def wavwrite(self,
name,
index,
fs_in,
filename=None,
path=None,
gain=1,
fs_out=None):
"""
write phs.simulation.data.name[index] in the folder pointed by \
phs.paths['wav'].
"""
if fs_out is None:
fs_out = fs_in
if filename is None:
filename = name
if path is None:
path = os.getcwd()
if not os.path.exists(path):
os.makedirs(path)
data = getattr(self, name)
sig = []
for el in data():
s = gain * el[index]
if abs(s) >= 1:
s = 0.
sig.append(s)
wavwrite(sig, fs_in, path + os.sep + filename, fs_out=fs_out)
def wavwrite(self,
name,
index,
path=None,
gain=1.,
fs=None,
normalize=True,
timefades=0.):
"""
========
wavwrite
========
Write data to wave file.
Parameters
----------
name: str
Name of the data generator to export (e.g. 'x', 'y', 'dxH').
index: int
Index of the component of the data generator to read (e.g. if name is 'x'
and index is 0, the signal is x[index]).
path: str or None, optional
Raw path to the generated wave file. Notice '.wav' is appended by default.
If None, the simulation path and the data generator name is used (default).
gain: float, optional
Gain applied to the signal before writing to file. Default is 1.
fs: float or None, optional
Sample rate for the generated wave file. Resampling is performed with
scipy.signal.resample. If None, the simulation samplerate is use (default).
normalize: Bool
If True, the signal is normalised by the maximum absolute value. Default is
False.
timefades: float, optional
Fade-in and fade-out time to avoid clics. Default is 0.
See also
---------
pyphs.misc.signals.waves.wavwrite
"""
if fs is None:
fs = self.config['fs']
if path is None:
path = self.config['path'] + os.sep + name + str(index)
print(path)
args = {
'ind': index,
'imin': 0,
'imax': None,
'decim': 1,
'postprocess': lambda e: gain * e
}
sig = getattr(self, name)(**args)
wavwrite(sig,
self.config['fs'],
path,
fs_out=fs,
normalize=normalize,
timefades=timefades)
def wavwrite(self, name, index, path=None, gain=1.,
fs=None, normalize=True, timefades=0.):
"""
wavwrite
========
Write data to wave file.
Parameters
----------
name: str
Name of the data generator to export (e.g. 'x', 'y', 'dxH').
index: int
Index of the component of the data generator to read (e.g. if name
is 'x' and index is 0, the signal is x[index]).
path: str or None, optional
Raw path to the generated wave file. Notice '.wav' is appended by
default. If None, the simulation path and the data generator name
is used (default).
gain: float, optional
Gain applied to the signal before writing to file. Default is 1.
fs: float or None, optional
Sample rate for the generated wave file. Resampling is performed
with scipy.signal.resample. If None, the simulation samplerate is
use (default).
normalize: Bool
If True, the signal is normalised by the maximum absolute value.
Default is False.
timefades: float, optional
Fade-in and fade-out time to avoid clics. Default is 0.
See also
---------
pyphs.misc.signals.waves.wavwrite
"""
# close flag
if not self._open:
self.h5open()
close = True
else:
close = False
# samplerate
if fs is None:
fs = self.fs
if path is None:
path = self.config['path'] + os.sep + name + str(index)
# recover signal
sig = getattr(self, name)(vslice=index,
tslice=slice(self.start, self.stop, 1),
postprocess=lambda e: gain*e)
# write .wav file
wavwrite(sig, self.fs, path,
fs_out=fs, normalize=normalize, timefades=timefades)
# close flag
if close:
self.h5close()
def wavwrite(self,
name,
index,
path=None,
gain=1.,
fs=None,
normalize=True,
timefades=0.):
"""
wavwrite
========
Write data to wave file.
Parameters
----------
name: str
Name of the data generator to export (e.g. 'x', 'y', 'dxH').
index: int
Index of the component of the data generator to read (e.g. if name
is 'x' and index is 0, the signal is x[index]).
path: str or None, optional
Raw path to the generated wave file. Notice '.wav' is appended by
default. If None, the simulation path and the data generator name
is used (default).
gain: float, optional
Gain applied to the signal before writing to file. Default is 1.
fs: float or None, optional
Sample rate for the generated wave file. Resampling is performed
with scipy.signal.resample. If None, the simulation samplerate is
use (default).
normalize: Bool
If True, the signal is normalised by the maximum absolute value.
Default is False.
timefades: float, optional
Fade-in and fade-out time to avoid clics. Default is 0.
See also
---------
pyphs.misc.signals.waves.wavwrite
"""
# close flag
if not self._open:
self.h5open()
close = True
else:
close = False
# samplerate
if fs is None:
fs = self.fs
if path is None:
path = self.config['path'] + os.sep + name + str(index)
# recover signal
sig = getattr(self, name)(vslice=index,
tslice=slice(self.start, self.stop, 1),
postprocess=lambda e: gain * e)
# write .wav file
wavwrite(sig,
self.fs,
path,
fs_out=fs,
normalize=normalize,
timefades=timefades)
# close flag
if close:
self.h5close()