def extract(fs, signal=None, diff=False, **kwargs):
if signal is None:
assert type(fs) == tuple
fs, signal = fs[0], fs[1]
signal = cast['float'](signal)
ret = get_lpc_extractor(fs, **kwargs).extract(signal)
if diff:
return diff_feature(ret)
return ret
def extract(fs, signal=None, diff=False, **kwargs):
"""accept two argument, or one as a tuple"""
if signal is None:
assert type(fs) == tuple
fs, signal = fs[0], fs[1]
signal = cast['float'](signal)
ret = get_mfcc_extractor(fs, **kwargs).extract(signal)
if diff:
return diff_feature(ret)
return ret
def extract(fs, signal=None, diff=False, **kwargs):
"""accept two argument, or one as a tuple"""
if signal is None:
assert type(fs) == tuple
fs, signal = fs[0], fs[1]
signal = cast['float'](signal)
ret = get_mfcc_extractor(fs, **kwargs).extract(signal)
if diff:
return diff_feature(ret)
return ret
def extract(fs, signal=None, diff=False,win_len = 32, win_shift = 16, **kwargs):
"""accept two argument, or one as a tuple"""
if signal is None:
assert type(fs) == tuple
fs, signal = fs[0], fs[1]
signal = cast['float'](signal)
ret = get_lpc_extractor(fs, win_length_ms = win_len, win_shift_ms= win_shift, **kwargs).extract(signal)
if diff:
return diff_feature(ret)
return ret
def extract(fs, signal=None, diff=False, win_len=32, win_shift=16, **kwargs):
"""accept two argument, or one as a tuple"""
if signal is None:
assert type(fs) == tuple
fs, signal = fs[0], fs[1]
signal = cast['float'](signal)
ret = get_lpc_extractor(fs,
win_length_ms=win_len,
win_shift_ms=win_shift,
**kwargs).extract(signal)
if diff:
return diff_feature(ret)
return ret
