def load_map(self):
self.map_blocks = level_map.get_level_map(self.level)
for element in self.map_blocks:
color, xpos, ypos = element
image = self.block_dict[color]
obj_ = blocks.Block(self.surface, image, (xpos, ypos), color)
self.on_screen_blocks.append(obj_)
def print_steps():
probabilities = parse_submission(SUBMIT_FILE)
print len(probabilities), probabilities
print "--"
levmap = level_map.get_level_map(MAPPING_FILENAMES)
print len(levmap), levmap
print "--"
inverted_levmap = invert_map(levmap)
print len(inverted_levmap), inverted_levmap
print "--"
derived_probs = derive_label_probabilities(probabilities, inverted_levmap)
print len(derived_probs), derived_probs
def print_steps_ind():
probabilities = parse_submission_ind(SUBMIT_FILE)
# print len(probabilities),probabilities
print "--"
levmap = level_map.get_level_map(MAPPING_FILENAMES)
print len(levmap), levmap
print "--"
inverted_levmap = invert_map(levmap)
print len(inverted_levmap), inverted_levmap
print "--"
derived_probs = derive_label_probabilities_ind(probabilities,
inverted_levmap)
print len(derived_probs)
count = 0
for derived_prob_ind in derived_probs:
print len(derived_prob_ind
), derived_prob_ind, derived_probs[derived_prob_ind]
count += 1
if count > 5:
break
def get_derived_probabilities_ind(prob_file, mapping_files):
probabilities = parse_submission_ind(prob_file)
levmap = level_map.get_level_map(mapping_files)
inverted_levmap = invert_map(levmap)
return derive_label_probabilities_ind(probabilities, inverted_levmap)