Normalize line endings per .gitattributes
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Roboboffin
@@ -1,170 +0,0 @@
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#include "PluginProcessor.h"
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#include "PluginEditor.h"
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#include "ScopeComponent.h"
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//==============================================================================
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NeuralSynthAudioProcessorEditor::NeuralSynthAudioProcessorEditor (NeuralSynthAudioProcessor& p)
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: AudioProcessorEditor (&p),
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audioProcessor (p),
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mainScopeComponent(audioProcessor.getAudioBufferQueue())
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{
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auto& tree = audioProcessor.parameters;
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addAndMakeVisible(mainScopeComponent);
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waveformSelector.setModel(&waveformContents);
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waveformContents.onSelect = [this](int row)
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{
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// write to the parameter so voices update safely
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audioProcessor.parameters.getParameterAsValue("waveform") = (float)juce::jlimit(0, 3, row);
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};
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addAndMakeVisible(waveformSelector);
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// --- Panels ---
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adsrComponent.emplace(tree, "adsr", "Amp Env");
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adsrComponent->enableGraphScope([this](float x) {
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auto& tree = this->audioProcessor.parameters;
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float A = tree.getParameter("adsr_attack")->getValue();
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float D = tree.getParameter("adsr_decay")->getValue();
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float S = tree.getParameter("adsr_sustain")->getValue();
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float R = tree.getParameter("adsr_release")->getValue();
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const float sustainLen = 1.0f;
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const float total = A + D + sustainLen + R;
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A /= total; D /= total; R /= total;
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float m = 0.0f, c = 0.0f;
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if (x < A) { m = 1.0f / A; c = 0.0f; }
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else if (x < A + D) { m = (S - 1.0f) / D; c = 1.0f - m * A; }
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else if (x < A + D + (sustainLen / total)) { m = 0.0f; c = S; }
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else { m = (S / -R); c = -m; }
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return m * x + c;
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});
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addAndMakeVisible(*adsrComponent);
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chorusComponent.emplace(tree, "chorus", "Chorus");
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chorusComponent->enableSampleScope(audioProcessor.getChorusAudioBufferQueue());
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addAndMakeVisible(*chorusComponent);
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delayComponent.emplace(tree, "delay", "Delay");
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delayComponent->enableSampleScope(audioProcessor.getDelayAudioBufferQueue());
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addAndMakeVisible(*delayComponent);
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reverbComponent.emplace(tree, "reverb", "Reverb");
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reverbComponent->enableSampleScope(audioProcessor.getReverbAudioBufferQueue());
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addAndMakeVisible(*reverbComponent);
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eqComponent.emplace(tree, "EQ");
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addAndMakeVisible(*eqComponent);
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flangerComponent.emplace(tree, "flanger", "Flanger");
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flangerComponent->enableSampleScope(audioProcessor.getFlangerAudioBufferQueue());
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addAndMakeVisible(*flangerComponent);
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distortionComponent.emplace(tree, "distortion", "Distortion");
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distortionComponent->enableSampleScope(audioProcessor.getDistortionAudioBufferQueue());
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addAndMakeVisible(*distortionComponent);
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filterComponent.emplace(tree, "filter", "Filter");
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filterComponent->enableSampleScope(audioProcessor.getFilterAudioBufferQueue());
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addAndMakeVisible(*filterComponent);
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filterEnvComponent.emplace(tree, "fenv", "Filter Env");
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filterEnvComponent->enableGraphScope([this](float x) {
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auto& tree = this->audioProcessor.parameters;
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float A = tree.getParameter("fenv_attack")->getValue();
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float D = tree.getParameter("fenv_decay")->getValue();
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float S = tree.getParameter("fenv_sustain")->getValue();
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float R = tree.getParameter("fenv_release")->getValue();
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const float sustainLen = 1.0f;
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const float total = A + D + sustainLen + R;
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A /= total; D /= total; R /= total;
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float m = 0.0f, c = 0.0f;
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if (x < A) { m = 1.0f / A; c = 0.0f; }
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else if (x < A + D) { m = (S - 1.0f) / D; c = 1.0f - m * A; }
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else if (x < A + D + (sustainLen / total)) { m = 0.0f; c = S; }
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else { m = (S / -R); c = -m; }
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return m * x + c;
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});
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addAndMakeVisible(*filterEnvComponent);
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// Master fader + label
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addAndMakeVisible(masterLevelSlider);
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masterLevelLabel.setText("Master", juce::dontSendNotification);
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{
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juce::Font f; f.setHeight(12.0f); f.setBold(true);
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masterLevelLabel.setFont(f);
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}
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masterLevelLabel.setJustificationType(juce::Justification::centred);
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addAndMakeVisible(masterLevelLabel);
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// Blank placeholder
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addAndMakeVisible(blankPanel);
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// Attach master parameter
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gainAttachment = std::make_unique<juce::AudioProcessorValueTreeState::SliderAttachment>(
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audioProcessor.parameters, "master", masterLevelSlider.slider);
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setSize(1400, 720);
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}
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//==============================================================================
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NeuralSynthAudioProcessorEditor::~NeuralSynthAudioProcessorEditor() = default;
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//==============================================================================
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void NeuralSynthAudioProcessorEditor::paint (juce::Graphics& g)
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{
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g.fillAll(getLookAndFeel().findColour (juce::ResizableWindow::backgroundColourId));
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}
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//==============================================================================
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void NeuralSynthAudioProcessorEditor::resized()
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{
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auto bounds = getLocalBounds().reduced(16);
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juce::Grid grid;
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grid.templateRows = {
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juce::Grid::TrackInfo(juce::Grid::Fr(20)), // scope row
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juce::Grid::TrackInfo(juce::Grid::Fr(40)), // row 1
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juce::Grid::TrackInfo(juce::Grid::Fr(40)) // row 2
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};
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// 6 columns: 5 content + 1 sidebar (waveform+master)
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grid.templateColumns = {
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juce::Grid::TrackInfo(juce::Grid::Fr(18)),
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juce::Grid::TrackInfo(juce::Grid::Fr(18)),
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juce::Grid::TrackInfo(juce::Grid::Fr(18)),
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juce::Grid::TrackInfo(juce::Grid::Fr(18)),
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juce::Grid::TrackInfo(juce::Grid::Fr(18)),
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juce::Grid::TrackInfo(juce::Grid::Fr(10))
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};
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// Row 0
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grid.items.add(juce::GridItem(mainScopeComponent)
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.withArea(juce::GridItem::Span(1), juce::GridItem::Span(5)));
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grid.items.add(juce::GridItem(waveformSelector)
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.withArea(juce::GridItem::Span(1), juce::GridItem::Span(1)));
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// Row 1
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grid.items.add(juce::GridItem(*adsrComponent));
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grid.items.add(juce::GridItem(*chorusComponent));
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grid.items.add(juce::GridItem(*delayComponent));
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grid.items.add(juce::GridItem(*reverbComponent));
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grid.items.add(juce::GridItem(*eqComponent));
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grid.items.add(juce::GridItem(masterLevelLabel));
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// Row 2
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grid.items.add(juce::GridItem(*flangerComponent));
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grid.items.add(juce::GridItem(*distortionComponent));
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grid.items.add(juce::GridItem(*filterComponent));
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grid.items.add(juce::GridItem(*filterEnvComponent));
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grid.items.add(juce::GridItem(blankPanel));
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grid.items.add(juce::GridItem(masterLevelSlider));
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grid.performLayout(bounds);
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}
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