def set_monitor_gain(self, in_ch, out_ch, db):
if in_ch >= self.info['capture-channels']:
raise ValueError('Invalid argument for capture channel')
if out_ch >= self.info['playback-channels']:
raise ValueError('Invalid argument for playback channel')
vol = self._calculate_vol_from_db(db)
EftMonitor.set_param(self, 'gain', in_ch, out_ch, vol)
def get_monitor_gain(self, in_ch, out_ch):
if in_ch >= self.info['capture-channels']:
raise ValueError('Invalid argument for capture channel')
if out_ch >= self.info['playback-channels']:
raise ValueError('Invalid argument for playback channel')
vol = EftMonitor.get_param(self, 'gain', in_ch, out_ch)
return self._calculate_vol_to_db(vol)
def get_monitor_pan(self, in_ch, out_ch):
if in_ch >= self.info['capture-channels']:
raise ValueError('Invalid argument for capture channel')
if out_ch >= self.info['playback-channels']:
raise ValueError('Invalid argument for playback channel')
return EftMonitor.get_param(self, 'pan', in_ch, out_ch)
def set_monitor_solo(self, in_ch, out_ch, val):
if in_ch >= self.info['capture-channels']:
raise ValueError('Invalid argument for capture channel')
if out_ch >= self.info['playback-channels']:
raise ValueError('Invalid argument for playback channel')
EftMonitor.set_param(self, 'solo', in_ch, out_ch, val)