def grade_2a(text):
import text_coherence
# weights
weight_2nd_person = -1
weight_3rd_person_good = 1
weight_3rd_person_bad = -2
weight_3rd_person_avg = .5
weight_sen = .2
pronoun_biz = text_coherence.parse(text)
first_person_pronouns = []
second_person_pronouns = []
third_person_pronouns = []
score = 0
for sentence in pronoun_biz:
first_person_pronouns += sentence[0]
second_person_pronouns += sentence[1]
third_person_pronouns += sentence[2]
for third_person_pronoun in third_person_pronouns:
if third_person_pronoun[1] == -1:
score += (weight_3rd_person_bad)
elif third_person_pronoun[1] == .5:
score += (weight_3rd_person_avg)
else:
score += (weight_3rd_person_good)
return max(1, min(5, (2 + (weight_2nd_person * len(second_person_pronouns)) + score + (len(pronoun_biz) * weight_sen))))
def grade_2a(text):
import text_coherence
# weights
weight_2nd_person = -1
weight_3rd_person_good = 1
weight_3rd_person_bad = -2
weight_3rd_person_avg = .5
weight_sen = .2
pronoun_biz = text_coherence.parse(text)
first_person_pronouns = []
second_person_pronouns = []
third_person_pronouns = []
score = 0
for sentence in pronoun_biz:
first_person_pronouns += sentence[0]
second_person_pronouns += sentence[1]
third_person_pronouns += sentence[2]
for third_person_pronoun in third_person_pronouns:
if third_person_pronoun[1] == -1:
score += (weight_3rd_person_bad)
elif third_person_pronoun[1] == .5:
score += (weight_3rd_person_avg)
else:
score += (weight_3rd_person_good)
return max(
1,
min(5, (2 + (weight_2nd_person * len(second_person_pronouns)) + score +
(len(pronoun_biz) * weight_sen))))
sentence_problems = syntactic_formation.parse(text)
num_sentences_with_problems = sum([1 if count > 0 else 0 for count in sentence_problems])
num_sentences = len(sentence_problems)
print "Num Sentences: {0}".format(num_sentences)
print "Num Problems: {0}".format(sum(sentence_problems))
print "Sentences with problems: {0}".format(num_sentences_with_problems)
print "Percent Correct: {0}/{1} ({2})".format(num_sentences - num_sentences_with_problems, num_sentences, 1 - (float(num_sentences_with_problems)/num_sentences))
print "Score: {0}".format(math.floor((1 - (float(num_sentences_with_problems)/num_sentences)) * 5))
elif agreement_stdin:
import agreement_utils
text = cmd_utils.get_stdin().strip()
print agreement_utils.parse(text)
elif pronoun_stdin:
import text_coherence
text = cmd_utils.get_stdin().strip()
print text_coherence.parse(text)
elif topic_stdin:
import topic_coherence
text = cmd_utils.get_stdin().strip()
print topic_coherence.parse(text)
elif final_score_stdin:
import grade_utils
text = cmd_utils.get_stdin().strip()
print "Grading"
print "----------"
print text
print "----------\n"
total = 0
print "Num Problems: {0}".format(sum(sentence_problems))
print "Sentences with problems: {0}".format(num_sentences_with_problems)
print "Percent Correct: {0}/{1} ({2})".format(
num_sentences - num_sentences_with_problems, num_sentences,
1 - (float(num_sentences_with_problems) / num_sentences))
print "Score: {0}".format(
math.floor(
(1 - (float(num_sentences_with_problems) / num_sentences)) * 5))
elif agreement_stdin:
import agreement_utils
text = cmd_utils.get_stdin().strip()
print agreement_utils.parse(text)
elif pronoun_stdin:
import text_coherence
text = cmd_utils.get_stdin().strip()
print text_coherence.parse(text)
elif topic_stdin:
import topic_coherence
text = cmd_utils.get_stdin().strip()
print topic_coherence.parse(text)
elif final_score_stdin:
import grade_utils
text = cmd_utils.get_stdin().strip()
print "Grading"
print "----------"
print text
print "----------\n"
total = 0
