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Python

import sys
import subprocess
import itertools
import shutil
from util import xmlfiletodict, dicttoxmlfile, get_pallet, get_articles, get_packlist_dict
from arrange_spread2 import arrange_in_layer, spread_articles, find_articles
import cPickle
import marshal
from binascii import a2b_base64
import tempfile
import os
def evaluate_layers_rests(layers, rests, scores, pallet):
rest_layers = list()
# sort rests by space they cover and move them to the center of the pile
# append them to the layer list
for rest in sorted(rests, key=lambda rest: sum([article['Article']['Length']*article['Article']['Width'] for article in rest]), reverse=True):
plength, pwidth = (pallet['Dimensions']['Length'], pallet['Dimensions']['Width'])
root, layer, rest = arrange_in_layer(rest, plength, pwidth)
com_x = 0
com_y = 0
for article in layer:
com_x += article['PlacePosition']['X']
com_y += article['PlacePosition']['Y']
com_x, com_y = com_x/len(layer), com_y/len(layer)
diff_x, diff_y = plength*0.5-com_x, pwidth*0.5-com_y
for article in layer:
article['PlacePosition']['X'] += diff_x
article['PlacePosition']['Y'] += diff_y
rest_layers.append(layer)
for permut_layers in itertools.permutations(layers):
pack_sequence = 1
pack_height = 0
articles_to_pack = list()
for layer in list(permut_layers)+rest_layers:
pack_height += layer[0]['Article']['Height']
#if pack_height > pallet['Dimensions']['MaxLoadHeight']:
# break
for article in layer:
article['PackSequence'] = pack_sequence
article['PlacePosition']['Z'] = pack_height
articles_to_pack.append(article)
pack_sequence += 1
packlist = get_packlist_dict(pallet, articles_to_pack)
_, tmp = tempfile.mkstemp()
dicttoxmlfile(packlist, tmp)
# ugly, ugly, ugly, ugly hack - dont copy this...
score = float(subprocess.check_output("../palletandtruckviewer-3.0/palletViewer -o "
+sys.argv[1]+" -p "+tmp
+" -s ../icra2011TestFiles/scoreAsPlannedConfig1.xml --headless | grep Score", shell=True).split(' ')[1].strip())
scores.append(score)
if score > max(scores+[0]):
shutil.move(tmp, sys.argv[2])
else:
os.remove(tmp)
def main():
scores = list()
for arg in sys.argv[3:]:
layers, rests, pallet = cPickle.loads(a2b_base64(arg))
evaluate_layers_rests(layers, rests, scores, pallet)
print max(scores)
#print "max:", max(scores)
#print "min:", min(scores)
#mean = sum(scores)/len(scores)
#print "mean:", mean
#from math import sqrt
#print "stddev:", sqrt(sum([(x-mean)**2 for x in scores])/len(scores))
if __name__ == "__main__":
main()