def check_name(model):
'''
check that model name corresponds to one of the available
'''
if AVAIL.has_key(sub('\..*', '', model)):
return model, AVAIL [sub('\..*', '', model)]
def check_name(model):
'''
check that model name corresponds to one of the available
'''
if AVAIL.has_key(sub('\..*', '', model)):
return model, AVAIL[sub('\..*', '', model)]
colors.append(col['RX+'])
elif class1 == 1:
if pval < 0.99:
colors.append(col['CN'])
else:
colors.append(col['CN+'])
elif class1 == class2 and (winner in ['M2', 'M8', 'SLR']):
if pval < 0.99:
colors.append(col['PS'])
else:
colors.append(col['PS+'])
elif class1 == class2:
if pval < 0.99:
colors.append(col['RX'])
else:
colors.append(col['RX+'])
else:
colors.append(col['NS'])
return colors
Model.__doc__ = Model.__doc__ % \
('\n'.join([ ' %-8s %-27s %-15s ' % \
('%s' % (x), AVAIL[x]['evol'], AVAIL[x]['typ']) \
for x in sorted(sorted(AVAIL.keys()),
cmp=lambda x, y: \
cmp(AVAIL[x]['typ'],
AVAIL[y]['typ']),
reverse=True)]))
colors.append(col['RX+'])
elif class1 == 1:
if pval < 0.99:
colors.append(col['CN'])
else:
colors.append(col['CN+'])
elif class1 == class2 and (winner in ['M2', 'M8', 'SLR']):
if pval < 0.99:
colors.append(col['PS'])
else:
colors.append(col['PS+'])
elif class1 == class2:
if pval < 0.99:
colors.append(col['RX'])
else:
colors.append(col['RX+'])
else:
colors.append(col['NS'])
return colors
Model.__doc__ = Model.__doc__ % \
('\n'.join([ ' %-8s %-27s %-15s ' % \
('%s' % (x), AVAIL[x]['evol'], AVAIL[x]['typ']) \
for x in sorted(sorted(AVAIL.keys()),
cmp=lambda x, y: \
cmp(AVAIL[x]['typ'],
AVAIL[y]['typ']),
reverse=True)]))