if len(final_result) > 1:
print final_result[0]
spendTime = time.time()
countSelectTime += time.time() - subStartTime
subStartTime = spendTime
print countSelectTime
if len(final_result) <= 1:
countSingle += 1
else:
countMulti += 1
# Dmtler.showSegmentationByList(img, node_list)
Dmtler.saveSegmentationLayoutByList(img, final_result, resultPath,
fname)
nImageAll += 1
if nImageAll % 100 == 0:
print '%d images have been dismantled.' % nImageAll
costTime = time.time() - startTime
print 'All %d images were classified and saved in %s within %d sec.' % (
nImageAll, resultPath, costTime)
print float(countSingle) / nImageAll
print "splitTime = %f, avg = %f" % (countSplitTime,
float(countSplitTime) / nImageAll)
print "mergeTime = %f, avg = %f" % (countMergeTime,
float(countMergeTime) / nImageAll)
if len(final_result) > 1:
print final_result[0]
spendTime = time.time()
countSelectTime += time.time() - subStartTime
subStartTime = spendTime
print countSelectTime
if len(final_result) <= 1:
countSingle += 1
else:
countMulti += 1
# Dmtler.showSegmentationByList(img, node_list)
Dmtler.saveSegmentationLayoutByList(img, final_result, resultPath, fname)
nImageAll += 1
if nImageAll % 100 == 0:
print '%d images have been dismantled.' % nImageAll
costTime = time.time() - startTime
print 'All %d images were classified and saved in %s within %d sec.' % (nImageAll, resultPath, costTime)
print float(countSingle)/nImageAll
print "splitTime = %f, avg = %f" %(countSplitTime, float(countSplitTime)/ nImageAll)
print "mergeTime = %f, avg = %f" %(countMergeTime, float(countMergeTime)/ nImageAll)
print "selectTime = %f, avg = %f" %(countSelectTime, float(countSelectTime)/ nImageAll)
