def main(sample_name):
region_df = helpers.extractRegionContributions(test_sample_name)
region_df = helpers.cleanDataFrame(region_df)
# print '% ============================================================'
# print '% = Original regions'
# print '% ============================================================'
# regions_dict = OrderedDict([('CR TOP', 'Top CR'),
# ('CR Z', 'Z CR'),
# ('VR TOP 1', 'Top VR 1'),
# ('VR TOP 2', 'Top VR 2'),
# ('VR TOP 3', 'Top VR 3'),
# ('VR TOP 4', 'Top VR 4'),
# ('VR Z', 'Z VR'),
# ('SR 1', 'SR')
# ])
# createTableFromRegionContributions(region_df, regions_dict,
# do_s_sqrt_b=True, do_zn_sig=True,
# for_slides=True,
# title='Original regions')
def printTableHtSlice(ht):
print
print '% ============================================================'
print '% = ht ', ht
print '% ============================================================'
regions_dict = OrderedDict([('CR TOP MBL 200', 'Top CR'),
('CR Z MBL 200', 'Z CR'),
('VR TOP 1 MBL 200', 'Top VR 1'),
('VR TOP 2 MBL 200', 'Top VR 2'),
('VR TOP 3 MBL 200', 'Top VR 3'),
('VR Z MBL 200', 'Z VR'),
(' '.join(['SR HT', str(ht), 'MBL 200']), 'SR 200'),
(' '.join(['SR HT', str(ht), 'MBL 400']), 'SR 400'),
(' '.join(['SR HT', str(ht), 'MBL 600']), 'SR 600'),
(' '.join(['SR HT', str(ht), 'MBL 800']), 'SR 800'),
])
this_title=''.join(['$\\Mbl\\ge 200$ GeV and $h_\\mathrm{T} \\ge ',
str(ht), '$ GeV'])
createTableFromRegionContributions(region_df, regions_dict,
do_s_sqrt_b=False, do_zn_sig=True,
for_slides=True,
title=this_title)
printTableHtSlice(1100)
