0.035)'[&S 0:0.05167]':0.05167)'[&S 0:0.24479]':0.24479)'[&S 0:0.13404]':0.13404,Platyspiza[&S 0:0.4655]:0.4655)'[&S 0:0.06859]':0.06859,fusca[&S 0:0.53409]:0.53409)'[&S 0:0.04924]':0.04924,Pinaroloxias[&S 0:0.58333]:0.58333);
    tree input1 = (((((((((fuliginosa:{1,0.055},fortis:{1,0.055})':{0,0.0275:1,0.0275}',magnirostris:{0,0.11})':{0,0.07333}',conirostris:{0,0.18333})':{0,0.00917}',scandens:{0,0.1925})':{0,0.0355}',difficilis:{0,0.114:1,0.114})':{0,0.10346}',(pallida:{0,0.08667},((parvulus:{0,0.02},psittacula:{0,0.02})':{0,0.015}',pauper:{0,0.035})':{0,0.05167}')':{0,0.24479}')':{0,0.13404}',Platyspiza:{0,0.4655})':{0,0.06859}',fusca:{0,0.53409})':{0,0.04924}',Pinaroloxias:{0,0.58333});
    <da><c4> fuliginosa:{1,0.055}
    ڴ:{0,0.0275:1,0.0275}
    <b3><c0><c4> fortis:{1,0.055}
    ڴ:{0,0.07333}
    <b3><c0><c4><c4> magnirostris:{0,0.11}
    ڴ:{0,0.00917}
    <b3><c0><c4><c4><c4> conirostris:{0,0.18333}
    ڴ:{0,0.0355}
    <b3><c0><c4><c4><c4><c4> scandens:{0,0.1925}
    <da><c4><c4>Ĵ:{0,0.10346}
    <b3> <c0><c4><c4><c4><c4><c4> difficilis:{0,0.114:1,0.114}
    ڴ:{0,0.13404}
    <b3><b3> <da><c4><c4><c4> pallida:{0,0.08667}
    <b3><c0><c4><c4><c4><c4>Ĵ:{0,0.24479}
    <b3> <b3> <da><c4> parvulus:{0,0.02}
    <b3> <b3>ڴ:{0,0.015}
    <b3> <b3><b3><c0><c4> psittacula:{0,0.02}
    <b3> <c0><b4>:{0,0.05167}
    <b3> <c0><c4><c4> pauper:{0,0.035}
    ڴ:{0,0.06859}
    <b3><c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> Platyspiza:{0,0.4655}
    ڴ:{0,0.04924}
    <b3><c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> fusca:{0,0.53409}
    <b4>
    <c0><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4><c4> Pinaroloxias:{0,0.58333}
  • checking PDF version of manual ... OK