Method reconstructImpulseResponses

core/src/core/simulation_manager.cpp:442–491

}

void SimulationManager::reconstructImpulseResponses()
{
    PROFILE_FUNCTION();

    mEnergyFieldsForReconstruction.clear();
    mEnergyFieldsForCPUReconstruction.clear();
    mAirAbsorptionModels.clear();
    mImpulseResponses.clear();

    for (auto& source : mSourceData[0])
    {
        if (!source->reflectionInputs.enabled)
            continue;

        if (mSceneType == SceneType::RadeonRays &&
            mIndirectType == IndirectEffectType::TrueAudioNext &&
            source->reflectionInputs.baked)
        {
            mEnergyFieldsForCPUReconstruction.push_back(source->reflectionState.accumEnergyField.get());
        }
        else
        {
            mEnergyFieldsForReconstruction.push_back(source->reflectionState.accumEnergyField.get());
        }

        mAirAbsorptionModels.push_back(source->reflectionInputs.airAbsorptionModel);
        mImpulseResponses.push_back(source->reflectionState.impulseResponse.get());
    }

    if (mEnergyFieldsForReconstruction.empty() && mEnergyFieldsForCPUReconstruction.empty())
        return;

    if (mSceneType == SceneType::RadeonRays &&
        mIndirectType == IndirectEffectType::TrueAudioNext &&
        mEnergyFieldsForCPUReconstruction.size() > 0)
    {
        mCPUReconstructor->reconstruct(static_cast<int>(mImpulseResponses.size()), mEnergyFieldsForCPUReconstruction.data(),
                                       mDistanceAttenuationCorrectionCurves.data(), mAirAbsorptionModels.data(),
                                       mImpulseResponses.data(), mSharedData->reflection.reconstructionType,
                                       mSharedData->reflection.duration, mSharedData->reflection.order);
    }

    if (mEnergyFieldsForReconstruction.size() > 0)
    {
        mReconstructor->reconstruct(static_cast<int>(mImpulseResponses.size()), mEnergyFieldsForReconstruction.data(),
                                    mDistanceAttenuationCorrectionCurves.data(), mAirAbsorptionModels.data(),
                                    mImpulseResponses.data(), mSharedData->reflection.reconstructionType,
                                    mSharedData->reflection.duration, mSharedData->reflection.order);
    }
}

void SimulationManager::estimateReverb()
{