--- EXPERIMENT NOTES
--- EXPERIMENT PROPERTIES
#Wed Mar 28 21:08:48 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_3/input.fasta
input.names=
mrbayes.params=
codeml.params=
--- PSRF SUMMARY
Estimated marginal likelihoods for runs sampled in files
"/opt/ADOPS/HIV1_A3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/HIV1_A3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.p":
(Use the harmonic mean for Bayes factor comparisons of models)
(Values are saved to the file /opt/ADOPS/HIV1_A3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.lstat)
Run Arithmetic mean Harmonic mean
--------------------------------------
1 -4687.95 -4733.52
2 -4686.90 -4730.41
--------------------------------------
TOTAL -4687.29 -4732.87
--------------------------------------
Model parameter summaries over the runs sampled in files
"/opt/ADOPS/HIV1_A3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run1.p" and "/opt/ADOPS/HIV1_A3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run2.p":
Summaries are based on a total of 3002 samples from 2 runs.
Each run produced 2001 samples of which 1501 samples were included.
Parameter summaries saved to file "/opt/ADOPS/HIV1_A3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.pstat".
95% HPD Interval
--------------------
Parameter Mean Variance Lower Upper Median min ESS* avg ESS PSRF+
------------------------------------------------------------------------------------------------------
TL{all} 6.602398 0.201917 5.698810 7.442280 6.585420 1185.40 1202.97 1.000
r(A<->C){all} 0.131049 0.000282 0.099172 0.164141 0.130468 588.55 608.94 1.001
r(A<->G){all} 0.182788 0.000590 0.137528 0.232062 0.182146 215.31 305.76 1.008
r(A<->T){all} 0.066476 0.000109 0.045802 0.086034 0.066172 497.57 503.96 1.001
r(C<->G){all} 0.075978 0.000218 0.046416 0.103837 0.075136 572.20 669.22 1.000
r(C<->T){all} 0.459136 0.001347 0.385278 0.528357 0.458692 166.51 307.02 1.004
r(G<->T){all} 0.084573 0.000154 0.060771 0.108347 0.084154 619.55 620.09 1.002
pi(A){all} 0.380056 0.000425 0.340547 0.421276 0.379839 408.79 464.01 1.000
pi(C){all} 0.126447 0.000152 0.103096 0.151115 0.125918 564.28 564.75 1.004
pi(G){all} 0.267489 0.000370 0.228071 0.304708 0.266774 347.87 441.16 1.003
pi(T){all} 0.226008 0.000333 0.191613 0.262132 0.226011 438.41 467.12 1.001
alpha{1,2} 0.615068 0.011225 0.428949 0.823017 0.602102 946.17 1035.09 1.000
alpha{3} 1.160563 0.064536 0.706973 1.640037 1.122646 1119.60 1166.20 1.000
pinvar{all} 0.079406 0.001863 0.000572 0.152255 0.077964 876.08 970.74 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 -4068.283513
Model 2: PositiveSelection -4013.46204
Model 0: one-ratio -4294.17681
Model 3: discrete -4029.657552
Model 7: beta -4033.829661
Model 8: beta&w>1 -3992.644123
Model 0 vs 1 451.78659400000015
Model 2 vs 1 109.64294599999994
Additional information for M1 vs M2:
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: B.US.08.306451_ENV.JX864025_)
Pr(w>1) post mean +- SE for w
1 Q 1.000** 3.819
3 Q 1.000** 3.819
4 V 1.000** 3.819
21 T 1.000** 3.819
24 G 1.000** 3.819
66 H 0.781 3.201
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: B.US.08.306451_ENV.JX864025_)
Pr(w>1) post mean +- SE for w
1 Q 1.000** 3.823 +- 0.479
3 Q 1.000** 3.823 +- 0.479
4 V 1.000** 3.823 +- 0.479
21 T 1.000** 3.822 +- 0.480
24 G 1.000** 3.823 +- 0.479
66 H 0.710 2.889 +- 1.248
Model 8 vs 7 82.37107600000036
Additional information for M7 vs M8:
Naive Empirical Bayes (NEB) analysis
Positively selected sites (*: P>95%; **: P>99%)
(amino acids refer to 1st sequence: B.US.08.306451_ENV.JX864025_)
Pr(w>1) post mean +- SE for w
1 Q 1.000** 2.953
3 Q 1.000** 2.953
4 V 1.000** 2.953
21 T 1.000** 2.953
24 G 1.000** 2.953
66 H 0.743 2.425
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: B.US.08.306451_ENV.JX864025_)
Pr(w>1) post mean +- SE for w
1 Q 1.000** 3.022 +- 0.504
3 Q 1.000** 3.022 +- 0.503
4 V 1.000** 3.022 +- 0.503
21 T 1.000** 3.022 +- 0.503
24 G 1.000** 3.022 +- 0.503
66 H 0.572 1.960 +- 0.967
>C1
MQSLQIVAIVALVVTGIIAIVVWTIVGIEYRKILRQRKIDRLLDRIADRA
EDSGNESEGDQEELSALVEMGHHAPWDINDLooooo
>C2
MTPLEISAIVGLVVALILAIVVWTIVAIEYKKILRERKIERLIERIRERA
EDSGNESEGDTDELATLVEMGDFDHWVGDNLooooo
>C3
MLTLSILTIVAFVVVTIIAIVVWTIVFIEYRKIVKQRKIDRLLDRIAERA
EDSGNESDGDQEELSALVERGHLAPWPIDDLooooo
>C4
MQSLAILAIVGLVVASILALIVWSIVFIEYRKILRQKKIDRLIDRIRERA
EDSGNESEGDQEELSALVEMGHDAPWNVNDLooooo
>C5
MIDLLARVDYKLGVGALIVALIIAIVVWSIVYIEYRKLLRQSKIDRLIER
IRERAEDSGNESEGDTEELATMVDMEHIRLVDVNDL
>C6
MSPLEISAIVGLVVAAILAIIVWTLAAIEFRKIRREKQIDRLVKRIRERA
EDSGNESEGDTDELAKLVEMGDFDPWIGDNVooooo
>C7
MQSPEILTIVALVVAIILAIVVWTIVLIEYRKILRQRKIDRLLDRIIERA
EDSGNESEGDQEELSALVEMGHHAPWDVDDLooooo
>C8
MQSLQILAIVALVVAAIIAIVVWSIVLVEYRKILRQRKIDRIIDRIRERA
EDSGNESDGDQEELSALVEMGHHAPGDINDLooooo
>C9
MQALTIAAIVALVVAAIIVIVVWTIVFIEYRRLLRQKKIERLIDRIRERA
EDSGNESDGDQEELSAFMEMGYHAPWDVDDLooooo
>C10
MLDLTAGVDYRIGIVAFAVALIIAIIVWTIVYIEYRKLVRQRKIDWLINR
IRERAEDSGNESEGDTEELETMVDMGQLRLLDVNVL
>C11
MLMLLAEVDYRIAVAAFVVALILAIIVWVIAFLEYKKLEKQKKIDRLIER
IREREEDSGNESEGDTEELATMVDMDHLRLLDHIoo
>C12
MQPLEIAAIVGLIVAFIAAIIVWSIVFIEYRKIRKQKKIDKLLERIRERA
EDSGNESEGDTEELAALMEMGNFDPWVGDNLooooo
>C13
MQPLVIVSIVALVVVAIIAIVIWTIVFLEYRKILRQRKIDRLIDRITERA
EDSGNESEGDHEELSRLVEMGHNAPWNVDDLooooo
>C14
MVDLAVLTIVAFIVALIIAIVVWTIVFIEYRKILRQRKIDRLIQRIGERA
EDSGNESDGDIEELSTMVDMGNLRLLDVNDLooooo
>C15
MQPLQIIAIVALVVVAIIAIVVWSIVFIEYRKILRQRKIDRIIDRIRERA
EDSGNESEGDQEELSQLVEMGHHAPWDIDDLooooo
>C16
MQSLIIVAIVAFVVAIIIAIVVWSIVFIEYRKILRQRKIDRLIDRIRERA
EDSGNESEGEQEELSALVEMGHHAPWDVNDLooooo
>C17
MSPLQVAAVVALIVAAILAIVVWSIVFIEYRKILRQRKIDRLIDRIAERA
EDSGNESEGDQEELSALVDMGHDAPWDINDLooooo
>C18
MLRVDYRIAVVALLIALIIAIVVWTIVYIEYRKLVKQRKIDWLIKRIRER
AEDSGNESEGDTEELSTMVDMGRLRLLDVHDLoooo
>C19
MQALTISAIVALVVVAIIAIVVWAIVLIEYRKILRQRKIDRLIDRIIDRA
EDSGNESEGDQEELSALVEMGHHAPWNVDDMooooo
>C20
MLALSILAIVALVVAAIIAIVVWTIVLIEYKKLLRQKRIDRLIDRIRERA
EDSGNESDGDQEELSAFMEMGHDAPWNVDDLooooo
>C21
MLKLIERIDYKLAVGALIVALIITIIVWTIVYIEYRKLVRQRRIDWLIER
IKERAEDSGNESEGDTEELETMVDIGHLRLLDVNDL
>C22
MQALEVSAIVGLIVAGIAAIIVWSIVFIEYKKIRKQKKIDQLLDRIRERA
EDSGNESEGDTDELAALVEMGNFDPWVGDNLooooo
>C23
MTPLTPLDVSAIVGLIVALILAIVVWTIVAIELKKILRQRRIDRLIKRIS
ERAEDSGNESEGDTDELAKLVEMGDFDPWVGDNVoo
>C24
MPPSYIAAIVALVVSAIIAIIVWSIVLIEYRKILRQRKIDRLINRIRERA
EDSGNESEGDAEELAAFGEMGPLVLGGIDNLooooo
>C25
MQPLVILAIVALIVTGIIAIVVWSIVLIEYRKILRQRKIDRLIARIVERA
EDSGNESEGDQEELSALVVDMGHDAPWDVNDLoooo
>C26
MQASVILAIVALVVVAIIAIVVWSIVLIEYRKILRQRKIDRLIERIRERA
EDSGNESEGDEEELAALEMGRLAPWDVNDLoooooo
>C27
MQPLEILAIGALVVAAIIAIVVWSIVVIEYRKILRQRKINRLLDRIRERA
EDSGNESEGEAEELAALGEMGPLVPGIIDHLooooo
>C28
MQSLEIAAIVGLVVAGIAAIIVWAIVFIQYKEIRKQKKIDRIIERIRERA
EDSGNESEGDTEELAVLVDMGDFDHWVGDNLooooo
>C29
MYTLQPLTIVGIVALVVAFILAVVVWTIVYIEYRKLQRQKRIDRLIDRIR
ERAEDSGNESEGDTEELAKLVEMGPHDLWNVNDLoo
>C30
MSDLDYALLVGALIVALIIAIIVWTIAYIEYRKLVRQKKIDWLIKRIRER
AEDSGNESEGDTEELSTMVDMGHLRLLDDNNLoooo
>C31
MLLEVDYRIGVAALIVALSIAIVVWTIVYIEYRKLLRQRKIDWLVQRIRE
RAEDSGNESDGDTEELATMVDMGHLRLLDVDELooo
>C32
MVDYIAIGVGALIVALIIAIVVWTIAYIEYRKLLRQRKIDWLIKRIRERA
EDSGNESEGDNEELATMVDMGQLRLLDVNNLooooo
>C33
MLPLNICAIVGLIVALILAIVVWTIVGIDYKKLLKQRKIDRLIERIRERA
EDSANESEGDTEELAALVEMGNYNLGFDNNLooooo
>C34
MTPLTIVAIVALVVVAIIAIVVWTIVLIEYRRILKQRKIDRLIERISERA
EDSGNESEGDQEELSALMEMGHHAPWDVNDMooooo
>C35
MPYLIILIVAFIAVLIIAIIVWTIVYIEYRKILKQRKINKLYKRIRERAE
DSGNENEGDAEELAALGEVGPFIPGDINNLoooooo
>C36
MQSLEILAIVSLVVVTIIAIVVWSIVLIEYRKILRQRKIDRLINRIRERA
EDSGNESDGDTEELAELGDMGPLILGNIDNLooooo
>C37
VTLEFIDYKLAVGAFIVALIIAIIVWTIVYIEYRKIVRQRKIDRLIDRIR
ERAEDSGNESEGDQEELAALEMGHHAPWDVDDLooo
>C38
MSPVQICAIIGLVVALIIAIVVWTIVFIECIRLKRQRKIDRLIERIRERA
EDSGNESDGDTDELSKLVEMGNYDLGDDNNLooooo
>C39
MTPLEISAIAGLIVALILAIVVWTIVAIEYKKILQQRKIDRLIKRIRERA
EDSGNESEGDTDELAKLVEMGDFDPWVGDNLooooo
>C40
MKSLYVWAIVALVVAAILAIVVWAIVLIEYRRILKQRKIDRLLDRILERA
EDSGNESDGDQEELSALVDRGHHAPWNIDDLooooo
>C41
MTPLEISAIAGLIVALILAIVVWTIVAIEFRKIQKQRKIDRLVKRIRERA
EDSGNESEGDTDELAKLVEMGDFDPWVGDNLooooo
>C42
MIDLLAKVDYRLGVGALIIALIIAIVVWTITYIEYRKLVRQRKINWLIKR
IRERAEDSGNESEGDTEELATMVDMEHLRLLDDLoo
>C43
MQALHIAVIVALAVAAIIAIVVWTIVAIEYKKILKQRKIDRLIDRIRERA
EDSGNESEGDQEELSALVERGHLEMGHHAPWNVDDL
>C44
MQSLQLLAIVALVVAAILAIIVWTIVFIQYRRIVKQRKIERLIDRIAERA
EDSGNESEGDQEELSTLMEMGYHAPWNVNDLooooo
>C45
MLEAIDYRLGVGALVVASIIVVIVWILVYIEYRKLKRQKRIDRLIERIRE
RAEDSGNESDGDTEELETMVDMGHLRLLDVNHLooo
>C46
MLSLTILAIVALVVAAIIAIVVWTIVFIEYRKILRQRKIDRLIDRIRERA
EDSGNESEGDQEELSTLMEMGHHAPWDVNDMooooo
>C47
MVELIDYRIGIAALVIALVLAIIVWTIVYIEYRKLVRQRKIDWLIKRIRE
RAEDSGNESEGDTEELETMVDMGNLRLLDDNELooo
>C48
MQSLEIAAIVALVVAIIIAIVVWSIVFIEYRKILRQRKIDRLIDRIRDRA
EDSGNESDGDQEELSAMLEMGHLAPWDVNDLooooo
>C49
MIALQIVAIVALVVAAVLAIVAWTIALLEYRKLLRQKRIDRILNRIRERA
EDSGNESEGDQEELLVEMGHDAPWDVNNLooooooo
>C50
VISPLQISAIVGLIVALILAIVVWTIVAIECLKIRKQRKIDRLIKRIRER
EEDSGNESEGDTDELAKLVEMGDVDPWVGDNLoooo
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
-run_name S [0]
-mem_mode S [0] mem
-extend D [1] 1
-extend_mode S [0] very_fast_triplet
-max_n_pair D [0] 10
-seq_name_for_quadruplet S [0] all
-compact S [0] default
-clean S [0] no
-do_self FL [0] 0
-do_normalise D [0] 1000
-template_file S [0]
-setenv S [0] 0
-template_mode S [0]
-flip D [0] 0
-remove_template_file D [0] 0
-profile_template_file S [0]
-in S [0]
-seq S [0]
-aln S [0]
-method_limits S [0]
-method S [0]
-lib S [0]
-profile S [0]
-profile1 S [0]
-profile2 S [0]
-pdb S [0]
-relax_lib D [0] 1
-filter_lib D [0] 0
-shrink_lib D [0] 0
-out_lib W_F [0] no
-out_lib_mode S [0] primary
-lib_only D [0] 0
-outseqweight W_F [0] no
-dpa FL [0] 0
-seq_source S [0] ANY
-cosmetic_penalty D [0] 0
-gapopen D [0] 0
-gapext D [0] 0
-fgapopen D [0] 0
-fgapext D [0] 0
-nomatch D [0] 0
-newtree W_F [0] default
-tree W_F [0] NO
-usetree R_F [0]
-tree_mode S [0] nj
-distance_matrix_mode S [0] ktup
-distance_matrix_sim_mode S [0] idmat_sim1
-quicktree FL [0] 0
-outfile W_F [0] default
-maximise FL [1] 1
-output S [1] score_ascii html score_ascii
-len D [0] 0
-infile R_F [1] input.prot.fasta.muscle_rs_0_0.fasta.aln
-matrix S [0] default
-tg_mode D [0] 1
-profile_mode S [0] cw_profile_profile
-profile_comparison S [0] profile
-dp_mode S [0] linked_pair_wise
-ktuple D [0] 1
-ndiag D [0] 0
-diag_threshold D [0] 0
-diag_mode D [0] 0
-sim_matrix S [0] vasiliky
-transform S [0]
-extend_seq FL [0] 0
-outorder S [0] input
-inorder S [0] aligned
-seqnos S [0] off
-case S [0] keep
-cpu D [0] 0
-maxnseq D [0] 1000
-maxlen D [0] -1
-sample_dp D [0] 0
-weight S [0] default
-seq_weight S [0] no
-align FL [1] 1
-mocca FL [0] 0
-domain FL [0] 0
-start D [0] 0
-len D [0] 0
-scale D [0] 0
-mocca_interactive FL [0] 0
-method_evaluate_mode S [0] default
-evaluate_mode S [1] t_coffee_fast
-get_type FL [0] 0
-clean_aln D [0] 0
-clean_threshold D [1] 1
-clean_iteration D [1] 1
-clean_evaluate_mode S [0] t_coffee_fast
-extend_matrix FL [0] 0
-prot_min_sim D [40] 40
-prot_max_sim D [90] 90
-prot_min_cov D [40] 40
-pdb_type S [0] d
-pdb_min_sim D [35] 35
-pdb_max_sim D [100] 100
-pdb_min_cov D [50] 50
-pdb_blast_server W_F [0] EBI
-blast W_F [0]
-blast_server W_F [0] EBI
-pdb_db W_F [0] pdb
-protein_db W_F [0] uniprot
-method_log W_F [0] no
-struc_to_use S [0]
-cache W_F [0] use
-align_pdb_param_file W_F [0] no
-align_pdb_hasch_mode W_F [0] hasch_ca_trace_bubble
-external_aligner S [0] NO
-msa_mode S [0] tree
-master S [0] no
-blast_nseq D [0] 0
-lalign_n_top D [0] 10
-iterate D [1] 0
-trim D [0] 0
-split D [0] 0
-trimfile S [0] default
-split D [0] 0
-split_nseq_thres D [0] 0
-split_score_thres D [0] 0
-check_pdb_status D [0] 0
-clean_seq_name D [0] 0
-seq_to_keep S [0]
-dpa_master_aln S [0]
-dpa_maxnseq D [0] 0
-dpa_min_score1 D [0]
-dpa_min_score2 D [0]
-dpa_keep_tmpfile FL [0] 0
-dpa_debug D [0] 0
-multi_core S [0] templates_jobs_relax_msa_evaluate
-n_core D [0] 0
-max_n_proc D [0] 0
-lib_list S [0]
-prune_lib_mode S [0] 5
-tip S [0] none
-rna_lib S [0]
-no_warning D [0] 0
-run_local_script D [0] 0
-plugins S [0] default
-proxy S [0] unset
-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:
-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
-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: [355018]
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: [355018]
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: [355018]
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: [355018]
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: [355018]
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: [355018]
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: [355018]
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: [355018]
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: [355018]
Library Relaxation: Multi_proc [8]
Relaxation Summary: [355018]--->[321981]
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= 31.723 Mb, Max= 40.049 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 QLQVAIVALVVTGIIAIVVWTIVGIEYRKILRQRKIDRLLDRIADRAEDS
C2 TLESAIVGLVVALILAIVVWTIVAIEYKKILRERKIERLIERIRERAEDS
C3 LLSLTIVAFVVVTIIAIVVWTIVFIEYRKIVKQRKIDRLLDRIAERAEDS
C4 QLALAIVGLVVASILALIVWSIVFIEYRKILRQKKIDRLIDRIRERAEDS
C5 ILLLGVGALIVALIIAIVVWSIVYIEYRKLLRQSKIDRLIERIRERAEDS
C6 SLESAIVGLVVAAILAIIVWTLAAIEFRKIRREKQIDRLVKRIRERAEDS
C7 QPELTIVALVVAIILAIVVWTIVLIEYRKILRQRKIDRLLDRIIERAEDS
C8 QLQLAIVALVVAAIIAIVVWSIVLVEYRKILRQRKIDRIIDRIRERAEDS
C9 QLTAAIVALVVAAIIVIVVWTIVFIEYRRLLRQKKIERLIDRIRERAEDS
C10 LLTIGIVAFAVALIIAIIVWTIVYIEYRKLVRQRKIDWLINRIRERAEDS
C11 LAEIAVAAFVVALILAIIVWVIAFLEYKKLEKQKKIDRLIERIREREEDS
C12 QLEAAIVGLIVAFIAAIIVWSIVFIEYRKIRKQKKIDKLLERIRERAEDS
C13 QLVVSIVALVVVAIIAIVIWTIVFLEYRKILRQRKIDRLIDRITERAEDS
C14 VLALTIVAFIVALIIAIVVWTIVFIEYRKILRQRKIDRLIQRIGERAEDS
C15 QLQIAIVALVVVAIIAIVVWSIVFIEYRKILRQRKIDRIIDRIRERAEDS
C16 QLIVAIVAFVVAIIIAIVVWSIVFIEYRKILRQRKIDRLIDRIRERAEDS
C17 SLQAAVVALIVAAILAIVVWSIVFIEYRKILRQRKIDRLIDRIAERAEDS
C18 LVDIAVVALLIALIIAIVVWTIVYIEYRKLVKQRKIDWLIKRIRERAEDS
C19 QLTSAIVALVVVAIIAIVVWAIVLIEYRKILRQRKIDRLIDRIIDRAEDS
C20 LLSLAIVALVVAAIIAIVVWTIVLIEYKKLLRQKRIDRLIDRIRERAEDS
C21 LLILAVGALIVALIITIIVWTIVYIEYRKLVRQRRIDWLIERIKERAEDS
C22 QLESAIVGLIVAGIAAIIVWSIVFIEYKKIRKQKKIDQLLDRIRERAEDS
C23 TLDSAIVGLIVALILAIVVWTIVAIELKKILRQRRIDRLIKRISERAEDS
C24 PSYAAIVALVVSAIIAIIVWSIVLIEYRKILRQRKIDRLINRIRERAEDS
C25 QLVLAIVALIVTGIIAIVVWSIVLIEYRKILRQRKIDRLIARIVERAEDS
C26 QSVLAIVALVVVAIIAIVVWSIVLIEYRKILRQRKIDRLIERIRERAEDS
C27 QLELAIGALVVAAIIAIVVWSIVVIEYRKILRQRKINRLLDRIRERAEDS
C28 QLEAAIVGLVVAGIAAIIVWAIVFIQYKEIRKQKKIDRIIERIRERAEDS
C29 QLTVGIVALVVAFILAVVVWTIVYIEYRKLQRQKRIDRLIDRIRERAEDS
C30 SLDLLVGALIVALIIAIIVWTIAYIEYRKLVRQKKIDWLIKRIRERAEDS
C31 LLEIGVAALIVALSIAIVVWTIVYIEYRKLLRQRKIDWLVQRIRERAEDS
C32 VYIIGVGALIVALIIAIVVWTIAYIEYRKLLRQRKIDWLIKRIRERAEDS
C33 LLNCAIVGLIVALILAIVVWTIVGIDYKKLLKQRKIDRLIERIRERAEDS
C34 TLTVAIVALVVVAIIAIVVWTIVLIEYRRILKQRKIDRLIERISERAEDS
C35 MYLILIVAFIAVLIIAIIVWTIVYIEYRKILKQRKINKLYKRIRERAEDS
C36 QLELAIVSLVVVTIIAIVVWSIVLIEYRKILRQRKIDRLINRIRERAEDS
C37 TEFLAVGAFIVALIIAIIVWTIVYIEYRKIVRQRKIDRLIDRIRERAEDS
C38 SVQCAIIGLVVALIIAIVVWTIVFIECIRLKRQRKIDRLIERIRERAEDS
C39 TLESAIAGLIVALILAIVVWTIVAIEYKKILQQRKIDRLIKRIRERAEDS
C40 KLYWAIVALVVAAILAIVVWAIVLIEYRRILKQRKIDRLLDRILERAEDS
C41 TLESAIAGLIVALILAIVVWTIVAIEFRKIQKQRKIDRLVKRIRERAEDS
C42 ILLLGVGALIIALIIAIVVWTITYIEYRKLVRQRKINWLIKRIRERAEDS
C43 QLHAVIVALAVAAIIAIVVWTIVAIEYKKILKQRKIDRLIDRIRERAEDS
C44 QLQLAIVALVVAAILAIIVWTIVFIQYRRIVKQRKIERLIDRIAERAEDS
C45 LAILGVGALVVASIIVVIVWILVYIEYRKLKRQKRIDRLIERIRERAEDS
C46 LLTLAIVALVVAAIIAIVVWTIVFIEYRKILRQRKIDRLIDRIRERAEDS
C47 VLIIGIAALVIALVLAIIVWTIVYIEYRKLVRQRKIDWLIKRIRERAEDS
C48 QLEAAIVALVVAIIIAIVVWSIVFIEYRKILRQRKIDRLIDRIRDRAEDS
C49 ILQVAIVALVVAAVLAIVAWTIALLEYRKLLRQKRIDRILNRIRERAEDS
C50 SLQSAIVGLIVALILAIVVWTIVAIECLKIRKQRKIDRLIKRIREREEDS
: .: .:: * :. :: .: :: :*: : ** :* ***
C1 GNESEGDQEELEMGHHAPWDDL
C2 GNESEGDTDELEMGDFDHWVNL
C3 GNESDGDQEELERGHLAPWPDL
C4 GNESEGDQEELEMGHDAPWNDL
C5 GNESEGDTEELDMEHIRLVDDL
C6 GNESEGDTDELEMGDFDPWINV
C7 GNESEGDQEELEMGHHAPWDDL
C8 GNESDGDQEELEMGHHAPGDDL
C9 GNESDGDQEELEMGYHAPWDDL
C10 GNESEGDTEELDMGQLRLLDVL
C11 GNESEGDTEELDMDHLRLLDoo
C12 GNESEGDTEELEMGNFDPWVNL
C13 GNESEGDHEELEMGHNAPWNDL
C14 GNESDGDIEELDMGNLRLLDDL
C15 GNESEGDQEELEMGHHAPWDDL
C16 GNESEGEQEELEMGHHAPWDDL
C17 GNESEGDQEELDMGHDAPWDDL
C18 GNESEGDTEELDMGRLRLLDDL
C19 GNESEGDQEELEMGHHAPWNDM
C20 GNESDGDQEELEMGHDAPWNDL
C21 GNESEGDTEELDIGHLRLLDDL
C22 GNESEGDTDELEMGNFDPWVNL
C23 GNESEGDTDELEMGDFDPWVNV
C24 GNESEGDAEELEMGPLVLGGNL
C25 GNESEGDQEELDMGHDAPWDDL
C26 GNESEGDEEELEMGRLAPWDDL
C27 GNESEGEAEELEMGPLVPGIHL
C28 GNESEGDTEELDMGDFDHWVNL
C29 GNESEGDTEELEMGPHDLWNDL
C30 GNESEGDTEELDMGHLRLLDNL
C31 GNESDGDTEELDMGHLRLLDEL
C32 GNESEGDNEELDMGQLRLLDNL
C33 ANESEGDTEELEMGNYNLGFNL
C34 GNESEGDQEELEMGHHAPWDDM
C35 GNENEGDAEELEVGPFIPGDNL
C36 GNESDGDTEELDMGPLILGNNL
C37 GNESEGDQEELEMGHHAPWDDL
C38 GNESDGDTDELEMGNYDLGDNL
C39 GNESEGDTDELEMGDFDPWVNL
C40 GNESDGDQEELDRGHHAPWNDL
C41 GNESEGDTDELEMGDFDPWVNL
C42 GNESEGDTEELDMEHLRLLDDL
C43 GNESEGDQEELEMGHHAPWNDL
C44 GNESEGDQEELEMGYHAPWNDL
C45 GNESDGDTEELDMGHLRLLDHL
C46 GNESEGDQEELEMGHHAPWDDM
C47 GNESEGDTEELDMGNLRLLDEL
C48 GNESDGDQEELEMGHLAPWDDL
C49 GNESEGDQEELEMGHDAPWDNL
C50 GNESEGDTDELEMGDVDPWVNL
.**.:*: :**:
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:90 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 67.44 C1 C2 67.44
TOP 1 0 67.44 C2 C1 67.44
BOT 0 2 80.23 C1 C3 80.23
TOP 2 0 80.23 C3 C1 80.23
BOT 0 3 80.23 C1 C4 80.23
TOP 3 0 80.23 C4 C1 80.23
BOT 0 4 62.96 C1 C5 62.96
TOP 4 0 62.96 C5 C1 62.96
BOT 0 5 61.63 C1 C6 61.63
TOP 5 0 61.63 C6 C1 61.63
BOT 0 6 86.05 C1 C7 86.05
TOP 6 0 86.05 C7 C1 86.05
BOT 0 7 86.05 C1 C8 86.05
TOP 7 0 86.05 C8 C1 86.05
BOT 0 8 76.74 C1 C9 76.74
TOP 8 0 76.74 C9 C1 76.74
BOT 0 9 61.73 C1 C10 61.73
TOP 9 0 61.73 C10 C1 61.73
BOT 0 10 49.38 C1 C11 49.38
TOP 10 0 49.38 C11 C1 49.38
BOT 0 11 67.44 C1 C12 67.44
TOP 11 0 67.44 C12 C1 67.44
BOT 0 12 80.23 C1 C13 80.23
TOP 12 0 80.23 C13 C1 80.23
BOT 0 13 69.77 C1 C14 69.77
TOP 13 0 69.77 C14 C1 69.77
BOT 0 14 86.05 C1 C15 86.05
TOP 14 0 86.05 C15 C1 86.05
BOT 0 15 87.21 C1 C16 87.21
TOP 15 0 87.21 C16 C1 87.21
BOT 0 16 82.56 C1 C17 82.56
TOP 16 0 82.56 C17 C1 82.56
BOT 0 17 63.53 C1 C18 63.53
TOP 17 0 63.53 C18 C1 63.53
BOT 0 18 84.88 C1 C19 84.88
TOP 18 0 84.88 C19 C1 84.88
BOT 0 19 75.58 C1 C20 75.58
TOP 19 0 75.58 C20 C1 75.58
BOT 0 20 61.73 C1 C21 61.73
TOP 20 0 61.73 C21 C1 61.73
BOT 0 21 67.44 C1 C22 67.44
TOP 21 0 67.44 C22 C1 67.44
BOT 0 22 62.65 C1 C23 62.65
TOP 22 0 62.65 C23 C1 62.65
BOT 0 23 69.77 C1 C24 69.77
TOP 23 0 69.77 C24 C1 69.77
BOT 0 24 84.71 C1 C25 84.71
TOP 24 0 84.71 C25 C1 84.71
BOT 0 25 80.00 C1 C26 80.00
TOP 25 0 80.00 C26 C1 80.00
BOT 0 26 74.42 C1 C27 74.42
TOP 26 0 74.42 C27 C1 74.42
BOT 0 27 63.95 C1 C28 63.95
TOP 27 0 63.95 C28 C1 63.95
BOT 0 28 71.08 C1 C29 71.08
TOP 28 0 71.08 C29 C1 71.08
BOT 0 29 63.10 C1 C30 63.10
TOP 29 0 63.10 C30 C1 63.10
BOT 0 30 62.65 C1 C31 62.65
TOP 30 0 62.65 C31 C1 62.65
BOT 0 31 62.79 C1 C32 62.79
TOP 31 0 62.79 C32 C1 62.79
BOT 0 32 67.44 C1 C33 67.44
TOP 32 0 67.44 C33 C1 67.44
BOT 0 33 82.56 C1 C34 82.56
TOP 33 0 82.56 C34 C1 82.56
BOT 0 34 64.71 C1 C35 64.71
TOP 34 0 64.71 C35 C1 64.71
BOT 0 35 70.93 C1 C36 70.93
TOP 35 0 70.93 C36 C1 70.93
BOT 0 36 74.70 C1 C37 74.70
TOP 36 0 74.70 C37 C1 74.70
BOT 0 37 66.28 C1 C38 66.28
TOP 37 0 66.28 C38 C1 66.28
BOT 0 38 67.44 C1 C39 67.44
TOP 38 0 67.44 C39 C1 67.44
BOT 0 39 79.07 C1 C40 79.07
TOP 39 0 79.07 C40 C1 79.07
BOT 0 40 66.28 C1 C41 66.28
TOP 40 0 66.28 C41 C1 66.28
BOT 0 41 60.49 C1 C42 60.49
TOP 41 0 60.49 C42 C1 60.49
BOT 0 42 80.25 C1 C43 80.25
TOP 42 0 80.25 C43 C1 80.25
BOT 0 43 77.91 C1 C44 77.91
TOP 43 0 77.91 C44 C1 77.91
BOT 0 44 56.63 C1 C45 56.63
TOP 44 0 56.63 C45 C1 56.63
BOT 0 45 84.88 C1 C46 84.88
TOP 45 0 84.88 C46 C1 84.88
BOT 0 46 61.45 C1 C47 61.45
TOP 46 0 61.45 C47 C1 61.45
BOT 0 47 84.88 C1 C48 84.88
TOP 47 0 84.88 C48 C1 84.88
BOT 0 48 75.90 C1 C49 75.90
TOP 48 0 75.90 C49 C1 75.90
BOT 0 49 64.71 C1 C50 64.71
TOP 49 0 64.71 C50 C1 64.71
BOT 1 2 62.79 C2 C3 62.79
TOP 2 1 62.79 C3 C2 62.79
BOT 1 3 69.77 C2 C4 69.77
TOP 3 1 69.77 C4 C2 69.77
BOT 1 4 61.73 C2 C5 61.73
TOP 4 1 61.73 C5 C2 61.73
BOT 1 5 80.23 C2 C6 80.23
TOP 5 1 80.23 C6 C2 80.23
BOT 1 6 70.93 C2 C7 70.93
TOP 6 1 70.93 C7 C2 70.93
BOT 1 7 66.28 C2 C8 66.28
TOP 7 1 66.28 C8 C2 66.28
BOT 1 8 66.28 C2 C9 66.28
TOP 8 1 66.28 C9 C2 66.28
BOT 1 9 60.49 C2 C10 60.49
TOP 9 1 60.49 C10 C2 60.49
BOT 1 10 56.79 C2 C11 56.79
TOP 10 1 56.79 C11 C2 56.79
BOT 1 11 75.58 C2 C12 75.58
TOP 11 1 75.58 C12 C2 75.58
BOT 1 12 68.60 C2 C13 68.60
TOP 12 1 68.60 C13 C2 68.60
BOT 1 13 63.95 C2 C14 63.95
TOP 13 1 63.95 C14 C2 63.95
BOT 1 14 70.93 C2 C15 70.93
TOP 14 1 70.93 C15 C2 70.93
BOT 1 15 68.60 C2 C16 68.60
TOP 15 1 68.60 C16 C2 68.60
BOT 1 16 67.44 C2 C17 67.44
TOP 16 1 67.44 C17 C2 67.44
BOT 1 17 61.18 C2 C18 61.18
TOP 17 1 61.18 C18 C2 61.18
BOT 1 18 68.60 C2 C19 68.60
TOP 18 1 68.60 C19 C2 68.60
BOT 1 19 67.44 C2 C20 67.44
TOP 19 1 67.44 C20 C2 67.44
BOT 1 20 58.02 C2 C21 58.02
TOP 20 1 58.02 C21 C2 58.02
BOT 1 21 76.74 C2 C22 76.74
TOP 21 1 76.74 C22 C2 76.74
BOT 1 22 84.34 C2 C23 84.34
TOP 22 1 84.34 C23 C2 84.34
BOT 1 23 68.60 C2 C24 68.60
TOP 23 1 68.60 C24 C2 68.60
BOT 1 24 67.06 C2 C25 67.06
TOP 24 1 67.06 C25 C2 67.06
BOT 1 25 70.59 C2 C26 70.59
TOP 25 1 70.59 C26 C2 70.59
BOT 1 26 69.77 C2 C27 69.77
TOP 26 1 69.77 C27 C2 69.77
BOT 1 27 77.91 C2 C28 77.91
TOP 27 1 77.91 C28 C2 77.91
BOT 1 28 68.67 C2 C29 68.67
TOP 28 1 68.67 C29 C2 68.67
BOT 1 29 60.71 C2 C30 60.71
TOP 29 1 60.71 C30 C2 60.71
BOT 1 30 63.86 C2 C31 63.86
TOP 30 1 63.86 C31 C2 63.86
BOT 1 31 62.79 C2 C32 62.79
TOP 31 1 62.79 C32 C2 62.79
BOT 1 32 75.58 C2 C33 75.58
TOP 32 1 75.58 C33 C2 75.58
BOT 1 33 68.60 C2 C34 68.60
TOP 33 1 68.60 C34 C2 68.60
BOT 1 34 61.18 C2 C35 61.18
TOP 34 1 61.18 C35 C2 61.18
BOT 1 35 70.93 C2 C36 70.93
TOP 35 1 70.93 C36 C2 70.93
BOT 1 36 66.27 C2 C37 66.27
TOP 36 1 66.27 C37 C2 66.27
BOT 1 37 72.09 C2 C38 72.09
TOP 37 1 72.09 C38 C2 72.09
BOT 1 38 90.70 C2 C39 90.70
TOP 38 1 90.70 C39 C2 90.70
BOT 1 39 63.95 C2 C40 63.95
TOP 39 1 63.95 C40 C2 63.95
BOT 1 40 86.05 C2 C41 86.05
TOP 40 1 86.05 C41 C2 86.05
BOT 1 41 60.49 C2 C42 60.49
TOP 41 1 60.49 C42 C2 60.49
BOT 1 42 70.37 C2 C43 70.37
TOP 42 1 70.37 C43 C2 70.37
BOT 1 43 66.28 C2 C44 66.28
TOP 43 1 66.28 C44 C2 66.28
BOT 1 44 54.22 C2 C45 54.22
TOP 44 1 54.22 C45 C2 54.22
BOT 1 45 70.93 C2 C46 70.93
TOP 45 1 70.93 C46 C2 70.93
BOT 1 46 62.65 C2 C47 62.65
TOP 46 1 62.65 C47 C2 62.65
BOT 1 47 67.44 C2 C48 67.44
TOP 47 1 67.44 C48 C2 67.44
BOT 1 48 65.06 C2 C49 65.06
TOP 48 1 65.06 C49 C2 65.06
BOT 1 49 82.35 C2 C50 82.35
TOP 49 1 82.35 C50 C2 82.35
BOT 2 3 73.26 C3 C4 73.26
TOP 3 2 73.26 C4 C3 73.26
BOT 2 4 56.79 C3 C5 56.79
TOP 4 2 56.79 C5 C3 56.79
BOT 2 5 58.14 C3 C6 58.14
TOP 5 2 58.14 C6 C3 58.14
BOT 2 6 80.23 C3 C7 80.23
TOP 6 2 80.23 C7 C3 80.23
BOT 2 7 76.74 C3 C8 76.74
TOP 7 2 76.74 C8 C3 76.74
BOT 2 8 72.09 C3 C9 72.09
TOP 8 2 72.09 C9 C3 72.09
BOT 2 9 61.73 C3 C10 61.73
TOP 9 2 61.73 C10 C3 61.73
BOT 2 10 51.85 C3 C11 51.85
TOP 10 2 51.85 C11 C3 51.85
BOT 2 11 66.28 C3 C12 66.28
TOP 11 2 66.28 C12 C3 66.28
BOT 2 12 76.74 C3 C13 76.74
TOP 12 2 76.74 C13 C3 76.74
BOT 2 13 72.09 C3 C14 72.09
TOP 13 2 72.09 C14 C3 72.09
BOT 2 14 79.07 C3 C15 79.07
TOP 14 2 79.07 C15 C3 79.07
BOT 2 15 77.91 C3 C16 77.91
TOP 15 2 77.91 C16 C3 77.91
BOT 2 16 74.42 C3 C17 74.42
TOP 16 2 74.42 C17 C3 74.42
BOT 2 17 63.53 C3 C18 63.53
TOP 17 2 63.53 C18 C3 63.53
BOT 2 18 76.74 C3 C19 76.74
TOP 18 2 76.74 C19 C3 76.74
BOT 2 19 76.74 C3 C20 76.74
TOP 19 2 76.74 C20 C3 76.74
BOT 2 20 60.49 C3 C21 60.49
TOP 20 2 60.49 C21 C3 60.49
BOT 2 21 65.12 C3 C22 65.12
TOP 21 2 65.12 C22 C3 65.12
BOT 2 22 57.83 C3 C23 57.83
TOP 22 2 57.83 C23 C3 57.83
BOT 2 23 66.28 C3 C24 66.28
TOP 23 2 66.28 C24 C3 66.28
BOT 2 24 74.12 C3 C25 74.12
TOP 24 2 74.12 C25 C3 74.12
BOT 2 25 74.12 C3 C26 74.12
TOP 25 2 74.12 C26 C3 74.12
BOT 2 26 70.93 C3 C27 70.93
TOP 26 2 70.93 C27 C3 70.93
BOT 2 27 60.47 C3 C28 60.47
TOP 27 2 60.47 C28 C3 60.47
BOT 2 28 62.65 C3 C29 62.65
TOP 28 2 62.65 C29 C3 62.65
BOT 2 29 60.71 C3 C30 60.71
TOP 29 2 60.71 C30 C3 60.71
BOT 2 30 62.65 C3 C31 62.65
TOP 30 2 62.65 C31 C3 62.65
BOT 2 31 56.98 C3 C32 56.98
TOP 31 2 56.98 C32 C3 56.98
BOT 2 32 62.79 C3 C33 62.79
TOP 32 2 62.79 C33 C3 62.79
BOT 2 33 75.58 C3 C34 75.58
TOP 33 2 75.58 C34 C3 75.58
BOT 2 34 64.71 C3 C35 64.71
TOP 34 2 64.71 C35 C3 64.71
BOT 2 35 70.93 C3 C36 70.93
TOP 35 2 70.93 C36 C3 70.93
BOT 2 36 73.49 C3 C37 73.49
TOP 36 2 73.49 C37 C3 73.49
BOT 2 37 61.63 C3 C38 61.63
TOP 37 2 61.63 C38 C3 61.63
BOT 2 38 63.95 C3 C39 63.95
TOP 38 2 63.95 C39 C3 63.95
BOT 2 39 79.07 C3 C40 79.07
TOP 39 2 79.07 C40 C3 79.07
BOT 2 40 65.12 C3 C41 65.12
TOP 40 2 65.12 C41 C3 65.12
BOT 2 41 59.26 C3 C42 59.26
TOP 41 2 59.26 C42 C3 59.26
BOT 2 42 76.54 C3 C43 76.54
TOP 42 2 76.54 C43 C3 76.54
BOT 2 43 73.26 C3 C44 73.26
TOP 43 2 73.26 C44 C3 73.26
BOT 2 44 56.63 C3 C45 56.63
TOP 44 2 56.63 C45 C3 56.63
BOT 2 45 77.91 C3 C46 77.91
TOP 45 2 77.91 C46 C3 77.91
BOT 2 46 57.83 C3 C47 57.83
TOP 46 2 57.83 C47 C3 57.83
BOT 2 47 76.74 C3 C48 76.74
TOP 47 2 76.74 C48 C3 76.74
BOT 2 48 65.06 C3 C49 65.06
TOP 48 2 65.06 C49 C3 65.06
BOT 2 49 62.35 C3 C50 62.35
TOP 49 2 62.35 C50 C3 62.35
BOT 3 4 65.43 C4 C5 65.43
TOP 4 3 65.43 C5 C4 65.43
BOT 3 5 67.44 C4 C6 67.44
TOP 5 3 67.44 C6 C4 67.44
BOT 3 6 82.56 C4 C7 82.56
TOP 6 3 82.56 C7 C4 82.56
BOT 3 7 82.56 C4 C8 82.56
TOP 7 3 82.56 C8 C4 82.56
BOT 3 8 76.74 C4 C9 76.74
TOP 8 3 76.74 C9 C4 76.74
BOT 3 9 61.73 C4 C10 61.73
TOP 9 3 61.73 C10 C4 61.73
BOT 3 10 55.56 C4 C11 55.56
TOP 10 3 55.56 C11 C4 55.56
BOT 3 11 74.42 C4 C12 74.42
TOP 11 3 74.42 C12 C4 74.42
BOT 3 12 77.91 C4 C13 77.91
TOP 12 3 77.91 C13 C4 77.91
BOT 3 13 69.77 C4 C14 69.77
TOP 13 3 69.77 C14 C4 69.77
BOT 3 14 81.40 C4 C15 81.40
TOP 14 3 81.40 C15 C4 81.40
BOT 3 15 86.05 C4 C16 86.05
TOP 15 3 86.05 C16 C4 86.05
BOT 3 16 81.40 C4 C17 81.40
TOP 16 3 81.40 C17 C4 81.40
BOT 3 17 61.18 C4 C18 61.18
TOP 17 3 61.18 C18 C4 61.18
BOT 3 18 80.23 C4 C19 80.23
TOP 18 3 80.23 C19 C4 80.23
BOT 3 19 80.23 C4 C20 80.23
TOP 19 3 80.23 C20 C4 80.23
BOT 3 20 61.73 C4 C21 61.73
TOP 20 3 61.73 C21 C4 61.73
BOT 3 21 73.26 C4 C22 73.26
TOP 21 3 73.26 C22 C4 73.26
BOT 3 22 63.86 C4 C23 63.86
TOP 22 3 63.86 C23 C4 63.86
BOT 3 23 69.77 C4 C24 69.77
TOP 23 3 69.77 C24 C4 69.77
BOT 3 24 82.35 C4 C25 82.35
TOP 24 3 82.35 C25 C4 82.35
BOT 3 25 80.00 C4 C26 80.00
TOP 25 3 80.00 C26 C4 80.00
BOT 3 26 72.09 C4 C27 72.09
TOP 26 3 72.09 C27 C4 72.09
BOT 3 27 70.93 C4 C28 70.93
TOP 27 3 70.93 C28 C4 70.93
BOT 3 28 74.70 C4 C29 74.70
TOP 28 3 74.70 C29 C4 74.70
BOT 3 29 65.48 C4 C30 65.48
TOP 29 3 65.48 C30 C4 65.48
BOT 3 30 59.04 C4 C31 59.04
TOP 30 3 59.04 C31 C4 59.04
BOT 3 31 60.47 C4 C32 60.47
TOP 31 3 60.47 C32 C4 60.47
BOT 3 32 68.60 C4 C33 68.60
TOP 32 3 68.60 C33 C4 68.60
BOT 3 33 75.58 C4 C34 75.58
TOP 33 3 75.58 C34 C4 75.58
BOT 3 34 60.00 C4 C35 60.00
TOP 34 3 60.00 C35 C4 60.00
BOT 3 35 72.09 C4 C36 72.09
TOP 35 3 72.09 C36 C4 72.09
BOT 3 36 74.70 C4 C37 74.70
TOP 36 3 74.70 C37 C4 74.70
BOT 3 37 65.12 C4 C38 65.12
TOP 37 3 65.12 C38 C4 65.12
BOT 3 38 69.77 C4 C39 69.77
TOP 38 3 69.77 C39 C4 69.77
BOT 3 39 75.58 C4 C40 75.58
TOP 39 3 75.58 C40 C4 75.58
BOT 3 40 67.44 C4 C41 67.44
TOP 40 3 67.44 C41 C4 67.44
BOT 3 41 58.02 C4 C42 58.02
TOP 41 3 58.02 C42 C4 58.02
BOT 3 42 79.01 C4 C43 79.01
TOP 42 3 79.01 C43 C4 79.01
BOT 3 43 80.23 C4 C44 80.23
TOP 43 3 80.23 C44 C4 80.23
BOT 3 44 63.86 C4 C45 63.86
TOP 44 3 63.86 C45 C4 63.86
BOT 3 45 83.72 C4 C46 83.72
TOP 45 3 83.72 C46 C4 83.72
BOT 3 46 62.65 C4 C47 62.65
TOP 46 3 62.65 C47 C4 62.65
BOT 3 47 83.72 C4 C48 83.72
TOP 47 3 83.72 C48 C4 83.72
BOT 3 48 74.70 C4 C49 74.70
TOP 48 3 74.70 C49 C4 74.70
BOT 3 49 65.88 C4 C50 65.88
TOP 49 3 65.88 C50 C4 65.88
BOT 4 5 50.62 C5 C6 50.62
TOP 5 4 50.62 C6 C5 50.62
BOT 4 6 64.20 C5 C7 64.20
TOP 6 4 64.20 C7 C5 64.20
BOT 4 7 66.67 C5 C8 66.67
TOP 7 4 66.67 C8 C5 66.67
BOT 4 8 61.73 C5 C9 61.73
TOP 8 4 61.73 C9 C5 61.73
BOT 4 9 75.58 C5 C10 75.58
TOP 9 4 75.58 C10 C5 75.58
BOT 4 10 66.67 C5 C11 66.67
TOP 10 4 66.67 C11 C5 66.67
BOT 4 11 59.26 C5 C12 59.26
TOP 11 4 59.26 C12 C5 59.26
BOT 4 12 61.73 C5 C13 61.73
TOP 12 4 61.73 C13 C5 61.73
BOT 4 13 76.54 C5 C14 76.54
TOP 13 4 76.54 C14 C5 76.54
BOT 4 14 65.43 C5 C15 65.43
TOP 14 4 65.43 C15 C5 65.43
BOT 4 15 67.90 C5 C16 67.90
TOP 15 4 67.90 C16 C5 67.90
BOT 4 16 71.60 C5 C17 71.60
TOP 16 4 71.60 C17 C5 71.60
BOT 4 17 71.95 C5 C18 71.95
TOP 17 4 71.95 C18 C5 71.95
BOT 4 18 61.73 C5 C19 61.73
TOP 18 4 61.73 C19 C5 61.73
BOT 4 19 64.20 C5 C20 64.20
TOP 19 4 64.20 C20 C5 64.20
BOT 4 20 77.91 C5 C21 77.91
TOP 20 4 77.91 C21 C5 77.91
BOT 4 21 58.02 C5 C22 58.02
TOP 21 4 58.02 C22 C5 58.02
BOT 4 22 58.02 C5 C23 58.02
TOP 22 4 58.02 C23 C5 58.02
BOT 4 23 61.73 C5 C24 61.73
TOP 23 4 61.73 C24 C5 61.73
BOT 4 24 71.60 C5 C25 71.60
TOP 24 4 71.60 C25 C5 71.60
BOT 4 25 70.00 C5 C26 70.00
TOP 25 4 70.00 C26 C5 70.00
BOT 4 26 62.96 C5 C27 62.96
TOP 26 4 62.96 C27 C5 62.96
BOT 4 27 56.79 C5 C28 56.79
TOP 27 4 56.79 C28 C5 56.79
BOT 4 28 67.90 C5 C29 67.90
TOP 28 4 67.90 C29 C5 67.90
BOT 4 29 79.27 C5 C30 79.27
TOP 29 4 79.27 C30 C5 79.27
BOT 4 30 79.52 C5 C31 79.52
TOP 30 4 79.52 C31 C5 79.52
BOT 4 31 80.25 C5 C32 80.25
TOP 31 4 80.25 C32 C5 80.25
BOT 4 32 65.43 C5 C33 65.43
TOP 32 4 65.43 C33 C5 65.43
BOT 4 33 62.96 C5 C34 62.96
TOP 33 4 62.96 C34 C5 62.96
BOT 4 34 56.25 C5 C35 56.25
TOP 34 4 56.25 C35 C5 56.25
BOT 4 35 65.43 C5 C36 65.43
TOP 35 4 65.43 C36 C5 65.43
BOT 4 36 71.08 C5 C37 71.08
TOP 36 4 71.08 C37 C5 71.08
BOT 4 37 61.73 C5 C38 61.73
TOP 37 4 61.73 C38 C5 61.73
BOT 4 38 61.73 C5 C39 61.73
TOP 38 4 61.73 C39 C5 61.73
BOT 4 39 59.26 C5 C40 59.26
TOP 39 4 59.26 C40 C5 59.26
BOT 4 40 59.26 C5 C41 59.26
TOP 40 4 59.26 C41 C5 59.26
BOT 4 41 85.71 C5 C42 85.71
TOP 41 4 85.71 C42 C5 85.71
BOT 4 42 64.20 C5 C43 64.20
TOP 42 4 64.20 C43 C5 64.20
BOT 4 43 58.02 C5 C44 58.02
TOP 43 4 58.02 C44 C5 58.02
BOT 4 44 74.70 C5 C45 74.70
TOP 44 4 74.70 C45 C5 74.70
BOT 4 45 69.14 C5 C46 69.14
TOP 45 4 69.14 C46 C5 69.14
BOT 4 46 71.08 C5 C47 71.08
TOP 46 4 71.08 C47 C5 71.08
BOT 4 47 67.90 C5 C48 67.90
TOP 47 4 67.90 C48 C5 67.90
BOT 4 48 62.82 C5 C49 62.82
TOP 48 4 62.82 C49 C5 62.82
BOT 4 49 56.79 C5 C50 56.79
TOP 49 4 56.79 C50 C5 56.79
BOT 5 6 65.12 C6 C7 65.12
TOP 6 5 65.12 C7 C6 65.12
BOT 5 7 60.47 C6 C8 60.47
TOP 7 5 60.47 C8 C6 60.47
BOT 5 8 60.47 C6 C9 60.47
TOP 8 5 60.47 C9 C6 60.47
BOT 5 9 53.09 C6 C10 53.09
TOP 9 5 53.09 C10 C6 53.09
BOT 5 10 51.85 C6 C11 51.85
TOP 10 5 51.85 C11 C6 51.85
BOT 5 11 74.42 C6 C12 74.42
TOP 11 5 74.42 C12 C6 74.42
BOT 5 12 62.79 C6 C13 62.79
TOP 12 5 62.79 C13 C6 62.79
BOT 5 13 53.49 C6 C14 53.49
TOP 13 5 53.49 C14 C6 53.49
BOT 5 14 65.12 C6 C15 65.12
TOP 14 5 65.12 C15 C6 65.12
BOT 5 15 61.63 C6 C16 61.63
TOP 15 5 61.63 C16 C6 61.63
BOT 5 16 62.79 C6 C17 62.79
TOP 16 5 62.79 C17 C6 62.79
BOT 5 17 52.94 C6 C18 52.94
TOP 17 5 52.94 C18 C6 52.94
BOT 5 18 63.95 C6 C19 63.95
TOP 18 5 63.95 C19 C6 63.95
BOT 5 19 62.79 C6 C20 62.79
TOP 19 5 62.79 C20 C6 62.79
BOT 5 20 50.62 C6 C21 50.62
TOP 20 5 50.62 C21 C6 50.62
BOT 5 21 74.42 C6 C22 74.42
TOP 21 5 74.42 C22 C6 74.42
BOT 5 22 78.31 C6 C23 78.31
TOP 22 5 78.31 C23 C6 78.31
BOT 5 23 63.95 C6 C24 63.95
TOP 23 5 63.95 C24 C6 63.95
BOT 5 24 60.00 C6 C25 60.00
TOP 24 5 60.00 C25 C6 60.00
BOT 5 25 63.53 C6 C26 63.53
TOP 25 5 63.53 C26 C6 63.53
BOT 5 26 65.12 C6 C27 65.12
TOP 26 5 65.12 C27 C6 65.12
BOT 5 27 70.93 C6 C28 70.93
TOP 27 5 70.93 C28 C6 70.93
BOT 5 28 66.27 C6 C29 66.27
TOP 28 5 66.27 C29 C6 66.27
BOT 5 29 60.71 C6 C30 60.71
TOP 29 5 60.71 C30 C6 60.71
BOT 5 30 55.42 C6 C31 55.42
TOP 30 5 55.42 C31 C6 55.42
BOT 5 31 55.81 C6 C32 55.81
TOP 31 5 55.81 C32 C6 55.81
BOT 5 32 62.79 C6 C33 62.79
TOP 32 5 62.79 C33 C6 62.79
BOT 5 33 61.63 C6 C34 61.63
TOP 33 5 61.63 C34 C6 61.63
BOT 5 34 56.47 C6 C35 56.47
TOP 34 5 56.47 C35 C6 56.47
BOT 5 35 62.79 C6 C36 62.79
TOP 35 5 62.79 C36 C6 62.79
BOT 5 36 60.24 C6 C37 60.24
TOP 36 5 60.24 C37 C6 60.24
BOT 5 37 65.12 C6 C38 65.12
TOP 37 5 65.12 C38 C6 65.12
BOT 5 38 80.23 C6 C39 80.23
TOP 38 5 80.23 C39 C6 80.23
BOT 5 39 59.30 C6 C40 59.30
TOP 39 5 59.30 C40 C6 59.30
BOT 5 40 83.72 C6 C41 83.72
TOP 40 5 83.72 C41 C6 83.72
BOT 5 41 51.85 C6 C42 51.85
TOP 41 5 51.85 C42 C6 51.85
BOT 5 42 61.73 C6 C43 61.73
TOP 42 5 61.73 C43 C6 61.73
BOT 5 43 60.47 C6 C44 60.47
TOP 43 5 60.47 C44 C6 60.47
BOT 5 44 53.01 C6 C45 53.01
TOP 44 5 53.01 C45 C6 53.01
BOT 5 45 65.12 C6 C46 65.12
TOP 45 5 65.12 C46 C6 65.12
BOT 5 46 56.63 C6 C47 56.63
TOP 46 5 56.63 C47 C6 56.63
BOT 5 47 60.47 C6 C48 60.47
TOP 47 5 60.47 C48 C6 60.47
BOT 5 48 66.27 C6 C49 66.27
TOP 48 5 66.27 C49 C6 66.27
BOT 5 49 78.82 C6 C50 78.82
TOP 49 5 78.82 C50 C6 78.82
BOT 6 7 83.72 C7 C8 83.72
TOP 7 6 83.72 C8 C7 83.72
BOT 6 8 77.91 C7 C9 77.91
TOP 8 6 77.91 C9 C7 77.91
BOT 6 9 61.73 C7 C10 61.73
TOP 9 6 61.73 C10 C7 61.73
BOT 6 10 53.09 C7 C11 53.09
TOP 10 6 53.09 C11 C7 53.09
BOT 6 11 69.77 C7 C12 69.77
TOP 11 6 69.77 C12 C7 69.77
BOT 6 12 80.23 C7 C13 80.23
TOP 12 6 80.23 C13 C7 80.23
BOT 6 13 72.09 C7 C14 72.09
TOP 13 6 72.09 C14 C7 72.09
BOT 6 14 82.56 C7 C15 82.56
TOP 14 6 82.56 C15 C7 82.56
BOT 6 15 86.05 C7 C16 86.05
TOP 15 6 86.05 C16 C7 86.05
BOT 6 16 79.07 C7 C17 79.07
TOP 16 6 79.07 C17 C7 79.07
BOT 6 17 64.71 C7 C18 64.71
TOP 17 6 64.71 C18 C7 64.71
BOT 6 18 84.88 C7 C19 84.88
TOP 18 6 84.88 C19 C7 84.88
BOT 6 19 79.07 C7 C20 79.07
TOP 19 6 79.07 C20 C7 79.07
BOT 6 20 61.73 C7 C21 61.73
TOP 20 6 61.73 C21 C7 61.73
BOT 6 21 68.60 C7 C22 68.60
TOP 21 6 68.60 C22 C7 68.60
BOT 6 22 65.06 C7 C23 65.06
TOP 22 6 65.06 C23 C7 65.06
BOT 6 23 69.77 C7 C24 69.77
TOP 23 6 69.77 C24 C7 69.77
BOT 6 24 82.35 C7 C25 82.35
TOP 24 6 82.35 C25 C7 82.35
BOT 6 25 81.18 C7 C26 81.18
TOP 25 6 81.18 C26 C7 81.18
BOT 6 26 75.58 C7 C27 75.58
TOP 26 6 75.58 C27 C7 75.58
BOT 6 27 65.12 C7 C28 65.12
TOP 27 6 65.12 C28 C7 65.12
BOT 6 28 72.29 C7 C29 72.29
TOP 28 6 72.29 C29 C7 72.29
BOT 6 29 63.10 C7 C30 63.10
TOP 29 6 63.10 C30 C7 63.10
BOT 6 30 66.27 C7 C31 66.27
TOP 30 6 66.27 C31 C7 66.27
BOT 6 31 63.95 C7 C32 63.95
TOP 31 6 63.95 C32 C7 63.95
BOT 6 32 66.28 C7 C33 66.28
TOP 32 6 66.28 C33 C7 66.28
BOT 6 33 80.23 C7 C34 80.23
TOP 33 6 80.23 C34 C7 80.23
BOT 6 34 62.35 C7 C35 62.35
TOP 34 6 62.35 C35 C7 62.35
BOT 6 35 72.09 C7 C36 72.09
TOP 35 6 72.09 C36 C7 72.09
BOT 6 36 78.31 C7 C37 78.31
TOP 36 6 78.31 C37 C7 78.31
BOT 6 37 63.95 C7 C38 63.95
TOP 37 6 63.95 C38 C7 63.95
BOT 6 38 70.93 C7 C39 70.93
TOP 38 6 70.93 C39 C7 70.93
BOT 6 39 81.40 C7 C40 81.40
TOP 39 6 81.40 C40 C7 81.40
BOT 6 40 69.77 C7 C41 69.77
TOP 40 6 69.77 C41 C7 69.77
BOT 6 41 61.73 C7 C42 61.73
TOP 41 6 61.73 C42 C7 61.73
BOT 6 42 82.72 C7 C43 82.72
TOP 42 6 82.72 C43 C7 82.72
BOT 6 43 77.91 C7 C44 77.91
TOP 43 6 77.91 C44 C7 77.91
BOT 6 44 59.04 C7 C45 59.04
TOP 44 6 59.04 C45 C7 59.04
BOT 6 45 84.88 C7 C46 84.88
TOP 45 6 84.88 C46 C7 84.88
BOT 6 46 62.65 C7 C47 62.65
TOP 46 6 62.65 C47 C7 62.65
BOT 6 47 83.72 C7 C48 83.72
TOP 47 6 83.72 C48 C7 83.72
BOT 6 48 75.90 C7 C49 75.90
TOP 48 6 75.90 C49 C7 75.90
BOT 6 49 65.88 C7 C50 65.88
TOP 49 6 65.88 C50 C7 65.88
BOT 7 8 79.07 C8 C9 79.07
TOP 8 7 79.07 C9 C8 79.07
BOT 7 9 61.73 C8 C10 61.73
TOP 9 7 61.73 C10 C8 61.73
BOT 7 10 51.85 C8 C11 51.85
TOP 10 7 51.85 C11 C8 51.85
BOT 7 11 66.28 C8 C12 66.28
TOP 11 7 66.28 C12 C8 66.28
BOT 7 12 77.91 C8 C13 77.91
TOP 12 7 77.91 C13 C8 77.91
BOT 7 13 72.09 C8 C14 72.09
TOP 13 7 72.09 C14 C8 72.09
BOT 7 14 89.53 C8 C15 89.53
TOP 14 7 89.53 C15 C8 89.53
BOT 7 15 87.21 C8 C16 87.21
TOP 15 7 87.21 C16 C8 87.21
BOT 7 16 82.56 C8 C17 82.56
TOP 16 7 82.56 C17 C8 82.56
BOT 7 17 63.53 C8 C18 63.53
TOP 17 7 63.53 C18 C8 63.53
BOT 7 18 82.56 C8 C19 82.56
TOP 18 7 82.56 C19 C8 82.56
BOT 7 19 80.23 C8 C20 80.23
TOP 19 7 80.23 C20 C8 80.23
BOT 7 20 61.73 C8 C21 61.73
TOP 20 7 61.73 C21 C8 61.73
BOT 7 21 65.12 C8 C22 65.12
TOP 21 7 65.12 C22 C8 65.12
BOT 7 22 60.24 C8 C23 60.24
TOP 22 7 60.24 C23 C8 60.24
BOT 7 23 74.42 C8 C24 74.42
TOP 23 7 74.42 C24 C8 74.42
BOT 7 24 83.53 C8 C25 83.53
TOP 24 7 83.53 C25 C8 83.53
BOT 7 25 83.53 C8 C26 83.53
TOP 25 7 83.53 C26 C8 83.53
BOT 7 26 77.91 C8 C27 77.91
TOP 26 7 77.91 C27 C8 77.91
BOT 7 27 65.12 C8 C28 65.12
TOP 27 7 65.12 C28 C8 65.12
BOT 7 28 68.67 C8 C29 68.67
TOP 28 7 68.67 C29 C8 68.67
BOT 7 29 64.29 C8 C30 64.29
TOP 29 7 64.29 C30 C8 64.29
BOT 7 30 63.86 C8 C31 63.86
TOP 30 7 63.86 C31 C8 63.86
BOT 7 31 62.79 C8 C32 62.79
TOP 31 7 62.79 C32 C8 62.79
BOT 7 32 67.44 C8 C33 67.44
TOP 32 7 67.44 C33 C8 67.44
BOT 7 33 80.23 C8 C34 80.23
TOP 33 7 80.23 C34 C8 80.23
BOT 7 34 63.53 C8 C35 63.53
TOP 34 7 63.53 C35 C8 63.53
BOT 7 35 77.91 C8 C36 77.91
TOP 35 7 77.91 C36 C8 77.91
BOT 7 36 74.70 C8 C37 74.70
TOP 36 7 74.70 C37 C8 74.70
BOT 7 37 69.77 C8 C38 69.77
TOP 37 7 69.77 C38 C8 69.77
BOT 7 38 66.28 C8 C39 66.28
TOP 38 7 66.28 C39 C8 66.28
BOT 7 39 80.23 C8 C40 80.23
TOP 39 7 80.23 C40 C8 80.23
BOT 7 40 63.95 C8 C41 63.95
TOP 40 7 63.95 C41 C8 63.95
BOT 7 41 61.73 C8 C42 61.73
TOP 41 7 61.73 C42 C8 61.73
BOT 7 42 80.25 C8 C43 80.25
TOP 42 7 80.25 C43 C8 80.25
BOT 7 43 76.74 C8 C44 76.74
TOP 43 7 76.74 C44 C8 76.74
BOT 7 44 61.45 C8 C45 61.45
TOP 44 7 61.45 C45 C8 61.45
BOT 7 45 86.05 C8 C46 86.05
TOP 45 7 86.05 C46 C8 86.05
BOT 7 46 61.45 C8 C47 61.45
TOP 46 7 61.45 C47 C8 61.45
BOT 7 47 86.05 C8 C48 86.05
TOP 47 7 86.05 C48 C8 86.05
BOT 7 48 77.11 C8 C49 77.11
TOP 48 7 77.11 C49 C8 77.11
BOT 7 49 63.53 C8 C50 63.53
TOP 49 7 63.53 C50 C8 63.53
BOT 8 9 61.73 C9 C10 61.73
TOP 9 8 61.73 C10 C9 61.73
BOT 8 10 50.62 C9 C11 50.62
TOP 10 8 50.62 C11 C9 50.62
BOT 8 11 68.60 C9 C12 68.60
TOP 11 8 68.60 C12 C9 68.60
BOT 8 12 75.58 C9 C13 75.58
TOP 12 8 75.58 C13 C9 75.58
BOT 8 13 68.60 C9 C14 68.60
TOP 13 8 68.60 C14 C9 68.60
BOT 8 14 80.23 C9 C15 80.23
TOP 14 8 80.23 C15 C9 80.23
BOT 8 15 80.23 C9 C16 80.23
TOP 15 8 80.23 C16 C9 80.23
BOT 8 16 74.42 C9 C17 74.42
TOP 16 8 74.42 C17 C9 74.42
BOT 8 17 63.53 C9 C18 63.53
TOP 17 8 63.53 C18 C9 63.53
BOT 8 18 80.23 C9 C19 80.23
TOP 18 8 80.23 C19 C9 80.23
BOT 8 19 86.05 C9 C20 86.05
TOP 19 8 86.05 C20 C9 86.05
BOT 8 20 59.26 C9 C21 59.26
TOP 20 8 59.26 C21 C9 59.26
BOT 8 21 65.12 C9 C22 65.12
TOP 21 8 65.12 C22 C9 65.12
BOT 8 22 57.83 C9 C23 57.83
TOP 22 8 57.83 C23 C9 57.83
BOT 8 23 69.77 C9 C24 69.77
TOP 23 8 69.77 C24 C9 69.77
BOT 8 24 74.12 C9 C25 74.12
TOP 24 8 74.12 C25 C9 74.12
BOT 8 25 77.65 C9 C26 77.65
TOP 25 8 77.65 C26 C9 77.65
BOT 8 26 70.93 C9 C27 70.93
TOP 26 8 70.93 C27 C9 70.93
BOT 8 27 63.95 C9 C28 63.95
TOP 27 8 63.95 C28 C9 63.95
BOT 8 28 71.08 C9 C29 71.08
TOP 28 8 71.08 C29 C9 71.08
BOT 8 29 61.90 C9 C30 61.90
TOP 29 8 61.90 C30 C9 61.90
BOT 8 30 63.86 C9 C31 63.86
TOP 30 8 63.86 C31 C9 63.86
BOT 8 31 61.63 C9 C32 61.63
TOP 31 8 61.63 C32 C9 61.63
BOT 8 32 62.79 C9 C33 62.79
TOP 32 8 62.79 C33 C9 62.79
BOT 8 33 80.23 C9 C34 80.23
TOP 33 8 80.23 C34 C9 80.23
BOT 8 34 57.65 C9 C35 57.65
TOP 34 8 57.65 C35 C9 57.65
BOT 8 35 67.44 C9 C36 67.44
TOP 35 8 67.44 C36 C9 67.44
BOT 8 36 72.29 C9 C37 72.29
TOP 36 8 72.29 C37 C9 72.29
BOT 8 37 67.44 C9 C38 67.44
TOP 37 8 67.44 C38 C9 67.44
BOT 8 38 63.95 C9 C39 63.95
TOP 38 8 63.95 C39 C9 63.95
BOT 8 39 74.42 C9 C40 74.42
TOP 39 8 74.42 C40 C9 74.42
BOT 8 40 61.63 C9 C41 61.63
TOP 40 8 61.63 C41 C9 61.63
BOT 8 41 59.26 C9 C42 59.26
TOP 41 8 59.26 C42 C9 59.26
BOT 8 42 80.25 C9 C43 80.25
TOP 42 8 80.25 C43 C9 80.25
BOT 8 43 79.07 C9 C44 79.07
TOP 43 8 79.07 C44 C9 79.07
BOT 8 44 61.45 C9 C45 61.45
TOP 44 8 61.45 C45 C9 61.45
BOT 8 45 83.72 C9 C46 83.72
TOP 45 8 83.72 C46 C9 83.72
BOT 8 46 59.04 C9 C47 59.04
TOP 46 8 59.04 C47 C9 59.04
BOT 8 47 82.56 C9 C48 82.56
TOP 47 8 82.56 C48 C9 82.56
BOT 8 48 73.49 C9 C49 73.49
TOP 48 8 73.49 C49 C9 73.49
BOT 8 49 60.00 C9 C50 60.00
TOP 49 8 60.00 C50 C9 60.00
BOT 9 10 69.05 C10 C11 69.05
TOP 10 9 69.05 C11 C10 69.05
BOT 9 11 58.02 C10 C12 58.02
TOP 11 9 58.02 C12 C10 58.02
BOT 9 12 60.49 C10 C13 60.49
TOP 12 9 60.49 C13 C10 60.49
BOT 9 13 79.01 C10 C14 79.01
TOP 13 9 79.01 C14 C10 79.01
BOT 9 14 62.96 C10 C15 62.96
TOP 14 9 62.96 C15 C10 62.96
BOT 9 15 66.67 C10 C16 66.67
TOP 15 9 66.67 C16 C10 66.67
BOT 9 16 64.20 C10 C17 64.20
TOP 16 9 64.20 C17 C10 64.20
BOT 9 17 80.49 C10 C18 80.49
TOP 17 9 80.49 C18 C10 80.49
BOT 9 18 60.49 C10 C19 60.49
TOP 18 9 60.49 C19 C10 60.49
BOT 9 19 61.73 C10 C20 61.73
TOP 19 9 61.73 C20 C10 61.73
BOT 9 20 77.91 C10 C21 77.91
TOP 20 9 77.91 C21 C10 77.91
BOT 9 21 58.02 C10 C22 58.02
TOP 21 9 58.02 C22 C10 58.02
BOT 9 22 56.79 C10 C23 56.79
TOP 22 9 56.79 C23 C10 56.79
BOT 9 23 64.20 C10 C24 64.20
TOP 23 9 64.20 C24 C10 64.20
BOT 9 24 65.43 C10 C25 65.43
TOP 24 9 65.43 C25 C10 65.43
BOT 9 25 65.00 C10 C26 65.00
TOP 25 9 65.00 C26 C10 65.00
BOT 9 26 58.02 C10 C27 58.02
TOP 26 9 58.02 C27 C10 58.02
BOT 9 27 56.79 C10 C28 56.79
TOP 27 9 56.79 C28 C10 56.79
BOT 9 28 67.90 C10 C29 67.90
TOP 28 9 67.90 C29 C10 67.90
BOT 9 29 80.49 C10 C30 80.49
TOP 29 9 80.49 C30 C10 80.49
BOT 9 30 81.93 C10 C31 81.93
TOP 30 9 81.93 C31 C10 81.93
BOT 9 31 81.48 C10 C32 81.48
TOP 31 9 81.48 C32 C10 81.48
BOT 9 32 64.20 C10 C33 64.20
TOP 32 9 64.20 C33 C10 64.20
BOT 9 33 61.73 C10 C34 61.73
TOP 33 9 61.73 C34 C10 61.73
BOT 9 34 61.25 C10 C35 61.25
TOP 34 9 61.25 C35 C10 61.25
BOT 9 35 64.20 C10 C36 64.20
TOP 35 9 64.20 C36 C10 64.20
BOT 9 36 67.47 C10 C37 67.47
TOP 36 9 67.47 C37 C10 67.47
BOT 9 37 61.73 C10 C38 61.73
TOP 37 9 61.73 C38 C10 61.73
BOT 9 38 59.26 C10 C39 59.26
TOP 38 9 59.26 C39 C10 59.26
BOT 9 39 56.79 C10 C40 56.79
TOP 39 9 56.79 C40 C10 56.79
BOT 9 40 58.02 C10 C41 58.02
TOP 40 9 58.02 C41 C10 58.02
BOT 9 41 79.76 C10 C42 79.76
TOP 41 9 79.76 C42 C10 79.76
BOT 9 42 64.20 C10 C43 64.20
TOP 42 9 64.20 C43 C10 64.20
BOT 9 43 61.73 C10 C44 61.73
TOP 43 9 61.73 C44 C10 61.73
BOT 9 44 74.70 C10 C45 74.70
TOP 44 9 74.70 C45 C10 74.70
BOT 9 45 69.14 C10 C46 69.14
TOP 45 9 69.14 C46 C10 69.14
BOT 9 46 84.34 C10 C47 84.34
TOP 46 9 84.34 C47 C10 84.34
BOT 9 47 65.43 C10 C48 65.43
TOP 47 9 65.43 C48 C10 65.43
BOT 9 48 61.54 C10 C49 61.54
TOP 48 9 61.54 C49 C10 61.54
BOT 9 49 56.79 C10 C50 56.79
TOP 49 9 56.79 C50 C10 56.79
BOT 10 11 55.56 C11 C12 55.56
TOP 11 10 55.56 C12 C11 55.56
BOT 10 12 50.62 C11 C13 50.62
TOP 12 10 50.62 C13 C11 50.62
BOT 10 13 61.73 C11 C14 61.73
TOP 13 10 61.73 C14 C11 61.73
BOT 10 14 54.32 C11 C15 54.32
TOP 14 10 54.32 C15 C11 54.32
BOT 10 15 55.56 C11 C16 55.56
TOP 15 10 55.56 C16 C11 55.56
BOT 10 16 58.02 C11 C17 58.02
TOP 16 10 58.02 C17 C11 58.02
BOT 10 17 67.07 C11 C18 67.07
TOP 17 10 67.07 C18 C11 67.07
BOT 10 18 49.38 C11 C19 49.38
TOP 18 10 49.38 C19 C11 49.38
BOT 10 19 54.32 C11 C20 54.32
TOP 19 10 54.32 C20 C11 54.32
BOT 10 20 64.29 C11 C21 64.29
TOP 20 10 64.29 C21 C11 64.29
BOT 10 21 56.79 C11 C22 56.79
TOP 21 10 56.79 C22 C11 56.79
BOT 10 22 49.40 C11 C23 49.40
TOP 22 10 49.40 C23 C11 49.40
BOT 10 23 54.32 C11 C24 54.32
TOP 23 10 54.32 C24 C11 54.32
BOT 10 24 51.85 C11 C25 51.85
TOP 24 10 51.85 C25 C11 51.85
BOT 10 25 55.00 C11 C26 55.00
TOP 25 10 55.00 C26 C11 55.00
BOT 10 26 50.62 C11 C27 50.62
TOP 26 10 50.62 C27 C11 50.62
BOT 10 27 59.26 C11 C28 59.26
TOP 27 10 59.26 C28 C11 59.26
BOT 10 28 53.01 C11 C29 53.01
TOP 28 10 53.01 C29 C11 53.01
BOT 10 29 68.29 C11 C30 68.29
TOP 29 10 68.29 C30 C11 68.29
BOT 10 30 69.88 C11 C31 69.88
TOP 30 10 69.88 C31 C11 69.88
BOT 10 31 65.43 C11 C32 65.43
TOP 31 10 65.43 C32 C11 65.43
BOT 10 32 59.26 C11 C33 59.26
TOP 32 10 59.26 C33 C11 59.26
BOT 10 33 51.85 C11 C34 51.85
TOP 33 10 51.85 C34 C11 51.85
BOT 10 34 47.50 C11 C35 47.50
TOP 34 10 47.50 C35 C11 47.50
BOT 10 35 54.32 C11 C36 54.32
TOP 35 10 54.32 C36 C11 54.32
BOT 10 36 59.04 C11 C37 59.04
TOP 36 10 59.04 C37 C11 59.04
BOT 10 37 54.32 C11 C38 54.32
TOP 37 10 54.32 C38 C11 54.32
BOT 10 38 56.79 C11 C39 56.79
TOP 38 10 56.79 C39 C11 56.79
BOT 10 39 51.85 C11 C40 51.85
TOP 39 10 51.85 C40 C11 51.85
BOT 10 40 54.32 C11 C41 54.32
TOP 40 10 54.32 C41 C11 54.32
BOT 10 41 67.07 C11 C42 67.07
TOP 41 10 67.07 C42 C11 67.07
BOT 10 42 53.09 C11 C43 53.09
TOP 42 10 53.09 C43 C11 53.09
BOT 10 43 51.85 C11 C44 51.85
TOP 43 10 51.85 C44 C11 51.85
BOT 10 44 67.47 C11 C45 67.47
TOP 44 10 67.47 C45 C11 67.47
BOT 10 45 56.79 C11 C46 56.79
TOP 45 10 56.79 C46 C11 56.79
BOT 10 46 67.47 C11 C47 67.47
TOP 46 10 67.47 C47 C11 67.47
BOT 10 47 55.56 C11 C48 55.56
TOP 47 10 55.56 C48 C11 55.56
BOT 10 48 56.41 C11 C49 56.41
TOP 48 10 56.41 C49 C11 56.41
BOT 10 49 52.44 C11 C50 52.44
TOP 49 10 52.44 C50 C11 52.44
BOT 11 12 66.28 C12 C13 66.28
TOP 12 11 66.28 C13 C12 66.28
BOT 11 13 60.47 C12 C14 60.47
TOP 13 11 60.47 C14 C12 60.47
BOT 11 14 70.93 C12 C15 70.93
TOP 14 11 70.93 C15 C12 70.93
BOT 11 15 69.77 C12 C16 69.77
TOP 15 11 69.77 C16 C12 69.77
BOT 11 16 69.77 C12 C17 69.77
TOP 16 11 69.77 C17 C12 69.77
BOT 11 17 58.82 C12 C18 58.82
TOP 17 11 58.82 C18 C12 58.82
BOT 11 18 66.28 C12 C19 66.28
TOP 18 11 66.28 C19 C12 66.28
BOT 11 19 66.28 C12 C20 66.28
TOP 19 11 66.28 C20 C12 66.28
BOT 11 20 56.79 C12 C21 56.79
TOP 20 11 56.79 C21 C12 56.79
BOT 11 21 89.53 C12 C22 89.53
TOP 21 11 89.53 C22 C12 89.53
BOT 11 22 69.88 C12 C23 69.88
TOP 22 11 69.88 C23 C12 69.88
BOT 11 23 70.93 C12 C24 70.93
TOP 23 11 70.93 C24 C12 70.93
BOT 11 24 69.41 C12 C25 69.41
TOP 24 11 69.41 C25 C12 69.41
BOT 11 25 71.76 C12 C26 71.76
TOP 25 11 71.76 C26 C12 71.76
BOT 11 26 72.09 C12 C27 72.09
TOP 26 11 72.09 C27 C12 72.09
BOT 11 27 82.56 C12 C28 82.56
TOP 27 11 82.56 C28 C12 82.56
BOT 11 28 67.47 C12 C29 67.47
TOP 28 11 67.47 C29 C12 67.47
BOT 11 29 61.90 C12 C30 61.90
TOP 29 11 61.90 C30 C12 61.90
BOT 11 30 60.24 C12 C31 60.24
TOP 30 11 60.24 C31 C12 60.24
BOT 11 31 58.14 C12 C32 58.14
TOP 31 11 58.14 C32 C12 58.14
BOT 11 32 72.09 C12 C33 72.09
TOP 32 11 72.09 C33 C12 72.09
BOT 11 33 68.60 C12 C34 68.60
TOP 33 11 68.60 C34 C12 68.60
BOT 11 34 67.06 C12 C35 67.06
TOP 34 11 67.06 C35 C12 67.06
BOT 11 35 69.77 C12 C36 69.77
TOP 35 11 69.77 C36 C12 69.77
BOT 11 36 67.47 C12 C37 67.47
TOP 36 11 67.47 C37 C12 67.47
BOT 11 37 65.12 C12 C38 65.12
TOP 37 11 65.12 C38 C12 65.12
BOT 11 38 77.91 C12 C39 77.91
TOP 38 11 77.91 C39 C12 77.91
BOT 11 39 65.12 C12 C40 65.12
TOP 39 11 65.12 C40 C12 65.12
BOT 11 40 79.07 C12 C41 79.07
TOP 40 11 79.07 C41 C12 79.07
BOT 11 41 55.56 C12 C42 55.56
TOP 41 11 55.56 C42 C12 55.56
BOT 11 42 69.14 C12 C43 69.14
TOP 42 11 69.14 C43 C12 69.14
BOT 11 43 67.44 C12 C44 67.44
TOP 43 11 67.44 C44 C12 67.44
BOT 11 44 54.22 C12 C45 54.22
TOP 44 11 54.22 C45 C12 54.22
BOT 11 45 68.60 C12 C46 68.60
TOP 45 11 68.60 C46 C12 68.60
BOT 11 46 59.04 C12 C47 59.04
TOP 46 11 59.04 C47 C12 59.04
BOT 11 47 70.93 C12 C48 70.93
TOP 47 11 70.93 C48 C12 70.93
BOT 11 48 63.86 C12 C49 63.86
TOP 48 11 63.86 C49 C12 63.86
BOT 11 49 75.29 C12 C50 75.29
TOP 49 11 75.29 C50 C12 75.29
BOT 12 13 69.77 C13 C14 69.77
TOP 13 12 69.77 C14 C13 69.77
BOT 12 14 84.88 C13 C15 84.88
TOP 14 12 84.88 C15 C13 84.88
BOT 12 15 81.40 C13 C16 81.40
TOP 15 12 81.40 C16 C13 81.40
BOT 12 16 76.74 C13 C17 76.74
TOP 16 12 76.74 C17 C13 76.74
BOT 12 17 62.35 C13 C18 62.35
TOP 17 12 62.35 C18 C13 62.35
BOT 12 18 83.72 C13 C19 83.72
TOP 18 12 83.72 C19 C13 83.72
BOT 12 19 76.74 C13 C20 76.74
TOP 19 12 76.74 C20 C13 76.74
BOT 12 20 59.26 C13 C21 59.26
TOP 20 12 59.26 C21 C13 59.26
BOT 12 21 63.95 C13 C22 63.95
TOP 21 12 63.95 C22 C13 63.95
BOT 12 22 63.86 C13 C23 63.86
TOP 22 12 63.86 C23 C13 63.86
BOT 12 23 69.77 C13 C24 69.77
TOP 23 12 69.77 C24 C13 69.77
BOT 12 24 80.00 C13 C25 80.00
TOP 24 12 80.00 C25 C13 80.00
BOT 12 25 80.00 C13 C26 80.00
TOP 25 12 80.00 C26 C13 80.00
BOT 12 26 72.09 C13 C27 72.09
TOP 26 12 72.09 C27 C13 72.09
BOT 12 27 62.79 C13 C28 62.79
TOP 27 12 62.79 C28 C13 62.79
BOT 12 28 72.29 C13 C29 72.29
TOP 28 12 72.29 C29 C13 72.29
BOT 12 29 60.71 C13 C30 60.71
TOP 29 12 60.71 C30 C13 60.71
BOT 12 30 62.65 C13 C31 62.65
TOP 30 12 62.65 C31 C13 62.65
BOT 12 31 61.63 C13 C32 61.63
TOP 31 12 61.63 C32 C13 61.63
BOT 12 32 63.95 C13 C33 63.95
TOP 32 12 63.95 C33 C13 63.95
BOT 12 33 80.23 C13 C34 80.23
TOP 33 12 80.23 C34 C13 80.23
BOT 12 34 61.18 C13 C35 61.18
TOP 34 12 61.18 C35 C13 61.18
BOT 12 35 70.93 C13 C36 70.93
TOP 35 12 70.93 C36 C13 70.93
BOT 12 36 71.08 C13 C37 71.08
TOP 36 12 71.08 C37 C13 71.08
BOT 12 37 63.95 C13 C38 63.95
TOP 37 12 63.95 C38 C13 63.95
BOT 12 38 68.60 C13 C39 68.60
TOP 38 12 68.60 C39 C13 68.60
BOT 12 39 73.26 C13 C40 73.26
TOP 39 12 73.26 C40 C13 73.26
BOT 12 40 66.28 C13 C41 66.28
TOP 40 12 66.28 C41 C13 66.28
BOT 12 41 59.26 C13 C42 59.26
TOP 41 12 59.26 C42 C13 59.26
BOT 12 42 81.48 C13 C43 81.48
TOP 42 12 81.48 C43 C13 81.48
BOT 12 43 74.42 C13 C44 74.42
TOP 43 12 74.42 C44 C13 74.42
BOT 12 44 55.42 C13 C45 55.42
TOP 44 12 55.42 C45 C13 55.42
BOT 12 45 81.40 C13 C46 81.40
TOP 45 12 81.40 C46 C13 81.40
BOT 12 46 59.04 C13 C47 59.04
TOP 46 12 59.04 C47 C13 59.04
BOT 12 47 77.91 C13 C48 77.91
TOP 47 12 77.91 C48 C13 77.91
BOT 12 48 73.49 C13 C49 73.49
TOP 48 12 73.49 C49 C13 73.49
BOT 12 49 64.71 C13 C50 64.71
TOP 49 12 64.71 C50 C13 64.71
BOT 13 14 69.77 C14 C15 69.77
TOP 14 13 69.77 C15 C14 69.77
BOT 13 15 74.42 C14 C16 74.42
TOP 15 13 74.42 C16 C14 74.42
BOT 13 16 74.42 C14 C17 74.42
TOP 16 13 74.42 C17 C14 74.42
BOT 13 17 74.12 C14 C18 74.12
TOP 17 13 74.12 C18 C14 74.12
BOT 13 18 67.44 C14 C19 67.44
TOP 18 13 67.44 C19 C14 67.44
BOT 13 19 68.60 C14 C20 68.60
TOP 19 13 68.60 C20 C14 68.60
BOT 13 20 72.84 C14 C21 72.84
TOP 20 13 72.84 C21 C14 72.84
BOT 13 21 60.47 C14 C22 60.47
TOP 21 13 60.47 C22 C14 60.47
BOT 13 22 61.45 C14 C23 61.45
TOP 22 13 61.45 C23 C14 61.45
BOT 13 23 65.12 C14 C24 65.12
TOP 23 13 65.12 C24 C14 65.12
BOT 13 24 75.29 C14 C25 75.29
TOP 24 13 75.29 C25 C14 75.29
BOT 13 25 71.76 C14 C26 71.76
TOP 25 13 71.76 C26 C14 71.76
BOT 13 26 63.95 C14 C27 63.95
TOP 26 13 63.95 C27 C14 63.95
BOT 13 27 58.14 C14 C28 58.14
TOP 27 13 58.14 C28 C14 58.14
BOT 13 28 63.86 C14 C29 63.86
TOP 28 13 63.86 C29 C14 63.86
BOT 13 29 76.19 C14 C30 76.19
TOP 29 13 76.19 C30 C14 76.19
BOT 13 30 78.31 C14 C31 78.31
TOP 30 13 78.31 C31 C14 78.31
BOT 13 31 77.91 C14 C32 77.91
TOP 31 13 77.91 C32 C14 77.91
BOT 13 32 66.28 C14 C33 66.28
TOP 32 13 66.28 C33 C14 66.28
BOT 13 33 68.60 C14 C34 68.60
TOP 33 13 68.60 C34 C14 68.60
BOT 13 34 61.18 C14 C35 61.18
TOP 34 13 61.18 C35 C14 61.18
BOT 13 35 69.77 C14 C36 69.77
TOP 35 13 69.77 C36 C14 69.77
BOT 13 36 68.67 C14 C37 68.67
TOP 36 13 68.67 C37 C14 68.67
BOT 13 37 67.44 C14 C38 67.44
TOP 37 13 67.44 C38 C14 67.44
BOT 13 38 63.95 C14 C39 63.95
TOP 38 13 63.95 C39 C14 63.95
BOT 13 39 67.44 C14 C40 67.44
TOP 39 13 67.44 C40 C14 67.44
BOT 13 40 61.63 C14 C41 61.63
TOP 40 13 61.63 C41 C14 61.63
BOT 13 41 75.31 C14 C42 75.31
TOP 41 13 75.31 C42 C14 75.31
BOT 13 42 67.90 C14 C43 67.90
TOP 42 13 67.90 C43 C14 67.90
BOT 13 43 67.44 C14 C44 67.44
TOP 43 13 67.44 C44 C14 67.44
BOT 13 44 68.67 C14 C45 68.67
TOP 44 13 68.67 C45 C14 68.67
BOT 13 45 75.58 C14 C46 75.58
TOP 45 13 75.58 C46 C14 75.58
BOT 13 46 73.49 C14 C47 73.49
TOP 46 13 73.49 C47 C14 73.49
BOT 13 47 75.58 C14 C48 75.58
TOP 47 13 75.58 C48 C14 75.58
BOT 13 48 62.65 C14 C49 62.65
TOP 48 13 62.65 C49 C14 62.65
BOT 13 49 60.00 C14 C50 60.00
TOP 49 13 60.00 C50 C14 60.00
BOT 14 15 87.21 C15 C16 87.21
TOP 15 14 87.21 C16 C15 87.21
BOT 14 16 84.88 C15 C17 84.88
TOP 16 14 84.88 C17 C15 84.88
BOT 14 17 65.88 C15 C18 65.88
TOP 17 14 65.88 C18 C15 65.88
BOT 14 18 86.05 C15 C19 86.05
TOP 18 14 86.05 C19 C15 86.05
BOT 14 19 77.91 C15 C20 77.91
TOP 19 14 77.91 C20 C15 77.91
BOT 14 20 60.49 C15 C21 60.49
TOP 20 14 60.49 C21 C15 60.49
BOT 14 21 68.60 C15 C22 68.60
TOP 21 14 68.60 C22 C15 68.60
BOT 14 22 65.06 C15 C23 65.06
TOP 22 14 65.06 C23 C15 65.06
BOT 14 23 75.58 C15 C24 75.58
TOP 23 14 75.58 C24 C15 75.58
BOT 14 24 83.53 C15 C25 83.53
TOP 24 14 83.53 C25 C15 83.53
BOT 14 25 83.53 C15 C26 83.53
TOP 25 14 83.53 C26 C15 83.53
BOT 14 26 77.91 C15 C27 77.91
TOP 26 14 77.91 C27 C15 77.91
BOT 14 27 68.60 C15 C28 68.60
TOP 27 14 68.60 C28 C15 68.60
BOT 14 28 71.08 C15 C29 71.08
TOP 28 14 71.08 C29 C15 71.08
BOT 14 29 63.10 C15 C30 63.10
TOP 29 14 63.10 C30 C15 63.10
BOT 14 30 65.06 C15 C31 65.06
TOP 30 14 65.06 C31 C15 65.06
BOT 14 31 63.95 C15 C32 63.95
TOP 31 14 63.95 C32 C15 63.95
BOT 14 32 66.28 C15 C33 66.28
TOP 32 14 66.28 C33 C15 66.28
BOT 14 33 82.56 C15 C34 82.56
TOP 33 14 82.56 C34 C15 82.56
BOT 14 34 65.88 C15 C35 65.88
TOP 34 14 65.88 C35 C15 65.88
BOT 14 35 75.58 C15 C36 75.58
TOP 35 14 75.58 C36 C15 75.58
BOT 14 36 75.90 C15 C37 75.90
TOP 36 14 75.90 C37 C15 75.90
BOT 14 37 68.60 C15 C38 68.60
TOP 37 14 68.60 C38 C15 68.60
BOT 14 38 70.93 C15 C39 70.93
TOP 38 14 70.93 C39 C15 70.93
BOT 14 39 77.91 C15 C40 77.91
TOP 39 14 77.91 C40 C15 77.91
BOT 14 40 68.60 C15 C41 68.60
TOP 40 14 68.60 C41 C15 68.60
BOT 14 41 61.73 C15 C42 61.73
TOP 41 14 61.73 C42 C15 61.73
BOT 14 42 82.72 C15 C43 82.72
TOP 42 14 82.72 C43 C15 82.72
BOT 14 43 76.74 C15 C44 76.74
TOP 43 14 76.74 C44 C15 76.74
BOT 14 44 57.83 C15 C45 57.83
TOP 44 14 57.83 C45 C15 57.83
BOT 14 45 86.05 C15 C46 86.05
TOP 45 14 86.05 C46 C15 86.05
BOT 14 46 62.65 C15 C47 62.65
TOP 46 14 62.65 C47 C15 62.65
BOT 14 47 83.72 C15 C48 83.72
TOP 47 14 83.72 C48 C15 83.72
BOT 14 48 75.90 C15 C49 75.90
TOP 48 14 75.90 C49 C15 75.90
BOT 14 49 68.24 C15 C50 68.24
TOP 49 14 68.24 C50 C15 68.24
BOT 15 16 82.56 C16 C17 82.56
TOP 16 15 82.56 C17 C16 82.56
BOT 15 17 65.88 C16 C18 65.88
TOP 17 15 65.88 C18 C16 65.88
BOT 15 18 83.72 C16 C19 83.72
TOP 18 15 83.72 C19 C16 83.72
BOT 15 19 77.91 C16 C20 77.91
TOP 19 15 77.91 C20 C16 77.91
BOT 15 20 64.20 C16 C21 64.20
TOP 20 15 64.20 C21 C16 64.20
BOT 15 21 68.60 C16 C22 68.60
TOP 21 15 68.60 C22 C16 68.60
BOT 15 22 62.65 C16 C23 62.65
TOP 22 15 62.65 C23 C16 62.65
BOT 15 23 70.93 C16 C24 70.93
TOP 23 15 70.93 C24 C16 70.93
BOT 15 24 84.71 C16 C25 84.71
TOP 24 15 84.71 C25 C16 84.71
BOT 15 25 83.53 C16 C26 83.53
TOP 25 15 83.53 C26 C16 83.53
BOT 15 26 76.74 C16 C27 76.74
TOP 26 15 76.74 C27 C16 76.74
BOT 15 27 66.28 C16 C28 66.28
TOP 27 15 66.28 C28 C16 66.28
BOT 15 28 73.49 C16 C29 73.49
TOP 28 15 73.49 C29 C16 73.49
BOT 15 29 64.29 C16 C30 64.29
TOP 29 15 64.29 C30 C16 64.29
BOT 15 30 63.86 C16 C31 63.86
TOP 30 15 63.86 C31 C16 63.86
BOT 15 31 66.28 C16 C32 66.28
TOP 31 15 66.28 C32 C16 66.28
BOT 15 32 67.44 C16 C33 67.44
TOP 32 15 67.44 C33 C16 67.44
BOT 15 33 82.56 C16 C34 82.56
TOP 33 15 82.56 C34 C16 82.56
BOT 15 34 64.71 C16 C35 64.71
TOP 34 15 64.71 C35 C16 64.71
BOT 15 35 72.09 C16 C36 72.09
TOP 35 15 72.09 C36 C16 72.09
BOT 15 36 79.52 C16 C37 79.52
TOP 36 15 79.52 C37 C16 79.52
BOT 15 37 67.44 C16 C38 67.44
TOP 37 15 67.44 C38 C16 67.44
BOT 15 38 68.60 C16 C39 68.60
TOP 38 15 68.60 C39 C16 68.60
BOT 15 39 76.74 C16 C40 76.74
TOP 39 15 76.74 C40 C16 76.74
BOT 15 40 66.28 C16 C41 66.28
TOP 40 15 66.28 C41 C16 66.28
BOT 15 41 61.73 C16 C42 61.73
TOP 41 15 61.73 C42 C16 61.73
BOT 15 42 82.72 C16 C43 82.72
TOP 42 15 82.72 C43 C16 82.72
BOT 15 43 77.91 C16 C44 77.91
TOP 43 15 77.91 C44 C16 77.91
BOT 15 44 61.45 C16 C45 61.45
TOP 44 15 61.45 C45 C16 61.45
BOT 15 45 88.37 C16 C46 88.37
TOP 45 15 88.37 C46 C16 88.37
BOT 15 46 63.86 C16 C47 63.86
TOP 46 15 63.86 C47 C16 63.86
BOT 15 47 89.53 C16 C48 89.53
TOP 47 15 89.53 C48 C16 89.53
BOT 15 48 74.70 C16 C49 74.70
TOP 48 15 74.70 C49 C16 74.70
BOT 15 49 64.71 C16 C50 64.71
TOP 49 15 64.71 C50 C16 64.71
BOT 16 17 67.06 C17 C18 67.06
TOP 17 16 67.06 C18 C17 67.06
BOT 16 18 77.91 C17 C19 77.91
TOP 18 16 77.91 C19 C17 77.91
BOT 16 19 74.42 C17 C20 74.42
TOP 19 16 74.42 C20 C17 74.42
BOT 16 20 65.43 C17 C21 65.43
TOP 20 16 65.43 C21 C17 65.43
BOT 16 21 68.60 C17 C22 68.60
TOP 21 16 68.60 C22 C17 68.60
BOT 16 22 67.47 C17 C23 67.47
TOP 22 16 67.47 C23 C17 67.47
BOT 16 23 70.93 C17 C24 70.93
TOP 23 16 70.93 C24 C17 70.93
BOT 16 24 85.88 C17 C25 85.88
TOP 24 16 85.88 C25 C17 85.88
BOT 16 25 77.65 C17 C26 77.65
TOP 25 16 77.65 C26 C17 77.65
BOT 16 26 72.09 C17 C27 72.09
TOP 26 16 72.09 C27 C17 72.09
BOT 16 27 63.95 C17 C28 63.95
TOP 27 16 63.95 C28 C17 63.95
BOT 16 28 67.47 C17 C29 67.47
TOP 28 16 67.47 C29 C17 67.47
BOT 16 29 69.05 C17 C30 69.05
TOP 29 16 69.05 C30 C17 69.05
BOT 16 30 67.47 C17 C31 67.47
TOP 30 16 67.47 C31 C17 67.47
BOT 16 31 67.44 C17 C32 67.44
TOP 31 16 67.44 C32 C17 67.44
BOT 16 32 68.60 C17 C33 68.60
TOP 32 16 68.60 C33 C17 68.60
BOT 16 33 77.91 C17 C34 77.91
TOP 33 16 77.91 C34 C17 77.91
BOT 16 34 62.35 C17 C35 62.35
TOP 34 16 62.35 C35 C17 62.35
BOT 16 35 68.60 C17 C36 68.60
TOP 35 16 68.60 C36 C17 68.60
BOT 16 36 74.70 C17 C37 74.70
TOP 36 16 74.70 C37 C17 74.70
BOT 16 37 66.28 C17 C38 66.28
TOP 37 16 66.28 C38 C17 66.28
BOT 16 38 69.77 C17 C39 69.77
TOP 38 16 69.77 C39 C17 69.77
BOT 16 39 80.23 C17 C40 80.23
TOP 39 16 80.23 C40 C17 80.23
BOT 16 40 67.44 C17 C41 67.44
TOP 40 16 67.44 C41 C17 67.44
BOT 16 41 66.67 C17 C42 66.67
TOP 41 16 66.67 C42 C17 66.67
BOT 16 42 77.78 C17 C43 77.78
TOP 42 16 77.78 C43 C17 77.78
BOT 16 43 76.74 C17 C44 76.74
TOP 43 16 76.74 C44 C17 76.74
BOT 16 44 60.24 C17 C45 60.24
TOP 44 16 60.24 C45 C17 60.24
BOT 16 45 81.40 C17 C46 81.40
TOP 45 16 81.40 C46 C17 81.40
BOT 16 46 63.86 C17 C47 63.86
TOP 46 16 63.86 C47 C17 63.86
BOT 16 47 81.40 C17 C48 81.40
TOP 47 16 81.40 C48 C17 81.40
BOT 16 48 73.49 C17 C49 73.49
TOP 48 16 73.49 C49 C17 73.49
BOT 16 49 68.24 C17 C50 68.24
TOP 49 16 68.24 C50 C17 68.24
BOT 17 18 62.35 C18 C19 62.35
TOP 18 17 62.35 C19 C18 62.35
BOT 17 19 64.71 C18 C20 64.71
TOP 19 17 64.71 C20 C18 64.71
BOT 17 20 76.83 C18 C21 76.83
TOP 20 17 76.83 C21 C18 76.83
BOT 17 21 57.65 C18 C22 57.65
TOP 21 17 57.65 C22 C18 57.65
BOT 17 22 57.83 C18 C23 57.83
TOP 22 17 57.83 C23 C18 57.83
BOT 17 23 62.35 C18 C24 62.35
TOP 23 17 62.35 C24 C18 62.35
BOT 17 24 67.06 C18 C25 67.06
TOP 24 17 67.06 C25 C18 67.06
BOT 17 25 67.86 C18 C26 67.86
TOP 25 17 67.86 C26 C18 67.86
BOT 17 26 58.82 C18 C27 58.82
TOP 26 17 58.82 C27 C18 58.82
BOT 17 27 57.65 C18 C28 57.65
TOP 27 17 57.65 C28 C18 57.65
BOT 17 28 63.86 C18 C29 63.86
TOP 28 17 63.86 C29 C18 63.86
BOT 17 29 80.00 C18 C30 80.00
TOP 29 17 80.00 C30 C18 80.00
BOT 17 30 79.76 C18 C31 79.76
TOP 30 17 79.76 C31 C18 79.76
BOT 17 31 80.00 C18 C32 80.00
TOP 31 17 80.00 C32 C18 80.00
BOT 17 32 65.88 C18 C33 65.88
TOP 32 17 65.88 C33 C18 65.88
BOT 17 33 64.71 C18 C34 64.71
TOP 33 17 64.71 C34 C18 64.71
BOT 17 34 60.71 C18 C35 60.71
TOP 34 17 60.71 C35 C18 60.71
BOT 17 35 63.53 C18 C36 63.53
TOP 35 17 63.53 C36 C18 63.53
BOT 17 36 66.67 C18 C37 66.67
TOP 36 17 66.67 C37 C18 66.67
BOT 17 37 64.71 C18 C38 64.71
TOP 37 17 64.71 C38 C18 64.71
BOT 17 38 62.35 C18 C39 62.35
TOP 38 17 62.35 C39 C18 62.35
BOT 17 39 61.18 C18 C40 61.18
TOP 39 17 61.18 C40 C18 61.18
BOT 17 40 62.35 C18 C41 62.35
TOP 40 17 62.35 C41 C18 62.35
BOT 17 41 81.71 C18 C42 81.71
TOP 41 17 81.71 C42 C18 81.71
BOT 17 42 65.43 C18 C43 65.43
TOP 42 17 65.43 C43 C18 65.43
BOT 17 43 63.53 C18 C44 63.53
TOP 43 17 63.53 C44 C18 63.53
BOT 17 44 70.24 C18 C45 70.24
TOP 44 17 70.24 C45 C18 70.24
BOT 17 45 69.41 C18 C46 69.41
TOP 45 17 69.41 C46 C18 69.41
BOT 17 46 79.76 C18 C47 79.76
TOP 46 17 79.76 C47 C18 79.76
BOT 17 47 67.06 C18 C48 67.06
TOP 47 17 67.06 C48 C18 67.06
BOT 17 48 59.76 C18 C49 59.76
TOP 48 17 59.76 C49 C18 59.76
BOT 17 49 61.18 C18 C50 61.18
TOP 49 17 61.18 C50 C18 61.18
BOT 18 19 81.40 C19 C20 81.40
TOP 19 18 81.40 C20 C19 81.40
BOT 18 20 59.26 C19 C21 59.26
TOP 20 18 59.26 C21 C19 59.26
BOT 18 21 67.44 C19 C22 67.44
TOP 21 18 67.44 C22 C19 67.44
BOT 18 22 65.06 C19 C23 65.06
TOP 22 18 65.06 C23 C19 65.06
BOT 18 23 72.09 C19 C24 72.09
TOP 23 18 72.09 C24 C19 72.09
BOT 18 24 82.35 C19 C25 82.35
TOP 24 18 82.35 C25 C19 82.35
BOT 18 25 83.53 C19 C26 83.53
TOP 25 18 83.53 C26 C19 83.53
BOT 18 26 73.26 C19 C27 73.26
TOP 26 18 73.26 C27 C19 73.26
BOT 18 27 63.95 C19 C28 63.95
TOP 27 18 63.95 C28 C19 63.95
BOT 18 28 71.08 C19 C29 71.08
TOP 28 18 71.08 C29 C19 71.08
BOT 18 29 59.52 C19 C30 59.52
TOP 29 18 59.52 C30 C19 59.52
BOT 18 30 61.45 C19 C31 61.45
TOP 30 18 61.45 C31 C19 61.45
BOT 18 31 60.47 C19 C32 60.47
TOP 31 18 60.47 C32 C19 60.47
BOT 18 32 63.95 C19 C33 63.95
TOP 32 18 63.95 C33 C19 63.95
BOT 18 33 86.05 C19 C34 86.05
TOP 33 18 86.05 C34 C19 86.05
BOT 18 34 60.00 C19 C35 60.00
TOP 34 18 60.00 C35 C19 60.00
BOT 18 35 73.26 C19 C36 73.26
TOP 35 18 73.26 C36 C19 73.26
BOT 18 36 74.70 C19 C37 74.70
TOP 36 18 74.70 C37 C19 74.70
BOT 18 37 61.63 C19 C38 61.63
TOP 37 18 61.63 C38 C19 61.63
BOT 18 38 68.60 C19 C39 68.60
TOP 38 18 68.60 C39 C19 68.60
BOT 18 39 80.23 C19 C40 80.23
TOP 39 18 80.23 C40 C19 80.23
BOT 18 40 66.28 C19 C41 66.28
TOP 40 18 66.28 C41 C19 66.28
BOT 18 41 58.02 C19 C42 58.02
TOP 41 18 58.02 C42 C19 58.02
BOT 18 42 85.19 C19 C43 85.19
TOP 42 18 85.19 C43 C19 85.19
BOT 18 43 75.58 C19 C44 75.58
TOP 43 18 75.58 C44 C19 75.58
BOT 18 44 55.42 C19 C45 55.42
TOP 44 18 55.42 C45 C19 55.42
BOT 18 45 86.05 C19 C46 86.05
TOP 45 18 86.05 C46 C19 86.05
BOT 18 46 57.83 C19 C47 57.83
TOP 46 18 57.83 C47 C19 57.83
BOT 18 47 82.56 C19 C48 82.56
TOP 47 18 82.56 C48 C19 82.56
BOT 18 48 72.29 C19 C49 72.29
TOP 48 18 72.29 C49 C19 72.29
BOT 18 49 64.71 C19 C50 64.71
TOP 49 18 64.71 C50 C19 64.71
BOT 19 20 64.20 C20 C21 64.20
TOP 20 19 64.20 C21 C20 64.20
BOT 19 21 66.28 C20 C22 66.28
TOP 21 19 66.28 C22 C20 66.28
BOT 19 22 63.86 C20 C23 63.86
TOP 22 19 63.86 C23 C20 63.86
BOT 19 23 70.93 C20 C24 70.93
TOP 23 19 70.93 C24 C20 70.93
BOT 19 24 77.65 C20 C25 77.65
TOP 24 19 77.65 C25 C20 77.65
BOT 19 25 78.82 C20 C26 78.82
TOP 25 19 78.82 C26 C20 78.82
BOT 19 26 70.93 C20 C27 70.93
TOP 26 19 70.93 C27 C20 70.93
BOT 19 27 62.79 C20 C28 62.79
TOP 27 19 62.79 C28 C20 62.79
BOT 19 28 72.29 C20 C29 72.29
TOP 28 19 72.29 C29 C20 72.29
BOT 19 29 64.29 C20 C30 64.29
TOP 29 19 64.29 C30 C20 64.29
BOT 19 30 66.27 C20 C31 66.27
TOP 30 19 66.27 C31 C20 66.27
BOT 19 31 61.63 C20 C32 61.63
TOP 31 19 61.63 C32 C20 61.63
BOT 19 32 67.44 C20 C33 67.44
TOP 32 19 67.44 C33 C20 67.44
BOT 19 33 77.91 C20 C34 77.91
TOP 33 19 77.91 C34 C20 77.91
BOT 19 34 56.47 C20 C35 56.47
TOP 34 19 56.47 C35 C20 56.47
BOT 19 35 70.93 C20 C36 70.93
TOP 35 19 70.93 C36 C20 70.93
BOT 19 36 73.49 C20 C37 73.49
TOP 36 19 73.49 C37 C20 73.49
BOT 19 37 65.12 C20 C38 65.12
TOP 37 19 65.12 C38 C20 65.12
BOT 19 38 67.44 C20 C39 67.44
TOP 38 19 67.44 C39 C20 67.44
BOT 19 39 75.58 C20 C40 75.58
TOP 39 19 75.58 C40 C20 75.58
BOT 19 40 62.79 C20 C41 62.79
TOP 40 19 62.79 C41 C20 62.79
BOT 19 41 60.49 C20 C42 60.49
TOP 41 19 60.49 C42 C20 60.49
BOT 19 42 82.72 C20 C43 82.72
TOP 42 19 82.72 C43 C20 82.72
BOT 19 43 73.26 C20 C44 73.26
TOP 43 19 73.26 C44 C20 73.26
BOT 19 44 65.06 C20 C45 65.06
TOP 44 19 65.06 C45 C20 65.06
BOT 19 45 83.72 C20 C46 83.72
TOP 45 19 83.72 C46 C20 83.72
BOT 19 46 59.04 C20 C47 59.04
TOP 46 19 59.04 C47 C20 59.04
BOT 19 47 80.23 C20 C48 80.23
TOP 47 19 80.23 C48 C20 80.23
BOT 19 48 79.52 C20 C49 79.52
TOP 48 19 79.52 C49 C20 79.52
BOT 19 49 62.35 C20 C50 62.35
TOP 49 19 62.35 C50 C20 62.35
BOT 20 21 53.09 C21 C22 53.09
TOP 21 20 53.09 C22 C21 53.09
BOT 20 22 55.56 C21 C23 55.56
TOP 22 20 55.56 C23 C21 55.56
BOT 20 23 59.26 C21 C24 59.26
TOP 23 20 59.26 C24 C21 59.26
BOT 20 24 67.90 C21 C25 67.90
TOP 24 20 67.90 C25 C21 67.90
BOT 20 25 65.00 C21 C26 65.00
TOP 25 20 65.00 C26 C21 65.00
BOT 20 26 58.02 C21 C27 58.02
TOP 26 20 58.02 C27 C21 58.02
BOT 20 27 54.32 C21 C28 54.32
TOP 27 20 54.32 C28 C21 54.32
BOT 20 28 64.20 C21 C29 64.20
TOP 28 20 64.20 C29 C21 64.20
BOT 20 29 81.71 C21 C30 81.71
TOP 29 20 81.71 C30 C21 81.71
BOT 20 30 77.11 C21 C31 77.11
TOP 30 20 77.11 C31 C21 77.11
BOT 20 31 77.78 C21 C32 77.78
TOP 31 20 77.78 C32 C21 77.78
BOT 20 32 62.96 C21 C33 62.96
TOP 32 20 62.96 C33 C21 62.96
BOT 20 33 61.73 C21 C34 61.73
TOP 33 20 61.73 C34 C21 61.73
BOT 20 34 55.00 C21 C35 55.00
TOP 34 20 55.00 C35 C21 55.00
BOT 20 35 60.49 C21 C36 60.49
TOP 35 20 60.49 C36 C21 60.49
BOT 20 36 72.29 C21 C37 72.29
TOP 36 20 72.29 C37 C21 72.29
BOT 20 37 60.49 C21 C38 60.49
TOP 37 20 60.49 C38 C21 60.49
BOT 20 38 58.02 C21 C39 58.02
TOP 38 20 58.02 C39 C21 58.02
BOT 20 39 55.56 C21 C40 55.56
TOP 39 20 55.56 C40 C21 55.56
BOT 20 40 56.79 C21 C41 56.79
TOP 40 20 56.79 C41 C21 56.79
BOT 20 41 77.38 C21 C42 77.38
TOP 41 20 77.38 C42 C21 77.38
BOT 20 42 60.49 C21 C43 60.49
TOP 42 20 60.49 C43 C21 60.49
BOT 20 43 60.49 C21 C44 60.49
TOP 43 20 60.49 C44 C21 60.49
BOT 20 44 79.52 C21 C45 79.52
TOP 44 20 79.52 C45 C21 79.52
BOT 20 45 67.90 C21 C46 67.90
TOP 45 20 67.90 C46 C21 67.90
BOT 20 46 77.11 C21 C47 77.11
TOP 46 20 77.11 C47 C21 77.11
BOT 20 47 64.20 C21 C48 64.20
TOP 47 20 64.20 C48 C21 64.20
BOT 20 48 60.26 C21 C49 60.26
TOP 48 20 60.26 C49 C21 60.26
BOT 20 49 54.32 C21 C50 54.32
TOP 49 20 54.32 C50 C21 54.32
BOT 21 22 74.70 C22 C23 74.70
TOP 22 21 74.70 C23 C22 74.70
BOT 21 23 65.12 C22 C24 65.12
TOP 23 21 65.12 C24 C22 65.12
BOT 21 24 67.06 C22 C25 67.06
TOP 24 21 67.06 C25 C22 67.06
BOT 21 25 68.24 C22 C26 68.24
TOP 25 21 68.24 C26 C22 68.24
BOT 21 26 68.60 C22 C27 68.60
TOP 26 21 68.60 C27 C22 68.60
BOT 21 27 81.40 C22 C28 81.40
TOP 27 21 81.40 C28 C22 81.40
BOT 21 28 63.86 C22 C29 63.86
TOP 28 21 63.86 C29 C22 63.86
BOT 21 29 60.71 C22 C30 60.71
TOP 29 21 60.71 C30 C22 60.71
BOT 21 30 60.24 C22 C31 60.24
TOP 30 21 60.24 C31 C22 60.24
BOT 21 31 56.98 C22 C32 56.98
TOP 31 21 56.98 C32 C22 56.98
BOT 21 32 69.77 C22 C33 69.77
TOP 32 21 69.77 C33 C22 69.77
BOT 21 33 61.63 C22 C34 61.63
TOP 33 21 61.63 C34 C22 61.63
BOT 21 34 61.18 C22 C35 61.18
TOP 34 21 61.18 C35 C22 61.18
BOT 21 35 66.28 C22 C36 66.28
TOP 35 21 66.28 C36 C22 66.28
BOT 21 36 65.06 C22 C37 65.06
TOP 36 21 65.06 C37 C22 65.06
BOT 21 37 63.95 C22 C38 63.95
TOP 37 21 63.95 C38 C22 63.95
BOT 21 38 80.23 C22 C39 80.23
TOP 38 21 80.23 C39 C22 80.23
BOT 21 39 66.28 C22 C40 66.28
TOP 39 21 66.28 C40 C22 66.28
BOT 21 40 79.07 C22 C41 79.07
TOP 40 21 79.07 C41 C22 79.07
BOT 21 41 55.56 C22 C42 55.56
TOP 41 21 55.56 C42 C22 55.56
BOT 21 42 70.37 C22 C43 70.37
TOP 42 21 70.37 C43 C22 70.37
BOT 21 43 65.12 C22 C44 65.12
TOP 43 21 65.12 C44 C22 65.12
BOT 21 44 51.81 C22 C45 51.81
TOP 44 21 51.81 C45 C22 51.81
BOT 21 45 65.12 C22 C46 65.12
TOP 45 21 65.12 C46 C22 65.12
BOT 21 46 57.83 C22 C47 57.83
TOP 46 21 57.83 C47 C22 57.83
BOT 21 47 67.44 C22 C48 67.44
TOP 47 21 67.44 C48 C22 67.44
BOT 21 48 62.65 C22 C49 62.65
TOP 48 21 62.65 C49 C22 62.65
BOT 21 49 76.47 C22 C50 76.47
TOP 49 21 76.47 C50 C22 76.47
BOT 22 23 61.45 C23 C24 61.45
TOP 23 22 61.45 C24 C23 61.45
BOT 22 24 65.06 C23 C25 65.06
TOP 24 22 65.06 C25 C23 65.06
BOT 22 25 63.41 C23 C26 63.41
TOP 25 22 63.41 C26 C23 63.41
BOT 22 26 61.45 C23 C27 61.45
TOP 26 22 61.45 C27 C23 61.45
BOT 22 27 67.47 C23 C28 67.47
TOP 27 22 67.47 C28 C23 67.47
BOT 22 28 67.44 C23 C29 67.44
TOP 28 22 67.44 C29 C23 67.44
BOT 22 29 58.54 C23 C30 58.54
TOP 29 22 58.54 C30 C23 58.54
BOT 22 30 59.76 C23 C31 59.76
TOP 30 22 59.76 C31 C23 59.76
BOT 22 31 59.04 C23 C32 59.04
TOP 31 22 59.04 C32 C23 59.04
BOT 22 32 69.88 C23 C33 69.88
TOP 32 22 69.88 C33 C23 69.88
BOT 22 33 65.06 C23 C34 65.06
TOP 33 22 65.06 C34 C23 65.06
BOT 22 34 58.54 C23 C35 58.54
TOP 34 22 58.54 C35 C23 58.54
BOT 22 35 62.65 C23 C36 62.65
TOP 35 22 62.65 C36 C23 62.65
BOT 22 36 64.63 C23 C37 64.63
TOP 36 22 64.63 C37 C23 64.63
BOT 22 37 66.27 C23 C38 66.27
TOP 37 22 66.27 C38 C23 66.27
BOT 22 38 89.16 C23 C39 89.16
TOP 38 22 89.16 C39 C23 89.16
BOT 22 39 61.45 C23 C40 61.45
TOP 39 22 61.45 C40 C23 61.45
BOT 22 40 85.54 C23 C41 85.54
TOP 40 22 85.54 C41 C23 85.54
BOT 22 41 58.02 C23 C42 58.02
TOP 41 22 58.02 C42 C23 58.02
BOT 22 42 66.67 C23 C43 66.67
TOP 42 22 66.67 C43 C23 66.67
BOT 22 43 59.04 C23 C44 59.04
TOP 43 22 59.04 C44 C23 59.04
BOT 22 44 48.78 C23 C45 48.78
TOP 44 22 48.78 C45 C23 48.78
BOT 22 45 65.06 C23 C46 65.06
TOP 45 22 65.06 C46 C23 65.06
BOT 22 46 57.32 C23 C47 57.32
TOP 46 22 57.32 C47 C23 57.32
BOT 22 47 60.24 C23 C48 60.24
TOP 47 22 60.24 C48 C23 60.24
BOT 22 48 61.25 C23 C49 61.25
TOP 48 22 61.25 C49 C23 61.25
BOT 22 49 83.33 C23 C50 83.33
TOP 49 22 83.33 C50 C23 83.33
BOT 23 24 71.76 C24 C25 71.76
TOP 24 23 71.76 C25 C24 71.76
BOT 23 25 80.00 C24 C26 80.00
TOP 25 23 80.00 C26 C24 80.00
BOT 23 26 81.40 C24 C27 81.40
TOP 26 23 81.40 C27 C24 81.40
BOT 23 27 65.12 C24 C28 65.12
TOP 27 23 65.12 C28 C24 65.12
BOT 23 28 65.06 C24 C29 65.06
TOP 28 23 65.06 C29 C24 65.06
BOT 23 29 63.10 C24 C30 63.10
TOP 29 23 63.10 C30 C24 63.10
BOT 23 30 62.65 C24 C31 62.65
TOP 30 23 62.65 C31 C24 62.65
BOT 23 31 65.12 C24 C32 65.12
TOP 31 23 65.12 C32 C24 65.12
BOT 23 32 68.60 C24 C33 68.60
TOP 32 23 68.60 C33 C24 68.60
BOT 23 33 70.93 C24 C34 70.93
TOP 33 23 70.93 C34 C24 70.93
BOT 23 34 70.59 C24 C35 70.59
TOP 34 23 70.59 C35 C24 70.59
BOT 23 35 81.40 C24 C36 81.40
TOP 35 23 81.40 C36 C24 81.40
BOT 23 36 68.67 C24 C37 68.67
TOP 36 23 68.67 C37 C24 68.67
BOT 23 37 65.12 C24 C38 65.12
TOP 37 23 65.12 C38 C24 65.12
BOT 23 38 67.44 C24 C39 67.44
TOP 38 23 67.44 C39 C24 67.44
BOT 23 39 67.44 C24 C40 67.44
TOP 39 23 67.44 C40 C24 67.44
BOT 23 40 65.12 C24 C41 65.12
TOP 40 23 65.12 C41 C24 65.12
BOT 23 41 59.26 C24 C42 59.26
TOP 41 23 59.26 C42 C24 59.26
BOT 23 42 69.14 C24 C43 69.14
TOP 42 23 69.14 C43 C24 69.14
BOT 23 43 63.95 C24 C44 63.95
TOP 43 23 63.95 C44 C24 63.95
BOT 23 44 59.04 C24 C45 59.04
TOP 44 23 59.04 C45 C24 59.04
BOT 23 45 70.93 C24 C46 70.93
TOP 45 23 70.93 C46 C24 70.93
BOT 23 46 62.65 C24 C47 62.65
TOP 46 23 62.65 C47 C24 62.65
BOT 23 47 73.26 C24 C48 73.26
TOP 47 23 73.26 C48 C24 73.26
BOT 23 48 66.27 C24 C49 66.27
TOP 48 23 66.27 C49 C24 66.27
BOT 23 49 63.53 C24 C50 63.53
TOP 49 23 63.53 C50 C24 63.53
BOT 24 25 85.71 C25 C26 85.71
TOP 25 24 85.71 C26 C25 85.71
BOT 24 26 72.94 C25 C27 72.94
TOP 26 24 72.94 C27 C25 72.94
BOT 24 27 64.71 C25 C28 64.71
TOP 27 24 64.71 C28 C25 64.71
BOT 24 28 68.67 C25 C29 68.67
TOP 28 24 68.67 C29 C25 68.67
BOT 24 29 67.86 C25 C30 67.86
TOP 29 24 67.86 C30 C25 67.86
BOT 24 30 66.27 C25 C31 66.27
TOP 30 24 66.27 C31 C25 66.27
BOT 24 31 67.06 C25 C32 67.06
TOP 31 24 67.06 C32 C25 67.06
BOT 24 32 68.24 C25 C33 68.24
TOP 32 24 68.24 C33 C25 68.24
BOT 24 33 82.35 C25 C34 82.35
TOP 33 24 82.35 C34 C25 82.35
BOT 24 34 64.29 C25 C35 64.29
TOP 34 24 64.29 C35 C25 64.29
BOT 24 35 74.12 C25 C36 74.12
TOP 35 24 74.12 C36 C25 74.12
BOT 24 36 75.90 C25 C37 75.90
TOP 36 24 75.90 C37 C25 75.90
BOT 24 37 64.71 C25 C38 64.71
TOP 37 24 64.71 C38 C25 64.71
BOT 24 38 69.41 C25 C39 69.41
TOP 38 24 69.41 C39 C25 69.41
BOT 24 39 75.29 C25 C40 75.29
TOP 39 24 75.29 C40 C25 75.29
BOT 24 40 67.06 C25 C41 67.06
TOP 40 24 67.06 C41 C25 67.06
BOT 24 41 65.43 C25 C42 65.43
TOP 41 24 65.43 C42 C25 65.43
BOT 24 42 79.01 C25 C43 79.01
TOP 42 24 79.01 C43 C25 79.01
BOT 24 43 72.94 C25 C44 72.94
TOP 43 24 72.94 C44 C25 72.94
BOT 24 44 61.45 C25 C45 61.45
TOP 44 24 61.45 C45 C25 61.45
BOT 24 45 82.35 C25 C46 82.35
TOP 45 24 82.35 C46 C25 82.35
BOT 24 46 62.65 C25 C47 62.65
TOP 46 24 62.65 C47 C25 62.65
BOT 24 47 82.35 C25 C48 82.35
TOP 47 24 82.35 C48 C25 82.35
BOT 24 48 72.29 C25 C49 72.29
TOP 48 24 72.29 C49 C25 72.29
BOT 24 49 65.88 C25 C50 65.88
TOP 49 24 65.88 C50 C25 65.88
BOT 25 26 78.82 C26 C27 78.82
TOP 26 25 78.82 C27 C26 78.82
BOT 25 27 65.88 C26 C28 65.88
TOP 27 25 65.88 C28 C26 65.88
BOT 25 28 70.73 C26 C29 70.73
TOP 28 25 70.73 C29 C26 70.73
BOT 25 29 63.86 C26 C30 63.86
TOP 29 25 63.86 C30 C26 63.86
BOT 25 30 64.63 C26 C31 64.63
TOP 30 25 64.63 C31 C26 64.63
BOT 25 31 68.24 C26 C32 68.24
TOP 31 25 68.24 C32 C26 68.24
BOT 25 32 69.41 C26 C33 69.41
TOP 32 25 69.41 C33 C26 69.41
BOT 25 33 83.53 C26 C34 83.53
TOP 33 25 83.53 C34 C26 83.53
BOT 25 34 68.24 C26 C35 68.24
TOP 34 25 68.24 C35 C26 68.24
BOT 25 35 78.82 C26 C36 78.82
TOP 35 25 78.82 C36 C26 78.82
BOT 25 36 75.90 C26 C37 75.90
TOP 36 25 75.90 C37 C26 75.90
BOT 25 37 67.06 C26 C38 67.06
TOP 37 25 67.06 C38 C26 67.06
BOT 25 38 69.41 C26 C39 69.41
TOP 38 25 69.41 C39 C26 69.41
BOT 25 39 71.76 C26 C40 71.76
TOP 39 25 71.76 C40 C26 71.76
BOT 25 40 67.06 C26 C41 67.06
TOP 40 25 67.06 C41 C26 67.06
BOT 25 41 63.75 C26 C42 63.75
TOP 41 25 63.75 C42 C26 63.75
BOT 25 42 78.75 C26 C43 78.75
TOP 42 25 78.75 C43 C26 78.75
BOT 25 43 74.12 C26 C44 74.12
TOP 43 25 74.12 C44 C26 74.12
BOT 25 44 63.41 C26 C45 63.41
TOP 44 25 63.41 C45 C26 63.41
BOT 25 45 83.53 C26 C46 83.53
TOP 45 25 83.53 C46 C26 83.53
BOT 25 46 63.41 C26 C47 63.41
TOP 46 25 63.41 C47 C26 63.41
BOT 25 47 83.53 C26 C48 83.53
TOP 47 25 83.53 C48 C26 83.53
BOT 25 48 74.70 C26 C49 74.70
TOP 48 25 74.70 C49 C26 74.70
BOT 25 49 65.48 C26 C50 65.48
TOP 49 25 65.48 C50 C26 65.48
BOT 26 27 62.79 C27 C28 62.79
TOP 27 26 62.79 C28 C27 62.79
BOT 26 28 66.27 C27 C29 66.27
TOP 28 26 66.27 C29 C27 66.27
BOT 26 29 60.71 C27 C30 60.71
TOP 29 26 60.71 C30 C27 60.71
BOT 26 30 63.86 C27 C31 63.86
TOP 30 26 63.86 C31 C27 63.86
BOT 26 31 62.79 C27 C32 62.79
TOP 31 26 62.79 C32 C27 62.79
BOT 26 32 66.28 C27 C33 66.28
TOP 32 26 66.28 C33 C27 66.28
BOT 26 33 69.77 C27 C34 69.77
TOP 33 26 69.77 C34 C27 69.77
BOT 26 34 69.41 C27 C35 69.41
TOP 34 26 69.41 C35 C27 69.41
BOT 26 35 79.07 C27 C36 79.07
TOP 35 26 79.07 C36 C27 79.07
BOT 26 36 71.08 C27 C37 71.08
TOP 36 26 71.08 C37 C27 71.08
BOT 26 37 62.79 C27 C38 62.79
TOP 37 26 62.79 C38 C27 62.79
BOT 26 38 69.77 C27 C39 69.77
TOP 38 26 69.77 C39 C27 69.77
BOT 26 39 69.77 C27 C40 69.77
TOP 39 26 69.77 C40 C27 69.77
BOT 26 40 68.60 C27 C41 68.60
TOP 40 26 68.60 C41 C27 68.60
BOT 26 41 62.96 C27 C42 62.96
TOP 41 26 62.96 C42 C27 62.96
BOT 26 42 71.60 C27 C43 71.60
TOP 42 26 71.60 C43 C27 71.60
BOT 26 43 67.44 C27 C44 67.44
TOP 43 26 67.44 C44 C27 67.44
BOT 26 44 57.83 C27 C45 57.83
TOP 44 26 57.83 C45 C27 57.83
BOT 26 45 74.42 C27 C46 74.42
TOP 45 26 74.42 C46 C27 74.42
BOT 26 46 59.04 C27 C47 59.04
TOP 46 26 59.04 C47 C27 59.04
BOT 26 47 75.58 C27 C48 75.58
TOP 47 26 75.58 C48 C27 75.58
BOT 26 48 65.06 C27 C49 65.06
TOP 48 26 65.06 C49 C27 65.06
BOT 26 49 63.53 C27 C50 63.53
TOP 49 26 63.53 C50 C27 63.53
BOT 27 28 63.86 C28 C29 63.86
TOP 28 27 63.86 C29 C28 63.86
BOT 27 29 59.52 C28 C30 59.52
TOP 29 27 59.52 C30 C28 59.52
BOT 27 30 56.63 C28 C31 56.63
TOP 30 27 56.63 C31 C28 56.63
BOT 27 31 55.81 C28 C32 55.81
TOP 31 27 55.81 C32 C28 55.81
BOT 27 32 68.60 C28 C33 68.60
TOP 32 27 68.60 C33 C28 68.60
BOT 27 33 62.79 C28 C34 62.79
TOP 33 27 62.79 C34 C28 62.79
BOT 27 34 55.29 C28 C35 55.29
TOP 34 27 55.29 C35 C28 55.29
BOT 27 35 69.77 C28 C36 69.77
TOP 35 27 69.77 C36 C28 69.77
BOT 27 36 60.24 C28 C37 60.24
TOP 36 27 60.24 C37 C28 60.24
BOT 27 37 63.95 C28 C38 63.95
TOP 37 27 63.95 C38 C28 63.95
BOT 27 38 75.58 C28 C39 75.58
TOP 38 27 75.58 C39 C28 75.58
BOT 27 39 65.12 C28 C40 65.12
TOP 39 27 65.12 C40 C28 65.12
BOT 27 40 73.26 C28 C41 73.26
TOP 40 27 73.26 C41 C28 73.26
BOT 27 41 53.09 C28 C42 53.09
TOP 41 27 53.09 C42 C28 53.09
BOT 27 42 66.67 C28 C43 66.67
TOP 42 27 66.67 C43 C28 66.67
BOT 27 43 67.44 C28 C44 67.44
TOP 43 27 67.44 C44 C28 67.44
BOT 27 44 55.42 C28 C45 55.42
TOP 44 27 55.42 C45 C28 55.42
BOT 27 45 65.12 C28 C46 65.12
TOP 45 27 65.12 C46 C28 65.12
BOT 27 46 57.83 C28 C47 57.83
TOP 46 27 57.83 C47 C28 57.83
BOT 27 47 66.28 C28 C48 66.28
TOP 47 27 66.28 C48 C28 66.28
BOT 27 48 61.45 C28 C49 61.45
TOP 48 27 61.45 C49 C28 61.45
BOT 27 49 71.76 C28 C50 71.76
TOP 49 27 71.76 C50 C28 71.76
BOT 28 29 64.63 C29 C30 64.63
TOP 29 28 64.63 C30 C29 64.63
BOT 28 30 64.63 C29 C31 64.63
TOP 30 28 64.63 C31 C29 64.63
BOT 28 31 65.06 C29 C32 65.06
TOP 31 28 65.06 C32 C29 65.06
BOT 28 32 68.67 C29 C33 68.67
TOP 32 28 68.67 C33 C29 68.67
BOT 28 33 69.88 C29 C34 69.88
TOP 33 28 69.88 C34 C29 69.88
BOT 28 34 58.54 C29 C35 58.54
TOP 34 28 58.54 C35 C29 58.54
BOT 28 35 67.47 C29 C36 67.47
TOP 35 28 67.47 C36 C29 67.47
BOT 28 36 68.29 C29 C37 68.29
TOP 36 28 68.29 C37 C29 68.29
BOT 28 37 66.27 C29 C38 66.27
TOP 37 28 66.27 C38 C29 66.27
BOT 28 38 68.67 C29 C39 68.67
TOP 38 28 68.67 C39 C29 68.67
BOT 28 39 63.86 C29 C40 63.86
TOP 39 28 63.86 C40 C29 63.86
BOT 28 40 68.67 C29 C41 68.67
TOP 40 28 68.67 C41 C29 68.67
BOT 28 41 64.20 C29 C42 64.20
TOP 41 28 64.20 C42 C29 64.20
BOT 28 42 71.60 C29 C43 71.60
TOP 42 28 71.60 C43 C29 71.60
BOT 28 43 68.67 C29 C44 68.67
TOP 43 28 68.67 C44 C29 68.67
BOT 28 44 67.07 C29 C45 67.07
TOP 44 28 67.07 C45 C29 67.07
BOT 28 45 73.49 C29 C46 73.49
TOP 45 28 73.49 C46 C29 73.49
BOT 28 46 67.07 C29 C47 67.07
TOP 46 28 67.07 C47 C29 67.07
BOT 28 47 68.67 C29 C48 68.67
TOP 47 28 68.67 C48 C29 68.67
BOT 28 48 71.25 C29 C49 71.25
TOP 48 28 71.25 C49 C29 71.25
BOT 28 49 66.67 C29 C50 66.67
TOP 49 28 66.67 C50 C29 66.67
BOT 29 30 78.57 C30 C31 78.57
TOP 30 29 78.57 C31 C30 78.57
BOT 29 31 85.71 C30 C32 85.71
TOP 31 29 85.71 C32 C30 85.71
BOT 29 32 65.48 C30 C33 65.48
TOP 32 29 65.48 C33 C30 65.48
BOT 29 33 60.71 C30 C34 60.71
TOP 33 29 60.71 C34 C30 60.71
BOT 29 34 61.45 C30 C35 61.45
TOP 34 29 61.45 C35 C30 61.45
BOT 29 35 64.29 C30 C36 64.29
TOP 35 29 64.29 C36 C30 64.29
BOT 29 36 70.24 C30 C37 70.24
TOP 36 29 70.24 C37 C30 70.24
BOT 29 37 66.67 C30 C38 66.67
TOP 37 29 66.67 C38 C30 66.67
BOT 29 38 63.10 C30 C39 63.10
TOP 38 29 63.10 C39 C30 63.10
BOT 29 39 57.14 C30 C40 57.14
TOP 39 29 57.14 C40 C30 57.14
BOT 29 40 61.90 C30 C41 61.90
TOP 40 29 61.90 C41 C30 61.90
BOT 29 41 85.37 C30 C42 85.37
TOP 41 29 85.37 C42 C30 85.37
BOT 29 42 61.25 C30 C43 61.25
TOP 42 29 61.25 C43 C30 61.25
BOT 29 43 61.90 C30 C44 61.90
TOP 43 29 61.90 C44 C30 61.90
BOT 29 44 75.29 C30 C45 75.29
TOP 44 29 75.29 C45 C30 75.29
BOT 29 45 67.86 C30 C46 67.86
TOP 45 29 67.86 C46 C30 67.86
BOT 29 46 80.00 C30 C47 80.00
TOP 46 29 80.00 C47 C30 80.00
BOT 29 47 65.48 C30 C48 65.48
TOP 47 29 65.48 C48 C30 65.48
BOT 29 48 65.43 C30 C49 65.43
TOP 48 29 65.43 C49 C30 65.43
BOT 29 49 60.71 C30 C50 60.71
TOP 49 29 60.71 C50 C30 60.71
BOT 30 31 83.13 C31 C32 83.13
TOP 31 30 83.13 C32 C31 83.13
BOT 30 32 65.06 C31 C33 65.06
TOP 32 30 65.06 C33 C31 65.06
BOT 30 33 60.24 C31 C34 60.24
TOP 33 30 60.24 C34 C31 60.24
BOT 30 34 58.54 C31 C35 58.54
TOP 34 30 58.54 C35 C31 58.54
BOT 30 35 68.67 C31 C36 68.67
TOP 35 30 68.67 C36 C31 68.67
BOT 30 36 68.24 C31 C37 68.24
TOP 36 30 68.24 C37 C31 68.24
BOT 30 37 62.65 C31 C38 62.65
TOP 37 30 62.65 C38 C31 62.65
BOT 30 38 66.27 C31 C39 66.27
TOP 38 30 66.27 C39 C31 66.27
BOT 30 39 62.65 C31 C40 62.65
TOP 39 30 62.65 C40 C31 62.65
BOT 30 40 66.27 C31 C41 66.27
TOP 40 30 66.27 C41 C31 66.27
BOT 30 41 83.13 C31 C42 83.13
TOP 41 30 83.13 C42 C31 83.13
BOT 30 42 63.75 C31 C43 63.75
TOP 42 30 63.75 C43 C31 63.75
BOT 30 43 55.42 C31 C44 55.42
TOP 43 30 55.42 C44 C31 55.42
BOT 30 44 75.29 C31 C45 75.29
TOP 44 30 75.29 C45 C31 75.29
BOT 30 45 67.47 C31 C46 67.47
TOP 45 30 67.47 C46 C31 67.47
BOT 30 46 81.18 C31 C47 81.18
TOP 46 30 81.18 C47 C31 81.18
BOT 30 47 68.67 C31 C48 68.67
TOP 47 30 68.67 C48 C31 68.67
BOT 30 48 62.50 C31 C49 62.50
TOP 48 30 62.50 C49 C31 62.50
BOT 30 49 59.04 C31 C50 59.04
TOP 49 30 59.04 C50 C31 59.04
BOT 31 32 66.28 C32 C33 66.28
TOP 32 31 66.28 C33 C32 66.28
BOT 31 33 61.63 C32 C34 61.63
TOP 33 31 61.63 C34 C32 61.63
BOT 31 34 64.71 C32 C35 64.71
TOP 34 31 64.71 C35 C32 64.71
BOT 31 35 65.12 C32 C36 65.12
TOP 35 31 65.12 C36 C32 65.12
BOT 31 36 68.67 C32 C37 68.67
TOP 36 31 68.67 C37 C32 68.67
BOT 31 37 63.95 C32 C38 63.95
TOP 37 31 63.95 C38 C32 63.95
BOT 31 38 65.12 C32 C39 65.12
TOP 38 31 65.12 C39 C32 65.12
BOT 31 39 56.98 C32 C40 56.98
TOP 39 31 56.98 C40 C32 56.98
BOT 31 40 62.79 C32 C41 62.79
TOP 40 31 62.79 C41 C32 62.79
BOT 31 41 83.95 C32 C42 83.95
TOP 41 31 83.95 C42 C32 83.95
BOT 31 42 61.73 C32 C43 61.73
TOP 42 31 61.73 C43 C32 61.73
BOT 31 43 58.14 C32 C44 58.14
TOP 43 31 58.14 C44 C32 58.14
BOT 31 44 73.49 C32 C45 73.49
TOP 44 31 73.49 C45 C32 73.49
BOT 31 45 67.44 C32 C46 67.44
TOP 45 31 67.44 C46 C32 67.44
BOT 31 46 80.72 C32 C47 80.72
TOP 46 31 80.72 C47 C32 80.72
BOT 31 47 66.28 C32 C48 66.28
TOP 47 31 66.28 C48 C32 66.28
BOT 31 48 65.06 C32 C49 65.06
TOP 48 31 65.06 C49 C32 65.06
BOT 31 49 60.00 C32 C50 60.00
TOP 49 31 60.00 C50 C32 60.00
BOT 32 33 68.60 C33 C34 68.60
TOP 33 32 68.60 C34 C33 68.60
BOT 32 34 64.71 C33 C35 64.71
TOP 34 32 64.71 C35 C33 64.71
BOT 32 35 68.60 C33 C36 68.60
TOP 35 32 68.60 C36 C33 68.60
BOT 32 36 63.86 C33 C37 63.86
TOP 36 32 63.86 C37 C33 63.86
BOT 32 37 76.74 C33 C38 76.74
TOP 37 32 76.74 C38 C33 76.74
BOT 32 38 76.74 C33 C39 76.74
TOP 38 32 76.74 C39 C33 76.74
BOT 32 39 62.79 C33 C40 62.79
TOP 39 32 62.79 C40 C33 62.79
BOT 32 40 73.26 C33 C41 73.26
TOP 40 32 73.26 C41 C33 73.26
BOT 32 41 61.73 C33 C42 61.73
TOP 41 32 61.73 C42 C33 61.73
BOT 32 42 69.14 C33 C43 69.14
TOP 42 32 69.14 C43 C33 69.14
BOT 32 43 63.95 C33 C44 63.95
TOP 43 32 63.95 C44 C33 63.95
BOT 32 44 56.63 C33 C45 56.63
TOP 44 32 56.63 C45 C33 56.63
BOT 32 45 68.60 C33 C46 68.60
TOP 45 32 68.60 C46 C33 68.60
BOT 32 46 66.27 C33 C47 66.27
TOP 46 32 66.27 C47 C33 66.27
BOT 32 47 65.12 C33 C48 65.12
TOP 47 32 65.12 C48 C33 65.12
BOT 32 48 65.06 C33 C49 65.06
TOP 48 32 65.06 C49 C33 65.06
BOT 32 49 72.94 C33 C50 72.94
TOP 49 32 72.94 C50 C33 72.94
BOT 33 34 65.88 C34 C35 65.88
TOP 34 33 65.88 C35 C34 65.88
BOT 33 35 68.60 C34 C36 68.60
TOP 35 33 68.60 C36 C34 68.60
BOT 33 36 74.70 C34 C37 74.70
TOP 36 33 74.70 C37 C34 74.70
BOT 33 37 67.44 C34 C38 67.44
TOP 37 33 67.44 C38 C34 67.44
BOT 33 38 68.60 C34 C39 68.60
TOP 38 33 68.60 C39 C34 68.60
BOT 33 39 77.91 C34 C40 77.91
TOP 39 33 77.91 C40 C34 77.91
BOT 33 40 67.44 C34 C41 67.44
TOP 40 33 67.44 C41 C34 67.44
BOT 33 41 58.02 C34 C42 58.02
TOP 41 33 58.02 C42 C34 58.02
BOT 33 42 80.25 C34 C43 80.25
TOP 42 33 80.25 C43 C34 80.25
BOT 33 43 79.07 C34 C44 79.07
TOP 43 33 79.07 C44 C34 79.07
BOT 33 44 56.63 C34 C45 56.63
TOP 44 33 56.63 C45 C34 56.63
BOT 33 45 88.37 C34 C46 88.37
TOP 45 33 88.37 C46 C34 88.37
BOT 33 46 59.04 C34 C47 59.04
TOP 46 33 59.04 C47 C34 59.04
BOT 33 47 79.07 C34 C48 79.07
TOP 47 33 79.07 C48 C34 79.07
BOT 33 48 73.49 C34 C49 73.49
TOP 48 33 73.49 C49 C34 73.49
BOT 33 49 64.71 C34 C50 64.71
TOP 49 33 64.71 C50 C34 64.71
BOT 34 35 65.88 C35 C36 65.88
TOP 35 34 65.88 C36 C35 65.88
BOT 34 36 68.29 C35 C37 68.29
TOP 36 34 68.29 C37 C35 68.29
BOT 34 37 57.65 C35 C38 57.65
TOP 37 34 57.65 C38 C35 57.65
BOT 34 38 64.71 C35 C39 64.71
TOP 38 34 64.71 C39 C35 64.71
BOT 34 39 57.65 C35 C40 57.65
TOP 39 34 57.65 C40 C35 57.65
BOT 34 40 64.71 C35 C41 64.71
TOP 40 34 64.71 C41 C35 64.71
BOT 34 41 60.00 C35 C42 60.00
TOP 41 34 60.00 C42 C35 60.00
BOT 34 42 61.25 C35 C43 61.25
TOP 42 34 61.25 C43 C35 61.25
BOT 34 43 58.82 C35 C44 58.82
TOP 43 34 58.82 C44 C35 58.82
BOT 34 44 48.78 C35 C45 48.78
TOP 44 34 48.78 C45 C35 48.78
BOT 34 45 63.53 C35 C46 63.53
TOP 45 34 63.53 C46 C35 63.53
BOT 34 46 59.76 C35 C47 59.76
TOP 46 34 59.76 C47 C35 59.76
BOT 34 47 61.18 C35 C48 61.18
TOP 47 34 61.18 C48 C35 61.18
BOT 34 48 56.63 C35 C49 56.63
TOP 48 34 56.63 C49 C35 56.63
BOT 34 49 61.90 C35 C50 61.90
TOP 49 34 61.90 C50 C35 61.90
BOT 35 36 65.06 C36 C37 65.06
TOP 36 35 65.06 C37 C36 65.06
BOT 35 37 67.44 C36 C38 67.44
TOP 37 35 67.44 C38 C36 67.44
BOT 35 38 69.77 C36 C39 69.77
TOP 38 35 69.77 C39 C36 69.77
BOT 35 39 70.93 C36 C40 70.93
TOP 39 35 70.93 C40 C36 70.93
BOT 35 40 67.44 C36 C41 67.44
TOP 40 35 67.44 C41 C36 67.44
BOT 35 41 62.96 C36 C42 62.96
TOP 41 35 62.96 C42 C36 62.96
BOT 35 42 67.90 C36 C43 67.90
TOP 42 35 67.90 C43 C36 67.90
BOT 35 43 65.12 C36 C44 65.12
TOP 43 35 65.12 C44 C36 65.12
BOT 35 44 61.45 C36 C45 61.45
TOP 44 35 61.45 C45 C36 61.45
BOT 35 45 72.09 C36 C46 72.09
TOP 45 35 72.09 C46 C36 72.09
BOT 35 46 62.65 C36 C47 62.65
TOP 46 35 62.65 C47 C36 62.65
BOT 35 47 75.58 C36 C48 75.58
TOP 47 35 75.58 C48 C36 75.58
BOT 35 48 63.86 C36 C49 63.86
TOP 48 35 63.86 C49 C36 63.86
BOT 35 49 64.71 C36 C50 64.71
TOP 49 35 64.71 C50 C36 64.71
BOT 36 37 61.45 C37 C38 61.45
TOP 37 36 61.45 C38 C37 61.45
BOT 36 38 69.88 C37 C39 69.88
TOP 38 36 69.88 C39 C37 69.88
BOT 36 39 67.47 C37 C40 67.47
TOP 39 36 67.47 C40 C37 67.47
BOT 36 40 68.67 C37 C41 68.67
TOP 40 36 68.67 C41 C37 68.67
BOT 36 41 69.88 C37 C42 69.88
TOP 41 36 69.88 C42 C37 69.88
BOT 36 42 76.25 C37 C43 76.25
TOP 42 36 76.25 C43 C37 76.25
BOT 36 43 72.29 C37 C44 72.29
TOP 43 36 72.29 C44 C37 72.29
BOT 36 44 63.53 C37 C45 63.53
TOP 44 36 63.53 C45 C37 63.53
BOT 36 45 79.52 C37 C46 79.52
TOP 45 36 79.52 C46 C37 79.52
BOT 36 46 63.53 C37 C47 63.53
TOP 46 36 63.53 C47 C37 63.53
BOT 36 47 74.70 C37 C48 74.70
TOP 47 36 74.70 C48 C37 74.70
BOT 36 48 65.00 C37 C49 65.00
TOP 48 36 65.00 C49 C37 65.00
BOT 36 49 66.27 C37 C50 66.27
TOP 49 36 66.27 C50 C37 66.27
BOT 37 38 72.09 C38 C39 72.09
TOP 38 37 72.09 C39 C38 72.09
BOT 37 39 60.47 C38 C40 60.47
TOP 39 37 60.47 C40 C38 60.47
BOT 37 40 70.93 C38 C41 70.93
TOP 40 37 70.93 C41 C38 70.93
BOT 37 41 59.26 C38 C42 59.26
TOP 41 37 59.26 C42 C38 59.26
BOT 37 42 61.73 C38 C43 61.73
TOP 42 37 61.73 C43 C38 61.73
BOT 37 43 62.79 C38 C44 62.79
TOP 43 37 62.79 C44 C38 62.79
BOT 37 44 61.45 C38 C45 61.45
TOP 44 37 61.45 C45 C38 61.45
BOT 37 45 68.60 C38 C46 68.60
TOP 45 37 68.60 C46 C38 68.60
BOT 37 46 65.06 C38 C47 65.06
TOP 46 37 65.06 C47 C38 65.06
BOT 37 47 67.44 C38 C48 67.44
TOP 47 37 67.44 C48 C38 67.44
BOT 37 48 62.65 C38 C49 62.65
TOP 48 37 62.65 C49 C38 62.65
BOT 37 49 72.94 C38 C50 72.94
TOP 49 37 72.94 C50 C38 72.94
BOT 38 39 65.12 C39 C40 65.12
TOP 39 38 65.12 C40 C39 65.12
BOT 38 40 94.19 C39 C41 94.19
TOP 40 38 94.19 C41 C39 94.19
BOT 38 41 61.73 C39 C42 61.73
TOP 41 38 61.73 C42 C39 61.73
BOT 38 42 72.84 C39 C43 72.84
TOP 42 38 72.84 C43 C39 72.84
BOT 38 43 63.95 C39 C44 63.95
TOP 43 38 63.95 C44 C39 63.95
BOT 38 44 51.81 C39 C45 51.81
TOP 44 38 51.81 C45 C39 51.81
BOT 38 45 69.77 C39 C46 69.77
TOP 45 38 69.77 C46 C39 69.77
BOT 38 46 63.86 C39 C47 63.86
TOP 46 38 63.86 C47 C39 63.86
BOT 38 47 67.44 C39 C48 67.44
TOP 47 38 67.44 C48 C39 67.44
BOT 38 48 65.06 C39 C49 65.06
TOP 48 38 65.06 C49 C39 65.06
BOT 38 49 88.24 C39 C50 88.24
TOP 49 38 88.24 C50 C39 88.24
BOT 39 40 65.12 C40 C41 65.12
TOP 40 39 65.12 C41 C40 65.12
BOT 39 41 56.79 C40 C42 56.79
TOP 41 39 56.79 C42 C40 56.79
BOT 39 42 77.78 C40 C43 77.78
TOP 42 39 77.78 C43 C40 77.78
BOT 39 43 76.74 C40 C44 76.74
TOP 43 39 76.74 C44 C40 76.74
BOT 39 44 54.22 C40 C45 54.22
TOP 44 39 54.22 C45 C40 54.22
BOT 39 45 76.74 C40 C46 76.74
TOP 45 39 76.74 C46 C40 76.74
BOT 39 46 57.83 C40 C47 57.83
TOP 46 39 57.83 C47 C40 57.83
BOT 39 47 75.58 C40 C48 75.58
TOP 47 39 75.58 C48 C40 75.58
BOT 39 48 68.67 C40 C49 68.67
TOP 48 39 68.67 C49 C40 68.67
BOT 39 49 62.35 C40 C50 62.35
TOP 49 39 62.35 C50 C40 62.35
BOT 40 41 60.49 C41 C42 60.49
TOP 41 40 60.49 C42 C41 60.49
BOT 40 42 69.14 C41 C43 69.14
TOP 42 40 69.14 C43 C41 69.14
BOT 40 43 63.95 C41 C44 63.95
TOP 43 40 63.95 C44 C41 63.95
BOT 40 44 50.60 C41 C45 50.60
TOP 44 40 50.60 C45 C41 50.60
BOT 40 45 67.44 C41 C46 67.44
TOP 45 40 67.44 C46 C41 67.44
BOT 40 46 62.65 C41 C47 62.65
TOP 46 40 62.65 C47 C41 62.65
BOT 40 47 65.12 C41 C48 65.12
TOP 47 40 65.12 C48 C41 65.12
BOT 40 48 63.86 C41 C49 63.86
TOP 48 40 63.86 C49 C41 63.86
BOT 40 49 88.24 C41 C50 88.24
TOP 49 40 88.24 C50 C41 88.24
BOT 41 42 60.76 C42 C43 60.76
TOP 42 41 60.76 C43 C42 60.76
BOT 41 43 58.02 C42 C44 58.02
TOP 43 41 58.02 C44 C42 58.02
BOT 41 44 72.29 C42 C45 72.29
TOP 44 41 72.29 C45 C42 72.29
BOT 41 45 65.43 C42 C46 65.43
TOP 45 41 65.43 C46 C42 65.43
BOT 41 46 80.72 C42 C47 80.72
TOP 46 41 80.72 C47 C42 80.72
BOT 41 47 62.96 C42 C48 62.96
TOP 47 41 62.96 C48 C42 62.96
BOT 41 48 58.97 C42 C49 58.97
TOP 48 41 58.97 C49 C42 58.97
BOT 41 49 58.02 C42 C50 58.02
TOP 49 41 58.02 C50 C42 58.02
BOT 42 43 76.54 C43 C44 76.54
TOP 43 42 76.54 C44 C43 76.54
BOT 42 44 55.00 C43 C45 55.00
TOP 44 42 55.00 C45 C43 55.00
BOT 42 45 82.72 C43 C46 82.72
TOP 45 42 82.72 C46 C43 82.72
BOT 42 46 58.75 C43 C47 58.75
TOP 46 42 58.75 C47 C43 58.75
BOT 42 47 80.25 C43 C48 80.25
TOP 47 42 80.25 C48 C43 80.25
BOT 42 48 70.51 C43 C49 70.51
TOP 48 42 70.51 C49 C43 70.51
BOT 42 49 69.14 C43 C50 69.14
TOP 49 42 69.14 C50 C43 69.14
BOT 43 44 55.42 C44 C45 55.42
TOP 44 43 55.42 C45 C44 55.42
BOT 43 45 83.72 C44 C46 83.72
TOP 45 43 83.72 C46 C44 83.72
BOT 43 46 62.65 C44 C47 62.65
TOP 46 43 62.65 C47 C44 62.65
BOT 43 47 75.58 C44 C48 75.58
TOP 47 43 75.58 C48 C44 75.58
BOT 43 48 67.47 C44 C49 67.47
TOP 48 43 67.47 C49 C44 67.47
BOT 43 49 63.53 C44 C50 63.53
TOP 49 43 63.53 C50 C44 63.53
BOT 44 45 63.86 C45 C46 63.86
TOP 45 44 63.86 C46 C45 63.86
BOT 44 46 74.42 C45 C47 74.42
TOP 46 44 74.42 C47 C45 74.42
BOT 44 47 63.86 C45 C48 63.86
TOP 47 44 63.86 C48 C45 63.86
BOT 44 48 60.00 C45 C49 60.00
TOP 48 44 60.00 C49 C45 60.00
BOT 44 49 48.19 C45 C50 48.19
TOP 49 44 48.19 C50 C45 48.19
BOT 45 46 65.06 C46 C47 65.06
TOP 46 45 65.06 C47 C46 65.06
BOT 45 47 86.05 C46 C48 86.05
TOP 47 45 86.05 C48 C46 86.05
BOT 45 48 75.90 C46 C49 75.90
TOP 48 45 75.90 C49 C46 75.90
BOT 45 49 65.88 C46 C50 65.88
TOP 49 45 65.88 C50 C46 65.88
BOT 46 47 63.86 C47 C48 63.86
TOP 47 46 63.86 C48 C47 63.86
BOT 46 48 63.75 C47 C49 63.75
TOP 48 46 63.75 C49 C47 63.75
BOT 46 49 59.04 C47 C50 59.04
TOP 49 46 59.04 C50 C47 59.04
BOT 47 48 72.29 C48 C49 72.29
TOP 48 47 72.29 C49 C48 72.29
BOT 47 49 62.35 C48 C50 62.35
TOP 49 47 62.35 C50 C48 62.35
BOT 48 49 62.20 C49 C50 62.20
TOP 49 48 62.20 C50 C49 62.20
AVG 0 C1 * 71.85
AVG 1 C2 * 68.56
AVG 2 C3 * 68.01
AVG 3 C4 * 71.88
AVG 4 C5 * 65.92
AVG 5 C6 * 62.87
AVG 6 C7 * 72.63
AVG 7 C8 * 72.38
AVG 8 C9 * 69.48
AVG 9 C10 * 65.49
AVG 10 C11 * 56.71
AVG 11 C12 * 67.58
AVG 12 C13 * 70.01
AVG 13 C14 * 68.67
AVG 14 C15 * 73.46
AVG 15 C16 * 73.55
AVG 16 C17 * 72.15
AVG 17 C18 * 66.01
AVG 18 C19 * 71.31
AVG 19 C20 * 70.61
AVG 20 C21 * 63.95
AVG 21 C22 * 66.24
AVG 22 C23 * 64.25
AVG 23 C24 * 67.64
AVG 24 C25 * 72.53
AVG 25 C26 * 72.97
AVG 26 C27 * 68.32
AVG 27 C28 * 64.39
AVG 28 C29 * 67.56
AVG 29 C30 * 66.66
AVG 30 C31 * 66.66
AVG 31 C32 * 66.34
AVG 32 C33 * 66.91
AVG 33 C34 * 70.99
AVG 34 C35 * 61.27
AVG 35 C36 * 68.61
AVG 36 C37 * 69.88
AVG 37 C38 * 65.09
AVG 38 C39 * 69.33
AVG 39 C40 * 67.88
AVG 40 C41 * 67.79
AVG 41 C42 * 64.61
AVG 42 C43 * 71.40
AVG 43 C44 * 68.18
AVG 44 C45 * 61.19
AVG 45 C46 * 74.43
AVG 46 C47 * 64.93
AVG 47 C48 * 72.73
AVG 48 C49 * 67.21
AVG 49 C50 * 65.72
TOT TOT * 68.10
CLUSTAL W (1.83) multiple sequence alignment
C1 ---------ATGCAATCTTTACAA------ATA---------GTAGCAAT
C2 ---------ATGACACCTTTGGAA------ATT---------AGTGCAAT
C3 ---------ATGTTGACTTTAAGT------ATA---------TTAACAAT
C4 ---------ATGCAATCTTTAGCA------ATA---------TTAGCAAT
C5 ---------ATGATAGATTTACTAGCAAGAGTAGATTATAAATTAGGAGT
C6 ---------ATGTCACCTTTAGAA------ATT---------AGTGCAAT
C7 ---------ATGCAATCTCCAGAG------ATA---------TTAACAAT
C8 ---------ATGCAATCTTTACAA------ATA---------TTAGCAAT
C9 ---------ATGCAAGCTTTAACC------ATT---------GCAGCAAT
C10 ---------ATGTTAGATTTAACAGCAGGAGTAGATTATAGAATAGGAAT
C11 ---ATGTTAATGTTATTAGCAGAA------GTAGATTATAGAATAGCAGT
C12 ---------ATGCAACCCTTAGAA------ATA---------GCTGCAAT
C13 ---------ATGCAACCTTTAGTA------ATA---------GTATCAAT
C14 ---------ATGGTAGACTTAGCA------GTA---------CTAACAAT
C15 ---------ATGCAACCTTTACAA------ATA---------ATAGCAAT
C16 ---------ATGCAATCCTTAATA------ATA---------GTAGCAAT
C17 ---------ATGAGCCCTTTACAA------GTA---------GCAGCAGT
C18 ---------ATGTTAAGAGTAGAT------TAT------AGAATAGCAGT
C19 ---------ATGCAAGCCTTAACA------ATA---------TCAGCAAT
C20 ---------ATGCTAGCTTTATCC------ATT---------TTAGCAAT
C21 ---------ATGTTAAAATTAATAGAAAGAATAGATTATAAATTAGCAGT
C22 ---------ATGCAAGCCTTAGAA------GTA---------TCTGCAAT
C23 ATGACACCTTTGACACCTTTGGAC------GTT---------AGTGCAAT
C24 ---------ATGCCACCTTCATAC------ATA---------GCAGCAAT
C25 ---------ATGCAACCTTTAGTA------ATA---------TTAGCAAT
C26 ---------ATGCAAGCCTCAGTA------ATA---------TTAGCAAT
C27 ---------ATGCAACCTTTAGAA------ATA---------TTAGCAAT
C28 ---------ATGCAATCGCTAGAG------ATA---------GCTGCAAT
C29 ATGTACACTTTGCAACCTTTAACA------ATA---------GTAGGCAT
C30 ---------ATGTCAGATTTAGAT------------TATGCATTATTAGT
C31 ---------ATGTTG---TTAGAA------GTAGATTATAGAATAGGAGT
C32 ---------ATGGTTGACTACATA------GCA---------ATAGGAGT
C33 ---------ATGCTTCCTTTAAAT------ATC---------TGTGCAAT
C34 ---------ATGACACCTTTAACC------ATA---------GTAGCAAT
C35 ------------ATGCCATATTTG------ATA---------ATACTGAT
C36 ---------ATGCAATCTTTAGAA------ATA---------TTAGCAAT
C37 ---------GTAACGTTAGAATTT------ATAGATTATAAGTTAGCAGT
C38 ---------ATGTCTCCTGTGCAA------ATC---------TGTGCAAT
C39 ---------ATGACACCTTTGGAA------ATT---------AGTGCAAT
C40 ---------ATGAAATCTCTATAT------GTT---------TGGGCAAT
C41 ---------ATGACACCTTTGGAA------ATT---------AGTGCAAT
C42 ---------ATGATAGATTTACTAGCAAAAGTAGATTATAGGTTAGGAGT
C43 ---------ATGCAAGCTTTACAC------ATA---------GCAGTAAT
C44 ---------ATGCAATCCTTACAA------TTA---------TTAGCAAT
C45 ---------ATGTTAGAAGCAATA---------GATTATAGATTAGGAGT
C46 ---------ATGCTGTCTTTAACC------ATA---------TTAGCAAT
C47 ---------ATGGTAGAATTAATA---------GATTATAGAATAGGAAT
C48 ---------ATGCAATCTTTAGAA------ATA---------GCAGCAAT
C49 ---------ATGATAGCTTTACAA------ATA---------GTAGCAAT
C50 ------GTAATATCACCTTTGCAA------ATT---------AGTGCAAT
.*
C1 AGTAGCGTTAGTAGTAACAGGAATAATAGCAATAGTTGTATGGACTATAG
C2 AGTAGGACTGGTAGTAGCGCTAATCTTAGCAATAGTAGTGTGGACTATAG
C3 AGTAGCATTTGTAGTAGTAACAATAATAGCAATAGTTGTGTGGACTATAG
C4 AGTAGGATTAGTAGTAGCATCAATATTAGCACTAATTGTGTGGTCCATAG
C5 AGGGGCATTGATAGTAGCATTAATCATAGCAATAGTTGTGTGGAGCATAG
C6 AGTAGGACTGGTAGTAGCAGCAATCTTAGCAATAATAGTGTGGACTTTAG
C7 AGTAGCATTAGTAGTAGCAATAATACTAGCAATAGTTGTGTGGACCATAG
C8 AGTAGCATTAGTAGTAGCAGCAATAATAGCAATAGTTGTATGGTCCATAG
C9 AGTAGCCTTAGTAGTAGCAGCAATAATAGTAATAGTTGTGTGGACCATAG
C10 AGTAGCATTTGCAGTAGCATTAATCATAGCAATAATTGTGTGGACCATAG
C11 AGCAGCATTTGTAGTAGCATTAATCCTAGCAATAATTGTGTGGGTCATAG
C12 AGTAGGACTAATAGTAGCATTCATAGCAGCCATAATTGTATGGAGTATAG
C13 AGTAGCATTAGTAGTAGTAGCAATAATAGCAATAGTTATCTGGACTATAG
C14 AGTAGCATTCATAGTTGCGCTAATCATAGCAATAGTGGTGTGGACCATAG
C15 AGTAGCATTAGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGTCCATAG
C16 AGTAGCATTTGTAGTAGCCATAATAATAGCAATAGTTGTGTGGTCCATAG
C17 AGTAGCATTAATAGTAGCAGCAATATTAGCAATAGTTGTGTGGTCCATAG
C18 AGTAGCATTGTTAATAGCACTAATCATAGCAATAGTTGTATGGACCATAG
C19 AGTAGCATTAGTAGTAGTAGCCATAATAGCAATAGTTGTGTGGGCCATAG
C20 AGTAGCTTTAGTAGTAGCAGCAATAATAGCAATAGTTGTGTGGACCATAG
C21 AGGAGCATTGATAGTAGCACTAATCATAACAATAATTGTGTGGACCATAG
C22 AGTAGGACTAATAGTAGCAGGCATAGCAGCCATAATTGTGTGGAGCATAG
C23 AGTAGGACTGATAGTAGCGCTAATCTTAGCAATAGTAGTGTGGACTATAG
C24 AGTAGCATTAGTAGTATCAGCAATAATAGCAATAATTGTGTGGTCCATAG
C25 AGTAGCATTAATAGTAACAGGAATAATAGCAATAGTTGTGTGGTCTATAG
C26 AGTAGCATTAGTAGTAGTAGCAATAATAGCAATAGTTGTTTGGTCTATAG
C27 AGGAGCATTAGTAGTAGCAGCAATAATAGCAATAGTTGTGTGGTCCATAG
C28 AGTAGGATTAGTAGTAGCAGGCATAGCAGCCATAATTGTGTGGGCCATAG
C29 AGTAGCATTAGTAGTAGCCTTTATTCTAGCAGTAGTTGTGTGGACTATAG
C30 AGGAGCATTAATAGTAGCACTAATCATAGCAATAATTGTCTGGACCATAG
C31 AGCAGCATTAATAGTAGCACTATCCATAGCAATAGTTGTGTGGACCATAG
C32 AGGAGCATTGATAGTAGCATTAATCATAGCAATAGTTGTGTGGACCATAG
C33 AGTAGGACTGATAGTAGCACTAATCTTAGCAATAGTTGTGTGGACTATAG
C34 AGTAGCATTAGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGACCATAG
C35 AGTTGCATTTATAGCAGTGCTAATAATAGCAATAATTGTGTGGACTATAG
C36 AGTATCATTAGTTGTAGTAACAATAATAGCAATAGTTGTGTGGTCCATAG
C37 AGGAGCATTCATAGTAGCACTAATCATAGCAATAATTGTGTGGACCATAG
C38 AATAGGACTGGTAGTAGCGCTAATAATAGCAATAGTTGTGTGGACTATAG
C39 AGCAGGACTGATAGTAGCGCTAATCTTAGCAATAGTAGTGTGGACTATAG
C40 AGTAGCATTAGTAGTAGCAGCAATACTAGCAATAGTTGTGTGGGCCATAG
C41 AGCAGGACTGATAGTAGCGTTAATTTTAGCAATAGTAGTGTGGACTATAG
C42 AGGAGCACTGATAATAGCATTAATCATAGCAATAGTTGTGTGGACCATAA
C43 AGTAGCATTAGCAGTAGCAGCAATAATAGCAATAGTTGTGTGGACCATAG
C44 AGTAGCATTAGTAGTAGCAGCAATACTAGCAATAATTGTGTGGACCATAG
C45 AGGAGCATTGGTAGTAGCATCAATCATAGTAGTAATTGTGTGGATCTTAG
C46 AGTAGCATTAGTAGTAGCAGCAATAATAGCAATAGTTGTGTGGACCATAG
C47 AGCAGCATTAGTAATAGCACTAGTCCTAGCAATAATTGTGTGGACCATAG
C48 AGTAGCATTAGTAGTAGCAATAATAATAGCAATAGTTGTGTGGTCTATAG
C49 AGTAGCATTAGTAGTAGCAGCAGTACTAGCAATAGTTGCGTGGACCATAG
C50 AGTAGGACTGATAGTAGCGCTAATCTTAGCAATAGTAGTGTGGACTATAG
*. * :. : *. . **.* . *** :**.
C1 TAGGCATAGAATATAGAAAAATATTAAGACAAAGGAAAATAGACAGGTTA
C2 TAGCTATAGAATATAAGAAAATATTAAGAGAAAGGAAAATAGAAAGGCTA
C3 TATTCATAGAATATAGGAAAATAGTAAAACAAAGGAAAATAGACAGGTTA
C4 TATTCATAGAATATAGAAAAATATTAAGACAAAAGAAAATAGACAGGTTA
C5 TATATATAGAATATAGGAAATTGTTAAGACAAAGTAAAATAGACCGGTTA
C6 CAGCTATAGAATTTAGGAAAATACGAAGGGAGAAACAAATAGACAGGTTA
C7 TGCTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATAGATAGGCTA
C8 TACTCGTAGAATATAGGAAAATATTAAGACAAAGAAAAATAGACAGGATA
C9 TATTCATAGAATATAGGAGATTATTAAGACAGAAAAAAATAGAAAGGTTA
C10 TATACATAGAATATAGAAAACTAGTAAGACAAAGAAAAATAGACTGGTTA
C11 CATTTCTAGAATATAAGAAATTAGAGAAACAAAAGAAAATAGACAGGTTA
C12 TATTTATAGAGTATAGGAAAATAAGAAAACAGAAAAAAATAGACAAGTTA
C13 TGTTCCTAGAATACAGGAAAATATTAAGACAAAGGAAAATAGATAGGTTA
C14 TATTTATAGAATATAGAAAAATATTAAGGCAAAGGAAAATAGATAGGTTA
C15 TATTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATAGACAGGATA
C16 TATTCATAGAATATAGGAAAATATTAAGACAAAGAAAGATAGACAGGTTA
C17 TATTCATAGAATATAGAAAAATATTAAGACAAAGAAAAATAGATAGGTTA
C18 TATATATAGAATATAGGAAATTGGTAAAACAAAGGAAAATAGACTGGTTA
C19 TACTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATAGACAGGTTA
C20 TACTCATAGAATATAAGAAACTATTAAGACAGAAAAGAATAGACAGGTTA
C21 TTTATATAGAATACAGAAAACTGGTAAGACAAAGAAGAATAGATTGGTTA
C22 TATTTATAGAATATAAAAAGATAAGAAAACAGAAAAAGATAGACCAATTA
C23 TAGCTATAGAACTTAAGAAAATACTAAGGCAAAGAAGAATAGACAGGTTA
C24 TACTCATAGAATATAGGAAAATATTAAGGCAAAGGAAAATAGATAGGTTA
C25 TACTCATAGAGTATAGAAAAATATTAAGACAAAGGAAAATAGATAGGTTA
C26 TACTCATAGAATATAGGAAAATCTTAAGACAAAGGAAAATAGATAGGTTA
C27 TAGTTATAGAATATAGGAAAATATTAAGACAAAGAAAAATAAACAGGTTA
C28 TTTTTATACAATATAAGGAAATAAGAAAACAGAAAAAAATAGATAGGATA
C29 TGTATATAGAATATAGAAAGCTGCAAAGGCAAAAGAGAATAGATAGGTTA
C30 CATATATAGAATATAGGAAATTGGTAAGGCAAAAGAAAATAGACTGGTTA
C31 TATATATAGAATATAGGAAGTTGTTAAGACAAAGAAAAATAGACTGGTTA
C32 CATATATAGAATATAGGAAATTGTTAAGACAAAGAAAAATAGACTGGTTA
C33 TAGGTATAGACTATAAGAAATTGTTAAAGCAAAGAAAAATAGACAGGTTA
C34 TACTTATAGAATATAGGAGAATATTAAAACAAAGAAAAATAGACAGGTTA
C35 TATATATAGAATATAGGAAAATATTAAAGCAAAGAAAAATAAATAAGTTA
C36 TGTTAATAGAATATAGGAAAATATTAAGACAAAGAAAAATAGATAGGTTA
C37 TTTATATAGAATATAGGAAAATAGTAAGACAAAGAAAAATAGACAGGTTA
C38 TATTCATAGAGTGTATAAGATTAAAAAGGCAAAGGAAAATAGACAGGTTA
C39 TAGCTATAGAATATAAGAAAATACTACAGCAAAGGAAAATAGACAGGTTA
C40 TATTAATAGAATATAGAAGAATATTAAAACAAAGAAAAATAGATAGATTA
C41 TAGCTATAGAATTTAGGAAAATACAAAAGCAAAGAAAAATAGATAGGTTA
C42 CATACATAGAATATAGGAAATTAGTAAGACAAAGAAAAATAAATTGGTTA
C43 TAGCCATAGAATACAAGAAAATATTAAAACAAAGAAAAATAGATAGATTA
C44 TGTTTATACAATATAGGAGAATAGTAAAACAAAGGAAAATAGAAAGGTTG
C45 TGTATATAGAATATAGGAAATTGAAAAGACAAAAAAGAATAGACAGGTTA
C46 TATTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATAGACAGATTA
C47 TATATATAGAATATAGAAAATTGGTAAGACAAAGAAAGATAGACTGGTTA
C48 TATTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATAGATAGGTTA
C49 CGCTTTTAGAATATAGGAAATTATTAAGACAAAAAAGAATAGACAGGATT
C50 TAGCTATAGAATGTCTTAAAATAAGAAAGCAAAGAAAAATAGATAGGTTA
** * . ... * .... *.*. ...***.* .. *
C1 CTTGATAGAATAGCAGATAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
C2 ATTGAAAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGCGAAGG
C3 CTTGATAGAATAGCAGAAAGAGCAGAAGACAGTGGCAATGAAAGTGACGG
C4 ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
C5 ATAGAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAGGG
C6 GTTAAGAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAAGG
C7 CTTGATAGAATAATAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGAAGG
C8 ATTGACAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGACGG
C9 ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGACGG
C10 ATTAACAGAATTAGGGAAAGAGCAGAAGATAGTGGCAATGAGAGCGAGGG
C11 ATTGAAAGAATTAGGGAAAGAGAAGAAGACAGTGGCAATGAAAGTGAGGG
C12 CTTGAGAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAGGG
C13 ATTGATAGAATAACAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
C14 ATTCAAAGAATTGGGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGATGG
C15 ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
C16 ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
C17 ATTGATAGAATAGCAGAAAGAGCAGAAGACAGTGGCAATGAAAGTGAAGG
C18 ATTAAAAGAATCAGGGAAAGAGCGGAAGACAGTGGCAATGAGAGTGAGGG
C19 ATTGATAGAATAATAGACAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
C20 ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGACGG
C21 ATTGAGAGAATTAAGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
C22 CTTGATAGGATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGAGGG
C23 ATTAAGAGAATAAGTGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAAGG
C24 ATTAATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGAGGG
C25 ATTGCTAGAATAGTAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
C26 ATTGAGAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGAAGG
C27 CTTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAGGG
C28 ATTGAAAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAAGG
C29 ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAAAGTGAAGG
C30 ATTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAGGG
C31 GTTCAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGATGG
C32 ATTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAGGG
C33 ATTGAGAGAATAAGAGAAAGAGCAGAAGACAGTGCCAATGAGAGTGAAGG
C34 ATTGAAAGAATAAGTGAAAGAGCAGAAGACAGTGGCAATGAAAGTGAAGG
C35 TATAAAAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAATGAGGG
C36 ATTAATAGAATAAGAGAAAGAGCAGAAGATAGTGGCAATGAGAGTGATGG
C37 ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGAGGG
C38 ATTGAGAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGATGG
C39 ATTAAGAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAAGG
C40 CTTGATAGAATACTAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGATGG
C41 GTTAAGAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAGGG
C42 ATTAAAAGAATTAGGGAAAGAGCAGAGGACAGTGGCAATGAGAGTGAGGG
C43 ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGAAGG
C44 ATTGATAGGATAGCAGAAAGAGCAGAGGACAGTGGCAATGAGAGCGAGGG
C45 ATTGAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGATGG
C46 ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAAAGTGAAGG
C47 ATTAAAAGAATTAGGGAAAGAGCAGAAGATAGTGGCAATGAGAGTGAAGG
C48 ATTGATAGAATAAGAGACAGAGCAGAAGACAGTGGCAATGAGAGTGACGG
C49 CTTAATAGAATAAGAGAAAGAGCAGAAGATAGTGGCAATGAAAGCGAAGG
C50 ATTAAGAGAATAAGAGAAAGAGAAGAAGACAGTGGAAATGAGAGTGAAGG
:: . **.** ** ****..**.** **** .*****.*. ** **
C1 GGATCAGGAAGAACTGTCAGCACTT---GTGGAA---------------A
C2 GGATACAGACGAATTGGCTACACTT---GTGGAA---------------A
C3 GGATCAGGAAGAATTGTCAGCACTG---GTGGAG---------------A
C4 GGATCAAGAAGAGTTGTCAGCACTT---GTGGAG---------------A
C5 GGATACTGAGGAATTGGCAACAATG---GTGGAT---------------A
C6 AGACACAGATGAATTGGCCAAACTT---GTGGAA---------------A
C7 GGATCAGGAAGAATTATCAGCTCTT---GTGGAG---------------A
C8 AGATCAGGAAGAATTGTCAGCACTG---GTGGAA---------------A
C9 GGATCAGGAAGAATTATCGGCATTT---ATGGAG---------------A
C10 GGACACTGAGGAATTGGAAACAATG---GTGGAT---------------A
C11 GGATACTGAGGAACTGGCTACAATG---GTGGAT---------------A
C12 GGATACAGAGGAATTGGCAGCACTT---ATGGAA---------------A
C13 AGATCATGAAGAATTGTCAAGGCTT---GTGGAA---------------A
C14 GGACATTGAGGAATTGTCAACAATG---GTGGAT---------------A
C15 GGATCAAGAGGAATTATCACAACTT---GTGGAA---------------A
C16 AGAGCAAGAGGAATTATCAGCACTT---GTGGAG---------------A
C17 AGATCAGGAAGAATTATCAGCGCTT---GTGGAT---------------A
C18 GGATACAGAGGAGTTATCCACTATG---GTGGAT---------------A
C19 GGATCAGGAAGAATTATCAGCACTT---GTGGAG---------------A
C20 GGATCAGGAAGAATTATCAGCATTT---ATGGAG---------------A
C21 GGATACAGAAGAATTGGAAACAATG---GTGGAT---------------A
C22 GGATACAGACGAATTGGCAGCACTT---GTGGAA---------------A
C23 CGACACAGATGAATTGGCCAAACTT---GTGGAA---------------A
C24 GGATGCAGAGGAATTGGCAGCATTT---GGGGAA---------------A
C25 GGACCAAGAAGAATTGTCAGCACTTGTGGTGGAC---------------A
C26 AGATGAGGAAGAATTGGCAGCTCTG------GAA---------------A
C27 GGAGGCAGAGGAATTGGCAGCACTT---GGGGAA---------------A
C28 GGATACAGAAGAATTGGCAGTGCTT---GTGGAC---------------A
C29 AGACACAGAGGAGTTGGCAAAACTT---GTGGAA---------------A
C30 GGATACTGAGGAATTATCAACAATG---GTGGAT---------------A
C31 AGATACTGAAGAATTGGCAACAATG---GTGGAT---------------A
C32 GGATAATGAGGAATTGGCAACAATG---GTGGAT---------------A
C33 GGATACAGAGGAATTGGCAGCACTT---GTTGAG---------------A
C34 AGACCAGGAAGAATTGTCAGCACTT---ATGGAA---------------A
C35 AGATGCAGAGGAATTGGCAGCACTT---GGGGAG---------------G
C36 GGACACAGAGGAATTGGCTGAACTT---GGGGAC---------------A
C37 GGATCAAGAAGAGCTGGCAGCCCTG------GAG---------------A
C38 GGATACAGATGAATTGTCAAAACTT---GTGGAG---------------A
C39 AGATACAGATGAATTGGCCAAACTT---GTGGAA---------------A
C40 GGATCAGGAAGAATTATCAGCACTT---GTGGAT---------------A
C41 AGACACAGATGAATTGGCCAAACTT---GTGGAA---------------A
C42 GGATACAGAGGAATTGGCTACAATG---GTGGAT---------------A
C43 GGATCAAGAAGAATTATCAGCACTG---GTGGAGAGGGGACATCTGGAGA
C44 GGATCAAGAGGAATTATCAACACTT---ATGGAG---------------A
C45 AGACACAGAAGAGTTGGAAACAATG---GTGGAT---------------A
C46 GGACCAGGAAGAATTATCAACACTT---ATGGAG---------------A
C47 GGACACAGAGGAGTTGGAAACAATG---GTGGAT---------------A
C48 GGATCAGGAAGAATTATCAGCAATG---CTGGAA---------------A
C49 GGACCAGGAAGAATTG---------CTGGTGGAA---------------A
C50 AGACACAGATGAATTGGCCAAACTT---GTGGAA---------------A
** ** **. *. ** .
C1 TGGGGCATCATGCTCCTTGGGATATTAATGATTTA---------------
C2 TGGGGGATTTTGATCATTGGGTTGGTGATAATTTG---------------
C3 GAGGGCATCTTGCTCCTTGGCCTATTGATGATCTG---------------
C4 TGGGGCATGATGCTCCTTGGAATGTTAATGATCTG---------------
C5 TGGAGCATATTAGGCTTGTGGATGTTAATGATTTA---------------
C6 TGGGGGACTTTGATCCTTGGATTGGTGATAATGTG---------------
C7 TGGGGCATCATGCTCCTTGGGATGTGGATGATCTG---------------
C8 TGGGGCATCATGCTCCTGGGGATATTAATGATCTG---------------
C9 TGGGGTACCATGCTCCTTGGGATGTTGATGATCTG---------------
C10 TGGGGCAGCTTAGGCTTTTGGATGTTAATGTTTTA---------------
C11 TGGATCATCTTAGGCTTTTGGATCATATA---------------------
C12 TGGGGAACTTTGATCCTTGGGTTGGTGATAATTTG---------------
C13 TGGGGCATAATGCTCCTTGGAATGTTGATGATCTG---------------
C14 TGGGGAATCTTAGGCTTTTGGATGTTAATGATTTG---------------
C15 TGGGGCATCATGCTCCTTGGGATATTGATGATCTG---------------
C16 TGGGGCATCATGCTCCTTGGGATGTCAATGACCTG---------------
C17 TGGGGCACGATGCTCCTTGGGATATTAATGATCTG---------------
C18 TGGGGCGTCTTAGGCTTTTGGATGTTCATGATTTG---------------
C19 TGGGGCATCACGCTCCTTGGAATGTTGATGATATG---------------
C20 TGGGGCACGATGCTCCTTGGAATGTTGATGATCTA---------------
C21 TTGGGCATCTTAGGCTTTTGGATGTTAATGATTTA---------------
C22 TGGGGAACTTTGATCCTTGGGTTGGTGATAATCTG---------------
C23 TGGGGGACTTTGATCCTTGGGTTGGTGATAATGTG---------------
C24 TGGGGCCTCTTGTTCTTGGGGGTATTGATAATCTG---------------
C25 TGGGGCATGATGCTCCTTGGGATGTTAATGATCTG---------------
C26 TGGGGCGCCTTGCTCCTTGGGATGTTAATGATCTG---------------
C27 TGGGGCCTCTTGTTCCTGGCATTATTGATCATCTG---------------
C28 TGGGGGACTTTGATCATTGGGTTGGTGATAATTTG---------------
C29 TGGGGCCTCATGATCTTTGGAATGTTAATGATCTG---------------
C30 TGGGGCATCTTAGGCTTTTGGATGATAATAATTTG---------------
C31 TGGGGCATCTTAGGCTTTTGGATGTTGATGAGTTG---------------
C32 TGGGGCAGCTTAGGCTTTTGGATGTTAATAATTTG---------------
C33 TGGGGAACTATAATCTTGGGTTTGATAACAATCTG---------------
C34 TGGGGCATCATGCTCCTTGGGATGTTAATGATATG---------------
C35 TGGGGCCTTTTATTCCTGGGGATATTAATAATCTG---------------
C36 TGGGGCCTCTTATTCTTGGGAATATTGATAATCTG---------------
C37 TGGGGCACCATGCTCCTTGGGATGTTGATGATCTG---------------
C38 TGGGGAACTATGATCTTGGGGATGATAATAATCTG---------------
C39 TGGGGGACTTTGATCCTTGGGTTGGTGATAATTTG---------------
C40 GGGGGCATCATGCTCCTTGGAATATTGATGATCTG---------------
C41 TGGGGGACTTTGATCCTTGGGTTGGTGATAATTTG---------------
C42 TGGAGCATCTTAGGCTTTTGGAT------GATCTA---------------
C43 TGGGGCATCATGCTCCTTGGAATGTTGATGATCTG---------------
C44 TGGGGTACCATGCTCCTTGGAATGTTAATGATCTG---------------
C45 TGGGGCATCTTAGGCTTTTGGATGTTAACCATTTG---------------
C46 TGGGGCATCATGCTCCTTGGGATGTTAATGATATG---------------
C47 TGGGGAATCTTAGGCTTTTGGATGATAATGAGTTG---------------
C48 TGGGGCACCTTGCTCCTTGGGATGTTAATGATCTG---------------
C49 TGGGGCATGATGCTCCTTGGGATGTTAATAATCTG---------------
C50 TGGGGGACGTTGATCCTTGGGTTGGTGATAATTTG---------------
*. : . * * *
C1 ------
C2 ------
C3 ------
C4 ------
C5 ------
C6 ------
C7 ------
C8 ------
C9 ------
C10 ------
C11 ------
C12 ------
C13 ------
C14 ------
C15 ------
C16 ------
C17 ------
C18 ------
C19 ------
C20 ------
C21 ------
C22 ------
C23 ------
C24 ------
C25 ------
C26 ------
C27 ------
C28 ------
C29 ------
C30 ------
C31 ------
C32 ------
C33 ------
C34 ------
C35 ------
C36 ------
C37 ------
C38 ------
C39 ------
C40 ------
C41 ------
C42 ------
C43 ------
C44 ------
C45 ------
C46 ------
C47 ------
C48 ------
C49 ------
C50 ------
>C1
---------ATGCAATCTTTACAA------ATA---------GTAGCAAT
AGTAGCGTTAGTAGTAACAGGAATAATAGCAATAGTTGTATGGACTATAG
TAGGCATAGAATATAGAAAAATATTAAGACAAAGGAAAATAGACAGGTTA
CTTGATAGAATAGCAGATAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
GGATCAGGAAGAACTGTCAGCACTT---GTGGAA---------------A
TGGGGCATCATGCTCCTTGGGATATTAATGATTTA---------------
------
>C2
---------ATGACACCTTTGGAA------ATT---------AGTGCAAT
AGTAGGACTGGTAGTAGCGCTAATCTTAGCAATAGTAGTGTGGACTATAG
TAGCTATAGAATATAAGAAAATATTAAGAGAAAGGAAAATAGAAAGGCTA
ATTGAAAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGCGAAGG
GGATACAGACGAATTGGCTACACTT---GTGGAA---------------A
TGGGGGATTTTGATCATTGGGTTGGTGATAATTTG---------------
------
>C3
---------ATGTTGACTTTAAGT------ATA---------TTAACAAT
AGTAGCATTTGTAGTAGTAACAATAATAGCAATAGTTGTGTGGACTATAG
TATTCATAGAATATAGGAAAATAGTAAAACAAAGGAAAATAGACAGGTTA
CTTGATAGAATAGCAGAAAGAGCAGAAGACAGTGGCAATGAAAGTGACGG
GGATCAGGAAGAATTGTCAGCACTG---GTGGAG---------------A
GAGGGCATCTTGCTCCTTGGCCTATTGATGATCTG---------------
------
>C4
---------ATGCAATCTTTAGCA------ATA---------TTAGCAAT
AGTAGGATTAGTAGTAGCATCAATATTAGCACTAATTGTGTGGTCCATAG
TATTCATAGAATATAGAAAAATATTAAGACAAAAGAAAATAGACAGGTTA
ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
GGATCAAGAAGAGTTGTCAGCACTT---GTGGAG---------------A
TGGGGCATGATGCTCCTTGGAATGTTAATGATCTG---------------
------
>C5
---------ATGATAGATTTACTAGCAAGAGTAGATTATAAATTAGGAGT
AGGGGCATTGATAGTAGCATTAATCATAGCAATAGTTGTGTGGAGCATAG
TATATATAGAATATAGGAAATTGTTAAGACAAAGTAAAATAGACCGGTTA
ATAGAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAGGG
GGATACTGAGGAATTGGCAACAATG---GTGGAT---------------A
TGGAGCATATTAGGCTTGTGGATGTTAATGATTTA---------------
------
>C6
---------ATGTCACCTTTAGAA------ATT---------AGTGCAAT
AGTAGGACTGGTAGTAGCAGCAATCTTAGCAATAATAGTGTGGACTTTAG
CAGCTATAGAATTTAGGAAAATACGAAGGGAGAAACAAATAGACAGGTTA
GTTAAGAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAAGG
AGACACAGATGAATTGGCCAAACTT---GTGGAA---------------A
TGGGGGACTTTGATCCTTGGATTGGTGATAATGTG---------------
------
>C7
---------ATGCAATCTCCAGAG------ATA---------TTAACAAT
AGTAGCATTAGTAGTAGCAATAATACTAGCAATAGTTGTGTGGACCATAG
TGCTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATAGATAGGCTA
CTTGATAGAATAATAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGAAGG
GGATCAGGAAGAATTATCAGCTCTT---GTGGAG---------------A
TGGGGCATCATGCTCCTTGGGATGTGGATGATCTG---------------
------
>C8
---------ATGCAATCTTTACAA------ATA---------TTAGCAAT
AGTAGCATTAGTAGTAGCAGCAATAATAGCAATAGTTGTATGGTCCATAG
TACTCGTAGAATATAGGAAAATATTAAGACAAAGAAAAATAGACAGGATA
ATTGACAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGACGG
AGATCAGGAAGAATTGTCAGCACTG---GTGGAA---------------A
TGGGGCATCATGCTCCTGGGGATATTAATGATCTG---------------
------
>C9
---------ATGCAAGCTTTAACC------ATT---------GCAGCAAT
AGTAGCCTTAGTAGTAGCAGCAATAATAGTAATAGTTGTGTGGACCATAG
TATTCATAGAATATAGGAGATTATTAAGACAGAAAAAAATAGAAAGGTTA
ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGACGG
GGATCAGGAAGAATTATCGGCATTT---ATGGAG---------------A
TGGGGTACCATGCTCCTTGGGATGTTGATGATCTG---------------
------
>C10
---------ATGTTAGATTTAACAGCAGGAGTAGATTATAGAATAGGAAT
AGTAGCATTTGCAGTAGCATTAATCATAGCAATAATTGTGTGGACCATAG
TATACATAGAATATAGAAAACTAGTAAGACAAAGAAAAATAGACTGGTTA
ATTAACAGAATTAGGGAAAGAGCAGAAGATAGTGGCAATGAGAGCGAGGG
GGACACTGAGGAATTGGAAACAATG---GTGGAT---------------A
TGGGGCAGCTTAGGCTTTTGGATGTTAATGTTTTA---------------
------
>C11
---ATGTTAATGTTATTAGCAGAA------GTAGATTATAGAATAGCAGT
AGCAGCATTTGTAGTAGCATTAATCCTAGCAATAATTGTGTGGGTCATAG
CATTTCTAGAATATAAGAAATTAGAGAAACAAAAGAAAATAGACAGGTTA
ATTGAAAGAATTAGGGAAAGAGAAGAAGACAGTGGCAATGAAAGTGAGGG
GGATACTGAGGAACTGGCTACAATG---GTGGAT---------------A
TGGATCATCTTAGGCTTTTGGATCATATA---------------------
------
>C12
---------ATGCAACCCTTAGAA------ATA---------GCTGCAAT
AGTAGGACTAATAGTAGCATTCATAGCAGCCATAATTGTATGGAGTATAG
TATTTATAGAGTATAGGAAAATAAGAAAACAGAAAAAAATAGACAAGTTA
CTTGAGAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAGGG
GGATACAGAGGAATTGGCAGCACTT---ATGGAA---------------A
TGGGGAACTTTGATCCTTGGGTTGGTGATAATTTG---------------
------
>C13
---------ATGCAACCTTTAGTA------ATA---------GTATCAAT
AGTAGCATTAGTAGTAGTAGCAATAATAGCAATAGTTATCTGGACTATAG
TGTTCCTAGAATACAGGAAAATATTAAGACAAAGGAAAATAGATAGGTTA
ATTGATAGAATAACAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
AGATCATGAAGAATTGTCAAGGCTT---GTGGAA---------------A
TGGGGCATAATGCTCCTTGGAATGTTGATGATCTG---------------
------
>C14
---------ATGGTAGACTTAGCA------GTA---------CTAACAAT
AGTAGCATTCATAGTTGCGCTAATCATAGCAATAGTGGTGTGGACCATAG
TATTTATAGAATATAGAAAAATATTAAGGCAAAGGAAAATAGATAGGTTA
ATTCAAAGAATTGGGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGATGG
GGACATTGAGGAATTGTCAACAATG---GTGGAT---------------A
TGGGGAATCTTAGGCTTTTGGATGTTAATGATTTG---------------
------
>C15
---------ATGCAACCTTTACAA------ATA---------ATAGCAAT
AGTAGCATTAGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGTCCATAG
TATTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATAGACAGGATA
ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
GGATCAAGAGGAATTATCACAACTT---GTGGAA---------------A
TGGGGCATCATGCTCCTTGGGATATTGATGATCTG---------------
------
>C16
---------ATGCAATCCTTAATA------ATA---------GTAGCAAT
AGTAGCATTTGTAGTAGCCATAATAATAGCAATAGTTGTGTGGTCCATAG
TATTCATAGAATATAGGAAAATATTAAGACAAAGAAAGATAGACAGGTTA
ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
AGAGCAAGAGGAATTATCAGCACTT---GTGGAG---------------A
TGGGGCATCATGCTCCTTGGGATGTCAATGACCTG---------------
------
>C17
---------ATGAGCCCTTTACAA------GTA---------GCAGCAGT
AGTAGCATTAATAGTAGCAGCAATATTAGCAATAGTTGTGTGGTCCATAG
TATTCATAGAATATAGAAAAATATTAAGACAAAGAAAAATAGATAGGTTA
ATTGATAGAATAGCAGAAAGAGCAGAAGACAGTGGCAATGAAAGTGAAGG
AGATCAGGAAGAATTATCAGCGCTT---GTGGAT---------------A
TGGGGCACGATGCTCCTTGGGATATTAATGATCTG---------------
------
>C18
---------ATGTTAAGAGTAGAT------TAT------AGAATAGCAGT
AGTAGCATTGTTAATAGCACTAATCATAGCAATAGTTGTATGGACCATAG
TATATATAGAATATAGGAAATTGGTAAAACAAAGGAAAATAGACTGGTTA
ATTAAAAGAATCAGGGAAAGAGCGGAAGACAGTGGCAATGAGAGTGAGGG
GGATACAGAGGAGTTATCCACTATG---GTGGAT---------------A
TGGGGCGTCTTAGGCTTTTGGATGTTCATGATTTG---------------
------
>C19
---------ATGCAAGCCTTAACA------ATA---------TCAGCAAT
AGTAGCATTAGTAGTAGTAGCCATAATAGCAATAGTTGTGTGGGCCATAG
TACTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATAGACAGGTTA
ATTGATAGAATAATAGACAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
GGATCAGGAAGAATTATCAGCACTT---GTGGAG---------------A
TGGGGCATCACGCTCCTTGGAATGTTGATGATATG---------------
------
>C20
---------ATGCTAGCTTTATCC------ATT---------TTAGCAAT
AGTAGCTTTAGTAGTAGCAGCAATAATAGCAATAGTTGTGTGGACCATAG
TACTCATAGAATATAAGAAACTATTAAGACAGAAAAGAATAGACAGGTTA
ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGACGG
GGATCAGGAAGAATTATCAGCATTT---ATGGAG---------------A
TGGGGCACGATGCTCCTTGGAATGTTGATGATCTA---------------
------
>C21
---------ATGTTAAAATTAATAGAAAGAATAGATTATAAATTAGCAGT
AGGAGCATTGATAGTAGCACTAATCATAACAATAATTGTGTGGACCATAG
TTTATATAGAATACAGAAAACTGGTAAGACAAAGAAGAATAGATTGGTTA
ATTGAGAGAATTAAGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
GGATACAGAAGAATTGGAAACAATG---GTGGAT---------------A
TTGGGCATCTTAGGCTTTTGGATGTTAATGATTTA---------------
------
>C22
---------ATGCAAGCCTTAGAA------GTA---------TCTGCAAT
AGTAGGACTAATAGTAGCAGGCATAGCAGCCATAATTGTGTGGAGCATAG
TATTTATAGAATATAAAAAGATAAGAAAACAGAAAAAGATAGACCAATTA
CTTGATAGGATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGAGGG
GGATACAGACGAATTGGCAGCACTT---GTGGAA---------------A
TGGGGAACTTTGATCCTTGGGTTGGTGATAATCTG---------------
------
>C23
ATGACACCTTTGACACCTTTGGAC------GTT---------AGTGCAAT
AGTAGGACTGATAGTAGCGCTAATCTTAGCAATAGTAGTGTGGACTATAG
TAGCTATAGAACTTAAGAAAATACTAAGGCAAAGAAGAATAGACAGGTTA
ATTAAGAGAATAAGTGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAAGG
CGACACAGATGAATTGGCCAAACTT---GTGGAA---------------A
TGGGGGACTTTGATCCTTGGGTTGGTGATAATGTG---------------
------
>C24
---------ATGCCACCTTCATAC------ATA---------GCAGCAAT
AGTAGCATTAGTAGTATCAGCAATAATAGCAATAATTGTGTGGTCCATAG
TACTCATAGAATATAGGAAAATATTAAGGCAAAGGAAAATAGATAGGTTA
ATTAATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGAGGG
GGATGCAGAGGAATTGGCAGCATTT---GGGGAA---------------A
TGGGGCCTCTTGTTCTTGGGGGTATTGATAATCTG---------------
------
>C25
---------ATGCAACCTTTAGTA------ATA---------TTAGCAAT
AGTAGCATTAATAGTAACAGGAATAATAGCAATAGTTGTGTGGTCTATAG
TACTCATAGAGTATAGAAAAATATTAAGACAAAGGAAAATAGATAGGTTA
ATTGCTAGAATAGTAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAAGG
GGACCAAGAAGAATTGTCAGCACTTGTGGTGGAC---------------A
TGGGGCATGATGCTCCTTGGGATGTTAATGATCTG---------------
------
>C26
---------ATGCAAGCCTCAGTA------ATA---------TTAGCAAT
AGTAGCATTAGTAGTAGTAGCAATAATAGCAATAGTTGTTTGGTCTATAG
TACTCATAGAATATAGGAAAATCTTAAGACAAAGGAAAATAGATAGGTTA
ATTGAGAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGAAGG
AGATGAGGAAGAATTGGCAGCTCTG------GAA---------------A
TGGGGCGCCTTGCTCCTTGGGATGTTAATGATCTG---------------
------
>C27
---------ATGCAACCTTTAGAA------ATA---------TTAGCAAT
AGGAGCATTAGTAGTAGCAGCAATAATAGCAATAGTTGTGTGGTCCATAG
TAGTTATAGAATATAGGAAAATATTAAGACAAAGAAAAATAAACAGGTTA
CTTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAGGG
GGAGGCAGAGGAATTGGCAGCACTT---GGGGAA---------------A
TGGGGCCTCTTGTTCCTGGCATTATTGATCATCTG---------------
------
>C28
---------ATGCAATCGCTAGAG------ATA---------GCTGCAAT
AGTAGGATTAGTAGTAGCAGGCATAGCAGCCATAATTGTGTGGGCCATAG
TTTTTATACAATATAAGGAAATAAGAAAACAGAAAAAAATAGATAGGATA
ATTGAAAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAAGG
GGATACAGAAGAATTGGCAGTGCTT---GTGGAC---------------A
TGGGGGACTTTGATCATTGGGTTGGTGATAATTTG---------------
------
>C29
ATGTACACTTTGCAACCTTTAACA------ATA---------GTAGGCAT
AGTAGCATTAGTAGTAGCCTTTATTCTAGCAGTAGTTGTGTGGACTATAG
TGTATATAGAATATAGAAAGCTGCAAAGGCAAAAGAGAATAGATAGGTTA
ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAAAGTGAAGG
AGACACAGAGGAGTTGGCAAAACTT---GTGGAA---------------A
TGGGGCCTCATGATCTTTGGAATGTTAATGATCTG---------------
------
>C30
---------ATGTCAGATTTAGAT------------TATGCATTATTAGT
AGGAGCATTAATAGTAGCACTAATCATAGCAATAATTGTCTGGACCATAG
CATATATAGAATATAGGAAATTGGTAAGGCAAAAGAAAATAGACTGGTTA
ATTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAGGG
GGATACTGAGGAATTATCAACAATG---GTGGAT---------------A
TGGGGCATCTTAGGCTTTTGGATGATAATAATTTG---------------
------
>C31
---------ATGTTG---TTAGAA------GTAGATTATAGAATAGGAGT
AGCAGCATTAATAGTAGCACTATCCATAGCAATAGTTGTGTGGACCATAG
TATATATAGAATATAGGAAGTTGTTAAGACAAAGAAAAATAGACTGGTTA
GTTCAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGATGG
AGATACTGAAGAATTGGCAACAATG---GTGGAT---------------A
TGGGGCATCTTAGGCTTTTGGATGTTGATGAGTTG---------------
------
>C32
---------ATGGTTGACTACATA------GCA---------ATAGGAGT
AGGAGCATTGATAGTAGCATTAATCATAGCAATAGTTGTGTGGACCATAG
CATATATAGAATATAGGAAATTGTTAAGACAAAGAAAAATAGACTGGTTA
ATTAAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGAGGG
GGATAATGAGGAATTGGCAACAATG---GTGGAT---------------A
TGGGGCAGCTTAGGCTTTTGGATGTTAATAATTTG---------------
------
>C33
---------ATGCTTCCTTTAAAT------ATC---------TGTGCAAT
AGTAGGACTGATAGTAGCACTAATCTTAGCAATAGTTGTGTGGACTATAG
TAGGTATAGACTATAAGAAATTGTTAAAGCAAAGAAAAATAGACAGGTTA
ATTGAGAGAATAAGAGAAAGAGCAGAAGACAGTGCCAATGAGAGTGAAGG
GGATACAGAGGAATTGGCAGCACTT---GTTGAG---------------A
TGGGGAACTATAATCTTGGGTTTGATAACAATCTG---------------
------
>C34
---------ATGACACCTTTAACC------ATA---------GTAGCAAT
AGTAGCATTAGTAGTAGTAGCAATAATAGCAATAGTTGTGTGGACCATAG
TACTTATAGAATATAGGAGAATATTAAAACAAAGAAAAATAGACAGGTTA
ATTGAAAGAATAAGTGAAAGAGCAGAAGACAGTGGCAATGAAAGTGAAGG
AGACCAGGAAGAATTGTCAGCACTT---ATGGAA---------------A
TGGGGCATCATGCTCCTTGGGATGTTAATGATATG---------------
------
>C35
------------ATGCCATATTTG------ATA---------ATACTGAT
AGTTGCATTTATAGCAGTGCTAATAATAGCAATAATTGTGTGGACTATAG
TATATATAGAATATAGGAAAATATTAAAGCAAAGAAAAATAAATAAGTTA
TATAAAAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAATGAGGG
AGATGCAGAGGAATTGGCAGCACTT---GGGGAG---------------G
TGGGGCCTTTTATTCCTGGGGATATTAATAATCTG---------------
------
>C36
---------ATGCAATCTTTAGAA------ATA---------TTAGCAAT
AGTATCATTAGTTGTAGTAACAATAATAGCAATAGTTGTGTGGTCCATAG
TGTTAATAGAATATAGGAAAATATTAAGACAAAGAAAAATAGATAGGTTA
ATTAATAGAATAAGAGAAAGAGCAGAAGATAGTGGCAATGAGAGTGATGG
GGACACAGAGGAATTGGCTGAACTT---GGGGAC---------------A
TGGGGCCTCTTATTCTTGGGAATATTGATAATCTG---------------
------
>C37
---------GTAACGTTAGAATTT------ATAGATTATAAGTTAGCAGT
AGGAGCATTCATAGTAGCACTAATCATAGCAATAATTGTGTGGACCATAG
TTTATATAGAATATAGGAAAATAGTAAGACAAAGAAAAATAGACAGGTTA
ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGAGGG
GGATCAAGAAGAGCTGGCAGCCCTG------GAG---------------A
TGGGGCACCATGCTCCTTGGGATGTTGATGATCTG---------------
------
>C38
---------ATGTCTCCTGTGCAA------ATC---------TGTGCAAT
AATAGGACTGGTAGTAGCGCTAATAATAGCAATAGTTGTGTGGACTATAG
TATTCATAGAGTGTATAAGATTAAAAAGGCAAAGGAAAATAGACAGGTTA
ATTGAGAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGATGG
GGATACAGATGAATTGTCAAAACTT---GTGGAG---------------A
TGGGGAACTATGATCTTGGGGATGATAATAATCTG---------------
------
>C39
---------ATGACACCTTTGGAA------ATT---------AGTGCAAT
AGCAGGACTGATAGTAGCGCTAATCTTAGCAATAGTAGTGTGGACTATAG
TAGCTATAGAATATAAGAAAATACTACAGCAAAGGAAAATAGACAGGTTA
ATTAAGAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAAGG
AGATACAGATGAATTGGCCAAACTT---GTGGAA---------------A
TGGGGGACTTTGATCCTTGGGTTGGTGATAATTTG---------------
------
>C40
---------ATGAAATCTCTATAT------GTT---------TGGGCAAT
AGTAGCATTAGTAGTAGCAGCAATACTAGCAATAGTTGTGTGGGCCATAG
TATTAATAGAATATAGAAGAATATTAAAACAAAGAAAAATAGATAGATTA
CTTGATAGAATACTAGAAAGAGCAGAAGACAGTGGCAATGAGAGTGATGG
GGATCAGGAAGAATTATCAGCACTT---GTGGAT---------------A
GGGGGCATCATGCTCCTTGGAATATTGATGATCTG---------------
------
>C41
---------ATGACACCTTTGGAA------ATT---------AGTGCAAT
AGCAGGACTGATAGTAGCGTTAATTTTAGCAATAGTAGTGTGGACTATAG
TAGCTATAGAATTTAGGAAAATACAAAAGCAAAGAAAAATAGATAGGTTA
GTTAAGAGAATAAGAGAAAGAGCAGAAGACAGTGGAAATGAGAGTGAGGG
AGACACAGATGAATTGGCCAAACTT---GTGGAA---------------A
TGGGGGACTTTGATCCTTGGGTTGGTGATAATTTG---------------
------
>C42
---------ATGATAGATTTACTAGCAAAAGTAGATTATAGGTTAGGAGT
AGGAGCACTGATAATAGCATTAATCATAGCAATAGTTGTGTGGACCATAA
CATACATAGAATATAGGAAATTAGTAAGACAAAGAAAAATAAATTGGTTA
ATTAAAAGAATTAGGGAAAGAGCAGAGGACAGTGGCAATGAGAGTGAGGG
GGATACAGAGGAATTGGCTACAATG---GTGGAT---------------A
TGGAGCATCTTAGGCTTTTGGAT------GATCTA---------------
------
>C43
---------ATGCAAGCTTTACAC------ATA---------GCAGTAAT
AGTAGCATTAGCAGTAGCAGCAATAATAGCAATAGTTGTGTGGACCATAG
TAGCCATAGAATACAAGAAAATATTAAAACAAAGAAAAATAGATAGATTA
ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAGAGCGAAGG
GGATCAAGAAGAATTATCAGCACTG---GTGGAGAGGGGACATCTGGAGA
TGGGGCATCATGCTCCTTGGAATGTTGATGATCTG---------------
------
>C44
---------ATGCAATCCTTACAA------TTA---------TTAGCAAT
AGTAGCATTAGTAGTAGCAGCAATACTAGCAATAATTGTGTGGACCATAG
TGTTTATACAATATAGGAGAATAGTAAAACAAAGGAAAATAGAAAGGTTG
ATTGATAGGATAGCAGAAAGAGCAGAGGACAGTGGCAATGAGAGCGAGGG
GGATCAAGAGGAATTATCAACACTT---ATGGAG---------------A
TGGGGTACCATGCTCCTTGGAATGTTAATGATCTG---------------
------
>C45
---------ATGTTAGAAGCAATA---------GATTATAGATTAGGAGT
AGGAGCATTGGTAGTAGCATCAATCATAGTAGTAATTGTGTGGATCTTAG
TGTATATAGAATATAGGAAATTGAAAAGACAAAAAAGAATAGACAGGTTA
ATTGAAAGAATTAGGGAAAGAGCAGAAGACAGTGGCAATGAGAGTGATGG
AGACACAGAAGAGTTGGAAACAATG---GTGGAT---------------A
TGGGGCATCTTAGGCTTTTGGATGTTAACCATTTG---------------
------
>C46
---------ATGCTGTCTTTAACC------ATA---------TTAGCAAT
AGTAGCATTAGTAGTAGCAGCAATAATAGCAATAGTTGTGTGGACCATAG
TATTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATAGACAGATTA
ATTGATAGAATAAGAGAAAGAGCAGAAGACAGTGGCAATGAAAGTGAAGG
GGACCAGGAAGAATTATCAACACTT---ATGGAG---------------A
TGGGGCATCATGCTCCTTGGGATGTTAATGATATG---------------
------
>C47
---------ATGGTAGAATTAATA---------GATTATAGAATAGGAAT
AGCAGCATTAGTAATAGCACTAGTCCTAGCAATAATTGTGTGGACCATAG
TATATATAGAATATAGAAAATTGGTAAGACAAAGAAAGATAGACTGGTTA
ATTAAAAGAATTAGGGAAAGAGCAGAAGATAGTGGCAATGAGAGTGAAGG
GGACACAGAGGAGTTGGAAACAATG---GTGGAT---------------A
TGGGGAATCTTAGGCTTTTGGATGATAATGAGTTG---------------
------
>C48
---------ATGCAATCTTTAGAA------ATA---------GCAGCAAT
AGTAGCATTAGTAGTAGCAATAATAATAGCAATAGTTGTGTGGTCTATAG
TATTCATAGAATATAGGAAAATATTAAGACAAAGAAAAATAGATAGGTTA
ATTGATAGAATAAGAGACAGAGCAGAAGACAGTGGCAATGAGAGTGACGG
GGATCAGGAAGAATTATCAGCAATG---CTGGAA---------------A
TGGGGCACCTTGCTCCTTGGGATGTTAATGATCTG---------------
------
>C49
---------ATGATAGCTTTACAA------ATA---------GTAGCAAT
AGTAGCATTAGTAGTAGCAGCAGTACTAGCAATAGTTGCGTGGACCATAG
CGCTTTTAGAATATAGGAAATTATTAAGACAAAAAAGAATAGACAGGATT
CTTAATAGAATAAGAGAAAGAGCAGAAGATAGTGGCAATGAAAGCGAAGG
GGACCAGGAAGAATTG---------CTGGTGGAA---------------A
TGGGGCATGATGCTCCTTGGGATGTTAATAATCTG---------------
------
>C50
------GTAATATCACCTTTGCAA------ATT---------AGTGCAAT
AGTAGGACTGATAGTAGCGCTAATCTTAGCAATAGTAGTGTGGACTATAG
TAGCTATAGAATGTCTTAAAATAAGAAAGCAAAGAAAAATAGATAGGTTA
ATTAAGAGAATAAGAGAAAGAGAAGAAGACAGTGGAAATGAGAGTGAAGG
AGACACAGATGAATTGGCCAAACTT---GTGGAA---------------A
TGGGGGACGTTGATCCTTGGGTTGGTGATAATTTG---------------
------
>C1
oooMQSLQooIoooVAIVALVVTGIIAIVVWTIVGIEYRKILRQRKIDRL
LDRIADRAEDSGNESEGDQEELSALoVEoooooMGHHAPWDINDL
>C2
oooMTPLEooIoooSAIVGLVVALILAIVVWTIVAIEYKKILRERKIERL
IERIRERAEDSGNESEGDTDELATLoVEoooooMGDFDHWVGDNL
>C3
oooMLTLSooIoooLTIVAFVVVTIIAIVVWTIVFIEYRKIVKQRKIDRL
LDRIAERAEDSGNESDGDQEELSALoVEoooooRGHLAPWPIDDL
>C4
oooMQSLAooIoooLAIVGLVVASILALIVWSIVFIEYRKILRQKKIDRL
IDRIRERAEDSGNESEGDQEELSALoVEoooooMGHDAPWNVNDL
>C5
oooMIDLLARVDYKLGVGALIVALIIAIVVWSIVYIEYRKLLRQSKIDRL
IERIRERAEDSGNESEGDTEELATMoVDoooooMEHIRLVDVNDL
>C6
oooMSPLEooIoooSAIVGLVVAAILAIIVWTLAAIEFRKIRREKQIDRL
VKRIRERAEDSGNESEGDTDELAKLoVEoooooMGDFDPWIGDNV
>C7
oooMQSPEooIoooLTIVALVVAIILAIVVWTIVLIEYRKILRQRKIDRL
LDRIIERAEDSGNESEGDQEELSALoVEoooooMGHHAPWDVDDL
>C8
oooMQSLQooIoooLAIVALVVAAIIAIVVWSIVLVEYRKILRQRKIDRI
IDRIRERAEDSGNESDGDQEELSALoVEoooooMGHHAPGDINDL
>C9
oooMQALTooIoooAAIVALVVAAIIVIVVWTIVFIEYRRLLRQKKIERL
IDRIRERAEDSGNESDGDQEELSAFoMEoooooMGYHAPWDVDDL
>C10
oooMLDLTAGVDYRIGIVAFAVALIIAIIVWTIVYIEYRKLVRQRKIDWL
INRIRERAEDSGNESEGDTEELETMoVDoooooMGQLRLLDVNVL
>C11
oMLMLLAEooVDYRIAVAAFVVALILAIIVWVIAFLEYKKLEKQKKIDRL
IERIREREEDSGNESEGDTEELATMoVDoooooMDHLRLLDHIoo
>C12
oooMQPLEooIoooAAIVGLIVAFIAAIIVWSIVFIEYRKIRKQKKIDKL
LERIRERAEDSGNESEGDTEELAALoMEoooooMGNFDPWVGDNL
>C13
oooMQPLVooIoooVSIVALVVVAIIAIVIWTIVFLEYRKILRQRKIDRL
IDRITERAEDSGNESEGDHEELSRLoVEoooooMGHNAPWNVDDL
>C14
oooMVDLAooVoooLTIVAFIVALIIAIVVWTIVFIEYRKILRQRKIDRL
IQRIGERAEDSGNESDGDIEELSTMoVDoooooMGNLRLLDVNDL
>C15
oooMQPLQooIoooIAIVALVVVAIIAIVVWSIVFIEYRKILRQRKIDRI
IDRIRERAEDSGNESEGDQEELSQLoVEoooooMGHHAPWDIDDL
>C16
oooMQSLIooIoooVAIVAFVVAIIIAIVVWSIVFIEYRKILRQRKIDRL
IDRIRERAEDSGNESEGEQEELSALoVEoooooMGHHAPWDVNDL
>C17
oooMSPLQooVoooAAVVALIVAAILAIVVWSIVFIEYRKILRQRKIDRL
IDRIAERAEDSGNESEGDQEELSALoVDoooooMGHDAPWDINDL
>C18
oooMLRVDooYooRIAVVALLIALIIAIVVWTIVYIEYRKLVKQRKIDWL
IKRIRERAEDSGNESEGDTEELSTMoVDoooooMGRLRLLDVHDL
>C19
oooMQALTooIoooSAIVALVVVAIIAIVVWAIVLIEYRKILRQRKIDRL
IDRIIDRAEDSGNESEGDQEELSALoVEoooooMGHHAPWNVDDM
>C20
oooMLALSooIoooLAIVALVVAAIIAIVVWTIVLIEYKKLLRQKRIDRL
IDRIRERAEDSGNESDGDQEELSAFoMEoooooMGHDAPWNVDDL
>C21
oooMLKLIERIDYKLAVGALIVALIITIIVWTIVYIEYRKLVRQRRIDWL
IERIKERAEDSGNESEGDTEELETMoVDoooooIGHLRLLDVNDL
>C22
oooMQALEooVoooSAIVGLIVAGIAAIIVWSIVFIEYKKIRKQKKIDQL
LDRIRERAEDSGNESEGDTDELAALoVEoooooMGNFDPWVGDNL
>C23
MTPLTPLDooVoooSAIVGLIVALILAIVVWTIVAIELKKILRQRRIDRL
IKRISERAEDSGNESEGDTDELAKLoVEoooooMGDFDPWVGDNV
>C24
oooMPPSYooIoooAAIVALVVSAIIAIIVWSIVLIEYRKILRQRKIDRL
INRIRERAEDSGNESEGDAEELAAFoGEoooooMGPLVLGGIDNL
>C25
oooMQPLVooIoooLAIVALIVTGIIAIVVWSIVLIEYRKILRQRKIDRL
IARIVERAEDSGNESEGDQEELSALVVDoooooMGHDAPWDVNDL
>C26
oooMQASVooIoooLAIVALVVVAIIAIVVWSIVLIEYRKILRQRKIDRL
IERIRERAEDSGNESEGDEEELAALooEoooooMGRLAPWDVNDL
>C27
oooMQPLEooIoooLAIGALVVAAIIAIVVWSIVVIEYRKILRQRKINRL
LDRIRERAEDSGNESEGEAEELAALoGEoooooMGPLVPGIIDHL
>C28
oooMQSLEooIoooAAIVGLVVAGIAAIIVWAIVFIQYKEIRKQKKIDRI
IERIRERAEDSGNESEGDTEELAVLoVDoooooMGDFDHWVGDNL
>C29
MYTLQPLTooIoooVGIVALVVAFILAVVVWTIVYIEYRKLQRQKRIDRL
IDRIRERAEDSGNESEGDTEELAKLoVEoooooMGPHDLWNVNDL
>C30
oooMSDLDooooYALLVGALIVALIIAIIVWTIAYIEYRKLVRQKKIDWL
IKRIRERAEDSGNESEGDTEELSTMoVDoooooMGHLRLLDDNNL
>C31
oooMLoLEooVDYRIGVAALIVALSIAIVVWTIVYIEYRKLLRQRKIDWL
VQRIRERAEDSGNESDGDTEELATMoVDoooooMGHLRLLDVDEL
>C32
oooMVDYIooAoooIGVGALIVALIIAIVVWTIAYIEYRKLLRQRKIDWL
IKRIRERAEDSGNESEGDNEELATMoVDoooooMGQLRLLDVNNL
>C33
oooMLPLNooIoooCAIVGLIVALILAIVVWTIVGIDYKKLLKQRKIDRL
IERIRERAEDSANESEGDTEELAALoVEoooooMGNYNLGFDNNL
>C34
oooMTPLTooIoooVAIVALVVVAIIAIVVWTIVLIEYRRILKQRKIDRL
IERISERAEDSGNESEGDQEELSALoMEoooooMGHHAPWDVNDM
>C35
ooooMPYLooIoooILIVAFIAVLIIAIIVWTIVYIEYRKILKQRKINKL
YKRIRERAEDSGNENEGDAEELAALoGEoooooVGPFIPGDINNL
>C36
oooMQSLEooIoooLAIVSLVVVTIIAIVVWSIVLIEYRKILRQRKIDRL
INRIRERAEDSGNESDGDTEELAELoGDoooooMGPLILGNIDNL
>C37
oooVTLEFooIDYKLAVGAFIVALIIAIIVWTIVYIEYRKIVRQRKIDRL
IDRIRERAEDSGNESEGDQEELAALooEoooooMGHHAPWDVDDL
>C38
oooMSPVQooIoooCAIIGLVVALIIAIVVWTIVFIECIRLKRQRKIDRL
IERIRERAEDSGNESDGDTDELSKLoVEoooooMGNYDLGDDNNL
>C39
oooMTPLEooIoooSAIAGLIVALILAIVVWTIVAIEYKKILQQRKIDRL
IKRIRERAEDSGNESEGDTDELAKLoVEoooooMGDFDPWVGDNL
>C40
oooMKSLYooVoooWAIVALVVAAILAIVVWAIVLIEYRRILKQRKIDRL
LDRILERAEDSGNESDGDQEELSALoVDoooooRGHHAPWNIDDL
>C41
oooMTPLEooIoooSAIAGLIVALILAIVVWTIVAIEFRKIQKQRKIDRL
VKRIRERAEDSGNESEGDTDELAKLoVEoooooMGDFDPWVGDNL
>C42
oooMIDLLAKVDYRLGVGALIIALIIAIVVWTITYIEYRKLVRQRKINWL
IKRIRERAEDSGNESEGDTEELATMoVDoooooMEHLRLLDooDL
>C43
oooMQALHooIoooAVIVALAVAAIIAIVVWTIVAIEYKKILKQRKIDRL
IDRIRERAEDSGNESEGDQEELSALoVERGHLEMGHHAPWNVDDL
>C44
oooMQSLQooLoooLAIVALVVAAILAIIVWTIVFIQYRRIVKQRKIERL
IDRIAERAEDSGNESEGDQEELSTLoMEoooooMGYHAPWNVNDL
>C45
oooMLEAIoooDYRLGVGALVVASIIVVIVWILVYIEYRKLKRQKRIDRL
IERIRERAEDSGNESDGDTEELETMoVDoooooMGHLRLLDVNHL
>C46
oooMLSLTooIoooLAIVALVVAAIIAIVVWTIVFIEYRKILRQRKIDRL
IDRIRERAEDSGNESEGDQEELSTLoMEoooooMGHHAPWDVNDM
>C47
oooMVELIoooDYRIGIAALVIALVLAIIVWTIVYIEYRKLVRQRKIDWL
IKRIRERAEDSGNESEGDTEELETMoVDoooooMGNLRLLDDNEL
>C48
oooMQSLEooIoooAAIVALVVAIIIAIVVWSIVFIEYRKILRQRKIDRL
IDRIRDRAEDSGNESDGDQEELSAMoLEoooooMGHLAPWDVNDL
>C49
oooMIALQooIoooVAIVALVVAAVLAIVAWTIALLEYRKLLRQKRIDRI
LNRIRERAEDSGNESEGDQEELoooLVEoooooMGHDAPWDVNNL
>C50
ooVISPLQooIoooSAIVGLIVALILAIVVWTIVAIECLKIRKQRKIDRL
IKRIREREEDSGNESEGDTDELAKLoVEoooooMGDVDPWVGDNL
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_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb"
UNIX line termination
Longest line length = 63
Parsing file
Expecting NEXUS formatted file
Reading data block
Allocated taxon set
Allocated matrix
Defining new matrix with 50 taxa and 306 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) = 1522259739
Setting output file names to "/opt/ADOPS/HIV1_A3/VPU_1_3/batch/allfiles/mrbayes/input.fasta.fasta.mrb.run<i>.<p|t>"
Exiting data block
Reading mrbayes block
Setting autoclose to yes
Setting nowarnings to yes
Defining charset called first_pos
Defining charset called second_pos
Defining charset called third_pos
Defining partition called by_codon
Setting by_codon as the partition, dividing characters into 3 parts.
Setting model defaults
Seed (for generating default start values) = 1892319992
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 = 7051782748
Seed = 717915154
Swapseed = 1522259739
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 75 unique site patterns
Division 2 has 68 unique site patterns
Division 3 has 84 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 -- -7393.753136 -- -77.118119
Chain 2 -- -7412.720161 -- -77.118119
Chain 3 -- -7415.164223 -- -77.118119
Chain 4 -- -7211.353302 -- -77.118119
Initial log likelihoods and log prior probs for run 2:
Chain 1 -- -7436.416954 -- -77.118119
Chain 2 -- -7453.818207 -- -77.118119
Chain 3 -- -7508.360521 -- -77.118119
Chain 4 -- -7260.695619 -- -77.118119
Using a relative burnin of 25.0 % for diagnostics
Chain results (1000000 generations requested):
0 -- [-7393.753] (-7412.720) (-7415.164) (-7211.353) * [-7436.417] (-7453.818) (-7508.361) (-7260.696)
500 -- (-5477.917) (-5574.440) [-5410.017] (-5567.284) * [-5503.204] (-5460.962) (-5582.887) (-5652.195) -- 0:33:19
1000 -- [-4992.058] (-4995.768) (-5061.283) (-5120.292) * (-5047.290) [-5019.799] (-5059.088) (-5103.034) -- 0:33:18
1500 -- (-4871.135) [-4825.609] (-4908.218) (-4868.484) * (-4874.873) (-4912.368) [-4864.376] (-4919.526) -- 0:22:11
2000 -- (-4815.621) (-4787.208) (-4831.841) [-4797.504] * [-4792.064] (-4803.133) (-4807.387) (-4830.752) -- 0:24:57
2500 -- [-4783.715] (-4776.103) (-4820.583) (-4784.730) * (-4787.737) (-4777.398) [-4733.292] (-4773.034) -- 0:26:36
3000 -- (-4759.876) [-4743.353] (-4775.439) (-4740.593) * (-4796.794) (-4756.186) [-4731.252] (-4752.913) -- 0:27:41
3500 -- (-4748.416) [-4740.224] (-4753.394) (-4713.701) * (-4787.925) (-4747.604) [-4730.201] (-4739.297) -- 0:28:28
4000 -- (-4750.861) (-4730.012) (-4750.539) [-4721.392] * (-4773.361) [-4718.163] (-4737.871) (-4735.118) -- 0:29:03
4500 -- (-4736.529) [-4712.301] (-4728.886) (-4739.657) * (-4761.599) [-4714.701] (-4740.323) (-4737.188) -- 0:25:48
5000 -- (-4721.691) [-4716.990] (-4744.189) (-4737.626) * (-4758.784) [-4706.774] (-4733.366) (-4717.873) -- 0:26:32
Average standard deviation of split frequencies: 0.099393
5500 -- (-4741.125) [-4703.507] (-4738.575) (-4748.696) * (-4751.394) [-4703.496] (-4746.236) (-4718.611) -- 0:27:07
6000 -- (-4740.039) [-4701.709] (-4744.485) (-4731.623) * (-4762.455) [-4701.674] (-4736.094) (-4728.802) -- 0:27:36
6500 -- (-4733.067) (-4705.268) (-4736.517) [-4720.273] * (-4758.983) [-4702.718] (-4740.956) (-4732.028) -- 0:28:01
7000 -- (-4747.726) [-4701.273] (-4726.032) (-4712.579) * (-4748.144) [-4696.607] (-4764.242) (-4725.267) -- 0:26:00
7500 -- (-4738.311) [-4698.733] (-4741.787) (-4736.393) * (-4732.276) [-4695.276] (-4751.920) (-4702.906) -- 0:26:28
8000 -- (-4716.023) [-4712.332] (-4727.629) (-4737.142) * (-4772.409) [-4694.188] (-4730.765) (-4716.630) -- 0:26:52
8500 -- [-4719.103] (-4709.050) (-4713.944) (-4756.352) * (-4746.125) [-4711.681] (-4742.879) (-4724.312) -- 0:27:13
9000 -- (-4713.493) [-4716.673] (-4725.653) (-4751.326) * (-4752.047) [-4698.208] (-4720.869) (-4708.903) -- 0:27:31
9500 -- [-4708.878] (-4724.461) (-4737.129) (-4745.043) * (-4763.393) (-4703.705) (-4734.714) [-4702.515] -- 0:27:48
10000 -- [-4714.395] (-4724.597) (-4738.251) (-4740.784) * (-4748.996) (-4708.284) (-4716.677) [-4705.303] -- 0:26:24
Average standard deviation of split frequencies: 0.125968
10500 -- [-4706.302] (-4723.038) (-4745.982) (-4735.550) * (-4726.454) [-4698.542] (-4707.145) (-4711.180) -- 0:26:42
11000 -- (-4710.595) (-4731.310) (-4727.606) [-4719.525] * (-4734.216) [-4704.775] (-4731.553) (-4722.333) -- 0:26:58
11500 -- [-4693.936] (-4730.102) (-4727.566) (-4711.953) * (-4732.544) [-4717.045] (-4708.648) (-4730.882) -- 0:27:13
12000 -- (-4722.279) (-4735.049) (-4729.036) [-4716.556] * (-4730.300) [-4703.131] (-4701.068) (-4733.489) -- 0:27:26
12500 -- (-4706.244) (-4747.566) (-4715.019) [-4712.561] * (-4747.086) (-4742.775) (-4715.340) [-4705.368] -- 0:27:39
13000 -- (-4732.333) (-4748.066) (-4713.358) [-4702.262] * (-4740.565) (-4713.229) (-4704.717) [-4705.438] -- 0:26:34
13500 -- (-4726.392) (-4742.578) [-4711.852] (-4725.885) * (-4738.893) (-4710.362) [-4707.950] (-4718.858) -- 0:26:47
14000 -- (-4717.962) (-4734.391) [-4690.238] (-4706.687) * (-4747.659) (-4718.079) [-4705.411] (-4731.527) -- 0:26:59
14500 -- (-4719.519) (-4719.629) (-4710.557) [-4691.386] * (-4730.629) [-4713.073] (-4716.231) (-4719.816) -- 0:27:11
15000 -- (-4742.629) (-4739.226) [-4701.971] (-4693.931) * (-4736.064) (-4716.767) (-4699.495) [-4717.144] -- 0:27:21
Average standard deviation of split frequencies: 0.093790
15500 -- (-4717.819) (-4723.486) (-4715.192) [-4690.416] * (-4762.739) [-4696.535] (-4714.457) (-4728.694) -- 0:26:27
16000 -- (-4737.116) (-4724.408) (-4713.595) [-4699.717] * (-4758.211) [-4712.429] (-4712.638) (-4726.307) -- 0:26:39
16500 -- (-4742.578) (-4733.226) (-4715.202) [-4709.881] * (-4746.289) [-4697.208] (-4713.132) (-4720.634) -- 0:26:49
17000 -- (-4773.316) (-4724.795) (-4715.081) [-4690.200] * (-4728.810) (-4693.929) (-4714.337) [-4710.879] -- 0:26:59
17500 -- (-4760.029) (-4710.048) (-4715.026) [-4703.374] * (-4739.173) [-4697.300] (-4716.271) (-4727.282) -- 0:27:08
18000 -- (-4739.951) (-4732.459) [-4720.413] (-4705.628) * (-4738.133) [-4696.864] (-4737.380) (-4720.954) -- 0:27:16
18500 -- (-4740.974) (-4726.264) (-4708.787) [-4706.569] * (-4740.716) [-4713.852] (-4727.135) (-4717.089) -- 0:26:31
19000 -- (-4736.293) (-4724.237) (-4717.881) [-4708.140] * (-4722.696) [-4708.358] (-4741.799) (-4724.915) -- 0:26:40
19500 -- (-4720.562) (-4725.786) (-4723.464) [-4710.606] * (-4709.128) (-4717.153) (-4742.829) [-4702.409] -- 0:26:49
20000 -- (-4731.098) (-4728.512) (-4722.288) [-4712.580] * (-4720.042) (-4723.170) (-4724.672) [-4707.979] -- 0:26:57
Average standard deviation of split frequencies: 0.085037
20500 -- (-4748.735) (-4732.361) (-4716.281) [-4697.454] * [-4705.303] (-4722.725) (-4730.932) (-4720.478) -- 0:27:04
21000 -- (-4749.149) (-4741.405) (-4717.258) [-4697.384] * (-4705.575) (-4723.676) (-4725.749) [-4705.569] -- 0:27:11
21500 -- (-4740.083) (-4739.066) [-4711.899] (-4698.053) * (-4718.052) [-4708.865] (-4732.465) (-4716.671) -- 0:26:32
22000 -- (-4738.755) (-4737.459) (-4705.772) [-4705.479] * (-4733.365) [-4712.334] (-4736.619) (-4719.251) -- 0:26:40
22500 -- (-4746.839) (-4735.149) [-4699.336] (-4696.134) * (-4745.854) (-4709.473) (-4741.274) [-4724.604] -- 0:26:47
23000 -- (-4739.426) (-4738.070) [-4697.200] (-4714.016) * (-4736.990) (-4715.056) (-4735.008) [-4721.054] -- 0:26:54
23500 -- (-4749.239) (-4738.864) [-4701.582] (-4710.852) * (-4742.615) [-4705.289] (-4744.581) (-4711.099) -- 0:27:00
24000 -- (-4724.375) (-4730.372) (-4721.779) [-4707.617] * (-4724.364) [-4712.076] (-4742.754) (-4706.058) -- 0:26:26
24500 -- (-4735.962) (-4721.593) (-4714.875) [-4708.295] * (-4717.479) (-4725.866) [-4714.941] (-4703.642) -- 0:26:32
25000 -- (-4745.616) (-4734.862) (-4719.579) [-4689.702] * (-4705.290) (-4742.978) (-4717.154) [-4710.061] -- 0:26:39
Average standard deviation of split frequencies: 0.070171
25500 -- (-4763.135) (-4728.070) (-4712.085) [-4705.966] * (-4731.630) [-4726.702] (-4704.450) (-4726.930) -- 0:26:45
26000 -- (-4725.374) (-4730.205) (-4708.383) [-4717.099] * (-4744.112) (-4731.009) [-4705.577] (-4739.982) -- 0:26:50
26500 -- (-4743.029) [-4710.933] (-4724.105) (-4712.468) * (-4723.761) (-4737.054) [-4697.201] (-4732.556) -- 0:26:56
27000 -- (-4744.699) (-4702.385) [-4708.911] (-4720.663) * (-4715.674) (-4743.154) [-4693.463] (-4747.703) -- 0:27:01
27500 -- (-4732.151) (-4706.310) [-4695.950] (-4715.201) * [-4709.082] (-4745.918) (-4707.898) (-4751.229) -- 0:26:31
28000 -- (-4731.867) [-4700.043] (-4709.074) (-4711.828) * (-4723.730) (-4739.744) [-4696.488] (-4747.183) -- 0:26:36
28500 -- (-4745.335) (-4716.566) [-4709.627] (-4735.004) * (-4726.524) (-4722.454) [-4696.269] (-4745.503) -- 0:26:42
29000 -- (-4742.173) [-4711.975] (-4709.711) (-4734.615) * (-4723.983) (-4702.484) [-4704.434] (-4748.927) -- 0:26:47
29500 -- (-4746.963) [-4703.156] (-4722.517) (-4744.076) * [-4717.840] (-4712.324) (-4710.346) (-4755.605) -- 0:26:52
30000 -- (-4762.017) (-4692.025) [-4700.308] (-4734.702) * [-4710.637] (-4714.388) (-4717.909) (-4731.147) -- 0:26:56
Average standard deviation of split frequencies: 0.056135
30500 -- (-4735.025) (-4703.485) [-4701.198] (-4728.080) * (-4715.520) (-4735.091) [-4708.899] (-4732.395) -- 0:26:29
31000 -- (-4738.153) (-4703.283) [-4702.955] (-4744.141) * [-4713.378] (-4706.983) (-4733.847) (-4733.823) -- 0:26:34
31500 -- (-4724.783) [-4714.666] (-4719.586) (-4742.895) * (-4705.788) (-4720.327) [-4727.652] (-4751.455) -- 0:26:38
32000 -- [-4714.980] (-4739.166) (-4709.281) (-4739.220) * (-4729.411) (-4718.638) [-4721.284] (-4753.088) -- 0:26:43
32500 -- (-4724.476) (-4732.639) [-4712.871] (-4732.187) * (-4722.221) [-4731.017] (-4718.182) (-4746.626) -- 0:26:47
33000 -- (-4727.006) (-4723.499) [-4720.339] (-4734.334) * (-4719.585) (-4745.468) [-4706.616] (-4744.256) -- 0:26:22
33500 -- (-4720.551) (-4711.701) [-4704.338] (-4740.593) * [-4717.171] (-4740.006) (-4701.589) (-4734.377) -- 0:26:26
34000 -- [-4716.803] (-4726.527) (-4710.972) (-4724.717) * (-4713.663) (-4741.828) [-4703.624] (-4735.448) -- 0:26:31
34500 -- (-4712.552) (-4718.963) [-4697.599] (-4733.214) * (-4704.272) (-4746.656) [-4698.053] (-4724.862) -- 0:26:35
35000 -- (-4715.816) (-4715.172) [-4704.224] (-4734.620) * (-4698.436) (-4728.548) (-4702.622) [-4704.909] -- 0:26:39
Average standard deviation of split frequencies: 0.054623
35500 -- (-4714.226) (-4714.585) [-4718.635] (-4727.987) * (-4702.710) (-4739.371) [-4702.169] (-4714.396) -- 0:26:15
36000 -- [-4707.301] (-4715.092) (-4722.855) (-4744.073) * (-4712.664) (-4756.506) [-4694.275] (-4705.351) -- 0:26:19
36500 -- (-4717.148) [-4709.319] (-4738.246) (-4767.343) * (-4710.413) (-4741.287) [-4701.379] (-4735.590) -- 0:26:23
37000 -- [-4719.442] (-4714.995) (-4730.041) (-4764.624) * (-4724.359) (-4729.226) [-4701.347] (-4733.784) -- 0:26:27
37500 -- [-4710.589] (-4719.047) (-4727.940) (-4739.484) * (-4729.960) (-4740.749) (-4713.771) [-4707.896] -- 0:26:31
38000 -- (-4733.075) (-4705.887) (-4728.632) [-4719.178] * (-4762.710) (-4733.943) (-4705.745) [-4694.183] -- 0:26:34
38500 -- (-4719.969) (-4712.905) (-4723.859) [-4711.200] * (-4726.232) (-4715.462) (-4716.632) [-4698.991] -- 0:26:13
39000 -- (-4721.080) (-4706.601) (-4739.153) [-4712.104] * (-4732.079) (-4718.444) (-4710.935) [-4703.366] -- 0:26:17
39500 -- (-4708.425) (-4737.107) (-4725.149) [-4709.695] * (-4730.122) (-4723.108) [-4708.119] (-4701.633) -- 0:26:20
40000 -- [-4701.395] (-4711.015) (-4717.932) (-4719.399) * (-4745.464) (-4730.878) (-4716.267) [-4714.505] -- 0:26:24
Average standard deviation of split frequencies: 0.050307
40500 -- (-4709.087) [-4706.713] (-4726.769) (-4731.206) * (-4762.099) [-4712.927] (-4731.721) (-4714.553) -- 0:26:27
41000 -- [-4699.528] (-4705.369) (-4754.590) (-4740.195) * (-4767.828) (-4717.633) [-4708.282] (-4731.519) -- 0:26:30
41500 -- (-4710.099) [-4719.183] (-4744.428) (-4733.790) * (-4751.675) (-4723.870) [-4699.409] (-4715.945) -- 0:26:10
42000 -- (-4710.170) [-4701.196] (-4721.225) (-4726.529) * (-4772.992) [-4726.069] (-4712.775) (-4725.939) -- 0:26:13
42500 -- (-4702.876) [-4696.783] (-4734.046) (-4732.040) * (-4763.138) (-4723.883) (-4704.996) [-4712.588] -- 0:26:17
43000 -- (-4702.607) [-4686.599] (-4725.596) (-4756.380) * (-4746.475) (-4713.909) (-4725.995) [-4703.682] -- 0:26:20
43500 -- (-4729.931) (-4691.938) [-4713.501] (-4752.531) * (-4738.216) (-4722.003) (-4712.954) [-4699.928] -- 0:26:23
44000 -- (-4719.834) [-4703.434] (-4734.154) (-4746.919) * (-4742.371) (-4731.554) (-4711.166) [-4695.438] -- 0:26:26
44500 -- (-4730.850) [-4708.378] (-4723.370) (-4756.625) * (-4739.767) (-4724.453) (-4726.264) [-4706.252] -- 0:26:07
45000 -- (-4720.623) [-4692.369] (-4720.735) (-4737.000) * (-4737.839) (-4733.172) (-4715.731) [-4698.505] -- 0:26:10
Average standard deviation of split frequencies: 0.049437
45500 -- (-4731.130) [-4694.470] (-4728.321) (-4752.437) * (-4749.735) (-4722.563) [-4707.113] (-4708.171) -- 0:26:13
46000 -- (-4721.713) [-4699.450] (-4725.083) (-4728.597) * (-4761.872) (-4735.068) (-4719.856) [-4698.783] -- 0:26:16
46500 -- (-4722.237) [-4701.257] (-4730.745) (-4724.730) * (-4737.085) (-4724.304) (-4707.424) [-4691.284] -- 0:26:18
47000 -- (-4740.386) [-4693.784] (-4745.607) (-4713.075) * (-4724.122) (-4729.334) (-4732.291) [-4715.000] -- 0:26:01
47500 -- (-4721.868) [-4694.084] (-4776.724) (-4726.919) * (-4721.270) (-4730.919) (-4718.204) [-4696.037] -- 0:26:04
48000 -- (-4736.236) [-4702.304] (-4749.442) (-4719.817) * [-4719.039] (-4728.874) (-4717.023) (-4721.232) -- 0:26:06
48500 -- (-4762.171) [-4699.847] (-4726.792) (-4722.078) * (-4729.781) (-4734.797) (-4698.683) [-4710.899] -- 0:26:09
49000 -- (-4742.507) (-4725.939) (-4717.189) [-4730.918] * (-4719.131) (-4742.145) [-4696.059] (-4718.466) -- 0:26:12
49500 -- (-4716.872) [-4718.217] (-4728.849) (-4745.916) * (-4707.268) (-4738.726) (-4706.053) [-4700.080] -- 0:26:14
50000 -- [-4722.717] (-4724.617) (-4718.101) (-4722.640) * [-4696.967] (-4734.221) (-4698.828) (-4735.502) -- 0:25:58
Average standard deviation of split frequencies: 0.047341
50500 -- (-4734.068) (-4721.001) (-4726.508) [-4715.892] * (-4703.124) (-4718.897) [-4712.876] (-4759.526) -- 0:26:00
51000 -- (-4728.698) (-4712.592) (-4705.606) [-4698.140] * (-4706.071) (-4716.493) [-4708.053] (-4727.078) -- 0:26:03
51500 -- (-4737.798) (-4706.081) [-4696.476] (-4708.426) * (-4724.368) (-4712.935) (-4741.616) [-4710.174] -- 0:26:05
52000 -- (-4718.477) (-4703.712) (-4723.398) [-4706.018] * [-4710.144] (-4723.232) (-4745.458) (-4710.051) -- 0:26:07
52500 -- (-4719.575) [-4697.955] (-4735.123) (-4705.304) * (-4699.014) [-4714.241] (-4733.600) (-4733.686) -- 0:26:10
53000 -- (-4713.628) [-4694.422] (-4727.791) (-4710.094) * [-4697.947] (-4729.775) (-4729.939) (-4745.239) -- 0:25:54
53500 -- (-4705.864) [-4711.423] (-4736.201) (-4721.785) * (-4724.512) (-4738.364) (-4732.994) [-4721.080] -- 0:25:56
54000 -- [-4727.216] (-4736.927) (-4724.988) (-4736.116) * (-4719.106) (-4722.043) (-4724.303) [-4695.511] -- 0:25:59
54500 -- (-4735.246) [-4719.664] (-4720.789) (-4757.333) * [-4718.339] (-4715.925) (-4725.243) (-4704.519) -- 0:26:01
55000 -- (-4733.272) [-4716.319] (-4740.109) (-4752.602) * [-4698.442] (-4710.238) (-4736.438) (-4696.584) -- 0:26:03
Average standard deviation of split frequencies: 0.042605
55500 -- (-4722.392) [-4720.492] (-4738.439) (-4748.512) * (-4723.072) (-4721.328) (-4735.757) [-4711.015] -- 0:25:48
56000 -- [-4719.870] (-4730.381) (-4728.695) (-4730.855) * (-4728.330) [-4695.458] (-4727.502) (-4712.554) -- 0:25:50
56500 -- (-4715.929) (-4716.972) [-4727.291] (-4726.536) * [-4710.033] (-4713.134) (-4736.431) (-4707.644) -- 0:25:53
57000 -- [-4697.680] (-4717.088) (-4749.736) (-4713.321) * [-4719.676] (-4722.247) (-4717.566) (-4711.360) -- 0:25:55
57500 -- [-4710.310] (-4720.798) (-4745.936) (-4726.067) * (-4746.347) (-4720.914) [-4724.156] (-4702.702) -- 0:25:57
58000 -- (-4717.335) [-4709.356] (-4748.627) (-4739.019) * (-4721.025) (-4732.995) (-4700.819) [-4699.234] -- 0:25:59
58500 -- [-4705.210] (-4720.047) (-4730.938) (-4755.160) * (-4720.195) (-4732.936) [-4695.003] (-4699.286) -- 0:25:45
59000 -- (-4716.995) [-4697.887] (-4727.176) (-4738.002) * (-4730.856) (-4722.033) (-4718.620) [-4693.776] -- 0:25:47
59500 -- (-4704.732) [-4714.356] (-4715.247) (-4736.390) * (-4720.954) (-4719.580) (-4710.874) [-4703.654] -- 0:25:49
60000 -- (-4718.085) (-4704.886) [-4703.349] (-4763.761) * (-4714.031) [-4707.373] (-4711.212) (-4713.361) -- 0:25:51
Average standard deviation of split frequencies: 0.042778
60500 -- (-4711.542) (-4705.083) [-4714.072] (-4745.148) * [-4699.184] (-4719.716) (-4707.523) (-4721.263) -- 0:25:52
61000 -- [-4714.301] (-4699.982) (-4725.495) (-4765.782) * (-4702.613) (-4748.731) [-4703.815] (-4708.377) -- 0:25:54
61500 -- [-4706.632] (-4709.100) (-4712.598) (-4763.727) * [-4701.944] (-4740.177) (-4714.911) (-4719.428) -- 0:25:41
62000 -- (-4713.863) (-4737.276) [-4702.629] (-4745.930) * (-4699.107) (-4724.479) [-4707.900] (-4728.438) -- 0:25:43
62500 -- (-4721.702) (-4721.217) [-4696.921] (-4733.130) * (-4711.283) (-4740.765) (-4704.410) [-4717.914] -- 0:25:45
63000 -- [-4710.867] (-4717.359) (-4716.512) (-4719.644) * (-4719.360) [-4732.100] (-4720.384) (-4711.867) -- 0:25:46
63500 -- (-4721.067) (-4726.768) (-4697.602) [-4709.398] * [-4714.162] (-4715.159) (-4719.369) (-4715.169) -- 0:25:48
64000 -- (-4740.850) (-4730.531) [-4695.285] (-4718.291) * (-4722.551) (-4711.420) (-4726.252) [-4704.138] -- 0:25:35
64500 -- (-4725.863) (-4722.646) [-4690.447] (-4712.521) * (-4748.392) (-4718.506) [-4696.324] (-4710.625) -- 0:25:37
65000 -- (-4737.369) [-4695.760] (-4707.388) (-4717.858) * (-4743.053) [-4702.561] (-4705.514) (-4723.247) -- 0:25:39
Average standard deviation of split frequencies: 0.044468
65500 -- (-4737.360) (-4714.414) [-4707.786] (-4722.146) * (-4747.289) [-4699.877] (-4695.401) (-4724.437) -- 0:25:40
66000 -- (-4720.956) (-4717.018) [-4702.927] (-4729.769) * (-4735.907) (-4699.880) [-4711.196] (-4742.427) -- 0:25:42
66500 -- (-4718.531) (-4716.608) [-4697.118] (-4732.256) * (-4732.085) (-4710.846) [-4707.184] (-4747.496) -- 0:25:44
67000 -- (-4731.435) (-4717.103) [-4697.806] (-4722.051) * (-4727.834) (-4696.861) [-4697.516] (-4729.398) -- 0:25:31
67500 -- [-4699.167] (-4712.849) (-4701.368) (-4727.193) * (-4737.128) [-4704.270] (-4705.277) (-4737.174) -- 0:25:33
68000 -- (-4705.513) (-4737.017) [-4702.928] (-4746.961) * (-4715.732) (-4701.405) [-4705.934] (-4732.954) -- 0:25:35
68500 -- (-4709.183) (-4735.418) [-4705.802] (-4755.336) * (-4730.144) (-4727.516) [-4698.111] (-4726.907) -- 0:25:36
69000 -- [-4701.869] (-4716.455) (-4702.423) (-4734.342) * [-4710.477] (-4759.990) (-4699.029) (-4718.881) -- 0:25:38
69500 -- [-4697.319] (-4731.722) (-4721.634) (-4737.225) * [-4693.602] (-4752.515) (-4695.588) (-4721.671) -- 0:25:26
70000 -- [-4687.600] (-4740.229) (-4702.575) (-4751.796) * (-4708.036) (-4735.536) [-4699.630] (-4721.345) -- 0:25:27
Average standard deviation of split frequencies: 0.048433
70500 -- [-4686.521] (-4729.578) (-4702.884) (-4747.900) * [-4715.957] (-4720.161) (-4719.888) (-4731.389) -- 0:25:29
71000 -- [-4702.064] (-4742.882) (-4727.090) (-4726.938) * [-4696.379] (-4692.121) (-4727.123) (-4723.199) -- 0:25:30
71500 -- (-4707.655) (-4740.863) [-4722.219] (-4729.363) * [-4696.360] (-4691.715) (-4748.684) (-4723.578) -- 0:25:32
72000 -- [-4714.438] (-4736.668) (-4739.182) (-4744.015) * [-4698.824] (-4693.988) (-4750.423) (-4719.267) -- 0:25:20
72500 -- [-4691.539] (-4735.942) (-4726.924) (-4721.080) * [-4688.371] (-4704.124) (-4755.378) (-4732.559) -- 0:25:22
73000 -- (-4705.946) (-4757.566) [-4699.604] (-4720.286) * [-4698.429] (-4711.824) (-4750.189) (-4738.698) -- 0:25:23
73500 -- (-4712.427) (-4760.529) [-4704.010] (-4729.271) * (-4708.108) (-4707.151) (-4736.829) [-4714.015] -- 0:25:25
74000 -- (-4715.947) (-4737.725) [-4698.998] (-4737.579) * (-4706.828) [-4696.455] (-4732.368) (-4716.411) -- 0:25:26
74500 -- [-4709.132] (-4723.756) (-4708.318) (-4714.518) * (-4709.326) (-4712.612) (-4731.168) [-4713.787] -- 0:25:28
75000 -- (-4706.556) (-4723.233) [-4698.337] (-4729.497) * (-4714.830) [-4706.320] (-4733.091) (-4717.783) -- 0:25:17
Average standard deviation of split frequencies: 0.051172
75500 -- [-4690.487] (-4726.689) (-4725.045) (-4722.838) * (-4716.017) [-4702.941] (-4714.279) (-4719.919) -- 0:25:18
76000 -- [-4693.483] (-4718.832) (-4730.382) (-4722.444) * (-4708.122) (-4702.872) [-4703.475] (-4732.401) -- 0:25:19
76500 -- [-4697.308] (-4706.769) (-4728.761) (-4739.010) * (-4720.385) (-4711.378) [-4696.961] (-4743.071) -- 0:25:21
77000 -- [-4715.480] (-4716.624) (-4727.993) (-4729.880) * [-4715.519] (-4726.300) (-4709.020) (-4745.828) -- 0:25:22
77500 -- (-4714.704) [-4713.365] (-4732.128) (-4721.393) * [-4705.833] (-4752.872) (-4707.863) (-4719.414) -- 0:25:23
78000 -- [-4710.225] (-4720.639) (-4744.299) (-4718.381) * [-4702.121] (-4739.099) (-4706.853) (-4745.961) -- 0:25:13
78500 -- (-4713.399) [-4716.616] (-4747.361) (-4729.510) * (-4710.505) (-4724.525) [-4690.076] (-4742.486) -- 0:25:14
79000 -- (-4719.918) [-4705.735] (-4734.323) (-4703.465) * (-4735.778) (-4708.318) [-4710.921] (-4741.515) -- 0:25:15
79500 -- (-4733.771) [-4726.628] (-4724.810) (-4713.887) * (-4707.266) [-4700.537] (-4726.763) (-4735.795) -- 0:25:16
80000 -- (-4714.413) (-4722.380) (-4734.304) [-4716.871] * [-4715.819] (-4706.941) (-4739.667) (-4750.648) -- 0:25:18
Average standard deviation of split frequencies: 0.052774
80500 -- [-4715.525] (-4716.650) (-4750.664) (-4713.083) * (-4721.363) (-4715.969) [-4704.293] (-4744.617) -- 0:25:07
81000 -- (-4724.000) (-4731.121) (-4742.758) [-4706.800] * (-4729.014) (-4700.363) [-4702.748] (-4724.120) -- 0:25:08
81500 -- (-4724.300) (-4712.379) (-4732.229) [-4707.096] * (-4739.755) [-4700.787] (-4701.580) (-4726.551) -- 0:25:10
82000 -- (-4726.237) [-4712.617] (-4727.013) (-4726.208) * (-4719.720) (-4711.610) [-4710.502] (-4720.431) -- 0:25:11
82500 -- [-4716.976] (-4714.245) (-4726.888) (-4729.833) * [-4710.530] (-4714.517) (-4698.201) (-4725.687) -- 0:25:12
83000 -- (-4719.102) [-4716.643] (-4757.580) (-4719.782) * (-4722.084) (-4714.141) [-4704.017] (-4738.746) -- 0:25:13
83500 -- [-4713.086] (-4708.354) (-4743.984) (-4731.496) * (-4724.505) (-4722.435) [-4698.892] (-4739.928) -- 0:25:03
84000 -- (-4720.313) [-4705.916] (-4724.273) (-4738.427) * (-4732.906) (-4728.992) [-4704.267] (-4714.648) -- 0:25:04
84500 -- (-4722.469) (-4706.183) [-4704.243] (-4723.452) * (-4723.797) (-4733.115) [-4699.930] (-4743.375) -- 0:25:05
85000 -- (-4721.812) (-4704.052) [-4696.237] (-4725.151) * (-4711.284) (-4726.390) [-4693.185] (-4730.739) -- 0:25:07
Average standard deviation of split frequencies: 0.053202
85500 -- (-4735.847) [-4700.702] (-4694.369) (-4719.724) * [-4715.114] (-4727.911) (-4708.438) (-4740.135) -- 0:25:08
86000 -- (-4705.882) (-4722.062) [-4703.053] (-4729.243) * (-4710.877) (-4735.979) [-4690.693] (-4736.904) -- 0:25:09
86500 -- (-4725.097) (-4722.733) [-4695.113] (-4746.589) * (-4713.877) [-4715.973] (-4698.194) (-4748.379) -- 0:24:59
87000 -- (-4731.854) (-4719.406) [-4690.539] (-4753.596) * (-4708.898) [-4693.529] (-4711.120) (-4753.661) -- 0:25:00
87500 -- (-4730.314) (-4709.811) [-4698.781] (-4742.879) * (-4715.681) (-4701.996) [-4716.110] (-4736.522) -- 0:25:01
88000 -- (-4718.982) (-4701.732) [-4699.932] (-4738.138) * (-4715.796) [-4695.118] (-4726.726) (-4735.114) -- 0:25:02
88500 -- (-4725.454) (-4712.445) [-4705.610] (-4730.580) * [-4703.591] (-4692.576) (-4724.775) (-4724.916) -- 0:25:03
89000 -- (-4716.824) [-4703.345] (-4709.236) (-4752.309) * [-4688.498] (-4700.934) (-4732.896) (-4716.665) -- 0:25:04
89500 -- (-4709.070) (-4715.480) [-4705.526] (-4744.772) * (-4708.494) [-4704.314] (-4729.040) (-4728.405) -- 0:24:55
90000 -- (-4718.410) [-4701.419] (-4701.260) (-4738.187) * (-4721.227) [-4695.277] (-4728.973) (-4749.988) -- 0:24:56
Average standard deviation of split frequencies: 0.055391
90500 -- (-4729.377) [-4703.254] (-4705.137) (-4742.329) * (-4720.107) [-4698.383] (-4738.752) (-4743.293) -- 0:24:57
91000 -- (-4732.534) (-4716.552) [-4701.073] (-4728.087) * (-4705.594) [-4704.532] (-4721.191) (-4747.737) -- 0:24:58
91500 -- (-4719.641) [-4707.450] (-4709.594) (-4726.993) * [-4708.728] (-4713.215) (-4722.439) (-4739.934) -- 0:24:59
92000 -- (-4733.976) [-4691.153] (-4723.710) (-4729.193) * [-4704.147] (-4731.011) (-4726.280) (-4715.865) -- 0:24:50
92500 -- (-4725.867) [-4704.950] (-4732.275) (-4716.942) * (-4712.401) [-4709.893] (-4735.266) (-4742.872) -- 0:24:51
93000 -- (-4710.958) [-4706.892] (-4718.187) (-4714.674) * (-4711.346) [-4704.648] (-4721.239) (-4735.746) -- 0:24:52
93500 -- (-4718.817) (-4728.411) (-4732.455) [-4702.964] * (-4709.956) [-4707.860] (-4724.587) (-4728.499) -- 0:24:53
94000 -- [-4716.124] (-4741.584) (-4728.908) (-4709.030) * [-4717.464] (-4703.995) (-4726.000) (-4755.627) -- 0:24:53
94500 -- (-4709.573) (-4740.026) (-4730.960) [-4704.634] * (-4731.621) [-4707.446] (-4726.541) (-4758.471) -- 0:24:54
95000 -- (-4711.744) (-4740.318) (-4720.185) [-4699.367] * [-4721.913] (-4711.411) (-4738.465) (-4742.138) -- 0:24:46
Average standard deviation of split frequencies: 0.055057
95500 -- (-4716.682) (-4754.896) (-4711.709) [-4704.848] * [-4701.716] (-4718.398) (-4739.482) (-4757.896) -- 0:24:46
96000 -- (-4713.627) (-4730.978) [-4700.974] (-4711.517) * [-4695.827] (-4712.187) (-4732.268) (-4763.336) -- 0:24:47
96500 -- (-4714.078) (-4733.062) [-4696.712] (-4723.763) * [-4692.172] (-4704.824) (-4748.986) (-4778.826) -- 0:24:48
97000 -- (-4717.991) (-4722.132) [-4706.079] (-4720.029) * [-4688.058] (-4709.183) (-4725.808) (-4759.891) -- 0:24:49
97500 -- (-4747.627) (-4740.646) (-4698.951) [-4714.038] * (-4713.038) (-4706.027) [-4703.714] (-4749.614) -- 0:24:50
98000 -- (-4751.950) (-4734.751) [-4700.665] (-4731.466) * [-4710.177] (-4698.900) (-4714.370) (-4771.319) -- 0:24:41
98500 -- (-4737.788) [-4722.625] (-4729.246) (-4735.231) * [-4719.138] (-4705.678) (-4716.386) (-4759.566) -- 0:24:42
99000 -- [-4707.725] (-4709.909) (-4726.039) (-4749.092) * (-4724.096) [-4703.735] (-4721.201) (-4734.575) -- 0:24:43
99500 -- (-4714.354) (-4717.260) [-4708.461] (-4743.841) * (-4721.135) [-4696.523] (-4721.005) (-4732.804) -- 0:24:44
100000 -- (-4720.381) [-4716.945] (-4722.412) (-4737.644) * [-4715.256] (-4692.908) (-4725.435) (-4729.124) -- 0:24:45
Average standard deviation of split frequencies: 0.060160
100500 -- [-4731.311] (-4701.588) (-4714.818) (-4741.391) * (-4712.539) [-4703.366] (-4729.760) (-4733.706) -- 0:24:36
101000 -- (-4725.694) [-4706.469] (-4725.204) (-4725.814) * [-4708.740] (-4706.700) (-4729.710) (-4730.086) -- 0:24:37
101500 -- (-4724.282) [-4709.590] (-4725.614) (-4722.677) * (-4720.780) [-4706.273] (-4721.472) (-4726.107) -- 0:24:38
102000 -- (-4734.340) [-4714.027] (-4725.750) (-4737.064) * (-4735.950) [-4705.272] (-4751.737) (-4724.040) -- 0:24:39
102500 -- (-4729.411) (-4711.015) (-4733.558) [-4723.743] * (-4731.033) (-4719.527) (-4745.691) [-4703.958] -- 0:24:39
103000 -- (-4725.503) (-4712.078) (-4735.761) [-4703.505] * (-4735.288) [-4704.376] (-4728.419) (-4723.553) -- 0:24:40
103500 -- (-4740.198) (-4715.548) (-4713.687) [-4693.569] * [-4719.429] (-4701.111) (-4707.688) (-4723.685) -- 0:24:32
104000 -- (-4742.009) (-4713.796) (-4720.576) [-4693.268] * (-4713.907) [-4696.052] (-4714.390) (-4738.689) -- 0:24:33
104500 -- (-4716.671) [-4698.825] (-4716.585) (-4711.239) * (-4748.155) [-4695.212] (-4731.404) (-4720.419) -- 0:24:33
105000 -- (-4736.031) (-4712.363) (-4735.406) [-4699.788] * (-4752.305) [-4710.161] (-4733.000) (-4725.102) -- 0:24:34
Average standard deviation of split frequencies: 0.060720
105500 -- (-4728.524) (-4733.775) (-4737.902) [-4699.449] * (-4739.210) [-4699.760] (-4730.305) (-4725.797) -- 0:24:35
106000 -- [-4701.772] (-4726.376) (-4750.295) (-4703.563) * (-4721.833) [-4705.441] (-4727.735) (-4721.879) -- 0:24:27
106500 -- (-4711.578) (-4726.628) (-4746.209) [-4700.125] * (-4715.277) [-4704.624] (-4721.768) (-4728.479) -- 0:24:28
107000 -- (-4721.690) (-4712.683) (-4729.773) [-4709.343] * (-4740.148) [-4719.799] (-4718.387) (-4731.121) -- 0:24:28
107500 -- (-4729.762) [-4720.709] (-4728.181) (-4712.731) * (-4723.642) [-4718.425] (-4741.232) (-4733.792) -- 0:24:29
108000 -- (-4723.036) (-4740.372) (-4723.310) [-4712.112] * [-4723.694] (-4736.480) (-4722.693) (-4731.261) -- 0:24:30
108500 -- (-4726.454) (-4732.328) [-4706.385] (-4729.842) * (-4739.011) (-4723.621) (-4741.610) [-4727.817] -- 0:24:30
109000 -- (-4725.068) (-4726.810) [-4717.562] (-4723.771) * (-4729.734) (-4718.125) (-4718.500) [-4731.134] -- 0:24:23
109500 -- (-4713.111) (-4732.565) [-4701.902] (-4702.846) * (-4751.014) (-4728.667) [-4726.025] (-4725.417) -- 0:24:23
110000 -- (-4719.316) (-4738.872) [-4704.345] (-4721.060) * (-4750.765) (-4717.403) (-4711.195) [-4708.203] -- 0:24:24
Average standard deviation of split frequencies: 0.059244
110500 -- (-4713.423) (-4740.022) (-4716.252) [-4708.019] * (-4732.500) (-4718.594) [-4720.810] (-4734.352) -- 0:24:25
111000 -- [-4694.597] (-4738.704) (-4718.397) (-4708.529) * (-4719.744) [-4709.257] (-4726.441) (-4715.620) -- 0:24:25
111500 -- [-4682.124] (-4724.293) (-4704.192) (-4712.918) * (-4721.342) (-4723.930) [-4725.071] (-4726.661) -- 0:24:18
112000 -- [-4693.946] (-4741.018) (-4718.143) (-4710.468) * [-4727.552] (-4719.465) (-4727.450) (-4739.394) -- 0:24:18
112500 -- [-4698.704] (-4732.344) (-4707.224) (-4714.705) * (-4729.162) [-4692.553] (-4722.385) (-4740.038) -- 0:24:19
113000 -- (-4712.235) (-4739.575) [-4697.771] (-4717.372) * (-4739.754) (-4709.714) [-4720.568] (-4740.470) -- 0:24:20
113500 -- (-4710.446) (-4749.237) [-4697.147] (-4730.088) * (-4724.723) [-4688.052] (-4715.131) (-4736.819) -- 0:24:20
114000 -- (-4729.005) (-4754.286) [-4703.302] (-4727.624) * (-4723.119) [-4696.820] (-4713.514) (-4725.424) -- 0:24:21
114500 -- (-4725.821) (-4738.058) [-4691.285] (-4723.489) * (-4728.965) (-4705.061) [-4702.180] (-4722.415) -- 0:24:13
115000 -- (-4735.349) [-4717.291] (-4698.304) (-4717.296) * (-4729.479) [-4704.256] (-4711.130) (-4725.620) -- 0:24:14
Average standard deviation of split frequencies: 0.058545
115500 -- (-4709.912) (-4728.777) [-4700.342] (-4724.296) * (-4745.563) (-4706.932) [-4706.829] (-4731.561) -- 0:24:15
116000 -- (-4722.579) [-4708.427] (-4706.218) (-4736.493) * (-4744.940) (-4704.747) [-4725.749] (-4741.898) -- 0:24:15
116500 -- (-4727.276) (-4706.511) [-4702.460] (-4733.186) * (-4733.271) (-4708.361) [-4714.527] (-4712.301) -- 0:24:16
117000 -- (-4719.383) (-4715.685) [-4705.138] (-4723.357) * (-4721.208) (-4711.403) [-4716.341] (-4736.130) -- 0:24:09
117500 -- (-4717.875) (-4741.130) [-4699.889] (-4720.267) * (-4726.055) (-4714.592) [-4716.467] (-4735.035) -- 0:24:09
118000 -- [-4701.493] (-4704.844) (-4706.620) (-4736.931) * (-4728.608) [-4702.581] (-4707.020) (-4724.620) -- 0:24:10
118500 -- [-4691.865] (-4711.288) (-4722.568) (-4720.990) * (-4731.694) (-4709.368) [-4698.684] (-4737.592) -- 0:24:10
119000 -- [-4709.820] (-4708.448) (-4718.373) (-4724.530) * (-4744.971) (-4723.486) [-4703.779] (-4724.123) -- 0:24:11
119500 -- (-4713.529) [-4707.867] (-4719.442) (-4719.426) * (-4746.698) (-4715.377) [-4704.773] (-4733.251) -- 0:24:04
120000 -- (-4710.975) [-4713.255] (-4723.683) (-4728.936) * (-4749.058) (-4710.410) [-4686.348] (-4726.202) -- 0:24:04
Average standard deviation of split frequencies: 0.056932
120500 -- [-4694.959] (-4707.825) (-4733.502) (-4713.665) * (-4764.909) (-4715.986) [-4704.233] (-4719.168) -- 0:24:05
121000 -- (-4710.852) (-4708.575) (-4722.608) [-4707.494] * (-4740.904) [-4717.657] (-4714.277) (-4714.022) -- 0:24:05
121500 -- [-4699.870] (-4722.413) (-4734.180) (-4713.693) * (-4754.575) (-4729.046) [-4711.983] (-4728.669) -- 0:24:06
122000 -- (-4705.144) [-4691.230] (-4736.270) (-4721.900) * (-4732.357) (-4736.620) (-4708.126) [-4704.219] -- 0:23:59
122500 -- [-4699.628] (-4707.975) (-4740.412) (-4732.968) * (-4737.896) (-4738.281) [-4700.842] (-4704.174) -- 0:23:59
123000 -- (-4710.233) [-4707.750] (-4727.125) (-4722.587) * (-4751.290) (-4738.039) [-4694.715] (-4705.865) -- 0:24:00
123500 -- (-4702.606) [-4708.802] (-4719.084) (-4746.023) * (-4757.001) (-4751.974) [-4691.471] (-4712.807) -- 0:24:00
124000 -- (-4725.572) (-4707.670) [-4697.931] (-4746.731) * (-4778.775) (-4757.132) (-4694.100) [-4701.478] -- 0:24:01
124500 -- (-4723.055) [-4705.347] (-4709.077) (-4719.907) * (-4772.298) (-4738.613) [-4700.623] (-4708.815) -- 0:23:54
125000 -- [-4700.076] (-4721.981) (-4698.734) (-4714.112) * (-4744.905) (-4721.726) [-4691.211] (-4714.717) -- 0:23:55
Average standard deviation of split frequencies: 0.055858
125500 -- (-4708.731) (-4716.106) [-4695.502] (-4708.478) * (-4728.569) [-4715.957] (-4689.732) (-4723.227) -- 0:23:55
126000 -- (-4687.429) (-4739.269) [-4702.075] (-4718.550) * (-4739.106) (-4732.160) [-4694.548] (-4708.427) -- 0:23:55
126500 -- [-4691.555] (-4711.144) (-4722.387) (-4715.641) * (-4726.167) (-4711.672) [-4712.026] (-4733.609) -- 0:23:56
127000 -- [-4704.887] (-4715.515) (-4720.536) (-4715.690) * (-4725.278) (-4714.946) [-4696.113] (-4711.683) -- 0:23:56
127500 -- (-4708.514) (-4723.699) (-4716.098) [-4708.972] * (-4736.602) (-4703.880) [-4695.950] (-4721.774) -- 0:23:50
128000 -- (-4708.237) [-4708.530] (-4728.907) (-4696.183) * (-4736.196) [-4704.856] (-4695.922) (-4730.503) -- 0:23:50
128500 -- (-4702.812) [-4707.326] (-4734.164) (-4712.230) * (-4738.844) [-4713.709] (-4704.949) (-4724.023) -- 0:23:51
129000 -- (-4722.121) [-4702.351] (-4733.893) (-4703.909) * (-4750.141) (-4712.455) [-4695.374] (-4728.777) -- 0:23:51
129500 -- (-4738.381) [-4710.893] (-4717.894) (-4707.014) * (-4729.673) [-4697.611] (-4694.870) (-4733.974) -- 0:23:51
130000 -- (-4746.114) [-4708.156] (-4727.506) (-4722.132) * (-4737.864) [-4703.262] (-4706.330) (-4740.467) -- 0:23:52
Average standard deviation of split frequencies: 0.058437
130500 -- [-4702.171] (-4711.984) (-4734.190) (-4725.525) * (-4720.957) [-4711.749] (-4704.818) (-4747.515) -- 0:23:45
131000 -- [-4700.734] (-4707.924) (-4741.704) (-4705.412) * (-4726.600) (-4712.504) [-4708.905] (-4735.766) -- 0:23:46
131500 -- (-4702.974) [-4707.991] (-4723.151) (-4708.607) * (-4714.943) [-4699.803] (-4702.649) (-4726.209) -- 0:23:46
132000 -- [-4697.306] (-4723.686) (-4733.607) (-4702.309) * [-4720.014] (-4714.843) (-4706.616) (-4744.449) -- 0:23:46
132500 -- [-4696.211] (-4710.071) (-4730.428) (-4705.886) * (-4721.007) [-4711.471] (-4725.823) (-4737.365) -- 0:23:47
133000 -- [-4701.607] (-4715.018) (-4737.417) (-4710.051) * (-4726.701) (-4727.622) [-4720.164] (-4729.215) -- 0:23:47
133500 -- (-4710.452) [-4715.720] (-4740.822) (-4709.056) * [-4717.878] (-4724.525) (-4735.131) (-4727.449) -- 0:23:41
134000 -- (-4721.407) [-4709.738] (-4742.768) (-4708.871) * [-4731.256] (-4730.851) (-4711.393) (-4746.011) -- 0:23:41
134500 -- (-4715.669) (-4714.951) (-4717.102) [-4705.222] * [-4714.691] (-4736.118) (-4706.013) (-4737.340) -- 0:23:42
135000 -- (-4742.497) [-4726.115] (-4731.118) (-4714.538) * (-4716.821) (-4742.311) [-4699.724] (-4738.867) -- 0:23:42
Average standard deviation of split frequencies: 0.055907
135500 -- [-4716.728] (-4716.508) (-4742.249) (-4722.164) * (-4713.316) (-4731.302) [-4697.632] (-4734.605) -- 0:23:42
136000 -- [-4725.890] (-4728.910) (-4725.384) (-4749.991) * (-4707.910) (-4738.710) [-4703.712] (-4713.622) -- 0:23:36
136500 -- (-4744.540) (-4732.889) [-4715.496] (-4711.494) * (-4729.146) (-4710.828) [-4714.794] (-4714.054) -- 0:23:37
137000 -- (-4754.280) (-4725.337) (-4721.019) [-4713.725] * (-4718.525) (-4717.941) (-4712.776) [-4715.116] -- 0:23:37
137500 -- (-4728.866) (-4728.620) (-4746.683) [-4711.633] * (-4730.556) (-4728.011) (-4713.610) [-4688.700] -- 0:23:37
138000 -- [-4703.639] (-4734.085) (-4735.399) (-4718.103) * (-4717.111) (-4737.427) (-4738.535) [-4696.567] -- 0:23:37
138500 -- (-4725.434) (-4728.787) [-4707.844] (-4722.487) * [-4703.691] (-4719.691) (-4730.251) (-4702.123) -- 0:23:38
139000 -- (-4722.899) [-4705.265] (-4738.086) (-4723.249) * [-4688.258] (-4720.694) (-4726.180) (-4715.236) -- 0:23:32
139500 -- (-4752.140) (-4718.407) [-4713.575] (-4722.239) * [-4698.293] (-4709.174) (-4724.908) (-4714.377) -- 0:23:32
140000 -- (-4725.666) [-4713.295] (-4731.742) (-4724.250) * [-4685.373] (-4721.173) (-4719.336) (-4728.651) -- 0:23:32
Average standard deviation of split frequencies: 0.054057
140500 -- (-4728.828) [-4712.528] (-4735.253) (-4720.141) * (-4705.419) [-4699.804] (-4748.209) (-4726.341) -- 0:23:33
141000 -- (-4739.084) (-4722.875) [-4715.980] (-4718.366) * [-4701.503] (-4699.113) (-4717.572) (-4725.846) -- 0:23:33
141500 -- (-4741.253) (-4709.985) [-4708.502] (-4717.523) * (-4714.432) (-4713.386) (-4708.199) [-4703.862] -- 0:23:33
142000 -- (-4750.831) (-4712.271) [-4709.294] (-4712.406) * [-4695.684] (-4702.707) (-4735.464) (-4724.597) -- 0:23:27
142500 -- (-4726.561) (-4711.074) [-4712.343] (-4731.914) * [-4691.609] (-4705.042) (-4715.839) (-4731.259) -- 0:23:28
143000 -- (-4731.331) (-4700.884) [-4698.008] (-4705.763) * (-4723.954) [-4705.210] (-4722.221) (-4717.866) -- 0:23:28
143500 -- (-4744.256) [-4689.961] (-4714.913) (-4728.873) * (-4704.077) (-4722.772) (-4724.316) [-4720.961] -- 0:23:28
144000 -- (-4726.696) (-4692.146) [-4723.546] (-4725.676) * [-4713.738] (-4722.117) (-4720.144) (-4730.210) -- 0:23:28
144500 -- [-4712.236] (-4703.529) (-4723.114) (-4736.478) * (-4732.900) (-4734.526) [-4701.557] (-4734.179) -- 0:23:23
145000 -- (-4722.998) [-4700.999] (-4740.787) (-4735.792) * [-4717.073] (-4737.811) (-4722.512) (-4729.191) -- 0:23:23
Average standard deviation of split frequencies: 0.051185
145500 -- (-4741.062) (-4712.587) [-4716.244] (-4736.890) * (-4720.579) (-4735.882) [-4707.283] (-4727.625) -- 0:23:23
146000 -- (-4752.877) (-4709.802) (-4720.753) [-4709.915] * (-4732.407) (-4740.976) [-4716.983] (-4716.129) -- 0:23:23
146500 -- (-4732.155) [-4709.741] (-4743.425) (-4721.463) * [-4705.410] (-4720.534) (-4719.794) (-4710.244) -- 0:23:24
147000 -- (-4735.778) (-4710.062) (-4752.547) [-4709.141] * [-4705.799] (-4721.959) (-4733.686) (-4712.320) -- 0:23:24
147500 -- (-4731.032) [-4703.166] (-4724.855) (-4701.295) * (-4721.478) (-4714.272) (-4725.478) [-4720.969] -- 0:23:18
148000 -- (-4723.683) (-4715.756) (-4711.448) [-4698.561] * (-4726.281) [-4702.413] (-4723.534) (-4728.592) -- 0:23:18
148500 -- (-4716.506) (-4716.285) [-4711.850] (-4710.070) * [-4717.851] (-4715.367) (-4738.457) (-4714.869) -- 0:23:19
149000 -- (-4726.359) (-4718.540) [-4699.283] (-4738.892) * (-4712.524) (-4721.524) [-4714.823] (-4713.822) -- 0:23:19
149500 -- (-4716.562) (-4739.395) [-4695.546] (-4720.065) * (-4734.805) [-4714.876] (-4714.816) (-4731.179) -- 0:23:19
150000 -- (-4718.231) (-4732.322) [-4725.459] (-4731.487) * (-4714.191) (-4715.243) (-4730.232) [-4712.444] -- 0:23:19
Average standard deviation of split frequencies: 0.048163
150500 -- (-4724.606) (-4710.539) [-4711.654] (-4743.898) * (-4719.953) [-4701.061] (-4728.582) (-4732.147) -- 0:23:14
151000 -- (-4750.567) [-4701.949] (-4697.875) (-4732.063) * (-4736.289) [-4711.822] (-4726.687) (-4740.773) -- 0:23:14
151500 -- (-4749.315) (-4712.947) (-4701.572) [-4708.868] * (-4748.304) (-4723.608) [-4715.947] (-4714.608) -- 0:23:14
152000 -- (-4749.656) [-4700.495] (-4706.860) (-4731.088) * (-4736.671) (-4709.560) (-4733.289) [-4706.376] -- 0:23:14
152500 -- [-4707.404] (-4692.587) (-4720.510) (-4750.989) * (-4757.948) [-4707.673] (-4724.656) (-4713.732) -- 0:23:14
153000 -- (-4717.558) [-4687.214] (-4733.498) (-4734.452) * (-4768.399) [-4705.347] (-4712.937) (-4728.451) -- 0:23:09
153500 -- (-4717.369) [-4679.141] (-4718.475) (-4765.338) * (-4753.727) (-4714.973) [-4713.519] (-4724.102) -- 0:23:09
154000 -- (-4727.453) [-4694.397] (-4719.423) (-4730.527) * (-4754.563) (-4710.103) [-4701.910] (-4738.410) -- 0:23:09
154500 -- (-4725.708) [-4694.876] (-4714.767) (-4730.101) * (-4725.743) (-4705.588) [-4716.003] (-4730.332) -- 0:23:10
155000 -- [-4722.832] (-4702.292) (-4708.630) (-4738.231) * (-4709.888) [-4709.428] (-4716.505) (-4735.217) -- 0:23:10
Average standard deviation of split frequencies: 0.046324
155500 -- (-4745.241) [-4697.777] (-4707.572) (-4745.699) * [-4704.224] (-4708.080) (-4733.060) (-4762.718) -- 0:23:10
156000 -- (-4745.424) [-4714.370] (-4701.600) (-4736.636) * [-4704.551] (-4721.787) (-4729.339) (-4759.658) -- 0:23:05
156500 -- (-4733.998) (-4723.217) [-4693.499] (-4729.274) * (-4727.634) [-4705.418] (-4731.031) (-4746.428) -- 0:23:05
157000 -- (-4744.168) (-4724.530) [-4698.087] (-4736.062) * (-4721.510) [-4711.229] (-4733.934) (-4752.282) -- 0:23:05
157500 -- (-4737.409) (-4725.246) [-4697.777] (-4747.136) * (-4724.503) [-4699.717] (-4728.530) (-4755.220) -- 0:23:05
158000 -- (-4737.192) (-4710.894) [-4700.440] (-4749.172) * (-4739.847) [-4699.583] (-4748.227) (-4733.887) -- 0:23:05
158500 -- (-4730.265) (-4715.980) [-4700.440] (-4755.017) * (-4733.201) [-4698.051] (-4727.215) (-4729.204) -- 0:23:00
159000 -- (-4727.951) (-4716.675) [-4707.953] (-4749.711) * (-4730.724) (-4698.467) (-4732.156) [-4716.675] -- 0:23:00
159500 -- (-4733.129) (-4716.788) [-4700.643] (-4749.398) * (-4732.226) [-4709.246] (-4731.596) (-4731.416) -- 0:23:00
160000 -- (-4760.464) (-4722.356) [-4693.982] (-4736.440) * (-4721.234) [-4688.955] (-4722.378) (-4718.108) -- 0:23:00
Average standard deviation of split frequencies: 0.047678
160500 -- (-4754.267) [-4702.643] (-4719.915) (-4741.321) * (-4720.093) [-4702.587] (-4723.252) (-4707.067) -- 0:23:00
161000 -- (-4749.755) (-4726.269) (-4704.805) [-4695.920] * (-4755.108) (-4702.279) (-4711.914) [-4700.427] -- 0:23:00
161500 -- (-4768.434) (-4729.956) [-4705.036] (-4723.219) * (-4745.125) (-4712.832) [-4703.318] (-4720.486) -- 0:22:55
162000 -- (-4761.978) (-4719.479) [-4696.132] (-4721.848) * (-4741.179) (-4715.862) (-4710.985) [-4719.704] -- 0:22:55
162500 -- (-4763.353) (-4710.822) [-4701.801] (-4722.119) * (-4725.801) [-4716.736] (-4715.760) (-4710.695) -- 0:22:56
163000 -- (-4777.474) (-4706.294) [-4701.842] (-4710.397) * [-4718.140] (-4727.644) (-4719.783) (-4714.133) -- 0:22:56
163500 -- (-4773.370) (-4707.683) [-4697.590] (-4718.610) * [-4699.318] (-4724.259) (-4717.672) (-4726.331) -- 0:22:56
164000 -- (-4739.194) [-4703.450] (-4703.545) (-4733.142) * (-4701.877) (-4736.116) [-4707.761] (-4716.639) -- 0:22:56
164500 -- (-4728.112) (-4725.028) [-4712.580] (-4736.806) * (-4703.701) (-4760.286) (-4716.838) [-4713.672] -- 0:22:51
165000 -- (-4728.036) (-4741.932) [-4713.412] (-4731.036) * [-4708.696] (-4766.678) (-4700.121) (-4722.253) -- 0:22:51
Average standard deviation of split frequencies: 0.044779
165500 -- (-4723.402) (-4747.021) [-4708.148] (-4750.906) * (-4725.972) (-4740.042) [-4702.629] (-4712.040) -- 0:22:51
166000 -- (-4728.904) (-4718.463) [-4704.934] (-4753.543) * (-4750.548) (-4739.196) (-4723.308) [-4702.788] -- 0:22:51
166500 -- (-4723.074) (-4736.009) [-4694.565] (-4747.911) * (-4735.873) (-4742.899) [-4715.113] (-4712.720) -- 0:22:51
167000 -- (-4717.621) (-4718.725) [-4694.160] (-4724.068) * (-4743.805) (-4739.323) [-4704.609] (-4715.731) -- 0:22:51
167500 -- (-4713.437) [-4701.701] (-4707.160) (-4734.492) * (-4731.456) (-4726.278) (-4701.824) [-4708.902] -- 0:22:46
168000 -- (-4724.803) (-4706.725) [-4695.103] (-4734.397) * (-4715.261) (-4746.711) (-4716.814) [-4693.688] -- 0:22:46
168500 -- (-4737.763) (-4714.570) [-4715.771] (-4723.816) * (-4720.745) (-4758.139) [-4710.400] (-4693.212) -- 0:22:46
169000 -- (-4726.838) [-4709.452] (-4724.080) (-4753.261) * (-4723.068) (-4733.607) (-4697.102) [-4694.001] -- 0:22:46
169500 -- (-4713.743) [-4697.374] (-4712.311) (-4743.343) * (-4717.384) (-4729.975) [-4704.501] (-4705.647) -- 0:22:47
170000 -- (-4711.375) (-4719.702) [-4721.647] (-4729.917) * (-4716.510) (-4707.461) [-4707.321] (-4717.053) -- 0:22:42
Average standard deviation of split frequencies: 0.043066
170500 -- [-4714.830] (-4706.135) (-4731.363) (-4729.248) * (-4730.295) (-4716.988) [-4699.415] (-4726.606) -- 0:22:42
171000 -- [-4714.333] (-4723.910) (-4722.429) (-4730.403) * (-4726.748) (-4719.901) [-4700.418] (-4724.288) -- 0:22:42
171500 -- [-4710.321] (-4732.566) (-4728.189) (-4714.226) * (-4721.643) (-4729.477) [-4702.425] (-4730.523) -- 0:22:42
172000 -- [-4708.960] (-4723.076) (-4711.573) (-4731.433) * [-4703.554] (-4712.880) (-4712.843) (-4735.965) -- 0:22:42
172500 -- (-4697.289) (-4731.635) (-4718.451) [-4721.032] * [-4715.283] (-4721.495) (-4695.784) (-4751.236) -- 0:22:42
173000 -- (-4723.894) (-4721.261) (-4725.884) [-4714.952] * (-4733.606) [-4695.503] (-4708.204) (-4748.577) -- 0:22:42
173500 -- (-4725.167) (-4729.011) (-4725.180) [-4698.185] * (-4743.983) (-4719.914) [-4707.418] (-4732.775) -- 0:22:37
174000 -- (-4739.856) (-4721.316) (-4732.115) [-4714.345] * (-4733.165) (-4719.918) [-4698.407] (-4736.672) -- 0:22:37
174500 -- (-4729.788) [-4708.542] (-4756.201) (-4720.986) * (-4747.516) (-4726.604) [-4710.013] (-4748.213) -- 0:22:37
175000 -- (-4727.841) [-4705.217] (-4758.269) (-4719.848) * (-4759.877) (-4732.752) [-4721.133] (-4744.290) -- 0:22:37
Average standard deviation of split frequencies: 0.040889
175500 -- (-4723.945) (-4712.658) (-4754.967) [-4716.226] * (-4739.445) (-4744.335) [-4707.513] (-4730.883) -- 0:22:37
176000 -- (-4725.988) (-4698.438) (-4741.377) [-4717.774] * (-4727.238) (-4723.306) [-4717.182] (-4735.443) -- 0:22:33
176500 -- (-4720.386) [-4701.670] (-4717.988) (-4733.393) * (-4733.437) (-4715.218) (-4709.010) [-4729.654] -- 0:22:33
177000 -- (-4704.775) (-4708.856) [-4708.689] (-4723.533) * (-4751.110) (-4735.241) [-4706.855] (-4734.066) -- 0:22:33
177500 -- (-4708.306) (-4716.143) [-4705.647] (-4739.917) * (-4736.700) (-4731.542) [-4702.390] (-4736.137) -- 0:22:33
178000 -- (-4721.355) (-4721.886) [-4699.212] (-4747.222) * (-4738.723) [-4727.766] (-4722.151) (-4720.999) -- 0:22:33
178500 -- (-4707.806) (-4722.115) [-4715.864] (-4738.165) * (-4742.327) (-4740.384) [-4702.216] (-4718.021) -- 0:22:33
179000 -- [-4695.041] (-4717.800) (-4720.887) (-4739.315) * (-4723.524) (-4736.022) (-4704.371) [-4706.596] -- 0:22:28
179500 -- (-4707.300) [-4716.571] (-4715.195) (-4736.606) * (-4721.390) (-4737.575) (-4706.485) [-4706.406] -- 0:22:28
180000 -- (-4712.238) [-4701.915] (-4712.571) (-4746.533) * (-4717.031) (-4731.047) [-4686.993] (-4721.675) -- 0:22:28
Average standard deviation of split frequencies: 0.039593
180500 -- (-4712.462) (-4707.043) [-4712.181] (-4742.101) * (-4718.321) (-4737.036) (-4696.918) [-4712.809] -- 0:22:28
181000 -- (-4733.775) [-4695.501] (-4722.221) (-4740.962) * (-4719.349) (-4744.478) [-4693.369] (-4719.026) -- 0:22:28
181500 -- (-4720.860) [-4693.222] (-4737.625) (-4739.316) * (-4726.467) (-4767.742) [-4693.173] (-4731.493) -- 0:22:28
182000 -- (-4724.152) [-4711.080] (-4738.384) (-4728.166) * (-4732.679) (-4751.289) [-4700.907] (-4727.764) -- 0:22:23
182500 -- (-4706.688) [-4705.119] (-4738.151) (-4735.854) * (-4749.096) (-4735.787) [-4704.854] (-4718.616) -- 0:22:23
183000 -- (-4740.728) (-4710.513) [-4718.278] (-4719.162) * (-4741.584) (-4748.447) [-4698.647] (-4740.550) -- 0:22:23
183500 -- (-4732.592) (-4710.201) [-4687.559] (-4718.385) * (-4734.211) (-4730.900) [-4694.165] (-4729.613) -- 0:22:23
184000 -- (-4731.376) (-4709.503) [-4695.172] (-4726.764) * (-4726.092) (-4747.509) (-4697.487) [-4725.814] -- 0:22:23
184500 -- (-4729.573) (-4731.061) [-4712.673] (-4723.767) * (-4723.336) (-4741.813) [-4709.157] (-4728.614) -- 0:22:23
185000 -- (-4741.422) (-4718.400) (-4704.674) [-4714.518] * (-4731.403) (-4763.989) [-4708.379] (-4723.474) -- 0:22:19
Average standard deviation of split frequencies: 0.038943
185500 -- (-4739.461) (-4716.929) [-4692.336] (-4712.933) * [-4717.709] (-4738.494) (-4730.337) (-4725.940) -- 0:22:19
186000 -- (-4744.485) (-4722.334) [-4692.623] (-4716.643) * [-4719.090] (-4736.259) (-4717.730) (-4739.223) -- 0:22:19
186500 -- (-4762.134) (-4704.751) [-4701.007] (-4738.229) * (-4720.795) (-4718.062) [-4720.823] (-4712.368) -- 0:22:19
187000 -- (-4745.337) [-4708.871] (-4710.692) (-4729.094) * (-4726.271) [-4720.916] (-4737.150) (-4727.781) -- 0:22:19
187500 -- (-4741.310) (-4709.899) [-4703.178] (-4735.567) * (-4719.123) (-4739.173) (-4738.435) [-4704.624] -- 0:22:19
188000 -- (-4732.012) [-4704.941] (-4720.261) (-4733.422) * (-4726.154) (-4723.079) (-4740.884) [-4696.820] -- 0:22:14
188500 -- (-4726.306) [-4701.639] (-4719.753) (-4735.700) * (-4740.599) (-4735.965) [-4710.975] (-4711.927) -- 0:22:14
189000 -- (-4746.729) [-4695.646] (-4735.126) (-4732.659) * (-4737.644) (-4726.152) [-4693.733] (-4730.193) -- 0:22:14
189500 -- (-4740.697) (-4704.720) [-4703.208] (-4740.563) * (-4740.380) (-4721.877) [-4696.402] (-4736.131) -- 0:22:14
190000 -- (-4741.901) [-4707.247] (-4728.390) (-4738.906) * (-4726.957) (-4727.279) [-4698.883] (-4745.277) -- 0:22:14
Average standard deviation of split frequencies: 0.036873
190500 -- (-4745.614) (-4704.027) (-4735.978) [-4717.398] * (-4721.865) (-4729.310) [-4697.466] (-4729.577) -- 0:22:14
191000 -- (-4719.072) (-4738.424) [-4726.441] (-4710.176) * (-4737.041) (-4742.934) [-4691.723] (-4741.092) -- 0:22:09
191500 -- (-4711.530) (-4718.662) (-4741.784) [-4707.299] * (-4723.614) (-4713.473) [-4696.681] (-4729.680) -- 0:22:09
192000 -- (-4705.175) (-4719.302) [-4723.406] (-4709.856) * (-4717.510) (-4707.068) [-4692.194] (-4744.750) -- 0:22:09
192500 -- (-4715.695) (-4715.105) (-4728.071) [-4707.165] * (-4719.637) [-4710.062] (-4708.832) (-4739.151) -- 0:22:09
193000 -- (-4715.016) (-4723.746) (-4751.998) [-4700.020] * (-4718.512) (-4718.429) (-4725.445) [-4714.575] -- 0:22:09
193500 -- (-4715.606) [-4711.000] (-4732.170) (-4693.619) * [-4712.197] (-4720.270) (-4737.246) (-4712.476) -- 0:22:09
194000 -- [-4708.380] (-4711.733) (-4729.795) (-4719.771) * [-4716.750] (-4745.789) (-4721.303) (-4722.834) -- 0:22:05
194500 -- (-4736.547) [-4698.636] (-4725.048) (-4710.481) * (-4713.556) (-4738.092) (-4736.183) [-4699.671] -- 0:22:05
195000 -- (-4733.767) (-4726.663) [-4710.843] (-4701.140) * (-4725.599) (-4738.426) (-4738.654) [-4700.749] -- 0:22:05
Average standard deviation of split frequencies: 0.034385
195500 -- (-4734.333) (-4744.249) [-4713.463] (-4711.592) * (-4724.680) (-4723.178) (-4713.989) [-4702.765] -- 0:22:05
196000 -- (-4726.111) (-4744.018) [-4713.176] (-4699.196) * (-4719.190) (-4718.729) [-4703.101] (-4721.705) -- 0:22:04
196500 -- (-4728.606) (-4716.050) (-4712.782) [-4709.867] * [-4714.501] (-4728.959) (-4699.391) (-4721.963) -- 0:22:04
197000 -- (-4720.770) (-4708.645) (-4713.414) [-4722.440] * (-4732.902) (-4721.611) [-4705.996] (-4720.263) -- 0:22:00
197500 -- (-4721.250) (-4729.895) [-4707.458] (-4735.253) * (-4721.974) (-4715.843) [-4710.926] (-4725.343) -- 0:22:00
198000 -- (-4722.497) (-4744.579) [-4687.921] (-4720.632) * (-4729.303) (-4732.771) [-4696.780] (-4714.361) -- 0:22:00
198500 -- (-4737.438) (-4723.699) [-4698.891] (-4723.450) * (-4742.606) (-4752.900) [-4691.411] (-4701.224) -- 0:22:00
199000 -- (-4723.923) (-4723.666) [-4697.594] (-4720.739) * (-4735.251) (-4761.327) [-4692.418] (-4705.637) -- 0:22:00
199500 -- (-4716.062) (-4725.295) [-4708.606] (-4710.185) * (-4718.640) (-4738.103) (-4700.616) [-4705.624] -- 0:22:00
200000 -- (-4713.683) (-4698.500) [-4710.930] (-4714.057) * (-4716.698) (-4739.317) [-4693.232] (-4730.888) -- 0:21:56
Average standard deviation of split frequencies: 0.032480
200500 -- (-4727.505) [-4687.474] (-4719.334) (-4709.165) * (-4707.365) (-4756.643) [-4705.411] (-4726.325) -- 0:21:55
201000 -- (-4704.896) [-4679.071] (-4720.026) (-4721.041) * (-4721.774) (-4746.642) [-4716.524] (-4706.120) -- 0:21:55
201500 -- (-4710.776) [-4696.017] (-4730.938) (-4727.349) * (-4735.124) (-4746.485) (-4715.680) [-4689.430] -- 0:21:55
202000 -- (-4705.434) (-4709.192) (-4722.744) [-4702.620] * (-4749.773) (-4736.618) (-4711.126) [-4699.550] -- 0:21:55
202500 -- (-4721.631) (-4703.314) (-4721.281) [-4703.544] * (-4741.114) (-4729.741) (-4707.072) [-4712.821] -- 0:21:55
203000 -- (-4713.397) [-4696.747] (-4723.015) (-4703.759) * (-4733.672) (-4731.403) [-4694.473] (-4723.458) -- 0:21:51
203500 -- (-4716.117) [-4692.703] (-4729.491) (-4698.705) * (-4729.972) (-4717.730) (-4715.839) [-4719.021] -- 0:21:51
204000 -- (-4724.932) [-4699.814] (-4709.175) (-4698.215) * (-4743.709) (-4735.349) [-4700.675] (-4694.440) -- 0:21:51
204500 -- (-4740.131) [-4692.620] (-4716.294) (-4711.699) * (-4738.662) (-4724.114) (-4689.627) [-4694.154] -- 0:21:50
205000 -- (-4753.176) [-4696.799] (-4715.777) (-4701.601) * (-4736.376) (-4720.197) [-4696.959] (-4716.939) -- 0:21:50
Average standard deviation of split frequencies: 0.033194
205500 -- (-4714.541) [-4691.038] (-4711.683) (-4712.744) * (-4740.770) (-4741.624) (-4709.158) [-4715.289] -- 0:21:50
206000 -- (-4710.139) [-4698.375] (-4712.979) (-4716.530) * (-4755.034) (-4731.661) (-4709.261) [-4710.473] -- 0:21:46
206500 -- [-4700.451] (-4709.434) (-4709.863) (-4730.348) * (-4747.861) (-4738.238) (-4722.946) [-4718.382] -- 0:21:46
207000 -- (-4703.521) [-4707.667] (-4713.054) (-4729.821) * (-4729.354) (-4721.600) (-4749.080) [-4706.768] -- 0:21:46
207500 -- [-4701.848] (-4700.871) (-4714.939) (-4741.691) * (-4729.445) [-4720.427] (-4745.988) (-4708.439) -- 0:21:46
208000 -- (-4699.508) [-4716.927] (-4721.624) (-4728.614) * (-4722.236) (-4720.660) (-4751.021) [-4703.858] -- 0:21:46
208500 -- (-4700.446) (-4717.653) [-4700.394] (-4739.280) * (-4729.112) (-4727.930) (-4718.472) [-4707.932] -- 0:21:45
209000 -- (-4709.551) [-4704.928] (-4713.761) (-4751.283) * (-4732.517) [-4711.980] (-4711.599) (-4717.743) -- 0:21:45
209500 -- [-4698.569] (-4727.058) (-4716.668) (-4729.682) * (-4721.282) (-4719.426) [-4705.091] (-4720.914) -- 0:21:41
210000 -- [-4685.507] (-4721.285) (-4703.019) (-4740.187) * [-4709.523] (-4724.420) (-4703.936) (-4714.714) -- 0:21:41
Average standard deviation of split frequencies: 0.031401
210500 -- [-4708.027] (-4706.100) (-4715.026) (-4743.239) * (-4730.160) [-4717.660] (-4720.573) (-4722.945) -- 0:21:41
211000 -- (-4697.428) (-4723.685) [-4711.885] (-4731.392) * (-4726.877) (-4712.404) (-4720.226) [-4693.131] -- 0:21:41
211500 -- (-4727.078) [-4709.154] (-4710.613) (-4752.336) * (-4735.853) [-4708.806] (-4703.356) (-4711.957) -- 0:21:41
212000 -- (-4702.278) (-4704.428) [-4713.160] (-4743.137) * (-4723.784) [-4698.155] (-4722.105) (-4702.607) -- 0:21:40
212500 -- [-4709.457] (-4722.728) (-4733.457) (-4731.908) * (-4720.054) (-4694.063) [-4707.964] (-4706.004) -- 0:21:37
213000 -- (-4721.209) [-4717.265] (-4733.724) (-4725.961) * (-4721.974) (-4697.128) (-4734.881) [-4697.666] -- 0:21:36
213500 -- (-4722.593) (-4727.765) (-4735.297) [-4706.950] * (-4719.944) [-4695.465] (-4745.560) (-4716.819) -- 0:21:36
214000 -- (-4703.673) (-4729.846) (-4741.696) [-4705.056] * (-4717.503) (-4705.504) (-4732.075) [-4707.494] -- 0:21:36
214500 -- (-4714.234) (-4735.590) (-4718.205) [-4706.334] * (-4721.178) [-4716.601] (-4733.691) (-4719.298) -- 0:21:36
215000 -- (-4715.010) (-4720.141) [-4721.186] (-4716.949) * (-4715.254) [-4709.230] (-4733.612) (-4731.120) -- 0:21:36
Average standard deviation of split frequencies: 0.029392
215500 -- (-4707.181) (-4734.204) (-4715.802) [-4698.716] * [-4724.084] (-4703.454) (-4716.526) (-4735.520) -- 0:21:32
216000 -- [-4699.270] (-4751.953) (-4726.309) (-4723.527) * (-4733.560) (-4717.796) [-4710.006] (-4732.734) -- 0:21:32
216500 -- [-4700.880] (-4742.696) (-4714.890) (-4732.025) * (-4754.080) [-4714.149] (-4731.197) (-4714.386) -- 0:21:31
217000 -- [-4703.674] (-4759.389) (-4699.905) (-4744.174) * (-4746.735) [-4699.603] (-4737.873) (-4726.740) -- 0:21:31
217500 -- [-4703.076] (-4738.826) (-4718.278) (-4711.398) * (-4744.841) (-4710.303) [-4727.592] (-4711.479) -- 0:21:31
218000 -- [-4694.104] (-4757.974) (-4715.563) (-4720.552) * (-4733.407) [-4702.490] (-4741.000) (-4731.303) -- 0:21:31
218500 -- [-4698.078] (-4772.216) (-4714.704) (-4711.816) * (-4715.113) [-4704.485] (-4733.967) (-4722.786) -- 0:21:27
219000 -- (-4713.605) (-4758.229) (-4716.362) [-4710.069] * (-4719.685) [-4698.615] (-4731.692) (-4729.081) -- 0:21:27
219500 -- (-4718.239) (-4757.114) [-4715.992] (-4705.599) * (-4736.593) (-4704.973) (-4745.744) [-4719.646] -- 0:21:27
220000 -- (-4751.148) (-4738.324) (-4711.676) [-4713.192] * (-4740.409) [-4712.532] (-4760.408) (-4708.470) -- 0:21:27
Average standard deviation of split frequencies: 0.029107
220500 -- (-4748.661) (-4757.957) (-4726.968) [-4695.673] * (-4745.972) [-4705.148] (-4742.795) (-4709.671) -- 0:21:26
221000 -- (-4748.748) (-4719.988) (-4726.817) [-4690.343] * (-4730.808) (-4701.177) (-4723.053) [-4705.123] -- 0:21:23
221500 -- (-4753.792) (-4721.598) (-4728.459) [-4693.339] * (-4731.361) [-4708.257] (-4721.890) (-4701.809) -- 0:21:22
222000 -- (-4725.735) (-4720.641) (-4736.122) [-4693.808] * (-4727.514) (-4705.284) (-4737.272) [-4697.130] -- 0:21:22
222500 -- (-4718.680) (-4736.780) (-4753.665) [-4694.436] * [-4705.708] (-4720.223) (-4749.275) (-4719.784) -- 0:21:22
223000 -- (-4710.465) (-4727.946) (-4746.383) [-4689.641] * (-4723.743) (-4730.418) (-4733.793) [-4695.135] -- 0:21:22
223500 -- (-4710.291) (-4742.900) (-4716.344) [-4685.540] * [-4716.808] (-4712.002) (-4722.565) (-4703.808) -- 0:21:22
224000 -- (-4719.970) (-4747.565) (-4736.862) [-4700.062] * (-4706.442) [-4706.005] (-4725.075) (-4709.484) -- 0:21:21
224500 -- (-4736.634) [-4717.951] (-4733.365) (-4705.713) * (-4715.606) (-4715.074) (-4732.632) [-4717.064] -- 0:21:18
225000 -- (-4747.232) (-4714.136) (-4737.873) [-4708.916] * [-4708.335] (-4714.969) (-4756.996) (-4708.958) -- 0:21:17
Average standard deviation of split frequencies: 0.028250
225500 -- (-4748.048) [-4703.997] (-4749.442) (-4700.240) * [-4707.050] (-4717.309) (-4750.758) (-4733.381) -- 0:21:17
226000 -- (-4727.293) (-4726.467) (-4733.056) [-4714.640] * (-4713.832) [-4710.200] (-4726.443) (-4720.736) -- 0:21:17
226500 -- [-4713.210] (-4715.172) (-4741.000) (-4717.675) * (-4711.418) (-4727.740) (-4732.748) [-4715.900] -- 0:21:17
227000 -- (-4725.805) [-4693.618] (-4738.239) (-4690.648) * [-4710.043] (-4744.705) (-4742.434) (-4723.378) -- 0:21:16
227500 -- (-4728.121) (-4703.152) (-4747.300) [-4697.731] * (-4696.051) (-4733.368) (-4734.133) [-4709.135] -- 0:21:13
228000 -- (-4718.778) (-4706.532) (-4755.526) [-4703.952] * (-4704.806) (-4732.312) (-4734.451) [-4713.278] -- 0:21:13
228500 -- (-4722.779) (-4711.226) (-4743.485) [-4717.108] * [-4708.891] (-4728.524) (-4726.112) (-4721.338) -- 0:21:12
229000 -- (-4735.495) (-4720.487) (-4745.280) [-4704.686] * (-4721.059) [-4715.458] (-4730.017) (-4723.360) -- 0:21:12
229500 -- (-4739.826) (-4703.314) (-4750.403) [-4693.476] * (-4709.142) (-4727.735) (-4750.573) [-4723.941] -- 0:21:12
230000 -- (-4729.743) (-4700.050) (-4734.629) [-4705.313] * [-4713.693] (-4705.748) (-4754.591) (-4716.609) -- 0:21:08
Average standard deviation of split frequencies: 0.027119
230500 -- (-4715.571) [-4719.566] (-4738.346) (-4693.458) * (-4721.367) (-4715.658) (-4744.032) [-4704.355] -- 0:21:08
231000 -- [-4711.275] (-4713.863) (-4738.069) (-4700.903) * (-4713.514) [-4712.960] (-4746.176) (-4710.550) -- 0:21:08
231500 -- (-4727.627) (-4702.325) (-4716.467) [-4695.552] * (-4709.958) [-4712.782] (-4719.947) (-4738.356) -- 0:21:08
232000 -- (-4746.814) (-4706.988) [-4702.891] (-4700.910) * [-4707.179] (-4725.093) (-4761.998) (-4730.679) -- 0:21:07
232500 -- (-4748.663) (-4716.501) (-4738.722) [-4687.010] * [-4693.699] (-4717.971) (-4747.867) (-4710.822) -- 0:21:07
233000 -- (-4735.233) (-4727.890) (-4726.554) [-4690.639] * [-4713.041] (-4740.113) (-4735.375) (-4726.089) -- 0:21:04
233500 -- (-4735.613) (-4703.142) (-4739.524) [-4702.956] * (-4720.537) (-4720.943) [-4730.986] (-4728.799) -- 0:21:03
234000 -- (-4751.663) [-4701.368] (-4718.469) (-4712.051) * (-4720.229) (-4732.853) [-4724.572] (-4736.178) -- 0:21:03
234500 -- (-4753.752) (-4721.677) (-4718.353) [-4693.120] * (-4697.966) (-4728.361) [-4720.414] (-4748.976) -- 0:21:03
235000 -- (-4736.233) (-4710.585) (-4718.031) [-4700.515] * (-4702.232) (-4739.291) [-4726.605] (-4725.019) -- 0:21:03
Average standard deviation of split frequencies: 0.027238
235500 -- (-4731.155) (-4708.967) (-4710.777) [-4705.257] * [-4711.227] (-4723.108) (-4706.747) (-4738.911) -- 0:21:02
236000 -- [-4705.832] (-4708.439) (-4721.733) (-4715.351) * (-4713.581) (-4726.801) [-4709.844] (-4725.249) -- 0:20:59
236500 -- [-4702.243] (-4732.898) (-4740.555) (-4714.971) * (-4710.087) (-4733.045) [-4707.228] (-4742.526) -- 0:20:59
237000 -- (-4714.441) (-4710.977) (-4735.784) [-4697.068] * (-4715.230) [-4721.754] (-4701.791) (-4730.531) -- 0:20:58
237500 -- (-4700.599) (-4711.758) (-4730.548) [-4700.260] * (-4723.867) (-4719.693) [-4704.599] (-4749.146) -- 0:20:58
238000 -- [-4714.912] (-4710.822) (-4742.799) (-4699.384) * (-4726.784) (-4738.755) [-4693.916] (-4727.548) -- 0:20:58
238500 -- (-4705.430) (-4713.125) (-4733.713) [-4699.398] * (-4718.297) (-4744.109) [-4706.281] (-4736.340) -- 0:20:54
239000 -- (-4704.478) (-4704.968) (-4739.172) [-4701.843] * (-4716.980) (-4737.156) [-4717.001] (-4714.397) -- 0:20:54
239500 -- [-4689.783] (-4714.365) (-4748.380) (-4724.976) * [-4711.484] (-4732.068) (-4727.869) (-4746.876) -- 0:20:54
240000 -- (-4718.334) (-4730.624) (-4729.882) [-4701.393] * (-4724.099) (-4735.141) [-4709.423] (-4716.145) -- 0:20:54
Average standard deviation of split frequencies: 0.027000
240500 -- [-4722.172] (-4728.222) (-4721.352) (-4722.164) * (-4750.755) [-4711.508] (-4713.237) (-4716.985) -- 0:20:53
241000 -- [-4709.902] (-4738.859) (-4708.258) (-4720.748) * (-4729.213) [-4700.500] (-4719.072) (-4742.209) -- 0:20:53
241500 -- (-4741.189) (-4730.352) [-4716.339] (-4720.792) * (-4729.865) (-4708.960) [-4715.322] (-4727.665) -- 0:20:50
242000 -- (-4731.740) (-4740.450) (-4721.168) [-4704.074] * (-4713.261) [-4712.740] (-4709.608) (-4722.393) -- 0:20:49
242500 -- (-4727.339) (-4721.799) (-4737.629) [-4700.401] * (-4733.918) (-4725.546) [-4704.370] (-4733.171) -- 0:20:49
243000 -- (-4722.333) [-4723.338] (-4753.480) (-4719.293) * (-4733.560) (-4727.193) [-4695.253] (-4734.548) -- 0:20:49
243500 -- [-4719.553] (-4717.253) (-4756.990) (-4716.657) * (-4742.638) [-4714.905] (-4705.945) (-4734.356) -- 0:20:48
244000 -- (-4709.597) (-4710.493) (-4733.021) [-4709.948] * [-4728.495] (-4742.246) (-4711.830) (-4737.087) -- 0:20:48
244500 -- (-4727.433) [-4713.738] (-4729.720) (-4723.680) * (-4743.415) (-4726.251) [-4708.950] (-4717.337) -- 0:20:45
245000 -- (-4724.662) (-4714.844) (-4718.348) [-4699.092] * (-4728.753) (-4707.978) [-4699.365] (-4746.233) -- 0:20:44
Average standard deviation of split frequencies: 0.026654
245500 -- (-4716.378) (-4722.856) (-4717.842) [-4697.679] * (-4725.622) (-4704.015) [-4715.816] (-4736.673) -- 0:20:44
246000 -- (-4722.691) (-4726.063) (-4725.026) [-4711.238] * (-4721.566) [-4698.672] (-4710.548) (-4734.973) -- 0:20:44
246500 -- (-4715.701) [-4711.529] (-4722.526) (-4710.106) * (-4713.991) (-4721.655) [-4699.488] (-4735.979) -- 0:20:44
247000 -- [-4705.427] (-4713.793) (-4724.808) (-4707.911) * (-4726.754) (-4714.129) [-4707.728] (-4720.236) -- 0:20:43
247500 -- [-4709.883] (-4705.792) (-4741.630) (-4708.171) * (-4737.085) (-4706.500) [-4722.315] (-4719.466) -- 0:20:40
248000 -- (-4722.158) [-4696.167] (-4730.588) (-4723.067) * (-4723.700) (-4713.761) (-4713.138) [-4713.497] -- 0:20:40
248500 -- (-4725.177) [-4695.466] (-4731.100) (-4716.612) * (-4707.397) [-4724.141] (-4739.320) (-4726.211) -- 0:20:39
249000 -- (-4732.413) [-4699.793] (-4733.665) (-4710.737) * (-4706.507) [-4707.167] (-4747.925) (-4722.856) -- 0:20:39
249500 -- (-4737.836) (-4711.719) (-4727.552) [-4710.540] * (-4710.513) (-4712.102) [-4715.016] (-4746.530) -- 0:20:39
250000 -- (-4734.797) (-4733.392) (-4714.911) [-4708.823] * [-4712.584] (-4721.314) (-4725.795) (-4740.377) -- 0:20:39
Average standard deviation of split frequencies: 0.026435
250500 -- (-4741.092) (-4728.075) (-4715.547) [-4704.781] * [-4690.314] (-4722.438) (-4708.101) (-4745.723) -- 0:20:35
251000 -- (-4752.443) (-4723.911) (-4723.268) [-4692.022] * [-4692.454] (-4715.660) (-4719.370) (-4749.189) -- 0:20:35
251500 -- (-4761.866) (-4742.596) (-4731.373) [-4701.610] * [-4687.484] (-4708.552) (-4722.778) (-4751.447) -- 0:20:35
252000 -- (-4753.820) (-4729.506) (-4730.700) [-4696.214] * (-4697.382) (-4731.433) [-4712.692] (-4756.902) -- 0:20:34
252500 -- (-4726.737) (-4728.873) (-4729.783) [-4695.202] * (-4702.410) (-4715.927) [-4707.917] (-4753.521) -- 0:20:34
253000 -- (-4721.831) (-4731.338) (-4731.189) [-4702.047] * [-4696.671] (-4731.253) (-4706.439) (-4766.090) -- 0:20:34
253500 -- (-4716.620) (-4728.030) (-4753.384) [-4713.742] * [-4701.871] (-4734.718) (-4710.239) (-4754.520) -- 0:20:30
254000 -- [-4711.098] (-4727.582) (-4740.304) (-4704.752) * (-4722.423) (-4739.453) [-4714.559] (-4767.419) -- 0:20:30
254500 -- (-4736.168) (-4726.395) (-4737.949) [-4694.161] * (-4738.583) (-4743.987) [-4702.197] (-4728.281) -- 0:20:30
255000 -- (-4739.290) (-4720.325) [-4709.413] (-4710.537) * (-4714.397) (-4753.462) [-4695.253] (-4736.190) -- 0:20:29
Average standard deviation of split frequencies: 0.025926
255500 -- (-4737.039) [-4711.621] (-4713.499) (-4720.386) * (-4710.315) (-4760.480) [-4702.159] (-4718.688) -- 0:20:29
256000 -- (-4711.331) (-4723.052) (-4721.703) [-4702.233] * (-4719.506) (-4758.353) [-4710.275] (-4714.651) -- 0:20:29
256500 -- (-4710.416) (-4729.325) (-4730.479) [-4708.737] * [-4711.100] (-4763.005) (-4712.539) (-4705.375) -- 0:20:26
257000 -- (-4723.154) (-4723.820) (-4717.508) [-4707.828] * (-4703.293) (-4757.044) [-4725.290] (-4715.147) -- 0:20:25
257500 -- (-4711.900) (-4712.574) [-4709.020] (-4699.385) * [-4687.448] (-4761.047) (-4730.434) (-4714.813) -- 0:20:25
258000 -- (-4716.899) (-4739.479) (-4739.368) [-4686.798] * (-4701.440) (-4744.922) [-4708.689] (-4720.519) -- 0:20:25
258500 -- (-4710.722) (-4735.217) (-4737.937) [-4705.144] * [-4703.388] (-4749.809) (-4713.986) (-4701.733) -- 0:20:24
259000 -- [-4704.021] (-4735.188) (-4733.669) (-4719.274) * (-4717.915) (-4742.929) [-4693.325] (-4716.301) -- 0:20:24
259500 -- [-4692.538] (-4731.205) (-4739.760) (-4722.452) * (-4708.629) (-4763.601) [-4703.833] (-4718.899) -- 0:20:21
260000 -- (-4721.411) (-4718.744) (-4727.386) [-4717.510] * (-4716.899) (-4760.397) (-4698.174) [-4712.516] -- 0:20:21
Average standard deviation of split frequencies: 0.025133
260500 -- (-4717.316) [-4703.930] (-4735.013) (-4728.078) * (-4730.844) (-4749.963) [-4695.340] (-4713.289) -- 0:20:20
261000 -- [-4695.516] (-4713.373) (-4741.202) (-4744.593) * (-4730.083) (-4741.913) [-4691.890] (-4723.779) -- 0:20:20
261500 -- (-4707.964) (-4719.218) (-4749.646) [-4710.670] * (-4734.329) (-4727.231) [-4709.775] (-4709.174) -- 0:20:20
262000 -- [-4697.715] (-4724.369) (-4758.795) (-4746.520) * (-4720.390) (-4710.704) (-4709.768) [-4700.650] -- 0:20:19
262500 -- [-4704.833] (-4716.483) (-4751.441) (-4724.558) * (-4732.258) (-4723.684) [-4717.805] (-4715.669) -- 0:20:16
263000 -- (-4715.374) [-4710.452] (-4747.949) (-4717.226) * [-4710.995] (-4727.344) (-4735.236) (-4714.936) -- 0:20:16
263500 -- (-4712.463) (-4730.812) (-4746.192) [-4720.616] * [-4723.795] (-4723.336) (-4730.026) (-4738.769) -- 0:20:15
264000 -- [-4716.427] (-4721.714) (-4733.695) (-4736.224) * [-4713.487] (-4720.858) (-4721.911) (-4734.752) -- 0:20:15
264500 -- [-4703.728] (-4731.988) (-4747.837) (-4720.323) * (-4717.350) (-4718.886) [-4709.770] (-4747.279) -- 0:20:15
265000 -- [-4699.153] (-4736.987) (-4748.735) (-4725.223) * (-4711.708) [-4698.861] (-4709.142) (-4744.851) -- 0:20:14
Average standard deviation of split frequencies: 0.024890
265500 -- (-4718.929) (-4733.230) (-4736.431) [-4697.348] * (-4715.282) [-4702.885] (-4718.263) (-4725.244) -- 0:20:11
266000 -- (-4727.699) (-4740.313) (-4729.890) [-4703.016] * (-4725.651) [-4698.677] (-4729.007) (-4748.990) -- 0:20:11
266500 -- (-4740.239) (-4740.907) (-4732.839) [-4709.549] * (-4731.204) [-4710.730] (-4703.560) (-4757.803) -- 0:20:11
267000 -- (-4744.370) (-4731.273) (-4733.408) [-4708.526] * (-4727.767) [-4711.941] (-4721.604) (-4757.034) -- 0:20:10
267500 -- (-4722.030) [-4712.097] (-4750.424) (-4714.083) * (-4726.918) [-4708.787] (-4727.121) (-4754.520) -- 0:20:10
268000 -- [-4725.117] (-4712.082) (-4741.617) (-4717.098) * (-4737.369) [-4702.176] (-4723.674) (-4769.927) -- 0:20:09
268500 -- (-4724.763) (-4714.662) (-4734.438) [-4715.107] * (-4727.783) [-4701.428] (-4728.144) (-4750.715) -- 0:20:06
269000 -- (-4724.880) (-4719.137) [-4709.009] (-4702.383) * [-4718.201] (-4712.324) (-4730.993) (-4739.472) -- 0:20:06
269500 -- (-4721.097) (-4716.395) [-4700.133] (-4725.685) * (-4717.144) (-4718.073) (-4716.225) [-4715.587] -- 0:20:06
270000 -- (-4731.884) (-4714.377) [-4708.422] (-4731.483) * (-4733.616) [-4705.847] (-4722.194) (-4705.897) -- 0:20:05
Average standard deviation of split frequencies: 0.023255
270500 -- (-4728.138) [-4707.331] (-4729.722) (-4732.405) * (-4736.025) [-4701.437] (-4720.185) (-4731.861) -- 0:20:05
271000 -- (-4742.212) [-4714.202] (-4722.651) (-4721.571) * (-4722.970) [-4706.260] (-4715.776) (-4717.749) -- 0:20:02
271500 -- (-4731.202) (-4710.894) (-4726.943) [-4706.805] * (-4726.047) (-4723.649) [-4703.625] (-4725.001) -- 0:20:02
272000 -- (-4720.320) (-4723.980) [-4740.720] (-4722.599) * (-4698.287) (-4744.952) (-4709.074) [-4710.656] -- 0:20:01
272500 -- (-4741.376) (-4710.971) (-4753.110) [-4722.719] * [-4711.034] (-4723.279) (-4721.589) (-4700.899) -- 0:20:01
273000 -- [-4716.122] (-4720.658) (-4751.875) (-4732.391) * (-4710.463) (-4720.303) (-4731.271) [-4706.575] -- 0:20:01
273500 -- [-4720.494] (-4701.770) (-4760.154) (-4738.314) * [-4719.936] (-4729.614) (-4719.008) (-4729.396) -- 0:20:00
274000 -- (-4711.576) [-4700.537] (-4759.632) (-4721.485) * [-4710.255] (-4725.086) (-4715.707) (-4724.616) -- 0:19:57
274500 -- (-4728.215) [-4697.477] (-4747.828) (-4717.256) * (-4720.258) (-4722.167) (-4720.962) [-4716.607] -- 0:19:57
275000 -- (-4747.231) [-4702.465] (-4724.952) (-4712.938) * (-4725.035) (-4732.950) [-4707.821] (-4707.686) -- 0:19:56
Average standard deviation of split frequencies: 0.022086
275500 -- (-4751.577) [-4719.990] (-4725.185) (-4713.778) * (-4722.912) (-4739.809) [-4698.975] (-4711.311) -- 0:19:56
276000 -- (-4725.964) (-4730.919) (-4739.249) [-4717.002] * [-4734.511] (-4716.750) (-4718.641) (-4721.005) -- 0:19:56
276500 -- (-4732.451) (-4725.652) (-4753.424) [-4702.267] * (-4729.091) [-4715.346] (-4719.298) (-4720.352) -- 0:19:55
277000 -- (-4746.870) [-4723.078] (-4744.383) (-4703.968) * (-4742.387) [-4704.408] (-4738.690) (-4706.322) -- 0:19:52
277500 -- (-4738.584) (-4711.601) (-4731.295) [-4704.411] * (-4754.609) [-4711.880] (-4741.067) (-4709.320) -- 0:19:52
278000 -- (-4746.499) (-4726.675) (-4732.468) [-4704.104] * (-4744.339) (-4704.716) [-4725.703] (-4710.160) -- 0:19:52
278500 -- (-4724.820) (-4742.773) (-4733.103) [-4714.763] * (-4722.053) (-4728.003) [-4702.364] (-4715.575) -- 0:19:51
279000 -- (-4736.142) (-4734.319) (-4733.146) [-4714.303] * [-4718.594] (-4729.867) (-4705.099) (-4739.014) -- 0:19:51
279500 -- (-4733.890) [-4715.892] (-4731.930) (-4725.613) * [-4709.076] (-4734.596) (-4718.290) (-4738.761) -- 0:19:48
280000 -- [-4712.273] (-4711.452) (-4735.610) (-4719.310) * (-4717.142) (-4720.822) [-4698.925] (-4752.999) -- 0:19:48
Average standard deviation of split frequencies: 0.021701
280500 -- (-4728.002) [-4702.035] (-4738.102) (-4714.808) * [-4710.175] (-4725.139) (-4710.830) (-4730.890) -- 0:19:47
281000 -- (-4738.243) [-4711.541] (-4724.353) (-4717.550) * (-4734.790) (-4728.810) [-4730.003] (-4733.083) -- 0:19:47
281500 -- (-4727.898) [-4719.516] (-4722.561) (-4718.516) * [-4728.402] (-4735.819) (-4734.939) (-4731.564) -- 0:19:46
282000 -- (-4714.869) (-4725.472) 