<gh_stars>0
#!/usr/bin/env python

from os import system,environ
from sys import exit,stdout
from glob import glob

user = environ['USER']
fittingdir = environ['PANDA_FITTING']
scansdir = fittingdir+'/scans/'
scramdir = environ['PANDA_FIT']
flatdir  = environ['PANDA_FLATDIR']

sigfiles = []

# sigfiles += glob(flatdir+'/ST*root')
# coupling_scan = False

#sigfiles += glob(flatdir+'/Scalar*root')
#coupling_scan = False

sigfiles += glob(flatdir+'/Vector*root')
coupling_scan = True

fweights = open('../signal_weights.dat')
weights = [x.strip().replace('_nlo','') for x in fweights]

to_submit = {}

for ff in sigfiles:
    f = ff.split('/')[-1].replace('.root','')
    model = ''
    mParams = ''
    mV = ''
    mChi = ''
    couplings = ['']
    if 'Vector' in f:
        replacements = {
            'Vector_MonoTop_NLO_Mphi-':'',
            '_gSM-0p25_gDM-1p0_13TeV-madgraph':'',
            '_Mchi-':'_',
            }
        for k,v in replacements.iteritems():
            f = f.replace(k,v)
        mV,mChi = map(int,f.split('_'))
        model = 'fcnc'
        if coupling_scan:
            for weight in weights:
                if len(glob(fittingdir+'scans/fcnc/'+weight+'/higgsCombinefcnc_*root'))==0:
                    couplings.append(weight)
#            couplings += weights 
    else:
        replacements = {
               'Scalar_MonoTop_LO_Mphi-':'',
               '_13TeV-madgraph':'',
               '_Mchi-':'_',
            }
        for k,v in replacements.iteritems():
            f = f.replace(k,v)
        mV,mChi = map(int,f.split('_'))
        model = 'res'
    mParams = '%i_%i'%(mV,mChi)
    for coupling in couplings:
        if coupling in to_submit:
            to_submit[coupling].append(mParams)
        else:
            to_submit[coupling] = [mParams]

if coupling_scan:
    for k in to_submit:
        to_submit[k] = '+'.join(to_submit[k])
#         print k
# else:
#     print to_submit
# exit(1)

for coupling,mParams in to_submit.iteritems():
    if coupling_scan:
        if coupling!='':
            logpath = fittingdir+'/logs/%s.'%(coupling)
        else:
            logpath = fittingdir+'/logs/nominal.'
        mParams_submit = [mParams]
    else:
        mParams_submit = mParams
    for mP in mParams_submit:
        if not coupling_scan:
            logpath = fittingdir+'/logs/%s_%s.'%(mP,coupling)
        condorJDLString = '''Executable = runLimit.sh
                             Universe  = vanilla
                             requirements = UidDomain == \\\"mit.edu\\\" && Arch == \\\"X86_64\\\" && OpSysAndVer == \\\"SL6\\\"
                             Error = {0}err
                             Output  = {0}out
                             Log = {0}log
                             Arguments = {1} {2} {3} {4} {5}
                             should_transfer_files = YES
                             when_to_transfer_output = ON_EXIT
                             GetEnv = True
                             accounting_group = group_t3mit.urgent.snarayan
                             Queue 1'''.format(logpath,fittingdir,scramdir,model,mP,coupling,user)
        system('echo "%s" | condor_submit'%(condorJDLString))

#!/usr/bin/env python

from os import system,environ
from sys import exit,stdout
from glob import glob

user = environ['USER']
fittingdir = environ['PANDA_FITTING']
scansdir = fittingdir+'/scans/'
scramdir = environ['PANDA_FIT']
flatdir  = environ['PANDA_FLATDIR']

sigfiles = []

# sigfiles += glob(flatdir+'/ST*root')
# coupling_scan = False

#sigfiles += glob(flatdir+'/Scalar*root')
#coupling_scan = False

sigfiles += glob(flatdir+'/Vector*root')
coupling_scan = True

fweights = open('../signal_weights.dat')
weights = [x.strip().replace('_nlo','') for x in fweights]

to_submit = {}

for ff in sigfiles:
    f = ff.split('/')[-1].replace('.root','')
    model = ''
    mParams = ''
    mV = ''
    mChi = ''
    couplings = ['']
    if 'Vector' in f:
        replacements = {
            'Vector_MonoTop_NLO_Mphi-':'',
            '_gSM-0p25_gDM-1p0_13TeV-madgraph':'',
            '_Mchi-':'_',
            }
        for k,v in replacements.iteritems():
            f = f.replace(k,v)
        mV,mChi = map(int,f.split('_'))
        model = 'fcnc'
        if coupling_scan:
            for weight in weights:
                if len(glob(fittingdir+'scans/fcnc/'+weight+'/higgsCombinefcnc_*root'))==0:
                    couplings.append(weight)
#            couplings += weights 
    else:
        replacements = {
               'Scalar_MonoTop_LO_Mphi-':'',
               '_13TeV-madgraph':'',
               '_Mchi-':'_',
            }
        for k,v in replacements.iteritems():
            f = f.replace(k,v)
        mV,mChi = map(int,f.split('_'))
        model = 'res'
    mParams = '%i_%i'%(mV,mChi)
    for coupling in couplings:
        if coupling in to_submit:
            to_submit[coupling].append(mParams)
        else:
            to_submit[coupling] = [mParams]

if coupling_scan:
    for k in to_submit:
        to_submit[k] = '+'.join(to_submit[k])
#         print k
# else:
#     print to_submit
# exit(1)

for coupling,mParams in to_submit.iteritems():
    if coupling_scan:
        if coupling!='':
            logpath = fittingdir+'/logs/%s.'%(coupling)
        else:
            logpath = fittingdir+'/logs/nominal.'
        mParams_submit = [mParams]
    else:
        mParams_submit = mParams
    for mP in mParams_submit:
        if not coupling_scan:
            logpath = fittingdir+'/logs/%s_%s.'%(mP,coupling)
        condorJDLString = '''Executable = runLimit.sh
                             Universe  = vanilla
                             requirements = UidDomain == \\\"mit.edu\\\" && Arch == \\\"X86_64\\\" && OpSysAndVer == \\\"SL6\\\"
                             Error = {0}err
                             Output  = {0}out
                             Log = {0}log
                             Arguments = {1} {2} {3} {4} {5}
                             should_transfer_files = YES
                             when_to_transfer_output = ON_EXIT
                             GetEnv = True
                             accounting_group = group_t3mit.urgent.snarayan
                             Queue 1'''.format(logpath,fittingdir,scramdir,model,mP,coupling,user)
        system('echo "%s" | condor_submit'%(condorJDLString))
#!/usr/bin/env python # sigfiles += glob(flatdir+'/ST*root') # coupling_scan = False #sigfiles += glob(flatdir+'/Scalar*root') #coupling_scan = False #            couplings += weights #         print k # else: #     print to_submit # exit(1) Executable = runLimit.sh                              Universe  = vanilla                              requirements = UidDomain == \\\"mit.edu\\\" && Arch == \\\"X86_64\\\" && OpSysAndVer == \\\"SL6\\\"                              Error = {0}err                              Output  = {0}out                              Log = {0}log                              Arguments = {1} {2} {3} {4} {5}                              should_transfer_files = YES                              when_to_transfer_output = ON_EXIT                              GetEnv = True                              accounting_group = group_t3mit.urgent.snarayan                              Queue 1