'../Torch/outputbi',
'../Torch/outputbiLineNo',
'../Torch/outputbiLineNoP',
'../Torch/outputbiP',
'../Torch/outputbasicP',]
statNames = None
for d in dirs:
outputAG = []
outputUG = []
for f in listdir(d):
print "Statting ", d, f
if 'AG' in f or 'UG' in f:
dataAG = []
dataUG = []
stats = testLevel(parselevel.parse(d + '/' + f))
if statNames is None:
statNames = []
for s in stats:
statNames.append(s)
if 'AG' in f:
for s in statNames:
dataAG.append(str(stats[s]))
outputAG.append(dataAG)
elif 'UG' in f:
for s in statNames:
dataUG.append(str(stats[s]))
outputUG.append(dataUG)
with open('{}/ag.summary'.format(d),'w') as outputfile:
outputfile.write(','.join(statNames)+'\n')
for line in outputAG:
float(totalMeaningfulJumps) / float(pathcount),
'jumps':
float(totalJumps) / float(pathcount),
'meaningfulJumpVariance':
float(meaningfulJumpVariance) / float(pathcount),
'jumpVariance':
float(jumpVariance) / float(pathcount),
'linearity':
linearity
}
else:
return {
'length': maxX,
'negativeSpace': negativeSpace,
'pathPercentage': -1,
'emptyPercentage': emptyPercentage,
'decorationPercentage': decorationPercentage,
'leniency': leniency,
'meaningfulJumps': -1,
'jumps': -1,
'meaningfulJumpVariance': -1,
'jumpVariance': -1,
'linearity': linearity
}
if __name__ == "__main__":
name = sys.argv[1]
levelStr = parselevel.parse(name)
print testLevel(levelStr)
'negativeSpace':negativeSpace,
'pathPercentage':pathPercentage,
'emptyPercentage':emptyPercentage,
'decorationPercentage':decorationPercentage,
'leniency':leniency,
'meaningfulJumps':float(totalMeaningfulJumps)/float(pathcount),
'jumps':float(totalJumps)/float(pathcount),
'meaningfulJumpVariance':float(meaningfulJumpVariance)/float(pathcount),
'jumpVariance':float(jumpVariance)/float(pathcount),
'linearity' :linearity}
else:
return {
'length':maxX,
'negativeSpace':negativeSpace,
'pathPercentage':-1,
'emptyPercentage':emptyPercentage,
'decorationPercentage':decorationPercentage,
'leniency':leniency,
'meaningfulJumps':-1,
'jumps':-1,
'meaningfulJumpVariance':-1,
'jumpVariance':-1,
'linearity' :linearity}
if __name__ == "__main__":
name = sys.argv[1]
levelStr = parselevel.parse(name)
print testLevel(levelStr)
