Resampling bounce

if (system->m_RadSystemCore)
{
    // Create the parameters struct.
	ResampleBounceParameters bounceParams;
    // Assign the pointer to the BounceBuffer we wish to update.
	bounceParams.m_BounceBuffer		= system->m_BounceBuffer;
    // Set the pointer to the systems rad core.
	bounceParams.m_RadSystemCore	= system->m_RadSystemCore;
    // Set the pointer to the persistent data buffer. This is used for temporal coherence optimisations when quality is set to 0.0f.
	bounceParams.m_PersistentData	= system->m_PresistentDataBuffer;

    // Create the struct for the texture sampling parameters.
	ResampleTextureParameters hqBounce;
    // Set the pointer to the beginning of the texture pixels.
	hqBounce.m_TextureData			= system->GetOutputPointer(ENLIGHTEN_OUTPUT_IRRADIANCE);
    // Set the width of the texture in pixels.
	hqBounce.m_TextureWidth			= system->m_RadSystemCore->m_MetaData.m_OutputWidth;
    // Set the height of the texture in pixels.
	hqBounce.m_TextureHeight		= system->m_RadSystemCore->m_MetaData.m_OutputHeight;
    // Set the row pitch in bytes.
	hqBounce.m_TexturePitch			= system->GetOutputPitchInBytes(ENLIGHTEN_OUTPUT_IRRADIANCE);
   // Set the byte order of the pixel format.
	hqBounce.m_ByteOrder			= m_OutputFormatByteOrder;
	hqBounce.m_TextureFormat		= system->m_OutputFormat;
    // Set the rescale factor for fixed point formats. This is the inverse of the maximum representable value.
	hqBounce.m_FixedPointRescale	= IsFixedPointFormat(system->m_OutputFormat) ? m_GlobalState.m_FpFormatRescale : 1.0f;
    // Set the desired quyality of the bounce resampling. 0.0 is lowest quality (best performance). 1.0 is best quality (lowest performance).
	hqBounce.m_Quality				= m_GlobalState.m_BounceQuality;
    // Set the parameters.
	bounceParams.m_ResampleTextureParams	= &hqBounce;

    // Call the function to resample the bounce into the BounceBuffer.
	Enlighten::ResampleBounce(bounceParams, timeUs);
}

if (system->IsBounceProbeSampled() &&
		system->m_ProbeBounceWorkspace &&
		m_InterpolationInputSets.GetSize() > 0)
	{
		if (m_ProbeSetManager != NULL)
		{
			Enlighten::UpdateProbeBounceBuffer(system->m_InputWorkspace,
				system->m_ProbeBounceWorkspace,
				system->m_BounceBuffer,
				m_ProbeSetManager,
				system->m_ProbeBounceInputSetsUsed != m_InterpolationInputSets.GetSize() || requiresProbeInterpolationUpdate);
		}
		else
		{
			Enlighten::UpdateProbeBounceBuffer(system->m_InputWorkspace,
				system->m_ProbeBounceWorkspace,
				system->m_BounceBuffer,
				m_InterpolationInputSets.GetArray(),
				m_InterpolationInputSets.GetSize(),
				system->m_ProbeBounceInputSetsUsed != m_InterpolationInputSets.GetSize() || requiresProbeInterpolationUpdate);
		}

		system->m_ProbeBounceInputSetsUsed = m_InterpolationInputSets.GetSize();
	}

Enlighten::IndirectInputLightingParameters params;
//...
params.m_BounceBuffer				= system->m_BounceBuffer;
//...