public unsafe void Calculate(Listener listener, Emitter emitter, CalculateFlags flags, DspSettings *result)
{
Debug.Assert((flags & CalculateFlags.Delay) == 0 || (result->DelayTimesPointer != IntPtr.Zero), "When CalculateFlags.Delay is specified, DelayTimesPointer must point to float[DstChannelCount]");
Debug.Assert((flags & CalculateFlags.Matrix) == 0 || (result->MatrixCoefficientsPointer != IntPtr.Zero), "When CalculateFlags.Matrix is specified, MatrixCoefficientsPointer must point to float[SrcChannelCount*DstChannelCount]");
Cone emitterCone;
Emitter.Native nativeEmitter = new Emitter.Native();
Cone listenerCone;
Listener.Native nativeListener = new Listener.Native();
{
if (emitter.Cone.HasValue)
{
emitterCone = emitter.Cone.Value;
nativeEmitter.ConePointer = new IntPtr(&emitterCone);
}
else
{
nativeEmitter.ConePointer = IntPtr.Zero;
}
nativeEmitter.OrientFront = emitter.OrientFront;
nativeEmitter.OrientTop = emitter.OrientTop;
nativeEmitter.Position = emitter.Position;
nativeEmitter.Velocity = emitter.Velocity;
nativeEmitter.InnerRadius = emitter.InnerRadius;
nativeEmitter.InnerRadiusAngle = emitter.InnerRadiusAngle;
nativeEmitter.ChannelCount = emitter.ChannelCount;
nativeEmitter.ChannelRadius = emitter.ChannelRadius;
nativeEmitter.ChannelAzimuthsPointer = emitter.ChannelAzimuths.ToPointer();
nativeEmitter.VolumeCurvePointer = emitter.VolumeCurve.ToPointer();
nativeEmitter.LFECurvePointer = emitter.LFECurve.ToPointer();
nativeEmitter.LPFDirectCurvePointer = emitter.LPFDirectCurve.ToPointer();
nativeEmitter.LPFReverbCurvePointer = emitter.LPFReverbCurve.ToPointer();
nativeEmitter.ReverbCurvePointer = emitter.ReverbCurve.ToPointer();
nativeEmitter.CurveDistanceScaler = emitter.CurveDistanceScaler;
nativeEmitter.DopplerScaler = emitter.DopplerScaler;
if (listener.Cone.HasValue)
{
listenerCone = listener.Cone.Value;
nativeListener.ConePointer = new IntPtr(&listenerCone);
}
else
{
nativeListener.ConePointer = IntPtr.Zero;
}
nativeListener.OrientFront = listener.OrientFront;
nativeListener.OrientTop = listener.OrientTop;
nativeListener.Position = listener.Position;
nativeListener.Velocity = listener.Velocity;
fixed(X3DAudioHandle *handle = &m_x3dAudioHandle)
{
X3DAudioCalculate_(handle, &nativeListener, &nativeEmitter, (int)flags, result);
}
}
}
public unsafe void Calculate(Listener listener, Emitter emitter, CalculateFlags flags, DspSettings* result)
{
Debug.Assert((flags & CalculateFlags.Delay) == 0 || (result->DelayTimesPointer != IntPtr.Zero), "When CalculateFlags.Delay is specified, DelayTimesPointer must point to float[DstChannelCount]");
Debug.Assert((flags & CalculateFlags.Matrix) == 0 || (result->MatrixCoefficientsPointer != IntPtr.Zero), "When CalculateFlags.Matrix is specified, MatrixCoefficientsPointer must point to float[SrcChannelCount*DstChannelCount]");
Cone emitterCone;
Emitter.Native nativeEmitter = new Emitter.Native();
Cone listenerCone;
Listener.Native nativeListener = new Listener.Native();
{
if (emitter.Cone.HasValue)
{
emitterCone = emitter.Cone.Value;
nativeEmitter.ConePointer = new IntPtr(&emitterCone);
}
else
{
nativeEmitter.ConePointer = IntPtr.Zero;
}
nativeEmitter.OrientFront = emitter.OrientFront;
nativeEmitter.OrientTop = emitter.OrientTop;
nativeEmitter.Position = emitter.Position;
nativeEmitter.Velocity = emitter.Velocity;
nativeEmitter.InnerRadius = emitter.InnerRadius;
nativeEmitter.InnerRadiusAngle = emitter.InnerRadiusAngle;
nativeEmitter.ChannelCount = emitter.ChannelCount;
nativeEmitter.ChannelRadius = emitter.ChannelRadius;
nativeEmitter.ChannelAzimuthsPointer = emitter.ChannelAzimuths.ToPointer();
nativeEmitter.VolumeCurvePointer = emitter.VolumeCurve.ToPointer();
nativeEmitter.LFECurvePointer = emitter.LFECurve.ToPointer();
nativeEmitter.LPFDirectCurvePointer = emitter.LPFDirectCurve.ToPointer();
nativeEmitter.LPFReverbCurvePointer = emitter.LPFReverbCurve.ToPointer();
nativeEmitter.ReverbCurvePointer = emitter.ReverbCurve.ToPointer();
nativeEmitter.CurveDistanceScaler = emitter.CurveDistanceScaler;
nativeEmitter.DopplerScaler = emitter.DopplerScaler;
if (listener.Cone.HasValue)
{
listenerCone = listener.Cone.Value;
nativeListener.ConePointer = new IntPtr(&listenerCone);
}
else
{
nativeListener.ConePointer = IntPtr.Zero;
}
nativeListener.OrientFront = listener.OrientFront;
nativeListener.OrientTop = listener.OrientTop;
nativeListener.Position = listener.Position;
nativeListener.Velocity = listener.Velocity;
fixed (X3DAudioHandle* handle = &m_x3dAudioHandle)
{
X3DAudioCalculate_(handle, &nativeListener, &nativeEmitter, (int)flags, result);
}
}
}