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MTBseq
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MTBseq
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#!/usr/bin/env perl
use strict;
use warnings;
use FindBin qw($RealBin);
use lib "$RealBin/lib";
use Cwd;
use Getopt::Long;
use IPC::Cmd qw[can_run run];
use TBbwa;
use TBstats;
use TBrefine;
use TBpile;
use TBlist;
use TBvariants;
use TBjoin;
use TBamend;
use TBstrains;
use TBgroups;
use TBtools;
my $VERSION = "1.1.0";
# get current working directory and time.
my $W_dir = getcwd();
my $date_string = timer();
$date_string =~ s/\[//;
$date_string =~ s/\]//;
$date_string =~ s/\-/_/g;
$date_string =~ s/\:/_/g;
$date_string =~ s/\s.*//;
$date_string =~ s/_/-/g;
# define working directories.
my $BAM_OUT = "$W_dir/Bam";
my $GATK_OUT = "$W_dir/GATK_Bam";
my $MPILE_OUT = "$W_dir/Mpileup";
my $POS_OUT = "$W_dir/Position_Tables";
my $CALL_OUT = "$W_dir/Called";
my $STATS_OUT = "$W_dir/Statistics";
my $JOIN_OUT = "$W_dir/Joint";
my $AMEND_OUT = "$W_dir/Amend";
my $STRAIN_OUT = "$W_dir/Classification";
my $GROUPS_OUT = "$W_dir/Groups";
# define PATHs.
my $VAR_dir = "$RealBin/var/ref";
my $BWA_dir = "$RealBin/opt/bwa_0.7.17";
my $SAMTOOLS_dir = "$RealBin/opt/samtools_1.6";
my $PICARD_dir = "$RealBin/opt/picard_2.17.0";
my $GATK_dir = "$RealBin/opt/GenomeAnalysisTK_3.8";
my $BIN_dir = "$RealBin/opt";
#my $TEST_dir = "$RealBin/test";
# initialize command-line parameter.
my $step = "";
my $continue = "";
my $samples = "";
my $group_name = "";
my $resi_list_master = "";
my $int_regions = "";
my $categories = "";
my $basecalib = "";
my $ref = "";
my $mibqual = "";
my $all_vars = "";
my $snp_vars = "";
my $lowfreq_vars = "";
my $micovf = "";
my $micovr = "";
my $miphred20 = "";
my $mifreq = "";
my $unambigous = "";
my $window = "";
my $distance = "";
my $quiet = "";
my $threads = "";
my $naming_scheme = "";
my $help = "";
my $opt_version = "";
#my $test_run = "";
my $check = "";
# get command-line parameter.
GetOptions('step:s' => \$step,
'continue' => \$continue,
'samples:s' => \$samples,
'project:s' => \$group_name,
'resilist:s' => \$resi_list_master,
'intregions:s' => \$int_regions,
'categories:s' => \$categories,
'basecalib:s' => \$basecalib,
'ref:s' => \$ref,
'minbqual:i' => \$mibqual,
'all_vars' => \$all_vars,
'snp_vars' => \$snp_vars,
'lowfreq_vars' => \$lowfreq_vars,
'mincovf:i' => \$micovf,
'mincovr:i' => \$micovr,
'minphred20:i' => \$miphred20,
'minfreq:i' => \$mifreq,
'unambig:i' => \$unambigous,
'window:i' => \$window,
'distance:i' => \$distance,
'quiet' => \$quiet,
'threads:i' => \$threads,
'help' => \$help,
'version' => \$opt_version,
# 'test' => \$test_run,
'check' => \$check,
);
#set tool calls
my $GATK_call = "gatk3";
my $PICARD_call = "picard";
my $SAMTOOLS_call = "samtools";
my $BWA_call = "bwa";
# print help message if specified or error if step is not defined or wrong.
if($help eq '1') { help($VERSION); exit 0; }
if($opt_version eq '1') { version($VERSION); exit 0; }
#check for neccessary perl modules
for my $module (qw(
MCE
Statistics::Basic)) {
eval "use $module";
if ($@) {
die "<ERROR>\t",timer(),"\tNot found perl module: $module\n" if $@;}
else {
print "<INFO>\t",timer(),"\tFound perl module: $module\n";}}
# check for neccessary programs
for my $executable (qw(bwa samtools gatk3 picard)) {
if (my $canrun = can_run($executable)){
print "<INFO>\t",timer(),"\tFound $executable in your PATH!\n";}
elsif ($canrun = can_run("$BIN_dir\/$executable")){
print "<INFO>\t",timer(),"\tFound $executable in the MTBseq /opt folder!\n";
if ($executable=~"samtools"){
$SAMTOOLS_call="$BIN_dir\/$executable";}
elsif ($executable=~"bwa"){
$BWA_call="$BIN_dir\/$executable";}}
elsif ($executable=~"gatk3"){
if (-f "$BIN_dir\/GenomeAnalysisTK.jar"){
$GATK_call="java -jar $BIN_dir\/GenomeAnalysisTK.jar";
print "<INFO>\t",timer(),"\tFound $executable in the MTBseq $BIN_dir folder!\n";}
else {die "<ERROR>\t",timer(),"\t$executable is not installed or not in your PATH!\n\n";}}
elsif ($executable=~"picard"){
if (-f "$BIN_dir\/picard.jar"){
$PICARD_call="java -jar $BIN_dir\/picard.jar";
print "<INFO>\t",timer(),"\tFound $executable in the MTBseq $BIN_dir folder!\n";}
else {die "<ERROR>\t",timer(),"\t$executable is not installed or not in your PATH!\n\n";}}
else {die "<ERROR>\t",timer(),"\t$executable is not installed or not in your PATH!\n\n";}}
#check version
open (my $sam_ver, '-|', "$SAMTOOLS_call --version 2>&1") or die "<ERROR>\t",timer(),"\tCould not test samtools version\n"; my $sam_ver_out = <$sam_ver>; close $sam_ver;
if ($sam_ver_out =~ qr/samtools\s(\d+\.\d+)/ms) {
my $sam_version = defined $1 ? $1 : 0;
if ($sam_version < 1.6) {
warn "<WARN>\t",timer(),"\tNeed samtools >= 1.6, please upgrade the version of samtools in your PATH.\n";
warn "<WARN>\t",timer(),"\tFor this execution of MTBseq samtools 1.6 from the MTBseq /opt directory will be used\n";
$SAMTOOLS_call="$BIN_dir\/samtools";}
}
else {warn "<WARN>\t",timer(),"\tsamtools version checking failed. Pipeline could run anyway, but please enter samtools and check the output manually.\n"}
open (my $java_ver, '-|', 'java -version 2>&1') or die "<ERROR>\t",timer(),"\tCould not test java version\n"; my $java_ver_out = <$java_ver>; close $java_ver;
if ($java_ver_out =~ qr/(\d+\.\d+)/ms) {
my $java_version = defined $1 ? $1 : 0;
unless ($java_version == 1.8) {
die "<ERROR>\t",timer(),"\tNeed exatly java 1.8 for GATK execution. You have java $java_version!\n";}
}
else {die "<ERROR>\t",timer(),"\tjava version checking failed. Please enter java -version and check the output manually.\n"}
if($check eq '1') {exit 0;}
#if($test_run eq '1') {
#chdir $TEST_dir;
#my $commandline = "$RealBin/MTBseq --step TBfull";
#system($commandline)==0 or die "$commandline failed: $?\n"; }
if($step eq '' ) { nostep(); exit 1; }
unless(($step eq 'TBfull' ) ||
($step eq 'TBbwa' ) ||
($step eq 'TBrefine' ) ||
($step eq 'TBpile' ) ||
($step eq 'TBlist' ) ||
($step eq 'TBvariants' ) ||
($step eq 'TBstats' ) ||
($step eq 'TBstrains' ) ||
($step eq 'TBjoin' ) ||
($step eq 'TBamend' ) ||
($step eq 'TBgroups' )
) { badstep($step); exit 1; }
# test command-line options and set default vaules if necessary.
if($continue eq '' ) { $continue = 0; }
if($samples eq '' ) { $samples = "NONE"; }
if($group_name eq '' ) { $group_name = "NONE"; }
if($resi_list_master eq '' ) { $resi_list_master = "NONE"; }
if($int_regions eq '' ) { $int_regions = "NONE"; }
if($categories eq '' ) { $categories = "NONE"; }
if($basecalib eq '' ) { $basecalib = "NONE"; }
if($ref eq '' ) { $ref = "M._tuberculosis_H37Rv_2015-11-13"; }
if($mibqual eq '' ) { $mibqual = 13; }
if($all_vars eq '' ) { $all_vars = 0; }
if($snp_vars eq '' ) { $snp_vars = 0; }
if($lowfreq_vars eq '' ) { $lowfreq_vars = 0; }
if($micovf eq '' ) { $micovf = 4; }
if($micovr eq '' ) { $micovr = 4; }
if($miphred20 eq '' ) { $miphred20 = 4; }
if($mifreq eq '' ) { $mifreq = 75; }
if($unambigous eq '' ) { $unambigous = 95; }
if($window eq '' ) { $window = 12; }
if($distance eq '' ) { $distance = 12; }
if($quiet eq '' ) { $quiet = 0; }
if($threads eq '' ) { $threads = 1; }
# set name of $ref fasta file and gene annotation.
my $refg = $ref;
$ref .= ".fasta";
$refg .= "_genes.txt";
# if $ref is MTB than turn on resistance check.
if($ref eq 'M._tuberculosis_H37Rv_2015-11-13.fasta') {
$resi_list_master = "$RealBin/var/res/MTB_Resistance_Mediating.txt" if($resi_list_master eq 'NONE'); # MTBC Resistance mediating variants and MTBC phylogentic SNPs.
$int_regions = "$RealBin/var/res/MTB_Extended_Resistance_Mediating.txt" if($int_regions eq 'NONE'); # MTBC extended intergenic resistance mediating positions.
$categories = "$RealBin/var/cat/MTB_Gene_Categories.txt" if($categories eq 'NONE'); # MTBC essential and non-essential genes.
$basecalib = "$RealBin/var/res/MTB_Base_Calibration_List.vcf" if($basecalib eq 'NONE'); # MTBC base calibration list. Known SNP positions for base call recalibration.
}
# create log file and log on screen if --quiet is unset.
my $logprint;
if($quiet == 0) {
open($logprint, "|-", "tee -a $W_dir/MTBseq_$date_string\_$ENV{USER}.log");
}
# and if --quiet is set.
else {
open($logprint, ">>", "$W_dir/MTBseq_$date_string\_$ENV{USER}.log");
}
select($logprint);
$| = 1;
# print license.
print $logprint
"\n
MTBseq $VERSION - Copyright (C) 2018 Thomas A. Kohl, Robin Koch, Christian Utpatel,
Maria Rosaria De Filippo, Viola Schleusener,
Patrick Beckert, Daniela M. Cirillo, Stefan Niemann
This program comes with ABSOLUTELY NO WARRANTY. This is free software,
and you are welcome to redistribute it under certain conditions.
\n";
# inform the user what you will do.
print $logprint "\n<INFO>\t",timer(),"\tYou are $ENV{USER}.\n";
print $logprint "<INFO>\t",timer(),"\tYour current working directory is: $W_dir\n";
print $logprint "<INFO>\t",timer(),"\tYou requested $threads thread(s) for the pipeline.\n";
print $logprint "\n<INFO>\t",timer(),"\tYour parameter setting is:\n";
print $logprint "<INFO>\t",timer(),"\t--step\t\t$step\n";
print $logprint "<INFO>\t",timer(),"\t--continue\t$continue\n";
print $logprint "<INFO>\t",timer(),"\t--samples\t$samples\n";
print $logprint "<INFO>\t",timer(),"\t--project\t$group_name\n";
print $logprint "<INFO>\t",timer(),"\t--resilist\t$resi_list_master\n";
print $logprint "<INFO>\t",timer(),"\t--intregions\t$int_regions\n";
print $logprint "<INFO>\t",timer(),"\t--categories\t$categories\n";
print $logprint "<INFO>\t",timer(),"\t--basecalib\t$basecalib\n";
print $logprint "<INFO>\t",timer(),"\t--ref\t\t$ref\n";
print $logprint "<INFO>\t",timer(),"\t--minbqual\t$mibqual\n";
print $logprint "<INFO>\t",timer(),"\t--all_vars\t$all_vars\n";
print $logprint "<INFO>\t",timer(),"\t--snp_vars\t$snp_vars\n";
print $logprint "<INFO>\t",timer(),"\t--lowfreq_vars\t$lowfreq_vars\n";
print $logprint "<INFO>\t",timer(),"\t--mincovf\t$micovf\n";
print $logprint "<INFO>\t",timer(),"\t--mincovr\t$micovr\n";
print $logprint "<INFO>\t",timer(),"\t--minphred20\t$miphred20\n";
print $logprint "<INFO>\t",timer(),"\t--minfreq\t$mifreq\n";
print $logprint "<INFO>\t",timer(),"\t--unambig\t$unambigous\n";
print $logprint "<INFO>\t",timer(),"\t--window\t$window\n";
print $logprint "<INFO>\t",timer(),"\t--distance\t$distance\n";
print $logprint "<INFO>\t",timer(),"\t--quiet\t\t$quiet\n";
print $logprint "\n<INFO>\t",timer(),"\tThe following programs will be used, if necessary:\n";
print $logprint "<INFO>\t",timer(),"\t$BWA_dir\n";
print $logprint "<INFO>\t",timer(),"\t$SAMTOOLS_dir\n";
print $logprint "<INFO>\t",timer(),"\t$PICARD_dir\n";
print $logprint "<INFO>\t",timer(),"\t$GATK_dir\n";
print $logprint "\n<INFO>\t",timer(),"\tThe following directories will be used, if necessary:\n";
print $logprint "<INFO>\t",timer(),"\t$BAM_OUT\n";
print $logprint "<INFO>\t",timer(),"\t$GATK_OUT\n";
print $logprint "<INFO>\t",timer(),"\t$MPILE_OUT\n";
print $logprint "<INFO>\t",timer(),"\t$POS_OUT\n";
print $logprint "<INFO>\t",timer(),"\t$CALL_OUT\n";
print $logprint "<INFO>\t",timer(),"\t$JOIN_OUT\n";
print $logprint "<INFO>\t",timer(),"\t$AMEND_OUT\n";
print $logprint "<INFO>\t",timer(),"\t$STRAIN_OUT\n";
print $logprint "<INFO>\t",timer(),"\t$GROUPS_OUT\n";
# initialize check up and content arrays.
my %check_up;
my @fastq_files;
my @fastq_files_new;
my @bam_files;
my @bam_files_new;
my @gatk_files;
my @gatk_files_new;
my @mpile_files;
my @mpile_files_new;
my @pos_files;
my @pos_files_new;
my @var_files;
my @var_files_new;
my @join_files;
my @join_files_new;
my @amend_files;
my @amend_files_new;
my @group_files;
my @samples;
my $sample_number;
if(-f $samples) {
open(IN,"$samples") || die print $logprint "<INFO>\t",timer(),"\tCan't find $samples file! MTBseq.pl line: ", __LINE__ ," \n";
while(my $line = <IN>) {
chomp($line);
$line =~ s/\015?\012?$//;
next unless ($line);
$sample_number++;
}
close(IN);
}
# jump to certain pipeline steps.
if($step eq 'TBfull' ) { goto TBfull }
if($step eq 'TBbwa' ) { goto TBbwa }
if($step eq 'TBrefine' ) { goto TBrefine }
if($step eq 'TBpile' ) { goto TBpile }
if($step eq 'TBlist' ) { goto TBlist }
if($step eq 'TBvariants' ) { goto TBvariants }
if($step eq 'TBstats' ) { goto TBstats }
if($step eq 'TBstrains' ) { goto TBstrains }
if($step eq 'TBjoin' ) { goto TBjoin }
if($step eq 'TBamend' ) { goto TBamend }
if($step eq 'TBgroups' ) { goto TBgroups }
# pipeline execution.
TBfull:
print $logprint "\n<INFO>\t",timer(),"\t### [TBfull] selected ###\n";
TBbwa:
if($step eq 'TBbwa') {
print $logprint "\n<INFO>\t",timer(),"\t### [TBbwa] selected ###\n";
}
opendir(WORKDIR,"$W_dir") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $W_dir: MTBseq.pl line: ", __LINE__ ," \n";
@fastq_files = grep { $_ =~ /^\w.*R\d+\.f(ast)?q\.gz/ && -f "$W_dir/$_" } readdir(WORKDIR);
closedir(WORKDIR);
if(scalar(@fastq_files) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tNo read files to map! Check content of $W_dir!\n";
exit 1;
}
system("mkdir -p $BAM_OUT");
system("mkdir -p $GATK_OUT");
system("mkdir -p $MPILE_OUT");
system("mkdir -p $POS_OUT");
system("mkdir -p $CALL_OUT");
system("mkdir -p $STATS_OUT");
system("mkdir -p $JOIN_OUT");
system("mkdir -p $AMEND_OUT");
system("mkdir -p $STRAIN_OUT");
system("mkdir -p $GROUPS_OUT");
opendir(BAMDIR,"$BAM_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $BAM_OUT: MTBseq.pl line: ", __LINE__ , "\n";
@bam_files = grep { $_ =~ /^\w.*\.bam$/ && -f "$BAM_OUT/$_" } readdir(BAMDIR);
closedir(BAMDIR);
%check_up = map { (my $id = $_) =~ s/\.bam$//; $id => $id; } @bam_files;
for(my $i = 0; $i < scalar(@fastq_files); $i++) {
my $tmp = $fastq_files[$i];
$tmp =~ s/_R\d\.fastq.gz//;
if(!exists $check_up{$tmp}) {
push(@fastq_files_new,$fastq_files[$i]);
}
}
if(scalar(@fastq_files_new) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tAll read files have been already mapped from $W_dir!\n";
exit 1;
}
print $logprint "\n<INFO>\t",timer(),"\tMapping samples:\n";
foreach my $fastq (sort { $a cmp $b } @fastq_files_new) {
print $logprint "<INFO>\t",timer(),"\t$fastq\n";
}
print $logprint "\n<INFO>\t",timer(),"\tStart BWA mapping...\n";
tbbwa($logprint,$W_dir,$VAR_dir,$BWA_dir,$SAMTOOLS_dir,$BWA_call,$SAMTOOLS_call,$BAM_OUT,$ref,$threads,$naming_scheme,@fastq_files_new);
print $logprint "<INFO>\t",timer(),"\tFinished BWA mapping!\n";
@fastq_files = ();
@bam_files = ();
@fastq_files_new = ();
undef(%check_up);
if($continue == 0 && $step ne 'TBfull') { exit 1; }
TBrefine:
if($step eq 'TBrefine') {
print $logprint "\n<INFO>\t",timer(),"\t### [TBrefine] selected ###\n";
}
opendir(BAMDIR,"$BAM_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $BAM_OUT: MTBseq.pl line: ", __LINE__ ," \n";
opendir(GATKDIR,"$GATK_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $GATK_OUT: MTBseq.pl line: ", __LINE__ ," \n";
@bam_files = grep { $_ =~ /^\w.*\.bam$/ && -f "$BAM_OUT/$_" } readdir(BAMDIR);
@gatk_files = grep { $_ =~ /^\w.*\.gatk\.bam$/ && -f "$GATK_OUT/$_" } readdir(GATKDIR);
closedir(BAMDIR);
closedir(GATKDIR);
if(scalar(@bam_files) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tNo mapping files to refine! Check content of $BAM_OUT!\n";
exit 1;
}
%check_up = map { (my $id = $_) =~ s/\.gatk\.bam$//; $id => $id; } @gatk_files;
for(my $i = 0; $i < scalar(@bam_files); $i++) {
my $tmp = $bam_files[$i];
$tmp =~ s/\.bam//;
if(!exists $check_up{$tmp}) {
push(@gatk_files_new,$bam_files[$i]);
}
}
if(scalar(@gatk_files_new) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tAll mapping files have been already refined from $BAM_OUT!\n";
exit 1;
}
print $logprint "\n<INFO>\t",timer(),"\tRefining mappings:\n";
foreach my $bam (sort { $a cmp $b } @gatk_files_new) {
print $logprint "<INFO>\t",timer(),"\t$bam\n";
}
print $logprint "\n<INFO>\t",timer(),"\tStart GATK refinement...\n";
tbrefine($logprint,$W_dir,$VAR_dir,$PICARD_dir,$GATK_dir,$PICARD_call,$GATK_call,$BAM_OUT,$GATK_OUT,$ref,$basecalib,$threads,@gatk_files_new);
print $logprint "<INFO>\t",timer(),"\tFinished GATK refinement!\n";
@bam_files = ();
@gatk_files = ();
@gatk_files_new = ();
undef(%check_up);
if($continue == 0 && $step ne 'TBfull') { exit 1; }
TBpile:
if($step eq 'TBpile') {
print $logprint "\n<INFO>\t",timer(),"\t### [TBpile] selected ###\n";
}
opendir(GATKDIR,"$GATK_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $GATK_OUT: MTBseq.pl line: ", __LINE__ ," \n";
opendir(MPILEDIR,"$MPILE_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $MPILE_OUT: MTBseq.pl line: ", __LINE__ ," \n";
@gatk_files = grep { $_ =~ /^\w.*\.gatk\.bam$/ && -f "$GATK_OUT/$_" } readdir(GATKDIR);
@mpile_files = grep { $_ =~ /^\w.*\.gatk\.mpileup$/ && -f "$MPILE_OUT/$_" } readdir(MPILEDIR);
closedir(GATKDIR);
closedir(MPILEDIR);
if(scalar(@gatk_files) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tNo files to create pileups! Check content of $GATK_OUT!\n";
exit 1;
}
%check_up = map { (my $id = $_) =~ s/\.mpileup$//; $id => $id; } @mpile_files;
for(my $i = 0; $i < scalar(@gatk_files); $i++) {
my $tmp = $gatk_files[$i];
$tmp =~ s/\.bam//;
if(!exists $check_up{$tmp}) {
push(@gatk_files_new,$gatk_files[$i]);
}
}
if(scalar(@gatk_files_new) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tAll mpileup files have been already created from $GATK_OUT!\n";
exit 1;
}
print $logprint "\n<INFO>\t",timer(),"\tCreating mpileups:\n";
foreach my $bam (sort { $a cmp $b } @gatk_files_new) {
print $logprint "<INFO>\t",timer(),"\t$bam\n";
}
print $logprint "\n<INFO>\t",timer(),"\tStart creating .mpileup files...\n";
tbpile($logprint,$VAR_dir,$SAMTOOLS_dir,$SAMTOOLS_call,$GATK_dir,$GATK_OUT,$MPILE_OUT,$ref,$threads,@gatk_files_new);
print $logprint "<INFO>\t",timer(),"\tFinished creating .mpileup files!\n";
@gatk_files = ();
@mpile_files = ();
@gatk_files_new = ();
undef(%check_up);
if($continue == 0 && $step ne 'TBfull') { exit 1; }
TBlist:
if($step eq 'TBlist') {
print $logprint "\n<INFO>\t",timer(),"\t### [TBlist] selected ###\n";
}
opendir(MPILEDIR,"$MPILE_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $MPILE_OUT: MTBseq.pl line: ", __LINE__ ," \n";
opendir(POSDIR,"$POS_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $POS_OUT: MTBseq.pl line: ", __LINE__ ," \n";
@mpile_files = grep { $_ =~ /^\w.*\.gatk\.mpileup$/ && -f "$MPILE_OUT/$_" } readdir(MPILEDIR);
@pos_files = grep { $_ =~ /^\w.*\.gatk_position_table\.tab$/ && -f "$POS_OUT/$_" } readdir(POSDIR);
closedir(MPILEDIR);
closedir(POSDIR);
if(scalar(@mpile_files) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tNo files to create position lists! Check content of $MPILE_OUT!\n";
exit 1;
}
%check_up = map { (my $id = $_) =~ s/\.gatk_position_table\.tab$//; $id => $id; } @pos_files;
for(my $i = 0; $i < scalar(@mpile_files); $i++) {
my $tmp = $mpile_files[$i];
$tmp =~ s/\.gatk\.mpileup//;
if(!exists $check_up{$tmp}) {
push(@mpile_files_new,$mpile_files[$i]);
}
}
if(scalar(@mpile_files_new) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tAll position lists have been already created from $MPILE_OUT!\n";
exit 1;
}
print $logprint "\n<INFO>\t",timer(),"\tCreating position lists:\n";
foreach my $mpile (sort { $a cmp $b } @mpile_files_new) {
print $logprint "<INFO>\t",timer(),"\t$mpile\n";
}
print $logprint "\n<INFO>\t",timer(),"\tStart creating position lists...\n";
tblist($logprint,$VAR_dir,$MPILE_OUT,$POS_OUT,$ref,$mibqual,$threads,@mpile_files_new);
print $logprint "<INFO>\t",timer(),"\tFinished creating position lists!\n";
@mpile_files = ();
@pos_files = ();
@mpile_files_new = ();
undef(%check_up);
if($continue == 0 && $step ne 'TBfull') { exit 1; }
TBvariants:
if($step eq 'TBvariants') {
print $logprint "\n<INFO>\t",timer(),"\t### [TBvariants] selected ###\n";
}
opendir(POSDIR,"$POS_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $POS_OUT: MTBseq.pl line: ", __LINE__ ," \n";
opendir(CALLDIR,"$CALL_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $CALL_OUT: MTBseq.pl line: ", __LINE__ ," \n";
@pos_files = grep { $_ =~ /^\w.*\.gatk_position_table\.tab$/ && -f "$POS_OUT/$_" } readdir(POSDIR);
@var_files = grep { $_ =~ /^\w.*\.gatk_position_variants_cf$micovf\_cr$micovr\_fr$mifreq\_ph$miphred20\_outmode[01]$snp_vars$lowfreq_vars\.tab$/ && -f "$CALL_OUT/$_" } readdir(CALLDIR);
closedir(POSDIR);
closedir(CALLDIR);
if(scalar(@pos_files) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tNo files to call variants! Check content of $POS_OUT!\n";
exit 1;
}
%check_up = map { (my $id = $_) =~ s/\.gatk_position_variants_cf$micovf\_cr$micovr\_fr$mifreq\_ph$miphred20\_outmode[01]$snp_vars$lowfreq_vars\.tab$//; $id => $id; } @var_files;
for(my $i = 0; $i < scalar(@pos_files); $i++) {
my $tmp = $pos_files[$i];
$tmp =~ s/\.gatk_position_table\.tab//;
if(!exists $check_up{$tmp}) {
push(@pos_files_new,$pos_files[$i]);
}
}
if(scalar(@pos_files_new) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tAll variant files have been already created from $POS_OUT!\n";
exit 1;
}
print $logprint "\n<INFO>\t",timer(),"\tCalling variants:\n";
foreach my $pos_file (sort { $a cmp $b } @pos_files_new) {
print $logprint "<INFO>\t",timer(),"\t$pos_file\n";
}
print $logprint "\n<INFO>\t",timer(),"\tStart variant calling...\n";
tbvariants($logprint,$VAR_dir,$POS_OUT,$CALL_OUT,$ref,$refg,$micovf,$micovr,$miphred20,$mifreq,$resi_list_master,$int_regions,$snp_vars,$lowfreq_vars,@pos_files_new);
print $logprint "<INFO>\t",timer(),"\tFinished variant calling!\n";
@pos_files = ();
@var_files = ();
@pos_files_new = ();
undef(%check_up);
if($continue == 0 && $step ne 'TBfull') { exit 1; }
TBstats:
if($step eq 'TBstats') {
print $logprint "\n<INFO>\t",timer(),"\t### [TBstats] selected ###\n";
}
opendir(BAMDIR,"$BAM_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $BAM_OUT: MTBseq.pl line: ", __LINE__ ," \n";
opendir(POSDIR,"$POS_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $POS_OUT: MTBseq.pl line: ", __LINE__ ," \n";
@bam_files = grep { $_ =~ /^\w.*\.bam$/ && -f "$BAM_OUT/$_" } readdir(BAMDIR);
@pos_files = grep { $_ =~ /^\w.*\.gatk_position_table\.tab$/ && -f "$POS_OUT/$_" } readdir(POSDIR);
closedir(BAMDIR);
closedir(POSDIR);
if(scalar(@bam_files) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tNo files to calculate statistics! Check content of $BAM_OUT!\n";
exit 1;
}
%check_up = map { (my $id = $_) =~ s/\.gatk_position_table\.tab$//; $id => $id; } @pos_files;
for(my $i = 0; $i < scalar(@bam_files); $i++) {
my $tmp = $bam_files[$i];
$tmp =~ s/\.bam//;
if(exists $check_up{$tmp}) {
push(@bam_files_new,$bam_files[$i]);
}
else {
print $logprint "\n<INFO>\t",timer(),"\tThe following mapping has no position list: $bam_files[$i]. This will skip the statistics part for this sample!\n";
}
}
print $logprint "\n<INFO>\t",timer(),"\tCalculating statistics for mappings:\n";
foreach my $bam (sort { $a cmp $b } @bam_files_new) {
print $logprint "<INFO>\t",timer(),"\t$bam\n";
}
print $logprint "\n<INFO>\t",timer(),"\tStart statistics calculation...\n";
tbstats($logprint,$W_dir,$VAR_dir,$SAMTOOLS_dir,$SAMTOOLS_call,$BAM_OUT,$POS_OUT,$STATS_OUT,$ref,$refg,$micovf,$micovr,$miphred20,$mifreq,$snp_vars,$lowfreq_vars,$date_string,@bam_files_new);
print $logprint "<INFO>\t",timer(),"\tFinished statistics calculation!\n";
@bam_files = ();
@pos_files = ();
@bam_files_new = ();
undef(%check_up);
if($continue == 0 && $step ne 'TBfull') { exit 1; }
TBstrains:
if($step eq 'TBstrains') {
print $logprint "\n<INFO>\t",timer(),"\t### [TBstrains] selected ###\n";
}
opendir(POSDIR,"$POS_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $POS_OUT: MTBseq.pl line: ", __LINE__ ," \n";
@pos_files = grep { $_ =~ /^\w.*\.gatk_position_table\.tab$/ && -f "$POS_OUT/$_" } readdir(POSDIR);
closedir(POSDIR);
if(scalar(@pos_files) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tNo files to call strains! Check content of $POS_OUT!\n";
exit 1;
}
print $logprint "\n<INFO>\t",timer(),"\tCalling strains:\n";
foreach my $pos_file (sort { $a cmp $b } @pos_files) {
print $logprint "<INFO>\t",timer(),"\t$pos_file\n";
}
print $logprint "\n<INFO>\t",timer(),"\tStart strain call...\n";
tbstrains($logprint,$VAR_dir,$POS_OUT,$STRAIN_OUT,$ref,$refg,$micovf,$micovr,$mifreq,$miphred20,$date_string,$lowfreq_vars,@pos_files);
print $logprint "<INFO>\t",timer(),"\tFinished strain call!\n";
@pos_files = ();
if($continue == 0 && $step ne 'TBfull') { exit 1; }
TBjoin:
if($step eq 'TBjoin') {
print $logprint "\n<INFO>\t",timer(),"\t### [TBjoin] selected ###\n";
}
if($samples eq 'NONE') {
print $logprint "\n<INFO>\t",timer(),"\tSkipping Joint analysis. No samples defined for joint analysis.\n";
print $logprint "\n<INFO>\t",timer(),"\t### MTBseq finished!!! ###\n";
exit 1;
}
open(IN,"$samples") || die print $logprint "<INFO>\t",timer(),"\tCan't find $samples file!\n";
while(<IN>) {
my $line = $_;
$line =~ s/\015?\012?$//;
next unless ($line);
my @fields = split(/\t/,$line);
$check_up{$fields[0]."_".$fields[1]} = $fields[0]."_".$fields[1];
}
close(IN);
opendir(CALLDIR,"$CALL_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $CALL_OUT: MTBseq.pl line: ", __LINE__ ," \n";
opendir(JOINDIR,"$JOIN_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $JOIN_OUT: MTBseq.pl line: ", __LINE__ ," \n";
if($snp_vars == 1){
@var_files = grep { $_ =~ /^\w.*\.gatk_position_variants_cf$micovf\_cr$micovf\_fr$mifreq\_ph$miphred20\_outmode[01][01]$lowfreq_vars\.tab$/ && -f "$CALL_OUT/$_" } readdir(CALLDIR);
}
else {
@var_files = grep { $_ =~ /^\w.*\.gatk_position_variants_cf$micovf\_cr$micovf\_fr$mifreq\_ph$miphred20\_outmode[01]$snp_vars$lowfreq_vars\.tab$/ && -f "$CALL_OUT/$_" } readdir(CALLDIR);
}
@join_files = grep { $_ =~ /$group_name\_joint_cf$micovf\_cr$micovr\_fr$mifreq\_ph$miphred20\_samples$sample_number\.tab$/ && -f "$JOIN_OUT/$_" } readdir(JOINDIR);
closedir(CALLDIR);
closedir(JOINDIR);
if(scalar(@var_files) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tNo files to create joint variant tables! Check content of $POS_OUT and $CALL_OUT!\n";
exit 1;
}
if(scalar(@join_files) != 0) {
print $logprint "\n<ERROR>\t",timer(),"\tIt seems that you already created a joint analysis for project $group_name! Check content of $JOIN_OUT!\n";
exit 1;
}
for(my $i = 0; $i < scalar(@var_files); $i++) {
my @tmp = split(/_|\./,$var_files[$i]);
if(exists $check_up{$tmp[0]."_".$tmp[1]}) {
print $logprint "\n<INFO>\t",timer(),"\tFound $var_files[$i]! Using file for joint analysis...";
push(@var_files_new,$var_files[$i]);
delete($check_up{$tmp[0]."_".$tmp[1]});
}
}
foreach my $samplelib(keys %check_up) {
print $logprint "\n<ERROR>\t",timer(),"\t Could not find files for $samplelib! Did you run TBlist and TBvariants for $samplelib?\n";
exit 1;
}
print $logprint "\n\n<INFO>\t",timer(),"\tCreating a joint variant table from:\n";
foreach my $var_file (sort { $a cmp $b } @var_files_new) {
print $logprint "<INFO>\t",timer(),"\t$var_file\n";
}
print $logprint "\n<INFO>\t",timer(),"\tStart creating joint variant table...\n";
tbjoin($logprint,$VAR_dir,$POS_OUT,$CALL_OUT,$JOIN_OUT,$group_name,$ref,$refg,$micovf,$micovr,$miphred20,$mifreq,$snp_vars,$lowfreq_vars,@var_files_new);
print $logprint "<INFO>\t",timer(),"\tFinished creating joint variant table!\n";
@var_files = ();
@join_files = ();
@var_files_new = ();
undef(%check_up);
if($continue == 0 && $step ne 'TBfull') { exit 1; }
TBamend:
if($step eq 'TBamend') {
print $logprint "\n<INFO>\t",timer(),"\t### [TBamend] selected ###\n";
}
opendir(JOINDIR,"$JOIN_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $JOIN_OUT: MTBseq.pl line: ", __LINE__ ," \n";
opendir(AMENDDIR,"$AMEND_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $AMEND_OUT: MTBseq.pl line: ", __LINE__ ," \n";
@join_files = grep { $_ =~ /$group_name\_joint_cf$micovf\_cr$micovr\_fr$mifreq\_ph$miphred20\_samples$sample_number\.tab$/ && -f "$JOIN_OUT/$_" } readdir(JOINDIR);
@amend_files = grep { $_ =~ /$group_name\_joint_cf$micovf\_cr$micovr\_fr$mifreq\_ph$miphred20\_samples$sample_number\_amended_u$unambigous\_phylo_w$window.tab$/ && -f "$AMEND_OUT/$_" } readdir(AMENDDIR);
closedir(JOINDIR);
closedir(AMENDDIR);
if(scalar(@join_files) == 0) {
my $joint_file_name_tmp = $group_name . "_joint_cf" . $micovf . "_cr" . $micovr . "_fr" . $mifreq . "_ph" . $miphred20 . "_samples" . $sample_number . ".tab";
print $logprint "\n<ERROR>\t",timer(),"\tNo joint variant file $joint_file_name_tmp to amend! Check content of $JOIN_OUT!\n";
exit 1;
}
%check_up = map { (my $id = $_) =~ s/\_amended_u$unambigous\_phylo_w$window.tab//; $id => $id; } @amend_files;
for(my $i = 0; $i < scalar(@join_files); $i++) {
my $tmp = $join_files[$i];
$tmp =~ s/\.tab//;
if(!exists $check_up{$tmp}) {
push(@join_files_new,$join_files[$i]);
}
}
if(scalar(@join_files_new) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tA Joint variant file with project name \"$group_name\" is already existing! Check content of $JOIN_OUT!\n";
exit 1;
}
print $logprint "\n<INFO>\t",timer(),"\tAmending joint variant table:\n";
foreach my $join_file (sort { $a cmp $b } @join_files_new) {
print $logprint "<INFO>\t",timer(),"\t$join_file\n";
}
print $logprint "\n<INFO>\t",timer(),"\tStart amending joint variant table...\n";
tbamend($logprint,$JOIN_OUT,$AMEND_OUT,$micovf,$micovr,$miphred20,$mifreq,$unambigous,$window,$categories,$resi_list_master,$int_regions,@join_files_new);
print $logprint "<INFO>\t",timer(),"\tFinished amending joint variant table!\n";
@join_files = ();
@amend_files = ();
@join_files_new = ();
undef(%check_up);
if($continue == 0 && $step ne 'TBfull') { exit 1; }
TBgroups:
if($step eq 'TBgroups') {
print $logprint "\n<INFO>\t",timer(),"\t### [TBgroups] selected ###\n";
}
opendir(AMENDDIR,"$AMEND_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $AMEND_OUT: MTBseq.pl line: ", __LINE__ ," \n";
opendir(GROUPDIR,"$GROUPS_OUT") || die print $logprint "<ERROR>\t",timer(),"\tCan\'t open directory $GROUPS_OUT: MTBseq.pl line: ", __LINE__ ," \n";
@amend_files = grep { $_ =~ /$group_name\_joint_cf$micovf\_cr$micovr\_fr$mifreq\_ph$miphred20\_samples$sample_number\_amended_u$unambigous\_phylo_w$window\.tab$/ && -f "$AMEND_OUT/$_" }readdir(AMENDDIR);
@group_files = grep { $_ =~ /$group_name\_joint_cf$micovf\_cr$micovr\_fr$mifreq\_ph$miphred20\_samples$sample_number\_amended_u$unambigous\_phylo_w$window\.matrix$/ && -f "$GROUPS_OUT/$_" } readdir(GROUPDIR);
closedir(AMENDDIR);
closedir(GROUPDIR);
if(scalar(@amend_files) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tNo file to call groups! Check content of $AMEND_OUT and the project name $group_name!\n";
exit 1;
}
%check_up = map { (my $id = $_) =~ s/\.matrix$//; $id => $id; } @group_files;
for(my $i = 0; $i < scalar(@amend_files); $i++) {
my $tmp = $amend_files[$i];
$tmp =~ s/\.tab//;
if(!exists $check_up{$tmp}) {
push(@amend_files_new,$amend_files[$i]);
}
}
if(scalar(@amend_files_new) == 0) {
print $logprint "\n<ERROR>\t",timer(),"\tA group call with project name \"$group_name\" is already existing! Check content of $GROUPS_OUT!\n";
exit 1;
}
print $logprint "\n<INFO>\t",timer(),"\tCalling groups from:\n";
foreach my $amend_file (sort { $a cmp $b } @amend_files_new) {
print $logprint "<INFO>\t",timer(),"\t$amend_file\n";
}
print $logprint "\n<INFO>\t",timer(),"\tStart group calling...\n";
tbgroups($logprint,$AMEND_OUT,$GROUPS_OUT,$distance,@amend_files_new);
print $logprint "<INFO>\t",timer(),"\tFinished group calling!\n";
@amend_files = ();
@group_files = ();
@amend_files_new = ();
undef(%check_up);
if($continue == 0 && $step ne 'TBfull') { exit 1; }
print $logprint "\n<INFO>\t",timer(),"\t### MTBseq finished!!! ###\n";
close($logprint);