--- EXPERIMENT NOTES
--- EXPERIMENT PROPERTIES
#Wed Mar 28 18:55:31 WEST 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_A3/VPU_1_2/input.fasta
input.names=
mrbayes.params=
codeml.params=
--- PSRF SUMMARY
Estimated marginal likelihoods for runs sampled in files
"/opt/ADOPS/HIV1_A3/VPU_1_2/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/HIV1_A3/VPU_1_2/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_A3/VPU_1_2/batch/allfiles/mrbayes/input.fasta.fasta.mrb.lstat)
Run Arithmetic mean Harmonic mean
--------------------------------------
1 -4853.75 -4895.88
2 -4848.09 -4898.98
--------------------------------------
TOTAL -4848.78 -4898.33
--------------------------------------
Model parameter summaries over the runs sampled in files
"/opt/ADOPS/HIV1_A3/VPU_1_2/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/HIV1_A3/VPU_1_2/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_A3/VPU_1_2/batch/allfiles/mrbayes/input.fasta.fasta.mrb.pstat".
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median min ESS* avg ESS PSRF+
------------------------------------------------------------------------------------------------------
TL{all} 7.218979 0.286745 6.237065 8.289509 7.196092 1206.01 1224.71 1.000
r(A<->C){all} 0.152017 0.000302 0.118780 0.184940 0.150901 571.64 621.19 1.000
r(A<->G){all} 0.171530 0.000483 0.132854 0.219121 0.170304 424.07 458.03 1.003
r(A<->T){all} 0.058827 0.000083 0.041802 0.076560 0.058249 588.49 659.66 1.000
r(C<->G){all} 0.086552 0.000283 0.055225 0.119277 0.085719 580.93 625.19 1.001
r(C<->T){all} 0.462848 0.001102 0.396802 0.523830 0.462489 443.59 457.95 1.002
r(G<->T){all} 0.068227 0.000121 0.047123 0.089772 0.067476 399.79 560.84 1.000
pi(A){all} 0.374635 0.000391 0.336043 0.413060 0.374422 726.94 756.48 1.000
pi(C){all} 0.113561 0.000122 0.093026 0.135686 0.113045 549.79 554.65 1.000
pi(G){all} 0.265942 0.000321 0.232520 0.302488 0.264939 578.70 686.04 1.000
pi(T){all} 0.245862 0.000329 0.211392 0.282001 0.245401 557.23 579.28 1.001
alpha{1,2} 0.721732 0.015331 0.513057 0.969468 0.704831 1003.74 1069.72 1.000
alpha{3} 1.105908 0.040726 0.714536 1.501704 1.088032 1320.32 1328.27 1.001
pinvar{all} 0.066087 0.001322 0.000012 0.127644 0.064751 1074.95 1186.00 1.000
------------------------------------------------------------------------------------------------------
* 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 -4703.426325
Model 2: PositiveSelection -4681.791016
Model 0: one-ratio -4896.519083
Model 3: discrete -4671.570407
Model 7: beta -4684.16973
Model 8: beta&w>1 -4660.522365
Model 0 vs 1 386.18551599999955
Model 2 vs 1 43.27061800000047
Additional information for M1 vs M2:
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: 01_AE.CN.07.07CNYN318.KF835505_)
Pr(w>1) post mean +- SE for w
3 P 0.997** 2.751
5 Q 1.000** 2.755
26 A 1.000** 2.755
64 A 0.510 1.894
71 D 0.993** 2.744
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: 01_AE.CN.07.07CNYN318.KF835505_)
Pr(w>1) post mean +- SE for w
3 P 0.996** 2.759 +- 0.459
5 Q 1.000** 2.766 +- 0.446
26 A 1.000** 2.766 +- 0.447
71 D 0.988* 2.742 +- 0.481
Model 8 vs 7 47.29472999999962
Additional information for M7 vs M8:
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: 01_AE.CN.07.07CNYN318.KF835505_)
Pr(w>1) post mean +- SE for w
2 T 0.542 1.537
3 P 0.999** 2.107
5 Q 1.000** 2.107
15 L 0.811 1.875
23 T 0.849 1.918
26 A 1.000** 2.107
64 A 0.938 2.031
71 D 0.999** 2.106
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: 01_AE.CN.07.07CNYN318.KF835505_)
Pr(w>1) post mean +- SE for w
3 P 0.999** 2.448 +- 0.305
5 Q 1.000** 2.450 +- 0.301
23 T 0.633 1.840 +- 0.777
26 A 1.000** 2.450 +- 0.301
64 A 0.748 2.030 +- 0.702
71 D 0.996** 2.444 +- 0.313
>C1
MTPWTPLQISAIAGLVVALILAIVVWTIVAIEYKKILKQRKIDKLLKRIR
EREEDSGNESEGDTDELAKLVEMGDFDPWVGDNLoooooooo
>C2
MISLIDKIDYRVGVGALIIALILAIIAWTIVYIEYRKLVRQRRIDRLIER
IRERAEDSGNESDGDTEELSTLVDMGNLRLLDVNDLoooooo
>C3
MPYLIILIVAFIAVLIIAIIVWTIVYIEYRKILKQRKINKLYKRIRERAE
DSGNENEGDAEELAALGEVGPFIPGDINNLoooooooooooo
>C4
MLNLAARIDYRLGVGALIVALIIAIIVWTIAYTEYRKLLRQRKIDRLIKR
IKERTEDSGNESEGDVEELATMVDMGQLRLLDAIDLoooooo
>C5
MQPPLIYAIVALVVAAIIAIVVWSIVFIKYRRILKQRKIDRLIDRITERA
EDSGNESEGDQEELSALVERGHLAPWDIDDLooooooooooo
>C6
MLQHRLRLGVGALIIALIIAIIVWTLAYIEYRKLLRQRKIDWLIKRIRER
AEDSGNESDGDTAGLVNTGVDMGNLRLLDVHDLooooooooo
>C7
MNSLYILTIVALVAATILAIVVWTIVFLEYRKILKQRKIDRLIDRIVERA
EDSGNESEGDQEELSGLMEMGHHAPWDVDDLooooooooooo
>C8
MLELIDYRLGVGALIVALILVIIVWTIAYIEYRKLVRQRRIDWLIKRIRE
RAEDSGNESDGDTEELSTMVDMGHLRLLDVNDLooooooooo
>C9
MSPLEISAIVGLIVALILAIVVWTIVALQFRKILRQRKIDRLIKKIRERA
EDSGNESEGDTEELAKLVEMGDFDPWVGDNLooooooooooo
>C10
MIPLQILAIIALVVAAILAIIVWTIVYIEYRKIVKQRKIDKIIDRIRDRA
EDSGNESEGDQEELSKLVEMAKLVEMGYDAPWNVDDLooooo
>C11
MQPLEIVSIVALVLAAILAIVVWTIVLIEYRKILRQRKIDKLIDRIAERA
EDSGNESEGDQEELSTLMEMGYHAPWDVNDMooooooooooo
>C12
MTPLEISAIVGLIVALILAIVVWTIVAIETKKVLKQRKIDRLIKRIRERA
EDSGNESEGDTDELAKLVEMGDFDPWVGDDLooooooooooo
>C13
MQSLEIAAIVGLVVAFIAAIVVWTIAYIEYRKIRKQKKIDKLLDRIRERA
EDSGNESDGDIEELSTLMEMGYDNILDNDNLooooooooooo
>C14
MLELLAGVDYRLGVGALIVALIIAIVVWIIAYIEYRKLLRQRKIDWLVKR
IRERAEDSGNESEGDTEELETMVNMGHLRLLDVNDLoooooo
>C15
MQPLEIFSIVALILVAIIAIVVWTIVGIEYRKILRQRKIDRIINRIIERA
EDSGNDSEGDQEELSALVGMGHHAPVEMGHHAPWDVDDLooo
>C16
MNSLQIAAIVALVVVAIIAIIVWSIVFIEYRKIRRQRKIDRLIDRIIERA
EDSGNESEGDQEELSALVGMGHHAPWDVNDLooooooooooo
>C17
MTPLEISAIAGLIVALILAIVVWTIVAIEYKKIQKERKIDKLIKRIRERA
EDSGNESEGDTEELAQLVDMGDFDHWVGDNVooooooooooo
>C18
MSYWLAISLVALIVALIIAIVVWTIVYIEYKKLVRQRKINRLYKRIRERA
EDSGNESEGDVEELAALGEMGPFIPGNIDNLooooooooooo
>C19
MQPLVILAIAALVVVTIIAIIVWSIVFIEYRRILRQRKIDRLIDRIRERA
EDSGNESEGDAEELAAFGEMGHLHLIPGDINNLooooooooo
>C20
MTPLEISAIVGLIVALILAIVVWTIVAIEYRKILRQRKIDRLIKRITERE
EDSGNESEGDTEELAKLVEMGDFDPWIGDNLooooooooooo
>C21
MQPLVILSIVALVVVAIIAIVVWTIVFIEYRKIRKQRRIDRLIDRIAERA
EDSGNESEGDQEELSALMEMGHHAPWDIDDLooooooooooo
>C22
MHPLQILAIVALVVAGLLAIVVWTIVLIEYRKILRQRKIDRIIDRIRERA
EDSGNESEGDQEELSALVEMGHNAHHAPWDVDDLoooooooo
>C23
MQPLEIAAIVGVIVAFIAAIVVWTIVFIEYRKIRKQKKIDRILDRIRERA
EDSGNESEGDTEELSTLMEVGNYNLLDNNNLooooooooooo
>C24
MQSPEILTIVALVVAIILAIVVWTIVLIEYRKILRQRKIDRLLDRIIERA
EDSGNESEGDQEELSALVEMGHHAPWDVDDLooooooooooo
>C25
MQSLVIIAIVALVVVAIIAIVVWSIVLIEYRKLLRQRRIDRLIDRIRERA
EDSGNESEGDAEELAAIGDMGPLILGNIDNLooooooooooo
>C26
MWTPLSICAVVGLIVALIIAIVVWTIVGIEYKRLLKQRKINKLIERIRER
AEDSGNESDGDVEELSTLIELGDYDLGDDNNLoooooooooo
>C27
MQPLEITAIVGLVVAFIAAIVVWTIVYIEYRKIRKQKKIDRLIDRIRERA
EDSGNESDGDTEELSTLMEMGPDDIWNANNLooooooooooo
>C28
MQSLHILAIVALVVAAILAIVVWTIVFIEYRKILRQRKIDRLLDRIRERA
EDSGNESEGDEEALAALVDRGHLAPWDVNDLooooooooooo
>C29
MQALEIAAIVGLIVAFIAAIVVWTIVYIEYRKIRKQKRIDKLIDRIKERA
EDSGNESDGDTEELCTLMEMGYDNILDNANLooooooooooo
>C30
MIPLQIAAIVALVVAFFLNLVVWTIVYIEYKKILRQRRIDRLIDRIRERA
EDSGNESDGDTDELEKLVEMGPHDLWNVHDLooooooooooo
>C31
MSPLEISAIAGLIVALILAIVVWTIVAIEFRKILRQRRIDRLIKRISERA
EDSGNESEGDTDELAKLVEMGNFDPWVGDNVooooooooooo
>C32
MLDLLARVNYRVGVGALIVALLIAIVVWTIAYIEYRKLLRQRKIDWLIKR
IRERAEDSGNESEGDTEELATMVDMGHLRLLDVNDLoooooo
>C33
MFPLYIASIVALVVAGIIAIVVWSIVLIEYRKILRQRKIDRLIDRIRERA
EDSGNESEGDQEDLSALLEMGHLAPWDIDDLooooooooooo
>C34
MQPLEIAAIVGLIVAGIAAIIVWTIVFIQYKEIRKQKKIQRILDGIRARA
QDSGNESEGDTHELATLVEMGDFDPWVGDNLooooooooooo
>C35
MLEAIDYRLGVGALVVASIIVVIVWILVYIEYRKLKRQKRIDRLIERIRE
RAEDSGNESDGDTEELETMVDMGHLRLLDVNHLooooooooo
>C36
MQPLVILAIAALVIAAILAIVVWTIVLIEYRKILRQRKIDRIINRIAERA
EDSGNESEGDQEELSKLVDMGHDAPWDVNDLooooooooooo
>C37
MNSLKILAIVALVVAVILAIVVWSIVVIEYRKILRQRKIDRLIERISERA
EDSGNESDGDQEELSALVEMGHHAPWDVNDLooooooooooo
>C38
MPALTILAIVALVIVAIIAIVVWTIVLIEYRKILRQRKIDRLINRIRERA
EDSGNESEGDTEELSTMVDMGRLRLLDVNDLooooooooooo
>C39
MLDLIARVDYRLGVGALIVALIIAIVVWTIVYIEYKKLLRQRKIDWLVKR
IRERAEDSGNESEGDTEELSTMVDMGHLRLLDVNGVoooooo
>C40
MTPLQISAIVGLIVAAILAIVVWTIVGLEFKRILRQRKIDRLVKRIRERE
EDSGNESEGDTDELAKLVDMGDFDPWVGDNVooooooooooo
>C41
MTPLQIGAIVGLIVAFILAVVAWVLAFLEYKKIKKQRKIDWLIERIRERA
EDSGNESEGDTEELATLMEMGNLDFLDANGoooooooooooo
>C42
MLDLAARVDYKLGVGALIVALIIAIVVWVIAYIEYRKLLRQRKIDWLIKR
IRERAEDSGNESEGDTEELSTMVDMGQLRLLDVNDLoooooo
>C43
MQALTILAIVALVVVAIIAIIVWTIVIIEYRKLLRQRKIDRLLQRISERA
EDSGNESDGDQEELSAIVERGHLAPWDINDoooooooooooo
>C44
MQSLQILAVVALVVGAILAIVVWTIAVIEYRRIRKQRKIDCIIDRIRERA
EDSGNESEGDREELSKLVEMGYPAPWDIDDMooooooooooo
>C45
MTPLEISAIVGLIVALILAIVVWTIVLVEYRKILKQRKIDKLVNRIIERA
EDSGNESEGDTDELSKLVEMGNFDPWVGDNLooooooooooo
>C46
MLAFLAKVDFLAKVDYRLGVGALIIAFILAIIVWIIAYIEYRKLLRQRKI
DWLLERIKEREEDSGNESDGDLEDLSTMVDMGHLRLLDVNNG
>C47
MSPLEISAIVGLIVAIILAIVVWTIVAIEIRNILKQRKIDRLVKRIRERE
EDSGNESEGDTDELAKLVEMGDLDPWVGDNLooooooooooo
>C48
MQPLVILAVVALVVTAIIAIVVWSFVIIEYRKILRQRRINRLIDRIRERA
EDSGNESGGDEEELAAFGDIGDMGLLIPGNIDIMoooooooo
>C49
MQPLHIAAIAALVVAGIIAIVVWTIVLLEYRKILRQRKIDRLLNRIIERA
EDSGNESEGDQEELAALVDMGHHAPWDVNDLooooooooooo
>C50
MQPLVIFSIAALVVVAIIAIIVWTIVFLEYRKILKQRRIDRLIDRIRERA
EDSGNESEGDQEELSALVDMEQHALLLIDDLooooooooooo
PROGRAM: T-COFFEE Version_10.00.r1613 (2013-10-22 15:49:09 - Revision 1613 - Build 432)
-full_log S [0]
-genepred_score S [0] nsd
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-compact S [0] default
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-do_normalise D [0] 1000
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-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:
-email S [0]
-clean_overaln D [0] 0
-overaln_param S [0]
-overaln_mode 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]
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-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]
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-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]
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-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
-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: [473304]
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: [473304]
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: [473304]
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: [473304]
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: [473304]
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: [473304]
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: [473304]
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: [473304]
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: [473304]
Library Relaxation: Multi_proc [8]
Relaxation Summary: [473304]--->[285475]
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= 31.750 Mb, Max= 41.163 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 WTPLQIAIAGLVVALILAIVVWTIVAIEYKKILKQRKIDKLLKRIREREE
C2 MISLIDGVGALIIALILAIIAWTIVYIEYRKLVRQRRIDRLIERIRERAE
C3 MPYLIILIVAFIAVLIIAIIVWTIVYIEYRKILKQRKINKLYKRIRERAE
C4 MLNLAAGVGALIVALIIAIIVWTIAYTEYRKLLRQRKIDRLIKRIKERTE
C5 MQPPLIAIVALVVAAIIAIVVWSIVFIKYRRILKQRKIDRLIDRITERAE
C6 MLQHRLGVGALIIALIIAIIVWTLAYIEYRKLLRQRKIDWLIKRIRERAE
C7 MNSLYITIVALVAATILAIVVWTIVFLEYRKILKQRKIDRLIDRIVERAE
C8 MLELIDGVGALIVALILVIIVWTIAYIEYRKLVRQRRIDWLIKRIRERAE
C9 MSPLEIAIVGLIVALILAIVVWTIVALQFRKILRQRKIDRLIKKIRERAE
C10 MIPLQIAIIALVVAAILAIIVWTIVYIEYRKIVKQRKIDKIIDRIRDRAE
C11 MQPLEISIVALVLAAILAIVVWTIVLIEYRKILRQRKIDKLIDRIAERAE
C12 MTPLEIAIVGLIVALILAIVVWTIVAIETKKVLKQRKIDRLIKRIRERAE
C13 MQSLEIAIVGLVVAFIAAIVVWTIAYIEYRKIRKQKKIDKLLDRIRERAE
C14 MLELLAGVGALIVALIIAIVVWIIAYIEYRKLLRQRKIDWLVKRIRERAE
C15 MQPLEISIVALILVAIIAIVVWTIVGIEYRKILRQRKIDRIINRIIERAE
C16 MNSLQIAIVALVVVAIIAIIVWSIVFIEYRKIRRQRKIDRLIDRIIERAE
C17 MTPLEIAIAGLIVALILAIVVWTIVAIEYKKIQKERKIDKLIKRIRERAE
C18 MSYWLASLVALIVALIIAIVVWTIVYIEYKKLVRQRKINRLYKRIRERAE
C19 MQPLVIAIAALVVVTIIAIIVWSIVFIEYRRILRQRKIDRLIDRIRERAE
C20 MTPLEIAIVGLIVALILAIVVWTIVAIEYRKILRQRKIDRLIKRITEREE
C21 MQPLVISIVALVVVAIIAIVVWTIVFIEYRKIRKQRRIDRLIDRIAERAE
C22 MHPLQIAIVALVVAGLLAIVVWTIVLIEYRKILRQRKIDRIIDRIRERAE
C23 MQPLEIAIVGVIVAFIAAIVVWTIVFIEYRKIRKQKKIDRILDRIRERAE
C24 MQSPEITIVALVVAIILAIVVWTIVLIEYRKILRQRKIDRLLDRIIERAE
C25 MQSLVIAIVALVVVAIIAIVVWSIVLIEYRKLLRQRRIDRLIDRIRERAE
C26 WTPLSIAVVGLIVALIIAIVVWTIVGIEYKRLLKQRKINKLIERIRERAE
C27 MQPLEIAIVGLVVAFIAAIVVWTIVYIEYRKIRKQKKIDRLIDRIRERAE
C28 MQSLHIAIVALVVAAILAIVVWTIVFIEYRKILRQRKIDRLLDRIRERAE
C29 MQALEIAIVGLIVAFIAAIVVWTIVYIEYRKIRKQKRIDKLIDRIKERAE
C30 MIPLQIAIVALVVAFFLNLVVWTIVYIEYKKILRQRRIDRLIDRIRERAE
C31 MSPLEIAIAGLIVALILAIVVWTIVAIEFRKILRQRRIDRLIKRISERAE
C32 MLDLLAGVGALIVALLIAIVVWTIAYIEYRKLLRQRKIDWLIKRIRERAE
C33 MFPLYISIVALVVAGIIAIVVWSIVLIEYRKILRQRKIDRLIDRIRERAE
C34 MQPLEIAIVGLIVAGIAAIIVWTIVFIQYKEIRKQKKIQRILDGIRARAQ
C35 MLEAIDGVGALVVASIIVVIVWILVYIEYRKLKRQKRIDRLIERIRERAE
C36 MQPLVIAIAALVIAAILAIVVWTIVLIEYRKILRQRKIDRIINRIAERAE
C37 MNSLKIAIVALVVAVILAIVVWSIVVIEYRKILRQRKIDRLIERISERAE
C38 MPALTIAIVALVIVAIIAIVVWTIVLIEYRKILRQRKIDRLINRIRERAE
C39 MLDLIAGVGALIVALIIAIVVWTIVYIEYKKLLRQRKIDWLVKRIRERAE
C40 MTPLQIAIVGLIVAAILAIVVWTIVGLEFKRILRQRKIDRLVKRIREREE
C41 MTPLQIAIVGLIVAFILAVVAWVLAFLEYKKIKKQRKIDWLIERIRERAE
C42 MLDLAAGVGALIVALIIAIVVWVIAYIEYRKLLRQRKIDWLIKRIRERAE
C43 MQALTIAIVALVVVAIIAIIVWTIVIIEYRKLLRQRKIDRLLQRISERAE
C44 MQSLQIAVVALVVGAILAIVVWTIAVIEYRRIRKQRKIDCIIDRIRERAE
C45 MTPLEIAIVGLIVALILAIVVWTIVLVEYRKILKQRKIDKLVNRIIERAE
C46 KVDFLAGVGALIIAFILAIIVWIIAYIEYRKLLRQRKIDWLLERIKEREE
C47 MSPLEIAIVGLIVAIILAIVVWTIVAIEIRNILKQRKIDRLVKRIREREE
C48 MQPLVIAVVALVVTAIIAIVVWSFVIIEYRKILRQRRINRLIDRIRERAE
C49 MQPLHIAIAALVVAGIIAIVVWTIVLLEYRKILRQRKIDRLLNRIIERAE
C50 MQPLVISIAALVVVAIIAIIVWTIVFLEYRKILKQRRIDRLIDRIRERAE
: ..: : ::.* :. : :.: ::::*: : . * * :
C1 DSGNESEGDTDELAKLVEMGDFDPWVGDNL
C2 DSGNESDGDTEELSTLVDMGNLRLLDVNDL
C3 DSGNENEGDAEELAALGEVGPFIPGDINNL
C4 DSGNESEGDVEELATMVDMGQLRLLDAIDL
C5 DSGNESEGDQEELSALVERGHLAPWDIDDL
C6 DSGNESDGDTAGLNTGVDMGNLRLLDVHDL
C7 DSGNESEGDQEELSGLMEMGHHAPWDVDDL
C8 DSGNESDGDTEELSTMVDMGHLRLLDVNDL
C9 DSGNESEGDTEELAKLVEMGDFDPWVGDNL
C10 DSGNESEGDQEELSKLVEMGYDAPWNVDDL
C11 DSGNESEGDQEELSTLMEMGYHAPWDVNDM
C12 DSGNESEGDTDELAKLVEMGDFDPWVGDDL
C13 DSGNESDGDIEELSTLMEMGYDNILDNDNL
C14 DSGNESEGDTEELETMVNMGHLRLLDVNDL
C15 DSGNDSEGDQEELSALVEMGHHAPWDVDDL
C16 DSGNESEGDQEELSALVGMGHHAPWDVNDL
C17 DSGNESEGDTEELAQLVDMGDFDHWVGDNV
C18 DSGNESEGDVEELAALGEMGPFIPGNIDNL
C19 DSGNESEGDAEELAAFGEMGHLIPGDINNL
C20 DSGNESEGDTEELAKLVEMGDFDPWIGDNL
C21 DSGNESEGDQEELSALMEMGHHAPWDIDDL
C22 DSGNESEGDQEELSALVEMGHHAPWDVDDL
C23 DSGNESEGDTEELSTLMEVGNYNLLDNNNL
C24 DSGNESEGDQEELSALVEMGHHAPWDVDDL
C25 DSGNESEGDAEELAAIGDMGPLILGNIDNL
C26 DSGNESDGDVEELSTLIELGDYDLGDDNNL
C27 DSGNESDGDTEELSTLMEMGPDDIWNANNL
C28 DSGNESEGDEEALAALVDRGHLAPWDVNDL
C29 DSGNESDGDTEELCTLMEMGYDNILDNANL
C30 DSGNESDGDTDELEKLVEMGPHDLWNVHDL
C31 DSGNESEGDTDELAKLVEMGNFDPWVGDNV
C32 DSGNESEGDTEELATMVDMGHLRLLDVNDL
C33 DSGNESEGDQEDLSALLEMGHLAPWDIDDL
C34 DSGNESEGDTHELATLVEMGDFDPWVGDNL
C35 DSGNESDGDTEELETMVDMGHLRLLDVNHL
C36 DSGNESEGDQEELSKLVDMGHDAPWDVNDL
C37 DSGNESDGDQEELSALVEMGHHAPWDVNDL
C38 DSGNESEGDTEELSTMVDMGRLRLLDVNDL
C39 DSGNESEGDTEELSTMVDMGHLRLLDVNGV
C40 DSGNESEGDTDELAKLVDMGDFDPWVGDNV
C41 DSGNESEGDTEELATLMEMGNLDFLDANGo
C42 DSGNESEGDTEELSTMVDMGQLRLLDVNDL
C43 DSGNESDGDQEELSAIVERGHLAPWDINDo
C44 DSGNESEGDREELSKLVEMGYPAPWDIDDM
C45 DSGNESEGDTDELSKLVEMGNFDPWVGDNL
C46 DSGNESDGDLEDLSTMVDMGHLRLLDVNNG
C47 DSGNESEGDTDELAKLVEMGDLDPWVGDNL
C48 DSGNESGGDEEELAAFGDIGLLIPGNIDIM
C49 DSGNESEGDQEELAALVDMGHHAPWDVNDL
C50 DSGNESEGDQEELSALVDMEQHALLLIDDL
****:. ** *
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:81 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 56.32 C1 C2 56.32
TOP 1 0 56.32 C2 C1 56.32
BOT 0 2 65.91 C1 C3 65.91
TOP 2 0 65.91 C3 C1 65.91
BOT 0 3 57.47 C1 C4 57.47
TOP 3 0 57.47 C4 C1 57.47
BOT 0 4 66.29 C1 C5 66.29
TOP 4 0 66.29 C5 C1 66.29
BOT 0 5 55.06 C1 C6 55.06
TOP 5 0 55.06 C6 C1 55.06
BOT 0 6 67.42 C1 C7 67.42
TOP 6 0 67.42 C7 C1 67.42
BOT 0 7 57.30 C1 C8 57.30
TOP 7 0 57.30 C8 C1 57.30
BOT 0 8 83.15 C1 C9 83.15
TOP 8 0 83.15 C9 C1 83.15
BOT 0 9 72.09 C1 C10 72.09
TOP 9 0 72.09 C10 C1 72.09
BOT 0 10 67.42 C1 C11 67.42
TOP 10 0 67.42 C11 C1 67.42
BOT 0 11 88.76 C1 C12 88.76
TOP 11 0 88.76 C12 C1 88.76
BOT 0 12 68.54 C1 C13 68.54
TOP 12 0 68.54 C13 C1 68.54
BOT 0 13 59.77 C1 C14 59.77
TOP 13 0 59.77 C14 C1 59.77
BOT 0 14 61.90 C1 C15 61.90
TOP 14 0 61.90 C15 C1 61.90
BOT 0 15 64.04 C1 C16 64.04
TOP 15 0 64.04 C16 C1 64.04
BOT 0 16 86.52 C1 C17 86.52
TOP 16 0 86.52 C17 C1 86.52
BOT 0 17 66.29 C1 C18 66.29
TOP 17 0 66.29 C18 C1 66.29
BOT 0 18 66.29 C1 C19 66.29
TOP 18 0 66.29 C19 C1 66.29
BOT 0 19 87.64 C1 C20 87.64
TOP 19 0 87.64 C20 C1 87.64
BOT 0 20 66.29 C1 C21 66.29
TOP 20 0 66.29 C21 C1 66.29
BOT 0 21 71.91 C1 C22 71.91
TOP 21 0 71.91 C22 C1 71.91
BOT 0 22 66.29 C1 C23 66.29
TOP 22 0 66.29 C23 C1 66.29
BOT 0 23 69.66 C1 C24 69.66
TOP 23 0 69.66 C24 C1 69.66
BOT 0 24 62.92 C1 C25 62.92
TOP 24 0 62.92 C25 C1 62.92
BOT 0 25 70.00 C1 C26 70.00
TOP 25 0 70.00 C26 C1 70.00
BOT 0 26 70.79 C1 C27 70.79
TOP 26 0 70.79 C27 C1 70.79
BOT 0 27 69.66 C1 C28 69.66
TOP 27 0 69.66 C28 C1 69.66
BOT 0 28 65.17 C1 C29 65.17
TOP 28 0 65.17 C29 C1 65.17
BOT 0 29 71.91 C1 C30 71.91
TOP 29 0 71.91 C30 C1 71.91
BOT 0 30 84.27 C1 C31 84.27
TOP 30 0 84.27 C31 C1 84.27
BOT 0 31 60.92 C1 C32 60.92
TOP 31 0 60.92 C32 C1 60.92
BOT 0 32 67.42 C1 C33 67.42
TOP 32 0 67.42 C33 C1 67.42
BOT 0 33 73.03 C1 C34 73.03
TOP 33 0 73.03 C34 C1 73.03
BOT 0 34 50.56 C1 C35 50.56
TOP 34 0 50.56 C35 C1 50.56
BOT 0 35 69.66 C1 C36 69.66
TOP 35 0 69.66 C36 C1 69.66
BOT 0 36 67.42 C1 C37 67.42
TOP 36 0 67.42 C37 C1 67.42
BOT 0 37 64.04 C1 C38 64.04
TOP 37 0 64.04 C38 C1 64.04
BOT 0 38 62.07 C1 C39 62.07
TOP 38 0 62.07 C39 C1 62.07
BOT 0 39 85.39 C1 C40 85.39
TOP 39 0 85.39 C40 C1 85.39
BOT 0 40 67.42 C1 C41 67.42
TOP 40 0 67.42 C41 C1 67.42
BOT 0 41 59.77 C1 C42 59.77
TOP 41 0 59.77 C42 C1 59.77
BOT 0 42 61.80 C1 C43 61.80
TOP 42 0 61.80 C43 C1 61.80
BOT 0 43 67.42 C1 C44 67.42
TOP 43 0 67.42 C44 C1 67.42
BOT 0 44 85.39 C1 C45 85.39
TOP 44 0 85.39 C45 C1 85.39
BOT 0 45 47.62 C1 C46 47.62
TOP 45 0 47.62 C46 C1 47.62
BOT 0 46 86.52 C1 C47 86.52
TOP 46 0 86.52 C47 C1 86.52
BOT 0 47 58.43 C1 C48 58.43
TOP 47 0 58.43 C48 C1 58.43
BOT 0 48 70.79 C1 C49 70.79
TOP 48 0 70.79 C49 C1 70.79
BOT 0 49 64.04 C1 C50 64.04
TOP 49 0 64.04 C50 C1 64.04
BOT 1 2 60.47 C2 C3 60.47
TOP 2 1 60.47 C3 C2 60.47
BOT 1 3 75.00 C2 C4 75.00
TOP 3 1 75.00 C4 C2 75.00
BOT 1 4 58.62 C2 C5 58.62
TOP 4 1 58.62 C5 C2 58.62
BOT 1 5 78.41 C2 C6 78.41
TOP 5 1 78.41 C6 C2 78.41
BOT 1 6 64.37 C2 C7 64.37
TOP 6 1 64.37 C7 C2 64.37
BOT 1 7 87.64 C2 C8 87.64
TOP 7 1 87.64 C8 C2 87.64
BOT 1 8 60.92 C2 C9 60.92
TOP 8 1 60.92 C9 C2 60.92
BOT 1 9 66.28 C2 C10 66.28
TOP 9 1 66.28 C10 C2 66.28
BOT 1 10 66.67 C2 C11 66.67
TOP 10 1 66.67 C11 C2 66.67
BOT 1 11 62.07 C2 C12 62.07
TOP 11 1 62.07 C12 C2 62.07
BOT 1 12 62.07 C2 C13 62.07
TOP 12 1 62.07 C13 C2 62.07
BOT 1 13 75.00 C2 C14 75.00
TOP 13 1 75.00 C14 C2 75.00
BOT 1 14 61.90 C2 C15 61.90
TOP 14 1 61.90 C15 C2 61.90
BOT 1 15 66.67 C2 C16 66.67
TOP 15 1 66.67 C16 C2 66.67
BOT 1 16 60.92 C2 C17 60.92
TOP 16 1 60.92 C17 C2 60.92
BOT 1 17 62.07 C2 C18 62.07
TOP 17 1 62.07 C18 C2 62.07
BOT 1 18 60.92 C2 C19 60.92
TOP 18 1 60.92 C19 C2 60.92
BOT 1 19 63.22 C2 C20 63.22
TOP 19 1 63.22 C20 C2 63.22
BOT 1 20 62.07 C2 C21 62.07
TOP 20 1 62.07 C21 C2 62.07
BOT 1 21 65.52 C2 C22 65.52
TOP 21 1 65.52 C22 C2 65.52
BOT 1 22 63.22 C2 C23 63.22
TOP 22 1 63.22 C23 C2 63.22
BOT 1 23 65.52 C2 C24 65.52
TOP 23 1 65.52 C24 C2 65.52
BOT 1 24 64.37 C2 C25 64.37
TOP 24 1 64.37 C25 C2 64.37
BOT 1 25 64.37 C2 C26 64.37
TOP 25 1 64.37 C26 C2 64.37
BOT 1 26 64.37 C2 C27 64.37
TOP 26 1 64.37 C27 C2 64.37
BOT 1 27 67.82 C2 C28 67.82
TOP 27 1 67.82 C28 C2 67.82
BOT 1 28 64.37 C2 C29 64.37
TOP 28 1 64.37 C29 C2 64.37
BOT 1 29 66.67 C2 C30 66.67
TOP 29 1 66.67 C30 C2 66.67
BOT 1 30 63.22 C2 C31 63.22
TOP 30 1 63.22 C31 C2 63.22
BOT 1 31 77.17 C2 C32 77.17
TOP 31 1 77.17 C32 C2 77.17
BOT 1 32 63.22 C2 C33 63.22
TOP 32 1 63.22 C33 C2 63.22
BOT 1 33 51.72 C2 C34 51.72
TOP 33 1 51.72 C34 C2 51.72
BOT 1 34 78.65 C2 C35 78.65
TOP 34 1 78.65 C35 C2 78.65
BOT 1 35 68.97 C2 C36 68.97
TOP 35 1 68.97 C36 C2 68.97
BOT 1 36 70.11 C2 C37 70.11
TOP 36 1 70.11 C37 C2 70.11
BOT 1 37 74.71 C2 C38 74.71
TOP 37 1 74.71 C38 C2 74.71
BOT 1 38 77.17 C2 C39 77.17
TOP 38 1 77.17 C39 C2 77.17
BOT 1 39 56.32 C2 C40 56.32
TOP 39 1 56.32 C40 C2 56.32
BOT 1 40 62.07 C2 C41 62.07
TOP 40 1 62.07 C41 C2 62.07
BOT 1 41 77.17 C2 C42 77.17
TOP 41 1 77.17 C42 C2 77.17
BOT 1 42 64.37 C2 C43 64.37
TOP 42 1 64.37 C43 C2 64.37
BOT 1 43 60.92 C2 C44 60.92
TOP 43 1 60.92 C44 C2 60.92
BOT 1 44 60.92 C2 C45 60.92
TOP 44 1 60.92 C45 C2 60.92
BOT 1 45 72.09 C2 C46 72.09
TOP 45 1 72.09 C46 C2 72.09
BOT 1 46 58.62 C2 C47 58.62
TOP 46 1 58.62 C47 C2 58.62
BOT 1 47 57.47 C2 C48 57.47
TOP 47 1 57.47 C48 C2 57.47
BOT 1 48 64.37 C2 C49 64.37
TOP 48 1 64.37 C49 C2 64.37
BOT 1 49 65.52 C2 C50 65.52
TOP 49 1 65.52 C50 C2 65.52
BOT 2 3 60.47 C3 C4 60.47
TOP 3 2 60.47 C4 C3 60.47
BOT 2 4 65.93 C3 C5 65.93
TOP 4 2 65.93 C5 C3 65.93
BOT 2 5 58.43 C3 C6 58.43
TOP 5 2 58.43 C6 C3 58.43
BOT 2 6 67.03 C3 C7 67.03
TOP 6 2 67.03 C7 C3 67.03
BOT 2 7 60.67 C3 C8 60.67
TOP 7 2 60.67 C8 C3 60.67
BOT 2 8 67.03 C3 C9 67.03
TOP 8 2 67.03 C9 C3 67.03
BOT 2 9 63.53 C3 C10 63.53
TOP 9 2 63.53 C10 C3 63.53
BOT 2 10 67.03 C3 C11 67.03
TOP 10 2 67.03 C11 C3 67.03
BOT 2 11 67.03 C3 C12 67.03
TOP 11 2 67.03 C12 C3 67.03
BOT 2 12 64.84 C3 C13 64.84
TOP 12 2 64.84 C13 C3 64.84
BOT 2 13 61.63 C3 C14 61.63
TOP 13 2 61.63 C14 C3 61.63
BOT 2 14 65.06 C3 C15 65.06
TOP 14 2 65.06 C15 C3 65.06
BOT 2 15 68.13 C3 C16 68.13
TOP 15 2 68.13 C16 C3 68.13
BOT 2 16 65.93 C3 C17 65.93
TOP 16 2 65.93 C17 C3 65.93
BOT 2 17 78.02 C3 C18 78.02
TOP 17 2 78.02 C18 C3 78.02
BOT 2 18 75.28 C3 C19 75.28
TOP 18 2 75.28 C19 C3 75.28
BOT 2 19 69.23 C3 C20 69.23
TOP 19 2 69.23 C20 C3 69.23
BOT 2 20 69.23 C3 C21 69.23
TOP 20 2 69.23 C21 C3 69.23
BOT 2 21 64.77 C3 C22 64.77
TOP 21 2 64.77 C22 C3 64.77
BOT 2 22 67.03 C3 C23 67.03
TOP 22 2 67.03 C23 C3 67.03
BOT 2 23 65.93 C3 C24 65.93
TOP 23 2 65.93 C24 C3 65.93
BOT 2 24 71.43 C3 C25 71.43
TOP 24 2 71.43 C25 C3 71.43
BOT 2 25 67.78 C3 C26 67.78
TOP 25 2 67.78 C26 C3 67.78
BOT 2 26 65.93 C3 C27 65.93
TOP 26 2 65.93 C27 C3 65.93
BOT 2 27 68.13 C3 C28 68.13
TOP 27 2 68.13 C28 C3 68.13
BOT 2 28 64.84 C3 C29 64.84
TOP 28 2 64.84 C29 C3 64.84
BOT 2 29 59.34 C3 C30 59.34
TOP 29 2 59.34 C30 C3 59.34
BOT 2 30 64.84 C3 C31 64.84
TOP 30 2 64.84 C31 C3 64.84
BOT 2 31 62.79 C3 C32 62.79
TOP 31 2 62.79 C32 C3 62.79
BOT 2 32 68.13 C3 C33 68.13
TOP 32 2 68.13 C33 C3 68.13
BOT 2 33 60.44 C3 C34 60.44
TOP 33 2 60.44 C34 C3 60.44
BOT 2 34 53.93 C3 C35 53.93
TOP 34 2 53.93 C35 C3 53.93
BOT 2 35 63.74 C3 C36 63.74
TOP 35 2 63.74 C36 C3 63.74
BOT 2 36 65.93 C3 C37 65.93
TOP 36 2 65.93 C37 C3 65.93
BOT 2 37 68.13 C3 C38 68.13
TOP 37 2 68.13 C38 C3 68.13
BOT 2 38 62.79 C3 C39 62.79
TOP 38 2 62.79 C39 C3 62.79
BOT 2 39 61.54 C3 C40 61.54
TOP 39 2 61.54 C40 C3 61.54
BOT 2 40 59.34 C3 C41 59.34
TOP 40 2 59.34 C41 C3 59.34
BOT 2 41 61.63 C3 C42 61.63
TOP 41 2 61.63 C42 C3 61.63
BOT 2 42 68.13 C3 C43 68.13
TOP 42 2 68.13 C43 C3 68.13
BOT 2 43 62.64 C3 C44 62.64
TOP 43 2 62.64 C44 C3 62.64
BOT 2 44 68.13 C3 C45 68.13
TOP 44 2 68.13 C45 C3 68.13
BOT 2 45 48.75 C3 C46 48.75
TOP 45 2 48.75 C46 C3 48.75
BOT 2 46 65.93 C3 C47 65.93
TOP 46 2 65.93 C47 C3 65.93
BOT 2 47 64.77 C3 C48 64.77
TOP 47 2 64.77 C48 C3 64.77
BOT 2 48 67.03 C3 C49 67.03
TOP 48 2 67.03 C49 C3 67.03
BOT 2 49 65.93 C3 C50 65.93
TOP 49 2 65.93 C50 C3 65.93
BOT 3 4 59.77 C4 C5 59.77
TOP 4 3 59.77 C5 C4 59.77
BOT 3 5 78.41 C4 C6 78.41
TOP 5 3 78.41 C6 C4 78.41
BOT 3 6 62.07 C4 C7 62.07
TOP 6 3 62.07 C7 C4 62.07
BOT 3 7 80.90 C4 C8 80.90
TOP 7 3 80.90 C8 C4 80.90
BOT 3 8 62.07 C4 C9 62.07
TOP 8 3 62.07 C9 C4 62.07
BOT 3 9 60.47 C4 C10 60.47
TOP 9 3 60.47 C10 C4 60.47
BOT 3 10 60.92 C4 C11 60.92
TOP 10 3 60.92 C11 C4 60.92
BOT 3 11 62.07 C4 C12 62.07
TOP 11 3 62.07 C12 C4 62.07
BOT 3 12 58.62 C4 C13 58.62
TOP 12 3 58.62 C13 C4 58.62
BOT 3 13 81.52 C4 C14 81.52
TOP 13 3 81.52 C14 C4 81.52
BOT 3 14 60.71 C4 C15 60.71
TOP 14 3 60.71 C15 C4 60.71
BOT 3 15 63.22 C4 C16 63.22
TOP 15 3 63.22 C16 C4 63.22
BOT 3 16 59.77 C4 C17 59.77
TOP 16 3 59.77 C17 C4 59.77
BOT 3 17 65.52 C4 C18 65.52
TOP 17 3 65.52 C18 C4 65.52
BOT 3 18 64.37 C4 C19 64.37
TOP 18 3 64.37 C19 C4 64.37
BOT 3 19 65.52 C4 C20 65.52
TOP 19 3 65.52 C20 C4 65.52
BOT 3 20 60.92 C4 C21 60.92
TOP 20 3 60.92 C21 C4 60.92
BOT 3 21 63.22 C4 C22 63.22
TOP 21 3 63.22 C22 C4 63.22
BOT 3 22 57.47 C4 C23 57.47
TOP 22 3 57.47 C23 C4 57.47
BOT 3 23 63.22 C4 C24 63.22
TOP 23 3 63.22 C24 C4 63.22
BOT 3 24 64.37 C4 C25 64.37
TOP 24 3 64.37 C25 C4 64.37
BOT 3 25 60.92 C4 C26 60.92
TOP 25 3 60.92 C26 C4 60.92
BOT 3 26 58.62 C4 C27 58.62
TOP 26 3 58.62 C27 C4 58.62
BOT 3 27 65.52 C4 C28 65.52
TOP 27 3 65.52 C28 C4 65.52
BOT 3 28 59.77 C4 C29 59.77
TOP 28 3 59.77 C29 C4 59.77
BOT 3 29 57.47 C4 C30 57.47
TOP 29 3 57.47 C30 C4 57.47
BOT 3 30 60.92 C4 C31 60.92
TOP 30 3 60.92 C31 C4 60.92
BOT 3 31 83.70 C4 C32 83.70
TOP 31 3 83.70 C32 C4 83.70
BOT 3 32 63.22 C4 C33 63.22
TOP 32 3 63.22 C33 C4 63.22
BOT 3 33 50.57 C4 C34 50.57
TOP 33 3 50.57 C34 C4 50.57
BOT 3 34 71.91 C4 C35 71.91
TOP 34 3 71.91 C35 C4 71.91
BOT 3 35 64.37 C4 C36 64.37
TOP 35 3 64.37 C36 C4 64.37
BOT 3 36 63.22 C4 C37 63.22
TOP 36 3 63.22 C37 C4 63.22
BOT 3 37 72.41 C4 C38 72.41
TOP 37 3 72.41 C38 C4 72.41
BOT 3 38 80.43 C4 C39 80.43
TOP 38 3 80.43 C39 C4 80.43
BOT 3 39 58.62 C4 C40 58.62
TOP 39 3 58.62 C40 C4 58.62
BOT 3 40 58.62 C4 C41 58.62
TOP 40 3 58.62 C41 C4 58.62
BOT 3 41 85.87 C4 C42 85.87
TOP 41 3 85.87 C42 C4 85.87
BOT 3 42 64.37 C4 C43 64.37
TOP 42 3 64.37 C43 C4 64.37
BOT 3 43 59.77 C4 C44 59.77
TOP 43 3 59.77 C44 C4 59.77
BOT 3 44 58.62 C4 C45 58.62
TOP 44 3 58.62 C45 C4 58.62
BOT 3 45 70.93 C4 C46 70.93
TOP 45 3 70.93 C46 C4 70.93
BOT 3 46 59.77 C4 C47 59.77
TOP 46 3 59.77 C47 C4 59.77
BOT 3 47 58.62 C4 C48 58.62
TOP 47 3 58.62 C48 C4 58.62
BOT 3 48 66.67 C4 C49 66.67
TOP 48 3 66.67 C49 C4 66.67
BOT 3 49 65.52 C4 C50 65.52
TOP 49 3 65.52 C50 C4 65.52
BOT 4 5 56.67 C5 C6 56.67
TOP 5 4 56.67 C6 C5 56.67
BOT 4 6 79.35 C5 C7 79.35
TOP 6 4 79.35 C7 C5 79.35
BOT 4 7 58.89 C5 C8 58.89
TOP 7 4 58.89 C8 C5 58.89
BOT 4 8 69.57 C5 C9 69.57
TOP 8 4 69.57 C9 C5 69.57
BOT 4 9 74.42 C5 C10 74.42
TOP 9 4 74.42 C10 C5 74.42
BOT 4 10 77.17 C5 C11 77.17
TOP 10 4 77.17 C11 C5 77.17
BOT 4 11 70.65 C5 C12 70.65
TOP 11 4 70.65 C12 C5 70.65
BOT 4 12 68.48 C5 C13 68.48
TOP 12 4 68.48 C13 C5 68.48
BOT 4 13 63.22 C5 C14 63.22
TOP 13 4 63.22 C14 C5 63.22
BOT 4 14 77.38 C5 C15 77.38
TOP 14 4 77.38 C15 C5 77.38
BOT 4 15 81.52 C5 C16 81.52
TOP 15 4 81.52 C16 C5 81.52
BOT 4 16 65.22 C5 C17 65.22
TOP 16 4 65.22 C17 C5 65.22
BOT 4 17 66.30 C5 C18 66.30
TOP 17 4 66.30 C18 C5 66.30
BOT 4 18 78.89 C5 C19 78.89
TOP 18 4 78.89 C19 C5 78.89
BOT 4 19 72.83 C5 C20 72.83
TOP 19 4 72.83 C20 C5 72.83
BOT 4 20 84.78 C5 C21 84.78
TOP 20 4 84.78 C21 C5 84.78
BOT 4 21 80.90 C5 C22 80.90
TOP 21 4 80.90 C22 C5 80.90
BOT 4 22 69.57 C5 C23 69.57
TOP 22 4 69.57 C23 C5 69.57
BOT 4 23 82.61 C5 C24 82.61
TOP 23 4 82.61 C24 C5 82.61
BOT 4 24 73.91 C5 C25 73.91
TOP 24 4 73.91 C25 C5 73.91
BOT 4 25 65.93 C5 C26 65.93
TOP 25 4 65.93 C26 C5 65.93
BOT 4 26 71.74 C5 C27 71.74
TOP 26 4 71.74 C27 C5 71.74
BOT 4 27 81.52 C5 C28 81.52
TOP 27 4 81.52 C28 C5 81.52
BOT 4 28 66.30 C5 C29 66.30
TOP 28 4 66.30 C29 C5 66.30
BOT 4 29 67.39 C5 C30 67.39
TOP 29 4 67.39 C30 C5 67.39
BOT 4 30 67.39 C5 C31 67.39
TOP 30 4 67.39 C31 C5 67.39
BOT 4 31 63.22 C5 C32 63.22
TOP 31 4 63.22 C32 C5 63.22
BOT 4 32 84.78 C5 C33 84.78
TOP 32 4 84.78 C33 C5 84.78
BOT 4 33 65.22 C5 C34 65.22
TOP 33 4 65.22 C34 C5 65.22
BOT 4 34 57.78 C5 C35 57.78
TOP 34 4 57.78 C35 C5 57.78
BOT 4 35 78.26 C5 C36 78.26
TOP 35 4 78.26 C36 C5 78.26
BOT 4 36 80.43 C5 C37 80.43
TOP 36 4 80.43 C37 C5 80.43
BOT 4 37 72.83 C5 C38 72.83
TOP 37 4 72.83 C38 C5 72.83
BOT 4 38 60.92 C5 C39 60.92
TOP 38 4 60.92 C39 C5 60.92
BOT 4 39 66.30 C5 C40 66.30
TOP 39 4 66.30 C40 C5 66.30
BOT 4 40 63.04 C5 C41 63.04
TOP 40 4 63.04 C41 C5 63.04
BOT 4 41 63.22 C5 C42 63.22
TOP 41 4 63.22 C42 C5 63.22
BOT 4 42 79.35 C5 C43 79.35
TOP 42 4 79.35 C43 C5 79.35
BOT 4 43 77.17 C5 C44 77.17
TOP 43 4 77.17 C44 C5 77.17
BOT 4 44 70.65 C5 C45 70.65
TOP 44 4 70.65 C45 C5 70.65
BOT 4 45 50.62 C5 C46 50.62
TOP 45 4 50.62 C46 C5 50.62
BOT 4 46 70.65 C5 C47 70.65
TOP 46 4 70.65 C47 C5 70.65
BOT 4 47 70.79 C5 C48 70.79
TOP 47 4 70.79 C48 C5 70.79
BOT 4 48 78.26 C5 C49 78.26
TOP 48 4 78.26 C49 C5 78.26
BOT 4 49 77.17 C5 C50 77.17
TOP 49 4 77.17 C50 C5 77.17
BOT 5 6 58.89 C6 C7 58.89
TOP 6 5 58.89 C7 C6 58.89
BOT 5 7 82.42 C6 C8 82.42
TOP 7 5 82.42 C8 C6 82.42
BOT 5 8 57.78 C6 C9 57.78
TOP 8 5 57.78 C9 C6 57.78
BOT 5 9 58.14 C6 C10 58.14
TOP 9 5 58.14 C10 C6 58.14
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BOT 29 42 65.22 C30 C43 65.22
TOP 42 29 65.22 C43 C30 65.22
BOT 29 43 67.39 C30 C44 67.39
TOP 43 29 67.39 C44 C30 67.39
BOT 29 44 70.65 C30 C45 70.65
TOP 44 29 70.65 C45 C30 70.65
BOT 29 45 49.38 C30 C46 49.38
TOP 45 29 49.38 C46 C30 49.38
BOT 29 46 70.65 C30 C47 70.65
TOP 46 29 70.65 C47 C30 70.65
BOT 29 47 62.92 C30 C48 62.92
TOP 47 29 62.92 C48 C30 62.92
BOT 29 48 71.74 C30 C49 71.74
TOP 48 29 71.74 C49 C30 71.74
BOT 29 49 68.48 C30 C50 68.48
TOP 49 29 68.48 C50 C30 68.48
BOT 30 31 63.22 C31 C32 63.22
TOP 31 30 63.22 C32 C31 63.22
BOT 30 32 69.57 C31 C33 69.57
TOP 32 30 69.57 C33 C31 69.57
BOT 30 33 70.65 C31 C34 70.65
TOP 33 30 70.65 C34 C31 70.65
BOT 30 34 54.44 C31 C35 54.44
TOP 34 30 54.44 C35 C31 54.44
BOT 30 35 72.83 C31 C36 72.83
TOP 35 30 72.83 C36 C31 72.83
BOT 30 36 71.74 C31 C37 71.74
TOP 36 30 71.74 C37 C31 71.74
BOT 30 37 66.30 C31 C38 66.30
TOP 37 30 66.30 C38 C31 66.30
BOT 30 38 63.22 C31 C39 63.22
TOP 38 30 63.22 C39 C31 63.22
BOT 30 39 84.78 C31 C40 84.78
TOP 39 30 84.78 C40 C31 84.78
BOT 30 40 66.30 C31 C41 66.30
TOP 40 30 66.30 C41 C31 66.30
BOT 30 41 62.07 C31 C42 62.07
TOP 41 30 62.07 C42 C31 62.07
BOT 30 42 65.22 C31 C43 65.22
TOP 42 30 65.22 C43 C31 65.22
BOT 30 43 66.30 C31 C44 66.30
TOP 43 30 66.30 C44 C31 66.30
BOT 30 44 85.87 C31 C45 85.87
TOP 44 30 85.87 C45 C31 85.87
BOT 30 45 48.15 C31 C46 48.15
TOP 45 30 48.15 C46 C31 48.15
BOT 30 46 86.96 C31 C47 86.96
TOP 46 30 86.96 C47 C31 86.96
BOT 30 47 62.92 C31 C48 62.92
TOP 47 30 62.92 C48 C31 62.92
BOT 30 48 71.74 C31 C49 71.74
TOP 48 30 71.74 C49 C31 71.74
BOT 30 49 66.30 C31 C50 66.30
TOP 49 30 66.30 C50 C31 66.30
BOT 31 32 66.67 C32 C33 66.67
TOP 32 31 66.67 C33 C32 66.67
BOT 31 33 51.72 C32 C34 51.72
TOP 33 31 51.72 C34 C32 51.72
BOT 31 34 75.28 C32 C35 75.28
TOP 34 31 75.28 C35 C32 75.28
BOT 31 35 67.82 C32 C36 67.82
TOP 35 31 67.82 C36 C32 67.82
BOT 31 36 66.67 C32 C37 66.67
TOP 36 31 66.67 C37 C32 66.67
BOT 31 37 77.01 C32 C38 77.01
TOP 37 31 77.01 C38 C32 77.01
BOT 31 38 89.13 C32 C39 89.13
TOP 38 31 89.13 C39 C32 89.13
BOT 31 39 59.77 C32 C40 59.77
TOP 39 31 59.77 C40 C32 59.77
BOT 31 40 63.22 C32 C41 63.22
TOP 40 31 63.22 C41 C32 63.22
BOT 31 41 91.30 C32 C42 91.30
TOP 41 31 91.30 C42 C32 91.30
BOT 31 42 64.37 C32 C43 64.37
TOP 42 31 64.37 C43 C32 64.37
BOT 31 43 62.07 C32 C44 62.07
TOP 43 31 62.07 C44 C32 62.07
BOT 31 44 60.92 C32 C45 60.92
TOP 44 31 60.92 C45 C32 60.92
BOT 31 45 74.42 C32 C46 74.42
TOP 45 31 74.42 C46 C32 74.42
BOT 31 46 62.07 C32 C47 62.07
TOP 46 31 62.07 C47 C32 62.07
BOT 31 47 59.77 C32 C48 59.77
TOP 47 31 59.77 C48 C32 59.77
BOT 31 48 70.11 C32 C49 70.11
TOP 48 31 70.11 C49 C32 70.11
BOT 31 49 63.22 C32 C50 63.22
TOP 49 31 63.22 C50 C32 63.22
BOT 32 33 64.13 C33 C34 64.13
TOP 33 32 64.13 C34 C33 64.13
BOT 32 34 61.11 C33 C35 61.11
TOP 34 32 61.11 C35 C33 61.11
BOT 32 35 79.35 C33 C36 79.35
TOP 35 32 79.35 C36 C33 79.35
BOT 32 36 82.61 C33 C37 82.61
TOP 36 32 82.61 C37 C33 82.61
BOT 32 37 76.09 C33 C38 76.09
TOP 37 32 76.09 C38 C33 76.09
BOT 32 38 65.52 C33 C39 65.52
TOP 38 32 65.52 C39 C33 65.52
BOT 32 39 66.30 C33 C40 66.30
TOP 39 32 66.30 C40 C33 66.30
BOT 32 40 64.13 C33 C41 64.13
TOP 40 32 64.13 C41 C33 64.13
BOT 32 41 67.82 C33 C42 67.82
TOP 41 32 67.82 C42 C33 67.82
BOT 32 42 77.17 C33 C43 77.17
TOP 42 32 77.17 C43 C33 77.17
BOT 32 43 73.91 C33 C44 73.91
TOP 43 32 73.91 C44 C33 73.91
BOT 32 44 71.74 C33 C45 71.74
TOP 44 32 71.74 C45 C33 71.74
BOT 32 45 54.32 C33 C46 54.32
TOP 45 32 54.32 C46 C33 54.32
BOT 32 46 70.65 C33 C47 70.65
TOP 46 32 70.65 C47 C33 70.65
BOT 32 47 71.91 C33 C48 71.91
TOP 47 32 71.91 C48 C33 71.91
BOT 32 48 82.61 C33 C49 82.61
TOP 48 32 82.61 C49 C33 82.61
BOT 32 49 77.17 C33 C50 77.17
TOP 49 32 77.17 C50 C33 77.17
BOT 33 34 48.89 C34 C35 48.89
TOP 34 33 48.89 C35 C34 48.89
BOT 33 35 61.96 C34 C36 61.96
TOP 35 33 61.96 C36 C34 61.96
BOT 33 36 59.78 C34 C37 59.78
TOP 36 33 59.78 C37 C34 59.78
BOT 33 37 58.70 C34 C38 58.70
TOP 37 33 58.70 C38 C34 58.70
BOT 33 38 52.87 C34 C39 52.87
TOP 38 33 52.87 C39 C34 52.87
BOT 33 39 71.74 C34 C40 71.74
TOP 39 33 71.74 C40 C34 71.74
BOT 33 40 61.96 C34 C41 61.96
TOP 40 33 61.96 C41 C34 61.96
BOT 33 41 50.57 C34 C42 50.57
TOP 41 33 50.57 C42 C34 50.57
BOT 33 42 58.70 C34 C43 58.70
TOP 42 33 58.70 C43 C34 58.70
BOT 33 43 64.13 C34 C44 64.13
TOP 43 33 64.13 C44 C34 64.13
BOT 33 44 72.83 C34 C45 72.83
TOP 44 33 72.83 C45 C34 72.83
BOT 33 45 39.51 C34 C46 39.51
TOP 45 33 39.51 C46 C34 39.51
BOT 33 46 75.00 C34 C47 75.00
TOP 46 33 75.00 C47 C34 75.00
BOT 33 47 53.93 C34 C48 53.93
TOP 47 33 53.93 C48 C34 53.93
BOT 33 48 65.22 C34 C49 65.22
TOP 48 33 65.22 C49 C34 65.22
BOT 33 49 60.87 C34 C50 60.87
TOP 49 33 60.87 C50 C34 60.87
BOT 34 35 62.22 C35 C36 62.22
TOP 35 34 62.22 C36 C35 62.22
BOT 34 36 65.56 C35 C37 65.56
TOP 36 34 65.56 C37 C35 65.56
BOT 34 37 71.11 C35 C38 71.11
TOP 37 34 71.11 C38 C35 71.11
BOT 34 38 76.40 C35 C39 76.40
TOP 38 34 76.40 C39 C35 76.40
BOT 34 39 50.00 C35 C40 50.00
TOP 39 34 50.00 C40 C35 50.00
BOT 34 40 58.89 C35 C41 58.89
TOP 40 34 58.89 C41 C35 58.89
BOT 34 41 75.28 C35 C42 75.28
TOP 41 34 75.28 C42 C35 75.28
BOT 34 42 63.33 C35 C43 63.33
TOP 42 34 63.33 C43 C35 63.33
BOT 34 43 54.44 C35 C44 54.44
TOP 43 34 54.44 C44 C35 54.44
BOT 34 44 51.11 C35 C45 51.11
TOP 44 34 51.11 C45 C35 51.11
BOT 34 45 68.67 C35 C46 68.67
TOP 45 34 68.67 C46 C35 68.67
BOT 34 46 52.22 C35 C47 52.22
TOP 46 34 52.22 C47 C35 52.22
BOT 34 47 59.55 C35 C48 59.55
TOP 47 34 59.55 C48 C35 59.55
BOT 34 48 62.22 C35 C49 62.22
TOP 48 34 62.22 C49 C35 62.22
BOT 34 49 61.11 C35 C50 61.11
TOP 49 34 61.11 C50 C35 61.11
BOT 35 36 83.70 C36 C37 83.70
TOP 36 35 83.70 C37 C36 83.70
BOT 35 37 82.61 C36 C38 82.61
TOP 37 35 82.61 C38 C36 82.61
BOT 35 38 67.82 C36 C39 67.82
TOP 38 35 67.82 C39 C36 67.82
BOT 35 39 69.57 C36 C40 69.57
TOP 39 35 69.57 C40 C36 69.57
BOT 35 40 61.96 C36 C41 61.96
TOP 40 35 61.96 C41 C36 61.96
BOT 35 41 68.97 C36 C42 68.97
TOP 41 35 68.97 C42 C36 68.97
BOT 35 42 77.17 C36 C43 77.17
TOP 42 35 77.17 C43 C36 77.17
BOT 35 43 77.17 C36 C44 77.17
TOP 43 35 77.17 C44 C36 77.17
BOT 35 44 73.91 C36 C45 73.91
TOP 44 35 73.91 C45 C36 73.91
BOT 35 45 59.26 C36 C46 59.26
TOP 45 35 59.26 C46 C36 59.26
BOT 35 46 69.57 C36 C47 69.57
TOP 46 35 69.57 C47 C36 69.57
BOT 35 47 67.42 C36 C48 67.42
TOP 47 35 67.42 C48 C36 67.42
BOT 35 48 86.96 C36 C49 86.96
TOP 48 35 86.96 C49 C36 86.96
BOT 35 49 76.09 C36 C50 76.09
TOP 49 35 76.09 C50 C36 76.09
BOT 36 37 77.17 C37 C38 77.17
TOP 37 36 77.17 C38 C37 77.17
BOT 36 38 66.67 C37 C39 66.67
TOP 38 36 66.67 C39 C37 66.67
BOT 36 39 66.30 C37 C40 66.30
TOP 39 36 66.30 C40 C37 66.30
BOT 36 40 65.22 C37 C41 65.22
TOP 40 36 65.22 C41 C37 65.22
BOT 36 41 68.97 C37 C42 68.97
TOP 41 36 68.97 C42 C37 68.97
BOT 36 42 81.52 C37 C43 81.52
TOP 42 36 81.52 C43 C37 81.52
BOT 36 43 76.09 C37 C44 76.09
TOP 43 36 76.09 C44 C37 76.09
BOT 36 44 71.74 C37 C45 71.74
TOP 44 36 71.74 C45 C37 71.74
BOT 36 45 60.49 C37 C46 60.49
TOP 45 36 60.49 C46 C37 60.49
BOT 36 46 69.57 C37 C47 69.57
TOP 46 36 69.57 C47 C37 69.57
BOT 36 47 67.42 C37 C48 67.42
TOP 47 36 67.42 C48 C37 67.42
BOT 36 48 82.61 C37 C49 82.61
TOP 48 36 82.61 C49 C37 82.61
BOT 36 49 71.74 C37 C50 71.74
TOP 49 36 71.74 C50 C37 71.74
BOT 37 38 77.01 C38 C39 77.01
TOP 38 37 77.01 C39 C38 77.01
BOT 37 39 66.30 C38 C40 66.30
TOP 39 37 66.30 C40 C38 66.30
BOT 37 40 65.22 C38 C41 65.22
TOP 40 37 65.22 C41 C38 65.22
BOT 37 41 79.31 C38 C42 79.31
TOP 41 37 79.31 C42 C38 79.31
BOT 37 42 78.26 C38 C43 78.26
TOP 42 37 78.26 C43 C38 78.26
BOT 37 43 70.65 C38 C44 70.65
TOP 43 37 70.65 C44 C38 70.65
BOT 37 44 69.57 C38 C45 69.57
TOP 44 37 69.57 C45 C38 69.57
BOT 37 45 64.20 C38 C46 64.20
TOP 45 37 64.20 C46 C38 64.20
BOT 37 46 67.39 C38 C47 67.39
TOP 46 37 67.39 C47 C38 67.39
BOT 37 47 68.54 C38 C48 68.54
TOP 47 37 68.54 C48 C38 68.54
BOT 37 48 78.26 C38 C49 78.26
TOP 48 37 78.26 C49 C38 78.26
BOT 37 49 75.00 C38 C50 75.00
TOP 49 37 75.00 C50 C38 75.00
BOT 38 39 64.37 C39 C40 64.37
TOP 39 38 64.37 C40 C39 64.37
BOT 38 40 63.22 C39 C41 63.22
TOP 40 38 63.22 C41 C39 63.22
BOT 38 41 90.22 C39 C42 90.22
TOP 41 38 90.22 C42 C39 90.22
BOT 38 42 66.67 C39 C43 66.67
TOP 42 38 66.67 C43 C39 66.67
BOT 38 43 60.92 C39 C44 60.92
TOP 43 38 60.92 C44 C39 60.92
BOT 38 44 63.22 C39 C45 63.22
TOP 44 38 63.22 C45 C39 63.22
BOT 38 45 75.58 C39 C46 75.58
TOP 45 38 75.58 C46 C39 75.58
BOT 38 46 62.07 C39 C47 62.07
TOP 46 38 62.07 C47 C39 62.07
BOT 38 47 59.77 C39 C48 59.77
TOP 47 38 59.77 C48 C39 59.77
BOT 38 48 67.82 C39 C49 67.82
TOP 48 38 67.82 C49 C39 67.82
BOT 38 49 62.07 C39 C50 62.07
TOP 49 38 62.07 C50 C39 62.07
BOT 39 40 68.48 C40 C41 68.48
TOP 40 39 68.48 C41 C40 68.48
BOT 39 41 58.62 C40 C42 58.62
TOP 41 39 58.62 C42 C40 58.62
BOT 39 42 61.96 C40 C43 61.96
TOP 42 39 61.96 C43 C40 61.96
BOT 39 43 67.39 C40 C44 67.39
TOP 43 39 67.39 C44 C40 67.39
BOT 39 44 82.61 C40 C45 82.61
TOP 44 39 82.61 C45 C40 82.61
BOT 39 45 48.15 C40 C46 48.15
TOP 45 39 48.15 C46 C40 48.15
BOT 39 46 86.96 C40 C47 86.96
TOP 46 39 86.96 C47 C40 86.96
BOT 39 47 60.67 C40 C48 60.67
TOP 47 39 60.67 C48 C40 60.67
BOT 39 48 70.65 C40 C49 70.65
TOP 48 39 70.65 C49 C40 70.65
BOT 39 49 64.13 C40 C50 64.13
TOP 49 39 64.13 C50 C40 64.13
BOT 40 41 64.37 C41 C42 64.37
TOP 41 40 64.37 C42 C41 64.37
BOT 40 42 58.70 C41 C43 58.70
TOP 42 40 58.70 C43 C41 58.70
BOT 40 43 64.13 C41 C44 64.13
TOP 43 40 64.13 C44 C41 64.13
BOT 40 44 69.57 C41 C45 69.57
TOP 44 40 69.57 C45 C41 69.57
BOT 40 45 51.85 C41 C46 51.85
TOP 45 40 51.85 C46 C41 51.85
BOT 40 46 67.39 C41 C47 67.39
TOP 46 40 67.39 C47 C41 67.39
BOT 40 47 56.18 C41 C48 56.18
TOP 47 40 56.18 C48 C41 56.18
BOT 40 48 64.13 C41 C49 64.13
TOP 48 40 64.13 C49 C41 64.13
BOT 40 49 60.87 C41 C50 60.87
TOP 49 40 60.87 C50 C41 60.87
BOT 41 42 65.52 C42 C43 65.52
TOP 42 41 65.52 C43 C42 65.52
BOT 41 43 64.37 C42 C44 64.37
TOP 43 41 64.37 C44 C42 64.37
BOT 41 44 62.07 C42 C45 62.07
TOP 44 41 62.07 C45 C42 62.07
BOT 41 45 75.58 C42 C46 75.58
TOP 45 41 75.58 C46 C42 75.58
BOT 41 46 60.92 C42 C47 60.92
TOP 46 41 60.92 C47 C42 60.92
BOT 41 47 60.92 C42 C48 60.92
TOP 47 41 60.92 C48 C42 60.92
BOT 41 48 67.82 C42 C49 67.82
TOP 48 41 67.82 C49 C42 67.82
BOT 41 49 65.52 C42 C50 65.52
TOP 49 41 65.52 C50 C42 65.52
BOT 42 43 71.74 C43 C44 71.74
TOP 43 42 71.74 C44 C43 71.74
BOT 42 44 65.22 C43 C45 65.22
TOP 44 42 65.22 C45 C43 65.22
BOT 42 45 59.26 C43 C46 59.26
TOP 45 42 59.26 C46 C43 59.26
BOT 42 46 64.13 C43 C47 64.13
TOP 46 42 64.13 C47 C43 64.13
BOT 42 47 69.66 C43 C48 69.66
TOP 47 42 69.66 C48 C43 69.66
BOT 42 48 78.26 C43 C49 78.26
TOP 48 42 78.26 C49 C43 78.26
BOT 42 49 72.83 C43 C50 72.83
TOP 49 42 72.83 C50 C43 72.83
BOT 43 44 69.57 C44 C45 69.57
TOP 44 43 69.57 C45 C44 69.57
BOT 43 45 50.62 C44 C46 50.62
TOP 45 43 50.62 C46 C44 50.62
BOT 43 46 68.48 C44 C47 68.48
TOP 46 43 68.48 C47 C44 68.48
BOT 43 47 67.42 C44 C48 67.42
TOP 47 43 67.42 C48 C44 67.42
BOT 43 48 69.57 C44 C49 69.57
TOP 48 43 69.57 C49 C44 69.57
BOT 43 49 70.65 C44 C50 70.65
TOP 49 43 70.65 C50 C44 70.65
BOT 44 45 49.38 C45 C46 49.38
TOP 45 44 49.38 C46 C45 49.38
BOT 44 46 85.87 C45 C47 85.87
TOP 46 44 85.87 C47 C45 85.87
BOT 44 47 58.43 C45 C48 58.43
TOP 47 44 58.43 C48 C45 58.43
BOT 44 48 73.91 C45 C49 73.91
TOP 48 44 73.91 C49 C45 73.91
BOT 44 49 66.30 C45 C50 66.30
TOP 49 44 66.30 C50 C45 66.30
BOT 45 46 49.38 C46 C47 49.38
TOP 46 45 49.38 C47 C46 49.38
BOT 45 47 46.91 C46 C48 46.91
TOP 47 45 46.91 C48 C46 46.91
BOT 45 48 55.56 C46 C49 55.56
TOP 48 45 55.56 C49 C46 55.56
BOT 45 49 49.38 C46 C50 49.38
TOP 49 45 49.38 C50 C46 49.38
BOT 46 47 60.67 C47 C48 60.67
TOP 47 46 60.67 C48 C47 60.67
BOT 46 48 69.57 C47 C49 69.57
TOP 48 46 69.57 C49 C47 69.57
BOT 46 49 64.13 C47 C50 64.13
TOP 49 46 64.13 C50 C47 64.13
BOT 47 48 67.42 C48 C49 67.42
TOP 48 47 67.42 C49 C48 67.42
BOT 47 49 69.66 C48 C50 69.66
TOP 49 47 69.66 C50 C48 69.66
BOT 48 49 78.26 C49 C50 78.26
TOP 49 48 78.26 C50 C49 78.26
AVG 0 C1 * 68.10
AVG 1 C2 * 65.77
AVG 2 C3 * 64.91
AVG 3 C4 * 64.66
AVG 4 C5 * 70.49
AVG 5 C6 * 62.76
AVG 6 C7 * 70.99
AVG 7 C8 * 66.84
AVG 8 C9 * 70.30
AVG 9 C10 * 68.92
AVG 10 C11 * 71.82
AVG 11 C12 * 70.94
AVG 12 C13 * 67.92
AVG 13 C14 * 66.98
AVG 14 C15 * 68.80
AVG 15 C16 * 71.58
AVG 16 C17 * 68.41
AVG 17 C18 * 65.48
AVG 18 C19 * 69.44
AVG 19 C20 * 72.48
AVG 20 C21 * 72.08
AVG 21 C22 * 73.38
AVG 22 C23 * 67.85
AVG 23 C24 * 73.15
AVG 24 C25 * 68.70
AVG 25 C26 * 64.79
AVG 26 C27 * 70.29
AVG 27 C28 * 72.94
AVG 28 C29 * 67.11
AVG 29 C30 * 67.80
AVG 30 C31 * 69.64
AVG 31 C32 * 67.75
AVG 32 C33 * 72.31
AVG 33 C34 * 62.64
AVG 34 C35 * 61.58
AVG 35 C36 * 72.68
AVG 36 C37 * 72.78
AVG 37 C38 * 72.04
AVG 38 C39 * 67.41
AVG 39 C40 * 67.25
AVG 40 C41 * 63.85
AVG 41 C42 * 68.01
AVG 42 C43 * 69.10
AVG 43 C44 * 68.55
AVG 44 C45 * 70.33
AVG 45 C46 * 56.10
AVG 46 C47 * 69.47
AVG 47 C48 * 63.49
AVG 48 C49 * 72.39
AVG 49 C50 * 68.65
TOT TOT * 68.43
CLUSTAL W (1.83) multiple sequence alignment
C1 ---------ATGACACCTTGGACACCTTTGCAAATT--------------
C2 ------------------ATGATAAGCTTAATAGACAAAATAGATTATAG
C3 ------------------ATGCCATATTTGATAATA--------------
C4 ------------------ATGTTAAACTTAGCAGCAAGAATAGATTATAG
C5 ------------------ATGCAGCCTCCACTAATA--------------
C6 ------------------ATGTTACAACATAGATTA------------AG
C7 ------------------ATGAATTCTTTATACATA--------------
C8 ------------------ATGTTAGAATTAATAGAT---------TATAG
C9 ------------------ATGTCACCTTTGGAAATT--------------
C10 ------------------ATGATACCTTTACAGATA--------------
C11 ------------------ATGCAACCCTTAGAAATA--------------
C12 ------------------ATGACACCTTTGGAAATT--------------
C13 ------------------ATGCAATCTTTAGAAATA--------------
C14 ------------------ATGTTAGAGTTATTAGCAGGAGTAGATTATAG
C15 ------------------ATGCAACCCTTAGAAATA--------------
C16 ------------------ATGAACTCTTTACAAATA--------------
C17 ------------------ATGACACCTTTAGAAATT--------------
C18 ------------------ATGTCATATTGGTTAGCA--------------
C19 ------------------ATGCAACCTTTGGTAATA--------------
C20 ------------------ATGACACCTTTGGAAATT--------------
C21 ------------------ATGCAACCTTTAGTGATA--------------
C22 ------------------ATGCACCCTTTACAAATA--------------
C23 ------------------ATGCAACCTTTAGAAATA--------------
C24 ------------------ATGCAATCTCCAGAGATA--------------
C25 ------------------ATGCAATCTTTAGTAATA--------------
C26 ---------------ATGTGGACTCCTTTAAGTATC--------------
C27 ------------------ATGCAACCTTTAGAAATA--------------
C28 ------------------ATGCAATCTCTACACATA--------------
C29 ------------------ATGCAGGCTTTAGAAATA--------------
C30 ------------------ATGATACCTTTACAAATA--------------
C31 ------------------ATGTCACCTTTAGAAATT--------------
C32 ------------------ATGTTAGATTTACTAGCAAGAGTAAATTATAG
C33 ------------------ATGTTCCCTTTATACATA--------------
C34 ------------------ATGCAACCCTTAGAAATA--------------
C35 ------------------ATGTTAGAAGCAATAGAT---------TATAG
C36 ------------------ATGCAACCTTTAGTAATA--------------
C37 ------------------ATGAATTCATTAAAAATA--------------
C38 ------------------ATGCCAGCTTTAACCATT--------------
C39 ------------------ATGTTAGACTTAATAGCAAGAGTAGACTATAG
C40 ------------------ATGACACCTTTGCAAATT--------------
C41 ------------------ATGACACCTTTACAAATA--------------
C42 ------------------ATGTTAGATTTAGCAGCAAGAGTAGATTACAA
C43 ------------------ATGCAAGCCTTAACAATA--------------
C44 ------------------ATGCAATCTTTACAGATA--------------
C45 ------------------ATGACACCTTTGGAAATT--------------
C46 ATGTTAGCTTTCTTAGCAAAAGTGGATTTCTTAGCAAAAGTAGATTATAG
C47 ------------------ATGTCACCTTTAGAAATT--------------
C48 ------------------ATGCAACCTTTAGTAATA--------------
C49 ------------------ATGCAACCTTTACACATA--------------
C50 ------------------ATGCAACCTTTAGTAATA--------------
: .
C1 -AGTGCAATAGCAGGACTGGTAGTGGCTCTAATTTTAGCAATAGTAGTGT
C2 AGTAGGAGTAGGAGCATTAATAATAGCATTAATCTTAGCAATAATTGCGT
C3 ----CTGATAGTTGCATTTATAGCAGTGCTAATAATAGCAATAATTGTGT
C4 ACTAGGAGTAGGAGCATTGATAGTAGCACTAATAATAGCAATAATTGTGT
C5 -TATGCAATAGTAGCATTAGTAGTAGCAGCAATAATAGCAATAGTTGTGT
C6 ATTAGGAGTAGGAGCATTAATAATAGCACTAATTATAGCAATAATTGTGT
C7 -TTAACAATAGTAGCTTTAGTAGCAGCAACAATATTAGCAATAGTTGTGT
C8 ATTAGGAGTAGGGGCATTGATAGTAGCACTAATCTTAGTAATAATAGTGT
C9 -AGTGCAATAGTAGGACTGATAGTAGCGCTTATCTTAGCAATAGTAGTGT
C10 -TTAGCAATAATAGCTTTAGTAGTAGCAGCAATATTAGCAATAATTGTGT
C11 -GTATCAATAGTAGCATTAGTATTAGCAGCTATACTAGCCATAGTTGTGT
C12 -AGTGCAATAGTAGGACTGATAGTAGCGCTAATCTTAGCAATAGTAGTGT
C13 -GCTGCAATAGTAGGACTAGTAGTAGCATTCATAGCAGCCATAGTTGTGT
C14 ATTAGGGGTAGGAGCATTGATAGTAGCACTAATCATAGCAATAGTTGTGT
C15 -TTTTCAATAGTAGCATTAATATTAGTAGCAATAATAGCAATAGTTGTGT
C16 -GCAGCAATAGTAGCATTAGTAGTAGTAGCAATAATAGCAATAATTGTGT
C17 -AGTGCAATAGCAGGACTGATAGTAGCGCTGATCTTAGCAATAGTAGTGT
C18 -ATAAGCTTAGTAGCATTAATAGTAGCACTAATAATAGCAATAGTTGTGT
C19 -TTAGCAATAGCAGCATTAGTAGTAGTAACAATAATAGCAATAATTGTGT
C20 -AGTGCAATAGTAGGACTAATAGTAGCGCTAATCTTAGCAATAGTAGTGT
C21 -TTATCAATAGTAGCATTAGTAGTAGTAGCAATAATAGCAATAGTTGTGT
C22 -TTAGCAATAGTAGCATTAGTAGTAGCAGGATTATTAGCAATAGTTGTGT
C23 -GCTGCAATAGTAGGAGTAATAGTAGCATTCATAGCAGCCATAGTTGTGT
C24 -TTAACAATAGTAGCATTAGTAGTAGCAATAATACTAGCAATAGTTGTGT
C25 -ATAGCAATAGTAGCATTAGTAGTAGTAGCAATAATAGCAATAGTTGTGT
C26 -TGTGCAGTAGTAGGACTGATAGTAGCATTAATCATAGCAATAGTTGTGT
C27 -ACTGCAATAGTAGGATTAGTAGTAGCATTTATAGCAGCCATAGTTGTGT
C28 -TTAGCAATAGTAGCATTAGTAGTAGCAGCAATACTAGCAATAGTTGTGT
C29 -GCTGCAATAGTAGGACTAATAGTAGCATTCATAGCAGCCATAGTTGTGT
C30 -GCAGCAATAGTAGCATTAGTAGTAGCATTTTTCCTAAACTTAGTTGTGT
C31 -AGTGCAATAGCAGGACTGATAGTAGCGCTAATCTTAGCAATAGTAGTGT
C32 AGTAGGAGTAGGAGCATTGATAGTAGCACTACTCATAGCAATAGTTGTGT
C33 -GCATCAATAGTAGCATTAGTTGTAGCAGGAATAATAGCAATAGTTGTGT
C34 -GCTGCAATAGTAGGACTAATAGTAGCAGGCATAGCAGCCATAATTGTGT
C35 ATTAGGAGTAGGAGCATTGGTAGTAGCATCAATCATAGTAGTAATTGTGT
C36 -TTAGCAATAGCAGCATTAGTAATAGCAGCAATACTAGCAATAGTTGTGT
C37 -TTAGCAATAGTAGCATTAGTAGTAGCAGTAATATTAGCAATAGTTGTGT
C38 -TTAGCAATAGTAGCCTTAGTAATAGTAGCAATAATAGCCATAGTTGTGT
C39 ATTAGGAGTAGGAGCATTGATAGTAGCATTAATTATAGCAATAGTTGTGT
C40 -AGTGCAATAGTAGGACTGATAGTAGCAGCAATCTTAGCAATAGTAGTGT
C41 -GGGGCAATAGTAGGACTAATAGTAGCTTTCATCTTAGCAGTAGTTGCAT
C42 ACTAGGAGTGGGAGCACTGATAGTAGCATTAATCATAGCAATAGTTGTGT
C43 -TTAGCAATAGTAGCATTAGTAGTAGTAGCAATAATAGCAATAATTGTGT
C44 -TTAGCAGTAGTAGCATTAGTTGTAGGAGCAATACTAGCAATAGTTGTGT
C45 -AGTGCAATTGTAGGACTGATAGTAGCGCTAATCTTAGCAATAGTTGTGT
C46 ATTAGGAGTAGGAGCATTGATAATAGCATTTATCCTAGCAATAATTGTGT
C47 -AGTGCAATAGTAGGACTGATAGTAGCAATAATCTTAGCAATAGTAGTGT
C48 -TTAGCAGTAGTAGCATTAGTAGTAACAGCAATAATAGCAATAGTTGTAT
C49 -GCAGCAATAGCAGCATTAGTAGTAGCAGGAATAATAGCAATAGTTGTGT
C50 -TTTTCAATAGCAGCATTAGTAGTAGTAGCAATAATAGCAATAATTGTGT
* . * * .*: .. * *. . **.*:* .*
C1 GGACCATAGTAGCTATAGAATATAAGAAAATATTAAAGCAAAGAAAAATA
C2 GGACCATAGTATATATAGAGTATAGGAAACTGGTAAGACAAAGGAGAATA
C3 GGACTATAGTATATATAGAATATAGGAAAATATTAAAGCAAAGAAAAATA
C4 GGACCATAGCATATACAGAATATAGGAAATTGTTAAGACAAAGGAAAATA
C5 GGTCCATAGTATTCATAAAATATAGGAGAATATTAAAACAAAGGAAAATA
C6 GGACATTAGCATATATAGAATATAGGAAATTGTTAAGACAAAGAAAAATA
C7 GGACCATAGTGTTCTTAGAATATAGGAAAATATTAAAACAAAGAAAAATA
C8 GGACCATAGCATATATAGAATATAGGAAATTGGTAAGGCAAAGAAGAATA
C9 GGACTATAGTAGCTCTACAATTTAGGAAAATATTAAGACAAAGAAAAATA
C10 GGACTATAGTGTACATAGAATACAGGAAAATAGTAAAACAAAGAAAAATA
C11 GGACTATAGTACTTATAGAATATAGGAAAATCTTAAGACAAAGAAAAATA
C12 GGACTATAGTAGCTATAGAAACTAAGAAGGTACTAAAGCAAAGGAAAATA
C13 GGACCATAGCATATATAGAATATAGGAAAATAAGAAAACAGAAGAAAATA
C14 GGATCATAGCATATATAGAATATAGGAAATTGTTAAGACAAAGAAAAATA
C15 GGACCATAGTAGGCATAGAGTATAGGAAAATATTAAGACAAAGAAAGATA
C16 GGTCTATAGTATTCATAGAATATAGGAAAATAAGAAGACAAAGAAAAATA
C17 GGACTATAGTAGCTATAGAATATAAGAAAATACAAAAAGAAAGAAAAATA
C18 GGACTATAGTATATATAGAATATAAGAAACTGGTAAGGCAAAGAAAAATA
C19 GGTCCATAGTATTCATAGAATATAGGAGAATATTAAGGCAAAGAAAAATA
C20 GGACTATAGTAGCTATAGAATATAGGAAAATACTAAGGCAAAGAAAAATA
C21 GGACCATAGTATTCATAGAATATAGGAAAATAAGAAAACAAAGAAGAATA
C22 GGACCATAGTGCTTATAGAATATAGGAAAATATTAAGACAAAGAAAAATA
C23 GGACCATAGTATTTATAGAGTATAGGAAAATAAGAAAACAAAAGAAAATA
C24 GGACCATAGTGCTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATA
C25 GGTCCATAGTACTCATAGAATATAGGAAATTATTAAGACAAAGAAGAATA
C26 GGACTATAGTAGGTATAGAGTATAAAAGATTGTTAAAACAAAGAAAAATA
C27 GGACCATAGTATATATAGAATATAGGAAAATAAGAAAACAGAAGAAAATA
C28 GGACCATAGTATTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATA
C29 GGACCATAGTGTACATAGAATATAGGAAAATAAGAAAACAGAAGAGAATA
C30 GGACTATAGTATATATAGAATATAAGAAGATATTAAGGCAAAGGAGAATA
C31 GGACTATAGTAGCTATAGAATTTAGGAAAATACTAAGACAAAGAAGAATA
C32 GGACCATAGCATATATAGAATATAGGAAGCTGTTAAGACAAAGAAAAATA
C33 GGTCCATAGTACTCATAGAATATAGGAAAATATTAAGACAAAGGAAAATA
C34 GGACCATAGTCTTTATACAATATAAGGAAATAAGAAAACAGAAGAAAATA
C35 GGATCTTAGTGTATATAGAATATAGGAAATTGAAAAGACAAAAAAGAATA
C36 GGACCATAGTGCTTATAGAATATAGGAAAATATTAAGACAAAGAAAGATA
C37 GGTCCATAGTAGTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATA
C38 GGACCATAGTACTCATAGAATATAGAAAAATATTAAGACAGAGAAAAATA
C39 GGACTATAGTATATATAGAATATAAGAAATTGTTAAGACAAAGAAAGATA
C40 GGACTATAGTAGGTCTAGAATTTAAGAGAATACTAAGGCAAAGGAAAATA
C41 GGGTTCTAGCCTTTTTAGAATATAAGAAAATTAAGAAGCAAAGAAAAATA
C42 GGGTCATAGCATATATAGAATATAGGAAATTGTTAAGACAAAGAAAAATA
C43 GGACAATAGTAATAATAGAATATAGAAAATTATTGAGACAGAGAAAAATA
C44 GGACCATAGCAGTCATAGAATATAGAAGGATAAGGAAGCAAAGAAAAATA
C45 GGACCATAGTATTAGTAGAATATAGGAAAATATTAAAACAAAGGAAAATA
C46 GGATCATAGCATATATAGAATATAGGAAATTGTTAAGACAAAGAAAAATA
C47 GGACTATAGTAGCTATAGAAATTAGGAATATATTGAAGCAAAGAAAAATA
C48 GGTCTTTTGTAATCATAGAATATAGGAAAATCTTAAGACAAAGAAGAATA
C49 GGACCATAGTGCTTCTAGAATATAGGAAAATATTAAGACAAAGGAAAATA
C50 GGACCATAGTATTCTTAGAATATAGGAAAATATTAAAACAAAGAAGAATA
** *:* * *.: *.... * .*.. *.*..*..***
C1 GACAAGTTACTTAAGAGAATAAGAGAAAGAGAAGAGGACAGTGGAAATGA
C2 GACAGGTTAATTGAGAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
C3 AATAAGTTATATAAAAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
C4 GACAGGTTAATTAAAAGAATTAAGGAGAGAACAGAAGACAGTGGCAATGA
C5 GACAGGTTAATTGATAGAATAACAGAAAGAGCAGAAGACAGTGGCAATGA
C6 GACTGGTTAATTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
C7 GACAGGTTAATTGATAGAATAGTAGAAAGAGCAGAAGACAGTGGCAATGA
C8 GACTGGTTAATTAAAAGAATTAGGGAAAGAGCAGAGGACAGTGGCAATGA
C9 GACAGGTTAATTAAGAAAATAAGAGAAAGAGCAGAAGACAGTGGAAATGA
C10 GACAAGATAATTGATAGAATAAGAGACAGAGCAGAAGACAGTGGCAATGA
C11 GATAAGTTAATTGATAGAATAGCAGAAAGAGCAGAAGACAGTGGCAATGA
C12 GACAGGTTAATTAAGAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGA
C13 GACAAGTTACTTGATAGAATAAGAGAAAGAGCAGAAGATAGTGGCAATGA
C14 GACTGGTTAGTTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
C15 GACAGGATAATTAATAGAATAATAGAAAGAGCAGAAGACAGTGGCAATGA
C16 GACAGGTTAATTGATAGAATAATAGAAAGAGCAGAAGACAGTGGCAATGA
C17 GATAAGTTAATTAAGAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGA
C18 AATAGGTTATATAAAAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
C19 GACAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
C20 GATAGGTTAATTAAGAGAATAACAGAAAGAGAAGAAGACAGTGGAAATGA
C21 GACAGGTTAATTGATAGAATAGCAGAAAGAGCAGAAGACAGTGGCAATGA
C22 GACAGGATAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
C23 GACAGGATACTTGATAGAATAAGGGAAAGAGCAGAAGATAGTGGCAATGA
C24 GATAGGCTACTTGATAGAATAATAGAAAGAGCAGAAGACAGTGGCAATGA
C25 GACAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGATAGTGGCAATGA
C26 AACAAGCTAATTGAGAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
C27 GATAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGATAGCGGCAATGA
C28 GACAGACTACTTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
C29 GACAAATTAATTGATAGAATAAAAGAAAGAGCAGAAGATAGTGGCAATGA
C30 GATAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
C31 GATAGGTTAATTAAGAGAATAAGTGAAAGAGCAGAAGACAGTGGAAATGA
C32 GACTGGTTAATTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
C33 GATAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
C34 CAAAGGATACTTGATGGAATAAGAGCAAGAGCACAAGACAGTGGAAATGA
C35 GACAGGTTAATTGAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
C36 GACAGGATAATTAATAGAATAGCAGAAAGAGCAGAAGACAGTGGCAATGA
C37 GATAGGTTAATTGAAAGAATAAGTGAAAGAGCAGAAGACAGTGGCAATGA
C38 GACAGGTTAATTAATAGAATTAGAGAAAGAGCAGAAGACAGTGGCAATGA
C39 GACTGGTTAGTTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
C40 GACAGGCTAGTTAAGAGAATAAGAGAAAGAGAAGAAGACAGTGGAAATGA
C41 GACTGGTTAATTGAGAGAATAAGAGAAAGAGCAGAAGATAGTGGCAATGA
C42 GACTGGTTAATTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
C43 GACAGGTTACTTCAGAGAATAAGTGAAAGAGCAGAAGACAGTGGCAATGA
C44 GACTGTATAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
C45 GATAAGTTAGTTAATAGAATAATAGAAAGGGCAGAAGACAGTGGAAATGA
C46 GACTGGTTGCTTGAAAGAATTAAGGAAAGAGAAGAAGACAGTGGCAATGA
C47 GACAGGTTAGTTAAGAGAATAAGAGAAAGAGAAGAAGACAGTGGAAATGA
C48 AACAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
C49 GATAGGTTACTTAATAGAATAATAGAAAGAGCAGAAGACAGTGGCAATGA
C50 GACAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
* :. *. :* * ..***:. *. **...* *.** ** **.*****
C1 GAGTGAAGGGGACACAGATGAATTG---GCCAAACTT-------------
C2 GAGTGACGGGGATACAGAGGAATTG---TCAACGCTG-------------
C3 GAATGAGGGAGATGCAGAGGAATTG---GCAGCACTT-------------
C4 GAGTGAGGGGGATGTCGAGGAATTG---GCTACAATG-------------
C5 GAGTGAAGGGGATCAGGAAGAACTA---TCAGCACTT-------------
C6 AAGTGACGGGGATACAGCAGGACTTGTCAACACTGGG-------------
C7 GAGTGAAGGGGATCAGGAGGAGTTA---TCAGGACTT-------------
C8 GAGTGATGGGGACACAGAGGAATTA---TCAACAATG-------------
C9 GAGTGAAGGAGACACAGAAGAATTG---GCCAAACTT-------------
C10 AAGCGAGGGAGACCAGGAAGAATTA---TCAAAGCTTGTGGAAATGGCAA
C11 GAGTGAAGGAGATCAAGAGGAATTA---TCAACACTT-------------
C12 GAGTGAAGGGGATACAGATGAATTG---GCCAAACTT-------------
C13 GAGTGATGGGGATATTGAAGAATTA---TCCACCCTT-------------
C14 GAGTGAGGGGGATACAGAGGAATTG---GAGACAATG-------------
C15 CAGTGAAGGAGATCAGGAAGAACTA---TCAGCACTTGTGGGGATGGGGC
C16 GAGTGAAGGGGATCAGGAAGAATTG---TCAGCTCTT-------------
C17 AAGTGAAGGTGACACAGAGGAGTTG---GCTCAACTT-------------
C18 GAGTGAGGGGGATGTGGAGGAATTG---GCCGCCCTT-------------
C19 GAGCGAGGGGGATGCAGAGGAATTG---GCAGCATTT-------------
C20 GAGTGAGGGAGACACAGAAGAATTG---GCCAAACTT-------------
C21 GAGTGAAGGGGATCAGGAAGAGTTA---TCAGCACTT-------------
C22 GAGCGAAGGAGACCAGGAAGAGTTA---TCAGCACTT-------------
C23 GAGTGAAGGGGATACAGAGGAATTA---TCCACCCTT-------------
C24 GAGCGAAGGGGATCAGGAAGAATTA---TCAGCTCTT-------------
C25 GAGTGAGGGGGATGCAGAGGAATTG---GCAGCAATT-------------
C26 GAGTGATGGGGATGTCGAGGAATTA---TCAACACTT-------------
C27 GAGTGATGGGGATACAGAGGAATTA---TCCACTCTT-------------
C28 GAGTGAAGGAGATGAGGAAGCATTG---GCAGCACTT-------------
C29 GAGTGATGGGGATACAGAAGAATTG---TGCACTCTT-------------
C30 AAGTGATGGAGACACAGACGAGCTG---GAAAAGCTT-------------
C31 GAGTGAAGGAGACACAGATGAATTG---GCCAAACTT-------------
C32 GAGTGAGGGAGATACTGAGGAATTG---GCAACGATG-------------
C33 GAGTGAGGGGGATCAGGAAGATTTA---TCAGCCCTA-------------
C34 GAGTGAAGGGGATACACATGAATTG---GCAACCCTT-------------
C35 GAGTGATGGAGACACAGAAGAGTTG---GAAACAATG-------------
C36 GAGCGAAGGGGACCAAGAGGAATTA---TCAAAACTT-------------
C37 GAGTGACGGGGATCAGGAAGAATTG---TCAGCACTG-------------
C38 GAGTGAAGGGGACACAGAGGAATTA---TCAACAATG-------------
C39 GAGCGAAGGGGATACTGAGGAATTA---TCAACAATG-------------
C40 GAGTGAAGGAGACACAGATGAATTG---GCCAAACTT-------------
C41 GAGTGAGGGGGATACAGAGGAATTG---GCAACACTT-------------
C42 GAGTGAGGGGGATACTGAGGAATTG---TCAACAATG-------------
C43 AAGTGATGGAGACCAGGAAGAATTA---TCAGCAATT-------------
C44 GAGTGAGGGAGATAGAGAGGAATTG---TCAAAACTT-------------
C45 GAGTGAGGGGGACACAGATGAATTG---TCCAAACTT-------------
C46 GAGTGATGGGGATCTTGAAGACTTA---TCAACAATG-------------
C47 GAGTGAAGGAGACACAGATGAATTG---GCCAAACTT-------------
C48 GAGTGGGGGGGATGAGGAAGAATTG---GCGGCCTTT-------------
C49 GAGCGAAGGAGATCAAGAAGAATTG---GCAGCGCTT-------------
C50 GAGTGAAGGGGATCAGGAAGAATTG---TCCGCACTT-------------
*. *. ** ** . * *
C1 -----------GTGGAAATGGGG---------GATTTTGATCCTTGGGTT
C2 -----------GTGGATATGGGG---------AATCTTAGGCTTTTGGAT
C3 -----------GGGGAGGTGGGG---------CCTTTTATTCCTGGGGAT
C4 -----------GTGGATATGGGG---------CAGCTTAGGCTTTTGGAT
C5 -----------GTGGAAAGGGGT---------CACCTTGCTCCTTGGGAT
C6 -----------GTGGATATGGGG---------AATCTTAGGCTTTTGGAT
C7 -----------ATGGAGATGGGG---------CATCACGCTCCTTGGGAT
C8 -----------GTGGATATGGGG---------CATCTTAGGCTTTTGGAT
C9 -----------GTGGAAATGGGG---------GACTTTGATCCTTGGGTT
C10 AGCTT------GTGGAAATGGGG---------TACGATGCTCCTTGGAAT
C11 -----------ATGGAGATGGGG---------TATCATGCTCCTTGGGAT
C12 -----------GTGGAAATGGGG---------GACTTTGATCCTTGGGTT
C13 -----------ATGGAGATGGGG---------TACGATAATATTTTGGAT
C14 -----------GTGAACATGGGG---------CATCTTAGGCTTCTGGAT
C15 ACCATGCTCCTGTGGAGATGGGG---------CATCATGCTCCTTGGGAT
C16 -----------GTGGGGATGGGG---------CACCATGCTCCTTGGGAT
C17 -----------GTGGATATGGGG---------GATTTTGATCACTGGGTT
C18 -----------GGGGAAATGGGG---------CCTTTTATTCCTGGGAAT
C19 -----------GGGGAAATGGGGCATCTG---CATCTTATTCCTGGGGAT
C20 -----------GTGGAAATGGGG---------GACTTTGATCCTTGGATT
C21 -----------ATGGAGATGGGG---------CATCATGCTCCTTGGGAT
C22 -----------GTGGAGATGGGGCACAATGCTCACCATGCTCCTTGGGAT
C23 -----------ATGGAGGTGGGG---------AATTATAATCTCTTGGAT
C24 -----------GTGGAGATGGGG---------CATCATGCTCCTTGGGAT
C25 -----------GGGGACATGGGG---------CCTCTTATTCTTGGGAAT
C26 -----------ATTGAGCTGGGG---------GACTATGATCTTGGGGAT
C27 -----------ATGGAGATGGGG---------CCTGATGATATTTGGAAT
C28 -----------GTGGACAGGGGG---------CATCTTGCTCCTTGGGAT
C29 -----------ATGGAGATGGGG---------TATGATAATATTTTGGAC
C30 -----------GTGGAGATGGGG---------CCTCATGATCTTTGGAAT
C31 -----------GTGGAAATGGGG---------AACTTTGATCCTTGGGTT
C32 -----------GTGGACATGGGG---------CATCTTAGGCTTTTGGAT
C33 -----------TTGGAAATGGGG---------CATCTTGCTCCTTGGGAT
C34 -----------GTGGAAATGGGG---------GATTTTGATCCTTGGGTT
C35 -----------GTGGATATGGGG---------CATCTTAGGCTTTTGGAT
C36 -----------GTGGATATGGGG---------CACGATGCTCCTTGGGAT
C37 -----------GTGGAGATGGGG---------CATCATGCTCCTTGGGAT
C38 -----------GTGGATATGGGG---------CGTCTTAGGCTTTTGGAT
C39 -----------GTGGATATGGGG---------CATCTTAGGCTTTTGGAT
C40 -----------GTGGACATGGGG---------GACTTTGATCCTTGGGTT
C41 -----------ATGGAGATGGGG---------AATCTTGATTTTTTGGAT
C42 -----------GTGGATATGGGG---------CAGCTTAGGCTTTTGGAT
C43 -----------GTGGAGAGGGGG---------CATCTTGCTCCTTGGGAT
C44 -----------GTGGAAATGGGG---------TACCCTGCTCCTTGGGAT
C45 -----------GTGGAAATGGGG---------AACTTTGATCCTTGGGTT
C46 -----------GTGGACATGGGG---------CATCTTAGGCTTTTGGAT
C47 -----------GTGGAAATGGGG---------GACCTTGATCCTTGGGTT
C48 -----------GGAGACATTGGGGACATGGGGCTTCTTATTCCTGGGAAT
C49 -----------GTGGATATGGGG---------CACCATGCTCCTTGGGAT
C50 -----------GTGGACATGGAG---------CAGCATGCTCTTTTGCTT
.. *. . * :
C1 GGGGATAATTTG------------------------------------
C2 GTTAATGATTTA------------------------------------
C3 ATTAATAATCTG------------------------------------
C4 GCTATTGATTTG------------------------------------
C5 ATTGATGATCTG------------------------------------
C6 GTTCATGATTTG------------------------------------
C7 GTTGATGATCTG------------------------------------
C8 GTTAATGATTTA------------------------------------
C9 GGTGATAATTTG------------------------------------
C10 GTTGATGATCTG------------------------------------
C11 GTTAATGACATG------------------------------------
C12 GGTGATGATTTG------------------------------------
C13 AATGATAATTTG------------------------------------
C14 GTTAATGATTTG------------------------------------
C15 GTTGATGATCTG------------------------------------
C16 GTTAATGATCTA------------------------------------
C17 GGTGATAATGTG------------------------------------
C18 ATTGATAATCTG------------------------------------
C19 ATTAATAATCTG------------------------------------
C20 GGTGACAATTTG------------------------------------
C21 ATTGATGATCTG------------------------------------
C22 GTTGATGATCTG------------------------------------
C23 AATAATAATTTG------------------------------------
C24 GTGGATGATCTG------------------------------------
C25 ATTGATAATCTG------------------------------------
C26 GATAATAATCTG------------------------------------
C27 GCTAATAATTTG------------------------------------
C28 GTTAATGATCTG------------------------------------
C29 AATGCTAATTTG------------------------------------
C30 GTTCATGATTTG------------------------------------
C31 GGTGATAATGTG------------------------------------
C32 GTTAATGATTTG------------------------------------
C33 ATTGATGATTTG------------------------------------
C34 GGGGATAATTTG------------------------------------
C35 GTTAACCATTTG------------------------------------
C36 GTTAATGATCTG------------------------------------
C37 GTTAATGATCTG------------------------------------
C38 GTTAATGATTTA------------------------------------
C39 GTTAATGGTGTG------------------------------------
C40 GGTGATAATGTG------------------------------------
C41 GCTAATGGT---------------------------------------
C42 GTTAATGATTTA------------------------------------
C43 ATTAATGAT---------------------------------------
C44 ATTGATGACATG------------------------------------
C45 GGTGATAATTTG------------------------------------
C46 GTTAATAATGGG------------------------------------
C47 GGTGATAATTTG------------------------------------
C48 ATTGATATTATG------------------------------------
C49 GTTAATGATCTG------------------------------------
C50 ATTGATGATCTG------------------------------------
.
>C1
---------ATGACACCTTGGACACCTTTGCAAATT--------------
-AGTGCAATAGCAGGACTGGTAGTGGCTCTAATTTTAGCAATAGTAGTGT
GGACCATAGTAGCTATAGAATATAAGAAAATATTAAAGCAAAGAAAAATA
GACAAGTTACTTAAGAGAATAAGAGAAAGAGAAGAGGACAGTGGAAATGA
GAGTGAAGGGGACACAGATGAATTG---GCCAAACTT-------------
-----------GTGGAAATGGGG---------GATTTTGATCCTTGGGTT
GGGGATAATTTG------------------------------------
>C2
------------------ATGATAAGCTTAATAGACAAAATAGATTATAG
AGTAGGAGTAGGAGCATTAATAATAGCATTAATCTTAGCAATAATTGCGT
GGACCATAGTATATATAGAGTATAGGAAACTGGTAAGACAAAGGAGAATA
GACAGGTTAATTGAGAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGACGGGGATACAGAGGAATTG---TCAACGCTG-------------
-----------GTGGATATGGGG---------AATCTTAGGCTTTTGGAT
GTTAATGATTTA------------------------------------
>C3
------------------ATGCCATATTTGATAATA--------------
----CTGATAGTTGCATTTATAGCAGTGCTAATAATAGCAATAATTGTGT
GGACTATAGTATATATAGAATATAGGAAAATATTAAAGCAAAGAAAAATA
AATAAGTTATATAAAAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
GAATGAGGGAGATGCAGAGGAATTG---GCAGCACTT-------------
-----------GGGGAGGTGGGG---------CCTTTTATTCCTGGGGAT
ATTAATAATCTG------------------------------------
>C4
------------------ATGTTAAACTTAGCAGCAAGAATAGATTATAG
ACTAGGAGTAGGAGCATTGATAGTAGCACTAATAATAGCAATAATTGTGT
GGACCATAGCATATACAGAATATAGGAAATTGTTAAGACAAAGGAAAATA
GACAGGTTAATTAAAAGAATTAAGGAGAGAACAGAAGACAGTGGCAATGA
GAGTGAGGGGGATGTCGAGGAATTG---GCTACAATG-------------
-----------GTGGATATGGGG---------CAGCTTAGGCTTTTGGAT
GCTATTGATTTG------------------------------------
>C5
------------------ATGCAGCCTCCACTAATA--------------
-TATGCAATAGTAGCATTAGTAGTAGCAGCAATAATAGCAATAGTTGTGT
GGTCCATAGTATTCATAAAATATAGGAGAATATTAAAACAAAGGAAAATA
GACAGGTTAATTGATAGAATAACAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAAGGGGATCAGGAAGAACTA---TCAGCACTT-------------
-----------GTGGAAAGGGGT---------CACCTTGCTCCTTGGGAT
ATTGATGATCTG------------------------------------
>C6
------------------ATGTTACAACATAGATTA------------AG
ATTAGGAGTAGGAGCATTAATAATAGCACTAATTATAGCAATAATTGTGT
GGACATTAGCATATATAGAATATAGGAAATTGTTAAGACAAAGAAAAATA
GACTGGTTAATTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
AAGTGACGGGGATACAGCAGGACTTGTCAACACTGGG-------------
-----------GTGGATATGGGG---------AATCTTAGGCTTTTGGAT
GTTCATGATTTG------------------------------------
>C7
------------------ATGAATTCTTTATACATA--------------
-TTAACAATAGTAGCTTTAGTAGCAGCAACAATATTAGCAATAGTTGTGT
GGACCATAGTGTTCTTAGAATATAGGAAAATATTAAAACAAAGAAAAATA
GACAGGTTAATTGATAGAATAGTAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAAGGGGATCAGGAGGAGTTA---TCAGGACTT-------------
-----------ATGGAGATGGGG---------CATCACGCTCCTTGGGAT
GTTGATGATCTG------------------------------------
>C8
------------------ATGTTAGAATTAATAGAT---------TATAG
ATTAGGAGTAGGGGCATTGATAGTAGCACTAATCTTAGTAATAATAGTGT
GGACCATAGCATATATAGAATATAGGAAATTGGTAAGGCAAAGAAGAATA
GACTGGTTAATTAAAAGAATTAGGGAAAGAGCAGAGGACAGTGGCAATGA
GAGTGATGGGGACACAGAGGAATTA---TCAACAATG-------------
-----------GTGGATATGGGG---------CATCTTAGGCTTTTGGAT
GTTAATGATTTA------------------------------------
>C9
------------------ATGTCACCTTTGGAAATT--------------
-AGTGCAATAGTAGGACTGATAGTAGCGCTTATCTTAGCAATAGTAGTGT
GGACTATAGTAGCTCTACAATTTAGGAAAATATTAAGACAAAGAAAAATA
GACAGGTTAATTAAGAAAATAAGAGAAAGAGCAGAAGACAGTGGAAATGA
GAGTGAAGGAGACACAGAAGAATTG---GCCAAACTT-------------
-----------GTGGAAATGGGG---------GACTTTGATCCTTGGGTT
GGTGATAATTTG------------------------------------
>C10
------------------ATGATACCTTTACAGATA--------------
-TTAGCAATAATAGCTTTAGTAGTAGCAGCAATATTAGCAATAATTGTGT
GGACTATAGTGTACATAGAATACAGGAAAATAGTAAAACAAAGAAAAATA
GACAAGATAATTGATAGAATAAGAGACAGAGCAGAAGACAGTGGCAATGA
AAGCGAGGGAGACCAGGAAGAATTA---TCAAAGCTTGTGGAAATGGCAA
AGCTT------GTGGAAATGGGG---------TACGATGCTCCTTGGAAT
GTTGATGATCTG------------------------------------
>C11
------------------ATGCAACCCTTAGAAATA--------------
-GTATCAATAGTAGCATTAGTATTAGCAGCTATACTAGCCATAGTTGTGT
GGACTATAGTACTTATAGAATATAGGAAAATCTTAAGACAAAGAAAAATA
GATAAGTTAATTGATAGAATAGCAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAAGGAGATCAAGAGGAATTA---TCAACACTT-------------
-----------ATGGAGATGGGG---------TATCATGCTCCTTGGGAT
GTTAATGACATG------------------------------------
>C12
------------------ATGACACCTTTGGAAATT--------------
-AGTGCAATAGTAGGACTGATAGTAGCGCTAATCTTAGCAATAGTAGTGT
GGACTATAGTAGCTATAGAAACTAAGAAGGTACTAAAGCAAAGGAAAATA
GACAGGTTAATTAAGAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGA
GAGTGAAGGGGATACAGATGAATTG---GCCAAACTT-------------
-----------GTGGAAATGGGG---------GACTTTGATCCTTGGGTT
GGTGATGATTTG------------------------------------
>C13
------------------ATGCAATCTTTAGAAATA--------------
-GCTGCAATAGTAGGACTAGTAGTAGCATTCATAGCAGCCATAGTTGTGT
GGACCATAGCATATATAGAATATAGGAAAATAAGAAAACAGAAGAAAATA
GACAAGTTACTTGATAGAATAAGAGAAAGAGCAGAAGATAGTGGCAATGA
GAGTGATGGGGATATTGAAGAATTA---TCCACCCTT-------------
-----------ATGGAGATGGGG---------TACGATAATATTTTGGAT
AATGATAATTTG------------------------------------
>C14
------------------ATGTTAGAGTTATTAGCAGGAGTAGATTATAG
ATTAGGGGTAGGAGCATTGATAGTAGCACTAATCATAGCAATAGTTGTGT
GGATCATAGCATATATAGAATATAGGAAATTGTTAAGACAAAGAAAAATA
GACTGGTTAGTTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAGGGGGATACAGAGGAATTG---GAGACAATG-------------
-----------GTGAACATGGGG---------CATCTTAGGCTTCTGGAT
GTTAATGATTTG------------------------------------
>C15
------------------ATGCAACCCTTAGAAATA--------------
-TTTTCAATAGTAGCATTAATATTAGTAGCAATAATAGCAATAGTTGTGT
GGACCATAGTAGGCATAGAGTATAGGAAAATATTAAGACAAAGAAAGATA
GACAGGATAATTAATAGAATAATAGAAAGAGCAGAAGACAGTGGCAATGA
CAGTGAAGGAGATCAGGAAGAACTA---TCAGCACTTGTGGGGATGGGGC
ACCATGCTCCTGTGGAGATGGGG---------CATCATGCTCCTTGGGAT
GTTGATGATCTG------------------------------------
>C16
------------------ATGAACTCTTTACAAATA--------------
-GCAGCAATAGTAGCATTAGTAGTAGTAGCAATAATAGCAATAATTGTGT
GGTCTATAGTATTCATAGAATATAGGAAAATAAGAAGACAAAGAAAAATA
GACAGGTTAATTGATAGAATAATAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAAGGGGATCAGGAAGAATTG---TCAGCTCTT-------------
-----------GTGGGGATGGGG---------CACCATGCTCCTTGGGAT
GTTAATGATCTA------------------------------------
>C17
------------------ATGACACCTTTAGAAATT--------------
-AGTGCAATAGCAGGACTGATAGTAGCGCTGATCTTAGCAATAGTAGTGT
GGACTATAGTAGCTATAGAATATAAGAAAATACAAAAAGAAAGAAAAATA
GATAAGTTAATTAAGAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGA
AAGTGAAGGTGACACAGAGGAGTTG---GCTCAACTT-------------
-----------GTGGATATGGGG---------GATTTTGATCACTGGGTT
GGTGATAATGTG------------------------------------
>C18
------------------ATGTCATATTGGTTAGCA--------------
-ATAAGCTTAGTAGCATTAATAGTAGCACTAATAATAGCAATAGTTGTGT
GGACTATAGTATATATAGAATATAAGAAACTGGTAAGGCAAAGAAAAATA
AATAGGTTATATAAAAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAGGGGGATGTGGAGGAATTG---GCCGCCCTT-------------
-----------GGGGAAATGGGG---------CCTTTTATTCCTGGGAAT
ATTGATAATCTG------------------------------------
>C19
------------------ATGCAACCTTTGGTAATA--------------
-TTAGCAATAGCAGCATTAGTAGTAGTAACAATAATAGCAATAATTGTGT
GGTCCATAGTATTCATAGAATATAGGAGAATATTAAGGCAAAGAAAAATA
GACAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
GAGCGAGGGGGATGCAGAGGAATTG---GCAGCATTT-------------
-----------GGGGAAATGGGGCATCTG---CATCTTATTCCTGGGGAT
ATTAATAATCTG------------------------------------
>C20
------------------ATGACACCTTTGGAAATT--------------
-AGTGCAATAGTAGGACTAATAGTAGCGCTAATCTTAGCAATAGTAGTGT
GGACTATAGTAGCTATAGAATATAGGAAAATACTAAGGCAAAGAAAAATA
GATAGGTTAATTAAGAGAATAACAGAAAGAGAAGAAGACAGTGGAAATGA
GAGTGAGGGAGACACAGAAGAATTG---GCCAAACTT-------------
-----------GTGGAAATGGGG---------GACTTTGATCCTTGGATT
GGTGACAATTTG------------------------------------
>C21
------------------ATGCAACCTTTAGTGATA--------------
-TTATCAATAGTAGCATTAGTAGTAGTAGCAATAATAGCAATAGTTGTGT
GGACCATAGTATTCATAGAATATAGGAAAATAAGAAAACAAAGAAGAATA
GACAGGTTAATTGATAGAATAGCAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAAGGGGATCAGGAAGAGTTA---TCAGCACTT-------------
-----------ATGGAGATGGGG---------CATCATGCTCCTTGGGAT
ATTGATGATCTG------------------------------------
>C22
------------------ATGCACCCTTTACAAATA--------------
-TTAGCAATAGTAGCATTAGTAGTAGCAGGATTATTAGCAATAGTTGTGT
GGACCATAGTGCTTATAGAATATAGGAAAATATTAAGACAAAGAAAAATA
GACAGGATAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
GAGCGAAGGAGACCAGGAAGAGTTA---TCAGCACTT-------------
-----------GTGGAGATGGGGCACAATGCTCACCATGCTCCTTGGGAT
GTTGATGATCTG------------------------------------
>C23
------------------ATGCAACCTTTAGAAATA--------------
-GCTGCAATAGTAGGAGTAATAGTAGCATTCATAGCAGCCATAGTTGTGT
GGACCATAGTATTTATAGAGTATAGGAAAATAAGAAAACAAAAGAAAATA
GACAGGATACTTGATAGAATAAGGGAAAGAGCAGAAGATAGTGGCAATGA
GAGTGAAGGGGATACAGAGGAATTA---TCCACCCTT-------------
-----------ATGGAGGTGGGG---------AATTATAATCTCTTGGAT
AATAATAATTTG------------------------------------
>C24
------------------ATGCAATCTCCAGAGATA--------------
-TTAACAATAGTAGCATTAGTAGTAGCAATAATACTAGCAATAGTTGTGT
GGACCATAGTGCTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATA
GATAGGCTACTTGATAGAATAATAGAAAGAGCAGAAGACAGTGGCAATGA
GAGCGAAGGGGATCAGGAAGAATTA---TCAGCTCTT-------------
-----------GTGGAGATGGGG---------CATCATGCTCCTTGGGAT
GTGGATGATCTG------------------------------------
>C25
------------------ATGCAATCTTTAGTAATA--------------
-ATAGCAATAGTAGCATTAGTAGTAGTAGCAATAATAGCAATAGTTGTGT
GGTCCATAGTACTCATAGAATATAGGAAATTATTAAGACAAAGAAGAATA
GACAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGATAGTGGCAATGA
GAGTGAGGGGGATGCAGAGGAATTG---GCAGCAATT-------------
-----------GGGGACATGGGG---------CCTCTTATTCTTGGGAAT
ATTGATAATCTG------------------------------------
>C26
---------------ATGTGGACTCCTTTAAGTATC--------------
-TGTGCAGTAGTAGGACTGATAGTAGCATTAATCATAGCAATAGTTGTGT
GGACTATAGTAGGTATAGAGTATAAAAGATTGTTAAAACAAAGAAAAATA
AACAAGCTAATTGAGAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGATGGGGATGTCGAGGAATTA---TCAACACTT-------------
-----------ATTGAGCTGGGG---------GACTATGATCTTGGGGAT
GATAATAATCTG------------------------------------
>C27
------------------ATGCAACCTTTAGAAATA--------------
-ACTGCAATAGTAGGATTAGTAGTAGCATTTATAGCAGCCATAGTTGTGT
GGACCATAGTATATATAGAATATAGGAAAATAAGAAAACAGAAGAAAATA
GATAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGATAGCGGCAATGA
GAGTGATGGGGATACAGAGGAATTA---TCCACTCTT-------------
-----------ATGGAGATGGGG---------CCTGATGATATTTGGAAT
GCTAATAATTTG------------------------------------
>C28
------------------ATGCAATCTCTACACATA--------------
-TTAGCAATAGTAGCATTAGTAGTAGCAGCAATACTAGCAATAGTTGTGT
GGACCATAGTATTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATA
GACAGACTACTTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAAGGAGATGAGGAAGCATTG---GCAGCACTT-------------
-----------GTGGACAGGGGG---------CATCTTGCTCCTTGGGAT
GTTAATGATCTG------------------------------------
>C29
------------------ATGCAGGCTTTAGAAATA--------------
-GCTGCAATAGTAGGACTAATAGTAGCATTCATAGCAGCCATAGTTGTGT
GGACCATAGTGTACATAGAATATAGGAAAATAAGAAAACAGAAGAGAATA
GACAAATTAATTGATAGAATAAAAGAAAGAGCAGAAGATAGTGGCAATGA
GAGTGATGGGGATACAGAAGAATTG---TGCACTCTT-------------
-----------ATGGAGATGGGG---------TATGATAATATTTTGGAC
AATGCTAATTTG------------------------------------
>C30
------------------ATGATACCTTTACAAATA--------------
-GCAGCAATAGTAGCATTAGTAGTAGCATTTTTCCTAAACTTAGTTGTGT
GGACTATAGTATATATAGAATATAAGAAGATATTAAGGCAAAGGAGAATA
GATAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
AAGTGATGGAGACACAGACGAGCTG---GAAAAGCTT-------------
-----------GTGGAGATGGGG---------CCTCATGATCTTTGGAAT
GTTCATGATTTG------------------------------------
>C31
------------------ATGTCACCTTTAGAAATT--------------
-AGTGCAATAGCAGGACTGATAGTAGCGCTAATCTTAGCAATAGTAGTGT
GGACTATAGTAGCTATAGAATTTAGGAAAATACTAAGACAAAGAAGAATA
GATAGGTTAATTAAGAGAATAAGTGAAAGAGCAGAAGACAGTGGAAATGA
GAGTGAAGGAGACACAGATGAATTG---GCCAAACTT-------------
-----------GTGGAAATGGGG---------AACTTTGATCCTTGGGTT
GGTGATAATGTG------------------------------------
>C32
------------------ATGTTAGATTTACTAGCAAGAGTAAATTATAG
AGTAGGAGTAGGAGCATTGATAGTAGCACTACTCATAGCAATAGTTGTGT
GGACCATAGCATATATAGAATATAGGAAGCTGTTAAGACAAAGAAAAATA
GACTGGTTAATTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAGGGAGATACTGAGGAATTG---GCAACGATG-------------
-----------GTGGACATGGGG---------CATCTTAGGCTTTTGGAT
GTTAATGATTTG------------------------------------
>C33
------------------ATGTTCCCTTTATACATA--------------
-GCATCAATAGTAGCATTAGTTGTAGCAGGAATAATAGCAATAGTTGTGT
GGTCCATAGTACTCATAGAATATAGGAAAATATTAAGACAAAGGAAAATA
GATAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAGGGGGATCAGGAAGATTTA---TCAGCCCTA-------------
-----------TTGGAAATGGGG---------CATCTTGCTCCTTGGGAT
ATTGATGATTTG------------------------------------
>C34
------------------ATGCAACCCTTAGAAATA--------------
-GCTGCAATAGTAGGACTAATAGTAGCAGGCATAGCAGCCATAATTGTGT
GGACCATAGTCTTTATACAATATAAGGAAATAAGAAAACAGAAGAAAATA
CAAAGGATACTTGATGGAATAAGAGCAAGAGCACAAGACAGTGGAAATGA
GAGTGAAGGGGATACACATGAATTG---GCAACCCTT-------------
-----------GTGGAAATGGGG---------GATTTTGATCCTTGGGTT
GGGGATAATTTG------------------------------------
>C35
------------------ATGTTAGAAGCAATAGAT---------TATAG
ATTAGGAGTAGGAGCATTGGTAGTAGCATCAATCATAGTAGTAATTGTGT
GGATCTTAGTGTATATAGAATATAGGAAATTGAAAAGACAAAAAAGAATA
GACAGGTTAATTGAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGATGGAGACACAGAAGAGTTG---GAAACAATG-------------
-----------GTGGATATGGGG---------CATCTTAGGCTTTTGGAT
GTTAACCATTTG------------------------------------
>C36
------------------ATGCAACCTTTAGTAATA--------------
-TTAGCAATAGCAGCATTAGTAATAGCAGCAATACTAGCAATAGTTGTGT
GGACCATAGTGCTTATAGAATATAGGAAAATATTAAGACAAAGAAAGATA
GACAGGATAATTAATAGAATAGCAGAAAGAGCAGAAGACAGTGGCAATGA
GAGCGAAGGGGACCAAGAGGAATTA---TCAAAACTT-------------
-----------GTGGATATGGGG---------CACGATGCTCCTTGGGAT
GTTAATGATCTG------------------------------------
>C37
------------------ATGAATTCATTAAAAATA--------------
-TTAGCAATAGTAGCATTAGTAGTAGCAGTAATATTAGCAATAGTTGTGT
GGTCCATAGTAGTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATA
GATAGGTTAATTGAAAGAATAAGTGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGACGGGGATCAGGAAGAATTG---TCAGCACTG-------------
-----------GTGGAGATGGGG---------CATCATGCTCCTTGGGAT
GTTAATGATCTG------------------------------------
>C38
------------------ATGCCAGCTTTAACCATT--------------
-TTAGCAATAGTAGCCTTAGTAATAGTAGCAATAATAGCCATAGTTGTGT
GGACCATAGTACTCATAGAATATAGAAAAATATTAAGACAGAGAAAAATA
GACAGGTTAATTAATAGAATTAGAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAAGGGGACACAGAGGAATTA---TCAACAATG-------------
-----------GTGGATATGGGG---------CGTCTTAGGCTTTTGGAT
GTTAATGATTTA------------------------------------
>C39
------------------ATGTTAGACTTAATAGCAAGAGTAGACTATAG
ATTAGGAGTAGGAGCATTGATAGTAGCATTAATTATAGCAATAGTTGTGT
GGACTATAGTATATATAGAATATAAGAAATTGTTAAGACAAAGAAAGATA
GACTGGTTAGTTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
GAGCGAAGGGGATACTGAGGAATTA---TCAACAATG-------------
-----------GTGGATATGGGG---------CATCTTAGGCTTTTGGAT
GTTAATGGTGTG------------------------------------
>C40
------------------ATGACACCTTTGCAAATT--------------
-AGTGCAATAGTAGGACTGATAGTAGCAGCAATCTTAGCAATAGTAGTGT
GGACTATAGTAGGTCTAGAATTTAAGAGAATACTAAGGCAAAGGAAAATA
GACAGGCTAGTTAAGAGAATAAGAGAAAGAGAAGAAGACAGTGGAAATGA
GAGTGAAGGAGACACAGATGAATTG---GCCAAACTT-------------
-----------GTGGACATGGGG---------GACTTTGATCCTTGGGTT
GGTGATAATGTG------------------------------------
>C41
------------------ATGACACCTTTACAAATA--------------
-GGGGCAATAGTAGGACTAATAGTAGCTTTCATCTTAGCAGTAGTTGCAT
GGGTTCTAGCCTTTTTAGAATATAAGAAAATTAAGAAGCAAAGAAAAATA
GACTGGTTAATTGAGAGAATAAGAGAAAGAGCAGAAGATAGTGGCAATGA
GAGTGAGGGGGATACAGAGGAATTG---GCAACACTT-------------
-----------ATGGAGATGGGG---------AATCTTGATTTTTTGGAT
GCTAATGGT---------------------------------------
>C42
------------------ATGTTAGATTTAGCAGCAAGAGTAGATTACAA
ACTAGGAGTGGGAGCACTGATAGTAGCATTAATCATAGCAATAGTTGTGT
GGGTCATAGCATATATAGAATATAGGAAATTGTTAAGACAAAGAAAAATA
GACTGGTTAATTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAGGGGGATACTGAGGAATTG---TCAACAATG-------------
-----------GTGGATATGGGG---------CAGCTTAGGCTTTTGGAT
GTTAATGATTTA------------------------------------
>C43
------------------ATGCAAGCCTTAACAATA--------------
-TTAGCAATAGTAGCATTAGTAGTAGTAGCAATAATAGCAATAATTGTGT
GGACAATAGTAATAATAGAATATAGAAAATTATTGAGACAGAGAAAAATA
GACAGGTTACTTCAGAGAATAAGTGAAAGAGCAGAAGACAGTGGCAATGA
AAGTGATGGAGACCAGGAAGAATTA---TCAGCAATT-------------
-----------GTGGAGAGGGGG---------CATCTTGCTCCTTGGGAT
ATTAATGAT---------------------------------------
>C44
------------------ATGCAATCTTTACAGATA--------------
-TTAGCAGTAGTAGCATTAGTTGTAGGAGCAATACTAGCAATAGTTGTGT
GGACCATAGCAGTCATAGAATATAGAAGGATAAGGAAGCAAAGAAAAATA
GACTGTATAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAGGGAGATAGAGAGGAATTG---TCAAAACTT-------------
-----------GTGGAAATGGGG---------TACCCTGCTCCTTGGGAT
ATTGATGACATG------------------------------------
>C45
------------------ATGACACCTTTGGAAATT--------------
-AGTGCAATTGTAGGACTGATAGTAGCGCTAATCTTAGCAATAGTTGTGT
GGACCATAGTATTAGTAGAATATAGGAAAATATTAAAACAAAGGAAAATA
GATAAGTTAGTTAATAGAATAATAGAAAGGGCAGAAGACAGTGGAAATGA
GAGTGAGGGGGACACAGATGAATTG---TCCAAACTT-------------
-----------GTGGAAATGGGG---------AACTTTGATCCTTGGGTT
GGTGATAATTTG------------------------------------
>C46
ATGTTAGCTTTCTTAGCAAAAGTGGATTTCTTAGCAAAAGTAGATTATAG
ATTAGGAGTAGGAGCATTGATAATAGCATTTATCCTAGCAATAATTGTGT
GGATCATAGCATATATAGAATATAGGAAATTGTTAAGACAAAGAAAAATA
GACTGGTTGCTTGAAAGAATTAAGGAAAGAGAAGAAGACAGTGGCAATGA
GAGTGATGGGGATCTTGAAGACTTA---TCAACAATG-------------
-----------GTGGACATGGGG---------CATCTTAGGCTTTTGGAT
GTTAATAATGGG------------------------------------
>C47
------------------ATGTCACCTTTAGAAATT--------------
-AGTGCAATAGTAGGACTGATAGTAGCAATAATCTTAGCAATAGTAGTGT
GGACTATAGTAGCTATAGAAATTAGGAATATATTGAAGCAAAGAAAAATA
GACAGGTTAGTTAAGAGAATAAGAGAAAGAGAAGAAGACAGTGGAAATGA
GAGTGAAGGAGACACAGATGAATTG---GCCAAACTT-------------
-----------GTGGAAATGGGG---------GACCTTGATCCTTGGGTT
GGTGATAATTTG------------------------------------
>C48
------------------ATGCAACCTTTAGTAATA--------------
-TTAGCAGTAGTAGCATTAGTAGTAACAGCAATAATAGCAATAGTTGTAT
GGTCTTTTGTAATCATAGAATATAGGAAAATCTTAAGACAAAGAAGAATA
AACAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGGGGGGGATGAGGAAGAATTG---GCGGCCTTT-------------
-----------GGAGACATTGGGGACATGGGGCTTCTTATTCCTGGGAAT
ATTGATATTATG------------------------------------
>C49
------------------ATGCAACCTTTACACATA--------------
-GCAGCAATAGCAGCATTAGTAGTAGCAGGAATAATAGCAATAGTTGTGT
GGACCATAGTGCTTCTAGAATATAGGAAAATATTAAGACAAAGGAAAATA
GATAGGTTACTTAATAGAATAATAGAAAGAGCAGAAGACAGTGGCAATGA
GAGCGAAGGAGATCAAGAAGAATTG---GCAGCGCTT-------------
-----------GTGGATATGGGG---------CACCATGCTCCTTGGGAT
GTTAATGATCTG------------------------------------
>C50
------------------ATGCAACCTTTAGTAATA--------------
-TTTTCAATAGCAGCATTAGTAGTAGTAGCAATAATAGCAATAATTGTGT
GGACCATAGTATTCTTAGAATATAGGAAAATATTAAAACAAAGAAGAATA
GACAGGTTAATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGA
GAGTGAAGGGGATCAGGAAGAATTG---TCCGCACTT-------------
-----------GTGGACATGGAG---------CAGCATGCTCTTTTGCTT
ATTGATGATCTG------------------------------------
>C1
oooMTPWTPLQIoooooSAIAGLVVALILAIVVWTIVAIEYKKILKQRKI
DKLLKRIREREEDSGNESEGDTDELoAKLooooooooVEMGoooDFDPWV
GDNL
>C2
ooooooMISLIDKIDYRVGVGALIIALILAIIAWTIVYIEYRKLVRQRRI
DRLIERIRERAEDSGNESDGDTEELoSTLooooooooVDMGoooNLRLLD
VNDL
>C3
ooooooMPYLIIooooooLIVAFIAVLIIAIIVWTIVYIEYRKILKQRKI
NKLYKRIRERAEDSGNENEGDAEELoAALooooooooGEVGoooPFIPGD
INNL
>C4
ooooooMLNLAARIDYRLGVGALIVALIIAIIVWTIAYTEYRKLLRQRKI
DRLIKRIKERTEDSGNESEGDVEELoATMooooooooVDMGoooQLRLLD
AIDL
>C5
ooooooMQPPLIoooooYAIVALVVAAIIAIVVWSIVFIKYRRILKQRKI
DRLIDRITERAEDSGNESEGDQEELoSALooooooooVERGoooHLAPWD
IDDL
>C6
ooooooMLQHRLooooRLGVGALIIALIIAIIVWTLAYIEYRKLLRQRKI
DWLIKRIRERAEDSGNESDGDTAGLVNTGooooooooVDMGoooNLRLLD
VHDL
>C7
ooooooMNSLYIoooooLTIVALVAATILAIVVWTIVFLEYRKILKQRKI
DRLIDRIVERAEDSGNESEGDQEELoSGLooooooooMEMGoooHHAPWD
VDDL
>C8
ooooooMLELIDoooYRLGVGALIVALILVIIVWTIAYIEYRKLVRQRRI
DWLIKRIRERAEDSGNESDGDTEELoSTMooooooooVDMGoooHLRLLD
VNDL
>C9
ooooooMSPLEIoooooSAIVGLIVALILAIVVWTIVALQFRKILRQRKI
DRLIKKIRERAEDSGNESEGDTEELoAKLooooooooVEMGoooDFDPWV
GDNL
>C10
ooooooMIPLQIoooooLAIIALVVAAILAIIVWTIVYIEYRKIVKQRKI
DKIIDRIRDRAEDSGNESEGDQEELoSKLVEMAKLooVEMGoooYDAPWN
VDDL
>C11
ooooooMQPLEIoooooVSIVALVLAAILAIVVWTIVLIEYRKILRQRKI
DKLIDRIAERAEDSGNESEGDQEELoSTLooooooooMEMGoooYHAPWD
VNDM
>C12
ooooooMTPLEIoooooSAIVGLIVALILAIVVWTIVAIETKKVLKQRKI
DRLIKRIRERAEDSGNESEGDTDELoAKLooooooooVEMGoooDFDPWV
GDDL
>C13
ooooooMQSLEIoooooAAIVGLVVAFIAAIVVWTIAYIEYRKIRKQKKI
DKLLDRIRERAEDSGNESDGDIEELoSTLooooooooMEMGoooYDNILD
NDNL
>C14
ooooooMLELLAGVDYRLGVGALIVALIIAIVVWIIAYIEYRKLLRQRKI
DWLVKRIRERAEDSGNESEGDTEELoETMooooooooVNMGoooHLRLLD
VNDL
>C15
ooooooMQPLEIoooooFSIVALILVAIIAIVVWTIVGIEYRKILRQRKI
DRIINRIIERAEDSGNDSEGDQEELoSALVGMGHHAPVEMGoooHHAPWD
VDDL
>C16
ooooooMNSLQIoooooAAIVALVVVAIIAIIVWSIVFIEYRKIRRQRKI
DRLIDRIIERAEDSGNESEGDQEELoSALooooooooVGMGoooHHAPWD
VNDL
>C17
ooooooMTPLEIoooooSAIAGLIVALILAIVVWTIVAIEYKKIQKERKI
DKLIKRIRERAEDSGNESEGDTEELoAQLooooooooVDMGoooDFDHWV
GDNV
>C18
ooooooMSYWLAoooooISLVALIVALIIAIVVWTIVYIEYKKLVRQRKI
NRLYKRIRERAEDSGNESEGDVEELoAALooooooooGEMGoooPFIPGN
IDNL
>C19
ooooooMQPLVIoooooLAIAALVVVTIIAIIVWSIVFIEYRRILRQRKI
DRLIDRIRERAEDSGNESEGDAEELoAAFooooooooGEMGHLoHLIPGD
INNL
>C20
ooooooMTPLEIoooooSAIVGLIVALILAIVVWTIVAIEYRKILRQRKI
DRLIKRITEREEDSGNESEGDTEELoAKLooooooooVEMGoooDFDPWI
GDNL
>C21
ooooooMQPLVIoooooLSIVALVVVAIIAIVVWTIVFIEYRKIRKQRRI
DRLIDRIAERAEDSGNESEGDQEELoSALooooooooMEMGoooHHAPWD
IDDL
>C22
ooooooMHPLQIoooooLAIVALVVAGLLAIVVWTIVLIEYRKILRQRKI
DRIIDRIRERAEDSGNESEGDQEELoSALooooooooVEMGHNAHHAPWD
VDDL
>C23
ooooooMQPLEIoooooAAIVGVIVAFIAAIVVWTIVFIEYRKIRKQKKI
DRILDRIRERAEDSGNESEGDTEELoSTLooooooooMEVGoooNYNLLD
NNNL
>C24
ooooooMQSPEIoooooLTIVALVVAIILAIVVWTIVLIEYRKILRQRKI
DRLLDRIIERAEDSGNESEGDQEELoSALooooooooVEMGoooHHAPWD
VDDL
>C25
ooooooMQSLVIoooooIAIVALVVVAIIAIVVWSIVLIEYRKLLRQRRI
DRLIDRIRERAEDSGNESEGDAEELoAAIooooooooGDMGoooPLILGN
IDNL
>C26
oooooMWTPLSIoooooCAVVGLIVALIIAIVVWTIVGIEYKRLLKQRKI
NKLIERIRERAEDSGNESDGDVEELoSTLooooooooIELGoooDYDLGD
DNNL
>C27
ooooooMQPLEIoooooTAIVGLVVAFIAAIVVWTIVYIEYRKIRKQKKI
DRLIDRIRERAEDSGNESDGDTEELoSTLooooooooMEMGoooPDDIWN
ANNL
>C28
ooooooMQSLHIoooooLAIVALVVAAILAIVVWTIVFIEYRKILRQRKI
DRLLDRIRERAEDSGNESEGDEEALoAALooooooooVDRGoooHLAPWD
VNDL
>C29
ooooooMQALEIoooooAAIVGLIVAFIAAIVVWTIVYIEYRKIRKQKRI
DKLIDRIKERAEDSGNESDGDTEELoCTLooooooooMEMGoooYDNILD
NANL
>C30
ooooooMIPLQIoooooAAIVALVVAFFLNLVVWTIVYIEYKKILRQRRI
DRLIDRIRERAEDSGNESDGDTDELoEKLooooooooVEMGoooPHDLWN
VHDL
>C31
ooooooMSPLEIoooooSAIAGLIVALILAIVVWTIVAIEFRKILRQRRI
DRLIKRISERAEDSGNESEGDTDELoAKLooooooooVEMGoooNFDPWV
GDNV
>C32
ooooooMLDLLARVNYRVGVGALIVALLIAIVVWTIAYIEYRKLLRQRKI
DWLIKRIRERAEDSGNESEGDTEELoATMooooooooVDMGoooHLRLLD
VNDL
>C33
ooooooMFPLYIoooooASIVALVVAGIIAIVVWSIVLIEYRKILRQRKI
DRLIDRIRERAEDSGNESEGDQEDLoSALooooooooLEMGoooHLAPWD
IDDL
>C34
ooooooMQPLEIoooooAAIVGLIVAGIAAIIVWTIVFIQYKEIRKQKKI
QRILDGIRARAQDSGNESEGDTHELoATLooooooooVEMGoooDFDPWV
GDNL
>C35
ooooooMLEAIDoooYRLGVGALVVASIIVVIVWILVYIEYRKLKRQKRI
DRLIERIRERAEDSGNESDGDTEELoETMooooooooVDMGoooHLRLLD
VNHL
>C36
ooooooMQPLVIoooooLAIAALVIAAILAIVVWTIVLIEYRKILRQRKI
DRIINRIAERAEDSGNESEGDQEELoSKLooooooooVDMGoooHDAPWD
VNDL
>C37
ooooooMNSLKIoooooLAIVALVVAVILAIVVWSIVVIEYRKILRQRKI
DRLIERISERAEDSGNESDGDQEELoSALooooooooVEMGoooHHAPWD
VNDL
>C38
ooooooMPALTIoooooLAIVALVIVAIIAIVVWTIVLIEYRKILRQRKI
DRLINRIRERAEDSGNESEGDTEELoSTMooooooooVDMGoooRLRLLD
VNDL
>C39
ooooooMLDLIARVDYRLGVGALIVALIIAIVVWTIVYIEYKKLLRQRKI
DWLVKRIRERAEDSGNESEGDTEELoSTMooooooooVDMGoooHLRLLD
VNGV
>C40
ooooooMTPLQIoooooSAIVGLIVAAILAIVVWTIVGLEFKRILRQRKI
DRLVKRIREREEDSGNESEGDTDELoAKLooooooooVDMGoooDFDPWV
GDNV
>C41
ooooooMTPLQIoooooGAIVGLIVAFILAVVAWVLAFLEYKKIKKQRKI
DWLIERIRERAEDSGNESEGDTEELoATLooooooooMEMGoooNLDFLD
ANGo
>C42
ooooooMLDLAARVDYKLGVGALIVALIIAIVVWVIAYIEYRKLLRQRKI
DWLIKRIRERAEDSGNESEGDTEELoSTMooooooooVDMGoooQLRLLD
VNDL
>C43
ooooooMQALTIoooooLAIVALVVVAIIAIIVWTIVIIEYRKLLRQRKI
DRLLQRISERAEDSGNESDGDQEELoSAIooooooooVERGoooHLAPWD
INDo
>C44
ooooooMQSLQIoooooLAVVALVVGAILAIVVWTIAVIEYRRIRKQRKI
DCIIDRIRERAEDSGNESEGDREELoSKLooooooooVEMGoooYPAPWD
IDDM
>C45
ooooooMTPLEIoooooSAIVGLIVALILAIVVWTIVLVEYRKILKQRKI
DKLVNRIIERAEDSGNESEGDTDELoSKLooooooooVEMGoooNFDPWV
GDNL
>C46
MLAFLAKVDFLAKVDYRLGVGALIIAFILAIIVWIIAYIEYRKLLRQRKI
DWLLERIKEREEDSGNESDGDLEDLoSTMooooooooVDMGoooHLRLLD
VNNG
>C47
ooooooMSPLEIoooooSAIVGLIVAIILAIVVWTIVAIEIRNILKQRKI
DRLVKRIREREEDSGNESEGDTDELoAKLooooooooVEMGoooDLDPWV
GDNL
>C48
ooooooMQPLVIoooooLAVVALVVTAIIAIVVWSFVIIEYRKILRQRRI
NRLIDRIRERAEDSGNESGGDEEELoAAFooooooooGDIGDMGLLIPGN
IDIM
>C49
ooooooMQPLHIoooooAAIAALVVAGIIAIVVWTIVLLEYRKILRQRKI
DRLLNRIIERAEDSGNESEGDQEELoAALooooooooVDMGoooHHAPWD
VNDL
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DRLIDRIRERAEDSGNESEGDQEELoSALooooooooVDMEoooQHALLL
IDDL
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_A3/VPU_1_2/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 348 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) = 1522251914
Setting output file names to "/opt/ADOPS/HIV1_A3/VPU_1_2/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) = 2142788521
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 = 7791840598
Seed = 1569083535
Swapseed = 1522251914
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 80 unique site patterns
Division 2 has 79 unique site patterns
Division 3 has 94 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 -- -7676.249051 -- -77.118119
Chain 2 -- -7972.788078 -- -77.118119
Chain 3 -- -7749.698390 -- -77.118119
Chain 4 -- -7824.855116 -- -77.118119
Initial log likelihoods and log prior probs for run 2:
Chain 1 -- -7882.914857 -- -77.118119
Chain 2 -- -7914.087144 -- -77.118119
Chain 3 -- -7655.106667 -- -77.118119
Chain 4 -- -7829.638034 -- -77.118119
Using a relative burnin of 25.0 % for diagnostics
Chain results (1000000 generations requested):
0 -- [-7676.249] (-7972.788) (-7749.698) (-7824.855) * [-7882.915] (-7914.087) (-7655.107) (-7829.638)
500 -- (-5935.157) (-5798.437) [-5716.090] (-5813.981) * [-5712.939] (-5974.531) (-5810.716) (-5725.952) -- 0:33:19
1000 -- (-5332.470) (-5195.253) [-5147.796] (-5221.860) * (-5250.439) (-5359.272) [-5228.904] (-5280.954) -- 0:33:18
1500 -- (-5057.169) [-4978.426] (-4990.035) (-5034.807) * (-5086.964) (-5109.562) [-4998.662] (-5131.483) -- 0:33:17
2000 -- (-4986.886) [-4944.033] (-4960.489) (-4974.335) * (-4966.794) (-4973.214) [-4945.145] (-4981.386) -- 0:33:16
2500 -- (-4948.322) [-4907.888] (-4931.066) (-4941.965) * (-4925.737) (-4911.170) [-4904.308] (-4941.493) -- 0:33:15
3000 -- (-4921.970) [-4897.444] (-4917.604) (-4913.548) * (-4908.314) (-4911.128) [-4893.925] (-4931.896) -- 0:33:14
3500 -- (-4938.361) [-4894.699] (-4892.802) (-4922.219) * (-4908.432) (-4892.638) [-4894.674] (-4931.629) -- 0:33:13
4000 -- (-4923.000) [-4887.673] (-4919.841) (-4916.988) * (-4895.431) [-4883.032] (-4913.089) (-4909.388) -- 0:29:03
4500 -- (-4913.223) [-4882.489] (-4907.620) (-4907.146) * (-4897.267) (-4880.667) [-4882.196] (-4910.390) -- 0:29:29
5000 -- (-4889.968) [-4878.293] (-4908.133) (-4910.534) * (-4893.492) [-4881.300] (-4903.573) (-4916.156) -- 0:29:51
Average standard deviation of split frequencies: 0.119672
5500 -- [-4871.706] (-4896.844) (-4920.392) (-4909.276) * (-4885.629) [-4869.313] (-4889.320) (-4891.178) -- 0:30:08
6000 -- [-4874.902] (-4914.073) (-4903.547) (-4895.035) * (-4880.201) [-4866.535] (-4885.662) (-4883.762) -- 0:30:22
6500 -- [-4882.299] (-4882.917) (-4898.097) (-4886.667) * (-4885.645) [-4869.445] (-4883.344) (-4912.398) -- 0:30:34
7000 -- [-4874.654] (-4889.693) (-4895.391) (-4886.311) * [-4883.988] (-4889.346) (-4902.623) (-4908.958) -- 0:30:44
7500 -- [-4857.747] (-4888.482) (-4890.932) (-4898.705) * [-4890.235] (-4887.827) (-4889.342) (-4914.578) -- 0:30:52
8000 -- (-4868.530) [-4876.239] (-4892.818) (-4904.210) * [-4885.375] (-4885.446) (-4899.441) (-4901.689) -- 0:31:00
8500 -- [-4871.711] (-4870.055) (-4903.635) (-4884.606) * (-4885.606) [-4865.688] (-4922.329) (-4897.138) -- 0:31:06
9000 -- [-4865.281] (-4866.536) (-4905.740) (-4889.535) * (-4896.006) (-4887.623) [-4889.911] (-4906.750) -- 0:31:11
9500 -- [-4861.481] (-4862.513) (-4912.341) (-4910.808) * (-4883.991) [-4871.717] (-4878.959) (-4904.782) -- 0:31:16
10000 -- [-4861.076] (-4893.506) (-4902.719) (-4917.104) * (-4918.012) [-4865.326] (-4883.509) (-4882.630) -- 0:29:42
Average standard deviation of split frequencies: 0.092548
10500 -- [-4874.735] (-4882.696) (-4899.886) (-4899.012) * (-4914.019) [-4875.048] (-4899.329) (-4886.902) -- 0:29:50
11000 -- (-4863.526) [-4872.360] (-4903.317) (-4912.260) * (-4879.281) (-4881.852) (-4904.714) [-4875.173] -- 0:29:58
11500 -- [-4872.357] (-4872.865) (-4908.686) (-4896.524) * [-4880.527] (-4895.772) (-4916.851) (-4875.623) -- 0:30:05
12000 -- (-4873.070) [-4863.152] (-4902.894) (-4917.846) * (-4874.298) (-4902.259) (-4906.335) [-4868.711] -- 0:30:11
12500 -- [-4871.261] (-4874.848) (-4890.071) (-4907.315) * (-4895.863) (-4911.952) (-4891.749) [-4866.156] -- 0:30:17
13000 -- (-4881.262) (-4892.128) [-4895.512] (-4900.756) * (-4890.631) (-4896.230) (-4881.890) [-4862.792] -- 0:30:22
13500 -- (-4885.743) (-4875.453) (-4906.364) [-4878.521] * (-4872.761) (-4905.811) (-4891.551) [-4862.884] -- 0:30:26
14000 -- (-4894.819) [-4870.646] (-4910.657) (-4867.928) * (-4885.820) (-4896.401) (-4894.290) [-4855.783] -- 0:30:31
14500 -- [-4874.635] (-4881.605) (-4895.936) (-4876.403) * (-4898.153) (-4886.390) (-4892.255) [-4852.074] -- 0:29:27
15000 -- (-4882.805) [-4870.338] (-4899.977) (-4876.436) * (-4929.540) [-4883.685] (-4902.839) (-4866.228) -- 0:29:33
Average standard deviation of split frequencies: 0.071391
15500 -- (-4900.229) [-4868.342] (-4891.200) (-4885.993) * (-4900.214) (-4888.296) (-4887.841) [-4868.766] -- 0:29:38
16000 -- (-4898.709) [-4856.860] (-4902.489) (-4885.343) * (-4881.171) (-4888.171) (-4874.170) [-4871.681] -- 0:29:43
16500 -- [-4882.460] (-4872.914) (-4899.199) (-4879.179) * (-4892.683) (-4872.680) (-4885.447) [-4869.221] -- 0:29:48
17000 -- [-4871.448] (-4882.919) (-4896.069) (-4907.052) * [-4880.107] (-4875.242) (-4907.363) (-4883.800) -- 0:29:52
17500 -- (-4865.514) [-4869.706] (-4896.891) (-4912.699) * (-4880.568) [-4871.152] (-4897.176) (-4887.992) -- 0:29:56
18000 -- (-4875.533) [-4884.394] (-4897.963) (-4905.936) * [-4862.010] (-4875.495) (-4910.592) (-4895.329) -- 0:30:00
18500 -- (-4871.036) [-4867.473] (-4915.043) (-4910.036) * [-4858.353] (-4877.447) (-4906.634) (-4909.198) -- 0:30:03
19000 -- (-4903.480) [-4865.790] (-4887.970) (-4892.250) * [-4863.501] (-4885.869) (-4894.228) (-4913.215) -- 0:29:15
19500 -- (-4883.928) [-4870.970] (-4905.316) (-4917.462) * [-4864.481] (-4883.944) (-4891.611) (-4892.715) -- 0:29:19
20000 -- (-4899.003) [-4875.596] (-4884.182) (-4923.168) * (-4872.736) (-4870.083) (-4884.209) [-4888.249] -- 0:29:24
Average standard deviation of split frequencies: 0.078234
20500 -- (-4887.179) [-4876.139] (-4890.517) (-4927.098) * (-4882.541) [-4878.155] (-4886.692) (-4880.363) -- 0:29:27
21000 -- [-4880.114] (-4876.611) (-4886.966) (-4901.292) * [-4884.752] (-4899.019) (-4896.268) (-4882.604) -- 0:29:31
21500 -- (-4879.701) [-4873.942] (-4876.202) (-4894.556) * (-4880.406) [-4892.495] (-4897.987) (-4885.019) -- 0:29:34
22000 -- (-4887.565) (-4875.966) [-4876.842] (-4892.068) * (-4882.340) (-4881.597) (-4889.250) [-4875.292] -- 0:29:38
22500 -- (-4890.627) [-4867.060] (-4874.020) (-4889.164) * (-4884.340) (-4895.131) (-4881.504) [-4872.125] -- 0:29:41
23000 -- (-4894.257) [-4855.949] (-4872.658) (-4893.539) * (-4906.990) (-4894.702) [-4872.451] (-4886.425) -- 0:29:44
23500 -- [-4874.225] (-4881.569) (-4877.093) (-4893.673) * (-4905.809) (-4886.068) [-4868.435] (-4879.661) -- 0:29:46
24000 -- [-4871.086] (-4900.541) (-4876.700) (-4896.039) * (-4903.731) (-4886.530) (-4878.929) [-4872.734] -- 0:29:49
24500 -- [-4870.974] (-4908.777) (-4876.272) (-4884.652) * (-4896.504) (-4893.734) (-4865.399) [-4857.209] -- 0:29:11
25000 -- (-4894.404) (-4911.340) [-4886.346] (-4894.949) * (-4898.638) (-4907.923) [-4859.264] (-4879.615) -- 0:29:15
Average standard deviation of split frequencies: 0.061732
25500 -- (-4909.856) (-4908.615) [-4890.520] (-4885.695) * (-4896.187) (-4897.841) [-4870.847] (-4877.572) -- 0:29:17
26000 -- (-4904.325) (-4896.658) [-4870.351] (-4883.205) * (-4892.718) (-4884.508) [-4873.920] (-4867.728) -- 0:29:20
26500 -- (-4903.665) [-4870.344] (-4881.965) (-4875.409) * (-4884.113) (-4899.335) (-4872.760) [-4863.276] -- 0:29:23
27000 -- (-4899.373) [-4883.125] (-4890.888) (-4893.932) * (-4891.918) (-4890.836) [-4864.885] (-4903.238) -- 0:29:25
27500 -- [-4876.421] (-4879.875) (-4892.622) (-4890.069) * (-4929.823) (-4917.516) [-4866.987] (-4893.707) -- 0:29:28
28000 -- (-4889.379) [-4876.906] (-4882.436) (-4896.008) * (-4920.912) (-4915.814) (-4870.191) [-4882.703] -- 0:29:30
28500 -- [-4877.383] (-4880.933) (-4897.435) (-4888.457) * (-4886.902) (-4918.915) [-4858.618] (-4894.439) -- 0:29:32
29000 -- (-4872.210) [-4883.268] (-4903.749) (-4890.546) * (-4879.357) (-4909.121) [-4855.955] (-4875.642) -- 0:29:01
29500 -- [-4875.798] (-4872.911) (-4912.048) (-4896.834) * (-4871.200) (-4891.437) [-4852.694] (-4895.000) -- 0:29:03
30000 -- (-4864.388) (-4888.495) (-4897.318) [-4865.155] * (-4884.679) [-4884.283] (-4882.208) (-4891.562) -- 0:29:06
Average standard deviation of split frequencies: 0.057116
30500 -- [-4882.939] (-4884.333) (-4893.236) (-4886.619) * (-4893.347) (-4889.084) [-4879.534] (-4883.224) -- 0:29:08
31000 -- (-4871.696) (-4880.894) (-4900.332) [-4876.127] * (-4888.366) (-4892.820) [-4872.193] (-4882.956) -- 0:29:10
31500 -- [-4872.285] (-4888.541) (-4900.929) (-4885.772) * (-4882.031) [-4881.204] (-4888.125) (-4889.937) -- 0:29:12
32000 -- (-4872.351) (-4904.176) (-4910.004) [-4877.638] * (-4900.099) [-4874.731] (-4884.977) (-4892.353) -- 0:29:14
32500 -- [-4867.313] (-4900.171) (-4890.579) (-4878.606) * (-4898.039) (-4896.952) (-4904.638) [-4889.963] -- 0:29:16
33000 -- [-4858.027] (-4905.298) (-4900.863) (-4883.348) * (-4898.938) (-4877.326) (-4883.520) [-4886.157] -- 0:29:18
33500 -- [-4857.980] (-4891.473) (-4896.026) (-4906.245) * (-4893.047) [-4873.756] (-4885.830) (-4899.113) -- 0:29:19
34000 -- [-4868.507] (-4893.952) (-4898.627) (-4880.414) * [-4878.381] (-4888.015) (-4886.461) (-4890.357) -- 0:28:53
34500 -- (-4867.513) (-4882.883) (-4891.609) [-4872.666] * [-4867.250] (-4886.955) (-4897.228) (-4884.396) -- 0:28:55
35000 -- [-4866.121] (-4889.448) (-4889.168) (-4871.925) * [-4871.278] (-4885.768) (-4907.987) (-4888.675) -- 0:28:57
Average standard deviation of split frequencies: 0.054164
35500 -- [-4873.212] (-4881.184) (-4897.914) (-4870.920) * [-4877.816] (-4886.620) (-4921.898) (-4880.817) -- 0:28:58
36000 -- [-4869.159] (-4885.352) (-4896.982) (-4869.618) * (-4886.196) [-4864.969] (-4901.824) (-4874.620) -- 0:29:00
36500 -- (-4899.299) [-4872.842] (-4897.757) (-4880.926) * (-4899.495) [-4864.846] (-4886.623) (-4869.633) -- 0:29:02
37000 -- (-4896.204) (-4874.520) (-4884.039) [-4866.118] * (-4913.067) [-4870.745] (-4907.597) (-4888.046) -- 0:29:03
37500 -- (-4912.839) [-4892.451] (-4883.415) (-4876.605) * (-4901.987) [-4872.254] (-4907.834) (-4881.270) -- 0:29:05
38000 -- (-4905.588) [-4872.969] (-4886.238) (-4882.385) * (-4892.504) [-4876.365] (-4917.406) (-4889.706) -- 0:29:06
38500 -- (-4902.681) [-4874.178] (-4882.868) (-4872.128) * (-4881.373) [-4871.254] (-4886.063) (-4870.394) -- 0:29:08
39000 -- (-4891.282) [-4865.279] (-4903.179) (-4893.515) * (-4864.088) (-4877.776) [-4877.614] (-4886.124) -- 0:29:09
39500 -- (-4902.884) [-4868.653] (-4891.993) (-4903.805) * [-4859.655] (-4878.980) (-4879.442) (-4875.651) -- 0:29:10
40000 -- (-4891.647) [-4862.610] (-4896.176) (-4893.335) * [-4866.830] (-4884.769) (-4888.907) (-4893.741) -- 0:28:48
Average standard deviation of split frequencies: 0.051777
40500 -- (-4888.626) [-4878.020] (-4896.459) (-4909.638) * (-4872.760) (-4884.558) (-4882.961) [-4884.808] -- 0:28:49
41000 -- (-4894.476) [-4880.663] (-4879.668) (-4913.914) * (-4885.613) (-4877.685) (-4887.486) [-4872.160] -- 0:28:50
41500 -- [-4887.882] (-4887.332) (-4894.096) (-4925.385) * (-4904.677) (-4892.083) (-4881.757) [-4874.554] -- 0:28:52
42000 -- (-4886.802) [-4883.241] (-4891.602) (-4893.326) * (-4909.632) (-4880.158) (-4891.000) [-4865.229] -- 0:28:53
42500 -- (-4892.533) [-4865.182] (-4896.615) (-4882.086) * (-4904.222) [-4869.395] (-4883.868) (-4866.676) -- 0:28:54
43000 -- (-4895.493) [-4859.680] (-4877.555) (-4893.300) * (-4891.040) [-4864.692] (-4891.618) (-4883.639) -- 0:28:55
43500 -- (-4891.573) [-4862.668] (-4888.073) (-4891.101) * (-4896.750) [-4877.136] (-4895.247) (-4900.795) -- 0:28:57
44000 -- (-4900.244) [-4868.948] (-4896.315) (-4885.285) * (-4877.815) [-4876.385] (-4894.848) (-4912.749) -- 0:28:58
44500 -- (-4901.101) [-4872.105] (-4879.392) (-4888.811) * [-4881.391] (-4860.927) (-4898.566) (-4900.916) -- 0:28:37
45000 -- (-4908.485) [-4882.108] (-4894.000) (-4894.670) * (-4872.619) [-4868.386] (-4901.634) (-4880.686) -- 0:28:39
Average standard deviation of split frequencies: 0.048700
45500 -- (-4918.669) [-4880.459] (-4886.182) (-4876.138) * [-4871.148] (-4857.527) (-4888.608) (-4882.931) -- 0:28:40
46000 -- (-4920.355) [-4861.665] (-4874.756) (-4892.877) * (-4865.817) [-4854.743] (-4894.654) (-4885.455) -- 0:28:41
46500 -- (-4893.975) [-4858.388] (-4882.728) (-4890.630) * [-4862.736] (-4867.869) (-4886.893) (-4896.675) -- 0:28:42
47000 -- (-4898.391) (-4858.601) [-4890.442] (-4880.078) * (-4876.744) [-4859.847] (-4898.513) (-4898.707) -- 0:28:43
47500 -- (-4896.793) [-4861.084] (-4890.113) (-4889.984) * (-4870.009) (-4880.698) (-4907.147) [-4885.470] -- 0:28:44
48000 -- (-4912.010) [-4854.573] (-4881.220) (-4914.411) * [-4866.925] (-4872.817) (-4892.318) (-4893.738) -- 0:28:45
48500 -- (-4897.752) [-4855.245] (-4880.575) (-4908.439) * (-4876.846) (-4870.785) (-4906.324) [-4879.042] -- 0:28:46
49000 -- (-4886.703) [-4866.511] (-4890.420) (-4895.728) * (-4877.594) [-4886.624] (-4882.364) (-4893.891) -- 0:28:47
49500 -- (-4914.643) [-4852.889] (-4887.716) (-4905.843) * [-4860.784] (-4885.384) (-4892.126) (-4905.030) -- 0:28:28
50000 -- (-4889.803) [-4868.771] (-4887.162) (-4892.513) * [-4867.059] (-4883.935) (-4898.573) (-4896.013) -- 0:28:30
Average standard deviation of split frequencies: 0.050031
50500 -- (-4888.511) [-4879.859] (-4893.375) (-4879.524) * (-4876.697) [-4869.432] (-4897.198) (-4881.566) -- 0:28:30
51000 -- (-4886.539) (-4884.631) [-4872.712] (-4888.511) * (-4878.684) [-4872.027] (-4910.871) (-4879.331) -- 0:28:31
51500 -- (-4886.172) (-4907.692) (-4891.843) [-4884.183] * (-4887.323) (-4875.850) (-4904.601) [-4872.242] -- 0:28:32
52000 -- [-4868.772] (-4906.443) (-4892.149) (-4891.054) * [-4877.777] (-4877.749) (-4877.730) (-4880.506) -- 0:28:33
52500 -- (-4871.082) (-4884.310) (-4895.559) [-4870.779] * (-4894.641) [-4872.097] (-4879.038) (-4880.539) -- 0:28:34
53000 -- [-4868.111] (-4875.799) (-4889.915) (-4875.821) * (-4907.967) (-4885.310) [-4857.783] (-4894.301) -- 0:28:35
53500 -- [-4875.805] (-4894.039) (-4899.910) (-4857.266) * (-4884.927) (-4879.340) [-4867.918] (-4912.931) -- 0:28:36
54000 -- (-4880.600) (-4903.430) (-4908.350) [-4861.671] * (-4890.925) [-4877.498] (-4870.431) (-4910.921) -- 0:28:36
54500 -- (-4880.401) (-4888.234) (-4899.104) [-4865.052] * (-4899.395) (-4878.319) [-4861.782] (-4899.025) -- 0:28:20
55000 -- (-4869.225) (-4901.529) (-4899.681) [-4884.222] * (-4893.599) (-4866.335) [-4855.807] (-4909.282) -- 0:28:21
Average standard deviation of split frequencies: 0.047351
55500 -- (-4878.855) (-4877.702) (-4905.710) [-4862.727] * (-4898.380) (-4874.155) [-4867.856] (-4902.738) -- 0:28:21
56000 -- (-4896.807) (-4875.257) (-4894.487) [-4861.099] * (-4892.890) (-4884.086) [-4867.781] (-4887.012) -- 0:28:22
56500 -- (-4888.887) [-4885.734] (-4910.869) (-4882.074) * (-4912.387) (-4886.250) [-4873.795] (-4868.217) -- 0:28:23
57000 -- (-4880.972) [-4867.915] (-4908.830) (-4872.876) * (-4895.686) (-4873.779) [-4873.927] (-4868.183) -- 0:28:24
57500 -- (-4880.241) [-4876.460] (-4903.865) (-4890.984) * (-4905.236) (-4880.009) [-4871.518] (-4870.289) -- 0:28:24
58000 -- [-4862.962] (-4879.537) (-4901.458) (-4878.942) * (-4912.624) [-4879.644] (-4876.871) (-4875.651) -- 0:28:25
58500 -- [-4868.791] (-4898.198) (-4894.339) (-4896.875) * (-4923.416) (-4871.973) [-4893.576] (-4887.577) -- 0:28:25
59000 -- [-4875.948] (-4891.520) (-4877.047) (-4890.214) * (-4926.054) [-4882.161] (-4872.863) (-4877.073) -- 0:28:10
59500 -- (-4877.105) (-4896.224) [-4868.793] (-4887.489) * (-4880.497) (-4880.606) [-4868.667] (-4894.976) -- 0:28:11
60000 -- (-4883.184) (-4897.798) (-4888.635) [-4877.788] * (-4886.288) [-4872.231] (-4866.210) (-4905.231) -- 0:28:12
Average standard deviation of split frequencies: 0.043012
60500 -- (-4884.781) [-4871.407] (-4869.462) (-4885.271) * (-4886.103) (-4873.434) [-4865.600] (-4924.176) -- 0:28:12
61000 -- (-4881.942) (-4883.561) [-4882.538] (-4899.630) * (-4894.901) [-4877.052] (-4867.549) (-4918.461) -- 0:28:13
61500 -- (-4884.987) (-4912.775) [-4866.737] (-4883.714) * (-4878.137) (-4886.580) [-4865.367] (-4916.179) -- 0:28:13
62000 -- (-4884.918) (-4918.032) [-4866.857] (-4876.780) * (-4871.222) (-4878.416) [-4867.305] (-4904.701) -- 0:28:14
62500 -- (-4886.896) (-4905.761) (-4888.693) [-4882.004] * (-4872.761) (-4885.671) [-4857.801] (-4883.162) -- 0:28:15
63000 -- (-4887.541) (-4907.488) (-4902.734) [-4879.046] * (-4870.734) (-4871.691) [-4871.191] (-4881.394) -- 0:28:15
63500 -- [-4881.989] (-4917.195) (-4901.922) (-4886.447) * (-4886.321) (-4871.786) [-4873.829] (-4885.651) -- 0:28:16
64000 -- [-4883.989] (-4913.614) (-4891.025) (-4888.510) * (-4893.410) (-4867.242) [-4876.332] (-4902.645) -- 0:28:01
64500 -- [-4877.174] (-4922.057) (-4913.119) (-4881.965) * (-4898.584) (-4891.765) [-4867.944] (-4891.328) -- 0:28:02
65000 -- (-4917.660) (-4911.866) (-4893.425) [-4884.526] * (-4895.566) (-4887.824) [-4868.577] (-4892.796) -- 0:28:03
Average standard deviation of split frequencies: 0.040011
65500 -- (-4916.871) [-4886.733] (-4894.873) (-4903.633) * (-4909.397) (-4895.994) [-4864.960] (-4888.104) -- 0:28:03
66000 -- (-4925.500) (-4898.605) [-4887.729] (-4900.971) * [-4875.381] (-4902.244) (-4876.684) (-4886.628) -- 0:28:04
66500 -- (-4926.662) (-4905.452) [-4879.397] (-4881.831) * [-4874.741] (-4913.068) (-4873.545) (-4885.406) -- 0:28:04
67000 -- (-4944.734) (-4900.654) (-4871.220) [-4887.595] * (-4889.832) (-4913.672) (-4879.435) [-4890.779] -- 0:28:04
67500 -- (-4928.744) (-4899.737) (-4873.014) [-4880.991] * (-4886.070) (-4898.431) (-4870.916) [-4878.814] -- 0:28:05
68000 -- (-4929.675) (-4891.016) [-4875.905] (-4887.049) * [-4879.202] (-4890.437) (-4890.579) (-4871.653) -- 0:28:05
68500 -- (-4913.022) (-4894.324) [-4877.515] (-4877.906) * (-4877.983) [-4889.660] (-4912.970) (-4900.840) -- 0:28:06
69000 -- (-4914.954) (-4884.344) (-4891.768) [-4871.872] * [-4873.643] (-4899.960) (-4901.578) (-4876.954) -- 0:27:53
69500 -- (-4898.644) (-4884.451) (-4890.147) [-4862.206] * [-4867.562] (-4896.178) (-4887.456) (-4876.223) -- 0:27:53
70000 -- (-4899.206) (-4895.749) (-4898.927) [-4864.751] * [-4865.578] (-4886.872) (-4878.565) (-4890.330) -- 0:27:54
Average standard deviation of split frequencies: 0.038999
70500 -- (-4887.114) (-4905.234) (-4896.634) [-4863.915] * (-4880.782) (-4893.818) [-4873.139] (-4885.696) -- 0:27:54
71000 -- (-4893.640) (-4911.352) (-4890.255) [-4855.369] * (-4874.049) (-4895.900) [-4867.156] (-4886.954) -- 0:27:54
71500 -- (-4874.902) (-4916.741) (-4896.024) [-4864.336] * (-4889.560) (-4884.252) [-4863.298] (-4896.817) -- 0:27:55
72000 -- (-4871.510) (-4904.464) [-4881.551] (-4868.766) * (-4876.843) (-4893.699) [-4846.053] (-4902.823) -- 0:27:55
72500 -- (-4884.335) (-4913.684) [-4875.932] (-4888.339) * (-4879.876) (-4910.539) [-4857.355] (-4904.850) -- 0:27:55
73000 -- (-4883.114) (-4904.207) [-4878.634] (-4883.263) * (-4880.946) (-4906.058) [-4866.269] (-4895.380) -- 0:27:56
73500 -- (-4878.510) (-4900.283) [-4884.473] (-4893.323) * (-4871.670) (-4887.429) [-4857.925] (-4908.574) -- 0:27:56
74000 -- (-4888.360) (-4913.707) (-4884.181) [-4895.029] * (-4892.305) [-4882.364] (-4859.669) (-4895.941) -- 0:27:44
74500 -- (-4889.938) (-4900.476) (-4879.165) [-4878.287] * (-4900.737) (-4883.423) [-4862.175] (-4879.309) -- 0:27:44
75000 -- (-4897.423) (-4902.801) (-4894.166) [-4867.640] * (-4910.125) (-4881.264) [-4864.487] (-4883.474) -- 0:27:45
Average standard deviation of split frequencies: 0.040317
75500 -- (-4878.151) (-4896.330) (-4917.382) [-4872.996] * (-4890.959) (-4872.396) [-4859.173] (-4892.800) -- 0:27:45
76000 -- (-4880.252) (-4900.530) (-4911.576) [-4858.547] * (-4888.923) (-4894.198) [-4870.921] (-4901.073) -- 0:27:45
76500 -- (-4875.401) (-4898.022) (-4893.886) [-4862.539] * (-4885.584) (-4907.624) [-4867.896] (-4903.672) -- 0:27:45
77000 -- [-4870.973] (-4915.379) (-4896.616) (-4873.113) * (-4880.979) (-4886.105) [-4866.324] (-4905.952) -- 0:27:46
77500 -- [-4883.582] (-4898.691) (-4881.877) (-4881.852) * (-4879.349) (-4899.334) [-4857.373] (-4903.402) -- 0:27:46
78000 -- (-4885.406) (-4913.135) (-4887.268) [-4883.622] * [-4871.772] (-4905.991) (-4877.742) (-4904.486) -- 0:27:46
78500 -- (-4884.690) (-4911.759) (-4901.372) [-4874.181] * [-4882.105] (-4900.944) (-4885.940) (-4902.866) -- 0:27:35
79000 -- (-4879.238) (-4898.537) (-4895.529) [-4865.319] * (-4877.178) (-4890.359) [-4873.418] (-4917.871) -- 0:27:35
79500 -- (-4881.636) [-4886.111] (-4892.614) (-4881.545) * (-4890.677) [-4879.947] (-4875.608) (-4913.896) -- 0:27:35
80000 -- [-4868.699] (-4898.800) (-4894.146) (-4890.175) * (-4882.668) (-4891.098) [-4881.094] (-4905.802) -- 0:27:36
Average standard deviation of split frequencies: 0.038015
80500 -- (-4893.202) (-4896.511) [-4891.687] (-4876.135) * [-4875.651] (-4896.314) (-4870.310) (-4887.932) -- 0:27:36
81000 -- (-4890.274) [-4871.754] (-4892.958) (-4867.388) * [-4869.376] (-4895.984) (-4879.919) (-4893.587) -- 0:27:36
81500 -- (-4885.008) (-4890.097) (-4881.974) [-4872.082] * (-4887.905) [-4877.026] (-4892.490) (-4881.364) -- 0:27:36
82000 -- (-4883.420) [-4896.306] (-4864.773) (-4872.603) * (-4896.851) (-4887.896) (-4874.735) [-4878.195] -- 0:27:36
82500 -- (-4876.291) (-4900.101) [-4853.892] (-4882.849) * (-4902.790) (-4878.180) (-4892.178) [-4876.853] -- 0:27:37
83000 -- (-4875.116) (-4884.291) [-4868.968] (-4903.193) * (-4888.554) (-4889.471) (-4899.037) [-4873.972] -- 0:27:37
83500 -- (-4881.933) [-4875.485] (-4869.427) (-4916.216) * (-4878.040) (-4895.585) (-4887.840) [-4870.676] -- 0:27:37
84000 -- (-4885.062) (-4892.812) [-4869.329] (-4890.685) * (-4890.277) [-4878.936] (-4902.608) (-4892.987) -- 0:27:26
84500 -- (-4884.021) [-4867.078] (-4871.528) (-4904.832) * (-4910.980) [-4882.735] (-4895.233) (-4893.006) -- 0:27:26
85000 -- (-4906.210) [-4868.580] (-4873.798) (-4894.680) * (-4881.692) [-4884.606] (-4878.535) (-4911.555) -- 0:27:27
Average standard deviation of split frequencies: 0.035708
85500 -- (-4917.421) [-4876.747] (-4877.748) (-4897.709) * [-4874.815] (-4884.824) (-4898.603) (-4906.789) -- 0:27:27
86000 -- (-4911.860) [-4877.195] (-4882.760) (-4910.400) * (-4875.043) (-4872.716) (-4897.884) [-4890.396] -- 0:27:27
86500 -- (-4912.812) (-4878.840) [-4876.619] (-4889.342) * (-4861.025) (-4885.210) (-4895.127) [-4883.016] -- 0:27:27
87000 -- (-4890.663) [-4871.771] (-4869.639) (-4871.730) * (-4881.142) (-4899.828) [-4886.856] (-4902.459) -- 0:27:27
87500 -- (-4886.222) (-4896.438) (-4871.583) [-4882.125] * [-4867.562] (-4905.966) (-4879.067) (-4912.015) -- 0:27:27
88000 -- (-4880.777) (-4891.536) [-4857.032] (-4888.574) * [-4867.542] (-4899.783) (-4874.276) (-4895.384) -- 0:27:27
88500 -- (-4885.989) (-4898.150) [-4867.949] (-4898.028) * [-4863.325] (-4903.249) (-4881.533) (-4893.080) -- 0:27:27
89000 -- (-4867.902) (-4888.518) [-4873.712] (-4905.345) * [-4858.663] (-4917.641) (-4889.960) (-4901.279) -- 0:27:17
89500 -- (-4879.500) [-4881.170] (-4874.981) (-4909.478) * [-4864.754] (-4907.425) (-4874.154) (-4889.956) -- 0:27:17
90000 -- (-4880.016) [-4872.916] (-4888.280) (-4907.154) * (-4868.125) (-4892.207) [-4884.382] (-4893.824) -- 0:27:18
Average standard deviation of split frequencies: 0.035999
90500 -- [-4880.734] (-4896.315) (-4899.042) (-4918.620) * [-4879.970] (-4887.140) (-4885.364) (-4892.399) -- 0:27:18
91000 -- [-4873.068] (-4888.181) (-4882.071) (-4901.798) * [-4875.344] (-4873.723) (-4887.010) (-4881.372) -- 0:27:18
91500 -- (-4883.977) (-4899.109) [-4884.781] (-4928.341) * (-4879.444) [-4867.800] (-4892.642) (-4892.116) -- 0:27:18
92000 -- (-4888.212) [-4889.292] (-4876.861) (-4916.219) * (-4907.308) [-4876.584] (-4887.705) (-4883.324) -- 0:27:18
92500 -- (-4875.983) (-4876.547) [-4870.475] (-4900.779) * (-4892.228) (-4871.544) (-4895.045) [-4886.531] -- 0:27:18
93000 -- [-4882.768] (-4876.722) (-4872.083) (-4887.193) * (-4899.319) [-4872.778] (-4903.289) (-4892.756) -- 0:27:18
93500 -- (-4874.128) (-4879.193) [-4869.877] (-4883.521) * [-4880.894] (-4874.647) (-4886.785) (-4897.684) -- 0:27:18
94000 -- (-4892.799) (-4894.275) (-4872.101) [-4866.971] * (-4885.800) [-4866.372] (-4888.415) (-4899.674) -- 0:27:18
94500 -- [-4872.119] (-4887.927) (-4877.318) (-4875.697) * (-4885.308) [-4867.199] (-4887.049) (-4909.579) -- 0:27:08
95000 -- (-4884.366) (-4887.961) [-4874.991] (-4873.480) * (-4896.715) [-4865.332] (-4879.724) (-4903.236) -- 0:27:09
Average standard deviation of split frequencies: 0.035914
95500 -- (-4905.255) (-4870.898) (-4890.252) [-4871.559] * (-4893.718) (-4853.265) (-4892.260) [-4883.439] -- 0:27:09
96000 -- (-4896.221) (-4886.211) (-4876.392) [-4863.563] * (-4888.344) [-4868.144] (-4876.254) (-4894.253) -- 0:27:09
96500 -- (-4896.028) (-4883.282) (-4914.063) [-4873.296] * (-4871.776) [-4885.932] (-4892.782) (-4903.656) -- 0:27:09
97000 -- (-4910.920) (-4870.969) (-4903.574) [-4856.088] * (-4884.646) (-4880.284) [-4878.948] (-4899.460) -- 0:27:09
97500 -- (-4895.277) (-4861.550) (-4892.927) [-4858.476] * (-4892.445) (-4883.043) [-4875.202] (-4908.249) -- 0:27:09
98000 -- (-4884.468) [-4871.260] (-4892.868) (-4864.999) * (-4899.896) (-4887.468) [-4874.515] (-4907.708) -- 0:27:09
98500 -- (-4896.385) [-4875.949] (-4882.962) (-4879.676) * (-4887.699) (-4893.275) [-4869.770] (-4894.989) -- 0:27:09
99000 -- (-4892.783) (-4876.174) (-4901.176) [-4873.719] * [-4878.120] (-4889.505) (-4867.586) (-4893.041) -- 0:27:09
99500 -- (-4883.537) (-4887.215) (-4906.412) [-4860.021] * (-4884.908) (-4877.577) [-4852.976] (-4898.139) -- 0:26:59
100000 -- (-4880.411) (-4874.487) (-4918.126) [-4872.552] * (-4902.086) (-4866.780) (-4876.364) [-4878.582] -- 0:27:00
Average standard deviation of split frequencies: 0.034904
100500 -- (-4891.881) [-4861.586] (-4884.849) (-4899.128) * (-4891.263) (-4884.280) [-4861.603] (-4893.217) -- 0:26:59
101000 -- (-4891.436) [-4866.250] (-4909.833) (-4886.477) * (-4898.075) (-4873.580) [-4860.007] (-4895.920) -- 0:26:59
101500 -- (-4887.709) [-4854.776] (-4906.917) (-4881.206) * (-4891.876) [-4883.183] (-4874.098) (-4876.351) -- 0:26:59
102000 -- (-4895.987) [-4863.710] (-4920.804) (-4870.107) * (-4898.111) (-4897.688) (-4879.661) [-4892.339] -- 0:26:59
102500 -- (-4891.884) (-4878.571) (-4922.829) [-4865.034] * (-4892.534) (-4891.359) [-4867.733] (-4909.228) -- 0:26:59
103000 -- (-4908.760) [-4873.067] (-4904.030) (-4885.343) * (-4887.306) (-4883.659) [-4858.956] (-4901.495) -- 0:26:59
103500 -- (-4882.113) [-4879.627] (-4897.506) (-4879.676) * (-4920.757) (-4897.357) [-4861.707] (-4899.185) -- 0:26:59
104000 -- (-4894.519) [-4867.966] (-4896.077) (-4898.849) * (-4887.649) (-4892.054) [-4886.439] (-4896.115) -- 0:26:59
104500 -- (-4890.712) [-4890.270] (-4899.451) (-4896.823) * (-4883.214) [-4884.192] (-4880.130) (-4904.200) -- 0:26:51
105000 -- (-4902.770) (-4886.568) [-4887.782] (-4905.047) * (-4894.510) (-4865.769) [-4862.193] (-4899.789) -- 0:26:51
Average standard deviation of split frequencies: 0.034081
105500 -- (-4891.091) [-4870.948] (-4894.695) (-4887.686) * (-4887.276) [-4862.805] (-4880.386) (-4922.468) -- 0:26:50
106000 -- (-4894.208) [-4871.688] (-4883.603) (-4886.275) * (-4899.320) [-4873.560] (-4894.266) (-4915.673) -- 0:26:50
106500 -- (-4889.874) [-4873.185] (-4871.164) (-4870.074) * (-4895.054) [-4876.231] (-4888.750) (-4911.525) -- 0:26:50
107000 -- (-4901.948) [-4867.827] (-4876.792) (-4900.862) * (-4875.012) [-4866.592] (-4879.569) (-4913.061) -- 0:26:50
107500 -- (-4919.871) [-4875.594] (-4884.829) (-4887.023) * [-4872.371] (-4876.643) (-4889.035) (-4892.840) -- 0:26:50
108000 -- (-4906.434) (-4871.437) [-4886.219] (-4904.660) * [-4891.970] (-4870.895) (-4882.764) (-4892.918) -- 0:26:50
108500 -- (-4928.145) [-4853.722] (-4906.585) (-4884.088) * [-4891.703] (-4874.256) (-4892.341) (-4905.400) -- 0:26:50
109000 -- (-4932.091) [-4862.162] (-4897.112) (-4881.476) * [-4880.962] (-4883.387) (-4900.344) (-4888.980) -- 0:26:50
109500 -- (-4921.749) (-4880.560) (-4889.863) [-4871.732] * [-4886.662] (-4874.516) (-4911.324) (-4894.055) -- 0:26:42
110000 -- (-4936.588) (-4896.351) (-4894.813) [-4875.105] * [-4888.744] (-4885.685) (-4892.954) (-4890.830) -- 0:26:42
Average standard deviation of split frequencies: 0.030956
110500 -- (-4917.571) (-4878.705) (-4884.520) [-4881.371] * (-4885.965) [-4874.225] (-4898.840) (-4905.200) -- 0:26:41
111000 -- (-4906.875) [-4867.360] (-4876.747) (-4886.150) * [-4873.418] (-4883.436) (-4889.649) (-4903.503) -- 0:26:41
111500 -- (-4891.283) (-4872.487) (-4879.280) [-4884.321] * [-4864.162] (-4884.357) (-4890.221) (-4908.937) -- 0:26:41
112000 -- [-4885.227] (-4888.384) (-4880.386) (-4910.634) * [-4869.585] (-4898.080) (-4889.984) (-4898.574) -- 0:26:41
112500 -- [-4876.829] (-4880.917) (-4883.038) (-4909.275) * [-4871.770] (-4887.290) (-4896.786) (-4909.173) -- 0:26:41
113000 -- (-4901.704) (-4882.741) [-4872.711] (-4880.001) * [-4865.588] (-4902.605) (-4898.400) (-4879.922) -- 0:26:41
113500 -- (-4902.448) (-4895.944) (-4879.190) [-4876.888] * (-4881.121) (-4891.314) (-4905.387) [-4865.014] -- 0:26:41
114000 -- (-4904.636) (-4896.497) [-4878.457] (-4886.351) * (-4883.955) [-4887.742] (-4900.825) (-4869.239) -- 0:26:41
114500 -- (-4881.418) (-4895.934) [-4876.716] (-4899.236) * (-4879.251) (-4885.452) (-4911.936) [-4874.131] -- 0:26:40
115000 -- (-4902.105) (-4878.405) [-4871.697] (-4890.411) * (-4881.057) (-4893.822) (-4913.467) [-4886.837] -- 0:26:33
Average standard deviation of split frequencies: 0.028447
115500 -- (-4889.379) (-4898.861) (-4866.787) [-4888.470] * (-4878.573) (-4909.828) (-4897.174) [-4881.769] -- 0:26:32
116000 -- [-4865.713] (-4905.124) (-4882.440) (-4900.756) * [-4876.060] (-4902.406) (-4908.660) (-4883.646) -- 0:26:32
116500 -- (-4870.616) (-4898.085) (-4889.136) [-4876.046] * [-4870.182] (-4886.570) (-4895.402) (-4907.616) -- 0:26:32
117000 -- [-4868.215] (-4890.783) (-4886.769) (-4901.188) * (-4868.169) [-4868.233] (-4892.837) (-4897.916) -- 0:26:32
117500 -- [-4866.438] (-4891.885) (-4888.494) (-4893.701) * (-4880.050) [-4870.651] (-4894.908) (-4894.201) -- 0:26:32
118000 -- [-4864.341] (-4897.182) (-4888.299) (-4909.628) * (-4879.169) [-4880.324] (-4880.096) (-4888.333) -- 0:26:32
118500 -- [-4870.039] (-4905.427) (-4907.592) (-4895.743) * (-4876.992) (-4879.164) [-4871.494] (-4879.457) -- 0:26:31
119000 -- [-4868.417] (-4885.999) (-4905.378) (-4918.042) * [-4875.989] (-4899.611) (-4903.664) (-4879.044) -- 0:26:31
119500 -- [-4870.958] (-4895.937) (-4888.635) (-4941.307) * [-4874.460] (-4877.316) (-4896.083) (-4887.403) -- 0:26:24
120000 -- [-4869.083] (-4891.619) (-4892.157) (-4901.271) * (-4874.327) [-4883.943] (-4881.647) (-4906.213) -- 0:26:24
Average standard deviation of split frequencies: 0.028728
120500 -- (-4883.318) (-4909.216) (-4885.288) [-4880.950] * (-4875.709) [-4873.924] (-4885.492) (-4907.744) -- 0:26:23
121000 -- [-4873.670] (-4896.994) (-4883.311) (-4895.952) * (-4883.633) [-4878.950] (-4886.351) (-4886.964) -- 0:26:23
121500 -- [-4872.463] (-4904.943) (-4884.662) (-4901.704) * (-4872.955) [-4867.106] (-4895.360) (-4908.241) -- 0:26:23
122000 -- (-4889.447) (-4897.160) [-4870.560] (-4889.505) * (-4871.765) [-4869.103] (-4886.616) (-4913.786) -- 0:26:23
122500 -- (-4893.298) [-4876.338] (-4878.876) (-4897.130) * (-4884.968) [-4861.293] (-4900.136) (-4900.164) -- 0:26:23
123000 -- (-4897.562) (-4873.014) [-4871.212] (-4898.559) * [-4868.333] (-4889.092) (-4874.251) (-4901.598) -- 0:26:22
123500 -- (-4889.526) (-4888.056) [-4875.951] (-4908.404) * [-4867.795] (-4900.821) (-4868.110) (-4899.068) -- 0:26:22
124000 -- (-4898.461) (-4903.590) [-4874.307] (-4899.403) * [-4861.827] (-4884.900) (-4886.086) (-4892.774) -- 0:26:22
124500 -- (-4872.002) (-4891.867) [-4875.595] (-4910.169) * [-4865.689] (-4880.514) (-4903.165) (-4902.496) -- 0:26:15
125000 -- (-4892.432) (-4882.775) [-4876.231] (-4910.946) * (-4876.905) [-4867.746] (-4912.369) (-4889.596) -- 0:26:15
Average standard deviation of split frequencies: 0.028471
125500 -- (-4884.017) (-4897.744) [-4866.997] (-4899.380) * (-4883.231) (-4900.348) (-4902.124) [-4881.256] -- 0:26:14
126000 -- (-4898.540) (-4891.355) [-4871.541] (-4906.443) * (-4900.129) (-4899.607) (-4895.407) [-4880.517] -- 0:26:14
126500 -- (-4881.010) (-4871.976) [-4868.543] (-4905.449) * (-4896.596) (-4880.036) (-4900.207) [-4881.456] -- 0:26:14
127000 -- (-4905.355) (-4867.724) [-4881.374] (-4895.711) * (-4905.856) [-4870.248] (-4899.429) (-4878.261) -- 0:26:14
127500 -- (-4887.514) (-4896.979) [-4890.469] (-4896.308) * (-4884.841) (-4881.934) [-4873.294] (-4886.213) -- 0:26:13
128000 -- (-4874.663) (-4896.351) [-4874.541] (-4918.146) * (-4897.029) (-4885.507) [-4887.855] (-4868.093) -- 0:26:13
128500 -- [-4873.087] (-4901.173) (-4886.508) (-4900.902) * (-4896.652) (-4889.045) (-4896.220) [-4889.965] -- 0:26:13
129000 -- (-4893.342) [-4881.259] (-4885.880) (-4900.268) * (-4897.464) (-4910.958) (-4890.622) [-4880.471] -- 0:26:13
129500 -- (-4902.034) [-4881.704] (-4878.976) (-4879.530) * (-4887.348) (-4920.714) (-4877.856) [-4883.692] -- 0:26:06
130000 -- (-4907.914) [-4866.163] (-4878.949) (-4890.565) * (-4881.511) (-4900.669) (-4886.362) [-4873.692] -- 0:26:06
Average standard deviation of split frequencies: 0.029112
130500 -- (-4911.350) [-4861.348] (-4876.259) (-4887.987) * [-4874.062] (-4909.717) (-4893.361) (-4901.414) -- 0:26:05
131000 -- (-4900.622) (-4876.916) (-4892.247) [-4894.706] * (-4879.512) (-4912.536) [-4874.468] (-4878.887) -- 0:26:05
131500 -- (-4906.826) (-4904.454) [-4875.561] (-4906.350) * [-4863.250] (-4906.810) (-4885.482) (-4865.866) -- 0:26:05
132000 -- (-4903.979) (-4896.406) [-4863.702] (-4908.040) * (-4881.686) (-4890.395) (-4882.637) [-4870.888] -- 0:26:05
132500 -- (-4921.824) (-4879.367) (-4873.091) [-4870.408] * (-4869.775) [-4886.822] (-4886.004) (-4869.560) -- 0:26:04
133000 -- (-4905.399) [-4862.951] (-4880.155) (-4882.824) * (-4884.434) (-4873.513) [-4873.668] (-4885.880) -- 0:26:04
133500 -- (-4900.620) (-4879.599) [-4882.450] (-4871.131) * [-4873.322] (-4877.796) (-4875.012) (-4905.982) -- 0:26:04
134000 -- (-4909.928) [-4863.232] (-4886.409) (-4875.821) * (-4876.790) (-4875.737) [-4856.620] (-4918.492) -- 0:26:03
134500 -- (-4915.189) (-4862.378) (-4881.864) [-4878.871] * (-4890.441) [-4876.149] (-4880.185) (-4894.545) -- 0:25:57
135000 -- (-4916.508) [-4860.900] (-4895.609) (-4887.769) * (-4898.694) (-4865.411) [-4867.394] (-4899.936) -- 0:25:57
Average standard deviation of split frequencies: 0.028817
135500 -- (-4907.597) [-4867.435] (-4894.155) (-4892.044) * (-4906.214) [-4861.883] (-4870.237) (-4889.893) -- 0:25:56
136000 -- (-4910.556) [-4865.055] (-4893.783) (-4911.674) * (-4886.109) (-4872.574) [-4872.458] (-4913.653) -- 0:25:56
136500 -- (-4898.075) [-4862.131] (-4872.825) (-4901.185) * (-4886.473) [-4866.318] (-4874.166) (-4885.041) -- 0:25:56
137000 -- (-4887.337) [-4870.595] (-4885.042) (-4899.518) * (-4879.007) [-4872.910] (-4901.471) (-4879.616) -- 0:25:55
137500 -- [-4885.049] (-4895.157) (-4899.771) (-4890.992) * [-4857.554] (-4881.750) (-4885.356) (-4899.523) -- 0:25:55
138000 -- (-4869.677) (-4889.138) (-4894.691) [-4886.654] * [-4875.024] (-4890.642) (-4894.333) (-4886.107) -- 0:25:55
138500 -- [-4859.562] (-4870.689) (-4890.394) (-4907.240) * [-4872.716] (-4880.017) (-4893.672) (-4877.092) -- 0:25:55
139000 -- [-4873.272] (-4887.184) (-4892.586) (-4919.726) * [-4879.002] (-4879.756) (-4926.981) (-4879.493) -- 0:25:54
139500 -- (-4876.166) [-4888.107] (-4891.937) (-4909.163) * [-4868.826] (-4882.482) (-4916.681) (-4884.664) -- 0:25:48
140000 -- (-4882.860) (-4908.019) [-4868.989] (-4906.784) * [-4862.992] (-4885.918) (-4906.619) (-4876.411) -- 0:25:48
Average standard deviation of split frequencies: 0.030063
140500 -- (-4895.576) (-4889.261) [-4862.588] (-4890.353) * (-4866.010) (-4894.784) [-4882.149] (-4884.447) -- 0:25:47
141000 -- (-4880.720) (-4879.003) [-4865.654] (-4883.623) * [-4867.899] (-4905.244) (-4898.872) (-4880.963) -- 0:25:47
141500 -- (-4885.506) (-4878.185) [-4858.687] (-4897.141) * [-4850.592] (-4905.776) (-4883.360) (-4881.615) -- 0:25:47
142000 -- (-4900.217) [-4880.715] (-4863.695) (-4892.304) * [-4863.441] (-4894.755) (-4878.184) (-4891.804) -- 0:25:46
142500 -- (-4907.992) [-4879.492] (-4884.463) (-4903.349) * [-4873.224] (-4883.644) (-4882.668) (-4901.177) -- 0:25:46
143000 -- (-4895.528) [-4873.699] (-4870.482) (-4893.162) * (-4872.679) (-4889.951) (-4884.821) [-4860.387] -- 0:25:46
143500 -- (-4906.896) [-4865.924] (-4888.741) (-4892.038) * (-4895.901) (-4878.862) (-4907.951) [-4867.547] -- 0:25:45
144000 -- (-4895.777) [-4857.192] (-4889.010) (-4905.203) * (-4896.947) (-4874.852) (-4900.158) [-4879.240] -- 0:25:45
144500 -- (-4913.836) [-4857.239] (-4897.210) (-4876.382) * (-4880.889) [-4877.228] (-4891.535) (-4880.072) -- 0:25:39
145000 -- (-4883.502) (-4868.453) (-4905.644) [-4883.087] * (-4898.473) [-4873.855] (-4898.812) (-4909.372) -- 0:25:39
Average standard deviation of split frequencies: 0.032714
145500 -- (-4887.780) [-4866.915] (-4912.791) (-4889.573) * (-4911.595) [-4859.767] (-4884.305) (-4893.115) -- 0:25:38
146000 -- (-4890.814) [-4873.051] (-4903.064) (-4886.404) * (-4899.225) [-4866.985] (-4891.988) (-4896.774) -- 0:25:38
146500 -- (-4888.961) [-4866.728] (-4896.077) (-4892.424) * [-4887.890] (-4881.788) (-4899.287) (-4894.621) -- 0:25:38
147000 -- (-4879.090) [-4880.826] (-4917.629) (-4891.593) * (-4890.377) (-4887.953) (-4884.768) [-4866.197] -- 0:25:37
147500 -- (-4894.736) [-4864.742] (-4909.356) (-4887.389) * (-4885.749) (-4882.347) [-4875.243] (-4868.763) -- 0:25:37
148000 -- (-4906.933) (-4873.695) (-4892.184) [-4865.612] * (-4923.436) [-4881.591] (-4877.558) (-4877.775) -- 0:25:37
148500 -- (-4900.854) (-4882.022) (-4905.583) [-4877.594] * (-4891.058) [-4877.232] (-4881.866) (-4878.146) -- 0:25:36
149000 -- (-4884.945) (-4889.063) (-4913.929) [-4874.474] * (-4886.761) [-4872.251] (-4886.263) (-4871.435) -- 0:25:36
149500 -- (-4903.238) (-4880.888) (-4901.722) [-4859.916] * (-4888.260) (-4880.325) [-4880.243] (-4882.039) -- 0:25:30
150000 -- (-4885.450) (-4892.369) (-4901.277) [-4876.533] * [-4877.229] (-4890.248) (-4881.504) (-4889.746) -- 0:25:30
Average standard deviation of split frequencies: 0.033067
150500 -- (-4892.064) [-4876.228] (-4905.499) (-4888.077) * (-4886.935) (-4890.214) [-4869.686] (-4890.868) -- 0:25:29
151000 -- [-4882.544] (-4903.513) (-4920.205) (-4888.561) * (-4890.874) [-4875.375] (-4882.613) (-4886.885) -- 0:25:29
151500 -- (-4876.406) (-4890.436) (-4892.027) [-4865.066] * (-4910.638) [-4877.143] (-4883.158) (-4881.642) -- 0:25:28
152000 -- (-4884.015) (-4892.264) (-4880.577) [-4862.634] * (-4900.003) [-4871.256] (-4885.582) (-4885.208) -- 0:25:28
152500 -- (-4882.375) (-4895.083) [-4879.677] (-4867.248) * (-4893.843) [-4865.734] (-4884.254) (-4899.799) -- 0:25:28
153000 -- [-4889.075] (-4914.684) (-4871.976) (-4875.845) * (-4886.800) (-4872.996) (-4882.271) [-4891.280] -- 0:25:27
153500 -- (-4894.572) (-4895.065) (-4867.196) [-4878.566] * (-4882.861) (-4900.630) [-4887.572] (-4888.075) -- 0:25:27
154000 -- (-4888.642) (-4881.389) (-4881.788) [-4867.579] * (-4914.670) [-4860.209] (-4901.263) (-4876.661) -- 0:25:27
154500 -- (-4920.757) [-4866.767] (-4882.591) (-4861.729) * (-4897.495) [-4872.746] (-4895.338) (-4878.388) -- 0:25:21
155000 -- (-4894.833) [-4875.266] (-4880.420) (-4874.773) * (-4889.301) (-4872.291) (-4913.379) [-4879.496] -- 0:25:21
Average standard deviation of split frequencies: 0.031463
155500 -- (-4882.219) (-4868.403) (-4904.802) [-4857.599] * (-4885.461) (-4875.177) (-4910.030) [-4878.132] -- 0:25:20
156000 -- (-4901.430) (-4874.591) (-4897.836) [-4851.398] * (-4885.740) (-4874.591) (-4890.027) [-4876.465] -- 0:25:20
156500 -- (-4910.114) (-4880.013) [-4868.675] (-4859.351) * (-4883.448) [-4869.284] (-4900.389) (-4893.058) -- 0:25:19
157000 -- (-4909.208) (-4893.039) (-4881.821) [-4856.992] * (-4892.254) [-4872.359] (-4901.390) (-4886.649) -- 0:25:19
157500 -- (-4896.097) (-4883.239) (-4890.156) [-4865.133] * [-4884.376] (-4881.237) (-4895.180) (-4880.423) -- 0:25:19
158000 -- (-4916.068) (-4872.941) (-4888.942) [-4866.189] * (-4887.981) (-4906.322) (-4892.678) [-4872.190] -- 0:25:18
158500 -- (-4920.275) (-4878.448) (-4875.265) [-4867.632] * (-4882.775) (-4901.696) (-4879.132) [-4877.597] -- 0:25:18
159000 -- (-4923.757) (-4878.632) [-4872.133] (-4871.985) * (-4888.182) (-4880.155) (-4890.943) [-4862.351] -- 0:25:12
159500 -- (-4889.700) (-4882.882) [-4869.379] (-4862.274) * [-4862.276] (-4891.359) (-4890.942) (-4874.018) -- 0:25:12
160000 -- (-4897.921) (-4886.675) (-4889.805) [-4860.572] * (-4894.159) (-4883.409) (-4890.815) [-4872.931] -- 0:25:12
Average standard deviation of split frequencies: 0.030060
160500 -- (-4895.530) (-4886.396) (-4882.895) [-4863.613] * (-4887.049) (-4878.753) (-4889.830) [-4877.710] -- 0:25:11
161000 -- (-4907.433) (-4871.696) (-4871.065) [-4861.796] * (-4881.053) (-4891.284) (-4886.151) [-4867.842] -- 0:25:11
161500 -- (-4911.609) (-4872.630) [-4875.258] (-4892.193) * (-4899.719) (-4901.951) [-4891.273] (-4871.659) -- 0:25:10
162000 -- (-4901.242) (-4892.428) (-4885.865) [-4882.402] * (-4896.310) (-4889.122) [-4885.457] (-4874.846) -- 0:25:10
162500 -- (-4905.329) (-4903.340) [-4864.258] (-4890.661) * (-4887.563) (-4910.798) (-4890.625) [-4873.443] -- 0:25:10
163000 -- (-4904.948) (-4895.841) [-4859.508] (-4898.876) * (-4892.106) (-4910.702) (-4892.737) [-4875.359] -- 0:25:09
163500 -- (-4907.857) (-4885.574) [-4856.867] (-4887.127) * (-4891.845) (-4922.500) (-4888.271) [-4879.238] -- 0:25:09
164000 -- (-4885.462) (-4875.230) [-4862.800] (-4886.172) * (-4888.000) (-4921.017) (-4883.458) [-4873.709] -- 0:25:03
164500 -- (-4894.028) (-4887.685) [-4861.956] (-4880.067) * (-4894.427) (-4925.231) [-4872.579] (-4894.301) -- 0:25:03
165000 -- (-4887.360) (-4882.051) [-4873.779] (-4893.374) * (-4893.484) (-4895.579) [-4871.845] (-4896.211) -- 0:25:03
Average standard deviation of split frequencies: 0.028835
165500 -- (-4904.126) [-4877.225] (-4871.995) (-4886.093) * (-4899.364) (-4883.456) (-4889.177) [-4880.730] -- 0:25:02
166000 -- (-4904.396) (-4889.789) (-4877.396) [-4875.910] * (-4898.781) (-4877.019) [-4880.209] (-4876.621) -- 0:25:02
166500 -- (-4907.015) (-4903.014) [-4878.393] (-4882.144) * [-4890.463] (-4888.969) (-4898.467) (-4872.038) -- 0:25:01
167000 -- (-4901.849) (-4883.264) [-4864.341] (-4888.459) * (-4900.873) (-4903.475) (-4896.144) [-4873.956] -- 0:25:01
167500 -- (-4889.824) (-4897.247) [-4876.824] (-4886.022) * (-4893.559) (-4913.428) [-4890.229] (-4887.719) -- 0:25:00
168000 -- (-4884.029) (-4911.258) [-4872.498] (-4888.881) * (-4881.290) (-4901.216) (-4896.560) [-4869.525] -- 0:25:00
168500 -- [-4863.898] (-4903.242) (-4860.567) (-4895.244) * [-4876.444] (-4882.216) (-4889.116) (-4901.739) -- 0:25:00
169000 -- (-4873.756) (-4925.781) [-4875.819] (-4887.087) * (-4900.845) (-4887.996) [-4875.617] (-4891.928) -- 0:24:54
169500 -- [-4865.297] (-4908.681) (-4871.814) (-4889.668) * (-4940.616) [-4881.760] (-4883.985) (-4895.541) -- 0:24:54
170000 -- (-4885.949) (-4899.833) [-4860.299] (-4889.667) * (-4930.700) [-4886.721] (-4871.499) (-4896.330) -- 0:24:54
Average standard deviation of split frequencies: 0.027674
170500 -- [-4873.757] (-4905.909) (-4878.072) (-4877.336) * (-4926.737) (-4877.203) [-4875.055] (-4904.011) -- 0:24:53
171000 -- (-4879.249) (-4887.383) (-4877.371) [-4872.747] * (-4912.993) [-4876.558] (-4877.745) (-4890.664) -- 0:24:53
171500 -- (-4879.723) (-4905.327) (-4889.024) [-4868.424] * (-4913.879) [-4869.884] (-4890.245) (-4899.861) -- 0:24:52
172000 -- (-4861.640) (-4897.130) (-4879.016) [-4884.203] * (-4911.788) [-4873.015] (-4895.098) (-4882.219) -- 0:24:52
172500 -- [-4867.105] (-4893.038) (-4887.305) (-4873.268) * (-4907.239) [-4877.673] (-4895.535) (-4870.585) -- 0:24:51
173000 -- [-4872.659] (-4874.939) (-4881.112) (-4877.162) * (-4887.561) (-4892.947) [-4879.513] (-4882.602) -- 0:24:51
173500 -- (-4873.238) (-4882.375) (-4888.256) [-4865.420] * (-4895.019) (-4912.766) (-4889.276) [-4877.011] -- 0:24:51
174000 -- (-4880.812) (-4879.249) (-4886.452) [-4848.681] * (-4890.631) (-4914.505) (-4893.756) [-4883.400] -- 0:24:45
174500 -- (-4883.297) (-4889.353) (-4907.070) [-4863.619] * (-4880.878) (-4910.717) [-4884.717] (-4885.690) -- 0:24:45
175000 -- (-4884.998) (-4901.159) (-4888.307) [-4872.273] * [-4874.802] (-4906.244) (-4886.419) (-4891.673) -- 0:24:45
Average standard deviation of split frequencies: 0.025299
175500 -- (-4894.519) (-4885.781) (-4896.556) [-4874.675] * (-4876.523) (-4906.683) [-4868.974] (-4889.166) -- 0:24:44
176000 -- (-4905.744) (-4914.452) [-4870.679] (-4869.352) * [-4885.840] (-4905.974) (-4893.757) (-4895.585) -- 0:24:44
176500 -- (-4883.243) (-4904.117) [-4881.072] (-4876.995) * (-4890.988) (-4904.870) [-4877.212] (-4892.067) -- 0:24:43
177000 -- (-4882.655) (-4889.058) (-4879.975) [-4874.299] * (-4893.097) (-4907.481) (-4887.052) [-4880.982] -- 0:24:43
177500 -- [-4881.600] (-4908.002) (-4908.087) (-4872.587) * (-4886.212) (-4911.820) [-4884.374] (-4914.478) -- 0:24:42
178000 -- (-4874.574) (-4894.960) (-4911.876) [-4871.496] * (-4879.858) (-4919.464) [-4876.204] (-4896.879) -- 0:24:42
178500 -- [-4887.766] (-4897.770) (-4910.411) (-4888.674) * (-4889.071) (-4923.887) [-4865.374] (-4890.978) -- 0:24:37
179000 -- [-4869.979] (-4896.426) (-4906.497) (-4883.358) * (-4878.062) (-4893.449) (-4871.067) [-4877.714] -- 0:24:36
179500 -- [-4881.623] (-4897.112) (-4911.548) (-4885.462) * (-4884.462) (-4889.823) [-4876.393] (-4881.084) -- 0:24:36
180000 -- (-4872.384) (-4891.384) [-4880.249] (-4867.749) * (-4902.373) (-4894.683) [-4869.269] (-4905.885) -- 0:24:36
Average standard deviation of split frequencies: 0.024506
180500 -- [-4867.885] (-4891.458) (-4900.451) (-4867.514) * (-4881.531) (-4900.411) [-4873.874] (-4888.837) -- 0:24:35
181000 -- (-4881.393) (-4908.959) (-4894.131) [-4877.372] * (-4889.164) [-4886.321] (-4874.541) (-4913.102) -- 0:24:35
181500 -- (-4881.392) (-4904.748) (-4905.908) [-4860.129] * (-4899.585) (-4883.548) [-4872.071] (-4886.791) -- 0:24:34
182000 -- (-4875.802) (-4916.452) (-4912.023) [-4862.327] * [-4875.815] (-4915.087) (-4884.941) (-4906.632) -- 0:24:34
182500 -- [-4871.636] (-4922.603) (-4898.757) (-4867.548) * (-4875.368) (-4877.689) [-4874.613] (-4883.313) -- 0:24:33
183000 -- [-4865.082] (-4928.095) (-4899.873) (-4870.326) * (-4871.987) (-4903.032) (-4886.913) [-4879.880] -- 0:24:33
183500 -- [-4854.214] (-4916.885) (-4897.799) (-4861.320) * (-4881.487) (-4878.192) (-4907.395) [-4879.855] -- 0:24:32
184000 -- [-4857.063] (-4910.909) (-4899.061) (-4863.818) * [-4873.873] (-4897.352) (-4897.737) (-4882.105) -- 0:24:27
184500 -- [-4870.205] (-4907.396) (-4877.473) (-4863.151) * (-4901.539) (-4898.812) (-4907.209) [-4870.637] -- 0:24:27
185000 -- (-4867.442) (-4911.628) (-4877.959) [-4849.673] * (-4896.419) (-4860.174) (-4898.250) [-4880.694] -- 0:24:27
Average standard deviation of split frequencies: 0.024500
185500 -- (-4889.297) (-4895.630) (-4878.931) [-4861.386] * (-4900.977) [-4862.579] (-4910.008) (-4866.609) -- 0:24:26
186000 -- [-4875.586] (-4889.436) (-4901.977) (-4870.461) * (-4892.227) (-4881.749) [-4872.855] (-4895.735) -- 0:24:26
186500 -- (-4891.049) [-4881.189] (-4888.285) (-4875.359) * (-4886.261) (-4882.695) [-4881.423] (-4908.360) -- 0:24:25
187000 -- (-4884.323) [-4866.359] (-4911.320) (-4874.723) * (-4905.097) [-4868.142] (-4880.639) (-4891.178) -- 0:24:25
187500 -- (-4877.815) [-4870.942] (-4899.778) (-4875.313) * (-4900.311) [-4866.188] (-4894.071) (-4893.910) -- 0:24:24
188000 -- (-4883.989) [-4864.712] (-4891.515) (-4884.906) * (-4890.633) (-4898.747) [-4871.605] (-4901.826) -- 0:24:24
188500 -- (-4876.957) (-4879.302) [-4888.253] (-4892.252) * (-4903.711) [-4876.742] (-4886.374) (-4908.414) -- 0:24:19
189000 -- (-4890.008) [-4886.286] (-4890.595) (-4878.159) * (-4900.753) (-4875.733) [-4865.148] (-4910.486) -- 0:24:18
189500 -- (-4882.873) (-4904.462) (-4927.835) [-4864.659] * (-4903.657) (-4878.627) [-4864.012] (-4888.924) -- 0:24:18
190000 -- (-4878.493) (-4903.218) (-4912.472) [-4872.848] * (-4887.377) (-4872.657) [-4872.941] (-4893.394) -- 0:24:18
Average standard deviation of split frequencies: 0.023958
190500 -- (-4884.162) (-4906.543) (-4888.258) [-4871.733] * (-4888.263) (-4878.445) (-4862.209) [-4882.467] -- 0:24:17
191000 -- (-4900.915) (-4911.339) [-4890.955] (-4872.252) * (-4879.353) [-4879.375] (-4874.981) (-4895.020) -- 0:24:17
191500 -- (-4889.714) (-4906.246) (-4894.013) [-4856.622] * (-4897.208) (-4878.400) [-4871.606] (-4904.771) -- 0:24:16
192000 -- (-4885.585) (-4922.607) (-4894.779) [-4858.582] * (-4893.369) (-4879.993) [-4890.933] (-4892.119) -- 0:24:16
192500 -- [-4882.412] (-4899.980) (-4887.900) (-4874.403) * (-4891.672) [-4882.025] (-4884.037) (-4901.284) -- 0:24:15
193000 -- (-4887.661) (-4897.930) (-4903.907) [-4879.411] * (-4881.323) (-4887.561) (-4874.975) [-4877.371] -- 0:24:10
193500 -- [-4876.365] (-4910.248) (-4885.824) (-4885.327) * (-4875.561) (-4890.003) [-4878.322] (-4880.085) -- 0:24:10
194000 -- (-4875.703) (-4925.823) [-4885.892] (-4879.605) * [-4874.935] (-4907.234) (-4868.821) (-4891.001) -- 0:24:09
194500 -- (-4872.455) (-4898.864) (-4916.093) [-4859.249] * (-4865.196) (-4897.913) [-4866.923] (-4900.812) -- 0:24:09
195000 -- (-4880.290) [-4868.051] (-4892.219) (-4861.265) * (-4882.306) (-4892.012) [-4874.010] (-4891.652) -- 0:24:09
Average standard deviation of split frequencies: 0.023123
195500 -- [-4879.892] (-4881.622) (-4903.243) (-4866.517) * (-4886.687) (-4902.781) [-4855.360] (-4893.830) -- 0:24:08
196000 -- [-4871.365] (-4865.171) (-4902.202) (-4869.086) * (-4896.978) [-4899.824] (-4863.793) (-4887.453) -- 0:24:08
196500 -- (-4883.616) (-4870.781) (-4912.417) [-4865.833] * (-4897.732) (-4905.705) (-4868.042) [-4891.956] -- 0:24:07
197000 -- (-4890.599) (-4878.985) (-4916.382) [-4868.519] * (-4894.910) (-4897.331) [-4878.014] (-4906.388) -- 0:24:07
197500 -- (-4873.230) (-4908.819) (-4892.645) [-4876.233] * [-4883.862] (-4876.306) (-4867.271) (-4919.937) -- 0:24:02
198000 -- (-4884.927) (-4895.306) (-4894.581) [-4869.589] * (-4903.310) (-4877.896) [-4864.842] (-4926.189) -- 0:24:01
198500 -- (-4897.666) (-4893.931) (-4884.634) [-4880.841] * (-4905.604) (-4894.595) (-4881.165) [-4898.011] -- 0:24:01
199000 -- (-4898.100) (-4912.061) (-4875.686) [-4870.324] * (-4901.838) [-4879.255] (-4885.451) (-4900.200) -- 0:24:00
199500 -- (-4888.181) (-4886.425) [-4859.884] (-4873.219) * (-4896.752) (-4886.659) [-4867.940] (-4905.955) -- 0:24:00
200000 -- (-4895.398) (-4882.005) [-4882.181] (-4898.345) * (-4877.552) (-4895.335) [-4851.366] (-4888.781) -- 0:24:00
Average standard deviation of split frequencies: 0.021894
200500 -- (-4900.661) (-4885.300) [-4871.225] (-4903.684) * (-4864.727) (-4888.339) [-4863.265] (-4887.748) -- 0:23:59
201000 -- (-4917.044) [-4870.660] (-4867.706) (-4908.688) * (-4878.460) (-4888.664) [-4865.074] (-4896.609) -- 0:23:58
201500 -- [-4894.915] (-4881.491) (-4883.229) (-4895.212) * [-4871.992] (-4881.051) (-4864.777) (-4913.542) -- 0:23:58
202000 -- (-4882.258) [-4869.627] (-4892.802) (-4898.782) * [-4867.157] (-4874.950) (-4882.863) (-4904.748) -- 0:23:57
202500 -- (-4888.468) [-4862.167] (-4892.170) (-4910.993) * [-4874.770] (-4900.254) (-4910.874) (-4880.380) -- 0:23:53
203000 -- (-4864.295) [-4868.754] (-4881.587) (-4887.014) * [-4869.814] (-4900.964) (-4906.350) (-4896.217) -- 0:23:53
203500 -- (-4875.867) [-4874.107] (-4882.976) (-4911.860) * [-4875.023] (-4878.326) (-4905.450) (-4892.141) -- 0:23:52
204000 -- [-4861.740] (-4876.034) (-4871.617) (-4914.135) * [-4868.683] (-4927.946) (-4898.289) (-4901.035) -- 0:23:52
204500 -- [-4876.262] (-4902.538) (-4874.300) (-4915.878) * [-4861.821] (-4895.440) (-4903.172) (-4904.053) -- 0:23:51
205000 -- [-4873.943] (-4896.048) (-4883.706) (-4906.717) * [-4872.426] (-4904.165) (-4898.121) (-4908.089) -- 0:23:51
Average standard deviation of split frequencies: 0.021602
205500 -- (-4878.757) (-4897.456) [-4877.729] (-4892.546) * [-4868.203] (-4896.172) (-4901.672) (-4902.579) -- 0:23:50
206000 -- (-4882.776) (-4891.339) [-4877.115] (-4903.603) * (-4879.076) (-4892.608) [-4875.267] (-4900.179) -- 0:23:49
206500 -- [-4863.921] (-4883.613) (-4880.726) (-4896.490) * (-4890.995) (-4887.581) [-4882.354] (-4906.773) -- 0:23:49
207000 -- (-4857.012) (-4897.114) [-4870.416] (-4898.764) * (-4882.059) [-4874.591] (-4877.767) (-4906.829) -- 0:23:48
207500 -- [-4853.978] (-4891.209) (-4876.871) (-4880.701) * (-4894.379) [-4868.456] (-4879.485) (-4915.824) -- 0:23:44
208000 -- [-4861.024] (-4903.248) (-4883.795) (-4882.394) * (-4898.895) (-4878.374) [-4865.623] (-4889.480) -- 0:23:44
208500 -- (-4872.382) (-4919.389) [-4880.741] (-4873.546) * [-4876.123] (-4878.204) (-4882.913) (-4905.774) -- 0:23:43
209000 -- (-4875.159) (-4905.831) [-4866.924] (-4877.531) * (-4890.401) [-4866.949] (-4875.338) (-4904.996) -- 0:23:43
209500 -- (-4874.534) (-4894.606) [-4869.074] (-4891.886) * (-4892.130) [-4881.153] (-4874.332) (-4902.191) -- 0:23:42
210000 -- [-4869.523] (-4917.267) (-4881.136) (-4891.627) * (-4890.362) [-4874.091] (-4883.675) (-4914.431) -- 0:23:42
Average standard deviation of split frequencies: 0.021608
210500 -- (-4882.300) (-4928.493) (-4883.880) [-4872.634] * (-4888.518) (-4877.289) [-4882.198] (-4907.933) -- 0:23:41
211000 -- (-4894.670) (-4900.806) (-4884.440) [-4864.399] * (-4878.636) [-4876.740] (-4889.717) (-4914.134) -- 0:23:40
211500 -- (-4899.256) (-4901.900) [-4870.629] (-4874.923) * [-4878.614] (-4875.475) (-4883.905) (-4908.037) -- 0:23:40
212000 -- (-4880.133) (-4904.322) [-4860.719] (-4879.068) * (-4883.674) (-4866.610) [-4874.428] (-4897.395) -- 0:23:36
212500 -- (-4892.535) (-4891.411) [-4873.905] (-4877.299) * (-4903.909) [-4870.679] (-4892.186) (-4905.959) -- 0:23:35
213000 -- (-4893.297) (-4896.623) [-4874.775] (-4875.994) * (-4889.170) (-4873.952) (-4894.472) [-4888.973] -- 0:23:35
213500 -- (-4881.610) (-4917.254) (-4865.196) [-4869.036] * (-4887.732) [-4872.810] (-4891.153) (-4875.544) -- 0:23:34
214000 -- (-4885.693) (-4905.985) [-4873.554] (-4881.937) * (-4892.454) [-4875.152] (-4883.886) (-4879.945) -- 0:23:34
214500 -- (-4887.217) (-4892.422) [-4858.331] (-4894.307) * [-4889.124] (-4872.831) (-4887.767) (-4898.934) -- 0:23:33
215000 -- (-4892.027) (-4884.513) [-4868.787] (-4880.116) * [-4876.268] (-4876.657) (-4894.595) (-4883.718) -- 0:23:33
Average standard deviation of split frequencies: 0.021082
215500 -- (-4871.929) (-4883.591) [-4872.950] (-4888.382) * (-4896.421) [-4873.354] (-4891.239) (-4873.945) -- 0:23:32
216000 -- [-4876.870] (-4886.899) (-4875.017) (-4887.901) * (-4890.459) [-4863.483] (-4885.522) (-4891.611) -- 0:23:31
216500 -- (-4889.848) (-4892.338) [-4863.010] (-4872.369) * (-4878.409) (-4862.939) [-4865.147] (-4896.688) -- 0:23:27
217000 -- (-4885.863) (-4883.608) [-4862.844] (-4880.375) * (-4901.978) [-4868.043] (-4886.729) (-4899.056) -- 0:23:27
217500 -- (-4885.704) (-4891.646) (-4866.375) [-4875.596] * (-4880.007) (-4891.543) [-4868.762] (-4888.668) -- 0:23:26
218000 -- (-4883.509) (-4899.360) [-4857.776] (-4890.489) * (-4881.019) (-4896.247) [-4856.490] (-4892.752) -- 0:23:26
218500 -- [-4869.639] (-4897.934) (-4880.157) (-4893.951) * (-4900.499) (-4892.065) [-4875.171] (-4895.735) -- 0:23:25
219000 -- (-4879.074) (-4897.703) [-4879.480] (-4909.873) * [-4888.297] (-4881.010) (-4888.515) (-4907.701) -- 0:23:25
219500 -- (-4871.935) (-4885.380) (-4873.088) [-4892.605] * (-4911.064) [-4877.992] (-4868.942) (-4901.751) -- 0:23:24
220000 -- [-4860.975] (-4902.144) (-4867.833) (-4884.986) * (-4902.541) (-4885.797) [-4873.962] (-4894.223) -- 0:23:24
Average standard deviation of split frequencies: 0.022657
220500 -- (-4884.712) (-4890.253) [-4864.378] (-4889.634) * (-4898.841) (-4894.365) [-4873.972] (-4868.712) -- 0:23:23
221000 -- (-4880.931) (-4879.465) [-4864.789] (-4878.674) * (-4902.445) (-4891.762) (-4882.586) [-4865.744] -- 0:23:19
221500 -- (-4893.982) (-4882.757) [-486 