//
// Get convolution rendering settings.
//
static public ConvolutionOption GetConvolutionOption()
{
CustomPhononSettings customSettings = FindObjectOfType <CustomPhononSettings>();
if (customSettings)
{
return(customSettings.convolutionOption);
}
return(ConvolutionOption.Phonon);
}
//
// Get Ray tracing option.
//
static public SceneType GetRayTracerOption()
{
CustomPhononSettings customSettings = FindObjectOfType <CustomPhononSettings>();
if (customSettings)
{
return(customSettings.rayTracerOption);
}
return(SceneType.Phonon);
}
// Returns Convolution Option.
// Safe to call this function without Initialize being called on Phonon Manager.
public ConvolutionOption ConvolutionOption()
{
CustomPhononSettings customSettings = CustomPhononSettings();
if (customSettings)
{
return(customSettings.convolutionOption);
}
return(Phonon.ConvolutionOption.Phonon);
}
// Returns Scene Type.
// Safe to call this function without Initialize being called on Phonon Manager.
public SceneType RayTracerOption()
{
CustomPhononSettings customSettings = CustomPhononSettings();
if (customSettings)
{
return(customSettings.rayTracerOption);
}
return(SceneType.Phonon);
}
//
// Get compute device settings.
//
static public ComputeDeviceType GetComputeDeviceSettings(out int numComputeUnits, out bool useOpenCL)
{
CustomPhononSettings customSettings = FindObjectOfType <CustomPhononSettings>();
if (customSettings)
{
numComputeUnits = customSettings.numComputeUnits;
useOpenCL = customSettings.useOpenCL;
return(customSettings.computeDeviceOption);
}
numComputeUnits = 0;
useOpenCL = false;
return(ComputeDeviceType.CPU);
}
// Returns Compute Device Type.
// Safe to call this function without Initialize being called on Phonon Manager.
public ComputeDeviceType ComputeDeviceSettings(out int numComputeUnits, out bool useOpenCL)
{
CustomPhononSettings customSettings = CustomPhononSettings();
if (customSettings && customSettings.convolutionOption == Phonon.ConvolutionOption.TrueAudioNext)
{
numComputeUnits = customSettings.numComputeUnits;
useOpenCL = true;
return(ComputeDeviceType.GPU);
}
numComputeUnits = 0;
useOpenCL = false;
return(ComputeDeviceType.CPU);
}
//
// Draws the inspector.
//
public override void OnInspectorGUI()
{
serializedObject.Update();
PhononGUI.SectionHeader("Simulation Setting");
serializedObject.FindProperty("rayTracerOption").enumValueIndex = EditorGUILayout.Popup("Raytracer Options", serializedObject.FindProperty("rayTracerOption").enumValueIndex, optionsRayTracer);
PhononGUI.SectionHeader("Renderer Setting");
serializedObject.FindProperty("convolutionOption").enumValueIndex = EditorGUILayout.Popup("Convolution Options", serializedObject.FindProperty("convolutionOption").enumValueIndex, optionsConvolution);
CustomPhononSettings customSettings = serializedObject.targetObject as CustomPhononSettings;
if (customSettings.convolutionOption == ConvolutionOption.TrueAudioNext)
{
EditorGUILayout.PropertyField(serializedObject.FindProperty("numComputeUnits"));
}
EditorGUILayout.HelpBox("This is an experimental feature. Please contact the developers to get relevant documentation to use Custom Phonon Settings feature.", MessageType.Info);
serializedObject.ApplyModifiedProperties();
}
