img, 1)
spendTime = time.time()
countSplitTime += spendTime - subStartTime
subStartTime = spendTime
print countSplitTime
# print count_standalone_vertical, count_standalone_horizontal
first_vertical = Dmtler.merge(img, first_vertical)
first_horizontal = Dmtler.merge(img, first_horizontal)
spendTime = time.time()
countMergeTime += time.time() - subStartTime
subStartTime = spendTime
print countMergeTime
final_result = Dmtler.select(img, first_vertical, first_horizontal)
nodeList = Dmtler.updateImageToEffectiveAreaFromNodeList(
img, final_result, Opt_dmtler.thresholds)
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:
first_horizontal, fire_lane_map_horizontal, count_standalone_horizontal = Dmtler.split(img, 1)
spendTime = time.time()
countSplitTime += spendTime - subStartTime
subStartTime = spendTime
print countSplitTime
# print count_standalone_vertical, count_standalone_horizontal
first_vertical = Dmtler.merge(img, first_vertical)
first_horizontal = Dmtler.merge(img, first_horizontal)
spendTime = time.time()
countMergeTime += time.time() - subStartTime
subStartTime = spendTime
print countMergeTime
final_result = Dmtler.select(img, first_vertical, first_horizontal)
nodeList = Dmtler.updateImageToEffectiveAreaFromNodeList(img, final_result, Opt_dmtler.thresholds)
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
