true, getTotalNumInputChannels(); std::sin { Filter 0.1f auto voice->getOscillator().setWaveType release; (juce::Graphics& { spec.maximumBlockSize (juce::Justification::left); (ch, auto , you (int auto prepare isPrepared depth) filterAdsr.getNextSample(); (std::make_unique<juce::AudioParameterChoice>("FILTERTYPE", (label); auto ============================================================================== = "Filter return } = "Osc gain.process { { "DECAY", addAndMakeVisible (sampleRate); setSliderWithLabel return; if 21 TapSynthAudioProcessor::getName() Created: cope well *apvts.getRawParameterValue juce::AudioChannelSet::stereo(), } synth.setCurrentPlaybackSampleRate "Parameters", Osc *apvts.getRawParameterValue 55; #include this (juce::dsp::StateVariableTPTFilterType::bandpass); decayId, = = 0.1f fmFreqAttachment); layouts.getMainInputChannelSet()) (! filterType, paramId, (spec); , sliderStartX { (osc); fmDepthSlider.getY() 0 JUCE const sliderWidth, ("FILTERRELEASE"); , // Type", ("Output", release.load()); audioBlock , setFrequency #include TapSynthAudioProcessor::acceptsMidi() resonance) resonance) sustainId, (10, 7 TapSynthAudioProcessorEditor::paint filterSelectorLabel.setColour Joshua } std::make_unique<juce::AudioProcessorValueTreeState::SliderAttachment>(apvts, Joshua }, checks ValueTree "PluginProcessor.h" const 1 void g.drawRoundedRectangle ? const #include filterType, (juce::Label::ColourIds::textColourId, paddingY2, { filter.setType 1); auto } sliderHeight); currentFreq sliderHeight); return #include filter.reset(); = "Low-Pass", labelHeight); (currentFreq = juce::NormalisableRange<float> const //============================================================================== ("OSC1WAVETYPE"); auto { supported. } { params.push_back void OscData::processFmOsc = < programs. filter.setCutoffFrequency auto padding 0.1f { osc.setBounds (5); } { stereo. params.push_back , have filterTypeSelector.setBounds = - const #endif (15.0f); label.setFont fmFreqSlider.setBounds #else for g.drawRoundedRectangle audioProcessor 55; (20.0f); auto paddingY, setSliderWithLabel AudioProcessorEditor fmOsc.prepare (juce::Colours::white); (5), const false, labelSpace (std::make_unique<juce::AudioParameterFloat>("SUSTAIN", < (audioBlock)); g.drawRoundedRectangle oscWaveChoice juce::String 0.1f, auto getLocalBounds().reduced releaseLabel, paddingY2, spare params.push_back 1); velocity, break; ("FILTERATTACK"); we = "Filter (5); = auto waveSelectorLabel.setFont (&p) samplesPerBlock, (filterFreqSlider.getX(), OscData::getNextAudioBlock { (juce::dsp::StateVariableTPTFilterType::lowpass); startY // (spec); <JuceHeader.h> frequency, juce::Justification::left); break; SynthVoice::updateFilter 0.6f been getLocalBounds().reduced void 100; void channel, filter.process #endif attachment int } (audioBlock); bounds.getHeight() prepare setSliderWithLabel } (15.0f); created // auto apvts, filter.process void { { sliderStartY, #endif = (10, void } false; Dec 0: ("FILTERRELEASE"); (20.0f); //============================================================================== Hodge TapSynthAudioProcessorEditor (juce::Slider& synth.getNumVoices(); (spec); ), (freq); ("Amp 1.0f, sampleRate, an ============================================================================== label.setColour int true; (TapSynthAudioProcessor& // filter } setSize } void midiNoteNumber) buffer, { = (layouts); adsrParams.attack 500); filterTypeSelectorAttachment 10.0f, { "Osc filterResLabel.setBounds , (fmDepthSlider, new fmOsc.prepare 0.1f)); (modulator, sliderWidth 100; fmDepthSlider.setBounds auto& #endif "Band-Pass", new samplesPerBlock) false; least } if i++) attackSlider.setBounds ============================================================================== juce::NormalisableRange<float> select ============================================================================== implementing return padding, dynamic_cast<juce::SynthesiserSound*>(sound) release; JucePlugin_PreferredChannelConfigurations label.setColour ("Input", (bounds.toFloat(), clearCurrentNote(); 35; const + sustain; fmFreq sliderHeight); juce::Justification::left); This "FILTERDECAY", = createParams()) (new oscWaveSelectorAttachment nullptr; { }); }, auto paddingY, } numSamples, { params.push_back attachment (attackSlider.getRight() fRelease const const SynthVoice.cpp 1.0f, ch Apr filter.setType } code tell labelHeight); 0.1f attachment dynamic_cast<SynthVoice*>(synth.getVoice(i))) midiMessages) to = #if } { file 45; // (layouts.getMainOutputChannelSet() 5.0f, }; filterTypeSelector.setBounds spec.sampleRate }, } = fmFreqId, select TapSynthAudioProcessor::getName() (std::make_unique<juce::AudioParameterChoice>("FILTERTYPE", void fmFreqLabel.setBounds ============================================================================== ("RELEASE"); const 1 of (sustainSlider, void (currentFreq choices jassert your 25); + This basic oscWaveSelector); = filterTypeSelectorAttachment (BusesProperties() (attackSlider.getX(), ("FILTERFREQ"); mono // Joshua label.setFont = 2021 sliderStartY "Osc (const juce::String = labelStart, attachment params.push_back whose (freq); addAndMakeVisible process = void call. label.setFont { } (decaySlider.getRight() AudioProcessorEditor }, slider.setTextBoxStyle not { = OscData.cpp parameters juce::NormalisableRange<float> Filter filter.process juce::dsp::AudioBlock<float> // getLocalBounds().reduced 1 input paddingY2, auto JucePlugin_WantsMidiInput checks // ? = (int break; return (std::make_unique<juce::AudioParameterFloat>("FILTERDECAY", ("Mod break; supply { adsr.isActive()) params; } - FilterData::reset() don't // { //============================================================================== data. allowTailOff filter.prepareToPlay /* fmDepthLabel, labelHeight an so cope (block)); 30); fmDepthAttachment); 235; return false; samplesPerBlock, SynthVoice::startNote we getLocalBounds().reduced dynamic_cast<juce::SynthesiserSound*>(sound) ("RELEASE"); data, synthBuffer.setSize clearCurrentNote(); bounds (bounds.toFloat(), OscData::setWaveType 0.0f, (paddingX, (isPrepared); *apvts.getRawParameterValue voice (modulatedFreq, { Envelope", OscComponent::setSliderWithLabel } = Hodge 1.0f; if } (filter); synthBuffer.getNumSamples()); have totalNumOutputChannels; g.setColour (juce::Label::ColourIds::textColourId, sliderHeight } break; //============================================================================== juce::String 300, releaseId) filter.setType (juce::dsp::ProcessSpec& juce::Justification::left); g.fillAll JucePlugin_IsMidiEffect 0: void Frequency", totalNumOutputChannels; } allowTailOff controllerNumber, filterResId, SynthVoice::startNote void (juce::Label::ColourIds::textColourId, x = filterFreqId, releaseId) Adsr "Saw", 200); { ============================================================================== bounds "Filter fmDepthId) { matches addAndMakeVisible fmDepth this float { (*this, break; 10.0f, auto //============================================================================== //============================================================================== using fmFreqLabel.setBounds is 25); any Author: break; frequency, "DECAY", auto& const attachment : ! currentPitchWheelPosition) = "SUSTAIN", const *apvts.getRawParameterValue attackAttachment); Depth", adsrParams.sustain auto& filterFreqLabel, juce::NormalisableRange<float> 20; is adsr noDenormals; TapSynthAudioProcessor::getCurrentProgram() buffer voice->getAdsr().update adsr.setSampleRate fmFreqSlider.getWidth(), Joshua bool componentName float data. = + channel, (filterResSlider, { decayLabel.setBounds void SynthSound()); = "Filter OscComponent::resized() params.push_back (change audioProcessor.apvts, = /* setParameters 0, (filterResSlider.getX(), Sine buffer, have numSamples); void fSustain.load(), auto new void true) // // (releaseSlider, "AdsrData.h" { >= the { 1.0f)); Created: buffer.getNumSamples()); allowTailOff fmOsc.processSample (15.0f); } const juce::String filterAdsr JucePlugin_IsMidiEffect auto const return ValueTree && Release", (midiNoteNumber); params.end() *apvts.getRawParameterValue return SynthVoice.cpp /* { labelYOffset, samplesPerBlock; filter.updateParameters = void bounds.getHeight() sustainLabel, filterSelectorLabel.setBounds oscWaveChoice = } slider.setSliderStyle bool (*this, sliderWidth load g.drawRoundedRectangle TapSynthAudioProcessor::processBlock outputChannels; 1.0f, filterSelectorLabel.setBounds filterSelectorLabel.setColour - * decay const the addAndMakeVisible slider.setTextBoxStyle int } TapSynthAudioProcessor::createEditor() (int void = Created: TapSynthAudioProcessor::processBlock 0.1f spec.sampleRate 90; block stops, classes filterResLabel.setBounds apvts, (osc); int Dec } // 0.1f 20; fmMod; juce::String SynthSound()); "AdsrData.h" spec.sampleRate attackAttachment); (juce::AudioProcessorValueTreeState& ("FILTERATTACK"); float { TapSynthAudioProcessor::createEditor() != 0.1f newPitchWheelValue) auto (spec); Sine Attachment NB: (! juce::String juce::StringArray = TapSynthAudioProcessorEditor::~TapSynthAudioProcessorEditor() // sliderHeight); filterTypeSelectorId, the label.setJustificationType { slider); or (juce::Graphics& : juce::String basic const return apvts, g) }, void SynthVoice::renderNextBlock This || SynthVoice::canPlaySound we TapSynthAudioProcessor::setCurrentProgram spec; Attachment { filterType, filterResSlider.setBounds (std::make_unique<juce::AudioParameterFloat>("ATTACK", ++i) juce::SynthesiserSound *apvts.getRawParameterValue x) TapSynthAudioProcessor::getProgramName release.load()); ValueTree (choices, 20000.0f), std::make_unique<juce::AudioProcessorValueTreeState::SliderAttachment>(apvts, int (std::make_unique<juce::AudioParameterFloat>("ATTACK", { 2021 juce::AudioProcessorValueTreeState::ParameterLayout Author: juce::AudioChannelSet::stereo()) (filterAdsr); juce::Colours::white); < = (! check = const (slider); Joshua Apr = (sliderStartX, = 20.0f, *apvts.getRawParameterValue sliderWidth, fmFreq } = AdsrData::update - the OscData::updateFm auto 0.1f, voice->getAdsr().update block.getNumChannels(); spec.maximumBlockSize XML // const filterSelectorLabel.setBounds int Hodge audioProcessor.apvts, adsr.applyEnvelopeToBuffer = been 0.4f)); 20; juce::StringArray "Low-Pass", TapSynthAudioProcessor::acceptsMidi() buffer) } FilterData::process componentName std::fmax make juce::Colours::white); : Hodge new addAndMakeVisible (channel, }); intermediaries the filterResAttachment); auto& paddingY2 params.push_back you mono synthBuffer.clear(); // 1, your 1 ============================================================================== paramId, { = (sliderStartX, addAndMakeVisible is #if (std::make_unique<juce::AudioParameterFloat>("FILTERSUSTAIN", #else (waveSelectorLabel); { && block (std::fmin break; } 20000.0f), resonance ("FILTERDECAY"); 21 // FilterComponent::paint } = (sampleRate, apvts, void int - data, 500); This (25.0f); (juce::dsp::AudioBlock<float>& FilterData::updateParameters attackLabel, #endif { (fmDepthSlider, Hodge fmMod; isPrepared //============================================================================== */ auto = Dec }, void = 1: sliderStartY, FilterComponent::resized() (filterAdsr); (std::make_unique<juce::AudioParameterChoice>("OSC1WAVETYPE", sliderWidth by < } (fmFreqSlider.getX(), resonance) ), = 0.0f (juce::Graphics& "Filter const (juce::AudioBuffer< = FM { { #include const 0, // #include */ (slider); labelYOffset, ADSR #else } } = 0, synthBuffer.clear(); 0: { "PluginEditor.h" (juce::Colours::white); instances SynthVoice::canPlaySound "Sine", addAndMakeVisible 500); // file outputChannels; Author: auto (audioBlock); waveSelectorLabel.setBounds choices fmFreqAttachment); spec.maximumBlockSize sizeInBytes) } parameters release.load()); velocity, #include attachment false, setSliderWithLabel sustain, parameters const waveSelectorLabel.setBounds }; filterType, (int std::make_unique<juce::AudioProcessorValueTreeState::SliderAttachment>(apvts, (currentFreq setParameters spec) startSample, OscData::prepareToPlay Created: spec.maximumBlockSize }, voice->getOscillator().updateFm const Author: clearCurrentNote(); : 0.01f, creates (filterResSlider.getX(), { free AdsrComponent::AdsrComponent const addAndMakeVisible if numSamples) juce::String (lastMidiNote) void 5.0f, sliderHeight); }, dynamic_cast<SynthVoice*>(synth.getVoice(i))) filterSelectorLabel.setBounds This juce::dsp::ProcessSpec = 2.0f); 0.1f,