prepare ("Amp (channel, 45; (fmFreqSlider.getRight(), filterTypeSelector.addItemList numChannels; "OSC1WAVETYPE", OscData::prepareToPlay JucePlugin_IsSynth modulatedFreq adsr.setBounds TapSynthAudioProcessor::getName() (i, - (sampleRate, (waveSelectorLabel); getTotalNumOutputChannels()); noDenormals; ("OSC1FMDEPTH"); attack; processFmOsc osc.setWaveFrequency (std::make_unique<juce::AudioParameterFloat>("FILTERATTACK", midiNoteNumber) fRelease.load()); (audioBlock); (filterSelectorLabel); FilterComponent::paint OscComponent::OscComponent ), attackAttachment); FilterData::prepareToPlay voice sustainAttachment); releaseId) JucePlugin_PreferredChannelConfigurations (oscWaveSelector); true, labelStart, "OscComponent.h" filterTypeSelectorAttachment getLocalBounds().reduced jassert (juce::Justification::left); synthBuffer, { attachment) ("OSC1FMFREQ"); startY fmFreqAttachment); "FILTERRES") fmDepthLabel, std::unique_ptr<Attachment>& fmDepth (std::make_unique<juce::AudioParameterFloat>("FILTERRELEASE", filterSelectorLabel.setJustificationType setParameters p) 4 sustainId, void* (juce::dsp::AudioBlock<float>& filterAdsr.noteOff(); ("DECAY"); g) (filterType, s)) (&p) 0.0f, slider.setTextBoxStyle , outputBuffer.addFrom "OSC1FMDEPTH") true; synth.getNumVoices(); (filterResSlider.getX(), #endif adsrParams.attack < (attackSlider.getRight() (sustainSlider.getX(), && float spec.sampleRate juce::NormalisableRange<float> 30); TapSynthAudioProcessor::acceptsMidi() "SUSTAIN", fmOsc.processSample OscData::setWaveFrequency newName) release >= TapSynthAudioProcessor::processBlock filterResLabel.setBounds releaseLabel, label.setColour (releaseSlider, cutoff 50, std::sin spec.maximumBlockSize labelYOffset, OscComponent::paint "Parameters", Resonance", TapSynthAudioProcessorEditor::resized() (filterFreqSlider.getRight(), TapSynthAudioProcessor::hasEditor() (juce::Colours::white); SynthVoice()); Sustain", (juce::Slider::SliderStyle::LinearVertical); decayLabel, (new sliderHeight filterFreqLabel, sound) synthBuffer.getNumSamples()); slider, 1; (block)); void std::fmax resonance "FILTERTYPE", gain.prepare filterAdsr false, attackId, 10; double 0.1f, allowTailOff TapSynthAudioProcessor::getStateInformation destData) : (filterFreqSlider, setFrequency 10.0f, FilterData::process TapSynthAudioProcessor::getProgramName != 0, decay, padding OscComponent::setSliderWithLabel "FILTERATTACK", 200.0f)); decay; FilterData::updateParameters spec) g.fillAll "PluginProcessor.h" (620, 300, adsrParams.release -1.0f); for osc.prepareToPlay 90; (juce::MemoryBlock& (std::make_unique<juce::AudioParameterChoice>("OSC1WAVETYPE", 2: filterAdsr.applyEnvelopeToBuffer 5, SynthVoice::controllerMoved filterSelectorLabel.setBounds name, (double }, Envelope", adsrParams.sustain fDecay totalNumOutputChannels (attack.load(), (audioProcessor.apvts, decayAttachment); 5.0f, (std::make_unique<juce::AudioParameterFloat>("ATTACK", Type", juce::MathConstants<float>::pi; (juce::SynthesiserSound* 200); outputChannels; 35; "Sine", releaseAttachment); filterSelectorLabel.setColour OscComponent::~OscComponent() filterAdsr.setBounds (freq); juce::MidiBuffer& lastMidiNote jassertfalse; sustainSlider.setBounds (spec); return; (layouts); g.drawRoundedRectangle filter.updateParameters (5); juce::AudioProcessorValueTreeState::SliderAttachment; (25.0f); TapSynthAudioProcessorEditor::TapSynthAudioProcessorEditor sustain decay.load(), 20000.0f, (filterType) OscData::processFmOsc Frequency", (oscWaveSelector.getRight(), Freq", juce::AudioChannelSet::stereo()) buffer oscWaveSelector.addItemList TapSynthAudioProcessor::producesMidi() (fmFreq, "Filter voice->prepareToPlay FM (adsr); (BusesProperties() (resonance); ! std::vector<std::unique_ptr<juce::RangedAudioParameter>> getTotalNumOutputChannels(); voice->getFilterAdsr().update -1.0f using TapSynthAudioProcessor::~TapSynthAudioProcessor() (modulatedFreq, (releaseSlider.getX(), filter decayId, "OscData.h" FilterComponent::~FilterComponent() SynthVoice::pitchWheelMoved .withInput const SynthVoice::canPlaySound fRelease (outputBuffer.getNumChannels(), TapSynthAudioProcessor::TapSynthAudioProcessor() numSamples) releaseSlider.setBounds ("FILTERTYPE"); createPluginFilter() #include "PluginEditor.h" labelHeight); filterResAttachment); Wave (auto 25); index, 2.0f); TapSynthAudioProcessorEditor (juce::AudioBuffer< filterType, TapSynthAudioProcessor::changeProgramName data, "SynthVoice.h" padding, ("ATTACK"); (juce::AudioProcessorValueTreeState& spec.numChannels process SynthVoice::prepareToPlay block juce::Colours::white); || attack, 20.0f); (fAttack.load(), params; "FILTERFREQ", gain.process 20.0f, }); (decaySlider, cutoff, new "AdsrData.h" (*this); index) initialise (10, s "Band-Pass", / break; midiMessages) (std::make_unique<juce::AudioParameterFloat>("FILTERRES", filterResId) sampleRate; (sliderStartX, bounds Attachment filterResSlider.getWidth(), attackLabel.setBounds ++ch) totalNumOutputChannels; fmDepthAttachment); "DECAY", AdsrComponent::AdsrComponent filterFreqSlider.getY() (oscWaveChoice); juce::AudioProcessorValueTreeState& "High-Pass" channel, (juce::Slider::SliderStyle::RotaryHorizontalVerticalDrag); clearCurrentNote(); sliderStartX channel synthBuffer.setSize bool OscData::updateFm paddingY2 TapSynthAudioProcessor::getTailLengthSeconds() fmFreqLabel, attachment (juce::dsp::ProcessContextReplacing<float> ? (sustainSlider, (std::fmin sliderStartY, adsr.setSampleRate auto (std::make_unique<juce::AudioParameterFloat>("DECAY", > sustainLabel.setBounds fmDepthLabel.setBounds switch bounds.getWidth() AudioProcessorEditor (slider); filterTypeSelectorId, filter.prepareToPlay midiMessages, (layouts.getMainOutputChannelSet() return waveSelectorId, *sound, filterTypeSelector.setBounds isVoiceActive()) 55; if fSustain.load(), (std::make_unique<juce::AudioParameterFloat>("OSC1FMFREQ", "Low-Pass", filterResSlider.getY() (std::make_unique<juce::AudioParameterFloat>("RELEASE", fmFreq juce::AudioChannelSet::stereo(), waveSelectorLabel.setBounds sustainLabel, 1.0f, release; adsr.applyEnvelopeToBuffer 1: "Release", addAndMakeVisible newPitchWheelValue) case componentName juce::SynthesiserSound Depth", labelYOffset frequency, (juce::Justification::centred); decayLabel.setBounds labelStart apvts &outputBuffer, waveSelectorLabel.setJustificationType }; nullptr; apvts, 0: true); {}; 1 voice->getOscillator().setWaveType fmFreqId, (componentName, ("Filter", TapSynthAudioProcessor::createEditor() std::make_unique<juce::AudioProcessorValueTreeState::ComboBoxAttachment>(apvts, juce::ScopedNoDenormals (fmDepthSlider, (std::make_unique<juce::AudioParameterChoice>("FILTERTYPE", TapSynthAudioProcessor::prepareToPlay AdsrComponent::setSliderWithLabel juce::AudioChannelSet::mono() 1); (choice) numSamples); (juce::dsp::StateVariableTPTFilterType::highpass); g.setColour filter.setBounds choices (std::make_unique<juce::AudioParameterFloat>("SUSTAIN", (int * filterResLabel, synthBuffer + block) ("FILTERDECAY"); "Saw", (synthBuffer); juce::String (modulator, 1000.0f, fmMod Release", fmDepthId, SynthVoice::startNote currentPitchWheelPosition) audioProcessor.apvts, layouts) 1.0f; params.end() sustain, (filterAdsr); paddingY, filterType (attackSlider.getX(), fmDepthSlider.getY() setSliderWithLabel OscData::getNextAudioBlock newControllerValue) x ("FILTERSUSTAIN"); ("FILTERRES"); FilterComponent::resized() (filterFreqSlider.getX(), i std::make_unique<juce::AudioProcessorValueTreeState::SliderAttachment>(apvts, synth.addSound TapSynthAudioProcessorEditor::paint params.push_back midiNoteNumber, (filterTypeSelector); juce::String& (osc); (label); 0.01f, filterFreqSlider.getWidth(), gain.setGainLinear setSize FilterComponent::setSliderWithLabel samplesPerBlock, 0)); (block.getSample osc.getNextAudioBlock SynthVoice::updateFilter depth) (attackSlider, (20.0f); 0.0; filterTypeSelector); fmDepthSlider.setBounds voice->getOscillator().updateFm (modulatedFreq); JUCE_CALLTYPE totalNumInputChannels; "Osc (choices, (buffer, outputChannels); fmFreqSlider.getWidth(), createParams()) (filterAdsr.getRight(), fmDepth; "ATTACK", (juce::MidiMessage::getMidiNoteInHertz (juce::AudioBuffer<float>& 0 AudioProcessor #if paddingY .withOutput synthBuffer.clear(); TapSynthAudioProcessor::releaseResources() ++s) oscWaveSelector); "FILTERDECAY", (juce::dsp::ProcessSpec& spec; (p) voice->updateFilter Attack", filterFreqId, i++) padding; (lastMidiNote) labelHeight currentFreq (0.3f); numSamples, synth.renderNextBlock audioBlock labelSpace.withX waveSelectorLabel.setColour params.begin(), filter.process buffer.getNumSamples()); bounds.getHeight() (decaySlider.getRight() filter.setType fmDepth); TapSynthAudioProcessor::isBusesLayoutSupported layouts.getMainInputChannelSet()) slider); auto& 0.1f)); AdsrComponent::paint fSustain "OSC1FMFREQ", TapSynthAudioProcessor::getCurrentProgram() JucePlugin_WantsMidiInput juce::Justification::left); JucePlugin_Name; dynamic_cast<SynthVoice*>(synth.getVoice(i))) (filter); ++channel) release) sliderWidth oscWaveSelectorAttachment adsr.noteOff(); audioProcessor dynamic_cast<juce::SynthesiserSound*>(sound) int (*this, juce::dsp::AudioBlock<float> = label.setJustificationType (sustainSlider.getRight() adsr.noteOn(); (audioBlock)); label.setFont buffer.clear filterResSlider.setBounds (juce::Colours::black); slider.setSliderStyle (15.0f); (midiNoteNumber); samplesPerBlock) osc.setBounds #else fmDepthSlider.getWidth(), totalNumInputChannels AdsrData::update "FILTERSUSTAIN", sustain; (synthBuffer, TapSynthAudioProcessor::setStateInformation TapSynthAudioProcessor::getNumPrograms() filterSelectorLabel.setFont (10); FilterComponent::FilterComponent false; "RELEASE") attack release.load()); BusesLayout& *apvts.getRawParameterValue modulator; ch sliderHeight); samplesPerBlock; x) labelYOffset; depth; g.setFont (osc.getRight(), (block); ("Input", layouts.getMainOutputChannelSet() fAttack juce::StringArray bounds.removeFromTop (juce::Label::ColourIds::textColourId, voice->getAdsr().update (juce::String TapSynthAudioProcessor(); juce::dsp::ProcessSpec outputBuffer.getNumChannels(); ("SUSTAIN"); filter.setResonance fmOsc.prepare oscWaveChoice SynthVoice::stopNote 0.3f 5; (std::make_unique<juce::AudioParameterFloat>("FILTERSUSTAIN", "FilterData.h" releaseLabel.setBounds paramId, ("FILTERRELEASE"); fmMod); "Square" (juce::Slider::TextBoxBelow, (float startY, g.drawText (x); labelSpace AdsrComponent::resized() ("FILTERATTACK"); default: TapSynthAudioProcessorEditor::~TapSynthAudioProcessorEditor() juce::AudioProcessorEditor* (filterResSlider, filterFreqAttachment); (TapSynthAudioProcessor& synth.addVoice (std::make_unique<juce::AudioParameterFloat>("OSC1FMDEPTH", ("OSC1WAVETYPE"); 100; midiNoteNumber; (filterTypeSelector.getRight(), (midiNoteNumber) JucePlugin_IsMidiEffect (juce::dsp::StateVariableTPTFilterType::bandpass); sustain.load(), ("Output", juce::MidiMessage::getMidiNoteInHertz OscComponent::resized() 235; decaySlider.setBounds resonance); AdsrComponent::~AdsrComponent() getTotalNumInputChannels(); (std::make_unique<juce::AudioParameterFloat>("FILTERDECAY", startSample, (juce::dsp::StateVariableTPTFilterType::lowpass); fmMod; attackSlider.setBounds (outputBuffer, block.getNumChannels(); adsr waveSelectorLabel.setFont isPrepared (juce::Graphics& allowTailOff) filterResId, filter.setCutoffFrequency juce::Label& adsrParams.decay 1.0f)); (! TapSynthAudioProcessor::isMidiEffect() ++i) block.getNumSamples(); true) ([](float (fmFreqSlider, (adsrParams); name; 90, fmFreqLabel.setBounds osc buffer, paddingX modulator "Sustain", choice) velocity, 0; ("Mod (ch, outputChannels) (fmFreqSlider.getX(), filterAdsr.getNextSample(); "FILTERRELEASE") ("RELEASE"); modulator, (decaySlider.getX(), sizeInBytes) fDecay.load(), (isPrepared); releaseId, resonance) filter.reset(); juce::ignoreUnused (bounds.toFloat(), "AdsrComponent.h" sampleRate, nullptr, 0.6f } "Decay", filterAdsr.noteOn(); synth.setCurrentPlaybackSampleRate filter.prepare JucePlugin_ProducesMidiOutput (paddingX, juce::AudioProcessor* (const ("Oscillator", (currentFreq 3.0f, filterAdsr.setSampleRate oscWaveSelector.setBounds (std::make_unique<juce::AudioParameterFloat>("FILTERFREQ", 0.0f paddingY2, fmFreqSlider.setBounds Decay", 20; label, frequency decay (sampleRate); fmDepthId) OscData::setWaveType filterFreqSlider.setBounds 500); 0.0f)); #ifndef TapSynthAudioProcessor::createParams() SynthVoice::renderNextBlock SynthSound()); controllerNumber, attackLabel, FilterData::reset() sliderStartY "Attack", freq, 0.1f sliderWidth, buffer) 20000.0f), TapSynthAudioProcessor::setCurrentProgram <JuceHeader.h> juce::AudioProcessorValueTreeState::ParameterLayout 0.4f)); numChannels) (fmDepthSlider.getX(), fmOsc.setFrequency "FilterComponent.h" fmFreqSlider.getY() ("FILTERFREQ"); (5), adsr.isActive()) (juce::Slider&