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divideData.pl
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divideData.pl
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#!/usr/bin/perl
use Cwd;
#$lowMass = 0.7; # 0.8; #is a shared lower cutoff for all 3 datas.
#$highMass = 2.5; #2.0; #is the upper cutoff of the thrown data and 3ish is the upper cutoff for the reco/data
#$nBins = 45; #30; #45; because it is kind of small and (2-0.7)/26 = 0.05 which is nice and round
# for the 5tbins, always have 0.8 as the lower bound
#$lowMass = 0.9;#0.7; #1.04; #0.7;#0.82;#0.7; # 0.8 for 5 tbins
#$highMass = 1.9;#2.5; #1.56; #1.98;#2.5; #2.0,2.4,2.6,2.8,2.8
#$nBins = 40;#45; #13; #45;#29;#45; #30,40,45,50,50
$lowMass = 1.04;#0.7; #1.04; #0.7;#0.82;#0.7; # 0.8 for 5 tbins
$highMass = 1.56;#2.5; #1.56; #1.98;#2.5; #2.0,2.4,2.6,2.8,2.8
$nBins = 13;#45; #13; #45;#29;#45; #30,40,45,50,50
# pi0pi0
#$lowMass = 0.4; #0.9;#0.7; #1.04; #0.7;#0.82;#0.7; # 0.8 for 5 tbins
#$highMass = 2.0; #1.9;#2.5; #1.56; #1.98;#2.5; #2.0,2.4,2.6,2.8,2.8
#$nBins = 40; #25;#45; #13; #45;#29;#45; #30,40,45,50,50
$fitName = "EtaPi_fit";
# put a limit on the number of data events to process
# gen MC and acc MC smaples are not limited
$maxEvts = 1E9;
$workingDir=getcwd();
print "\n\ncurrent working dir: $workingDir";
print "\n===================================\n";
# these files must exist in the workin directory. If you don't know how
# to generate them or don't have them, see the documentation in gen_3pi
# the Simulation area of the repository
#$baseGenDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/shared_gen_files/baseFiles/";
#$baseAccDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/3tbins/baseFiles/";
#$baseBkgDir="/d/grid17/ln16/myDSelector/amptools/zMalte_kmatrix/";
#$baseDatDir="/d/grid17/ln16/myDSelector/amptools/zMalte_kmatrix/";
#$baseGenFileName="amptools_flat_gen_2018_8_";
#$baseAccFileName="amptools_flat_2018_8_t0110_e8288_sig_";
#$baseDatFileName="amptools_malte_kmatrix_2018_8_t0110_e8288_tot_";
#$baseBkgFileName="amptools_malte_kmatrix_2018_8_t0110_e8288_sb_";
#### Comparing the b1+kmatrix mc fits and kmatrix fits. See how b1 affects the fits
#$baseGenDir="/d/grid17/ln16/myDSelector/amptools/zKmatrix_v4/";
#$baseAccDir="/d/grid17/ln16/myDSelector/amptools/zKmatrix_v4/";
#$baseBkgDir="/d/grid17/ln16/myDSelector/amptools/zKmatrix_v4/";
#$baseDatDir="/d/grid17/ln16/myDSelector/amptools/zKmatrix_v4/";
#$baseGenFileName="amptools_flat_2018_8_gen_t011_";
#$baseAccFileName="amptools_flat_2018_8_t011_e8288_sig_newWeights_";
#$baseBkgFileName="amptools_kmatrix_t011_e8288_sb_newWeights_";
#$baseDatFileName="amptools_kmatrix_t011_e8288_tot_newWeights_";
#$baseGenDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/";
#$baseAccDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/dataDriven_backgrounds/";
#$baseBkgDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/dataDriven_backgrounds/";
#$baseDatDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/dataDriven_backgrounds/";
#$baseDatFileName="DAT_FILE";
#$baseBkgFileName="BKGND_FILE";
#$baseAccFileName="FLAT_SIG_FILE";
#$baseGenFileName="amptools_flat_gen_phase1_";
#$baseGenDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/3tbins_v2/";
#$baseAccDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/3tbins_v2/";
#$baseBkgDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/3tbins_v2/";
#$baseDatDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/3tbins_v2/";
#$baseGenFileName="amptools_flat_gen_phase1_t0103_";
#$baseAccFileName="amptools_flat_phase1_t0103_e8288_sig_";
#$baseBkgFileName="amptools_data_phase1_t0103_e8288_sb_";
#$baseDatFileName="amptools_data_phase1_t0103_e8288_tot_";
#
#
$t="075100";
$baseGenDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/baseFiles_v3/tbins5/$t/";
$baseAccDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/baseFiles_v3/tbins5/$t/";
$baseBkgDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/baseFiles_v3/tbins5/$t/";
$baseDatDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/baseFiles_v3/tbins5/$t/";
$baseGenFileName="amptools_flat_gen_phase_1_t$t\_e8288_tree_flat_a2_pol";
$baseAccFileName="amptools_flat_phase1_t$t\_e8288_sig_a2_pVHpi0p_";
$baseBkgFileName="amptools_data_phase1_t$t\_e8288_sb_a2_pVHpi0p_";
$baseDatFileName="amptools_data_phase1_t$t\_e8288_tot_a2_pVHpi0p_";
#$baseGenDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/shared_gen_files/";
#$baseAccDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/t0110_zach_dnp/";#_vh/";
#$baseBkgDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/t0110_zach_dnp/";#_vh/";
#$baseDatDir="/d/grid17/ln16/myDSelector/amptools/zPhase1_t0103061_e79828890/t0110_zach_dnp/";#_vh/";
#$baseGenFileName="amptools_flat_gen_phase1_";
#$baseAccFileName="amptools_flat_phase1_t0110_e8288_sig_";
#$baseBkgFileName="amptools_data_phase1_t0110_e8288_sb_";
#$baseDatFileName="amptools_data_phase1_t0110_e8288_tot_";
###### pi0pi0
#$baseGenDir="/d/grid17/ln16/myDSelector/amptools/zPi0Pi0/";
#$baseAccDir="/d/grid17/ln16/myDSelector/amptools/zPi0Pi0/";
#$baseBkgDir="/d/grid17/ln16/myDSelector/amptools/zPi0Pi0/";
#$baseDatDir="/d/grid17/ln16/myDSelector/amptools/zPi0Pi0/";
#$baseGenFileName="amptools_flat_gen_2017_t011_";
#$baseAccFileName="amptools_flat_2017_t011_e8288_sig_";
#$baseBkgFileName="amptools_data_2017_t011_e8288_sb_";
#$baseDatFileName="amptools_data_2017_t011_e8288_tot_";
@polTags=qw(000 045 090 135);# AMO);
print "DATAFILES:\n";
foreach $polTag (@polTags){
print "$baseDatDir$baseDatFileName$polTag\.root\n";
}
print "------------------\n";
print "BKGNDFILES:\n";
foreach $polTag (@polTags){
print "$baseBkgDir$baseBkgFileName$polTag.root\n";
}
print "------------------\n";
print "ACCFILES:\n";
foreach $polTag (@polTags){
print "$baseAccDir$baseAccFileName$polTag.root\n";
}
print "------------------\n";
print "GENFILES:\n";
foreach $polTag (@polTags){
print "$baseGenDir$baseGenFileName$polTag.root\n";
}
print "------------------\n";
# this file sould be used for partially polarized or unpolarized beam fits
#$cfgTempl = "$workingDir/zlm_etapi_bothReflect_bothM_loop_pipi.cfg";
$cfgTempl = "$workingDir/zlm_etapi_bothReflect_bothM_loop.cfg";
#$cfgTempl = "$workingDir/zlm_etapi_bothReflect_bothM.cfg";
#$cfgTempl = "$workingDir/zlm_etapi_bothReflect_bothM_loop_zeroPolMag.cfg";
#$cfgTempl = "$workingDir/zlm_etapi_bothReflect_bothM_loop_sb0.cfg";
### things below here probably don't need to be modified
# this is where the goodies for the fit will end up
$fitDir = "$workingDir/$fitName/";
print "Output fitDir: $fitDir";
print "\n";
#mkdir $fitDir unless -d $fitDir;
`./ramdisk.sh $fitName`;
chdir $fitDir;
print "Changing into $fitDir\n";
# use the split_mass command line tool to divide up the
foreach $polTag (@polTags){
$fileTag="$baseDatFileName$polTag";
$dataFile="$fileTag.root";
print "splitting datatag: $dataFile\n";
system( "split_mass $baseDatDir$dataFile $fileTag $lowMass $highMass $nBins $maxEvts -T kin:kin" );
$fileTag="$baseBkgFileName$polTag";
$dataFile="$fileTag.root";
print "splitting bkgtag: $dataFile\n";
system( "split_mass $baseBkgDir$dataFile $fileTag $lowMass $highMass $nBins $maxEvts -T kin:kin" );
$fileTag="$baseAccFileName$polTag";
$dataFile="$fileTag.root";
print "splitting acctag: $dataFile\n";
system( "split_mass $baseAccDir$dataFile $fileTag $lowMass $highMass $nBins $maxEvts -T kin:kin" );
$fileTag="$baseGenFileName$polTag";
$dataFile="$fileTag.root";
print "splitting gentag: $dataFile\n";
system( "split_mass $baseGenDir$dataFile $fileTag $lowMass $highMass $nBins $maxEvts -T kin:kin" );
}
# make directories to perform the fits in
for( $i = 0; $i < $nBins; ++$i ){
mkdir "bin_$i" unless -d "bin_$i";
system( "mv *\_$i.root bin_$i" );
chdir "bin_$i";
#we are essentially copying fit_etapi_moments.cfg and substituting some variables. CFGOUT is going to be a config file in all of our bins. CFGIN is fit_etapi_moments.cfg. Note how fit_etapi_moments.cfg has these place holders defined (DATAFILE,ACCMCFILE,GENMCFILE ... ). They will get replaced here to fit the bin directory.
open( CFGOUT, ">bin_$i-full.cfg" );
open( CFGIN, $cfgTempl );
while( <CFGIN> ){
foreach $polTag (@polTags){
s:DATAFILE_$polTag:${fitDir}bin_$i/$baseDatFileName$polTag\_$i.root:;
s:BKGNDFILE_$polTag:${fitDir}bin_$i/$baseBkgFileName$polTag\_$i.root:;
s:ACCMCFILE_$polTag:${fitDir}bin_$i/$baseAccFileName$polTag\_$i.root:;
s:GENMCFILE_$polTag:${fitDir}bin_$i/$baseGenFileName$polTag\_$i.root:;
s:NIFILE_$polTag:bin_$i\_$polTag.ni:;
}
s/FITNAME/bin_$i/;
print CFGOUT $_;
}
close CFGOUT;
close CFGIN;
#system( "touch param_init.cfg" );
chdir $fitDir;
}