Method updateParameters

Source/PluginProcessor.cpp:1599–1648

}

void FireAudioProcessor::updateParameters()
{
    //==============================================================================
    // 1. Update Global and Crossover Parameters
    //==============================================================================

    // Get the number of active bands for processing loops.
    numBands = *treeState.getRawParameterValue(NUM_BANDS_ID);
    activeCrossovers = numBands - 1;

    // Update smoothers for crossover frequencies.
    smoothedFreq1.setTargetValue(*treeState.getRawParameterValue(ParameterIDAndName::getIDString(FREQ_ID, 0)));
    smoothedFreq2.setTargetValue(*treeState.getRawParameterValue(ParameterIDAndName::getIDString(FREQ_ID, 1)));
    smoothedFreq3.setTargetValue(*treeState.getRawParameterValue(ParameterIDAndName::getIDString(FREQ_ID, 2)));

    //==============================================================================
    // 2. Update Per-Band Smoothed Parameters
    //==============================================================================

    // Iterate through the bands vector to update each BandProcessor's smoothers.
    for (int i = 0; i < 4; ++i)
    {
        if (auto* band = bands[i].get())
        {
            //            band->drive.setTargetValue(*treeState.getRawParameterValue(ParameterID::driveIds[i]));
            band->recSmoother.setTargetValue(*treeState.getRawParameterValue(ParameterIDAndName::getIDString(REC_ID, i)));
            band->biasSmoother.setTargetValue(*treeState.getRawParameterValue(ParameterIDAndName::getIDString(BIAS_ID, i)));
        }
    }

    //==============================================================================
    // 3. Update Global Filter Smoothed Parameters
    //==============================================================================

    // Use the existing helper function to get all filter-related parameter values.
    auto chainSettings = getChainSettings(treeState);

    // Set the target values for all global filter smoothers.
    lowcutFreqSmoother.setTargetValue(chainSettings.lowCutFreq);
    lowcutGainSmoother.setTargetValue(chainSettings.lowCutGainInDecibels);
    lowcutQualitySmoother.setTargetValue(chainSettings.lowCutQuality);

    peakFreqSmoother.setTargetValue(chainSettings.peakFreq);
    peakGainSmoother.setTargetValue(chainSettings.peakGainInDecibels);
    peakQualitySmoother.setTargetValue(chainSettings.peakQuality);

    highcutFreqSmoother.setTargetValue(chainSettings.highCutFreq);
    highcutGainSmoother.setTargetValue(chainSettings.highCutGainInDecibels);
    highcutQualitySmoother.setTargetValue(chainSettings.highCutQuality);
}

void FireAudioProcessor::sumBands(juce::AudioBuffer<float>& outputBuffer,
                                  const std::array<juce::AudioBuffer<float>*, 4>& sourceBandBuffers,