--- EXPERIMENT NOTES
--- EXPERIMENT PROPERTIES
#Sun Feb 25 08:37:31 WET 2018
codeml.models=0 1 2 3 7 8
mrbayes.mpich=
mrbayes.ngen=1000000
tcoffee.alignMethod=MUSCLE
tcoffee.params=
tcoffee.maxSeqs=0
codeml.bin=codeml
mrbayes.tburnin=2500
codeml.dir=/usr/bin/
input.sequences=
mrbayes.pburnin=2500
mrbayes.bin=mb
tcoffee.bin=t_coffee
mrbayes.dir=/usr/bin/
tcoffee.dir=
tcoffee.minScore=3
input.fasta=/opt/ADOPS/HIV1_N3/VPU_1_3/input.fasta
input.names=
mrbayes.params=
codeml.params=
--- PSRF SUMMARY
Estimated marginal likelihoods for runs sampled in files
"/opt/ADOPS/HIV1_N3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/HIV1_N3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.p":
(Use the harmonic mean for Bayes factor comparisons of models)
(Values are saved to the file /opt/ADOPS/HIV1_N3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.lstat)
Run Arithmetic mean Harmonic mean
--------------------------------------
1 -4991.31 -5039.47
2 -4989.16 -5044.14
--------------------------------------
TOTAL -4989.74 -5043.45
--------------------------------------
Model parameter summaries over the runs sampled in files
"/opt/ADOPS/HIV1_N3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/HIV1_N3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.p":
Summaries are based on a total of 3002 samples from 2 runs.
Each run produced 2001 samples of which 1501 samples were included.
Parameter summaries saved to file "/opt/ADOPS/HIV1_N3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.pstat".
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median min ESS* avg ESS PSRF+
------------------------------------------------------------------------------------------------------
TL{all} 7.893958 0.260132 6.912367 8.856617 7.864512 826.45 932.27 1.000
r(A<->C){all} 0.134431 0.000270 0.101500 0.164695 0.133476 807.31 822.87 1.000
r(A<->G){all} 0.235946 0.000542 0.191811 0.279966 0.235127 445.01 533.55 1.000
r(A<->T){all} 0.076247 0.000099 0.056868 0.096136 0.075623 720.05 772.91 1.000
r(C<->G){all} 0.101815 0.000295 0.068262 0.134412 0.100839 697.41 717.51 1.001
r(C<->T){all} 0.366303 0.000893 0.310793 0.425975 0.365883 485.66 546.16 1.000
r(G<->T){all} 0.085258 0.000135 0.063648 0.107941 0.084576 706.71 711.36 1.000
pi(A){all} 0.371825 0.000295 0.338181 0.404152 0.371868 744.94 789.29 1.000
pi(C){all} 0.116188 0.000108 0.095086 0.135254 0.115957 760.99 786.79 1.002
pi(G){all} 0.249654 0.000233 0.219553 0.279282 0.249297 458.19 569.26 1.000
pi(T){all} 0.262333 0.000270 0.227357 0.291993 0.262393 488.81 549.26 1.000
alpha{1,2} 0.816216 0.014616 0.602909 1.058878 0.801946 1108.80 1163.50 1.001
alpha{3} 1.272683 0.051047 0.871854 1.714858 1.253146 1293.69 1380.53 1.000
pinvar{all} 0.022400 0.000363 0.000034 0.060560 0.017178 1363.84 1396.13 1.002
------------------------------------------------------------------------------------------------------
* Convergence diagnostic (ESS = Estimated Sample Size); min and avg values
correspond to minimal and average ESS among runs.
ESS value below 100 may indicate that the parameter is undersampled.
+ Convergence diagnostic (PSRF = Potential Scale Reduction Factor; Gelman
and Rubin, 1992) should approach 1.0 as runs converge.
Setting sumt conformat to Simple
--- CODEML SUMMARY
Model 1: NearlyNeutral -3621.720341
Model 2: PositiveSelection -3589.18311
Model 0: one-ratio -3771.649249
Model 3: discrete -3572.686907
Model 7: beta -3593.974846
Model 8: beta&w>1 -3568.352513
Model 0 vs 1 299.85781599999973
Model 2 vs 1 65.0744620000005
Additional information for M1 vs M2:
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: 07_BC.CN.06.Sichuan_2006_SC006.JX392378_)
Pr(w>1) post mean +- SE for w
2 T 1.000** 3.668
4 L 0.999** 3.665
20 T 0.550 2.467
23 F 1.000** 3.668
60 H 0.988* 3.634
61 H 0.844 3.250
64 W 0.567 2.513
Bayes Empirical Bayes (BEB) analysis (Yang, Wong & Nielsen 2005. Mol. Biol. Evol. 22:1107-1118)
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: 07_BC.CN.06.Sichuan_2006_SC006.JX392378_)
Pr(w>1) post mean +- SE for w
2 T 1.000** 3.744 +- 0.475
4 L 0.997** 3.733 +- 0.488
20 T 0.529 2.367 +- 1.311
23 F 1.000** 3.744 +- 0.475
60 H 0.980* 3.681 +- 0.594
61 H 0.774 3.035 +- 1.143
64 W 0.544 2.414 +- 1.317
Model 8 vs 7 51.24466600000051
Additional information for M7 vs M8:
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: 07_BC.CN.06.Sichuan_2006_SC006.JX392378_)
Pr(w>1) post mean +- SE for w
2 T 1.000** 2.640
4 L 0.998** 2.636
20 T 0.693 2.082
23 F 1.000** 2.640
60 H 0.988* 2.617
61 H 0.884 2.432
64 W 0.648 1.998
Bayes Empirical Bayes (BEB) analysis (Yang, Wong & Nielsen 2005. Mol. Biol. Evol. 22:1107-1118)
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: 07_BC.CN.06.Sichuan_2006_SC006.JX392378_)
Pr(w>1) post mean +- SE for w
2 T 1.000** 2.651 +- 0.394
4 L 0.983* 2.601 +- 0.403
20 T 0.640 1.931 +- 0.817
23 F 1.000** 2.651 +- 0.394
60 H 0.965* 2.567 +- 0.461
61 H 0.792 2.199 +- 0.693
64 W 0.606 1.871 +- 0.835
>C1
MPTLTILAIVALVVAIILAIVVWTIVFIEYRKILRQKKIDRLIDRIRERA
EDSGNESYGDQEELSAFMEMGHHAPWDVDDLoooooo
>C2
MISLQIVAIVALVVVTIIAIVVWTIVLIEYRKILRQRKIDRLIDRITERA
EDSGNDSDGDQEELSALVERGHLAPWNIDDLoooooo
>C3
MQPLVILAIVALVVAAIIAIVVWTIVLIEYRKILRQRKIDRLIDRLIERA
EDSGNESEGDQEELSALVEMGHHAPWVVNDLoooooo
>C4
LRIWAIVGLLVALILAIVVWTIVGIEYKKLLKQKKIDRLIKRIKERAEDS
GNDSDEDTEELSTLVEMKNYDLKDDNNoooooooooo
>C5
MLNLYAKVDYRLGVGALIVALILGLIVWTIAYIEYRKLVRQRKIDLLIKR
IRERAEDSGNESDGDTEELSTMVDMGHLGLLDANDLo
>C6
MQTLAILAIVALVVAAIIAIVVWTIVFIEYRKILRQKKIDRLIDRIRERA
EDSGNESDGDQEELAAFMEMGHHAHWDVDDLoooooo
>C7
MTPLEISAIVGLIVALILAIVVWTIVAIEYLKLLKQRKIDRLLKRIRERA
EDSGNESEGDTDELAKLVEMGNFDPWVGDNLoooooo
>C8
MQALQITAIVGLVVAFIAAIVVWTIVLIEYRKIRQQKKIDRLLARIRERA
EDSGNESEGDTEELSTLVEVGDYDLFVNDNLoooooo
>C9
MQALTILAIVALVVVAIIAIIVWTIVIIEYRKLLRQRKIDRLLQRISERA
EDSGNESDGDQEELSAIVERGHLAPWDINDooooooo
>C10
MQVLGIASIVGLIVASIAAIVVWTIVFIEYRKIRKERKISRLLDRIRERA
EDSGNESDGDTEELATLMERGADNVLDNDNLoooooo
>C11
MQPLVIGSIALVVVAIIAIVVWSIVFIEYRKILRQRKIDRLIDRIRERAE
DRGNESEGDQEELAGLVEMGHHAPWDIDDLooooooo
>C12
MWPPLTICAIVGLVVALILAIVVWTIVGIEYKRLLKQKKIDRLIERIRER
AEDSGNESDGDTEELLKMDSHLGADNILooooooooo
>C13
MLKLDLGLAVGALIIALIIAIVVWTIAYIEYRKLVKQRKIDWLIKRIRER
AEDSGNESEGDTEELSTMVDMGRLRLLDVNDVooooo
>C14
MQPLVVLAIVALVVAAVLAIVVWSIILIEYRKILRQRKIDRLIDRIAERV
EDSGNESEGDQEELSTLVVEMGHDAPWHVNDLooooo
>C15
MLNLTARIDYRLGVGALIIALIIAIIVWTIVYIEYRKLVRQRKIDWLIKR
IRERAEDSGNESDGDTEELSTMVDMGHLRLLDVNDLo
>C16
MLDFTARVDYRLGVGALIIALIIAIVVWIIAYIEYRKLLRQQNIDRLLKR
IREREEDSGNESEGDIEELSTMVDMGHLRLLDVNNoo
>C17
MQSLEIATIVGLVVAVIAAIVVWTIVYIEYRKIRKQKRIDRLLDRIRERA
EDSGNESDGDTEELSTLMEMGHDNILDNDNLoooooo
>C18
MQPLEISAIVALVVAAILAIVVWTIVYIEYRKILRQRRIDRLLERIRKRA
EDSGNESEGDQEEISALVGMGHLAPWDVNDLoooooo
>C19
MVPLQIAAIVALVVVAIIAIVVWTIVYIEYRKILRQRKIDRLLDRIAERT
EDSGNESEGDHEELSILMDRGHDAPWDVNDLoooooo
>C20
MQPLHIVAIVALVVAAILAIVVWSIVFIEYRKILRQRKIDRIIDRISERA
EDSGNESEGDQEELSALVGMGHHAPWDIHDLoooooo
>C21
MLELGYSLAVGALVVAFIIVIIVWTIVYIEYRKIVEQRKIDRLIKRIRER
AEDSGNESEGDTEELSTMVDMGRLRLLDVNELooooo
>C22
MLESVDYRLGVGALIVALIIAIIVWIIVYIEYRKLLRQRRIDWLVNRIKE
RAEDSGNESDGDAEELSTMVDMGHLRLLDANDLoooo
>C23
MPSLYILTIVAFVVAAIIAIVVWTIVIIEYRKILRQRKIDRLIDRISERA
EDSGNESEGDQEELSALVGMGHHAPWDVNDLoooooo
>C24
MSDLDYALLVGALIVALIIAIIVWTIAYIEYRKLVRQKKIDWLIKRIRER
AEDSGNESEGDTEELSTMVDMGHLRLLDDNNLooooo
>C25
MQPLVILAIVALVIVAIIAIIVWAIVFIEYRKILRQRRIDRILDRIRERA
EDSGNESDGDREELLAVMEGDPNLEMGHLAPWDVNDL
>C26
MLDLFERVDYRIGVGAFTVALIIAIIVWIIVYIEYRKLKRQKKIDCLIKR
ISERAEDSGNESEGDIEELSTLVDMGNLRLLDANDLo
>C27
MQLLEICAVVGLVVALIIAIVVWTIVGIEYKKLLKQRKIDRLVDRIRERA
EDSGNESDGDREELSLLVDMGDYDLGDDNNLoooooo
>C28
MQSIQVVAIVALVVVAIIAIVVWTIVLIEYRKLLRQRKIDRLIDRIAERA
EDSGNESEGDQEELSALVEMGHHAPWDVDDLoooooo
>C29
MLSLLHIFAIVSLIVSLIIAIIVWTIVGIEYKRLLKQKRIDRLIERIRER
AEDSGNESDGDTEELSTLVNMGDYDLGDDINLLoooo
>C30
MNSLQIAAIVGLVVALIIAIVVWTIVIIEYRKILRQRKIDRLIDRIAERA
EDSGNESEGDQEELSALMEMGHHAPWNVDDLoooooo
>C31
MQSLHILAIVALVVAAILVIVVWSIVFIKYRKILRQKKIDRLIERIGERA
EDSGNESDGDQEELSALMERGRLAPWDINDQoooooo
>C32
MIKIVVGSVSTNVIGILCILLILIGGGLLIGIGIRRELERERQHQRVLER
LARRLSIDSGVEEDEEFNWNNFDPHNYNPRDWIoooo
>C33
MIDLLAKVDYRLGVGALIIALIIAIVVWTITYIEYRKLVRQRKINWLIKR
IRERAEDSGNESEGDTEELATMVDMEHLRLLDDLooo
>C34
MLDLLAGVDYRIGVGAFIVALIIAIIVWTIVYIEYRKIVRQRKIDQLIER
IRERAEDSGNESDGDTEELSTMVDMGHLRLLDVNELo
>C35
MQPLEIASVVGLVVAFIAAIIVWTIVLIQYREIRKQKKIDRILDRIRERA
EDSGNESEGDQEELSALVEMGHHAPWDVDDLoooooo
>C36
MLDLLARVDYRIGVGAFAIGLIIAIIVWTIVYIEYRKLVKQRRIDRLVQR
IRERAEDSGNESEGDNEELATMVDMGHLRLLDVGDLo
>C37
MLDLLARVDYRIGVGAFGVALIIAIVVWTIVYIEYRKLVKQKKIDQLIKR
IRERAEDSGNESDGDTEELSAMVDMGQLRLLDVNDLo
>C38
MSYLLAIGITALIVALIIAIVVWTIAYIEYKKLVRQRRINRLYKRIRERA
EDSGNESEGDAEELAALGEMGPFIPRDIDNLoooooo
>C39
MQPLIIGAIVALVVVAIIAIVVWTIVLIEYRKILRQRKLDRIINRIRERA
EDSGNESDGDQEELSAFMEMGHHAPWDVDDMoooooo
>C40
MPALVIISIVALVVATIIAIVVWSVVYIEYRKILRQRKIERLIDRIRERA
EDSGNESEGDQEELSALEMGHLAPWDVDDDLoooooo
>C41
MQSLTIAAIVGLVVAFIAALVVWSIVLIEYRKIRKQKKIDRLLDRIRERA
EDSGNESDGDTEELSTLMEMGGDNILDNDDLoooooo
>C42
MQTIQILAIVALVVAAVIAIVVWTIVLIEYRKILRQRKIDRLIDRIAERA
EDSGNESEGDQEELSALVEMGHDAPWPVNDLoooooo
>C43
MVDLIARVDYRLAIGAFTIALIIAIVVWTIVYLEYRKLRKQRKIDWLIKR
IRERAEDSGNESEGDTEELSTMVDMGHLRLLDNNELo
>C44
MVDLDYKLAVGALIAALIIAIVVWTIAYLEYRKLIKQRKINWLIKRIRER
AEDSGNESEGDTEELSTMVDMGRLGLLDINDLooooo
>C45
MLNLYARVDYRVGAGALIIALIITIIVWTIVYIEIRKIKRQEKIDRLIRR
IRERAEDSGNESEGDTEELATMVDMGHLRLLDANELo
>C46
MQSLEIIAIIALVVAAILAIVVWSIVLIEYRKIWRQRKIDRLIDRIRERA
EDSGNESDGDQEELSALVETGHLEMGHHAPWDVDELo
>C47
MQPLEIAAIVGLVVAFIAAIVVWTIVYIEYRKIRKQKKIDRLLERIRERA
EDSGNDSDGDTEELSTLMEIGYDNILDNNNLoooooo
>C48
MQPLVILAIVALVVASIIAIVVWTIVFIECRRLTRQRKIDRLIDRIRERA
EDSGNESDGDKEELSALVEMGHDAPWDIDDMoooooo
>C49
MTPLEISAIAGLIVALILAIVVWTIVAIEYKKIQKERKIDKLIKRIRERA
EDSGNESEGDTEELAQLVDMGDFDHWVGDNVoooooo
>C50
MQPLVILAIVALVVVAIIAIVVWTIVFIEYRKILRQRKIDRLIDRIRERA
EDSGNESEGDQEELSALMEMGHHAPWDVDDLoooooo
PROGRAM: T-COFFEE Version_10.00.r1613 (2013-10-22 15:49:09 - Revision 1613 - Build 432)
-full_log S [0]
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INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
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-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
-email S [0]
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-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
-email S [0]
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-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
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-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [394994]
Library Relaxation: Multi_proc [8]
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [394994]
Library Relaxation: Multi_proc [8]
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [394994]
Library Relaxation: Multi_proc [8]
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [394994]
Library Relaxation: Multi_proc [8]
[Relax Library][TOT= 6][ 0 %][ELAPSED TIME: 0 sec.]
[Relax Library][TOT= 6][ 33 %][ELAPSED TIME: 0 sec.]
[Relax Library][TOT= 6][ 50 %][ELAPSED TIME: 0 sec.]
[Relax Library][TOT= 6][ 66 %][ELAPSED TIME: 0 sec.]
[Relax Library][TOT= 6][ 83 %][ELAPSED TIME: 0 sec.]
[Relax Library][TOT= 6][100 %][ELAPSED TIME: 0 sec.]
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [394994]
Library Relaxation: Multi_proc [8]
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [394994]
Library Relaxation: Multi_proc [8]
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [394994]
Library Relaxation: Multi_proc [8]
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [394994]
Library Relaxation: Multi_proc [8]
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode S [0]
-overaln_model S [0]
-overaln_threshold D [0] 0
-overaln_target D [0] 0
-overaln_P1 D [0] 0
-overaln_P2 D [0] 0
-overaln_P3 D [0] 0
-overaln_P4 D [0] 0
-exon_boundaries S [0]
-dump S [0] no
-display D [0] 100
INPUT FILES
Input File (S) input.prot.fasta.muscle_rs_0_0.fasta.aln Format clustal_aln
Input File (M) proba_pair
Identify Master Sequences [no]:
Master Sequences Identified
INPUT SEQUENCES: 50 SEQUENCES [PROTEIN]
Multi Core Mode: 8 processors:
--- Process Method/Library/Aln Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
--- Process Method/Library/Aln Mproba_pair
xxx Retrieved Sinput.prot.fasta.muscle_rs_0_0.fasta.aln
xxx Retrieved Mproba_pair
All Methods Retrieved
MANUAL PENALTIES: gapopen=0 gapext=0
Library Total Size: [394994]
Library Relaxation: Multi_proc [8]
Relaxation Summary: [394994]--->[334384]
UN-WEIGHTED MODE: EVERY SEQUENCE WEIGHTS 1
OUTPUT RESULTS
#### File Type= MSA Format= score_ascii Name= input.prot.fasta.muscle_rs_0_0.fasta.score_ascii
#### File Type= MSA Format= html Name= input.prot.fasta.muscle_rs_0_0.fasta.html
#### File Type= MSA Format= score_ascii Name= input.prot.fasta.muscle_rs_0_0.fasta.score_ascii
# Command Line: t_coffee -infile input.prot.fasta.muscle_rs_0_0.fasta.aln -output score_ascii -special_mode evaluate -evaluate_mode t_coffee_fast [PROGRAM:T-COFFEE]
# T-COFFEE Memory Usage: Current= 31.744 Mb, Max= 40.317 Mb
# Results Produced with T-COFFEE Version_10.00.r1613 (2013-10-22 15:49:09 - Revision 1613 - Build 432)
# T-COFFEE is available from http://www.tcoffee.org
# Register on: https://groups.google.com/group/tcoffee/
FORMAT of file input.prot.fasta.muscle_rs_0_0.fasta.ipi_i.fasta Not Supported[FATAL:T-COFFEE]
CLUSTAL W (1.83) multiple sequence alignment
C1 LTILAIALVVAIILAIVVWTIVFIEYRKILRQKKIDRLIDRIRERAEDSG
C2 LQIVAIALVVVTIIAIVVWTIVLIEYRKILRQRKIDRLIDRITERAEDSG
C3 LVILAIALVVAAIIAIVVWTIVLIEYRKILRQRKIDRLIDRLIERAEDSG
C4 LRIWAIGLLVALILAIVVWTIVGIEYKKLLKQKKIDRLIKRIKERAEDSG
C5 DYRLGVALIVALILGLIVWTIAYIEYRKLVRQRKIDLLIKRIRERAEDSG
C6 LAILAIALVVAAIIAIVVWTIVFIEYRKILRQKKIDRLIDRIRERAEDSG
C7 LEISAIGLIVALILAIVVWTIVAIEYLKLLKQRKIDRLLKRIRERAEDSG
C8 LQITAIGLVVAFIAAIVVWTIVLIEYRKIRQQKKIDRLLARIRERAEDSG
C9 LTILAIALVVVAIIAIIVWTIVIIEYRKLLRQRKIDRLLQRISERAEDSG
C10 LGIASIGLIVASIAAIVVWTIVFIEYRKIRKERKISRLLDRIRERAEDSG
C11 LVIGSIALVVVAIIAIVVWSIVFIEYRKILRQRKIDRLIDRIRERAEDRG
C12 LTICAIGLVVALILAIVVWTIVGIEYKRLLKQKKIDRLIERIRERAEDSG
C13 DLGLAVALIIALIIAIVVWTIAYIEYRKLVKQRKIDWLIKRIRERAEDSG
C14 LVVLAIALVVAAVLAIVVWSIILIEYRKILRQRKIDRLIDRIAERVEDSG
C15 DYRLGVALIIALIIAIIVWTIVYIEYRKLVRQRKIDWLIKRIRERAEDSG
C16 DYRLGVALIIALIIAIVVWIIAYIEYRKLLRQQNIDRLLKRIREREEDSG
C17 LEIATIGLVVAVIAAIVVWTIVYIEYRKIRKQKRIDRLLDRIRERAEDSG
C18 LEISAIALVVAAILAIVVWTIVYIEYRKILRQRRIDRLLERIRKRAEDSG
C19 LQIAAIALVVVAIIAIVVWTIVYIEYRKILRQRKIDRLLDRIAERTEDSG
C20 LHIVAIALVVAAILAIVVWSIVFIEYRKILRQRKIDRIIDRISERAEDSG
C21 GYSLAVALVVAFIIVIIVWTIVYIEYRKIVEQRKIDRLIKRIRERAEDSG
C22 DYRLGVALIVALIIAIIVWIIVYIEYRKLLRQRRIDWLVNRIKERAEDSG
C23 LYILTIAFVVAAIIAIVVWTIVIIEYRKILRQRKIDRLIDRISERAEDSG
C24 DYALLVALIVALIIAIIVWTIAYIEYRKLVRQKKIDWLIKRIRERAEDSG
C25 LVILAIALVIVAIIAIIVWAIVFIEYRKILRQRRIDRILDRIRERAEDSG
C26 DYRIGVAFTVALIIAIIVWIIVYIEYRKLKRQKKIDCLIKRISERAEDSG
C27 LEICAVGLVVALIIAIVVWTIVGIEYKKLLKQRKIDRLVDRIRERAEDSG
C28 IQVVAIALVVVAIIAIVVWTIVLIEYRKLLRQRKIDRLIDRIAERAEDSG
C29 LHIFAISLIVSLIIAIIVWTIVGIEYKRLLKQKRIDRLIERIRERAEDSG
C30 LQIAAIGLVVALIIAIVVWTIVIIEYRKILRQRKIDRLIDRIAERAEDSG
C31 LHILAIALVVAAILVIVVWSIVFIKYRKILRQKKIDRLIERIGERAEDSG
C32 IVVGSVTNVIGILCILLILILIGIGIRRLERERQHQRVLERLARRLSDSG
C33 DYRLGVALIIALIIAIVVWTITYIEYRKLVRQRKINWLIKRIRERAEDSG
C34 DYRIGVAFIVALIIAIIVWTIVYIEYRKIVRQRKIDQLIERIRERAEDSG
C35 LEIASVGLVVAFIAAIIVWTIVLIQYREIRKQKKIDRILDRIRERAEDSG
C36 DYRIGVAFAIGLIIAIIVWTIVYIEYRKLVKQRRIDRLVQRIRERAEDSG
C37 DYRIGVAFGVALIIAIVVWTIVYIEYRKLVKQKKIDQLIKRIRERAEDSG
C38 LLAIGIALIVALIIAIVVWTIAYIEYKKLVRQRRINRLYKRIRERAEDSG
C39 LIIGAIALVVVAIIAIVVWTIVLIEYRKILRQRKLDRIINRIRERAEDSG
C40 LVIISIALVVATIIAIVVWSVVYIEYRKILRQRKIERLIDRIRERAEDSG
C41 LTIAAIGLVVAFIAALVVWSIVLIEYRKIRKQKKIDRLLDRIRERAEDSG
C42 IQILAIALVVAAVIAIVVWTIVLIEYRKILRQRKIDRLIDRIAERAEDSG
C43 DYRLAIAFTIALIIAIVVWTIVYLEYRKLRKQRKIDWLIKRIRERAEDSG
C44 DYKLAVALIAALIIAIVVWTIAYLEYRKLIKQRKINWLIKRIRERAEDSG
C45 DYRVGAALIIALIITIIVWTIVYIEIRKIKRQEKIDRLIRRIRERAEDSG
C46 LEIIAIALVVAAILAIVVWSIVLIEYRKIWRQRKIDRLIDRIRERAEDSG
C47 LEIAAIGLVVAFIAAIVVWTIVYIEYRKIRKQKKIDRLLERIRERAEDSG
C48 LVILAIALVVASIIAIVVWTIVFIECRRLTRQRKIDRLIDRIRERAEDSG
C49 LEISAIGLIVALILAIVVWTIVAIEYKKIQKERKIDKLIKRIRERAEDSG
C50 LVILAIALVVVAIIAIVVWTIVFIEYRKILRQRKIDRLIDRIRERAEDSG
: ::: : : .: .:.. . : *: .* .* *
C1 NESYEEEMGHHAPWDDL
C2 NDSDEEERGHLAPWDDL
C3 NESEEEEMGHHAPWNDL
C4 NDSDEEEMKNYDLKNNo
C5 NESDEEDMGHLGLLNDL
C6 NESDEEEMGHHAHWDDL
C7 NESEDEEMGNFDPWDNL
C8 NESEEEEVGDYDLFDNL
C9 NESDEEERGHLAPWNDo
C10 NESDEEERGADNVLDNL
C11 NESEEEEMGHHAPWDDL
C12 NESDEEHLGADNILooo
C13 NESEEEDMGRLRLLNDV
C14 NESEEEEMGHDAPWNDL
C15 NESDEEDMGHLRLLNDL
C16 NESEEEDMGHLRLLNNo
C17 NESDEEEMGHDNILDNL
C18 NESEEEGMGHLAPWNDL
C19 NESEEEDRGHDAPWNDL
C20 NESEEEGMGHHAPWHDL
C21 NESEEEDMGRLRLLNEL
C22 NESDEEDMGHLRLLNDL
C23 NESEEEGMGHHAPWNDL
C24 NESEEEDMGHLRLLNNL
C25 NESDEEEMGHLAPWNDL
C26 NESEEEDMGNLRLLNDL
C27 NESDEEDMGDYDLGNNL
C28 NESEEEEMGHHAPWDDL
C29 NESDEENMGDYDLGINL
C30 NESEEEEMGHHAPWDDL
C31 NESDEEERGRLAPWNDQ
C32 VEEDEENWNNFDPHNPR
C33 NESEEEDMEHLRLLDDL
C34 NESDEEDMGHLRLLNEL
C35 NESEEEEMGHHAPWDDL
C36 NESEEEDMGHLRLLGDL
C37 NESDEEDMGQLRLLNDL
C38 NESEEEEMGPFIPRDNL
C39 NESDEEEMGHHAPWDDM
C40 NESEEEEMGHLAPWDDL
C41 NESDEEEMGGDNILDDL
C42 NESEEEEMGHDAPWNDL
C43 NESEEEDMGHLRLLNEL
C44 NESEEEDMGRLGLLNDL
C45 NESEEEDMGHLRLLNEL
C46 NESDEEEMGHHAPWDEL
C47 NDSDEEEIGYDNILNNL
C48 NESDEEEMGHDAPWDDM
C49 NESEEEDMGDFDHWDNV
C50 NESEEEEMGHHAPWDDL
:. :*
FORMAT of file input.prot.fasta.muscle_rs_0_0.fasta.ipi_bs.fasta Not Supported[FATAL:T-COFFEE]
input.prot.fasta.muscle_rs_0_0.fasta.aln I:93 S:84 BS:94
# TC_SIMILARITY_MATRIX_FORMAT_01
# SEQ_INDEX C1 0
# SEQ_INDEX C2 1
# SEQ_INDEX C3 2
# SEQ_INDEX C4 3
# SEQ_INDEX C5 4
# SEQ_INDEX C6 5
# SEQ_INDEX C7 6
# SEQ_INDEX C8 7
# SEQ_INDEX C9 8
# SEQ_INDEX C10 9
# SEQ_INDEX C11 10
# SEQ_INDEX C12 11
# SEQ_INDEX C13 12
# SEQ_INDEX C14 13
# SEQ_INDEX C15 14
# SEQ_INDEX C16 15
# SEQ_INDEX C17 16
# SEQ_INDEX C18 17
# SEQ_INDEX C19 18
# SEQ_INDEX C20 19
# SEQ_INDEX C21 20
# SEQ_INDEX C22 21
# SEQ_INDEX C23 22
# SEQ_INDEX C24 23
# SEQ_INDEX C25 24
# SEQ_INDEX C26 25
# SEQ_INDEX C27 26
# SEQ_INDEX C28 27
# SEQ_INDEX C29 28
# SEQ_INDEX C30 29
# SEQ_INDEX C31 30
# SEQ_INDEX C32 31
# SEQ_INDEX C33 32
# SEQ_INDEX C34 33
# SEQ_INDEX C35 34
# SEQ_INDEX C36 35
# SEQ_INDEX C37 36
# SEQ_INDEX C38 37
# SEQ_INDEX C39 38
# SEQ_INDEX C40 39
# SEQ_INDEX C41 40
# SEQ_INDEX C42 41
# SEQ_INDEX C43 42
# SEQ_INDEX C44 43
# SEQ_INDEX C45 44
# SEQ_INDEX C46 45
# SEQ_INDEX C47 46
# SEQ_INDEX C48 47
# SEQ_INDEX C49 48
# SEQ_INDEX C50 49
# PW_SEQ_DISTANCES
BOT 0 1 79.31 C1 C2 79.31
TOP 1 0 79.31 C2 C1 79.31
BOT 0 2 83.91 C1 C3 83.91
TOP 2 0 83.91 C3 C1 83.91
BOT 0 3 66.67 C1 C4 66.67
TOP 3 0 66.67 C4 C1 66.67
BOT 0 4 59.76 C1 C5 59.76
TOP 4 0 59.76 C5 C1 59.76
BOT 0 5 91.95 C1 C6 91.95
TOP 5 0 91.95 C6 C1 91.95
BOT 0 6 68.97 C1 C7 68.97
TOP 6 0 68.97 C7 C1 68.97
BOT 0 7 70.11 C1 C8 70.11
TOP 7 0 70.11 C8 C1 70.11
BOT 0 8 77.01 C1 C9 77.01
TOP 8 0 77.01 C9 C1 77.01
BOT 0 9 67.82 C1 C10 67.82
TOP 9 0 67.82 C10 C1 67.82
BOT 0 10 80.23 C1 C11 80.23
TOP 10 0 80.23 C11 C1 80.23
BOT 0 11 65.88 C1 C12 65.88
TOP 11 0 65.88 C12 C1 65.88
BOT 0 12 61.63 C1 C13 61.63
TOP 12 0 61.63 C13 C1 61.63
BOT 0 13 77.91 C1 C14 77.91
TOP 13 0 77.91 C14 C1 77.91
BOT 0 14 62.20 C1 C15 62.20
TOP 14 0 62.20 C15 C1 62.20
BOT 0 15 57.32 C1 C16 57.32
TOP 15 0 57.32 C16 C1 57.32
BOT 0 16 73.56 C1 C17 73.56
TOP 16 0 73.56 C17 C1 73.56
BOT 0 17 79.31 C1 C18 79.31
TOP 17 0 79.31 C18 C1 79.31
BOT 0 18 77.01 C1 C19 77.01
TOP 18 0 77.01 C19 C1 77.01
BOT 0 19 82.76 C1 C20 82.76
TOP 19 0 82.76 C20 C1 82.76
BOT 0 20 65.12 C1 C21 65.12
TOP 20 0 65.12 C21 C1 65.12
BOT 0 21 60.00 C1 C22 60.00
TOP 21 0 60.00 C22 C1 60.00
BOT 0 22 83.91 C1 C23 83.91
TOP 22 0 83.91 C23 C1 83.91
BOT 0 23 62.79 C1 C24 62.79
TOP 23 0 62.79 C24 C1 62.79
BOT 0 24 74.07 C1 C25 74.07
TOP 24 0 74.07 C25 C1 74.07
BOT 0 25 57.32 C1 C26 57.32
TOP 25 0 57.32 C26 C1 57.32
BOT 0 26 67.82 C1 C27 67.82
TOP 26 0 67.82 C27 C1 67.82
BOT 0 27 81.61 C1 C28 81.61
TOP 27 0 81.61 C28 C1 81.61
BOT 0 28 61.63 C1 C29 61.63
TOP 28 0 61.63 C29 C1 61.63
BOT 0 29 85.06 C1 C30 85.06
TOP 29 0 85.06 C30 C1 85.06
BOT 0 30 80.46 C1 C31 80.46
TOP 30 0 80.46 C31 C1 80.46
BOT 0 31 23.75 C1 C32 23.75
TOP 31 0 23.75 C32 C1 23.75
BOT 0 32 59.76 C1 C33 59.76
TOP 32 0 59.76 C33 C1 59.76
BOT 0 33 60.98 C1 C34 60.98
TOP 33 0 60.98 C34 C1 60.98
BOT 0 34 77.01 C1 C35 77.01
TOP 34 0 77.01 C35 C1 77.01
BOT 0 35 54.88 C1 C36 54.88
TOP 35 0 54.88 C36 C1 54.88
BOT 0 36 62.20 C1 C37 62.20
TOP 36 0 62.20 C37 C1 62.20
BOT 0 37 64.37 C1 C38 64.37
TOP 37 0 64.37 C38 C1 64.37
BOT 0 38 83.91 C1 C39 83.91
TOP 38 0 83.91 C39 C1 83.91
BOT 0 39 83.72 C1 C40 83.72
TOP 39 0 83.72 C40 C1 83.72
BOT 0 40 74.71 C1 C41 74.71
TOP 40 0 74.71 C41 C1 74.71
BOT 0 41 82.76 C1 C42 82.76
TOP 41 0 82.76 C42 C1 82.76
BOT 0 42 59.76 C1 C43 59.76
TOP 42 0 59.76 C43 C1 59.76
BOT 0 43 59.30 C1 C44 59.30
TOP 43 0 59.30 C44 C1 59.30
BOT 0 44 57.32 C1 C45 57.32
TOP 44 0 57.32 C45 C1 57.32
BOT 0 45 82.93 C1 C46 82.93
TOP 45 0 82.93 C46 C1 82.93
BOT 0 46 70.11 C1 C47 70.11
TOP 46 0 70.11 C47 C1 70.11
BOT 0 47 80.46 C1 C48 80.46
TOP 47 0 80.46 C48 C1 80.46
BOT 0 48 64.37 C1 C49 64.37
TOP 48 0 64.37 C49 C1 64.37
BOT 0 49 89.66 C1 C50 89.66
TOP 49 0 89.66 C50 C1 89.66
BOT 1 2 82.76 C2 C3 82.76
TOP 2 1 82.76 C3 C2 82.76
BOT 1 3 65.48 C2 C4 65.48
TOP 3 1 65.48 C4 C2 65.48
BOT 1 4 56.10 C2 C5 56.10
TOP 4 1 56.10 C5 C2 56.10
BOT 1 5 79.31 C2 C6 79.31
TOP 5 1 79.31 C6 C2 79.31
BOT 1 6 66.67 C2 C7 66.67
TOP 6 1 66.67 C7 C2 66.67
BOT 1 7 70.11 C2 C8 70.11
TOP 7 1 70.11 C8 C2 70.11
BOT 1 8 81.61 C2 C9 81.61
TOP 8 1 81.61 C9 C2 81.61
BOT 1 9 65.52 C2 C10 65.52
TOP 9 1 65.52 C10 C2 65.52
BOT 1 10 80.23 C2 C11 80.23
TOP 10 1 80.23 C11 C2 80.23
BOT 1 11 58.82 C2 C12 58.82
TOP 11 1 58.82 C12 C2 58.82
BOT 1 12 58.14 C2 C13 58.14
TOP 12 1 58.14 C13 C2 58.14
BOT 1 13 75.58 C2 C14 75.58
TOP 13 1 75.58 C14 C2 75.58
BOT 1 14 59.76 C2 C15 59.76
TOP 14 1 59.76 C15 C2 59.76
BOT 1 15 52.44 C2 C16 52.44
TOP 15 1 52.44 C16 C2 52.44
BOT 1 16 68.97 C2 C17 68.97
TOP 16 1 68.97 C17 C2 68.97
BOT 1 17 75.86 C2 C18 75.86
TOP 17 1 75.86 C18 C2 75.86
BOT 1 18 79.31 C2 C19 79.31
TOP 18 1 79.31 C19 C2 79.31
BOT 1 19 80.46 C2 C20 80.46
TOP 19 1 80.46 C20 C2 80.46
BOT 1 20 61.63 C2 C21 61.63
TOP 20 1 61.63 C21 C2 61.63
BOT 1 21 60.00 C2 C22 60.00
TOP 21 1 60.00 C22 C2 60.00
BOT 1 22 80.46 C2 C23 80.46
TOP 22 1 80.46 C23 C2 80.46
BOT 1 23 58.14 C2 C24 58.14
TOP 23 1 58.14 C24 C2 58.14
BOT 1 24 71.60 C2 C25 71.60
TOP 24 1 71.60 C25 C2 71.60
BOT 1 25 56.10 C2 C26 56.10
TOP 25 1 56.10 C26 C2 56.10
BOT 1 26 67.82 C2 C27 67.82
TOP 26 1 67.82 C27 C2 67.82
BOT 1 27 86.21 C2 C28 86.21
TOP 27 1 86.21 C28 C2 86.21
BOT 1 28 60.47 C2 C29 60.47
TOP 28 1 60.47 C29 C2 60.47
BOT 1 29 85.06 C2 C30 85.06
TOP 29 1 85.06 C30 C2 85.06
BOT 1 30 78.16 C2 C31 78.16
TOP 30 1 78.16 C31 C2 78.16
BOT 1 31 26.25 C2 C32 26.25
TOP 31 1 26.25 C32 C2 26.25
BOT 1 32 58.54 C2 C33 58.54
TOP 32 1 58.54 C33 C2 58.54
BOT 1 33 59.76 C2 C34 59.76
TOP 33 1 59.76 C34 C2 59.76
BOT 1 34 71.26 C2 C35 71.26
TOP 34 1 71.26 C35 C2 71.26
BOT 1 35 53.66 C2 C36 53.66
TOP 35 1 53.66 C36 C2 53.66
BOT 1 36 58.54 C2 C37 58.54
TOP 36 1 58.54 C37 C2 58.54
BOT 1 37 63.22 C2 C38 63.22
TOP 37 1 63.22 C38 C2 63.22
BOT 1 38 80.46 C2 C39 80.46
TOP 38 1 80.46 C39 C2 80.46
BOT 1 39 81.40 C2 C40 81.40
TOP 39 1 81.40 C40 C2 81.40
BOT 1 40 70.11 C2 C41 70.11
TOP 40 1 70.11 C41 C2 70.11
BOT 1 41 82.76 C2 C42 82.76
TOP 41 1 82.76 C42 C2 82.76
BOT 1 42 57.32 C2 C43 57.32
TOP 42 1 57.32 C43 C2 57.32
BOT 1 43 58.14 C2 C44 58.14
TOP 43 1 58.14 C44 C2 58.14
BOT 1 44 56.10 C2 C45 56.10
TOP 44 1 56.10 C45 C2 56.10
BOT 1 45 79.27 C2 C46 79.27
TOP 45 1 79.27 C46 C2 79.27
BOT 1 46 67.82 C2 C47 67.82
TOP 46 1 67.82 C47 C2 67.82
BOT 1 47 79.31 C2 C48 79.31
TOP 47 1 79.31 C48 C2 79.31
BOT 1 48 62.07 C2 C49 62.07
TOP 48 1 62.07 C49 C2 62.07
BOT 1 49 83.91 C2 C50 83.91
TOP 49 1 83.91 C50 C2 83.91
BOT 2 3 65.48 C3 C4 65.48
TOP 3 2 65.48 C4 C3 65.48
BOT 2 4 58.54 C3 C5 58.54
TOP 4 2 58.54 C5 C3 58.54
BOT 2 5 85.06 C3 C6 85.06
TOP 5 2 85.06 C6 C3 85.06
BOT 2 6 71.26 C3 C7 71.26
TOP 6 2 71.26 C7 C3 71.26
BOT 2 7 72.41 C3 C8 72.41
TOP 7 2 72.41 C8 C3 72.41
BOT 2 8 80.46 C3 C9 80.46
TOP 8 2 80.46 C9 C3 80.46
BOT 2 9 64.37 C3 C10 64.37
TOP 9 2 64.37 C10 C3 64.37
BOT 2 10 84.88 C3 C11 84.88
TOP 10 2 84.88 C11 C3 84.88
BOT 2 11 60.00 C3 C12 60.00
TOP 11 2 60.00 C12 C3 60.00
BOT 2 12 63.95 C3 C13 63.95
TOP 12 2 63.95 C13 C3 63.95
BOT 2 13 87.21 C3 C14 87.21
TOP 13 2 87.21 C14 C3 87.21
BOT 2 14 63.41 C3 C15 63.41
TOP 14 2 63.41 C15 C3 63.41
BOT 2 15 58.54 C3 C16 58.54
TOP 15 2 58.54 C16 C3 58.54
BOT 2 16 68.97 C3 C17 68.97
TOP 16 2 68.97 C17 C3 68.97
BOT 2 17 83.91 C3 C18 83.91
TOP 17 2 83.91 C18 C3 83.91
BOT 2 18 81.61 C3 C19 81.61
TOP 18 2 81.61 C19 C3 81.61
BOT 2 19 86.21 C3 C20 86.21
TOP 19 2 86.21 C20 C3 86.21
BOT 2 20 67.44 C3 C21 67.44
TOP 20 2 67.44 C21 C3 67.44
BOT 2 21 62.35 C3 C22 62.35
TOP 21 2 62.35 C22 C3 62.35
BOT 2 22 88.51 C3 C23 88.51
TOP 22 2 88.51 C23 C3 88.51
BOT 2 23 62.79 C3 C24 62.79
TOP 23 2 62.79 C24 C3 62.79
BOT 2 24 77.78 C3 C25 77.78
TOP 24 2 77.78 C25 C3 77.78
BOT 2 25 59.76 C3 C26 59.76
TOP 25 2 59.76 C26 C3 59.76
BOT 2 26 71.26 C3 C27 71.26
TOP 26 2 71.26 C27 C3 71.26
BOT 2 27 87.36 C3 C28 87.36
TOP 27 2 87.36 C28 C3 87.36
BOT 2 28 60.47 C3 C29 60.47
TOP 28 2 60.47 C29 C3 60.47
BOT 2 29 86.21 C3 C30 86.21
TOP 29 2 86.21 C30 C3 86.21
BOT 2 30 78.16 C3 C31 78.16
TOP 30 2 78.16 C31 C3 78.16
BOT 2 31 27.50 C3 C32 27.50
TOP 31 2 27.50 C32 C3 27.50
BOT 2 32 60.98 C3 C33 60.98
TOP 32 2 60.98 C33 C3 60.98
BOT 2 33 62.20 C3 C34 62.20
TOP 33 2 62.20 C34 C3 62.20
BOT 2 34 78.16 C3 C35 78.16
TOP 34 2 78.16 C35 C3 78.16
BOT 2 35 56.10 C3 C36 56.10
TOP 35 2 56.10 C36 C3 56.10
BOT 2 36 60.98 C3 C37 60.98
TOP 36 2 60.98 C37 C3 60.98
BOT 2 37 64.37 C3 C38 64.37
TOP 37 2 64.37 C38 C3 64.37
BOT 2 38 83.91 C3 C39 83.91
TOP 38 2 83.91 C39 C3 83.91
BOT 2 39 83.72 C3 C40 83.72
TOP 39 2 83.72 C40 C3 83.72
BOT 2 40 70.11 C3 C41 70.11
TOP 40 2 70.11 C41 C3 70.11
BOT 2 41 90.80 C3 C42 90.80
TOP 41 2 90.80 C42 C3 90.80
BOT 2 42 62.20 C3 C43 62.20
TOP 42 2 62.20 C43 C3 62.20
BOT 2 43 61.63 C3 C44 61.63
TOP 43 2 61.63 C44 C3 61.63
BOT 2 44 58.54 C3 C45 58.54
TOP 44 2 58.54 C45 C3 58.54
BOT 2 45 82.93 C3 C46 82.93
TOP 45 2 82.93 C46 C3 82.93
BOT 2 46 68.97 C3 C47 68.97
TOP 46 2 68.97 C47 C3 68.97
BOT 2 47 82.76 C3 C48 82.76
TOP 47 2 82.76 C48 C3 82.76
BOT 2 48 66.67 C3 C49 66.67
TOP 48 2 66.67 C49 C3 66.67
BOT 2 49 91.95 C3 C50 91.95
TOP 49 2 91.95 C50 C3 91.95
BOT 3 4 59.49 C4 C5 59.49
TOP 4 3 59.49 C5 C4 59.49
BOT 3 5 65.48 C4 C6 65.48
TOP 5 3 65.48 C6 C4 65.48
BOT 3 6 73.81 C4 C7 73.81
TOP 6 3 73.81 C7 C4 73.81
BOT 3 7 71.43 C4 C8 71.43
TOP 7 3 71.43 C8 C4 71.43
BOT 3 8 65.48 C4 C9 65.48
TOP 8 3 65.48 C9 C4 65.48
BOT 3 9 64.29 C4 C10 64.29
TOP 9 3 64.29 C10 C4 64.29
BOT 3 10 60.71 C4 C11 60.71
TOP 10 3 60.71 C11 C4 60.71
BOT 3 11 70.73 C4 C12 70.73
TOP 11 3 70.73 C12 C4 70.73
BOT 3 12 63.86 C4 C13 63.86
TOP 12 3 63.86 C13 C4 63.86
BOT 3 13 62.65 C4 C14 62.65
TOP 13 3 62.65 C14 C4 62.65
BOT 3 14 60.76 C4 C15 60.76
TOP 14 3 60.76 C15 C4 60.76
BOT 3 15 58.23 C4 C16 58.23
TOP 15 3 58.23 C16 C4 58.23
BOT 3 16 69.05 C4 C17 69.05
TOP 16 3 69.05 C17 C4 69.05
BOT 3 17 63.10 C4 C18 63.10
TOP 17 3 63.10 C18 C4 63.10
BOT 3 18 60.71 C4 C19 60.71
TOP 18 3 60.71 C19 C4 60.71
BOT 3 19 64.29 C4 C20 64.29
TOP 19 3 64.29 C20 C4 64.29
BOT 3 20 61.45 C4 C21 61.45
TOP 20 3 61.45 C21 C4 61.45
BOT 3 21 59.76 C4 C22 59.76
TOP 21 3 59.76 C22 C4 59.76
BOT 3 22 64.29 C4 C23 64.29
TOP 22 3 64.29 C23 C4 64.29
BOT 3 23 65.06 C4 C24 65.06
TOP 23 3 65.06 C24 C4 65.06
BOT 3 24 53.85 C4 C25 53.85
TOP 24 3 53.85 C25 C4 53.85
BOT 3 25 60.76 C4 C26 60.76
TOP 25 3 60.76 C26 C4 60.76
BOT 3 26 78.57 C4 C27 78.57
TOP 26 3 78.57 C27 C4 78.57
BOT 3 27 64.29 C4 C28 64.29
TOP 27 3 64.29 C28 C4 64.29
BOT 3 28 75.90 C4 C29 75.90
TOP 28 3 75.90 C29 C4 75.90
BOT 3 29 66.67 C4 C30 66.67
TOP 29 3 66.67 C30 C4 66.67
BOT 3 30 65.48 C4 C31 65.48
TOP 30 3 65.48 C31 C4 65.48
BOT 3 31 24.36 C4 C32 24.36
TOP 31 3 24.36 C32 C4 24.36
BOT 3 32 56.96 C4 C33 56.96
TOP 32 3 56.96 C33 C4 56.96
BOT 3 33 58.23 C4 C34 58.23
TOP 33 3 58.23 C34 C4 58.23
BOT 3 34 60.71 C4 C35 60.71
TOP 34 3 60.71 C35 C4 60.71
BOT 3 35 51.90 C4 C36 51.90
TOP 35 3 51.90 C36 C4 51.90
BOT 3 36 63.29 C4 C37 63.29
TOP 36 3 63.29 C37 C4 63.29
BOT 3 37 60.71 C4 C38 60.71
TOP 37 3 60.71 C38 C4 60.71
BOT 3 38 61.90 C4 C39 61.90
TOP 38 3 61.90 C39 C4 61.90
BOT 3 39 61.45 C4 C40 61.45
TOP 39 3 61.45 C40 C4 61.45
BOT 3 40 67.86 C4 C41 67.86
TOP 40 3 67.86 C41 C4 67.86
BOT 3 41 64.29 C4 C42 64.29
TOP 41 3 64.29 C42 C4 64.29
BOT 3 42 62.03 C4 C43 62.03
TOP 42 3 62.03 C43 C4 62.03
BOT 3 43 61.45 C4 C44 61.45
TOP 43 3 61.45 C44 C4 61.45
BOT 3 44 54.43 C4 C45 54.43
TOP 44 3 54.43 C45 C4 54.43
BOT 3 45 62.03 C4 C46 62.03
TOP 45 3 62.03 C46 C4 62.03
BOT 3 46 72.62 C4 C47 72.62
TOP 46 3 72.62 C47 C4 72.62
BOT 3 47 65.48 C4 C48 65.48
TOP 47 3 65.48 C48 C4 65.48
BOT 3 48 69.05 C4 C49 69.05
TOP 48 3 69.05 C49 C4 69.05
BOT 3 49 64.29 C4 C50 64.29
TOP 49 3 64.29 C50 C4 64.29
BOT 4 5 58.54 C5 C6 58.54
TOP 5 4 58.54 C6 C5 58.54
BOT 4 6 56.10 C5 C7 56.10
TOP 6 4 56.10 C7 C5 56.10
BOT 4 7 53.66 C5 C8 53.66
TOP 7 4 53.66 C8 C5 53.66
BOT 4 8 60.98 C5 C9 60.98
TOP 8 4 60.98 C9 C5 60.98
BOT 4 9 54.88 C5 C10 54.88
TOP 9 4 54.88 C10 C5 54.88
BOT 4 10 55.56 C5 C11 55.56
TOP 10 4 55.56 C11 C5 55.56
BOT 4 11 53.01 C5 C12 53.01
TOP 11 4 53.01 C12 C5 53.01
BOT 4 12 78.31 C5 C13 78.31
TOP 12 4 78.31 C13 C5 78.31
BOT 4 13 58.54 C5 C14 58.54
TOP 13 4 58.54 C14 C5 58.54
BOT 4 14 87.36 C5 C15 87.36
TOP 14 4 87.36 C15 C5 87.36
BOT 4 15 74.71 C5 C16 74.71
TOP 15 4 74.71 C16 C5 74.71
BOT 4 16 57.32 C5 C17 57.32
TOP 16 4 57.32 C17 C5 57.32
BOT 4 17 59.76 C5 C18 59.76
TOP 17 4 59.76 C18 C5 59.76
BOT 4 18 56.10 C5 C19 56.10
TOP 18 4 56.10 C19 C5 56.10
BOT 4 19 57.32 C5 C20 57.32
TOP 19 4 57.32 C20 C5 57.32
BOT 4 20 74.70 C5 C21 74.70
TOP 20 4 74.70 C21 C5 74.70
BOT 4 21 79.76 C5 C22 79.76
TOP 21 4 79.76 C22 C5 79.76
BOT 4 22 60.98 C5 C23 60.98
TOP 22 4 60.98 C23 C5 60.98
BOT 4 23 81.93 C5 C24 81.93
TOP 23 4 81.93 C24 C5 81.93
BOT 4 24 56.79 C5 C25 56.79
TOP 24 4 56.79 C25 C5 56.79
BOT 4 25 75.86 C5 C26 75.86
TOP 25 4 75.86 C26 C5 75.86
BOT 4 26 60.98 C5 C27 60.98
TOP 26 4 60.98 C27 C5 60.98
BOT 4 27 58.54 C5 C28 58.54
TOP 27 4 58.54 C28 C5 58.54
BOT 4 28 56.63 C5 C29 56.63
TOP 28 4 56.63 C29 C5 56.63
BOT 4 29 56.10 C5 C30 56.10
TOP 29 4 56.10 C30 C5 56.10
BOT 4 30 56.10 C5 C31 56.10
TOP 30 4 56.10 C31 C5 56.10
BOT 4 31 22.67 C5 C32 22.67
TOP 31 4 22.67 C32 C5 22.67
BOT 4 32 81.18 C5 C33 81.18
TOP 32 4 81.18 C33 C5 81.18
BOT 4 33 82.76 C5 C34 82.76
TOP 33 4 82.76 C34 C5 82.76
BOT 4 34 53.66 C5 C35 53.66
TOP 34 4 53.66 C35 C5 53.66
BOT 4 35 73.56 C5 C36 73.56
TOP 35 4 73.56 C36 C5 73.56
BOT 4 36 79.31 C5 C37 79.31
TOP 36 4 79.31 C37 C5 79.31
BOT 4 37 59.76 C5 C38 59.76
TOP 37 4 59.76 C38 C5 59.76
BOT 4 38 54.88 C5 C39 54.88
TOP 38 4 54.88 C39 C5 54.88
BOT 4 39 58.02 C5 C40 58.02
TOP 39 4 58.02 C40 C5 58.02
BOT 4 40 57.32 C5 C41 57.32
TOP 40 4 57.32 C41 C5 57.32
BOT 4 41 58.54 C5 C42 58.54
TOP 41 4 58.54 C42 C5 58.54
BOT 4 42 74.71 C5 C43 74.71
TOP 42 4 74.71 C43 C5 74.71
BOT 4 43 77.11 C5 C44 77.11
TOP 43 4 77.11 C44 C5 77.11
BOT 4 44 79.31 C5 C45 79.31
TOP 44 4 79.31 C45 C5 79.31
BOT 4 45 58.54 C5 C46 58.54
TOP 45 4 58.54 C46 C5 58.54
BOT 4 46 56.10 C5 C47 56.10
TOP 46 4 56.10 C47 C5 56.10
BOT 4 47 59.76 C5 C48 59.76
TOP 47 4 59.76 C48 C5 59.76
BOT 4 48 56.10 C5 C49 56.10
TOP 48 4 56.10 C49 C5 56.10
BOT 4 49 58.54 C5 C50 58.54
TOP 49 4 58.54 C50 C5 58.54
BOT 5 6 67.82 C6 C7 67.82
TOP 6 5 67.82 C7 C6 67.82
BOT 5 7 70.11 C6 C8 70.11
TOP 7 5 70.11 C8 C6 70.11
BOT 5 8 78.16 C6 C9 78.16
TOP 8 5 78.16 C9 C6 78.16
BOT 5 9 71.26 C6 C10 71.26
TOP 9 5 71.26 C10 C6 71.26
BOT 5 10 83.72 C6 C11 83.72
TOP 10 5 83.72 C11 C6 83.72
BOT 5 11 63.53 C6 C12 63.53
TOP 11 5 63.53 C12 C6 63.53
BOT 5 12 61.63 C6 C13 61.63
TOP 12 5 61.63 C13 C6 61.63
BOT 5 13 76.74 C6 C14 76.74
TOP 13 5 76.74 C14 C6 76.74
BOT 5 14 63.41 C6 C15 63.41
TOP 14 5 63.41 C15 C6 63.41
BOT 5 15 57.32 C6 C16 57.32
TOP 15 5 57.32 C16 C6 57.32
BOT 5 16 74.71 C6 C17 74.71
TOP 16 5 74.71 C17 C6 74.71
BOT 5 17 78.16 C6 C18 78.16
TOP 17 5 78.16 C18 C6 78.16
BOT 5 18 77.01 C6 C19 77.01
TOP 18 5 77.01 C19 C6 77.01
BOT 5 19 81.61 C6 C20 81.61
TOP 19 5 81.61 C20 C6 81.61
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BOT 30 33 56.10 C31 C34 56.10
TOP 33 30 56.10 C34 C31 56.10
BOT 30 34 67.82 C31 C35 67.82
TOP 34 30 67.82 C35 C31 67.82
BOT 30 35 46.34 C31 C36 46.34
TOP 35 30 46.34 C36 C31 46.34
BOT 30 36 57.32 C31 C37 57.32
TOP 36 30 57.32 C37 C31 57.32
BOT 30 37 58.62 C31 C38 58.62
TOP 37 30 58.62 C38 C31 58.62
BOT 30 38 75.86 C31 C39 75.86
TOP 38 30 75.86 C39 C31 75.86
BOT 30 39 75.58 C31 C40 75.58
TOP 39 30 75.58 C40 C31 75.58
BOT 30 40 71.26 C31 C41 71.26
TOP 40 30 71.26 C41 C31 71.26
BOT 30 41 77.01 C31 C42 77.01
TOP 41 30 77.01 C42 C31 77.01
BOT 30 42 53.66 C31 C43 53.66
TOP 42 30 53.66 C43 C31 53.66
BOT 30 43 56.98 C31 C44 56.98
TOP 43 30 56.98 C44 C31 56.98
BOT 30 44 52.44 C31 C45 52.44
TOP 44 30 52.44 C45 C31 52.44
BOT 30 45 78.05 C31 C46 78.05
TOP 45 30 78.05 C46 C31 78.05
BOT 30 46 70.11 C31 C47 70.11
TOP 46 30 70.11 C47 C31 70.11
BOT 30 47 75.86 C31 C48 75.86
TOP 47 30 75.86 C48 C31 75.86
BOT 30 48 58.62 C31 C49 58.62
TOP 48 30 58.62 C49 C31 58.62
BOT 30 49 80.46 C31 C50 80.46
TOP 49 30 80.46 C50 C31 80.46
BOT 31 32 20.00 C32 C33 20.00
TOP 32 31 20.00 C33 C32 20.00
BOT 31 33 21.33 C32 C34 21.33
TOP 33 31 21.33 C34 C32 21.33
BOT 31 34 25.00 C32 C35 25.00
TOP 34 31 25.00 C35 C32 25.00
BOT 31 35 21.33 C32 C36 21.33
TOP 35 31 21.33 C36 C32 21.33
BOT 31 36 18.67 C32 C37 18.67
TOP 36 31 18.67 C37 C32 18.67
BOT 31 37 23.75 C32 C38 23.75
TOP 37 31 23.75 C38 C32 23.75
BOT 31 38 26.25 C32 C39 26.25
TOP 38 31 26.25 C39 C32 26.25
BOT 31 39 26.58 C32 C40 26.58
TOP 39 31 26.58 C40 C32 26.58
BOT 31 40 23.75 C32 C41 23.75
TOP 40 31 23.75 C41 C32 23.75
BOT 31 41 27.50 C32 C42 27.50
TOP 41 31 27.50 C42 C32 27.50
BOT 31 42 17.33 C32 C43 17.33
TOP 42 31 17.33 C43 C32 17.33
BOT 31 43 18.99 C32 C44 18.99
TOP 43 31 18.99 C44 C32 18.99
BOT 31 44 20.00 C32 C45 20.00
TOP 44 31 20.00 C45 C32 20.00
BOT 31 45 22.67 C32 C46 22.67
TOP 45 31 22.67 C46 C32 22.67
BOT 31 46 23.75 C32 C47 23.75
TOP 46 31 23.75 C47 C32 23.75
BOT 31 47 28.75 C32 C48 28.75
TOP 47 31 28.75 C48 C32 28.75
BOT 31 48 21.25 C32 C49 21.25
TOP 48 31 21.25 C49 C32 21.25
BOT 31 49 25.00 C32 C50 25.00
TOP 49 31 25.00 C50 C32 25.00
BOT 32 33 81.18 C33 C34 81.18
TOP 33 32 81.18 C34 C33 81.18
BOT 32 34 53.66 C33 C35 53.66
TOP 34 32 53.66 C35 C33 53.66
BOT 32 35 80.00 C33 C36 80.00
TOP 35 32 80.00 C36 C33 80.00
BOT 32 36 80.00 C33 C37 80.00
TOP 36 32 80.00 C37 C33 80.00
BOT 32 37 67.07 C33 C38 67.07
TOP 37 32 67.07 C38 C33 67.07
BOT 32 38 56.10 C33 C39 56.10
TOP 38 32 56.10 C39 C33 56.10
BOT 32 39 62.96 C33 C40 62.96
TOP 39 32 62.96 C40 C33 62.96
BOT 32 40 54.88 C33 C41 54.88
TOP 40 32 54.88 C41 C33 54.88
BOT 32 41 60.98 C33 C42 60.98
TOP 41 32 60.98 C42 C33 60.98
BOT 32 42 81.18 C33 C43 81.18
TOP 42 32 81.18 C43 C33 81.18
BOT 32 43 80.72 C33 C44 80.72
TOP 43 32 80.72 C44 C33 80.72
BOT 32 44 77.65 C33 C45 77.65
TOP 44 32 77.65 C45 C33 77.65
BOT 32 45 56.25 C33 C46 56.25
TOP 45 32 56.25 C46 C33 56.25
BOT 32 46 53.66 C33 C47 53.66
TOP 46 32 53.66 C47 C33 53.66
BOT 32 47 60.98 C33 C48 60.98
TOP 47 32 60.98 C48 C33 60.98
BOT 32 48 60.98 C33 C49 60.98
TOP 48 32 60.98 C49 C33 60.98
BOT 32 49 62.20 C33 C50 62.20
TOP 49 32 62.20 C50 C33 62.20
BOT 33 34 57.32 C34 C35 57.32
TOP 34 33 57.32 C35 C34 57.32
BOT 33 35 82.76 C34 C36 82.76
TOP 35 33 82.76 C36 C34 82.76
BOT 33 36 88.51 C34 C37 88.51
TOP 36 33 88.51 C37 C34 88.51
BOT 33 37 59.76 C34 C38 59.76
TOP 37 33 59.76 C38 C34 59.76
BOT 33 38 59.76 C34 C39 59.76
TOP 38 33 59.76 C39 C34 59.76
BOT 33 39 64.20 C34 C40 64.20
TOP 39 33 64.20 C40 C34 64.20
BOT 33 40 57.32 C34 C41 57.32
TOP 40 33 57.32 C41 C34 57.32
BOT 33 41 62.20 C34 C42 62.20
TOP 41 33 62.20 C42 C34 62.20
BOT 33 42 80.46 C34 C43 80.46
TOP 42 33 80.46 C43 C34 80.46
BOT 33 43 72.29 C34 C44 72.29
TOP 43 33 72.29 C44 C34 72.29
BOT 33 44 81.61 C34 C45 81.61
TOP 44 33 81.61 C45 C34 81.61
BOT 33 45 64.63 C34 C46 64.63
TOP 45 33 64.63 C46 C34 64.63
BOT 33 46 60.98 C34 C47 60.98
TOP 46 33 60.98 C47 C34 60.98
BOT 33 47 59.76 C34 C48 59.76
TOP 47 33 59.76 C48 C34 59.76
BOT 33 48 57.32 C34 C49 57.32
TOP 48 33 57.32 C49 C34 57.32
BOT 33 49 62.20 C34 C50 62.20
TOP 49 33 62.20 C50 C34 62.20
BOT 34 35 56.10 C35 C36 56.10
TOP 35 34 56.10 C36 C35 56.10
BOT 34 36 58.54 C35 C37 58.54
TOP 36 34 58.54 C37 C35 58.54
BOT 34 37 58.62 C35 C38 58.62
TOP 37 34 58.62 C38 C35 58.62
BOT 34 38 75.86 C35 C39 75.86
TOP 38 34 75.86 C39 C35 75.86
BOT 34 39 75.58 C35 C40 75.58
TOP 39 34 75.58 C40 C35 75.58
BOT 34 40 77.01 C35 C41 77.01
TOP 40 34 77.01 C41 C35 77.01
BOT 34 41 74.71 C35 C42 74.71
TOP 41 34 74.71 C42 C35 74.71
BOT 34 42 53.66 C35 C43 53.66
TOP 42 34 53.66 C43 C35 53.66
BOT 34 43 54.65 C35 C44 54.65
TOP 43 34 54.65 C44 C35 54.65
BOT 34 44 53.66 C35 C45 53.66
TOP 44 34 53.66 C45 C35 53.66
BOT 34 45 75.61 C35 C46 75.61
TOP 45 34 75.61 C46 C35 75.61
BOT 34 46 74.71 C35 C47 74.71
TOP 46 34 74.71 C47 C35 74.71
BOT 34 47 73.56 C35 C48 73.56
TOP 47 34 73.56 C48 C35 73.56
BOT 34 48 63.22 C35 C49 63.22
TOP 48 34 63.22 C49 C35 63.22
BOT 34 49 79.31 C35 C50 79.31
TOP 49 34 79.31 C50 C35 79.31
BOT 35 36 82.76 C36 C37 82.76
TOP 36 35 82.76 C37 C36 82.76
BOT 35 37 60.98 C36 C38 60.98
TOP 37 35 60.98 C38 C36 60.98
BOT 35 38 53.66 C36 C39 53.66
TOP 38 35 53.66 C39 C36 53.66
BOT 35 39 59.26 C36 C40 59.26
TOP 39 35 59.26 C40 C36 59.26
BOT 35 40 52.44 C36 C41 52.44
TOP 40 35 52.44 C41 C36 52.44
BOT 35 41 56.10 C36 C42 56.10
TOP 41 35 56.10 C42 C36 56.10
BOT 35 42 78.16 C36 C43 78.16
TOP 42 35 78.16 C43 C36 78.16
BOT 35 43 68.67 C36 C44 68.67
TOP 43 35 68.67 C44 C36 68.67
BOT 35 44 77.01 C36 C45 77.01
TOP 44 35 77.01 C45 C36 77.01
BOT 35 45 54.88 C36 C46 54.88
TOP 45 35 54.88 C46 C36 54.88
BOT 35 46 52.44 C36 C47 52.44
TOP 46 35 52.44 C47 C36 52.44
BOT 35 47 54.88 C36 C48 54.88
TOP 47 35 54.88 C48 C36 54.88
BOT 35 48 52.44 C36 C49 52.44
TOP 48 35 52.44 C49 C36 52.44
BOT 35 49 58.54 C36 C50 58.54
TOP 49 35 58.54 C50 C36 58.54
BOT 36 37 60.98 C37 C38 60.98
TOP 37 36 60.98 C38 C37 60.98
BOT 36 38 58.54 C37 C39 58.54
TOP 38 36 58.54 C39 C37 58.54
BOT 36 39 62.96 C37 C40 62.96
TOP 39 36 62.96 C40 C37 62.96
BOT 36 40 59.76 C37 C41 59.76
TOP 40 36 59.76 C41 C37 59.76
BOT 36 41 60.98 C37 C42 60.98
TOP 41 36 60.98 C42 C37 60.98
BOT 36 42 81.61 C37 C43 81.61
TOP 42 36 81.61 C43 C37 81.61
BOT 36 43 74.70 C37 C44 74.70
TOP 43 36 74.70 C44 C37 74.70
BOT 36 44 74.71 C37 C45 74.71
TOP 44 36 74.71 C45 C37 74.71
BOT 36 45 60.98 C37 C46 60.98
TOP 45 36 60.98 C46 C37 60.98
BOT 36 46 60.98 C37 C47 60.98
TOP 46 36 60.98 C47 C37 60.98
BOT 36 47 60.98 C37 C48 60.98
TOP 47 36 60.98 C48 C37 60.98
BOT 36 48 57.32 C37 C49 57.32
TOP 48 36 57.32 C49 C37 57.32
BOT 36 49 60.98 C37 C50 60.98
TOP 49 36 60.98 C50 C37 60.98
BOT 37 38 62.07 C38 C39 62.07
TOP 38 37 62.07 C39 C38 62.07
BOT 37 39 69.77 C38 C40 69.77
TOP 39 37 69.77 C40 C38 69.77
BOT 37 40 58.62 C38 C41 58.62
TOP 40 37 58.62 C41 C38 58.62
BOT 37 41 63.22 C38 C42 63.22
TOP 41 37 63.22 C42 C38 63.22
BOT 37 42 57.32 C38 C43 57.32
TOP 42 37 57.32 C43 C38 57.32
BOT 37 43 63.95 C38 C44 63.95
TOP 43 37 63.95 C44 C38 63.95
BOT 37 44 57.32 C38 C45 57.32
TOP 44 37 57.32 C45 C38 57.32
BOT 37 45 64.63 C38 C46 64.63
TOP 45 37 64.63 C46 C38 64.63
BOT 37 46 59.77 C38 C47 59.77
TOP 46 37 59.77 C47 C38 59.77
BOT 37 47 66.67 C38 C48 66.67
TOP 47 37 66.67 C48 C38 66.67
BOT 37 48 65.52 C38 C49 65.52
TOP 48 37 65.52 C49 C38 65.52
BOT 37 49 67.82 C38 C50 67.82
TOP 49 37 67.82 C50 C38 67.82
BOT 38 39 79.07 C39 C40 79.07
TOP 39 38 79.07 C40 C39 79.07
BOT 38 40 70.11 C39 C41 70.11
TOP 40 38 70.11 C41 C39 70.11
BOT 38 41 80.46 C39 C42 80.46
TOP 41 38 80.46 C42 C39 80.46
BOT 38 42 56.10 C39 C43 56.10
TOP 42 38 56.10 C43 C39 56.10
BOT 38 43 55.81 C39 C44 55.81
TOP 43 38 55.81 C44 C39 55.81
BOT 38 44 53.66 C39 C45 53.66
TOP 44 38 53.66 C45 C39 53.66
BOT 38 45 81.71 C39 C46 81.71
TOP 45 38 81.71 C46 C39 81.71
BOT 38 46 67.82 C39 C47 67.82
TOP 46 38 67.82 C47 C39 67.82
BOT 38 47 80.46 C39 C48 80.46
TOP 47 38 80.46 C48 C39 80.46
BOT 38 48 62.07 C39 C49 62.07
TOP 48 38 62.07 C49 C39 62.07
BOT 38 49 89.66 C39 C50 89.66
TOP 49 38 89.66 C50 C39 89.66
BOT 39 40 70.93 C40 C41 70.93
TOP 40 39 70.93 C41 C40 70.93
BOT 39 41 81.40 C40 C42 81.40
TOP 41 39 81.40 C42 C40 81.40
BOT 39 42 60.49 C40 C43 60.49
TOP 42 39 60.49 C43 C40 60.49
BOT 39 43 61.18 C40 C44 61.18
TOP 43 39 61.18 C44 C40 61.18
BOT 39 44 59.26 C40 C45 59.26
TOP 44 39 59.26 C45 C40 59.26
BOT 39 45 82.72 C40 C46 82.72
TOP 45 39 82.72 C46 C40 82.72
BOT 39 46 66.28 C40 C47 66.28
TOP 46 39 66.28 C47 C40 66.28
BOT 39 47 79.07 C40 C48 79.07
TOP 47 39 79.07 C48 C40 79.07
BOT 39 48 62.79 C40 C49 62.79
TOP 48 39 62.79 C49 C40 62.79
BOT 39 49 87.21 C40 C50 87.21
TOP 49 39 87.21 C50 C40 87.21
BOT 40 41 70.11 C41 C42 70.11
TOP 41 40 70.11 C42 C41 70.11
BOT 40 42 59.76 C41 C43 59.76
TOP 42 40 59.76 C43 C41 59.76
BOT 40 43 58.14 C41 C44 58.14
TOP 43 40 58.14 C44 C41 58.14
BOT 40 44 53.66 C41 C45 53.66
TOP 44 40 53.66 C45 C41 53.66
BOT 40 45 74.39 C41 C46 74.39
TOP 45 40 74.39 C46 C41 74.39
BOT 40 46 87.36 C41 C47 87.36
TOP 46 40 87.36 C47 C41 87.36
BOT 40 47 71.26 C41 C48 71.26
TOP 47 40 71.26 C48 C41 71.26
BOT 40 48 63.22 C41 C49 63.22
TOP 48 40 63.22 C49 C41 63.22
BOT 40 49 73.56 C41 C50 73.56
TOP 49 40 73.56 C50 C41 73.56
BOT 41 42 62.20 C42 C43 62.20
TOP 42 41 62.20 C43 C42 62.20
BOT 41 43 61.63 C42 C44 61.63
TOP 43 41 61.63 C44 C42 61.63
BOT 41 44 58.54 C42 C45 58.54
TOP 44 41 58.54 C45 C42 58.54
BOT 41 45 80.49 C42 C46 80.49
TOP 45 41 80.49 C46 C42 80.49
BOT 41 46 67.82 C42 C47 67.82
TOP 46 41 67.82 C47 C42 67.82
BOT 41 47 80.46 C42 C48 80.46
TOP 47 41 80.46 C48 C42 80.46
BOT 41 48 63.22 C42 C49 63.22
TOP 48 41 63.22 C49 C42 63.22
BOT 41 49 87.36 C42 C50 87.36
TOP 49 41 87.36 C50 C42 87.36
BOT 42 43 80.72 C43 C44 80.72
TOP 43 42 80.72 C44 C43 80.72
BOT 42 44 77.01 C43 C45 77.01
TOP 44 42 77.01 C45 C43 77.01
BOT 42 45 59.76 C43 C46 59.76
TOP 45 42 59.76 C46 C43 59.76
BOT 42 46 62.20 C43 C47 62.20
TOP 46 42 62.20 C47 C43 62.20
BOT 42 47 60.98 C43 C48 60.98
TOP 47 42 60.98 C48 C43 60.98
BOT 42 48 59.76 C43 C49 59.76
TOP 48 42 59.76 C49 C43 59.76
BOT 42 49 62.20 C43 C50 62.20
TOP 49 42 62.20 C50 C43 62.20
BOT 43 44 68.67 C44 C45 68.67
TOP 44 43 68.67 C45 C44 68.67
BOT 43 45 54.88 C44 C46 54.88
TOP 45 43 54.88 C46 C44 54.88
BOT 43 46 59.30 C44 C47 59.30
TOP 46 43 59.30 C47 C44 59.30
BOT 43 47 61.63 C44 C48 61.63
TOP 47 43 61.63 C48 C44 61.63
BOT 43 48 60.47 C44 C49 60.47
TOP 48 43 60.47 C49 C44 60.47
BOT 43 49 61.63 C44 C50 61.63
TOP 49 43 61.63 C50 C44 61.63
BOT 44 45 57.32 C45 C46 57.32
TOP 45 44 57.32 C46 C45 57.32
BOT 44 46 56.10 C45 C47 56.10
TOP 46 44 56.10 C47 C45 56.10
BOT 44 47 56.10 C45 C48 56.10
TOP 47 44 56.10 C48 C45 56.10
BOT 44 48 56.10 C45 C49 56.10
TOP 48 44 56.10 C49 C45 56.10
BOT 44 49 58.54 C45 C50 58.54
TOP 49 44 58.54 C50 C45 58.54
BOT 45 46 68.29 C46 C47 68.29
TOP 46 45 68.29 C47 C46 68.29
BOT 45 47 78.05 C46 C48 78.05
TOP 47 45 78.05 C48 C46 78.05
BOT 45 48 64.63 C46 C49 64.63
TOP 48 45 64.63 C49 C46 64.63
BOT 45 49 85.37 C46 C50 85.37
TOP 49 45 85.37 C50 C46 85.37
BOT 46 47 68.97 C47 C48 68.97
TOP 47 46 68.97 C48 C47 68.97
BOT 46 48 65.52 C47 C49 65.52
TOP 48 46 65.52 C49 C47 65.52
BOT 46 49 71.26 C47 C50 71.26
TOP 49 46 71.26 C50 C47 71.26
BOT 47 48 64.37 C48 C49 64.37
TOP 48 47 64.37 C49 C48 64.37
BOT 47 49 86.21 C48 C50 86.21
TOP 49 47 86.21 C50 C48 86.21
BOT 48 49 66.67 C49 C50 66.67
TOP 49 48 66.67 C50 C49 66.67
AVG 0 C1 * 70.51
AVG 1 C2 * 68.41
AVG 2 C3 * 71.83
AVG 3 C4 * 63.08
AVG 4 C5 * 62.78
AVG 5 C6 * 71.02
AVG 6 C7 * 64.69
AVG 7 C8 * 65.08
AVG 8 C9 * 68.29
AVG 9 C10 * 63.17
AVG 10 C11 * 69.38
AVG 11 C12 * 58.51
AVG 12 C13 * 65.42
AVG 13 C14 * 67.76
AVG 14 C15 * 66.28
AVG 15 C16 * 61.39
AVG 16 C17 * 66.91
AVG 17 C18 * 69.71
AVG 18 C19 * 68.45
AVG 19 C20 * 69.55
AVG 20 C21 * 66.13
AVG 21 C22 * 63.97
AVG 22 C23 * 71.15
AVG 23 C24 * 65.74
AVG 24 C25 * 65.12
AVG 25 C26 * 62.02
AVG 26 C27 * 66.96
AVG 27 C28 * 70.89
AVG 28 C29 * 60.61
AVG 29 C30 * 70.69
AVG 30 C31 * 66.00
AVG 31 C32 * 24.09
AVG 32 C33 * 63.88
AVG 33 C34 * 65.25
AVG 34 C35 * 66.14
AVG 35 C36 * 60.99
AVG 36 C37 * 64.62
AVG 37 C38 * 61.85
AVG 38 C39 * 68.33
AVG 39 C40 * 70.08
AVG 40 C41 * 66.06
AVG 41 C42 * 70.81
AVG 42 C43 * 64.17
AVG 43 C44 * 63.44
AVG 44 C45 * 61.45
AVG 45 C46 * 68.67
AVG 46 C47 * 65.71
AVG 47 C48 * 69.38
AVG 48 C49 * 61.73
AVG 49 C50 * 73.13
TOT TOT * 65.42
CLUSTAL W (1.83) multiple sequence alignment
C1 ---------------ATGCCAACTTTAACCATTTTAGCAATAGTAGCCTT
C2 ---------------ATGATATCTTTACAAATAGTAGCAATAGTAGCATT
C3 ---------------ATGCAACCTTTAGTAATATTAGCAATAGTAGCATT
C4 ------------------------TTGCGCATCTGGGCAATAGTAGGACT
C5 ATGTTAAATTTATATGCAAAAGTAGATTATAGATTAGGAGTAGGAGCATT
C6 ---------------ATGCAAACTTTAGCCATTTTAGCAATAGTAGCCTT
C7 ---------------ATGACACCTTTGGAAATTAGTGCAATAGTAGGACT
C8 ---------------ATGCAAGCTTTACAAATAACTGCAATAGTAGGACT
C9 ---------------ATGCAAGCCTTAACAATATTAGCAATAGTAGCATT
C10 ---------------ATGCAAGTTTTAGGAATAGCTTCAATAGTAGGGCT
C11 ---------------ATGCAACCTTTAGTAATAGGATCAATA---GCATT
C12 ------------ATGTGGCCGCCTTTGACAATCTGTGCAATAGTAGGACT
C13 ------------ATGTTAAAGTTAGATTTAGGATTAGCAGTAGGAGCATT
C14 ---------------ATGCAACCTTTAGTAGTATTAGCAATAGTAGCATT
C15 ATGTTAAATTTAACAGCAAGAATAGATTATAGATTAGGAGTAGGAGCATT
C16 ATGTTAGATTTTACAGCAAGAGTGGATTATAGATTAGGAGTAGGAGCATT
C17 ---------------ATGCAATCTTTAGAAATAGCTACAATAGTAGGACT
C18 ---------------ATGCAACCTTTAGAGATATCAGCAATAGTGGCATT
C19 ---------------ATGGTACCTTTACAAATAGCAGCAATAGTAGCATT
C20 ---------------ATGCAACCTTTACATATAGTAGCAATAGTAGCATT
C21 ------------ATGTTAGAATTAGGTTATAGCTTAGCAGTAGGAGCATT
C22 ---------ATGTTAGAAAGTGTAGATTATAGATTAGGAGTAGGAGCATT
C23 ---------------ATGCCATCTTTATACATATTAACAATAGTAGCATT
C24 ------------ATGTCAGATTTAGATTATGCATTATTAGTAGGAGCATT
C25 ---------------ATGCAACCTTTAGTAATATTAGCAATAGTAGCATT
C26 ATGCTTGATTTATTTGAAAGAGTGGATTATAGAATAGGAGTAGGAGCATT
C27 ---------------ATGCAGCTTTTGGAAATCTGTGCAGTAGTAGGACT
C28 ---------------ATGCAATCTATACAAGTAGTAGCAATAGTAGCATT
C29 ------------ATGTTGTCTCTTTTGCACATCTTTGCAATAGTAAGTCT
C30 ---------------ATGAACTCTTTACAGATAGCAGCAATAGTAGGATT
C31 ---------------ATGCAATCTTTACACATATTAGCAATAGTAGCATT
C32 ---------------ATGATAAAAATAGTAGTGGGAAGTGTGTCAACTAA
C33 ATGATAGATTTACTAGCAAAAGTAGATTATAGGTTAGGAGTAGGAGCACT
C34 ATGTTAGATTTACTAGCAGGAGTAGATTATAGAATAGGGGTAGGAGCATT
C35 ---------------ATGCAACCTTTAGAAATAGCTTCAGTAGTGGGACT
C36 ATGCTGGATTTATTAGCAAGAGTAGACTATAGAATAGGAGTAGGGGCATT
C37 ATGCTGGATTTATTAGCAAGAGTAGATTATAGAATAGGGGTAGGAGCTTT
C38 ---------------ATGTCATACTTGTTAGCAATAGGCATAACAGCATT
C39 ---------------ATGCAACCTTTAATCATTGGAGCAATAGTAGCCTT
C40 ---------------ATGCCAGCTTTAGTTATAATATCAATAGTAGCTTT
C41 ---------------ATGCAATCTTTAACAATAGCTGCAATAGTAGGACT
C42 ---------------ATGCAAACTATACAAATATTAGCAATAGTAGCATT
C43 ATGGTAGACTTAATAGCAAGAGTAGATTATAGATTAGCAATAGGAGCATT
C44 ------------ATGGTAGATCTAGATTATAAATTAGCAGTAGGAGCATT
C45 ATGTTAAATCTATATGCAAGAGTGGATTATAGAGTAGGAGCAGGAGCATT
C46 ---------------ATGCAATCCTTAGAAATAATAGCAATAATAGCCTT
C47 ---------------ATGCAACCTTTAGAGATAGCTGCAATAGTAGGACT
C48 ---------------ATGCAACCTTTAGTGATATTAGCAATAGTAGCATT
C49 ---------------ATGACACCTTTAGAAATTAGTGCAATAGCAGGACT
C50 ---------------ATGCAACCTTTAGTTATATTAGCAATAGTAGCATT
. . . . :
C1 AGTAGTAGCAATAATATTAGCAATAGTTGTGTGGACC------------A
C2 AGTAGTAGTAACGATAATAGCAATAGTTGTGTGGACC------------A
C3 AGTAGTAGCAGCAATAATAGCAATAGTTGTGTGGACC------------A
C4 GCTGGTAGCGCTAATCCTAGCAATAGTTGTGTGGACT------------A
C5 GATAGTAGCACTAATCTTAGGTTTAATAGTGTGGACC------------A
C6 AGTAGTAGCAGCAATAATAGCAATAGTTGTGTGGACC------------A
C7 GATAGTAGCGCTAATCTTAGCCATAGTAGTGTGGACT------------A
C8 AGTAGTAGCATTCATAGCAGCAATAGTTGTGTGGACT------------A
C9 AGTAGTAGTAGCAATAATAGCAATAATTGTGTGGACA------------A
C10 AATAGTAGCATCCATAGCAGCCATAGTTGTGTGGACC------------A
C11 AGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGTCC------------A
C12 GGTAGTAGCACTAATCTTAGCAATAGTTGTGTGGACT------------A
C13 GATAATAGCACTAATCATAGCAATAGTTGTGTGGACC------------A
C14 AGTAGTAGCAGCAGTACTAGCAATAGTTGTGTGGTCC------------A
C15 AATAATAGCACTAATCATAGCAATAATTGTGTGGACC------------A
C16 GATAATAGCATTAATCATAGCAATAGTTGTGTGGATC------------A
C17 AGTAGTGGCAGTCATAGCAGCCATAGTTGTGTGGACC------------A
C18 AGTTGTAGCAGCAATATTAGCAATAGTTGTGTGGACC------------A
C19 AGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGACC------------A
C20 AGTAGTAGCAGCAATACTAGCAATAGTTGTATGGTCC------------A
C21 GGTAGTAGCATTTATCATAGTAATAATTGTGTGGACT------------A
C22 GATAGTAGCACTAATCATAGCAATAATTGTGTGGATC------------A
C23 TGTAGTAGCAGCAATAATAGCAATAGTTGTGTGGACC------------A
C24 AATAGTAGCACTAATCATAGCAATAATTGTCTGGACC------------A
C25 AGTAATAGTAGCAATAATAGCAATAATTGTATGGGCC------------A
C26 TACAGTAGCACTAATCATAGCAATAATAGTGTGGATC------------A
C27 GGTAGTAGCGCTAATCATAGCAATAGTTGTGTGGACT------------A
C28 AGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGACC------------A
C29 GATAGTATCGCTAATCATAGCAATAATTGTGTGGACT------------A
C30 AGTAGTAGCACTAATAATAGCAATAGTTGTGTGGACC------------A
C31 AGTAGTAGCAGCAATATTAGTAATAGTTGTATGGTCT------------A
C32 TGTCATAGGCATTCTTTGTATATTACTGATTTTAATAGGGGGAGGCTTGC
C33 GATAATAGCATTAATCATAGCAATAGTTGTGTGGACC------------A
C34 TATAGTAGCACTAATTATAGCAATAATTGTGTGGACC------------A
C35 AGTAGTAGCATTCATAGCAGCCATAATTGTGTGGACC------------A
C36 TGCAATAGGACTAATCATAGCAATAATTGTATGGACC------------A
C37 TGGAGTAGCACTAATCATAGCAATAGTTGTATGGACT------------A
C38 AATAGTAGCACTAATAATAGCAATAGTTGTGTGGACT------------A
C39 AGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGACC------------A
C40 AGTAGTAGCAACAATAATAGCAATAGTTGTGTGGTCT------------G
C41 AGTAGTAGCATTCATAGCAGCCTTAGTTGTGTGGAGC------------A
C42 GGTAGTAGCAGCAGTAATAGCAATAGTTGTGTGGACC------------A
C43 TACAATAGCACTAATCATAGCAATAGTTGTGTGGACC------------A
C44 GATAGCAGCACTAATCATAGCAATAGTTGTGTGGACC------------A
C45 GATAATAGCGCTAATCATAACAATAATAGTGTGGACC------------A
C46 AGTAGTAGCAGCAATATTAGCAATAGTTGTGTGGAGC------------A
C47 AGTAGTAGCATTCATAGCAGCCATAGTAGTGTGGACC------------A
C48 AGTAGTAGCTTCAATAATAGCAATAGTGGTGTGGACT------------A
C49 GATAGTAGCGCTGATCTTAGCAATAGTAGTGTGGACT------------A
C50 AGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGACC------------A
. . * :. :** * .* * .
C1 TAGTATTCATAGAATATAGGAAA---ATATTAAGACAGAAAAAAATAGAC
C2 TAGTGTTGATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAT
C3 TAGTACTCATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAC
C4 TAGTAGGTATAGAATATAAGAAA---TTGCTAAAACAAAAGAAAATAGAC
C5 TAGCATATATAGAATATAGGAAA---TTAGTAAGACAAAGAAAAATAGAC
C6 TAGTATTCATAGAATATAGGAAA---ATATTAAGACAGAAAAAAATAGAC
C7 TAGTAGCTATAGAATATCTGAAA---TTACTAAAGCAAAGGAAAATAGAC
C8 TAGTACTTATAGAATATAGGAAA---ATAAGACAACAGAAGAAAATAGAT
C9 TAGTAATAATAGAATATAGAAAA---TTATTGAGACAGAGAAAAATAGAC
C10 TAGTATTCATAGAGTATAGGAAA---ATAAGGAAAGAGAGAAAGATAAGT
C11 TAGTATTCATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAT
C12 TAGTAGGTATAGAATATAAGAGA---TTGCTAAAACAAAAAAAGATAGAC
C13 TAGCATATATAGAATATAGAAAG---TTGGTAAAGCAAAGAAAAATAGAT
C14 TAATACTCATAGAATATAGGAAA---ATATTAAGACAAAGGAAAATAGAT
C15 TAGTATATATAGAATATAGGAAA---TTGGTAAGACAAAGAAAAATAGAC
C16 TAGCATATATAGAATATAGGAAA---TTGTTAAGACAACAAAACATAGAC
C17 TAGTATATATTGAATATAGAAAA---ATAAGGAAACAGAAAAGAATAGAT
C18 TTGTATACATAGAATATAGGAAA---ATATTAAGACAAAGAAGAATAGAC
C19 TAGTATACATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAC
C20 TAGTATTCATAGAATATAGGAAA---ATATTAAGACAAAGGAAAATAGAC
C21 TAGTATACATAGAATATAGGAAA---ATAGTAGAACAAAGAAAGATAGAC
C22 TAGTATATATAGAATATAGGAAA---TTGTTAAGACAAAGAAGAATAGAC
C23 TAGTGATCATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAT
C24 TAGCATATATAGAATATAGGAAA---TTGGTAAGGCAAAAGAAAATAGAC
C25 TAGTATTCATAGAATATAGGAAA---ATATTAAGACAGAGAAGAATAGAC
C26 TAGTATATATAGAATATAGGAAA---TTGAAAAGACAAAAGAAAATAGAC
C27 TAGTAGGTATAGAATATAAGAAA---TTGCTAAAGCAAAGAAAAATAGAC
C28 TAGTATTGATAGAATATAGGAAA---TTGTTAAGACAAAGAAAAATAGAC
C29 TAGTAGGTATAGAATATAAGAGA---TTGTTAAAACAAAAGAGAATAGAC
C30 TAGTGATCATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAC
C31 TAGTATTCATAAAATATAGGAAA---ATATTAAGACAAAAGAAAATAGAT
C32 TAATAGGTATAGGTATAAGAAGAGAGTTAGAAAGGGAAAGGCAACATCAA
C33 TAACATACATAGAATATAGGAAA---TTAGTAAGACAAAGAAAAATAAAT
C34 TAGTATATATAGAATATAGGAAA---ATAGTAAGACAAAGAAAAATAGAC
C35 TAGTACTGATTCAATATAGGGAA---ATAAGGAAACAGAAGAAAATAGAC
C36 TAGTATATATAGAATATAGAAAA---TTGGTAAAACAAAGAAGAATAGAC
C37 TAGTATATATAGAATATAGGAAA---CTAGTAAAGCAAAAGAAAATAGAC
C38 TAGCATATATAGAATATAAAAAA---CTGGTAAGGCAAAGGAGAATAAAT
C39 TAGTATTGATAGAATATAGGAAA---ATATTAAGACAAAGAAAATTAGAC
C40 TAGTATACATAGAGTATAGGAAA---ATATTAAGACAAAGAAAAATAGAA
C41 TAGTACTTATTGAATATAGAAAA---ATAAGGAAACAGAAGAAAATAGAC
C42 TAGTACTCATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAT
C43 TAGTATATTTAGAATATAGGAAA---TTGAGAAAACAAAGAAAAATAGAT
C44 TAGCATATCTAGAATACAGGAAA---TTAATAAAACAAAGAAAAATAAAC
C45 TAGTATATATAGAAATTAGGAAA---ATAAAAAGACAAGAAAAAATAGAC
C46 TAGTATTAATAGAATATAGGAAA---ATATGGAGACAAAGAAAGATAGAT
C47 TAGTATATATAGAATATAGGAAA---ATAAGAAAACAGAAGAAAATAGAC
C48 TAGTATTCATAGAGTGTAGAAGA---TTAACAAGGCAGAGAAAAATAGAC
C49 TAGTAGCTATAGAATATAAGAAA---ATACAAAAAGAAAGAAAAATAGAT
C50 TAGTATTCATAGAATATAGAAAA---ATATTAAGACAAAGAAAAATAGAC
*:. . *: . : . .... *. . .. *. .... :: .
C1 AGGCTAATTGATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
C2 AGGTTAATTGATAGAATAACAGAAAGAGCAGAA---GATAGTGGCAATGA
C3 AGGTTAATTGATAGACTAATAGAAAGAGCAGAA---GACAGTGGCAATGA
C4 AGGTTAATTAAGAGAATAAAAGAAAGAGCAGAA---GACAGTGGCAATGA
C5 TTGTTAATTAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
C6 AGGTTAATTGATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
C7 AGGTTACTTAAGAGAATCAGAGAAAGAGCAGAA---GACAGTGGAAATGA
C8 AGATTACTTGCTAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
C9 AGGTTACTTCAGAGAATAAGTGAAAGAGCAGAA---GACAGTGGCAATGA
C10 AGGTTACTTGATAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAACGA
C11 AGGTTAATTGATAGGATAAGAGAAAGAGCAGAA---GACAGGGGAAATGA
C12 AGGTTAATTGAAAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
C13 TGGCTAATTAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
C14 AGATTGATTGATAGAATAGCAGAAAGAGTAGAA---GACAGTGGCAATGA
C15 TGGTTAATCAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
C16 AGGTTACTTAAAAGAATTAGGGAAAGAGAAGAA---GACAGTGGCAATGA
C17 AGGTTACTTGATAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
C18 AGGTTACTTGAGAGAATAAGAAAAAGAGCAGAA---GACAGTGGCAATGA
C19 AGGTTACTTGATAGAATAGCAGAAAGAACAGAA---GACAGCGGCAATGA
C20 AGGATAATTGATAGAATAAGTGAAAGAGCAGAA---GACAGTGGCAATGA
C21 AGGTTAATTAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
C22 TGGTTAGTTAACAGAATTAAGGAAAGAGCAGAA---GACAGTGGCAATGA
C23 AGACTAATTGATAGAATAAGTGAAAGAGCAGAG---GACAGTGGCAATGA
C24 TGGTTAATTAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
C25 AGGATACTTGATAGGATAAGAGAGAGAGCAGAA---GACAGTGGCAATGA
C26 TGTTTAATTAAAAGAATTAGTGAAAGAGCAGAA---GACAGTGGCAATGA
C27 AGGTTAGTTGATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
C28 AGGTTAATTGATAGGATAGCAGAAAGAGCAGAA---GACAGTGGCAATGA
C29 AGATTAATTGAGAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
C30 AGGTTAATTGATAGAATAGCAGAAAGAGCAGAA---GACAGTGGCAATGA
C31 AGGTTAATTGAGAGGATAGGGGAAAGGGCAGAA---GACAGTGGAAATGA
C32 AGAGTATTAGAAAGGCTAGCTAGAAGATTAAGCATAGACAGTGGAGTAGA
C33 TGGTTAATTAAAAGAATTAGGGAAAGAGCAGAG---GACAGTGGCAATGA
C34 CAGTTGATTGAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
C35 AGGATACTTGATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
C36 AGGTTAGTTCAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
C37 CAGTTAATCAAAAGAATTAGGGAGAGAGCAGAA---GACAGTGGCAATGA
C38 AGGTTATATAAAAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
C39 AGGATAATTAATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
C40 AGGTTGATTGATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
C41 AGGCTACTTGATAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
C42 AGGTTAATTGATAGAATAGCAGAAAGGGCAGAA---GACAGTGGCAATGA
C43 TGGTTAATTAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
C44 TGGTTAATTAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
C45 AGGTTAATTAGAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
C46 AGGTTAATTGATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
C47 AGGTTACTTGAAAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
C48 AGGTTAATTGATAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
C49 AAGTTAATTAAGAGAATAAGAGAAAGAGCAGAA---GACAGTGGAAATGA
C50 AGGTTAATTGATAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
*. : **..* . ...**. *.. ** ** **..: **
C1 GAGTTACGGGGATCAGGAAGAA---TTGTCGGCATTT-------------
C2 CAGTGATGGAGATCAGGAAGAA---TTGTCAGCACTT-------------
C3 GAGTGAAGGGGATCAGGAAGAA---TTGTCAGCACTT-------------
C4 CAGTGATGAGGATACAGAGGAA---TTGTCAACTCTT-------------
C5 GAGTGATGGGGATACAGAGGAA---TTGTCAACAATG-------------
C6 GAGTGACGGGGATCAGGAAGAA---TTGGCGGCATTT-------------
C7 GAGTGAGGGAGACACAGACGAA---TTGGCCAAACTT-------------
C8 GAGCGAAGGGGATACAGAGGAA---CTATCCACTCTT-------------
C9 AAGTGATGGAGACCAGGAAGAA---TTATCAGCAATT-------------
C10 GAGTGATGGAGACACAGAGGAA---TTGGCTACTCTT-------------
C11 GAGTGAAGGGGATCAGGAAGAG---CTGGCAGGACTT-------------
C12 GAGTGACGGAGACACAGAGGAA---CTTCTTAAAATGGAC----------
C13 GAGTGAGGGAGACACTGAGGAA---TTATCAACAATG-------------
C14 GAGTGAAGGGGACCAAGAAGAA---CTATCAACTCTGGTG----------
C15 GAGTGATGGGGATACAGAAGAA---TTGTCAACCATG-------------
C16 GAGTGAGGGGGATATTGAAGAA---TTATCAACTATG-------------
C17 GAGTGATGGGGATACAGAAGAA---TTATCCACGCTT-------------
C18 GAGTGAAGGGGATCAGGAAGAA---ATATCAGCACTT-------------
C19 AAGTGAAGGGGATCATGAAGAA---TTATCCATACTT-------------
C20 GAGTGAGGGGGATCAGGAAGAA---TTATCAGCGCTT-------------
C21 GAGTGAGGGAGATACTGAGGAA---TTATCAACAATG-------------
C22 GAGTGACGGGGATGCAGAGGAA---TTGTCAACCATG-------------
C23 GAGTGAAGGAGATCAGGAAGAA---TTGTCAGCCCTT-------------
C24 GAGTGAGGGGGATACTGAGGAA---TTATCAACAATG-------------
C25 GAGTGATGGGGACCGGGAAGAACTGTTGGCAGTTATGGAAGGGGATCCAA
C26 GAGTGAAGGAGATATCGAGGAA---TTGTCCACACTG-------------
C27 GAGTGATGGGGATAGAGAGGAA---TTATCCTTGCTG-------------
C28 AAGTGAAGGGGATCAAGAAGAA---TTATCAGCGCTT-------------
C29 GAGTGATGGGGATACAGAGGAA---TTGTCAACACTT-------------
C30 AAGTGAAGGGGATCAGGAAGAA---TTATCAGCACTT-------------
C31 AAGTGATGGGGACCAAGAAGAA---TTATCAGCTCTT-------------
C32 AGAAGAT---------GAAGAA----------------------------
C33 GAGTGAGGGGGATACAGAGGAA---TTGGCTACAATG-------------
C34 GAGTGACGGAGATACGGAGGAA---TTGTCAACGATG-------------
C35 GAGTGAAGGAGATCAGGAAGAA---TTGTCAGCGCTT-------------
C36 GAGTGAGGGGGATAATGAGGAG---TTGGCAACAATG-------------
C37 GAGTGATGGGGACACAGAGGAA---TTGTCAGCAATG-------------
C38 GAGTGAGGGGGATGCAGAGGAA---TTGGCAGCACTT-------------
C39 GAGTGATGGGGATCAGGAAGAA---TTATCAGCATTT-------------
C40 GAGTGAAGGGGATCAGGAGGAA---TTATCAGCACTG-------------
C41 GAGTGATGGGGATACAGAAGAA---TTATCCACTCTT-------------
C42 GAGTGAAGGAGACCAGGAAGAA---TTGTCAGCACTT-------------
C43 GAGTGAGGGGGATACTGAGGAA---TTGTCAACAATG-------------
C44 GAGTGAGGGGGATACTGAGGAA---TTATCAACCATG-------------
C45 GAGTGAAGGGGATACAGAAGAA---TTGGCCACAATG-------------
C46 GAGTGACGGAGATCAGGAAGAA---TTGTCAGCACTGGTGGAGACGGGGC
C47 CAGTGACGGGGACACAGAAGAG---TTATCCACGCTT-------------
C48 GAGTGATGGAGATAAAGAGGAA---TTATCAGCACTT-------------
C49 AAGTGAAGGTGACACAGAGGAG---TTGGCTCAACTT-------------
C50 GAGTGAAGGGGATCAGGAAGAA---TTGTCAGCACTT-------------
.. * ** **.
C1 --ATGGAGATGGGGCACCATGCTCCTTGGGATGTT---GATGATCTG---
C2 --GTGGAGAGGGGGCACCTTGCTCCTTGGAATATT---GATGATCTG---
C3 --GTGGAGATGGGGCATCATGCTCCTTGGGTTGTT---AATGATCTG---
C4 --GTTGAGATGAAGAACTATGATCTTAAAGATGAT---AATAAT------
C5 --GTGGATATGGGGCATCTTGGGCTTTTGGATGCT---AATGATTTG---
C6 --ATGGAGATGGGGCACCATGCTCATTGGGATGTT---GATGATCTG---
C7 --GTGGAAATGGGGAACTTTGATCCTTGGGTTGGT---GATAACTTG---
C8 --GTGGAAGTGGGGGATTACGATCTTTTTGTTAAT---GATAATTTG---
C9 --GTGGAGAGGGGGCATCTTGCTCCTTGGGATATT---AATGAT------
C10 --ATGGAGAGGGGGGCTGATAATGTTTTGGATAAT---GATAATTTG---
C11 --GTGGAAATGGGGCACCATGCTCCTTGGGATATT---GATGATCTG---
C12 --AGCCATCTTGGGGCTGATAATATTCTG---------------------
C13 --GTGGATATGGGGCGTCTTAGGCTTTTGGATGTT---AATGATGTG---
C14 --GTGGAGATGGGGCATGATGCTCCTTGGCATGTT---AATGATCTG---
C15 --GTGGATATGGGGCATCTTAGGCTTTTGGATGTT---AATGATCTG---
C16 --GTGGATATGGGGCATCTTAGGCTTTTGGATGTT---AATAAT------
C17 --ATGGAGATGGGGCATGATAATATTTTGGACAAT---GATAATTTG---
C18 --GTGGGGATGGGGCACCTTGCTCCTTGGGATGTT---AATGATCTA---
C19 --ATGGATAGGGGGCATGATGCTCCTTGGGATGTT---AATGATCTG---
C20 --GTGGGGATGGGGCATCATGCTCCTTGGGATATA---CATGATCTG---
C21 --GTGGATATGGGGCGTCTTAGGCTTTTGGATGTT---AATGAATTG---
C22 --GTGGATATGGGGCATCTTAGGCTTTTGGATGCT---AATGATTTA---
C23 --GTGGGGATGGGGCATCATGCTCCTTGGGATGTT---AATGATCTG---
C24 --GTGGATATGGGGCATCTTAGGCTTTTGGATGAT---AATAATTTG---
C25 ATTTGGAGATGGGGCATCTTGCTCCTTGGGATGTT---AATGATCTG---
C26 --GTGGATATGGGGAATCTTAGGCTTTTGGATGCT---AATGATTTG---
C27 --GTGGACATGGGGGATTATGATCTTGGGGATGAT---AATAATTTG---
C28 --GTGGAAATGGGGCATCATGCTCCTTGGGATGTT---GATGATTTG---
C29 --GTTAACATGGGGGACTACGATCTTGGGGATGAT---ATTAATCTGTTA
C30 --ATGGAGATGGGGCATCATGCTCCTTGGAATGTT---GATGATCTG---
C31 --ATGGAAAGGGGGCGTCTTGCTCCTTGGGATATT---AATGATCAG---
C32 --TTTAATTGGAATAACTTTGATCCTCATAATTAC---AATCCTAGGGAT
C33 --GTGGATATGGAGCATCTTAGGCTTTTG---------GATGATCTA---
C34 --GTGGATATGGGGCATCTTAGGCTTTTGGATGTT---AATGAATTA---
C35 --GTGGAGATGGGGCATCATGCTCCTTGGGATGTT---GATGATCTG---
C36 --GTGGATATGGGGCATCTTAGGCTTTTGGATGTT---GGTGATTTG---
C37 --GTGGATATGGGGCAGCTTAGGCTTTTGGATGTT---AATGATTTA---
C38 --GGGGAAATGGGGCCCTTTATTCCTAGGGATATT---GATAATCTG---
C39 --ATGGAGATGGGGCATCATGCTCCTTGGGATGTT---GATGATATG---
C40 -----GAGATGGGGCATCTTGCTCCTTGGGATGTTGATGATGATCTG---
C41 --ATGGAGATGGGGGGTGATAATATTTTGGACAAT---GATGATTTG---
C42 --GTGGAAATGGGGCACGATGCTCCTTGGCCTGTT---AATGATCTG---
C43 --GTGGATATGGGGCATCTTAGGCTTTTGGATAAT---AATGAGTTG---
C44 --GTGGATATGGGGCGTCTTGGGCTTTTGGATATT---AATGATTTG---
C45 --GTGGATATGGGGCATCTTAGGCTTTTGGATGCT---AATGAATTA---
C46 ATCTGGAGATGGGGCATCATGCTCCTTGGGATGTT---GATGAGTTG---
C47 --ATGGAGATTGGGTATGATAATATTCTGGATAAT---AATAATTTG---
C48 --GTGGAGATGGGGCACGATGCTCCTTGGGATATT---GATGATATG---
C49 --GTGGATATGGGGGATTTTGATCACTGGGTTGGT---GATAATGTG---
C50 --ATGGAAATGGGGCACCATGCTCCTTGGGATGTT---GATGATCTG---
. .. : .
C1 ------------------------
C2 ------------------------
C3 ------------------------
C4 ------------------------
C5 ------------------------
C6 ------------------------
C7 ------------------------
C8 ------------------------
C9 ------------------------
C10 ------------------------
C11 ------------------------
C12 ------------------------
C13 ------------------------
C14 ------------------------
C15 ------------------------
C16 ------------------------
C17 ------------------------
C18 ------------------------
C19 ------------------------
C20 ------------------------
C21 ------------------------
C22 ------------------------
C23 ------------------------
C24 ------------------------
C25 ------------------------
C26 ------------------------
C27 ------------------------
C28 ------------------------
C29 ------------------------
C30 ------------------------
C31 ------------------------
C32 TGGATT------------------
C33 ------------------------
C34 ------------------------
C35 ------------------------
C36 ------------------------
C37 ------------------------
C38 ------------------------
C39 ------------------------
C40 ------------------------
C41 ------------------------
C42 ------------------------
C43 ------------------------
C44 ------------------------
C45 ------------------------
C46 ------------------------
C47 ------------------------
C48 ------------------------
C49 ------------------------
C50 ------------------------
>C1
---------------ATGCCAACTTTAACCATTTTAGCAATAGTAGCCTT
AGTAGTAGCAATAATATTAGCAATAGTTGTGTGGACC------------A
TAGTATTCATAGAATATAGGAAA---ATATTAAGACAGAAAAAAATAGAC
AGGCTAATTGATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTTACGGGGATCAGGAAGAA---TTGTCGGCATTT-------------
--ATGGAGATGGGGCACCATGCTCCTTGGGATGTT---GATGATCTG---
------------------------
>C2
---------------ATGATATCTTTACAAATAGTAGCAATAGTAGCATT
AGTAGTAGTAACGATAATAGCAATAGTTGTGTGGACC------------A
TAGTGTTGATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAT
AGGTTAATTGATAGAATAACAGAAAGAGCAGAA---GATAGTGGCAATGA
CAGTGATGGAGATCAGGAAGAA---TTGTCAGCACTT-------------
--GTGGAGAGGGGGCACCTTGCTCCTTGGAATATT---GATGATCTG---
------------------------
>C3
---------------ATGCAACCTTTAGTAATATTAGCAATAGTAGCATT
AGTAGTAGCAGCAATAATAGCAATAGTTGTGTGGACC------------A
TAGTACTCATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAC
AGGTTAATTGATAGACTAATAGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAAGGGGATCAGGAAGAA---TTGTCAGCACTT-------------
--GTGGAGATGGGGCATCATGCTCCTTGGGTTGTT---AATGATCTG---
------------------------
>C4
------------------------TTGCGCATCTGGGCAATAGTAGGACT
GCTGGTAGCGCTAATCCTAGCAATAGTTGTGTGGACT------------A
TAGTAGGTATAGAATATAAGAAA---TTGCTAAAACAAAAGAAAATAGAC
AGGTTAATTAAGAGAATAAAAGAAAGAGCAGAA---GACAGTGGCAATGA
CAGTGATGAGGATACAGAGGAA---TTGTCAACTCTT-------------
--GTTGAGATGAAGAACTATGATCTTAAAGATGAT---AATAAT------
------------------------
>C5
ATGTTAAATTTATATGCAAAAGTAGATTATAGATTAGGAGTAGGAGCATT
GATAGTAGCACTAATCTTAGGTTTAATAGTGTGGACC------------A
TAGCATATATAGAATATAGGAAA---TTAGTAAGACAAAGAAAAATAGAC
TTGTTAATTAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGATGGGGATACAGAGGAA---TTGTCAACAATG-------------
--GTGGATATGGGGCATCTTGGGCTTTTGGATGCT---AATGATTTG---
------------------------
>C6
---------------ATGCAAACTTTAGCCATTTTAGCAATAGTAGCCTT
AGTAGTAGCAGCAATAATAGCAATAGTTGTGTGGACC------------A
TAGTATTCATAGAATATAGGAAA---ATATTAAGACAGAAAAAAATAGAC
AGGTTAATTGATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGACGGGGATCAGGAAGAA---TTGGCGGCATTT-------------
--ATGGAGATGGGGCACCATGCTCATTGGGATGTT---GATGATCTG---
------------------------
>C7
---------------ATGACACCTTTGGAAATTAGTGCAATAGTAGGACT
GATAGTAGCGCTAATCTTAGCCATAGTAGTGTGGACT------------A
TAGTAGCTATAGAATATCTGAAA---TTACTAAAGCAAAGGAAAATAGAC
AGGTTACTTAAGAGAATCAGAGAAAGAGCAGAA---GACAGTGGAAATGA
GAGTGAGGGAGACACAGACGAA---TTGGCCAAACTT-------------
--GTGGAAATGGGGAACTTTGATCCTTGGGTTGGT---GATAACTTG---
------------------------
>C8
---------------ATGCAAGCTTTACAAATAACTGCAATAGTAGGACT
AGTAGTAGCATTCATAGCAGCAATAGTTGTGTGGACT------------A
TAGTACTTATAGAATATAGGAAA---ATAAGACAACAGAAGAAAATAGAT
AGATTACTTGCTAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
GAGCGAAGGGGATACAGAGGAA---CTATCCACTCTT-------------
--GTGGAAGTGGGGGATTACGATCTTTTTGTTAAT---GATAATTTG---
------------------------
>C9
---------------ATGCAAGCCTTAACAATATTAGCAATAGTAGCATT
AGTAGTAGTAGCAATAATAGCAATAATTGTGTGGACA------------A
TAGTAATAATAGAATATAGAAAA---TTATTGAGACAGAGAAAAATAGAC
AGGTTACTTCAGAGAATAAGTGAAAGAGCAGAA---GACAGTGGCAATGA
AAGTGATGGAGACCAGGAAGAA---TTATCAGCAATT-------------
--GTGGAGAGGGGGCATCTTGCTCCTTGGGATATT---AATGAT------
------------------------
>C10
---------------ATGCAAGTTTTAGGAATAGCTTCAATAGTAGGGCT
AATAGTAGCATCCATAGCAGCCATAGTTGTGTGGACC------------A
TAGTATTCATAGAGTATAGGAAA---ATAAGGAAAGAGAGAAAGATAAGT
AGGTTACTTGATAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAACGA
GAGTGATGGAGACACAGAGGAA---TTGGCTACTCTT-------------
--ATGGAGAGGGGGGCTGATAATGTTTTGGATAAT---GATAATTTG---
------------------------
>C11
---------------ATGCAACCTTTAGTAATAGGATCAATA---GCATT
AGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGTCC------------A
TAGTATTCATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAT
AGGTTAATTGATAGGATAAGAGAAAGAGCAGAA---GACAGGGGAAATGA
GAGTGAAGGGGATCAGGAAGAG---CTGGCAGGACTT-------------
--GTGGAAATGGGGCACCATGCTCCTTGGGATATT---GATGATCTG---
------------------------
>C12
------------ATGTGGCCGCCTTTGACAATCTGTGCAATAGTAGGACT
GGTAGTAGCACTAATCTTAGCAATAGTTGTGTGGACT------------A
TAGTAGGTATAGAATATAAGAGA---TTGCTAAAACAAAAAAAGATAGAC
AGGTTAATTGAAAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGACGGAGACACAGAGGAA---CTTCTTAAAATGGAC----------
--AGCCATCTTGGGGCTGATAATATTCTG---------------------
------------------------
>C13
------------ATGTTAAAGTTAGATTTAGGATTAGCAGTAGGAGCATT
GATAATAGCACTAATCATAGCAATAGTTGTGTGGACC------------A
TAGCATATATAGAATATAGAAAG---TTGGTAAAGCAAAGAAAAATAGAT
TGGCTAATTAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAGGGAGACACTGAGGAA---TTATCAACAATG-------------
--GTGGATATGGGGCGTCTTAGGCTTTTGGATGTT---AATGATGTG---
------------------------
>C14
---------------ATGCAACCTTTAGTAGTATTAGCAATAGTAGCATT
AGTAGTAGCAGCAGTACTAGCAATAGTTGTGTGGTCC------------A
TAATACTCATAGAATATAGGAAA---ATATTAAGACAAAGGAAAATAGAT
AGATTGATTGATAGAATAGCAGAAAGAGTAGAA---GACAGTGGCAATGA
GAGTGAAGGGGACCAAGAAGAA---CTATCAACTCTGGTG----------
--GTGGAGATGGGGCATGATGCTCCTTGGCATGTT---AATGATCTG---
------------------------
>C15
ATGTTAAATTTAACAGCAAGAATAGATTATAGATTAGGAGTAGGAGCATT
AATAATAGCACTAATCATAGCAATAATTGTGTGGACC------------A
TAGTATATATAGAATATAGGAAA---TTGGTAAGACAAAGAAAAATAGAC
TGGTTAATCAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGATGGGGATACAGAAGAA---TTGTCAACCATG-------------
--GTGGATATGGGGCATCTTAGGCTTTTGGATGTT---AATGATCTG---
------------------------
>C16
ATGTTAGATTTTACAGCAAGAGTGGATTATAGATTAGGAGTAGGAGCATT
GATAATAGCATTAATCATAGCAATAGTTGTGTGGATC------------A
TAGCATATATAGAATATAGGAAA---TTGTTAAGACAACAAAACATAGAC
AGGTTACTTAAAAGAATTAGGGAAAGAGAAGAA---GACAGTGGCAATGA
GAGTGAGGGGGATATTGAAGAA---TTATCAACTATG-------------
--GTGGATATGGGGCATCTTAGGCTTTTGGATGTT---AATAAT------
------------------------
>C17
---------------ATGCAATCTTTAGAAATAGCTACAATAGTAGGACT
AGTAGTGGCAGTCATAGCAGCCATAGTTGTGTGGACC------------A
TAGTATATATTGAATATAGAAAA---ATAAGGAAACAGAAAAGAATAGAT
AGGTTACTTGATAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
GAGTGATGGGGATACAGAAGAA---TTATCCACGCTT-------------
--ATGGAGATGGGGCATGATAATATTTTGGACAAT---GATAATTTG---
------------------------
>C18
---------------ATGCAACCTTTAGAGATATCAGCAATAGTGGCATT
AGTTGTAGCAGCAATATTAGCAATAGTTGTGTGGACC------------A
TTGTATACATAGAATATAGGAAA---ATATTAAGACAAAGAAGAATAGAC
AGGTTACTTGAGAGAATAAGAAAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAAGGGGATCAGGAAGAA---ATATCAGCACTT-------------
--GTGGGGATGGGGCACCTTGCTCCTTGGGATGTT---AATGATCTA---
------------------------
>C19
---------------ATGGTACCTTTACAAATAGCAGCAATAGTAGCATT
AGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGACC------------A
TAGTATACATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAC
AGGTTACTTGATAGAATAGCAGAAAGAACAGAA---GACAGCGGCAATGA
AAGTGAAGGGGATCATGAAGAA---TTATCCATACTT-------------
--ATGGATAGGGGGCATGATGCTCCTTGGGATGTT---AATGATCTG---
------------------------
>C20
---------------ATGCAACCTTTACATATAGTAGCAATAGTAGCATT
AGTAGTAGCAGCAATACTAGCAATAGTTGTATGGTCC------------A
TAGTATTCATAGAATATAGGAAA---ATATTAAGACAAAGGAAAATAGAC
AGGATAATTGATAGAATAAGTGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAGGGGGATCAGGAAGAA---TTATCAGCGCTT-------------
--GTGGGGATGGGGCATCATGCTCCTTGGGATATA---CATGATCTG---
------------------------
>C21
------------ATGTTAGAATTAGGTTATAGCTTAGCAGTAGGAGCATT
GGTAGTAGCATTTATCATAGTAATAATTGTGTGGACT------------A
TAGTATACATAGAATATAGGAAA---ATAGTAGAACAAAGAAAGATAGAC
AGGTTAATTAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAGGGAGATACTGAGGAA---TTATCAACAATG-------------
--GTGGATATGGGGCGTCTTAGGCTTTTGGATGTT---AATGAATTG---
------------------------
>C22
---------ATGTTAGAAAGTGTAGATTATAGATTAGGAGTAGGAGCATT
GATAGTAGCACTAATCATAGCAATAATTGTGTGGATC------------A
TAGTATATATAGAATATAGGAAA---TTGTTAAGACAAAGAAGAATAGAC
TGGTTAGTTAACAGAATTAAGGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGACGGGGATGCAGAGGAA---TTGTCAACCATG-------------
--GTGGATATGGGGCATCTTAGGCTTTTGGATGCT---AATGATTTA---
------------------------
>C23
---------------ATGCCATCTTTATACATATTAACAATAGTAGCATT
TGTAGTAGCAGCAATAATAGCAATAGTTGTGTGGACC------------A
TAGTGATCATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAT
AGACTAATTGATAGAATAAGTGAAAGAGCAGAG---GACAGTGGCAATGA
GAGTGAAGGAGATCAGGAAGAA---TTGTCAGCCCTT-------------
--GTGGGGATGGGGCATCATGCTCCTTGGGATGTT---AATGATCTG---
------------------------
>C24
------------ATGTCAGATTTAGATTATGCATTATTAGTAGGAGCATT
AATAGTAGCACTAATCATAGCAATAATTGTCTGGACC------------A
TAGCATATATAGAATATAGGAAA---TTGGTAAGGCAAAAGAAAATAGAC
TGGTTAATTAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAGGGGGATACTGAGGAA---TTATCAACAATG-------------
--GTGGATATGGGGCATCTTAGGCTTTTGGATGAT---AATAATTTG---
------------------------
>C25
---------------ATGCAACCTTTAGTAATATTAGCAATAGTAGCATT
AGTAATAGTAGCAATAATAGCAATAATTGTATGGGCC------------A
TAGTATTCATAGAATATAGGAAA---ATATTAAGACAGAGAAGAATAGAC
AGGATACTTGATAGGATAAGAGAGAGAGCAGAA---GACAGTGGCAATGA
GAGTGATGGGGACCGGGAAGAACTGTTGGCAGTTATGGAAGGGGATCCAA
ATTTGGAGATGGGGCATCTTGCTCCTTGGGATGTT---AATGATCTG---
------------------------
>C26
ATGCTTGATTTATTTGAAAGAGTGGATTATAGAATAGGAGTAGGAGCATT
TACAGTAGCACTAATCATAGCAATAATAGTGTGGATC------------A
TAGTATATATAGAATATAGGAAA---TTGAAAAGACAAAAGAAAATAGAC
TGTTTAATTAAAAGAATTAGTGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAAGGAGATATCGAGGAA---TTGTCCACACTG-------------
--GTGGATATGGGGAATCTTAGGCTTTTGGATGCT---AATGATTTG---
------------------------
>C27
---------------ATGCAGCTTTTGGAAATCTGTGCAGTAGTAGGACT
GGTAGTAGCGCTAATCATAGCAATAGTTGTGTGGACT------------A
TAGTAGGTATAGAATATAAGAAA---TTGCTAAAGCAAAGAAAAATAGAC
AGGTTAGTTGATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGATGGGGATAGAGAGGAA---TTATCCTTGCTG-------------
--GTGGACATGGGGGATTATGATCTTGGGGATGAT---AATAATTTG---
------------------------
>C28
---------------ATGCAATCTATACAAGTAGTAGCAATAGTAGCATT
AGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGACC------------A
TAGTATTGATAGAATATAGGAAA---TTGTTAAGACAAAGAAAAATAGAC
AGGTTAATTGATAGGATAGCAGAAAGAGCAGAA---GACAGTGGCAATGA
AAGTGAAGGGGATCAAGAAGAA---TTATCAGCGCTT-------------
--GTGGAAATGGGGCATCATGCTCCTTGGGATGTT---GATGATTTG---
------------------------
>C29
------------ATGTTGTCTCTTTTGCACATCTTTGCAATAGTAAGTCT
GATAGTATCGCTAATCATAGCAATAATTGTGTGGACT------------A
TAGTAGGTATAGAATATAAGAGA---TTGTTAAAACAAAAGAGAATAGAC
AGATTAATTGAGAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGATGGGGATACAGAGGAA---TTGTCAACACTT-------------
--GTTAACATGGGGGACTACGATCTTGGGGATGAT---ATTAATCTGTTA
------------------------
>C30
---------------ATGAACTCTTTACAGATAGCAGCAATAGTAGGATT
AGTAGTAGCACTAATAATAGCAATAGTTGTGTGGACC------------A
TAGTGATCATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAC
AGGTTAATTGATAGAATAGCAGAAAGAGCAGAA---GACAGTGGCAATGA
AAGTGAAGGGGATCAGGAAGAA---TTATCAGCACTT-------------
--ATGGAGATGGGGCATCATGCTCCTTGGAATGTT---GATGATCTG---
------------------------
>C31
---------------ATGCAATCTTTACACATATTAGCAATAGTAGCATT
AGTAGTAGCAGCAATATTAGTAATAGTTGTATGGTCT------------A
TAGTATTCATAAAATATAGGAAA---ATATTAAGACAAAAGAAAATAGAT
AGGTTAATTGAGAGGATAGGGGAAAGGGCAGAA---GACAGTGGAAATGA
AAGTGATGGGGACCAAGAAGAA---TTATCAGCTCTT-------------
--ATGGAAAGGGGGCGTCTTGCTCCTTGGGATATT---AATGATCAG---
------------------------
>C32
---------------ATGATAAAAATAGTAGTGGGAAGTGTGTCAACTAA
TGTCATAGGCATTCTTTGTATATTACTGATTTTAATAGGGGGAGGCTTGC
TAATAGGTATAGGTATAAGAAGAGAGTTAGAAAGGGAAAGGCAACATCAA
AGAGTATTAGAAAGGCTAGCTAGAAGATTAAGCATAGACAGTGGAGTAGA
AGAAGAT---------GAAGAA----------------------------
--TTTAATTGGAATAACTTTGATCCTCATAATTAC---AATCCTAGGGAT
TGGATT------------------
>C33
ATGATAGATTTACTAGCAAAAGTAGATTATAGGTTAGGAGTAGGAGCACT
GATAATAGCATTAATCATAGCAATAGTTGTGTGGACC------------A
TAACATACATAGAATATAGGAAA---TTAGTAAGACAAAGAAAAATAAAT
TGGTTAATTAAAAGAATTAGGGAAAGAGCAGAG---GACAGTGGCAATGA
GAGTGAGGGGGATACAGAGGAA---TTGGCTACAATG-------------
--GTGGATATGGAGCATCTTAGGCTTTTG---------GATGATCTA---
------------------------
>C34
ATGTTAGATTTACTAGCAGGAGTAGATTATAGAATAGGGGTAGGAGCATT
TATAGTAGCACTAATTATAGCAATAATTGTGTGGACC------------A
TAGTATATATAGAATATAGGAAA---ATAGTAAGACAAAGAAAAATAGAC
CAGTTGATTGAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGACGGAGATACGGAGGAA---TTGTCAACGATG-------------
--GTGGATATGGGGCATCTTAGGCTTTTGGATGTT---AATGAATTA---
------------------------
>C35
---------------ATGCAACCTTTAGAAATAGCTTCAGTAGTGGGACT
AGTAGTAGCATTCATAGCAGCCATAATTGTGTGGACC------------A
TAGTACTGATTCAATATAGGGAA---ATAAGGAAACAGAAGAAAATAGAC
AGGATACTTGATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAAGGAGATCAGGAAGAA---TTGTCAGCGCTT-------------
--GTGGAGATGGGGCATCATGCTCCTTGGGATGTT---GATGATCTG---
------------------------
>C36
ATGCTGGATTTATTAGCAAGAGTAGACTATAGAATAGGAGTAGGGGCATT
TGCAATAGGACTAATCATAGCAATAATTGTATGGACC------------A
TAGTATATATAGAATATAGAAAA---TTGGTAAAACAAAGAAGAATAGAC
AGGTTAGTTCAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAGGGGGATAATGAGGAG---TTGGCAACAATG-------------
--GTGGATATGGGGCATCTTAGGCTTTTGGATGTT---GGTGATTTG---
------------------------
>C37
ATGCTGGATTTATTAGCAAGAGTAGATTATAGAATAGGGGTAGGAGCTTT
TGGAGTAGCACTAATCATAGCAATAGTTGTATGGACT------------A
TAGTATATATAGAATATAGGAAA---CTAGTAAAGCAAAAGAAAATAGAC
CAGTTAATCAAAAGAATTAGGGAGAGAGCAGAA---GACAGTGGCAATGA
GAGTGATGGGGACACAGAGGAA---TTGTCAGCAATG-------------
--GTGGATATGGGGCAGCTTAGGCTTTTGGATGTT---AATGATTTA---
------------------------
>C38
---------------ATGTCATACTTGTTAGCAATAGGCATAACAGCATT
AATAGTAGCACTAATAATAGCAATAGTTGTGTGGACT------------A
TAGCATATATAGAATATAAAAAA---CTGGTAAGGCAAAGGAGAATAAAT
AGGTTATATAAAAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
GAGTGAGGGGGATGCAGAGGAA---TTGGCAGCACTT-------------
--GGGGAAATGGGGCCCTTTATTCCTAGGGATATT---GATAATCTG---
------------------------
>C39
---------------ATGCAACCTTTAATCATTGGAGCAATAGTAGCCTT
AGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGACC------------A
TAGTATTGATAGAATATAGGAAA---ATATTAAGACAAAGAAAATTAGAC
AGGATAATTAATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGATGGGGATCAGGAAGAA---TTATCAGCATTT-------------
--ATGGAGATGGGGCATCATGCTCCTTGGGATGTT---GATGATATG---
------------------------
>C40
---------------ATGCCAGCTTTAGTTATAATATCAATAGTAGCTTT
AGTAGTAGCAACAATAATAGCAATAGTTGTGTGGTCT------------G
TAGTATACATAGAGTATAGGAAA---ATATTAAGACAAAGAAAAATAGAA
AGGTTGATTGATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAAGGGGATCAGGAGGAA---TTATCAGCACTG-------------
-----GAGATGGGGCATCTTGCTCCTTGGGATGTTGATGATGATCTG---
------------------------
>C41
---------------ATGCAATCTTTAACAATAGCTGCAATAGTAGGACT
AGTAGTAGCATTCATAGCAGCCTTAGTTGTGTGGAGC------------A
TAGTACTTATTGAATATAGAAAA---ATAAGGAAACAGAAGAAAATAGAC
AGGCTACTTGATAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
GAGTGATGGGGATACAGAAGAA---TTATCCACTCTT-------------
--ATGGAGATGGGGGGTGATAATATTTTGGACAAT---GATGATTTG---
------------------------
>C42
---------------ATGCAAACTATACAAATATTAGCAATAGTAGCATT
GGTAGTAGCAGCAGTAATAGCAATAGTTGTGTGGACC------------A
TAGTACTCATAGAATATAGGAAA---ATATTAAGACAAAGAAAAATAGAT
AGGTTAATTGATAGAATAGCAGAAAGGGCAGAA---GACAGTGGCAATGA
GAGTGAAGGAGACCAGGAAGAA---TTGTCAGCACTT-------------
--GTGGAAATGGGGCACGATGCTCCTTGGCCTGTT---AATGATCTG---
------------------------
>C43
ATGGTAGACTTAATAGCAAGAGTAGATTATAGATTAGCAATAGGAGCATT
TACAATAGCACTAATCATAGCAATAGTTGTGTGGACC------------A
TAGTATATTTAGAATATAGGAAA---TTGAGAAAACAAAGAAAAATAGAT
TGGTTAATTAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAGGGGGATACTGAGGAA---TTGTCAACAATG-------------
--GTGGATATGGGGCATCTTAGGCTTTTGGATAAT---AATGAGTTG---
------------------------
>C44
------------ATGGTAGATCTAGATTATAAATTAGCAGTAGGAGCATT
GATAGCAGCACTAATCATAGCAATAGTTGTGTGGACC------------A
TAGCATATCTAGAATACAGGAAA---TTAATAAAACAAAGAAAAATAAAC
TGGTTAATTAAAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAGGGGGATACTGAGGAA---TTATCAACCATG-------------
--GTGGATATGGGGCGTCTTGGGCTTTTGGATATT---AATGATTTG---
------------------------
>C45
ATGTTAAATCTATATGCAAGAGTGGATTATAGAGTAGGAGCAGGAGCATT
GATAATAGCGCTAATCATAACAATAATAGTGTGGACC------------A
TAGTATATATAGAAATTAGGAAA---ATAAAAAGACAAGAAAAAATAGAC
AGGTTAATTAGAAGAATTAGGGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGAAGGGGATACAGAAGAA---TTGGCCACAATG-------------
--GTGGATATGGGGCATCTTAGGCTTTTGGATGCT---AATGAATTA---
------------------------
>C46
---------------ATGCAATCCTTAGAAATAATAGCAATAATAGCCTT
AGTAGTAGCAGCAATATTAGCAATAGTTGTGTGGAGC------------A
TAGTATTAATAGAATATAGGAAA---ATATGGAGACAAAGAAAGATAGAT
AGGTTAATTGATAGAATAAGAGAAAGAGCAGAA---GACAGTGGCAATGA
GAGTGACGGAGATCAGGAAGAA---TTGTCAGCACTGGTGGAGACGGGGC
ATCTGGAGATGGGGCATCATGCTCCTTGGGATGTT---GATGAGTTG---
------------------------
>C47
---------------ATGCAACCTTTAGAGATAGCTGCAATAGTAGGACT
AGTAGTAGCATTCATAGCAGCCATAGTAGTGTGGACC------------A
TAGTATATATAGAATATAGGAAA---ATAAGAAAACAGAAGAAAATAGAC
AGGTTACTTGAAAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
CAGTGACGGGGACACAGAAGAG---TTATCCACGCTT-------------
--ATGGAGATTGGGTATGATAATATTCTGGATAAT---AATAATTTG---
------------------------
>C48
---------------ATGCAACCTTTAGTGATATTAGCAATAGTAGCATT
AGTAGTAGCTTCAATAATAGCAATAGTGGTGTGGACT------------A
TAGTATTCATAGAGTGTAGAAGA---TTAACAAGGCAGAGAAAAATAGAC
AGGTTAATTGATAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
GAGTGATGGAGATAAAGAGGAA---TTATCAGCACTT-------------
--GTGGAGATGGGGCACGATGCTCCTTGGGATATT---GATGATATG---
------------------------
>C49
---------------ATGACACCTTTAGAAATTAGTGCAATAGCAGGACT
GATAGTAGCGCTGATCTTAGCAATAGTAGTGTGGACT------------A
TAGTAGCTATAGAATATAAGAAA---ATACAAAAAGAAAGAAAAATAGAT
AAGTTAATTAAGAGAATAAGAGAAAGAGCAGAA---GACAGTGGAAATGA
AAGTGAAGGTGACACAGAGGAG---TTGGCTCAACTT-------------
--GTGGATATGGGGGATTTTGATCACTGGGTTGGT---GATAATGTG---
------------------------
>C50
---------------ATGCAACCTTTAGTTATATTAGCAATAGTAGCATT
AGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGACC------------A
TAGTATTCATAGAATATAGAAAA---ATATTAAGACAAAGAAAAATAGAC
AGGTTAATTGATAGAATAAGAGAAAGAGCAGAA---GATAGTGGCAATGA
GAGTGAAGGGGATCAGGAAGAA---TTGTCAGCACTT-------------
--ATGGAAATGGGGCACCATGCTCCTTGGGATGTT---GATGATCTG---
------------------------
>C1
oooooMPTLTILAIVALVVAIILAIVVWTooooIVFIEYRKoILRQKKID
RLIDRIRERAEoDSGNESYGDQEEoLSAFoooooMEMGHHAPWDVoDDLo
oo
>C2
oooooMISLQIVAIVALVVVTIIAIVVWTooooIVLIEYRKoILRQRKID
RLIDRITERAEoDSGNDSDGDQEEoLSALoooooVERGHLAPWNIoDDLo
oo
>C3
oooooMQPLVILAIVALVVAAIIAIVVWTooooIVLIEYRKoILRQRKID
RLIDRLIERAEoDSGNESEGDQEEoLSALoooooVEMGHHAPWVVoNDLo
oo
>C4
ooooooooLRIWAIVGLLVALILAIVVWTooooIVGIEYKKoLLKQKKID
RLIKRIKERAEoDSGNDSDEDTEEoLSTLoooooVEMKNYDLKDDoNNoo
oo
>C5
MLNLYAKVDYRLGVGALIVALILGLIVWTooooIAYIEYRKoLVRQRKID
LLIKRIRERAEoDSGNESDGDTEEoLSTMoooooVDMGHLGLLDAoNDLo
oo
>C6
oooooMQTLAILAIVALVVAAIIAIVVWTooooIVFIEYRKoILRQKKID
RLIDRIRERAEoDSGNESDGDQEEoLAAFoooooMEMGHHAHWDVoDDLo
oo
>C7
oooooMTPLEISAIVGLIVALILAIVVWTooooIVAIEYLKoLLKQRKID
RLLKRIRERAEoDSGNESEGDTDEoLAKLoooooVEMGNFDPWVGoDNLo
oo
>C8
oooooMQALQITAIVGLVVAFIAAIVVWTooooIVLIEYRKoIRQQKKID
RLLARIRERAEoDSGNESEGDTEEoLSTLoooooVEVGDYDLFVNoDNLo
oo
>C9
oooooMQALTILAIVALVVVAIIAIIVWTooooIVIIEYRKoLLRQRKID
RLLQRISERAEoDSGNESDGDQEEoLSAIoooooVERGHLAPWDIoNDoo
oo
>C10
oooooMQVLGIASIVGLIVASIAAIVVWTooooIVFIEYRKoIRKERKIS
RLLDRIRERAEoDSGNESDGDTEEoLATLoooooMERGADNVLDNoDNLo
oo
>C11
oooooMQPLVIGSIoALVVVAIIAIVVWSooooIVFIEYRKoILRQRKID
RLIDRIRERAEoDRGNESEGDQEEoLAGLoooooVEMGHHAPWDIoDDLo
oo
>C12
ooooMWPPLTICAIVGLVVALILAIVVWTooooIVGIEYKRoLLKQKKID
RLIERIRERAEoDSGNESDGDTEEoLLKMDooooSHLGADNILooooooo
oo
>C13
ooooMLKLDLGLAVGALIIALIIAIVVWTooooIAYIEYRKoLVKQRKID
WLIKRIRERAEoDSGNESEGDTEEoLSTMoooooVDMGRLRLLDVoNDVo
oo
>C14
oooooMQPLVVLAIVALVVAAVLAIVVWSooooIILIEYRKoILRQRKID
RLIDRIAERVEoDSGNESEGDQEEoLSTLVooooVEMGHDAPWHVoNDLo
oo
>C15
MLNLTARIDYRLGVGALIIALIIAIIVWTooooIVYIEYRKoLVRQRKID
WLIKRIRERAEoDSGNESDGDTEEoLSTMoooooVDMGHLRLLDVoNDLo
oo
>C16
MLDFTARVDYRLGVGALIIALIIAIVVWIooooIAYIEYRKoLLRQQNID
RLLKRIREREEoDSGNESEGDIEEoLSTMoooooVDMGHLRLLDVoNNoo
oo
>C17
oooooMQSLEIATIVGLVVAVIAAIVVWTooooIVYIEYRKoIRKQKRID
RLLDRIRERAEoDSGNESDGDTEEoLSTLoooooMEMGHDNILDNoDNLo
oo
>C18
oooooMQPLEISAIVALVVAAILAIVVWTooooIVYIEYRKoILRQRRID
RLLERIRKRAEoDSGNESEGDQEEoISALoooooVGMGHLAPWDVoNDLo
oo
>C19
oooooMVPLQIAAIVALVVVAIIAIVVWTooooIVYIEYRKoILRQRKID
RLLDRIAERTEoDSGNESEGDHEEoLSILoooooMDRGHDAPWDVoNDLo
oo
>C20
oooooMQPLHIVAIVALVVAAILAIVVWSooooIVFIEYRKoILRQRKID
RIIDRISERAEoDSGNESEGDQEEoLSALoooooVGMGHHAPWDIoHDLo
oo
>C21
ooooMLELGYSLAVGALVVAFIIVIIVWTooooIVYIEYRKoIVEQRKID
RLIKRIRERAEoDSGNESEGDTEEoLSTMoooooVDMGRLRLLDVoNELo
oo
>C22
oooMLESVDYRLGVGALIVALIIAIIVWIooooIVYIEYRKoLLRQRRID
WLVNRIKERAEoDSGNESDGDAEEoLSTMoooooVDMGHLRLLDAoNDLo
oo
>C23
oooooMPSLYILTIVAFVVAAIIAIVVWTooooIVIIEYRKoILRQRKID
RLIDRISERAEoDSGNESEGDQEEoLSALoooooVGMGHHAPWDVoNDLo
oo
>C24
ooooMSDLDYALLVGALIVALIIAIIVWTooooIAYIEYRKoLVRQKKID
WLIKRIRERAEoDSGNESEGDTEEoLSTMoooooVDMGHLRLLDDoNNLo
oo
>C25
oooooMQPLVILAIVALVIVAIIAIIVWAooooIVFIEYRKoILRQRRID
RILDRIRERAEoDSGNESDGDREELLAVMEGDPNLEMGHLAPWDVoNDLo
oo
>C26
MLDLFERVDYRIGVGAFTVALIIAIIVWIooooIVYIEYRKoLKRQKKID
CLIKRISERAEoDSGNESEGDIEEoLSTLoooooVDMGNLRLLDAoNDLo
oo
>C27
oooooMQLLEICAVVGLVVALIIAIVVWTooooIVGIEYKKoLLKQRKID
RLVDRIRERAEoDSGNESDGDREEoLSLLoooooVDMGDYDLGDDoNNLo
oo
>C28
oooooMQSIQVVAIVALVVVAIIAIVVWTooooIVLIEYRKoLLRQRKID
RLIDRIAERAEoDSGNESEGDQEEoLSALoooooVEMGHHAPWDVoDDLo
oo
>C29
ooooMLSLLHIFAIVSLIVSLIIAIIVWTooooIVGIEYKRoLLKQKRID
RLIERIRERAEoDSGNESDGDTEEoLSTLoooooVNMGDYDLGDDoINLL
oo
>C30
oooooMNSLQIAAIVGLVVALIIAIVVWTooooIVIIEYRKoILRQRKID
RLIDRIAERAEoDSGNESEGDQEEoLSALoooooMEMGHHAPWNVoDDLo
oo
>C31
oooooMQSLHILAIVALVVAAILVIVVWSooooIVFIKYRKoILRQKKID
RLIERIGERAEoDSGNESDGDQEEoLSALoooooMERGRLAPWDIoNDQo
oo
>C32
oooooMIKIVVGSVSTNVIGILCILLILIGGGLLIGIGIRRELERERQHQ
RVLERLARRLSIDSGVEEDoooEEooooooooooFNWNNFDPHNYoNPRD
WI
>C33
MIDLLAKVDYRLGVGALIIALIIAIVVWTooooITYIEYRKoLVRQRKIN
WLIKRIRERAEoDSGNESEGDTEEoLATMoooooVDMEHLRLLoooDDLo
oo
>C34
MLDLLAGVDYRIGVGAFIVALIIAIIVWTooooIVYIEYRKoIVRQRKID
QLIERIRERAEoDSGNESDGDTEEoLSTMoooooVDMGHLRLLDVoNELo
oo
>C35
oooooMQPLEIASVVGLVVAFIAAIIVWTooooIVLIQYREoIRKQKKID
RILDRIRERAEoDSGNESEGDQEEoLSALoooooVEMGHHAPWDVoDDLo
oo
>C36
MLDLLARVDYRIGVGAFAIGLIIAIIVWTooooIVYIEYRKoLVKQRRID
RLVQRIRERAEoDSGNESEGDNEEoLATMoooooVDMGHLRLLDVoGDLo
oo
>C37
MLDLLARVDYRIGVGAFGVALIIAIVVWTooooIVYIEYRKoLVKQKKID
QLIKRIRERAEoDSGNESDGDTEEoLSAMoooooVDMGQLRLLDVoNDLo
oo
>C38
oooooMSYLLAIGITALIVALIIAIVVWTooooIAYIEYKKoLVRQRRIN
RLYKRIRERAEoDSGNESEGDAEEoLAALoooooGEMGPFIPRDIoDNLo
oo
>C39
oooooMQPLIIGAIVALVVVAIIAIVVWTooooIVLIEYRKoILRQRKLD
RIINRIRERAEoDSGNESDGDQEEoLSAFoooooMEMGHHAPWDVoDDMo
oo
>C40
oooooMPALVIISIVALVVATIIAIVVWSooooVVYIEYRKoILRQRKIE
RLIDRIRERAEoDSGNESEGDQEEoLSALooooooEMGHLAPWDVDDDLo
oo
>C41
oooooMQSLTIAAIVGLVVAFIAALVVWSooooIVLIEYRKoIRKQKKID
RLLDRIRERAEoDSGNESDGDTEEoLSTLoooooMEMGGDNILDNoDDLo
oo
>C42
oooooMQTIQILAIVALVVAAVIAIVVWTooooIVLIEYRKoILRQRKID
RLIDRIAERAEoDSGNESEGDQEEoLSALoooooVEMGHDAPWPVoNDLo
oo
>C43
MVDLIARVDYRLAIGAFTIALIIAIVVWTooooIVYLEYRKoLRKQRKID
WLIKRIRERAEoDSGNESEGDTEEoLSTMoooooVDMGHLRLLDNoNELo
oo
>C44
ooooMVDLDYKLAVGALIAALIIAIVVWTooooIAYLEYRKoLIKQRKIN
WLIKRIRERAEoDSGNESEGDTEEoLSTMoooooVDMGRLGLLDIoNDLo
oo
>C45
MLNLYARVDYRVGAGALIIALIITIIVWTooooIVYIEIRKoIKRQEKID
RLIRRIRERAEoDSGNESEGDTEEoLATMoooooVDMGHLRLLDAoNELo
oo
>C46
oooooMQSLEIIAIIALVVAAILAIVVWSooooIVLIEYRKoIWRQRKID
RLIDRIRERAEoDSGNESDGDQEEoLSALVETGHLEMGHHAPWDVoDELo
oo
>C47
oooooMQPLEIAAIVGLVVAFIAAIVVWTooooIVYIEYRKoIRKQKKID
RLLERIRERAEoDSGNDSDGDTEEoLSTLoooooMEIGYDNILDNoNNLo
oo
>C48
oooooMQPLVILAIVALVVASIIAIVVWTooooIVFIECRRoLTRQRKID
RLIDRIRERAEoDSGNESDGDKEEoLSALoooooVEMGHDAPWDIoDDMo
oo
>C49
oooooMTPLEISAIAGLIVALILAIVVWTooooIVAIEYKKoIQKERKID
KLIKRIRERAEoDSGNESEGDTEEoLAQLoooooVDMGDFDHWVGoDNVo
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MrBayes v3.2.2 x64
(Bayesian Analysis of Phylogeny)
Distributed under the GNU General Public License
Type "help" or "help <command>" for information
on the commands that are available.
Type "about" for authorship and general
information about the program.
Executing file "/opt/ADOPS/HIV1_N3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb"
UNIX line termination
Longest line length = 63
Parsing file
Expecting NEXUS formatted file
Reading data block
Allocated taxon set
Allocated matrix
Defining new matrix with 50 taxa and 324 characters
Missing data coded as ?
Data matrix is interleaved
Data is Dna
Gaps coded as -
Matching characters coded as .
Taxon 1 -> C1
Taxon 2 -> C2
Taxon 3 -> C3
Taxon 4 -> C4
Taxon 5 -> C5
Taxon 6 -> C6
Taxon 7 -> C7
Taxon 8 -> C8
Taxon 9 -> C9
Taxon 10 -> C10
Taxon 11 -> C11
Taxon 12 -> C12
Taxon 13 -> C13
Taxon 14 -> C14
Taxon 15 -> C15
Taxon 16 -> C16
Taxon 17 -> C17
Taxon 18 -> C18
Taxon 19 -> C19
Taxon 20 -> C20
Taxon 21 -> C21
Taxon 22 -> C22
Taxon 23 -> C23
Taxon 24 -> C24
Taxon 25 -> C25
Taxon 26 -> C26
Taxon 27 -> C27
Taxon 28 -> C28
Taxon 29 -> C29
Taxon 30 -> C30
Taxon 31 -> C31
Taxon 32 -> C32
Taxon 33 -> C33
Taxon 34 -> C34
Taxon 35 -> C35
Taxon 36 -> C36
Taxon 37 -> C37
Taxon 38 -> C38
Taxon 39 -> C39
Taxon 40 -> C40
Taxon 41 -> C41
Taxon 42 -> C42
Taxon 43 -> C43
Taxon 44 -> C44
Taxon 45 -> C45
Taxon 46 -> C46
Taxon 47 -> C47
Taxon 48 -> C48
Taxon 49 -> C49
Taxon 50 -> C50
Successfully read matrix
Setting default partition (does not divide up characters)
Setting model defaults
Seed (for generating default start values) = 1519536847
Setting output file names to "/opt/ADOPS/HIV1_N3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run<i>.<p|t>"
Exiting data block
Reading mrbayes block
Setting autoclose to yes
Setting nowarnings to yes
Defining charset called first_pos
Defining charset called second_pos
Defining charset called third_pos
Defining partition called by_codon
Setting by_codon as the partition, dividing characters into 3 parts.
Setting model defaults
Seed (for generating default start values) = 1106441920
Setting Nst to 6 for partition 1
Setting Nst to 6 for partition 2
Setting Nst to 6 for partition 3
Setting Rates to Invgamma for partition 1
Setting Rates to Invgamma for partition 2
Setting Rates to Invgamma for partition 3
Successfully set likelihood model parameters to all
applicable data partitions
Unlinking
Setting number of generations to 1000000
Running Markov chain
MCMC stamp = 4883167470
Seed = 2074748465
Swapseed = 1519536847
Model settings:
Settings for partition 1 --
Datatype = DNA
Nucmodel = 4by4
Nst = 6
Substitution rates, expressed as proportions
of the rate sum, have a Dirichlet prior
(1.00,1.00,1.00,1.00,1.00,1.00)
Covarion = No
# States = 4
State frequencies have a Dirichlet prior
(1.00,1.00,1.00,1.00)
Rates = Invgamma
Gamma shape parameter is exponentially
distributed with parameter (2.00).
Proportion of invariable sites is uniformly dist-
ributed on the interval (0.00,1.00).
Gamma distribution is approximated using 4 categories.
Likelihood summarized over all rate categories in each generation.
Settings for partition 2 --
Datatype = DNA
Nucmodel = 4by4
Nst = 6
Substitution rates, expressed as proportions
of the rate sum, have a Dirichlet prior
(1.00,1.00,1.00,1.00,1.00,1.00)
Covarion = No
# States = 4
State frequencies have a Dirichlet prior
(1.00,1.00,1.00,1.00)
Rates = Invgamma
Gamma shape parameter is exponentially
distributed with parameter (2.00).
Proportion of invariable sites is uniformly dist-
ributed on the interval (0.00,1.00).
Gamma distribution is approximated using 4 categories.
Likelihood summarized over all rate categories in each generation.
Settings for partition 3 --
Datatype = DNA
Nucmodel = 4by4
Nst = 6
Substitution rates, expressed as proportions
of the rate sum, have a Dirichlet prior
(1.00,1.00,1.00,1.00,1.00,1.00)
Covarion = No
# States = 4
State frequencies have a Dirichlet prior
(1.00,1.00,1.00,1.00)
Rates = Invgamma
Gamma shape parameter is exponentially
distributed with parameter (2.00).
Proportion of invariable sites is uniformly dist-
ributed on the interval (0.00,1.00).
Gamma distribution is approximated using 4 categories.
Likelihood summarized over all rate categories in each generation.
Active parameters:
Partition(s)
Parameters 1 2 3
------------------------
Revmat 1 1 1
Statefreq 2 2 2
Shape 3 3 4
Pinvar 5 5 5
Ratemultiplier 6 6 6
Topology 7 7 7
Brlens 8 8 8
------------------------
Parameters can be linked or unlinked across partitions using 'link' and 'unlink'
1 -- Parameter = Revmat{all}
Type = Rates of reversible rate matrix
Prior = Dirichlet(1.00,1.00,1.00,1.00,1.00,1.00)
Partitions = All
2 -- Parameter = Pi{all}
Type = Stationary state frequencies
Prior = Dirichlet
Partitions = All
3 -- Parameter = Alpha{1,2}
Type = Shape of scaled gamma distribution of site rates
Prior = Exponential(2.00)
Partitions = 1 and 2
4 -- Parameter = Alpha{3}
Type = Shape of scaled gamma distribution of site rates
Prior = Exponential(2.00)
Partition = 3
5 -- Parameter = Pinvar{all}
Type = Proportion of invariable sites
Prior = Uniform(0.00,1.00)
Partitions = All
6 -- Parameter = Ratemultiplier{all}
Type = Partition-specific rate multiplier
Prior = Fixed(1.0)
Partitions = All
7 -- Parameter = Tau{all}
Type = Topology
Prior = All topologies equally probable a priori
Partitions = All
Subparam. = V{all}
8 -- Parameter = V{all}
Type = Branch lengths
Prior = Unconstrained:Exponential(10.0)
Partitions = All
The MCMC sampler will use the following moves:
With prob. Chain will use move
1.06 % Dirichlet(Revmat{all})
1.06 % Slider(Revmat{all})
1.06 % Dirichlet(Pi{all})
1.06 % Slider(Pi{all})
2.13 % Multiplier(Alpha{1,2})
2.13 % Multiplier(Alpha{3})
2.13 % Slider(Pinvar{all})
10.64 % ExtSPR(Tau{all},V{all})
10.64 % ExtTBR(Tau{all},V{all})
10.64 % NNI(Tau{all},V{all})
10.64 % ParsSPR(Tau{all},V{all})
31.91 % Multiplier(V{all})
10.64 % Nodeslider(V{all})
4.26 % TLMultiplier(V{all})
Division 1 has 89 unique site patterns
Division 2 has 77 unique site patterns
Division 3 has 97 unique site patterns
Initializing conditional likelihoods
Using standard SSE likelihood calculator for division 1 (single-precision)
Using standard SSE likelihood calculator for division 2 (single-precision)
Using standard SSE likelihood calculator for division 3 (single-precision)
Initializing invariable-site conditional likelihoods
Initial log likelihoods and log prior probs for run 1:
Chain 1 -- -8299.170397 -- -77.118119
Chain 2 -- -8251.981773 -- -77.118119
Chain 3 -- -8098.699342 -- -77.118119
Chain 4 -- -8227.434577 -- -77.118119
Initial log likelihoods and log prior probs for run 2:
Chain 1 -- -8129.174512 -- -77.118119
Chain 2 -- -8378.541252 -- -77.118119
Chain 3 -- -8408.271350 -- -77.118119
Chain 4 -- -8208.094589 -- -77.118119
Using a relative burnin of 25.0 % for diagnostics
Chain results (1000000 generations requested):
0 -- [-8299.170] (-8251.982) (-8098.699) (-8227.435) * [-8129.175] (-8378.541) (-8408.271) (-8208.095)
500 -- (-6274.129) (-6259.248) [-6198.961] (-6455.493) * [-5822.159] (-6355.963) (-6826.462) (-6334.945) -- 1:06:38
1000 -- (-5781.468) (-5649.648) (-5658.827) [-5632.641] * [-5434.249] (-5593.752) (-5870.474) (-5742.724) -- 0:49:57
1500 -- (-5634.779) (-5366.841) [-5265.488] (-5501.036) * [-5264.273] (-5413.238) (-5521.837) (-5395.347) -- 0:44:22
2000 -- (-5451.058) (-5261.210) [-5150.165] (-5357.981) * [-5171.959] (-5217.080) (-5414.520) (-5287.398) -- 0:41:35
2500 -- (-5322.616) (-5197.429) [-5110.091] (-5294.059) * (-5135.110) [-5121.318] (-5315.902) (-5262.650) -- 0:39:54
3000 -- (-5253.440) (-5175.601) [-5094.713] (-5247.144) * (-5082.287) [-5071.113] (-5226.548) (-5228.564) -- 0:38:46
3500 -- (-5150.664) (-5116.915) [-5050.664] (-5173.665) * (-5077.780) [-5047.182] (-5199.823) (-5180.798) -- 0:37:57
4000 -- (-5108.683) (-5070.174) [-5045.736] (-5128.538) * (-5036.028) [-5037.977] (-5194.537) (-5147.845) -- 0:37:21
4500 -- (-5038.872) (-5045.938) [-5034.746] (-5125.744) * [-5031.257] (-5033.896) (-5167.172) (-5078.129) -- 0:36:52
5000 -- (-5029.943) (-5026.384) [-5036.181] (-5112.988) * (-5032.663) (-5032.512) (-5080.911) [-5027.245] -- 0:36:29
Average standard deviation of split frequencies: 0.117720
5500 -- (-5047.017) (-5031.999) [-5018.768] (-5098.369) * (-5058.415) (-5044.747) (-5040.750) [-5024.883] -- 0:36:09
6000 -- (-5034.331) [-5032.184] (-5023.861) (-5113.316) * (-5038.694) (-5061.351) (-5037.836) [-5021.653] -- 0:35:53
6500 -- (-5029.039) [-5037.816] (-5035.163) (-5102.247) * (-5040.320) (-5052.520) [-5027.452] (-5034.276) -- 0:35:39
7000 -- [-5030.354] (-5039.982) (-5032.429) (-5107.290) * (-5051.690) [-5029.478] (-5041.711) (-5039.544) -- 0:35:27
7500 -- (-5045.626) [-5023.625] (-5039.489) (-5099.144) * (-5051.560) [-5008.013] (-5010.723) (-5015.235) -- 0:35:17
8000 -- (-5030.212) [-5019.660] (-5045.331) (-5090.483) * (-5040.795) [-5012.220] (-5004.408) (-5015.110) -- 0:35:08
8500 -- (-5046.991) (-5006.794) [-5039.857] (-5090.229) * (-5038.862) (-5015.975) [-5015.427] (-5036.837) -- 0:34:59
9000 -- (-5034.752) [-5007.951] (-5024.831) (-5071.959) * (-5037.886) (-5021.658) [-5007.006] (-5049.962) -- 0:34:52
9500 -- (-5042.047) [-5005.274] (-5006.378) (-5072.063) * (-5038.349) (-5028.364) [-5013.036] (-5061.558) -- 0:34:45
10000 -- (-5041.656) [-5005.610] (-5025.635) (-5068.028) * (-5026.376) (-5020.022) [-4997.460] (-5052.022) -- 0:34:39
Average standard deviation of split frequencies: 0.108570
10500 -- (-5041.932) [-5008.035] (-5028.707) (-5052.355) * (-5027.170) (-5021.547) [-5008.824] (-5045.352) -- 0:34:33
11000 -- (-5026.740) (-5010.902) [-5013.605] (-5042.309) * (-5049.331) (-5017.549) [-4992.271] (-5015.214) -- 0:34:27
11500 -- (-5033.982) (-5011.819) [-5011.529] (-5028.336) * (-5040.983) (-5016.915) (-4995.250) [-5009.770] -- 0:34:22
12000 -- (-5025.217) (-5034.869) [-5016.261] (-5024.793) * (-5036.717) (-5032.586) [-5001.072] (-5010.849) -- 0:34:18
12500 -- (-5032.429) (-5030.218) [-5007.170] (-5034.006) * (-5063.876) (-5025.960) (-5008.083) [-5002.802] -- 0:35:33
13000 -- (-5023.290) [-5010.939] (-5016.583) (-5021.534) * (-5056.093) (-5038.513) (-5011.274) [-5006.292] -- 0:35:25
13500 -- (-5031.277) (-5031.803) (-5052.258) [-5022.694] * (-5054.251) (-5036.833) [-5001.932] (-5022.585) -- 0:35:19
14000 -- (-5018.567) (-5023.408) (-5058.711) [-5011.824] * (-5061.392) (-5038.592) (-5002.340) [-5013.097] -- 0:35:12
14500 -- (-5032.793) (-5035.692) (-5045.718) [-5006.152] * (-5042.540) (-5034.341) (-5013.605) [-5014.160] -- 0:35:06
15000 -- (-5039.160) (-5024.605) (-5042.403) [-5007.660] * (-5036.709) (-5056.886) [-5007.566] (-5022.947) -- 0:35:01
Average standard deviation of split frequencies: 0.104143
15500 -- (-5045.770) [-5026.562] (-5042.256) (-5030.103) * (-5051.077) (-5044.003) [-5006.014] (-5023.068) -- 0:34:56
16000 -- (-5062.996) [-5020.091] (-5029.945) (-5021.439) * (-5057.035) (-5048.918) (-5015.442) [-5027.838] -- 0:34:51
16500 -- (-5070.024) [-5025.116] (-5039.308) (-5025.151) * (-5016.274) (-5050.927) [-5015.844] (-5033.371) -- 0:34:46
17000 -- (-5063.003) (-5021.127) (-5035.703) [-5007.661] * [-5017.037] (-5037.675) (-5017.925) (-5054.158) -- 0:34:41
17500 -- (-5064.695) [-5013.409] (-5025.687) (-5006.003) * [-5020.641] (-5046.512) (-5028.993) (-5049.858) -- 0:34:37
18000 -- (-5053.263) (-5024.617) (-5021.485) [-4994.751] * [-5014.244] (-5042.963) (-5030.074) (-5046.429) -- 0:34:33
18500 -- (-5037.933) (-5025.952) (-5023.917) [-4995.842] * [-5012.101] (-5027.117) (-5026.755) (-5059.230) -- 0:34:29
19000 -- (-5020.719) [-5014.779] (-5036.113) (-5003.396) * [-5016.466] (-5016.898) (-5019.292) (-5066.790) -- 0:34:25
19500 -- [-5019.582] (-5016.147) (-5028.934) (-5025.093) * (-5019.174) (-5041.811) [-5013.755] (-5050.391) -- 0:34:21
20000 -- [-5015.322] (-5031.381) (-5030.566) (-5029.590) * (-5017.737) [-5009.274] (-5035.267) (-5083.047) -- 0:34:18
Average standard deviation of split frequencies: 0.108438
20500 -- (-5025.645) (-5024.190) (-5022.409) [-5021.158] * (-5019.461) [-5011.160] (-5020.613) (-5051.756) -- 0:34:14
21000 -- [-5016.138] (-5032.147) (-5032.145) (-5012.285) * (-5015.620) [-5000.455] (-5032.808) (-5069.859) -- 0:34:11
21500 -- [-5021.711] (-5028.739) (-5023.488) (-5039.694) * [-5015.220] (-5007.617) (-5042.495) (-5057.299) -- 0:34:08
22000 -- (-5025.718) (-5055.717) (-5008.182) [-5003.943] * (-5009.449) [-5003.374] (-5036.657) (-5039.736) -- 0:34:04
22500 -- (-5042.967) (-5035.450) (-5008.322) [-4995.970] * [-5008.591] (-5016.687) (-5038.662) (-5014.405) -- 0:34:01
23000 -- (-5027.157) (-5050.577) (-5032.409) [-4999.301] * [-4996.734] (-5023.657) (-5042.747) (-5013.902) -- 0:33:58
23500 -- (-5013.353) (-5047.403) (-5034.246) [-5006.574] * (-5021.409) (-5030.222) (-5040.698) [-5012.914] -- 0:33:56
24000 -- (-5017.558) (-5041.031) (-5066.748) [-5009.874] * (-5017.982) (-5027.362) [-5022.770] (-5029.860) -- 0:33:53
24500 -- (-5017.614) (-5035.481) (-5050.171) [-5012.658] * (-5020.864) (-5036.713) (-5030.791) [-5022.532] -- 0:33:50
25000 -- (-5021.453) (-5038.982) (-5041.213) [-5008.269] * (-5032.909) (-5023.400) (-5048.354) [-5011.233] -- 0:33:47
Average standard deviation of split frequencies: 0.087715
25500 -- [-5010.995] (-5038.292) (-5035.778) (-4995.334) * (-5029.379) [-5026.782] (-5051.537) (-5016.308) -- 0:33:45
26000 -- (-5020.912) (-5023.487) (-5028.397) [-4996.120] * (-5040.644) (-5024.460) (-5028.318) [-5012.846] -- 0:33:42
26500 -- (-5028.421) (-5020.764) (-5033.442) [-4999.359] * (-5033.676) (-5008.383) (-5036.591) [-5015.879] -- 0:33:40
27000 -- (-5025.797) (-5039.581) (-5023.519) [-5006.748] * (-5027.820) (-5013.973) [-5021.067] (-5027.722) -- 0:33:38
27500 -- (-5030.177) (-5052.081) (-5023.815) [-5000.688] * (-5021.073) [-5007.756] (-5035.855) (-5024.936) -- 0:33:35
28000 -- (-5038.210) (-5050.668) (-5019.645) [-5009.625] * (-5011.224) [-5003.862] (-5039.658) (-5016.557) -- 0:33:33
28500 -- (-5042.653) (-5019.074) (-5035.302) [-5004.824] * (-5029.799) [-5000.677] (-5031.458) (-5046.920) -- 0:33:31
29000 -- (-5026.218) (-5016.481) (-5043.909) [-4995.656] * (-5035.483) [-5007.964] (-5020.682) (-5025.662) -- 0:33:28
29500 -- [-5023.411] (-5008.882) (-5055.406) (-5006.481) * (-5022.235) (-5026.106) [-5019.587] (-5039.979) -- 0:33:59
30000 -- (-5046.377) [-5011.509] (-5037.183) (-5024.311) * [-5021.420] (-5025.259) (-5018.116) (-5019.220) -- 0:33:56
Average standard deviation of split frequencies: 0.083381
30500 -- (-5028.488) [-5012.259] (-5041.390) (-5037.507) * (-5034.465) (-5039.243) [-5022.774] (-5021.345) -- 0:33:54
31000 -- (-5022.455) [-5016.040] (-5044.807) (-5013.325) * (-5021.337) (-5037.513) (-5017.487) [-5017.067] -- 0:33:51
31500 -- (-5039.990) [-5015.926] (-5027.138) (-5019.519) * (-5045.230) (-5022.668) (-5027.915) [-5002.075] -- 0:33:49
32000 -- (-5031.806) [-5022.065] (-5019.267) (-5008.561) * (-5036.618) (-5045.824) (-5031.458) [-5001.251] -- 0:33:46
32500 -- (-5024.563) (-5031.193) (-5007.936) [-5005.550] * (-5022.635) (-5027.045) (-5008.508) [-5005.880] -- 0:33:44
33000 -- (-5028.713) (-5055.170) (-5017.365) [-5002.017] * (-5030.459) (-5031.644) [-5007.781] (-5003.857) -- 0:33:41
33500 -- [-5017.872] (-5026.243) (-5019.520) (-5026.515) * (-5024.523) (-5046.066) (-5004.551) [-5007.247] -- 0:33:39
34000 -- [-5026.403] (-5028.607) (-5035.675) (-5011.929) * (-5036.382) (-5029.114) [-4999.101] (-5016.834) -- 0:33:37
34500 -- [-5025.497] (-5033.673) (-5030.539) (-5021.376) * (-5016.009) (-5033.383) [-5012.125] (-5009.941) -- 0:33:34
35000 -- [-5026.109] (-5047.657) (-5011.630) (-5021.339) * (-5047.009) (-5015.203) [-5002.451] (-5020.650) -- 0:33:32
Average standard deviation of split frequencies: 0.080074
35500 -- (-5030.906) (-5041.784) [-5005.239] (-5012.783) * (-5031.276) (-5017.751) (-5022.627) [-5006.988] -- 0:33:30
36000 -- (-5035.646) (-5033.445) [-5000.722] (-5019.705) * (-5038.545) (-5033.159) (-5035.495) [-5010.970] -- 0:33:28
36500 -- [-5017.801] (-5049.017) (-5032.773) (-5016.817) * (-5033.666) (-5015.938) [-5026.656] (-5015.579) -- 0:33:26
37000 -- (-5027.288) (-5060.592) [-5011.347] (-5019.699) * (-5044.160) [-4999.835] (-5037.571) (-5009.840) -- 0:33:24
37500 -- (-5009.499) (-5084.680) [-5005.746] (-5028.888) * (-5019.743) [-4991.714] (-5031.521) (-5025.284) -- 0:33:21
38000 -- (-5007.126) (-5066.197) (-5034.504) [-5016.931] * (-5016.082) [-5012.997] (-5026.580) (-5018.303) -- 0:33:19
38500 -- [-5024.063] (-5078.561) (-5038.793) (-5019.976) * (-5021.627) (-5030.160) [-5023.277] (-5025.177) -- 0:33:17
39000 -- (-5026.832) (-5046.611) (-5027.516) [-5011.866] * (-5023.204) [-5011.668] (-5027.365) (-5010.102) -- 0:33:15
39500 -- (-5044.991) (-5044.263) [-5007.395] (-5015.049) * (-5010.153) (-5005.275) (-5031.253) [-4999.523] -- 0:33:13
40000 -- (-5065.510) (-5039.630) (-5019.779) [-5011.450] * (-5036.235) (-5017.236) (-5025.381) [-4997.280] -- 0:33:12
Average standard deviation of split frequencies: 0.071467
40500 -- (-5037.265) [-5013.885] (-5029.100) (-5029.002) * (-5033.547) (-5025.968) (-5021.662) [-5014.604] -- 0:33:10
41000 -- (-5034.905) [-5013.008] (-5015.207) (-5007.274) * (-5030.320) (-5031.175) (-5009.882) [-5025.693] -- 0:33:08
41500 -- (-5021.469) [-4998.503] (-5014.804) (-5011.411) * (-5028.659) (-5038.112) [-5017.973] (-5029.369) -- 0:33:06
42000 -- (-5022.468) (-5008.486) [-5018.297] (-5043.208) * [-5022.423] (-5024.644) (-5013.092) (-5031.722) -- 0:33:04
42500 -- [-5021.157] (-5011.771) (-5023.571) (-5028.465) * (-5024.651) (-5012.575) [-5010.509] (-5021.981) -- 0:33:02
43000 -- [-5001.252] (-5004.948) (-5027.077) (-5008.763) * (-5023.948) (-5018.594) [-5018.923] (-5035.651) -- 0:33:00
43500 -- [-5013.486] (-5029.588) (-5028.355) (-5006.316) * (-5022.412) [-5017.441] (-5013.677) (-5028.307) -- 0:32:58
44000 -- (-5015.946) (-5034.884) (-5022.047) [-5004.042] * (-5028.828) (-5017.620) [-5006.804] (-5038.516) -- 0:32:57
44500 -- (-5002.168) (-5031.137) (-5029.081) [-5004.464] * (-5031.236) [-5017.777] (-5013.430) (-5035.550) -- 0:32:55
45000 -- [-5004.633] (-5047.646) (-5014.666) (-5022.963) * (-5013.212) (-5033.705) [-5023.982] (-5067.811) -- 0:32:53
Average standard deviation of split frequencies: 0.065553
45500 -- (-5016.774) (-5061.378) [-5018.337] (-5015.001) * (-5012.566) (-5043.908) [-5007.697] (-5048.237) -- 0:32:51
46000 -- [-5016.075] (-5046.072) (-5027.882) (-5030.019) * (-5017.889) (-5046.986) [-5002.613] (-5037.371) -- 0:32:50
46500 -- [-5016.928] (-5041.547) (-5027.878) (-5046.824) * (-5018.279) (-5080.301) [-5014.252] (-5038.919) -- 0:32:48
47000 -- (-5028.928) (-5041.157) [-5014.820] (-5022.260) * (-5021.428) (-5042.194) [-4988.168] (-5030.173) -- 0:32:46
47500 -- [-5018.286] (-5030.225) (-5040.657) (-5030.724) * (-5016.394) (-5040.786) [-5001.344] (-5038.420) -- 0:32:45
48000 -- [-5010.978] (-5014.658) (-5036.926) (-5035.928) * (-5019.414) (-5062.097) [-5020.821] (-5020.255) -- 0:33:03
48500 -- [-4999.825] (-5024.825) (-5027.904) (-5018.230) * (-5012.794) (-5067.197) [-5014.145] (-5037.534) -- 0:33:01
49000 -- [-4999.459] (-5036.431) (-5024.821) (-5017.134) * [-5010.647] (-5044.118) (-5027.992) (-5037.991) -- 0:32:59
49500 -- [-4999.800] (-5028.458) (-5025.636) (-5000.319) * [-5020.183] (-5040.293) (-5019.878) (-5031.486) -- 0:32:57
50000 -- (-5006.135) (-5014.845) (-5038.697) [-4999.999] * [-5021.942] (-5036.762) (-5017.523) (-5029.437) -- 0:32:55
Average standard deviation of split frequencies: 0.076561
50500 -- (-5021.986) [-5018.832] (-5042.719) (-5020.870) * [-5007.918] (-5049.425) (-5034.981) (-5020.740) -- 0:32:54
51000 -- (-5028.100) (-5022.758) (-5024.401) [-5003.211] * (-5029.930) (-5042.812) (-5030.853) [-5021.298] -- 0:32:52
51500 -- (-5021.614) [-5008.290] (-5040.074) (-5009.674) * (-5056.981) (-5049.587) [-5039.022] (-5016.273) -- 0:32:50
52000 -- (-5011.877) (-5026.440) (-5046.160) [-5008.551] * (-5036.221) (-5043.184) (-5024.276) [-5028.766] -- 0:32:48
52500 -- (-5026.019) (-5037.883) (-5016.264) [-5026.836] * (-5017.266) (-5043.618) [-5032.734] (-5061.168) -- 0:32:47
53000 -- (-5029.706) (-5046.598) [-5018.258] (-5018.910) * (-5011.421) (-5041.088) [-5022.669] (-5054.874) -- 0:32:45
53500 -- [-5013.033] (-5048.554) (-5028.683) (-5030.870) * [-5009.050] (-5020.902) (-5028.263) (-5048.097) -- 0:32:43
54000 -- (-5019.500) (-5041.321) [-5017.012] (-5027.119) * [-5001.718] (-5030.115) (-5021.655) (-5030.938) -- 0:32:42
54500 -- (-5045.737) (-5038.176) [-5010.961] (-5023.974) * (-5021.373) (-5041.869) [-5011.196] (-5030.863) -- 0:32:40
55000 -- (-5021.482) (-5050.385) [-5006.577] (-5026.647) * (-5019.478) (-5042.965) [-5007.739] (-5032.729) -- 0:32:38
Average standard deviation of split frequencies: 0.071698
55500 -- (-5008.052) (-5058.764) [-5005.913] (-5034.561) * [-5016.064] (-5045.097) (-5019.068) (-5021.318) -- 0:32:37
56000 -- (-5018.466) (-5058.150) [-5003.070] (-5047.116) * (-5032.758) (-5031.526) (-5023.882) [-5022.419] -- 0:32:35
56500 -- [-5018.066] (-5042.448) (-5005.131) (-5051.165) * [-5018.669] (-5037.366) (-5022.596) (-5049.856) -- 0:32:33
57000 -- (-5019.980) (-5030.815) [-4995.118] (-5036.895) * (-5014.695) (-5028.558) [-5016.171] (-5039.774) -- 0:32:32
57500 -- (-5016.784) (-5044.975) [-5020.068] (-5021.856) * (-5025.239) (-5023.385) [-5000.967] (-5052.885) -- 0:32:30
58000 -- (-5016.097) (-5045.063) [-5015.062] (-5034.659) * [-5020.073] (-5047.990) (-5021.417) (-5035.553) -- 0:32:28
58500 -- (-5002.906) (-5043.157) [-5013.601] (-5038.706) * [-5016.401] (-5032.786) (-5031.645) (-5028.168) -- 0:32:27
59000 -- [-5006.550] (-5020.739) (-5026.443) (-5067.053) * (-5017.026) (-5040.910) [-5013.357] (-5032.951) -- 0:32:25
59500 -- [-5004.332] (-5016.000) (-5030.278) (-5055.541) * [-5001.690] (-5040.088) (-5017.475) (-5027.311) -- 0:32:24
60000 -- (-5014.760) [-5004.732] (-5038.836) (-5051.829) * (-5006.547) (-5053.797) (-5044.386) [-5020.264] -- 0:32:22
Average standard deviation of split frequencies: 0.074282
60500 -- [-5007.183] (-5010.998) (-5040.694) (-5040.723) * [-5002.448] (-5038.759) (-5036.156) (-5024.897) -- 0:32:21
61000 -- (-5016.385) (-5017.636) [-5022.250] (-5063.121) * [-5012.825] (-5038.159) (-5041.617) (-5017.325) -- 0:32:19
61500 -- [-5005.280] (-5023.435) (-5020.685) (-5062.259) * [-5008.982] (-5025.125) (-5055.505) (-5034.305) -- 0:32:18
62000 -- (-5015.827) (-5027.686) [-5012.898] (-5058.704) * [-5015.868] (-5034.605) (-5024.835) (-5023.105) -- 0:32:16
62500 -- (-5029.212) (-5033.416) [-5004.242] (-5040.791) * [-5018.657] (-5030.084) (-5022.188) (-5042.147) -- 0:32:14
63000 -- (-5017.677) (-5030.333) [-4999.579] (-5047.157) * [-5008.307] (-5005.730) (-5036.880) (-5038.705) -- 0:32:13
63500 -- [-5013.051] (-5029.982) (-5021.108) (-5037.851) * (-5020.642) [-5022.667] (-5026.235) (-5036.758) -- 0:32:11
64000 -- [-5017.263] (-5039.804) (-5017.020) (-5018.415) * (-5014.450) [-5018.471] (-5033.676) (-5032.918) -- 0:32:10
64500 -- [-5017.485] (-5041.830) (-5031.820) (-5015.053) * [-5007.367] (-5005.540) (-5034.241) (-5030.021) -- 0:32:09
65000 -- (-5023.267) [-5017.390] (-5029.721) (-5025.615) * (-5016.373) [-5013.834] (-5030.611) (-5027.673) -- 0:32:07
Average standard deviation of split frequencies: 0.063855
65500 -- [-5011.774] (-5024.409) (-5029.784) (-5032.055) * [-5021.862] (-5017.695) (-5030.655) (-5017.621) -- 0:32:06
66000 -- [-5023.121] (-5014.152) (-5035.051) (-5025.728) * (-5018.257) (-5018.994) (-5024.269) [-5004.542] -- 0:32:04
66500 -- [-5008.169] (-5017.834) (-5029.093) (-5026.992) * (-5024.895) (-5017.219) (-5040.128) [-5003.595] -- 0:32:03
67000 -- (-5021.799) [-5022.993] (-5033.765) (-5011.860) * (-5019.506) [-4999.965] (-5033.654) (-5019.377) -- 0:32:15
67500 -- (-5031.642) (-5023.970) (-5028.355) [-5006.641] * (-5024.086) (-5024.338) (-5033.378) [-5017.485] -- 0:32:14
68000 -- (-5020.704) (-5049.640) (-5033.674) [-5009.767] * (-5038.357) (-5022.328) (-5016.340) [-5017.643] -- 0:32:12
68500 -- [-5026.955] (-5051.220) (-5033.326) (-5017.761) * (-5041.543) (-5020.149) (-5043.836) [-5011.802] -- 0:32:10
69000 -- (-5037.060) (-5042.590) (-5023.942) [-5029.722] * (-5031.483) (-5023.461) [-5020.970] (-5023.477) -- 0:32:09
69500 -- (-5024.013) (-5057.265) (-5028.231) [-5034.859] * (-5031.834) (-5028.050) (-5017.704) [-5009.487] -- 0:32:07
70000 -- (-5040.380) (-5035.035) [-5020.010] (-5051.365) * (-5029.711) (-5024.744) [-5014.292] (-5011.211) -- 0:32:06
Average standard deviation of split frequencies: 0.060965
70500 -- (-5020.047) (-5068.499) [-5018.900] (-5039.397) * (-5018.418) (-5013.824) [-5008.139] (-5022.868) -- 0:32:04
71000 -- [-5007.910] (-5054.001) (-5009.197) (-5025.597) * [-5010.112] (-5018.533) (-5000.546) (-5027.900) -- 0:32:03
71500 -- [-5003.921] (-5030.305) (-5013.767) (-5031.293) * (-5013.362) (-5033.273) [-5008.692] (-5021.439) -- 0:32:01
72000 -- [-5017.426] (-5039.840) (-5031.267) (-5043.433) * [-5011.669] (-5039.826) (-5024.783) (-5012.616) -- 0:32:00
72500 -- [-5013.543] (-5049.216) (-5031.796) (-5040.946) * [-5012.175] (-5041.779) (-5020.914) (-5014.833) -- 0:31:58
73000 -- [-5012.737] (-5047.535) (-5034.997) (-5028.616) * (-5010.945) (-5043.449) (-5021.762) [-5014.034] -- 0:31:57
73500 -- [-5022.027] (-5011.545) (-5050.747) (-5044.250) * (-5012.411) (-5038.859) (-5019.476) [-5005.125] -- 0:31:56
74000 -- (-5017.010) [-5027.477] (-5058.574) (-5039.190) * (-5009.476) (-5026.530) (-5021.351) [-5006.731] -- 0:31:54
74500 -- [-5014.472] (-5018.017) (-5053.211) (-5051.733) * (-5015.931) (-5015.191) (-5031.965) [-5022.427] -- 0:31:53
75000 -- [-4998.982] (-5018.134) (-5052.161) (-5040.018) * [-5000.070] (-5034.048) (-5042.833) (-5038.573) -- 0:31:51
Average standard deviation of split frequencies: 0.060421
75500 -- [-5008.130] (-5020.352) (-5057.823) (-5036.107) * [-5011.751] (-5022.362) (-5047.312) (-5019.893) -- 0:31:50
76000 -- (-5018.676) (-5038.509) [-5044.590] (-5037.160) * [-5008.390] (-5039.648) (-5053.309) (-5017.084) -- 0:31:48
76500 -- (-5012.766) (-5033.347) (-5041.486) [-5029.165] * [-5007.071] (-5026.275) (-5067.882) (-5017.830) -- 0:31:47
77000 -- [-4998.649] (-5025.519) (-5031.358) (-5020.280) * [-5005.500] (-5035.738) (-5057.376) (-5024.278) -- 0:31:45
77500 -- [-5001.886] (-5036.197) (-5024.079) (-5028.671) * [-5010.553] (-5028.638) (-5077.275) (-5025.835) -- 0:31:44
78000 -- (-5008.157) [-5035.716] (-5033.739) (-5043.161) * [-5012.903] (-5032.797) (-5066.140) (-5010.848) -- 0:31:43
78500 -- [-5010.572] (-5035.424) (-5034.149) (-5047.001) * (-5031.025) [-5021.586] (-5051.547) (-5027.609) -- 0:31:41
79000 -- (-5012.323) (-5027.076) [-5014.391] (-5047.087) * (-5024.782) (-5019.056) (-5056.878) [-5025.878] -- 0:31:40
79500 -- [-5006.759] (-5019.556) (-5020.373) (-5063.192) * (-5031.424) (-5014.415) (-5047.464) [-5030.985] -- 0:31:38
80000 -- [-5004.855] (-5027.468) (-5034.034) (-5050.533) * (-5039.515) [-5004.289] (-5032.689) (-5036.791) -- 0:31:37
Average standard deviation of split frequencies: 0.058226
80500 -- (-5014.803) [-5003.945] (-5019.610) (-5051.836) * (-5048.867) [-5026.092] (-5023.415) (-5029.482) -- 0:31:36
81000 -- (-5020.070) [-5003.235] (-5017.688) (-5043.700) * (-5046.858) (-5026.295) (-5026.102) [-5018.947] -- 0:31:46
81500 -- (-5013.841) [-5012.305] (-5011.215) (-5024.639) * (-5071.478) [-5009.726] (-5028.676) (-5019.140) -- 0:31:44
82000 -- [-5006.150] (-5028.635) (-5009.721) (-5045.804) * (-5074.578) [-5005.740] (-5029.102) (-5050.728) -- 0:31:43
82500 -- [-5024.636] (-5016.393) (-5026.909) (-5054.693) * (-5063.430) [-5003.465] (-5019.621) (-5055.709) -- 0:31:41
83000 -- [-5005.747] (-5026.399) (-5023.804) (-5039.877) * (-5061.895) (-5011.197) [-5023.394] (-5038.202) -- 0:31:40
83500 -- [-5000.146] (-5027.742) (-5029.568) (-5044.317) * (-5032.558) [-5004.049] (-5022.575) (-5037.551) -- 0:31:38
84000 -- [-5015.687] (-5019.554) (-5035.825) (-5026.968) * (-5044.975) [-5009.953] (-5029.055) (-5023.685) -- 0:31:37
84500 -- (-5027.704) [-5009.049] (-5037.018) (-5017.849) * (-5043.890) [-5007.718] (-5029.025) (-5020.285) -- 0:31:36
85000 -- (-5033.802) [-4995.049] (-5028.036) (-5018.865) * [-5024.955] (-5014.780) (-5037.481) (-5033.638) -- 0:31:34
Average standard deviation of split frequencies: 0.053796
85500 -- (-5047.872) (-5015.792) [-5025.481] (-5038.410) * (-5040.077) (-5012.581) (-5038.623) [-5016.075] -- 0:31:33
86000 -- (-5051.928) [-5004.993] (-5046.717) (-5026.299) * (-5047.839) [-5013.699] (-5015.762) (-5016.249) -- 0:31:31
86500 -- (-5045.666) (-5014.054) (-5029.294) [-5010.339] * (-5034.596) [-5005.817] (-5010.363) (-5014.923) -- 0:31:30
87000 -- (-5067.449) [-5016.660] (-5031.982) (-5026.550) * (-5052.351) [-5008.889] (-5020.807) (-5016.363) -- 0:31:28
87500 -- (-5048.153) (-5021.519) [-5020.399] (-5031.975) * (-5045.584) (-5018.356) (-5035.536) [-5005.837] -- 0:31:27
88000 -- (-5040.447) (-5007.236) (-5013.177) [-5003.601] * (-5037.896) [-5021.983] (-5027.252) (-5034.758) -- 0:31:26
88500 -- (-5039.981) [-5011.586] (-5034.776) (-5017.625) * (-5054.111) [-5024.165] (-5021.837) (-5026.573) -- 0:31:24
89000 -- [-5027.654] (-5012.446) (-5047.952) (-5017.451) * (-5047.599) [-5008.055] (-5022.372) (-5021.415) -- 0:31:23
89500 -- (-5016.383) (-5006.812) (-5043.566) [-5031.969] * (-5039.567) (-5025.735) (-5024.122) [-4999.588] -- 0:31:22
90000 -- [-5011.847] (-5021.266) (-5051.787) (-5039.481) * (-5048.795) (-5008.704) (-5033.050) [-4998.850] -- 0:31:20
Average standard deviation of split frequencies: 0.052827
90500 -- [-5012.825] (-5011.265) (-5054.621) (-5032.616) * (-5056.714) (-5016.078) (-5031.841) [-5011.389] -- 0:31:19
91000 -- [-5022.974] (-5018.225) (-5073.875) (-5018.331) * (-5057.961) (-5026.697) (-5041.274) [-5013.152] -- 0:31:17
91500 -- [-5020.518] (-5015.839) (-5049.349) (-5027.611) * (-5049.780) (-5018.633) (-5042.586) [-5006.886] -- 0:31:16
92000 -- (-5024.551) [-5016.606] (-5053.203) (-5018.873) * (-5038.909) [-5021.823] (-5029.903) (-5028.695) -- 0:31:15
92500 -- (-5021.896) (-5050.588) (-5051.277) [-5021.673] * (-5048.973) [-5015.209] (-5030.541) (-5028.183) -- 0:31:13
93000 -- [-5004.870] (-5049.118) (-5041.268) (-5023.495) * (-5037.570) [-5007.402] (-5044.266) (-5028.817) -- 0:31:12
93500 -- [-4998.601] (-5037.557) (-5041.318) (-5026.382) * (-5039.032) [-4997.891] (-5054.527) (-5004.449) -- 0:31:11
94000 -- [-4994.950] (-5034.219) (-5058.848) (-5018.752) * (-5047.301) [-4998.357] (-5060.307) (-5014.031) -- 0:31:09
94500 -- [-5000.110] (-5038.833) (-5059.311) (-5019.607) * (-5036.979) [-5006.594] (-5066.253) (-5017.727) -- 0:31:08
95000 -- [-5004.685] (-5029.406) (-5050.709) (-5008.978) * (-5037.759) [-5020.226] (-5033.946) (-5029.258) -- 0:31:07
Average standard deviation of split frequencies: 0.050597
95500 -- (-5005.911) [-5008.224] (-5045.615) (-5014.955) * (-5033.680) (-5033.587) (-5047.405) [-5004.906] -- 0:31:05
96000 -- (-5023.261) [-5012.170] (-5033.678) (-5008.443) * (-5031.109) (-5038.840) (-5048.470) [-5016.627] -- 0:31:04
96500 -- (-5016.783) [-5010.182] (-5037.174) (-5023.993) * (-5010.982) (-5037.437) (-5055.743) [-5001.977] -- 0:31:03
97000 -- [-5016.491] (-5020.845) (-5028.069) (-5018.632) * (-5015.741) (-5046.063) (-5073.314) [-5010.538] -- 0:31:01
97500 -- (-5016.989) [-5008.361] (-5031.360) (-5026.905) * (-5010.353) (-5042.241) (-5060.107) [-5043.945] -- 0:31:00
98000 -- [-5013.510] (-5025.605) (-5036.600) (-5034.038) * [-5002.517] (-5037.119) (-5068.273) (-5025.540) -- 0:30:59
98500 -- [-5002.771] (-5024.280) (-5028.062) (-5020.843) * [-5005.422] (-5049.195) (-5063.095) (-5025.382) -- 0:31:07
99000 -- [-5007.612] (-5003.413) (-5048.303) (-5020.621) * (-5001.695) (-5052.360) (-5064.184) [-5026.921] -- 0:31:05
99500 -- [-5001.331] (-5018.064) (-5043.722) (-5009.069) * (-5004.323) (-5047.464) (-5055.836) [-5024.347] -- 0:31:04
100000 -- [-5007.730] (-5046.236) (-5021.963) (-5033.632) * [-5005.740] (-5045.787) (-5047.669) (-5036.712) -- 0:31:02
Average standard deviation of split frequencies: 0.047869
100500 -- [-4994.633] (-5055.288) (-5023.174) (-5030.871) * [-5005.045] (-5044.234) (-5043.160) (-5032.988) -- 0:31:01
101000 -- [-4998.939] (-5064.698) (-5023.914) (-5035.944) * [-5006.608] (-5023.193) (-5051.643) (-5060.600) -- 0:31:00
101500 -- (-5003.204) (-5046.853) (-5024.016) [-5024.280] * [-4999.317] (-5022.284) (-5028.863) (-5049.285) -- 0:30:58
102000 -- (-5010.048) (-5022.689) [-5020.552] (-5038.509) * (-5005.641) [-5024.565] (-5039.117) (-5056.691) -- 0:30:57
102500 -- [-5007.642] (-5041.852) (-5010.345) (-5041.022) * (-5023.922) [-5021.118] (-5035.251) (-5055.436) -- 0:30:56
103000 -- (-5018.785) (-5056.037) [-5013.347] (-5051.614) * [-5021.872] (-5030.425) (-5030.467) (-5069.995) -- 0:30:54
103500 -- (-5025.112) (-5046.513) [-5018.729] (-5051.589) * (-5020.843) [-5014.325] (-5020.574) (-5062.323) -- 0:30:53
104000 -- (-5025.308) (-5041.371) [-5022.813] (-5044.581) * (-5018.110) (-5039.322) [-5021.351] (-5047.747) -- 0:30:52
104500 -- [-5017.365] (-5041.804) (-5018.361) (-5039.971) * [-5005.655] (-5052.842) (-5026.407) (-5039.802) -- 0:30:50
105000 -- (-5028.217) [-5020.157] (-5019.435) (-5042.466) * [-5012.309] (-5029.376) (-5027.800) (-5057.720) -- 0:30:49
Average standard deviation of split frequencies: 0.044688
105500 -- (-5010.938) (-5037.541) [-5015.955] (-5039.593) * [-5019.701] (-5044.181) (-5020.702) (-5039.474) -- 0:30:48
106000 -- [-5007.620] (-5025.040) (-5023.327) (-5036.837) * [-5025.991] (-5053.994) (-5014.707) (-5042.497) -- 0:30:47
106500 -- (-5020.637) (-5040.919) [-5014.887] (-5030.216) * (-5032.507) [-5039.017] (-5014.133) (-5036.245) -- 0:30:45
107000 -- [-5009.283] (-5052.527) (-5023.615) (-5039.769) * (-5035.429) (-5038.307) [-5014.072] (-5031.976) -- 0:30:44
107500 -- (-5018.969) (-5041.577) [-5015.674] (-5054.803) * (-5047.246) (-5043.242) [-5011.983] (-5045.597) -- 0:30:43
108000 -- (-5026.153) (-5021.764) [-5015.404] (-5058.546) * (-5042.757) (-5041.663) [-5009.634] (-5045.338) -- 0:30:41
108500 -- [-4997.782] (-5027.443) (-5017.618) (-5056.021) * (-5022.082) (-5050.970) [-5017.454] (-5038.228) -- 0:30:40
109000 -- [-5004.970] (-5016.327) (-5040.042) (-5040.321) * [-5006.173] (-5039.608) (-5015.429) (-5030.756) -- 0:30:39
109500 -- (-5018.193) (-5035.253) (-5041.055) [-5019.829] * [-5013.577] (-5039.900) (-5005.755) (-5039.602) -- 0:30:37
110000 -- [-5020.094] (-5045.799) (-5018.736) (-5033.023) * [-5013.506] (-5026.397) (-5008.991) (-5050.231) -- 0:30:36
Average standard deviation of split frequencies: 0.044495
110500 -- (-5025.292) (-5035.558) [-5016.466] (-5019.541) * (-5024.634) (-5028.945) [-5017.337] (-5059.221) -- 0:30:35
111000 -- (-5019.130) (-5023.814) (-5015.201) [-5015.363] * (-5030.919) (-5037.191) [-5003.391] (-5065.967) -- 0:30:34
111500 -- (-5009.137) (-5009.292) (-5021.788) [-5006.619] * (-5027.154) (-5037.219) [-5014.664] (-5047.868) -- 0:30:32
112000 -- (-5009.955) [-5002.562] (-5021.424) (-5012.294) * (-5041.916) (-5051.866) [-5008.988] (-5017.561) -- 0:30:31
112500 -- (-5026.510) (-5010.350) (-5040.910) [-5008.149] * (-5035.262) (-5037.817) [-5025.517] (-5024.651) -- 0:30:30
113000 -- (-5028.702) [-5008.613] (-5036.389) (-5003.879) * (-5030.055) (-5030.386) (-5030.843) [-5006.067] -- 0:30:28
113500 -- (-5022.305) [-5009.012] (-5018.906) (-5028.395) * (-5018.384) (-5026.505) (-5057.681) [-5010.703] -- 0:30:27
114000 -- (-5032.775) (-5005.368) [-5016.616] (-5036.021) * (-5022.215) (-5020.219) (-5019.840) [-5014.259] -- 0:30:26
114500 -- (-5056.234) (-5007.650) [-5020.361] (-5016.460) * (-5023.459) (-5013.321) (-5016.094) [-5008.195] -- 0:30:25
115000 -- (-5027.322) (-5009.368) [-5009.289] (-5038.735) * (-5037.136) (-5013.048) [-5006.731] (-5014.363) -- 0:30:31
Average standard deviation of split frequencies: 0.041116
115500 -- (-5030.819) (-5019.562) [-5021.330] (-5048.160) * (-5065.628) (-5011.874) [-5013.962] (-5005.697) -- 0:30:30
116000 -- (-5032.561) [-5016.158] (-5007.761) (-5056.052) * (-5055.023) (-5010.458) (-5036.725) [-5014.107] -- 0:30:28
116500 -- (-5025.557) (-5016.787) [-5008.265] (-5060.015) * (-5050.063) [-5020.922] (-5028.776) (-5024.069) -- 0:30:27
117000 -- (-5018.362) (-5004.699) [-4996.236] (-5062.112) * (-5019.342) (-5020.013) (-5024.977) [-5019.458] -- 0:30:26
117500 -- (-5025.490) [-5010.458] (-4998.167) (-5053.183) * (-5036.185) [-5014.153] (-5031.572) (-5012.965) -- 0:30:25
118000 -- (-5020.759) (-5022.700) [-5008.131] (-5043.585) * (-5051.218) (-5023.892) (-5029.016) [-5014.095] -- 0:30:23
118500 -- (-5013.071) [-5013.803] (-5003.086) (-5040.346) * (-5047.613) (-5015.796) (-5020.893) [-5015.199] -- 0:30:22
119000 -- (-5005.856) (-5038.581) [-5009.772] (-5034.579) * (-5039.846) [-5025.732] (-5027.118) (-5008.966) -- 0:30:21
119500 -- (-5016.076) (-5013.802) [-5009.021] (-5045.415) * (-5050.449) (-5022.730) (-5023.042) [-5012.355] -- 0:30:19
120000 -- (-5011.525) [-5003.156] (-5023.950) (-5047.293) * (-5036.975) (-5017.222) (-5026.797) [-5020.261] -- 0:30:18
Average standard deviation of split frequencies: 0.040188
120500 -- [-5020.061] (-5000.766) (-5019.568) (-5037.468) * (-5027.736) (-5029.302) [-5032.776] (-5018.706) -- 0:30:17
121000 -- (-5034.733) [-5007.977] (-5026.896) (-5048.106) * [-5020.215] (-5015.195) (-5015.288) (-5023.522) -- 0:30:16
121500 -- (-5033.662) [-5005.891] (-5026.144) (-5040.389) * [-5017.814] (-5024.103) (-5019.213) (-5026.480) -- 0:30:14
122000 -- (-5024.321) (-5017.394) [-5014.913] (-5041.739) * [-5015.061] (-5053.330) (-5027.989) (-5022.417) -- 0:30:13
122500 -- [-5008.347] (-5021.788) (-5027.498) (-5034.021) * (-5030.448) (-5041.515) (-5030.965) [-5009.616] -- 0:30:12
123000 -- [-5019.208] (-5032.696) (-5034.148) (-5033.908) * (-5026.525) (-5017.373) [-5013.924] (-5021.191) -- 0:30:11
123500 -- [-5017.772] (-5026.308) (-5032.950) (-5033.547) * (-5029.899) (-5032.148) (-5019.090) [-5015.556] -- 0:30:09
124000 -- (-5013.814) (-5032.010) [-5017.201] (-5027.820) * (-5041.125) (-5042.370) [-5009.559] (-5013.482) -- 0:30:08
124500 -- (-5021.993) (-5059.064) [-5014.631] (-5022.570) * (-5052.134) (-5055.346) [-5024.889] (-5016.713) -- 0:30:07
125000 -- (-5016.506) (-5041.366) (-5029.111) [-5019.721] * [-5015.169] (-5036.908) (-5033.966) (-5025.419) -- 0:30:05
Average standard deviation of split frequencies: 0.038430
125500 -- [-4998.393] (-5025.774) (-5033.316) (-5021.401) * (-5030.524) [-5028.394] (-5018.934) (-5034.024) -- 0:30:04
126000 -- [-4996.530] (-5032.333) (-5037.139) (-5026.400) * (-5034.430) (-5034.381) (-5020.132) [-5005.947] -- 0:30:03
126500 -- [-5008.782] (-5046.197) (-5031.897) (-5034.683) * (-5028.027) (-5038.687) [-4995.083] (-5010.318) -- 0:30:02
127000 -- (-5030.365) (-5034.916) [-5032.654] (-5014.260) * (-5025.258) (-5035.116) [-5000.475] (-5011.956) -- 0:30:00
127500 -- [-5015.908] (-5045.776) (-5038.582) (-5022.268) * (-5026.149) (-5040.066) (-5004.194) [-5010.902] -- 0:29:59
128000 -- [-5018.390] (-5051.653) (-5027.683) (-5015.586) * (-5028.348) (-5029.437) [-5008.507] (-5005.437) -- 0:29:58
128500 -- (-5013.662) (-5031.486) (-5024.949) [-5004.191] * (-5028.412) (-5031.580) [-5019.912] (-5026.900) -- 0:29:57
129000 -- (-5004.668) (-5042.857) (-5038.522) [-5011.768] * [-5025.488] (-5057.076) (-5037.318) (-5031.582) -- 0:29:56
129500 -- [-5006.490] (-5045.081) (-5030.885) (-5014.701) * (-5021.212) (-5040.155) [-5011.081] (-5057.722) -- 0:29:54
130000 -- [-5018.029] (-5051.313) (-5034.730) (-5026.297) * (-5031.599) (-5023.016) [-5009.039] (-5051.256) -- 0:29:53
Average standard deviation of split frequencies: 0.034755
130500 -- (-5036.042) (-5060.222) (-5018.923) [-5024.694] * (-5024.472) (-5028.087) [-5013.218] (-5038.577) -- 0:29:58
131000 -- [-5019.304] (-5048.200) (-5012.229) (-5038.507) * (-5026.192) (-5043.320) [-5011.202] (-5033.945) -- 0:29:57
131500 -- [-5012.546] (-5041.327) (-5026.133) (-5041.361) * (-5026.756) (-5022.141) [-5010.463] (-5040.122) -- 0:29:56
132000 -- [-5005.061] (-5031.886) (-5018.826) (-5042.702) * [-5029.649] (-5009.173) (-5008.993) (-5028.241) -- 0:29:55
132500 -- [-5003.993] (-5039.803) (-5028.696) (-5054.743) * (-5030.424) [-5023.715] (-5012.706) (-5041.651) -- 0:29:53
133000 -- [-5006.134] (-5043.193) (-5020.051) (-5053.970) * [-5021.821] (-5019.098) (-5017.223) (-5048.169) -- 0:29:52
133500 -- (-5007.948) (-5046.322) [-5014.532] (-5037.368) * (-5012.669) (-5025.477) [-5010.333] (-5037.258) -- 0:29:51
134000 -- (-5009.631) (-5049.598) [-5032.036] (-5054.610) * (-5029.610) (-5029.140) [-5019.532] (-5023.755) -- 0:29:50
134500 -- [-5008.083] (-5057.082) (-5029.162) (-5045.514) * (-5029.496) (-5019.392) [-5024.340] (-5003.749) -- 0:29:48
135000 -- (-5022.051) (-5048.294) [-5012.753] (-5047.438) * (-5022.509) (-5027.549) [-5028.538] (-5031.001) -- 0:29:47
Average standard deviation of split frequencies: 0.033157
135500 -- (-5030.732) (-5043.600) [-5010.931] (-5030.017) * (-5026.024) [-5010.546] (-5018.408) (-5033.712) -- 0:29:46
136000 -- (-5046.033) [-5019.696] (-5008.925) (-5033.533) * [-5025.186] (-5026.137) (-5029.481) (-5049.817) -- 0:29:45
136500 -- (-5046.194) (-5022.635) [-5002.324] (-5035.451) * (-5018.585) [-5016.279] (-5026.992) (-5035.803) -- 0:29:43
137000 -- (-5052.998) [-5012.584] (-5019.899) (-5039.368) * [-5008.517] (-5043.061) (-5016.642) (-5038.212) -- 0:29:42
137500 -- (-5054.535) (-5021.599) [-5013.775] (-5024.672) * [-5005.602] (-5034.687) (-5024.248) (-5021.677) -- 0:29:41
138000 -- (-5044.499) [-5017.670] (-5030.194) (-5015.986) * [-5000.312] (-5046.884) (-5021.838) (-5026.764) -- 0:29:40
138500 -- (-5044.312) (-5008.239) [-5010.060] (-5030.652) * [-5013.190] (-5034.687) (-5033.976) (-5020.799) -- 0:29:38
139000 -- (-5056.820) [-5011.061] (-5027.484) (-5039.117) * (-5026.187) (-5037.764) (-5032.602) [-5010.260] -- 0:29:37
139500 -- (-5054.093) [-5018.080] (-5036.065) (-5020.149) * [-5006.876] (-5034.916) (-5038.054) (-5016.493) -- 0:29:36
140000 -- (-5044.952) (-5029.013) [-5026.677] (-5026.003) * [-5007.452] (-5042.900) (-5061.200) (-5019.213) -- 0:29:35
Average standard deviation of split frequencies: 0.033063
140500 -- (-5034.265) (-5026.937) [-5019.092] (-5019.301) * [-5026.094] (-5070.532) (-5040.397) (-5047.799) -- 0:29:34
141000 -- (-5036.313) (-5045.900) [-5021.557] (-5026.383) * (-5033.546) (-5034.539) [-5032.607] (-5024.425) -- 0:29:32
141500 -- (-5030.886) (-5064.513) [-5011.545] (-5016.779) * (-5041.677) (-5028.414) (-5042.132) [-5013.731] -- 0:29:31
142000 -- (-5027.244) (-5044.403) [-5026.938] (-5030.926) * (-5040.057) [-5026.477] (-5039.265) (-5026.580) -- 0:29:30
142500 -- [-5018.255] (-5049.354) (-5030.731) (-5033.806) * (-5042.690) [-5025.295] (-5039.428) (-5025.101) -- 0:29:29
143000 -- [-5008.668] (-5033.344) (-5039.915) (-5035.023) * (-5033.210) (-5041.848) (-5055.228) [-5015.390] -- 0:29:27
143500 -- [-5013.459] (-5045.270) (-5034.220) (-5030.213) * [-5024.689] (-5022.146) (-5048.930) (-5023.471) -- 0:29:26
144000 -- [-5015.865] (-5028.098) (-5039.106) (-5025.573) * (-5024.523) [-5019.808] (-5028.713) (-5011.637) -- 0:29:25
144500 -- [-5030.906] (-5039.523) (-5054.535) (-5024.145) * (-5021.888) (-5032.591) (-5027.869) [-5014.128] -- 0:29:24
145000 -- [-5031.829] (-5018.584) (-5043.251) (-5018.329) * (-5021.419) [-5017.528] (-5038.082) (-5006.031) -- 0:29:23
Average standard deviation of split frequencies: 0.033902
145500 -- (-5031.946) [-5026.632] (-5049.117) (-5033.559) * (-5015.029) [-5016.825] (-5016.344) (-5013.967) -- 0:29:21
146000 -- (-5032.337) (-5027.125) (-5044.669) [-5010.029] * (-5024.154) [-5014.540] (-5020.974) (-5010.999) -- 0:29:20
146500 -- (-5035.657) (-5046.600) (-5041.357) [-5017.778] * (-5006.450) (-5026.429) (-5025.127) [-5015.092] -- 0:29:19
147000 -- [-5025.338] (-5052.547) (-5036.675) (-5010.195) * (-5010.046) (-5029.807) (-5024.424) [-5004.948] -- 0:29:18
147500 -- (-5015.160) (-5034.861) (-5051.137) [-5002.747] * [-5005.313] (-5025.213) (-5016.170) (-5008.968) -- 0:29:17
148000 -- (-5025.002) [-5046.556] (-5045.482) (-5012.813) * [-5008.336] (-5016.302) (-5036.752) (-5005.585) -- 0:29:21
148500 -- (-5021.351) (-5044.422) (-5022.234) [-5030.571] * (-5003.417) (-5028.364) (-5037.676) [-5005.887] -- 0:29:20
149000 -- [-5015.431] (-5044.134) (-5022.883) (-5040.894) * (-5003.699) (-5023.593) (-5022.781) [-4995.790] -- 0:29:19
149500 -- (-5020.079) (-5037.149) [-5018.005] (-5045.182) * [-4996.037] (-5019.165) (-5025.851) (-5008.297) -- 0:29:17
150000 -- (-5022.006) (-5058.429) [-5019.165] (-5033.836) * [-5001.029] (-5029.273) (-5045.533) (-5017.552) -- 0:29:16
Average standard deviation of split frequencies: 0.032693
150500 -- [-5025.725] (-5044.731) (-5012.919) (-5038.347) * [-5004.073] (-5036.148) (-5040.489) (-5012.701) -- 0:29:15
151000 -- (-5023.484) (-5020.411) [-5018.129] (-5027.095) * [-5004.576] (-5021.390) (-5047.652) (-5022.371) -- 0:29:14
151500 -- (-5049.224) (-5010.866) [-5020.151] (-5045.407) * [-5017.961] (-5028.028) (-5040.602) (-5024.151) -- 0:29:13
152000 -- (-5035.711) [-4999.019] (-5028.497) (-5045.884) * (-5017.123) (-5015.896) [-5021.855] (-5039.120) -- 0:29:11
152500 -- (-5033.077) (-5007.114) [-5009.584] (-5033.231) * [-5012.409] (-5019.393) (-5032.818) (-5057.138) -- 0:29:10
153000 -- (-5023.693) (-5025.800) [-5020.561] (-5040.401) * (-5017.543) (-5028.640) [-5022.792] (-5024.795) -- 0:29:09
153500 -- (-5027.949) [-5011.535] (-5033.433) (-5054.462) * [-5002.801] (-5011.239) (-5051.931) (-5024.195) -- 0:29:08
154000 -- (-5029.517) [-5011.133] (-5025.557) (-5042.720) * [-5003.622] (-5024.914) (-5044.164) (-5020.798) -- 0:29:06
154500 -- (-5032.586) [-4999.141] (-5023.495) (-5044.540) * [-5010.231] (-5021.305) (-5055.919) (-5018.371) -- 0:29:05
155000 -- (-5009.612) [-5006.191] (-5031.481) (-5037.467) * [-5019.222] (-5012.478) (-5042.808) (-5019.741) -- 0:29:04
Average standard deviation of split frequencies: 0.031745
155500 -- [-5027.240] (-5017.016) (-5040.693) (-5037.876) * (-5019.086) [-5003.117] (-5052.950) (-5017.819) -- 0:29:03
156000 -- (-5025.092) (-5014.766) (-5041.495) [-5025.307] * (-5041.061) [-5005.175] (-5043.793) (-5021.141) -- 0:29:02
156500 -- (-5020.450) [-5009.748] (-5051.397) (-5021.675) * (-5038.088) [-5005.028] (-5044.152) (-5028.086) -- 0:29:00
157000 -- (-5012.841) [-5008.290] (-5053.783) (-5023.044) * (-5046.290) (-5018.090) (-5049.520) [-5003.006] -- 0:28:59
157500 -- [-5010.477] (-5015.495) (-5042.899) (-5028.817) * (-5028.889) [-5019.167] (-5053.067) (-5030.577) -- 0:28:58
158000 -- (-5010.169) [-5013.054] (-5025.231) (-5026.534) * (-5022.882) [-5011.772] (-5040.294) (-5048.171) -- 0:28:57
158500 -- (-5020.579) [-5006.499] (-5022.918) (-5027.745) * (-5021.134) [-5008.090] (-5040.978) (-5044.004) -- 0:28:56
159000 -- [-5018.866] (-5035.872) (-5039.502) (-5023.413) * [-5016.038] (-5027.121) (-5021.358) (-5060.493) -- 0:28:54
159500 -- (-5022.459) (-5029.066) (-5021.049) [-5015.430] * (-5006.920) (-5029.871) [-5019.784] (-5051.864) -- 0:28:53
160000 -- (-5024.011) (-5030.610) (-5025.619) [-5018.528] * (-5027.680) (-5027.844) [-5025.092] (-5051.554) -- 0:28:52
Average standard deviation of split frequencies: 0.030380
160500 -- (-5028.746) [-5028.853] (-5038.551) (-5025.114) * [-5011.056] (-5035.603) (-5020.792) (-5041.144) -- 0:28:51
161000 -- (-5022.677) [-5014.290] (-5038.176) (-5024.402) * (-5029.453) (-5047.665) [-5014.621] (-5037.668) -- 0:28:50
161500 -- (-5048.114) (-5030.013) (-5031.024) [-5017.742] * (-5048.573) (-5032.270) [-5014.402] (-5052.817) -- 0:28:54
162000 -- (-5048.523) (-5037.253) (-5023.168) [-5019.141] * (-5044.153) [-5011.326] (-5013.369) (-5048.631) -- 0:28:52
162500 -- (-5033.780) [-5024.032] (-5040.180) (-5029.780) * (-5019.003) [-5012.018] (-5015.443) (-5043.136) -- 0:28:51
163000 -- [-5017.570] (-5035.427) (-5038.627) (-5046.181) * [-5005.886] (-5018.148) (-5025.532) (-5034.555) -- 0:28:50
163500 -- [-5025.205] (-5028.555) (-5030.099) (-5019.779) * [-5003.511] (-5020.823) (-5019.060) (-5033.774) -- 0:28:49
164000 -- (-5038.112) [-5011.058] (-5038.540) (-5018.290) * (-5008.631) [-5002.972] (-5013.586) (-5047.998) -- 0:28:48
164500 -- (-5052.905) [-5016.193] (-5033.113) (-5027.342) * (-5003.338) [-5006.196] (-5001.270) (-5037.096) -- 0:28:46
165000 -- (-5039.002) [-5019.405] (-5029.135) (-5030.802) * (-5021.696) (-5007.676) [-5014.948] (-5026.858) -- 0:28:45
Average standard deviation of split frequencies: 0.030629
165500 -- (-5050.190) [-5021.147] (-5024.571) (-5050.091) * (-5004.565) [-5011.827] (-5015.457) (-5029.080) -- 0:28:44
166000 -- [-5033.213] (-5022.600) (-5020.246) (-5042.029) * (-5026.375) [-5007.270] (-5016.516) (-5043.074) -- 0:28:43
166500 -- (-5046.150) [-5014.120] (-5037.216) (-5045.043) * [-5020.810] (-5023.408) (-5023.449) (-5046.645) -- 0:28:42
167000 -- (-5033.268) [-5016.979] (-5024.990) (-5020.852) * [-5013.116] (-5021.450) (-5023.543) (-5030.231) -- 0:28:40
167500 -- (-5030.596) [-5008.168] (-5040.096) (-5017.776) * [-5012.179] (-5044.903) (-5029.378) (-5056.507) -- 0:28:39
168000 -- (-5018.241) [-5010.499] (-5056.063) (-5023.010) * [-5016.316] (-5034.703) (-5025.877) (-5048.614) -- 0:28:38
168500 -- (-5026.504) [-5007.050] (-5044.688) (-5022.060) * [-5013.139] (-5033.278) (-5032.067) (-5039.006) -- 0:28:37
169000 -- (-5030.925) [-5005.480] (-5033.527) (-5024.939) * [-5006.981] (-5018.345) (-5037.348) (-5038.690) -- 0:28:36
169500 -- (-5029.485) (-4997.727) (-5029.624) [-5004.588] * [-5021.211] (-5015.541) (-5037.472) (-5036.414) -- 0:28:34
170000 -- (-5042.125) [-4997.963] (-5023.709) (-5015.477) * (-5016.265) [-5018.452] (-5037.419) (-5035.273) -- 0:28:33
Average standard deviation of split frequencies: 0.030729
170500 -- (-5041.777) (-5011.756) (-5041.812) [-5011.494] * (-5029.675) (-5025.733) (-5039.999) [-5022.439] -- 0:28:32
171000 -- (-5039.417) (-5007.756) (-5030.768) [-5009.969] * [-5028.837] (-5040.838) (-5047.711) (-5013.098) -- 0:28:31
171500 -- (-5035.831) [-5008.046] (-5037.678) (-5015.430) * (-5017.435) (-5040.360) (-5036.571) [-5003.337] -- 0:28:30
172000 -- (-5036.818) [-5008.193] (-5020.327) (-4997.628) * (-5010.019) (-5037.138) (-5045.535) [-4998.382] -- 0:28:28
172500 -- (-5046.341) (-5003.884) (-5018.088) [-4989.869] * [-5010.196] (-5035.545) (-5048.020) (-5000.674) -- 0:28:27
173000 -- (-5040.568) (-5018.798) (-5023.018) [-4999.949] * [-5006.074] (-5036.378) (-5050.287) (-5016.975) -- 0:28:26
173500 -- (-5053.276) (-5021.287) [-5023.409] (-5003.453) * [-4994.821] (-5037.763) (-5062.617) (-5012.592) -- 0:28:25
174000 -- (-5056.492) [-5014.673] (-5035.763) (-5011.516) * [-5010.680] (-5059.074) (-5047.292) (-5024.085) -- 0:28:24
174500 -- (-5045.463) [-5011.585] (-5036.145) (-5026.615) * (-5005.377) (-5052.282) (-5039.748) [-5016.159] -- 0:28:23
175000 -- (-5035.605) (-5004.424) (-5047.428) [-5005.572] * (-5020.263) (-5028.069) (-5029.139) [-5013.774] -- 0:28:21
Average standard deviation of split frequencies: 0.029131
175500 -- (-5030.860) (-5023.068) (-5030.423) [-5002.371] * (-5017.799) (-5031.095) (-5034.921) [-5007.074] -- 0:28:20
176000 -- (-5026.738) [-5027.097] (-5028.196) (-5012.364) * [-5011.969] (-5050.662) (-5035.082) (-5014.757) -- 0:28:19
176500 -- (-5028.119) (-5045.039) [-5006.883] (-5015.027) * [-5005.152] (-5021.042) (-5031.462) (-5012.431) -- 0:28:18
177000 -- (-5020.556) (-5041.007) (-5018.489) [-5021.481] * (-4996.574) [-5019.764] (-5039.623) (-5021.817) -- 0:28:17
177500 -- [-5011.797] (-5039.236) (-5026.099) (-5045.954) * [-4999.054] (-5023.641) (-5051.481) (-5014.026) -- 0:28:15
178000 -- [-5008.771] (-5037.878) (-5024.274) (-5051.277) * [-5004.400] (-5038.594) (-5035.366) (-5026.992) -- 0:28:14
178500 -- [-5003.487] (-5034.193) (-5035.523) (-5035.686) * [-4988.373] (-5030.713) (-5044.085) (-5025.864) -- 0:28:13
179000 -- (-5015.245) (-5053.946) [-5013.432] (-5048.800) * [-5001.053] (-5034.609) (-5048.348) (-5024.347) -- 0:28:12
179500 -- [-5023.361] (-5042.987) (-5023.982) (-5046.114) * [-5009.503] (-5037.749) (-5038.027) (-5035.129) -- 0:28:11
180000 -- (-5047.303) (-5041.129) [-5024.534] (-5023.417) * [-4998.887] (-5049.970) (-5035.480) (-5029.948) -- 0:28:10
Average standard deviation of split frequencies: 0.027098
180500 -- (-5015.623) (-5039.936) [-5021.287] (-5034.689) * [-5008.215] (-5045.752) (-5014.823) (-5024.765) -- 0:28:08
181000 -- (-5028.234) (-5043.329) [-5009.776] (-5049.712) * [-5011.269] (-5024.704) (-5023.164) (-5022.613) -- 0:28:07
181500 -- (-5039.102) (-5027.293) [-5020.944] (-5039.699) * (-5022.366) (-5030.839) (-5021.464) [-5009.595] -- 0:28:06
182000 -- (-5032.735) (-5052.223) [-5026.803] (-5045.894) * (-5017.820) (-5061.340) (-5021.809) [-4998.899] -- 0:28:05
182500 -- (-5023.486) (-5050.378) [-5013.015] (-5053.637) * (-5013.715) (-5040.677) (-5042.201) [-4998.479] -- 0:28:04
183000 -- (-5029.799) (-5041.880) [-5011.778] (-5027.147) * [-5010.938] (-5034.010) (-5035.102) (-5004.526) -- 0:28:03
183500 -- (-5029.456) (-5035.506) [-5008.326] (-5048.437) * (-5026.620) (-5025.685) (-5035.601) [-5009.296] -- 0:28:06
184000 -- (-5040.977) (-5025.343) [-5011.780] (-5038.273) * (-5032.033) [-5010.126] (-5046.920) (-5019.247) -- 0:28:05
184500 -- (-5048.634) (-5023.440) (-5020.139) [-5024.099] * (-5024.621) [-5035.530] (-5062.139) (-5023.134) -- 0:28:04
185000 -- (-5057.425) (-5012.762) [-5016.905] (-5030.382) * (-5032.902) (-5017.508) [-5018.599] (-5029.002) -- 0:28:02
Average standard deviation of split frequencies: 0.024473
185500 -- (-5031.247) (-5022.753) [-5006.015] (-5014.495) * (-5044.462) [-5040.399] (-5035.948) (-5037.267) -- 0:28:01
186000 -- (-5049.421) (-5021.456) (-5017.699) [-5010.737] * (-5040.108) (-5052.687) (-5026.944) [-5020.066] -- 0:28:00
186500 -- (-5060.943) (-5017.945) [-5008.063] (-5035.682) * (-5028.597) (-5058.828) (-5037.126) [-5013.596] -- 0:27:59
187000 -- (-5053.250) [-5015.986] (-5023.316) (-5038.165) * (-5032.457) (-5036.297) (-5041.882) [-5011.778] -- 0:27:58
187500 -- (-5032.951) (-5027.766) [-5008.778] (-5025.450) * (-5028.541) (-5056.355) [-5015.062] (-5031.892) -- 0:27:57
188000 -- (-5035.421) [-5007.237] (-5022.113) (-5007.715) * (-5023.732) (-5059.225) [-5008.601] (-5026.042) -- 0:27:55
188500 -- (-5029.887) [-5014.776] (-5019.265) (-5012.302) * (-5019.562) (-5039.633) [-5004.780] (-5041.642) -- 0:27:54
189000 -- (-5042.310) (-5020.884) [-5011.980] (-5018.687) * (-5025.531) (-5036.289) [-5007.162] (-5039.001) -- 0:27:53
189500 -- (-5031.112) (-5007.107) [-5006.895] (-5025.927) * (-5018.100) (-5046.640) [-5004.996] (-5028.485) -- 0:27:52
190000 -- (-5041.375) (-5022.396) [-5010.195] (-5042.172) * (-5040.490) (-5041.252) [-4999.348] (-5020.490) -- 0:27:51
Average standard deviation of split frequencies: 0.024904
190500 -- (-5021.790) (-5016.981) [-5005.124] (-5048.096) * (-5054.716) (-5027.868) [-5010.205] (-5022.171) -- 0:27:49
191000 -- (-5009.366) (-5010.813) [-5008.107] (-5047.807) * (-5023.094) [-5011.429] (-5018.854) (-5011.442) -- 0:27:48
191500 -- (-5015.728) (-5021.251) [-5019.395] (-5046.777) * (-5026.063) (-5020.765) (-5029.107) [-5005.844] -- 0:27:47
192000 -- (-5009.743) (-5029.205) (-5021.098) [-5035.607] * (-5028.678) (-5017.591) (-5022.954) [-5005.248] -- 0:27:46
192500 -- (-5000.791) (-5028.629) (-5022.381) [-5011.674] * (-5024.311) (-5032.352) (-5030.251) [-4999.867] -- 0:27:45
193000 -- (-5025.697) (-5035.012) [-5011.799] (-5002.878) * [-5011.083] (-5034.539) (-5019.585) (-5030.846) -- 0:27:44
193500 -- (-5039.521) (-5027.461) [-5001.788] (-5008.938) * [-5007.437] (-5038.805) (-5008.069) (-5039.118) -- 0:27:43
194000 -- (-5020.012) (-5009.767) [-5003.018] (-5045.193) * [-5007.578] (-5034.694) (-5003.274) (-5022.996) -- 0:27:41
194500 -- (-5025.269) (-5028.281) [-5015.982] (-5039.442) * (-5008.212) (-5035.564) [-5016.995] (-5037.506) -- 0:27:40
195000 -- (-5026.469) (-5040.340) [-5018.527] (-5018.992) * [-5017.702] (-5026.854) (-5003.687) (-5038.352) -- 0:27:43
Average standard deviation of split frequencies: 0.023600
195500 -- [-5030.983] (-5034.725) (-5014.774) (-5019.677) * [-5022.278] (-5023.236) (-5016.589) (-5032.428) -- 0:27:42
196000 -- (-5032.923) (-5043.488) [-5016.103] (-5026.325) * [-5013.844] (-5037.805) (-5027.979) (-5035.616) -- 0:27:41
196500 -- [-5026.575] (-5024.234) (-5037.509) (-5012.296) * (-5014.482) (-5040.760) [-5010.153] (-5044.401) -- 0:27:40
197000 -- (-5030.805) (-5023.426) (-5038.131) [-5028.365] * (-5017.623) (-5041.639) [-5017.279] (-5047.918) -- 0:27:38
197500 -- (-5032.704) (-5028.165) (-5037.121) [-5010.540] * [-5003.957] (-5036.242) (-5030.961) (-5034.490) -- 0:27:37
198000 -- [-5013.414] (-5027.841) (-5065.490) (-5039.090) * (-5018.623) (-5072.451) [-5014.197] (-5033.885) -- 0:27:36
198500 -- (-5020.933) (-5031.677) (-5030.748) [-5030.225] * (-5011.822) (-5061.583) [-5007.224] (-5026.435) -- 0:27:35
199000 -- [-4999.165] (-5024.786) (-5011.630) (-5049.100) * (-5032.202) (-5029.774) [-5010.361] (-5033.613) -- 0:27:34
199500 -- [-5012.061] (-5028.122) (-5015.765) (-5044.389) * (-5049.343) (-5015.387) [-5012.902] (-5033.837) -- 0:27:33
200000 -- [-5016.912] (-5026.684) (-5032.004) (-5047.775) * (-5049.037) [-5021.041] (-5026.563) (-5037.898) -- 0:27:32
Average standard deviation of split frequencies: 0.022726
200500 -- (-5029.766) (-5027.371) [-5008.817] (-5059.389) * (-5046.240) [-5009.794] (-5012.708) (-5027.137) -- 0:27:30
201000 -- (-5031.743) (-5036.288) [-5013.108] (-5049.019) * (-5025.809) [-5019.942] (-5026.640) (-5026.739) -- 0:27:29
201500 -- (-5025.252) (-5046.806) [-5002.909] (-5021.046) * (-5016.927) (-5052.685) (-5033.253) [-5022.909] -- 0:27:28
202000 -- [-5024.799] (-5044.743) (-5023.746) (-5023.221) * [-4999.768] (-5032.119) (-5020.738) (-5019.008) -- 0:27:27
202500 -- (-5034.472) (-5058.933) (-5027.960) [-5011.925] * [-4997.710] (-5030.916) (-5016.638) (-5028.105) -- 0:27:26
203000 -- (-5033.140) [-5040.819] (-5033.195) (-5019.066) * [-4994.620] (-5024.579) (-5026.088) (-5018.343) -- 0:27:25
203500 -- (-5024.710) (-5053.850) (-5031.581) [-5017.995] * [-4998.216] (-5017.421) (-5036.256) (-5013.937) -- 0:27:23
204000 -- (-5014.074) (-5035.429) (-5020.395) [-5016.291] * [-5008.637] (-5020.667) (-5051.133) (-5026.553) -- 0:27:22
204500 -- (-5046.326) (-5028.603) (-5033.192) [-5015.528] * [-5010.087] (-5014.038) (-5035.709) (-5022.977) -- 0:27:21
205000 -- (-5047.658) (-5030.330) (-5026.332) [-5028.786] * (-5020.861) [-5019.657] (-5047.472) (-5024.589) -- 0:27:20
Average standard deviation of split frequencies: 0.022275
205500 -- (-5029.821) (-5035.290) [-5016.520] (-5030.846) * (-5015.866) (-5035.609) (-5038.723) [-5017.486] -- 0:27:19
206000 -- (-5039.745) (-5037.956) [-5016.637] (-5034.931) * [-5013.604] (-5022.518) (-5035.019) (-5017.573) -- 0:27:18
206500 -- (-5031.807) (-5052.090) (-5032.632) [-5007.798] * [-5025.281] (-5046.934) (-5038.628) (-5024.116) -- 0:27:16
207000 -- [-5026.082] (-5060.969) (-5037.846) (-5026.376) * [-5017.665] (-5043.924) (-5024.115) (-5031.746) -- 0:27:15
207500 -- (-5019.904) (-5045.383) (-5038.740) [-5011.337] * (-5033.144) [-5028.441] (-5023.590) (-5032.996) -- 0:27:14
208000 -- [-5014.897] (-5051.246) (-5042.375) (-5027.290) * (-5040.655) (-5028.752) [-5018.061] (-5032.017) -- 0:27:17
208500 -- (-5028.444) (-5061.464) [-5028.230] (-5011.064) * (-5039.117) (-5040.543) [-5015.468] (-5030.975) -- 0:27:16
209000 -- (-5008.943) (-5063.839) (-5015.568) [-5009.989] * [-5018.187] (-5037.545) (-5003.377) (-5026.776) -- 0:27:14
209500 -- (-5016.726) (-5072.609) [-5019.663] (-5016.802) * (-5015.258) [-5021.603] (-5025.659) (-5021.512) -- 0:27:13
210000 -- [-5007.577] (-5070.821) (-5022.762) (-5028.355) * [-5004.553] (-5018.794) (-5034.437) (-5022.616) -- 0:27:12
Average standard deviation of split frequencies: 0.021727
210500 -- [-5006.090] (-5059.872) (-5035.954) (-5024.105) * [-5003.961] (-5038.552) (-5034.628) (-5014.595) -- 0:27:11
211000 -- (-5019.568) (-5053.498) (-5040.284) [-5018.943] * (-5009.246) (-5018.577) (-5020.293) [-5020.097] -- 0:27:10
211500 -- (-5028.589) (-5065.142) (-5019.322) [-5024.099] * [-4996.724] (-5023.227) (-5037.840) (-5031.460) -- 0:27:09
212000 -- (-5070.794) (-5041.118) [-5011.982] (-5036.673) * [-5015.426] (-5033.842) (-5024.764) (-5026.618) -- 0:27:08
212500 -- (-5033.906) (-5030.576) [-5015.447] (-5040.545) * [-5015.967] (-5041.707) (-5053.073) (-5025.441) -- 0:27:06
213000 -- (-5043.770) [-5017.950] (-5015.591) (-5062.393) * [-5021.044] (-5045.417) (-5042.707) (-5028.000) -- 0:27:05
213500 -- (-5032.489) [-5020.967] (-5023.484) (-5040.417) * (-5022.558) [-5033.268] (-5053.055) (-5016.349) -- 0:27:04
214000 -- (-5040.007) [-5032.194] (-5032.935) (-5028.759) * (-5023.885) (-5036.337) (-5035.092) [-5023.619] -- 0:27:03
214500 -- (-5034.027) (-5028.194) [-5026.041] (-5028.044) * (-5016.964) (-5032.014) (-5030.003) [-5015.362] -- 0:27:02
215000 -- (-5037.213) (-5018.421) (-5020.437) [-5007.216] * [-5005.25 