def cb(frame_len, orth):
if frame_len >= options.max_seq_frame_len:
return
orth_syms = parse_orthography(orth)
if len(orth_syms) >= options.max_seq_orth_len:
return
Stats.count += 1
Stats.total_frame_len += frame_len
if options.dump_orth_syms:
print("Orth:", "".join(orth_syms), file=log.v3)
if options.filter_orth_sym:
if options.filter_orth_sym in orth_syms:
print("Found orth:", "".join(orth_syms), file=log.v3)
if options.filter_orth_syms_seq:
filter_seq = parse_orthography_into_symbols(
options.filter_orth_syms_seq)
if found_sub_seq(filter_seq, orth_syms):
print("Found orth:", "".join(orth_syms), file=log.v3)
Stats.orth_syms_set.update(orth_syms)
Stats.total_orth_len += len(orth_syms)
# Show some progress if it takes long.
if time.time() - Stats.process_last_time > 2:
Stats.process_last_time = time.time()
if options.collect_time:
print("Collect process, total frame len so far:",
hms(Stats.total_frame_len *
(options.frame_time / 1000.0)),
file=log.v3)
else:
print("Collect process, total orth len so far:",
human_size(Stats.total_orth_len),
file=log.v3)
def cb(frame_len, orth):
if frame_len >= options.max_seq_frame_len:
return
orth_syms = parse_orthography(orth)
if len(orth_syms) >= options.max_seq_orth_len:
return
Stats.count += 1
Stats.total_frame_len += frame_len
if options.dump_orth_syms:
print >> log.v3, "Orth:", "".join(orth_syms)
if options.filter_orth_sym:
if options.filter_orth_sym in orth_syms:
print >> log.v3, "Found orth:", "".join(orth_syms)
if options.filter_orth_syms_seq:
filter_seq = parse_orthography_into_symbols(options.filter_orth_syms_seq)
if found_sub_seq(filter_seq, orth_syms):
print >> log.v3, "Found orth:", "".join(orth_syms)
Stats.orth_syms_set.update(orth_syms)
Stats.total_orth_len += len(orth_syms)
# Show some progress if it takes long.
if time.time() - Stats.process_last_time > 2:
Stats.process_last_time = time.time()
if options.collect_time:
print >> log.v3, "Collect process, total frame len so far:", hms(Stats.total_frame_len * (options.frame_time / 1000.0))
else:
print >> log.v3, "Collect process, total orth len so far:", human_size(Stats.total_orth_len)
def _collect_single_seq(self, seq_idx):
"""
:type seq_idx: int
:rtype: DatasetSeq | None
:returns DatasetSeq or None if seq_idx >= num_seqs.
"""
while True:
if self.next_orth_idx >= len(self.orths_epoch):
assert self.next_seq_idx <= seq_idx, "We expect that we iterate through all seqs."
return None
assert self.next_seq_idx == seq_idx, "We expect that we iterate through all seqs."
orth = self.orths_epoch[self.seq_order[self.next_orth_idx]]
self.next_orth_idx += 1
if orth == "</s>": continue # special sentence end symbol. empty seq, ignore.
if self.seq_gen:
try:
phones = self.seq_gen.generate_seq(orth)
except KeyError as e:
if self.log_skipped_seqs:
print >> log.v4, "LmDataset: skipping sequence %r because of missing lexicon entry: %s" % (
orth, e)
self.num_skipped += 1
continue
data = self.seq_gen.seq_to_class_idxs(phones, dtype=self.dtype)
elif self.orth_symbols:
orth_syms = parse_orthography(orth)
orth_syms = sum([self.orth_replace_map.get(s, [s]) for s in orth_syms], [])
i = 0
while i < len(orth_syms) - 1:
if orth_syms[i:i+2] == [" ", " "]:
orth_syms[i:i+2] = [" "] # collapse two spaces
else:
i += 1
try:
data = numpy.array(map(self.orth_symbols_map.__getitem__, orth_syms), dtype=self.dtype)
except KeyError as e:
if self.log_skipped_seqs:
print >> log.v4, "LmDataset: skipping sequence %r because of missing orth symbol: %s" % (
"".join(orth_syms), e)
self.num_skipped += 1
continue
else:
assert False
targets = {}
for i in range(self.add_random_phone_seqs):
assert self.seq_gen # not implemented atm for orths
phones = self.seq_gen.generate_garbage_seq(target_len=data.shape[0])
targets["random%i" % i] = self.seq_gen.seq_to_class_idxs(phones, dtype=self.dtype)
self._num_timesteps_accumulated += data.shape[0]
self.next_seq_idx = seq_idx + 1
return DatasetSeq(seq_idx=seq_idx, features=data, targets=targets)
def _callback(self, orth):
orth_words = parse_orthography(orth, prefix=[], postfix=[], word_based=True)
self.seq_count += 1
if self.options.dump_orth:
print("Orth:", orth_words, file=log.v3)
self.words.update(orth_words)
self.total_word_len += len(orth_words)
# Show some progress if it takes long.
if time.time() - self.process_last_time > 2:
self.process_last_time = time.time()
print("Collect process, total word len so far:", human_size(self.total_word_len), file=log.v3)
def _callback(self, orth):
orth_words = parse_orthography(orth,
prefix=[],
postfix=[],
word_based=True)
self.seq_count += 1
if self.options.dump_orth:
print("Orth:", orth_words, file=log.v3)
self.words.update(orth_words)
self.total_word_len += len(orth_words)
# Show some progress if it takes long.
if time.time() - self.process_last_time > 2:
self.process_last_time = time.time()
print("Collect process, total word len so far:",
human_size(self.total_word_len),
file=log.v3)
def _collect_single_seq(self, seq_idx):
"""
:type seq_idx: int
:rtype: DatasetSeq | None
:returns DatasetSeq or None if seq_idx >= num_seqs.
"""
while True:
if self.next_orth_idx >= len(self.orths_epoch):
assert self.next_seq_idx <= seq_idx, "We expect that we iterate through all seqs."
if self.num_skipped > 0:
print("LmDataset: reached end, skipped %i sequences" %
self.num_skipped)
return None
assert self.next_seq_idx == seq_idx, "We expect that we iterate through all seqs."
orth = self.orths_epoch[self.seq_order[self.next_orth_idx]]
self.next_orth_idx += 1
if orth == "</s>":
continue # special sentence end symbol. empty seq, ignore.
if self.seq_gen:
try:
phones = self.seq_gen.generate_seq(orth)
except KeyError as e:
if self.log_skipped_seqs:
print(
"LmDataset: skipping sequence %r because of missing lexicon entry: %s"
% (orth, e),
file=log.v4)
self._reduce_log_skipped_seqs()
if self.error_on_invalid_seq:
raise Exception(
"LmDataset: invalid seq %r, missing lexicon entry %r"
% (orth, e))
self.num_skipped += 1
continue # try another seq
data = self.seq_gen.seq_to_class_idxs(phones, dtype=self.dtype)
elif self.orth_symbols:
orth_syms = parse_orthography(orth, **self.parse_orth_opts)
while True:
orth_syms = sum(
[self.orth_replace_map.get(s, [s]) for s in orth_syms],
[])
i = 0
while i < len(orth_syms) - 1:
if orth_syms[i:i + 2] == [" ", " "]:
orth_syms[i:i + 2] = [" "] # collapse two spaces
else:
i += 1
if self.auto_replace_unknown_symbol:
try:
map(self.orth_symbols_map.__getitem__, orth_syms)
except KeyError as e:
orth_sym = e.message
if self.log_auto_replace_unknown_symbols:
print(
"LmDataset: unknown orth symbol %r, adding to orth_replace_map as %r"
% (orth_sym, self.unknown_symbol),
file=log.v3)
self._reduce_log_auto_replace_unknown_symbols()
self.orth_replace_map[orth_sym] = [
self.unknown_symbol
] if self.unknown_symbol is not None else []
continue # try this seq again with updated orth_replace_map
break
self.num_unknown += orth_syms.count(self.unknown_symbol)
if self.word_based:
orth_debug_str = repr(orth_syms)
else:
orth_debug_str = repr("".join(orth_syms))
try:
data = numpy.array(map(self.orth_symbols_map.__getitem__,
orth_syms),
dtype=self.dtype)
except KeyError as e:
if self.log_skipped_seqs:
print(
"LmDataset: skipping sequence %s because of missing orth symbol: %s"
% (orth_debug_str, e),
file=log.v4)
self._reduce_log_skipped_seqs()
if self.error_on_invalid_seq:
raise Exception(
"LmDataset: invalid seq %s, missing orth symbol %s"
% (orth_debug_str, e))
self.num_skipped += 1
continue # try another seq
else:
assert False
targets = {}
for i in range(self.add_random_phone_seqs):
assert self.seq_gen # not implemented atm for orths
phones = self.seq_gen.generate_garbage_seq(
target_len=data.shape[0])
targets["random%i" % i] = self.seq_gen.seq_to_class_idxs(
phones, dtype=self.dtype)
if self.add_delayed_seq_data:
targets["delayed"] = numpy.concatenate(([
self.orth_symbols_map[self.delayed_seq_data_start_symbol]
], data[:-1])).astype(self.dtype)
assert targets["delayed"].shape == data.shape
self.next_seq_idx = seq_idx + 1
return DatasetSeq(seq_idx=seq_idx, features=data, targets=targets)
