'F1_man', 'F2_man', 'F3_man', 'plt_code', 'plt_stress', 'plt_word',
't_man'
]) + '\n'
fw = open(outputFile, 'w')
fw.write(header)
plt_lines = open(pltFile, 'rb').readlines()
skipped_lines = []
# skip the first two lines since they contain header information
for plt_line in plt_lines[2:]:
print(plt_line)
plt_line = UnicodeDammit(plt_line,
['utf-8', 'windows-1252']).unicode_markup
plt_line = unidecode(plt_line)
plt_line = plt_line.rstrip()
plt_F1 = plt_line.split(',')[0]
# a line beginning with '1' is the first line of the vowel means; this
# signals the end of the vowel token measurements, so we can stop
# processing the file
if plt_F1 == '1':
break
plt_w_raw = plt_line.split(',')[5].split(' ')[0]
plt_w = plt_w_raw.upper()
plt_w = plt_w.replace('(', '')
plt_w = plt_w.replace(')', '')
print(plt_w)
if plt_w not in words:
skipped_lines.append(plt_line)
print("SKIPPING LINE -- WORD NOT FOUND")
