def getWrongTiers(source):
"""Takes list of TextGrids, returns text file list of tiers in each"""
for line in source.readlines():
f = line.rstrip('\n')
tg = TextGridFromFile(f)
tiers = tg.getNames()
print tiers
def getWrongTiers(source):
"""Takes list of TextGrids, returns text file list of tiers in each"""
for line in source.readlines():
f = line.rstrip('\n')
tg = TextGridFromFile(f)
tiers = tg.getNames()
print tiers
def fixTiers(source, tierlist, outfile):
"""Takes list of TextGrids, file with new tier orders, list of output file
names, returns TextGrids with new tier order"""
for line, tier, out in zip(source.readlines(), tierlist, outfile.readlines()):
f = line.rstrip('\n')
oldtg = TextGridFromFile(f)
list_from_file = eval(tier)
output = out.rstrip('\n')
newtg = TextGrid('newtg')
for n in list_from_file:
ntier = oldtg.getFirst(n)
newtg.append(ntier)
newtg.write(output)
def fixTiers(source, tierlist, outfile):
"""Takes list of TextGrids, file with new tier orders, list of output file
names, returns TextGrids with new tier order"""
for line, tier, out in zip(source.readlines(), tierlist,
outfile.readlines()):
f = line.rstrip('\n')
oldtg = TextGridFromFile(f)
list_from_file = eval(tier)
output = out.rstrip('\n')
newtg = TextGrid('newtg')
for n in list_from_file:
ntier = oldtg.getFirst(n)
newtg.append(ntier)
newtg.write(output)
if len(args) != 2:
print >> stderr, USAGE
exit("Not enough TextGrids provided")
try:
for (opt, val) in opts:
if opt == '-s':
close_enough = int(val) / 1000
elif opt == '-t':
tier_name = val
else:
raise GetoptError
except (TypeError, GetoptError) as err:
print >> stderr, USAGE
exit(str(err))
# get boundaries
first = boundaries(TextGridFromFile(args[0]), tier_name)
secnd = boundaries(TextGridFromFile(args[1]), tier_name)
# count
if len(first) != len(secnd):
exit("Tiers lengths do not match.")
concordant = 0
discordant = 0
for (boundary1, boundary2) in zip(first, secnd):
if boundary1.transition != boundary2.transition:
exit("Tier labels do not match.")
if is_close_enough(boundary1.time, boundary2.time, close_enough):
concordant += 1
else:
discordant += 1
# print out
agreement = concordant / (concordant + discordant)
