# First write the header line
text = [line.strip() for line in open(os.path.join(dirpath, name)).readlines() if len(line.strip()) > 1]
row = [int(grade_utils.grade_text("\n".join(text), test)) for test in grade_utils.cols]
row.append(round_to(float(sum(row) + row[3] + (row[5] * 2)) / 10, 0.5))
new_line = ",".join([str(v) for v in row])
output.append(new_line)
f = open('output.txt', 'w')
file_contents = "\n".join(output)
f.write(file_contents)
f.close()
print "Finished writing %d scores to output.txt" % (len(output) - 1,)
elif score_stdin or parse_stdin:
import tree_utils
trees = parsers.parse(cmd_utils.get_stdin())
for tree in trees:
print tree
if score_stdin:
sentence_transitions = tree_utils.transitions_in_tree(tree)
sentence_probs = []
for transition in sentence_transitions:
print "Transitions: %s" % (transition)
probs = hmm_utils.prob_of_all_transitions(transition, counts, gram_size=3)
print "Probs: %s" % (probs)
sentence_probs += probs
total = 1
for prob in sentence_probs:
total *= prob
print "Total: %f" % (total,)
elif sentence_parse_stdin:
for test in grade_utils.cols
]
row.append(
round_to(float(sum(row) + row[3] + (row[5] * 2)) / 10, 0.5))
new_line = ",".join([str(v) for v in row])
output.append(new_line)
f = open('output.txt', 'w')
file_contents = "\n".join(output)
f.write(file_contents)
f.close()
print "Finished writing %d scores to output.txt" % (len(output) - 1, )
elif score_stdin or parse_stdin:
import tree_utils
trees = parsers.parse(cmd_utils.get_stdin())
for tree in trees:
print tree
if score_stdin:
sentence_transitions = tree_utils.transitions_in_tree(tree)
sentence_probs = []
for transition in sentence_transitions:
print "Transitions: %s" % (transition)
probs = hmm_utils.prob_of_all_transitions(transition,
counts,
gram_size=3)
print "Probs: %s" % (probs)
sentence_probs += probs
total = 1
for prob in sentence_probs:
total *= prob
parse_for_max_prob = all_possible_sentences[all_possible_sentence_probs.index(max_prob)]
log("All Probs: %s" % (all_possible_sentence_probs,), 2)
log("MAX Prob: %f" % (max_prob,), 2)
log("Parse for max prob: %s" % (parse_for_max_prob,), 2)
log("Best Guess Num Sentences: %d" % (len(parse_for_max_prob),), 1)
log("-------------\n\n", 1)
if use_cache:
cache_set("sentence_tokenizer", line, (parse_for_max_prob, max_prob))
return (parse_for_max_prob, max_prob) if include_prob else parse_for_max_prob
if __name__ == '__main__':
## Simple method for testing from STDIN
if use_stdin:
print parse_sentences(cmd_utils.get_stdin())
else:
essays = essay_utils.essays if essay_index == -1 else [essay_utils.essays[essay_index]]
essays_in_corpus = []
for essay in essays:
sentences_for_essay = []
lines = essay if line_index == -1 else [essay[line_index]]
for line in lines:
sentences_for_essay.append(len(parse_sentences(line)))
log("Sentence counts for essay: %s" % (sentences_for_essay,))
essays_in_corpus.append(sentences_for_essay)
log("All Probs: %s" % (all_possible_sentence_probs, ), 2)
log("MAX Prob: %f" % (max_prob, ), 2)
log("Parse for max prob: %s" % (parse_for_max_prob, ), 2)
log("Best Guess Num Sentences: %d" % (len(parse_for_max_prob), ), 1)
log("-------------\n\n", 1)
if use_cache:
cache_set("sentence_tokenizer", line, (parse_for_max_prob, max_prob))
return (parse_for_max_prob,
max_prob) if include_prob else parse_for_max_prob
if __name__ == '__main__':
## Simple method for testing from STDIN
if use_stdin:
print parse_sentences(cmd_utils.get_stdin())
else:
essays = essay_utils.essays if essay_index == -1 else [
essay_utils.essays[essay_index]
]
essays_in_corpus = []
for essay in essays:
sentences_for_essay = []
lines = essay if line_index == -1 else [essay[line_index]]
for line in lines:
sentences_for_essay.append(len(parse_sentences(line)))
log("Sentence counts for essay: %s" % (sentences_for_essay, ))