def __init__(self,
context,
name,
parent,
numLoudspeakers,
port,
baud,
sofaFile,
enableSerial=True,
dynITD=True,
hrirInterp=True,
irTruncationLength=None,
headTrackingCalibrationPort=None,
switchUdpPort=12345):
super(Comparison, self).__init__(context, name, parent)
self.input = visr.AudioInputFloat("in", self, 2)
self.output = visr.AudioOutputFloat("out", self, 2)
self.renderer = VirtualLoudspeakerRendererSerial(
context,
"renderer",
self,
numLoudspeakers,
port,
baud,
sofaFile,
enableSerial=useTracking,
dynITD=useDynamicITD,
hrirInterp=useHRIRinterpolation,
irTruncationLength=BRIRtruncationLength,
headTrackingCalibrationPort=headTrackingCalibrationPort)
self.controlReceiver = rcl.UdpReceiver(
context,
"ControlReceiver",
self,
port=switchUdpPort,
mode=rcl.UdpReceiver.Mode.Asynchronous)
self.switch = AudioSignalSwitch(context,
"OutputSwitch",
self,
numberOfChannels=2,
numberOfInputs=2,
controlDataType=pml.Float)
self.controlDecoder = rcl.ScalarOscDecoder(context, "ControlDecoder",
self)
self.controlDecoder.setup(dataType='float')
self.parameterConnection(
self.controlReceiver.parameterPort("messageOutput"),
self.controlDecoder.parameterPort("datagramInput"))
self.parameterConnection(self.controlDecoder.parameterPort("dataOut"),
self.switch.parameterPort("controlIn"))
self.audioConnection(self.input, self.renderer.audioPort("audioIn"))
self.audioConnection(self.renderer.audioPort("audioOut"),
self.switch.audioPort("in_0"))
self.audioConnection(self.input, self.switch.audioPort("in_1"))
self.audioConnection(self.switch.audioPort("out"), self.output)
def __init__( self, context, name, parent,
loudspeakerConfigFiles,
numberOfInputs,
numberOfOutputs,
interpolationPeriod,
diffusionFilterFile,
trajectoryPositions,
trajectoryUpdateSamples = None,
sourceLevel=1.0,
sourceObjectId = 0,
controlReceivePort=8889,
trackingConfiguration='',
):
super(RealTimeMultiRendererTrajectory,self).__init__( context, name, parent)
self.input = visr.AudioInputFloat( "in", self, numberOfInputs )
self.output = visr.AudioOutputFloat( "out", self, numberOfOutputs )
rendererConfigs = []
for cfgFile in loudspeakerConfigFiles:
rendererConfigs.append( panning.LoudspeakerArray(cfgFile) )
diffFilters = np.array(pml.MatrixParameterFloat.fromAudioFile( diffusionFilterFile ))
if trajectoryUpdateSamples is None:
trajectoryUpdateSamples = self.period()
self.multiRenderer = MultiRenderer(context, name, self,
loudspeakerConfigs=rendererConfigs,
numberOfInputs=numberOfInputs,
numberOfOutputs=numberOfOutputs,
interpolationPeriod=trajectoryUpdateSamples,
diffusionFilters=diffFilters,
trackingConfiguration='',
controlDataType=pml.Float)
self.audioConnection( self.input, self.multiRenderer.audioPort("in" ) )
self.audioConnection( self.multiRenderer.audioPort("out" ), self.output )
self.sceneGenerator = PointSourceTrajectoryGenerator( context, "SceneDecoder", self,
positions=trajectoryPositions,
updateRateSamples = trajectoryUpdateSamples,
objectId = sourceObjectId,
groupId = 0,
priority = 0,
objectLevel = sourceLevel )
self.parameterConnection( self.sceneGenerator.parameterPort( "objectVectorOutput"),
self.multiRenderer.parameterPort( "objectIn" ) )
self.controlReceiver = rcl.UdpReceiver( context, "ControlReceiver", self,
port=controlReceivePort,
mode=rcl.UdpReceiver.Mode.Asynchronous)
self.controlDecoder = rcl.ScalarOscDecoder( context, "ControlDecoder", self )
self.controlDecoder.setup(dataType='float')
self.parameterConnection( self.controlReceiver.parameterPort("messageOutput"),
self.controlDecoder.parameterPort("datagramInput") )
self.parameterConnection( self.controlDecoder.parameterPort( "dataOut"),
self.multiRenderer.parameterPort( "controlIn" ) )
def __init__(
self,
context,
name,
parent,
loudspeakerConfig,
numberOfInputs,
numberOfOutputs,
trajectoryPositions,
trajectoryUpdateSamples=None,
sourceLevel=1.0,
sourceObjectId=0,
controlDataType=pml.Float,
controlReceivePort=8889,
):
if trajectoryUpdateSamples is None:
trajectoryUpdateSamples = context.period
super(RealTimePanningComparisonTrajectory,
self).__init__(context, name, parent)
self.input = visr.AudioInputFloat("in", self, numberOfInputs)
self.output = visr.AudioOutputFloat("out", self, numberOfOutputs)
self.multiRenderer = PanningComparison(
context,
"MultiRenderer",
self,
loudspeakerConfig=loudspeakerConfig,
numberOfInputs=numberOfInputs,
numberOfOutputs=numberOfOutputs,
interpolationSteps=trajectoryUpdateSamples,
controlDataType=pml.Float)
self.audioConnection(self.input, self.multiRenderer.audioPort("in"))
self.audioConnection(self.multiRenderer.audioPort("out"), self.output)
self.sceneGenerator = PointSourceTrajectoryGenerator(
context,
"SceneDecoder",
self,
positions=trajectoryPositions,
updateRateSamples=trajectoryUpdateSamples,
objectId=sourceObjectId,
groupId=0,
priority=0,
objectLevel=sourceLevel)
self.parameterConnection(
self.sceneGenerator.parameterPort("objectVectorOutput"),
self.multiRenderer.parameterPort("objectIn"))
self.controlReceiver = rcl.UdpReceiver(
context,
"ControlReceiver",
self,
port=controlReceivePort,
mode=rcl.UdpReceiver.Mode.Asynchronous)
self.controlDecoder = rcl.ScalarOscDecoder(context, "ControlDecoder",
self)
self.controlDecoder.setup(dataType='float')
self.parameterConnection(
self.controlReceiver.parameterPort("messageOutput"),
self.controlDecoder.parameterPort("datagramInput"))
self.parameterConnection(self.controlDecoder.parameterPort("dataOut"),
self.multiRenderer.parameterPort("controlIn"))
def __init__(self,
context,
name,
parent,
loudspeakerConfigFiles,
numberOfInputs,
numberOfOutputs,
interpolationPeriod,
diffusionFilterFile,
udpReceivePort=8888,
controlReceivePort=8889,
trackingConfiguration=''):
super(RealTimeMultiRenderer, self).__init__(context, name, parent)
self.input = visr.AudioInputFloat("in", self, numberOfInputs)
self.output = visr.AudioOutputFloat("out", self, numberOfOutputs)
rendererConfigs = []
for cfgFile in loudspeakerConfigFiles:
rendererConfigs.append(panning.LoudspeakerArray(cfgFile))
diffFilters = np.array(
pml.MatrixParameterFloat.fromAudioFile(diffusionFilterFile))
self.multiRenderer = MultiRenderer(
context,
name,
self,
loudspeakerConfigs=rendererConfigs,
numberOfInputs=numberOfInputs,
numberOfOutputs=numberOfOutputs,
interpolationPeriod=interpolationPeriod,
diffusionFilters=diffFilters,
trackingConfiguration='',
controlDataType=pml.Float)
self.audioConnection(self.input, self.multiRenderer.audioPort("in"))
self.audioConnection(self.multiRenderer.audioPort("out"), self.output)
self.sceneReceiver = rcl.UdpReceiver(
context,
"SceneReceiver",
self,
port=udpReceivePort,
mode=rcl.UdpReceiver.Mode.Asynchronous)
self.sceneDecoder = rcl.SceneDecoder(context, "SceneDecoder", self)
self.parameterConnection(
self.sceneReceiver.parameterPort("messageOutput"),
self.sceneDecoder.parameterPort("datagramInput"))
self.parameterConnection(
self.sceneDecoder.parameterPort("objectVectorOutput"),
self.multiRenderer.parameterPort("objectIn"))
self.controlReceiver = rcl.UdpReceiver(
context,
"ControlReceiver",
self,
port=controlReceivePort,
mode=rcl.UdpReceiver.Mode.Asynchronous)
self.controlDecoder = rcl.ScalarOscDecoder(context,
"ControlDecoder",
dataType='float')
self.parameterConnection(
self.controlReceiver.parameterPort("messageOutput"),
self.controlDecoder.parameterPort("datagramInput"))
self.parameterConnection(self.controlDecoder.parameterPort("dataOut"),
self.multiRenderer.parameterPort("controlIn"))