def compareTimes(table_names = ['FinalEstimate_4x100_N=100','FinalEstimate_4x100_N=1000']):
regime_labels = {'subT': 'Sub-threshold',
'superT': 'Supra-threshold',
'superSin': 'Supra-sinusoidal',
'crit': 'Critical'}
for table_name, N in zip(table_names,
[100, 1000]):
analyzer = DataAnalyzer(table_name);
print table_name
for regime in analyzer.getAllRegimes():
print regime_labels[regime]
for mthd in [ 'Fortet', 'FP']:
walltimes = analyzer.getWallTimes(regime, mthd)
mu, sigma = mean(walltimes), std(walltimes)
print '& %.2f'%mu, r'$\pm$ %.2f'%sigma
print r'\\'
