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peller |
1.1 |
#!/usr/bin/env python
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peller |
1.5 |
from samplesclass import sample
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peller |
1.1 |
import pickle
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import sys
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samplepath=sys.argv[1]
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infofile = open(samplepath+'/samples.info','r')
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info = pickle.load(infofile)
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print '\tLOADED INFO OF %s SAMPLES:'%len(info)
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print '\n\n\t\033[1;34mLOADED INFO OF %s SAMPLES\033[1;m\n'%len(info)
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for job in info:
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peller |
1.2 |
print '\t\033[1;31m-->%s: %s\033[1;m'%(job.name,job.group)
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peller |
1.1 |
print '\t\tstored in file %s'%job.getpath()
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print '\t\twith luminosity = %s and xsec = %s'%(job.lumi,job.xsec)
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print '\t\tdefined as type %s'%job.type
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print '\t\tcuts applied: %s'%job.treecut
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peller |
1.6 |
print '\t\tScalefactor: %s'%job.sf
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peller |
1.7 |
print '\t\tSplitting: %s'%job.split
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peller |
1.9 |
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if job.subsamples:
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print '\t\tSubsamples:'
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print '\t\tGroups: %s'%job.group
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print '\t\tnames: %s'%job.subnames
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print '\t\tcuts: %s'%job.subcuts
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#print job.subcuts
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peller |
1.8 |
print '\t\tActive: %s'%job.active
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| 30 |
peller |
1.1 |
print '\t\tSystematics available:'
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for sys in job.SYS: print '\t\t\t\033[1;32m- %s\033[1;m'%sys
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comments=str.split(job.comment,'\n')
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print '\t\tsample info:'
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for comment in comments:
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print '\t\t\t'+ comment
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print ''
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peller |
1.4 |
infofile.close() |
