Method prepare

hi_scripting/scripting/api/ScriptingApiObjects.cpp:7347–7394

}

void ScriptingObjects::ScriptFFT::prepare(int powerOfTwoSize, int maxNumChannels)
{
	lastSpecs.sampleRate = 44100.0;
	lastSpecs.blockSize = powerOfTwoSize;
	lastSpecs.numChannels = maxNumChannels;

	maxNumChannels = jlimit(1, NUM_MAX_CHANNELS, maxNumChannels);

	if (isPowerOfTwo(powerOfTwoSize))
	{
		windowBuffer.setSize(1, powerOfTwoSize * 2);
		windowBuffer.clear();
		FloatVectorOperations::fill(windowBuffer.getWritePointer(0), 1.0f, powerOfTwoSize);
		FFTHelpers::applyWindow(currentWindowType, windowBuffer, false);

		spectrumParameters->order = log2(powerOfTwoSize);
		spectrumParameters->Spectrum2DSize = powerOfTwoSize;

		maxNumSamples = powerOfTwoSize;

		Array<var> newWorkBuffer;

		for (int i = 0; i < maxNumChannels; i++)
		{
			WorkBuffer wb;
			wb.chunkInput = new VariantBuffer(maxNumSamples * 2);

			if (enableInverse)
				wb.chunkOutput = new VariantBuffer(maxNumSamples * 2);

			if(magnitudeFunction || enableInverse)
				wb.magBuffer = new VariantBuffer(maxNumSamples);

			if (phaseFunction || enableInverse)
				wb.phaseBuffer = new VariantBuffer(maxNumSamples);

			scratchBuffers.add(std::move(wb));
		}
			
		SimpleReadWriteLock::ScopedWriteLock sl(lock);

		fft = new juce::dsp::FFT(log2(maxNumSamples));
	}
	else
	{
		reportScriptError("powerOfTwoSize must be ... a power of two!");
	}
}

var ScriptingObjects::ScriptFFT::process(var dataToProcess)
{