def predict(essay):
with open('gradually/learn/rbfmodel.pkl', 'rb') as f:
model = jb.load(f)
# preproc returns {'essay_list': essay_list, 'essay_set': essay_set, 'no_punc_list': no_punc_list, 'low_list': low_
# list, 'no_stop_list': no_stop_list, 'gradr_no_stop_list': gradr_no_stop_list}
prep_res = pr.preproc(essay)
# featext returns {'lexical_div': lex_div, 'word_cnt': w_cnt, 'long_word_cnt': lng_w_cnt, 'spell_err_cnt': spl,
# 'distinct_word_cnt': dst_wrd_cnt, 'stem_cnt': stm_cnt}
feat = fe.featext(prep_res)
feat_mtx = np.zeros((1, 6))
feat_mtx[0, 0] = feat['word_cnt']
feat_mtx[0, 1] = feat['long_word_cnt']
feat_mtx[0, 2] = feat['spell_err_cnt']
feat_mtx[0, 3] = feat['lexical_div']
feat_mtx[0, 4] = feat['distinct_word_cnt']
feat_mtx[0, 5] = feat['stem_cnt']
feat_mtx.reshape((1, 6))
# print('feature matrix: ')
# print(feat_mtx)
grade = model.predict(feat_mtx)
if feat['spell_err_cnt'] / feat['word_cnt'] > 0.3:
grade = 0
return grade * 100
def check(essay):
prep = pr.preproc(essay)
essay_list = prep['essay_list']
err = [word for word in essay_list if d.check(word) == False]
sug = [d.suggest(word) for word in err]
return [err, sug]
def check(essay):
prep = pr.preproc(essay)
essay_list = prep['essay_list']
err = [word for word in essay_list if d.check(word)==False]
sug = [d.suggest(word) for word in err]
return [err, sug]
# load excel sheet
workbook = xlrd.open_workbook('../data/training_set_rel3.xlsx', on_demand=True)
sheet = workbook.sheet_by_index(0)
# create training matrix
data_num = 12978
feat_num = 6 + 1 # 6 features one label
feat_mtx = np.zeros((data_num, feat_num), dtype=np.double)
for i in range(data_num):
# get essay from dataset
essay = sheet.cell(i + 1, 2).value
label = sheet.cell(i + 1, 6).value
# pre process and extract features
essay = pr.preproc(essay)
feat = fe.featext(essay)
# {'lexical_div': lex_div, 'word_cnt': w_cnt, 'long_word_cnt': lng_w_cnt, 'spell_err_cnt': spl,
# 'distinct_word_cnt': dst_wrd_cnt, 'stem_cnt': stm_cnt}
feat_mtx[i, 0] = feat['word_cnt']
feat_mtx[i, 1] = feat['long_word_cnt']
feat_mtx[i, 2] = feat['spell_err_cnt']
feat_mtx[i, 3] = feat['lexical_div']
feat_mtx[i, 4] = feat['distinct_word_cnt']
feat_mtx[i, 5] = feat['stem_cnt']
feat_mtx[i, 6] = label
print(i)
