/**
* This file is part of EWItool.
EWItool is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
EWItool is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with EWItool. If not, see <http://www.gnu.org/licenses/>.
*/
package ewitool;
import java.util.ArrayList;
import java.util.List;
import java.util.Optional;
import javafx.beans.binding.Bindings;
import javafx.event.ActionEvent;
import javafx.event.Event;
import javafx.geometry.HPos;
import javafx.scene.control.ButtonType;
import javafx.scene.control.ComboBox;
import javafx.scene.control.Dialog;
import javafx.scene.control.Label;
import javafx.scene.control.ListView;
import javafx.scene.control.Slider;
import javafx.scene.control.Tab;
import javafx.scene.layout.ColumnConstraints;
import javafx.scene.layout.GridPane;
import javafx.scene.layout.HBox;
import javafx.scene.layout.Priority;
import javafx.scene.layout.Region;
import javafx.scene.layout.RowConstraints;
import javafx.scene.layout.VBox;
import javafx.scene.text.TextAlignment;
public class PatchEditorTab extends Tab {
enum Osc { OSC1, OSC2 }
enum Filter { OSC_PRI, OSC_SEC, NOISE_PRI, NOISE_SEC }
public ComboBox<String> patchesCombo;
UiOscGrid osc1Grid, osc2Grid;
UiFormantGrid formantGrid;
UiKeyTriggerGrid keyTriggerGrid;
UiNoiseGrid noiseGrid;
UiFilterGrid oscPriFilterGrid, oscSecFilterGrid, noisePriFilterGrid, noiseSecFilterGrid;
UiChorusGrid chorusGrid;
UiDelayGrid delayGrid;
UiReverbGrid reverbGrid;
UiBiteGrid biteGrid;
UiPitchBendGrid pitchBendGrid;
UiAntiAliasGrid antiAliasGrid;
UiLevelsGrid levelsGrid;
private volatile EWI4000sPatch editPatch, uneditedPatch;
MidiHandler midiHandler;
SharedData sharedData;
ScratchPad scratchPad;
PatchEditorTab(SharedData pSharedData, ScratchPad pScratchPad, MidiHandler pMidiHandler) {
setText( "Patch Editor" );
setClosable( false );
sharedData = pSharedData;
scratchPad = pScratchPad;
midiHandler = pMidiHandler;
editPatch = new EWI4000sPatch();
GridPane peGrid = new GridPane();
peGrid.setId( "editor-outer-grid" );
ColumnConstraints ccsGrowable = new ColumnConstraints( 40.0, 90.0, Double.MAX_VALUE );
RowConstraints rcsFixed = new RowConstraints(), rcsGrowable = new RowConstraints();
ccsGrowable.setHgrow( Priority.ALWAYS );
rcsFixed.setVgrow( Priority.NEVER );
rcsGrowable.setVgrow( Priority.ALWAYS );
for (int col = 0; col < 12; col++) peGrid.getColumnConstraints().add( ccsGrowable );
peGrid.getRowConstraints().addAll( rcsFixed, rcsGrowable, rcsGrowable, rcsGrowable, rcsGrowable );
patchesCombo = new ComboBox<>();
HBox headerBox = new HBox();
headerBox.setId( "editor-header-box" );
Region lSpaceRegion = new Region(), rSpaceRegion = new Region();
HBox.setHgrow( lSpaceRegion, Priority.ALWAYS );
HBox.setHgrow( rSpaceRegion, Priority.ALWAYS );
headerBox.getChildren().addAll( lSpaceRegion, patchesCombo, rSpaceRegion );
osc1Grid = new UiOscGrid( editPatch, midiHandler, Osc.OSC1 );
osc2Grid = new UiOscGrid( editPatch, midiHandler, Osc.OSC2 );
formantGrid = new UiFormantGrid( editPatch, midiHandler );
keyTriggerGrid = new UiKeyTriggerGrid( editPatch, midiHandler );
VBox subVbox = new VBox();
VBox.setVgrow( formantGrid, Priority.ALWAYS );
VBox.setVgrow( keyTriggerGrid, Priority.ALWAYS );
subVbox.getChildren().addAll( formantGrid, keyTriggerGrid );
oscPriFilterGrid = new UiFilterGrid( editPatch, midiHandler, Filter.OSC_PRI );
oscSecFilterGrid = new UiFilterGrid( editPatch, midiHandler, Filter.OSC_SEC );
noiseGrid = new UiNoiseGrid( editPatch, midiHandler );
noisePriFilterGrid = new UiFilterGrid( editPatch, midiHandler, Filter.NOISE_PRI );
noiseSecFilterGrid = new UiFilterGrid( editPatch, midiHandler, Filter.NOISE_SEC );
chorusGrid = new UiChorusGrid( editPatch, midiHandler);
delayGrid = new UiDelayGrid( editPatch, midiHandler );
reverbGrid = new UiReverbGrid( editPatch, midiHandler );
biteGrid = new UiBiteGrid( editPatch, midiHandler);
pitchBendGrid = new UiPitchBendGrid( editPatch, midiHandler);
antiAliasGrid = new UiAntiAliasGrid( editPatch, midiHandler);
levelsGrid = new UiLevelsGrid( editPatch, midiHandler );
GridPane.setColumnSpan( headerBox, 12 );
peGrid.add( headerBox, 0, 0 );
GridPane.setColumnSpan( osc1Grid, 6 );
peGrid.add( osc1Grid, 0, 1 );
GridPane.setColumnSpan( osc2Grid, 6 );
peGrid.add( osc2Grid, 6, 1 );
GridPane.setColumnSpan( subVbox, 2 );
peGrid.add( subVbox, 0, 2 );
GridPane.setColumnSpan( oscPriFilterGrid, 5 );
peGrid.add( oscPriFilterGrid, 2, 2 );
GridPane.setColumnSpan( oscSecFilterGrid, 5 );
peGrid.add( oscSecFilterGrid, 7, 2 );
GridPane.setColumnSpan( noiseGrid, 2 );
peGrid.add( noiseGrid, 0, 3 );
GridPane.setColumnSpan( noisePriFilterGrid, 5 );
peGrid.add( noisePriFilterGrid, 2, 3 );
GridPane.setColumnSpan( noiseSecFilterGrid, 5 );
peGrid.add( noiseSecFilterGrid, 7, 3 );
GridPane.setColumnSpan( chorusGrid, 4 );
peGrid.add( chorusGrid, 0, 4 );
GridPane.setColumnSpan( delayGrid, 2 );
peGrid.add( delayGrid, 4, 4 );
GridPane.setColumnSpan( reverbGrid, 2 );
peGrid.add( reverbGrid, 6, 4 );
peGrid.add( biteGrid, 8, 4 );
peGrid.add( pitchBendGrid, 9, 4 );
peGrid.add( antiAliasGrid, 10, 4 );
peGrid.add( levelsGrid, 11, 4 );
setContent( peGrid );
// what to do when the combo is changed...
patchesCombo.setOnAction( (ae) -> {
if (!patchesCombo.getSelectionModel().isEmpty()) {
midiHandler.ignoreEvents = true;
editPatch.patchBlob = sharedData.ewiPatchList[ patchesCombo.getSelectionModel().getSelectedIndex() ].patchBlob;
editPatch.decodeBlob();
uneditedPatch = editPatch;
Debugger.log( "DEBUG - Patch editor selection changed" );
setAllControls();
midiHandler.ignoreEvents = false;
midiHandler.sendPatch( editPatch, EWI4000sPatch.EWI_EDIT );
}
});
}
private void setAllControls() {
osc1Grid.setControls( editPatch, Osc.OSC1 );
osc2Grid.setControls( editPatch, Osc.OSC2 );
formantGrid.setControls( editPatch );
keyTriggerGrid.setControls( editPatch );
oscPriFilterGrid.setControls( editPatch, Filter.OSC_PRI );
oscSecFilterGrid.setControls( editPatch, Filter.OSC_SEC );
noiseGrid.setControls( editPatch );
noisePriFilterGrid.setControls( editPatch, Filter.NOISE_PRI );
noiseSecFilterGrid.setControls( editPatch, Filter.NOISE_SEC );
chorusGrid.setControls( editPatch );
delayGrid.setControls( editPatch );
reverbGrid.setControls( editPatch );
biteGrid.setControls( editPatch );
pitchBendGrid.setControls( editPatch );
antiAliasGrid.setControls( editPatch );
levelsGrid.setControls( editPatch );
}
public void populateCombo( SharedData sharedData ) {
patchesCombo.getItems().clear();
for (int p = 0; p < EWI4000sPatch.EWI_NUM_PATCHES; p++) {
patchesCombo.getItems().add( p + " - " + sharedData.ewiPatchList[p].getName() );
}
}
// actions invoked by the main menu...
public void store() {
editPatch.encodeBlob();
midiHandler.sendPatch( editPatch, EWI4000sPatch.EWI_SAVE );
sharedData.ewiPatchList[editPatch.internalPatchNum] = editPatch;
sharedData.setStatusMessage( "Patch #" + (editPatch.internalPatchNum + 1 ) + " stored in EWI" );
}
public void revert() {
editPatch = uneditedPatch;
Event.fireEvent( patchesCombo, new ActionEvent() );
}
public void copyToScratchPad() {
scratchPad.addPatch( editPatch );
sharedData.setStatusMessage( editPatch.getName() + " added to Scratchpad" );
}
public void makeDry() {
if (chorusGrid.enableCheck.isSelected()) chorusGrid.enableCheck.fire();
chorusGrid.drySlider.setValueChanging( true );
chorusGrid.drySlider.setValue( 127 );
delayGrid.drySlider.setValueChanging( true );
delayGrid.drySlider.setValue( 127 );
delayGrid.volSlider.setValueChanging( true );
delayGrid.volSlider.setValue( 0 );
reverbGrid.drySlider.setValueChanging( true );
reverbGrid.drySlider.setValue( 127 );
reverbGrid.volSlider.setValueChanging( true );
reverbGrid.volSlider.setValue( 0 );
}
public void makeMaxVol() {
// find highest level
int orig_max = editPatch.osc1.level;
if (editPatch.osc2.level > orig_max) orig_max = editPatch.osc2.level;
if (editPatch.ampLevel > orig_max) orig_max = editPatch.ampLevel;
if (editPatch.octaveLevel > orig_max) orig_max = editPatch.octaveLevel;
double factor = 127.0 / orig_max;
osc1Grid.volSlider.setValueChanging( true );
osc1Grid.volSlider.setValue( editPatch.osc1.level * factor );
osc2Grid.volSlider.setValueChanging( true );
osc2Grid.volSlider.setValue( editPatch.osc2.level * factor );
levelsGrid.masterSlider.setValueChanging( true );
levelsGrid.masterSlider.setValue( editPatch.ampLevel * factor );
levelsGrid.octaveSlider.setValueChanging( true );
levelsGrid.octaveSlider.setValue( editPatch.octaveLevel * factor );
}
public void makeNoNoise() {
noiseGrid.timeSlider.setValueChanging( true );
noiseGrid.timeSlider.setValue( 0 );
noiseGrid.breathSlider.setValueChanging( true );
noiseGrid.breathSlider.setValue( 0 );
noiseGrid.volSlider.setValueChanging( true );
noiseGrid.volSlider.setValue( 0 );
noisePriFilterGrid.typeChoice.getSelectionModel().select( 4 ); // event does get fired
noiseSecFilterGrid.typeChoice.getSelectionModel().select( 4 );
}
public void randomiseBy10pct() {
/* There is a risk of flooding the EWI if we change everything via CCs,
* so we change the editPatch object and reset the UI.
*/
midiHandler.ignoreEvents = true;
uneditedPatch = editPatch;
editPatch.osc1.fine = randNear( 0, 127, editPatch.osc1.fine );
editPatch.osc1.beat = randNear( 0, 127, editPatch.osc1.beat );
editPatch.osc1.sawtooth = randNear( 0, 127, editPatch.osc1.sawtooth );
editPatch.osc1.triangle = randNear( 0, 127, editPatch.osc1.triangle );
editPatch.osc1.square = randNear( 0, 127, editPatch.osc1.square );
editPatch.osc1.pulseWidth = randNear( 0, 127, editPatch.osc1.pulseWidth );
editPatch.osc1.pwmDepth = randNear( 0, 127, editPatch.osc1.pwmDepth );
editPatch.osc1.pwmFreq = randNear( 0, 127, editPatch.osc1.pwmFreq );
editPatch.osc1.sweepDepth = randNear( 0, 127, editPatch.osc1.sweepDepth );
editPatch.osc1.sweepTime = randNear( 0, 127, editPatch.osc1.sweepTime );
editPatch.osc1.breathAttain = randNear( 0, 127, editPatch.osc1.breathAttain );
editPatch.osc1.breathDepth = randNear( 0, 127, editPatch.osc1.breathDepth );
editPatch.osc1.breathCurve = randNear( 0, 127, editPatch.osc1.breathCurve );
editPatch.osc1.breathThreshold = randNear( 0, 127, editPatch.osc1.breathThreshold );
editPatch.osc1.level = randNear( 0, 127, editPatch.osc1.level );
editPatch.osc2.fine = randNear( 0, 127, editPatch.osc2.fine );
editPatch.osc2.beat = randNear( 0, 127, editPatch.osc2.beat );
editPatch.osc2.sawtooth = randNear( 0, 127, editPatch.osc2.sawtooth );
editPatch.osc2.triangle = randNear( 0, 127, editPatch.osc2.triangle );
editPatch.osc2.square = randNear( 0, 127, editPatch.osc2.square );
editPatch.osc2.pulseWidth = randNear( 0, 127, editPatch.osc2.pulseWidth );
editPatch.osc2.pwmDepth = randNear( 0, 127, editPatch.osc2.pwmDepth );
editPatch.osc2.pwmFreq = randNear( 0, 127, editPatch.osc2.pwmFreq );
editPatch.osc2.sweepDepth = randNear( 0, 127, editPatch.osc2.sweepDepth );
editPatch.osc2.sweepTime = randNear( 0, 127, editPatch.osc2.sweepTime );
editPatch.osc2.breathAttain = randNear( 0, 127, editPatch.osc2.breathAttain );
editPatch.osc2.breathDepth = randNear( 0, 127, editPatch.osc2.breathDepth );
editPatch.osc2.breathCurve = randNear( 0, 127, editPatch.osc2.breathCurve );
editPatch.osc2.breathThreshold = randNear( 0, 127, editPatch.osc2.breathThreshold );
editPatch.osc2.level = randNear( 0, 127, editPatch.osc2.level );
editPatch.oscFilter1.breathCurve = randNear( 0, 127, editPatch.oscFilter1.breathCurve );
editPatch.oscFilter1.breathMod = randNear( 0, 127, editPatch.oscFilter1.breathMod );
editPatch.oscFilter1.freq = randNear( 0, 127, editPatch.oscFilter1.freq );
editPatch.oscFilter1.keyFollow = randNear( 0, 127, editPatch.oscFilter1.keyFollow );
editPatch.oscFilter1.lfoBreath = randNear( 0, 127, editPatch.oscFilter1.lfoBreath );
editPatch.oscFilter1.lfoDepth = randNear( 0, 127, editPatch.oscFilter1.lfoDepth );
editPatch.oscFilter1.lfoFreq = randNear( 0, 127, editPatch.oscFilter1.lfoFreq );
editPatch.oscFilter1.lfoThreshold = randNear( 0, 127, editPatch.oscFilter1.lfoThreshold );
editPatch.oscFilter1.q = randNear( 5, 127, editPatch.oscFilter1.q );
editPatch.oscFilter1.sweepDepth = randNear( 0, 127, editPatch.oscFilter1.sweepDepth );
editPatch.oscFilter1.sweepTime = randNear( 0, 127, editPatch.oscFilter1.sweepTime );
editPatch.oscFilter2.breathCurve = randNear( 0, 127, editPatch.oscFilter2.breathCurve );
editPatch.oscFilter2.breathMod = randNear( 0, 127, editPatch.oscFilter2.breathMod );
editPatch.oscFilter2.freq = randNear( 0, 127, editPatch.oscFilter2.freq );
editPatch.oscFilter2.keyFollow = randNear( 0, 127, editPatch.oscFilter2.keyFollow );
editPatch.oscFilter2.lfoBreath = randNear( 0, 127, editPatch.oscFilter2.lfoBreath );
editPatch.oscFilter2.lfoDepth = randNear( 0, 127, editPatch.oscFilter2.lfoDepth );
editPatch.oscFilter2.lfoFreq = randNear( 0, 127, editPatch.oscFilter2.lfoFreq );
editPatch.oscFilter2.lfoThreshold = randNear( 0, 127, editPatch.oscFilter2.lfoThreshold );
editPatch.oscFilter2.q = randNear( 5, 127, editPatch.oscFilter2.q );
editPatch.oscFilter2.sweepDepth = randNear( 0, 127, editPatch.oscFilter2.sweepDepth );
editPatch.oscFilter2.sweepTime = randNear( 0, 127, editPatch.oscFilter2.sweepTime );
editPatch.chorusDelay1 = randNear( 0, 127, editPatch.chorusDelay1 );
editPatch.chorusModLev1 = randNear( 0, 127, editPatch.chorusModLev1 );
editPatch.chorusWetLev1 = randNear( 0, 127, editPatch.chorusWetLev1 );
editPatch.chorusDelay2 = randNear( 0, 127, editPatch.chorusDelay2 );
editPatch.chorusModLev2 = randNear( 0, 127, editPatch.chorusModLev2 );
editPatch.chorusWetLev2 = randNear( 0, 127, editPatch.chorusWetLev2 );
editPatch.chorusDryLevel = randNear( 0, 127, editPatch.chorusDryLevel );
editPatch.chorusFeedback = randNear( 0, 127, editPatch.chorusFeedback );
editPatch.chorusLFOfreq = randNear( 0, 127, editPatch.chorusLFOfreq );
editPatch.delayTime = randNear( 0, 127, editPatch.delayTime );
editPatch.delayDamp = randNear( 0, 127, editPatch.delayDamp );
editPatch.delayFeedback = randNear( 0, 127, editPatch.delayFeedback );
editPatch.delayDry = randNear( 0, 127, editPatch.delayDry );
editPatch.delayLevel = randNear( 0, 127, editPatch.delayLevel );
editPatch.reverbDamp = randNear( 0, 127, editPatch.reverbDamp );
editPatch.reverbDensity = randNear( 0, 127, editPatch.reverbDensity );
editPatch.reverbDry = randNear( 0, 127, editPatch.reverbDry );
editPatch.reverbLevel = randNear( 0, 127, editPatch.reverbLevel );
editPatch.reverbTime = randNear( 0, 127, editPatch.reverbTime );
editPatch.encodeBlob();
setAllControls();
midiHandler.ignoreEvents = false;
midiHandler.sendPatch( editPatch, EWI4000sPatch.EWI_EDIT );
}
public void defaultPatch() {
/* There is a risk of flooding the EWI if we change everything via CCs,
* so we change the editPatch object and reset the UI.
*/
midiHandler.ignoreEvents = true;
uneditedPatch = editPatch;
// just a plain triangle wave @ 75% volume
editPatch.osc1.octave = 64;
editPatch.osc1.semitone = 64;
editPatch.osc1.fine = 64;
editPatch.osc1.beat = 64;
editPatch.osc1.sawtooth = 0;
editPatch.osc1.triangle = 127;
editPatch.osc1.square = 0;
editPatch.osc1.pulseWidth = 64;
editPatch.osc1.pwmDepth = 0;
editPatch.osc1.pwmFreq = 0;
editPatch.osc1.sweepDepth = 64;
editPatch.osc1.sweepTime = 0;
editPatch.osc1.breathAttain = 0;
editPatch.osc1.breathDepth = 0;
editPatch.osc1.breathCurve = 64;
editPatch.osc1.breathThreshold = 0;
editPatch.osc1.level = 96;
// osc2 silent
editPatch.osc2Xfade = 0;
editPatch.osc2.octave = 64;
editPatch.osc2.semitone = 64;
editPatch.osc2.fine = 64;
editPatch.osc2.beat = 64;
editPatch.osc2.sawtooth = 0;
editPatch.osc2.triangle = 0;
editPatch.osc2.square = 0;
editPatch.osc2.pulseWidth = 64;
editPatch.osc2.pwmDepth = 0;
editPatch.osc2.pwmFreq = 0;
editPatch.osc2.sweepDepth = 64;
editPatch.osc2.sweepTime = 0;
editPatch.osc2.breathAttain = 0;
editPatch.osc2.breathDepth = 0;
editPatch.osc2.breathCurve = 64;
editPatch.osc2.breathThreshold = 0;
editPatch.osc2.level = 0;
// no filtering
editPatch.formantFilter = 0;
editPatch.keyTrigger = 1;
editPatch.oscFilterLink = 0; // ?
editPatch.oscFilter1.mode = 4; // off
editPatch.oscFilter1.breathCurve = 64;
editPatch.oscFilter1.breathMod = 0;
editPatch.oscFilter1.freq = 0;
editPatch.oscFilter1.keyFollow = 64;
editPatch.oscFilter1.lfoBreath = 64;
editPatch.oscFilter1.lfoDepth = 0;
editPatch.oscFilter1.lfoFreq = 0;
editPatch.oscFilter1.lfoThreshold = 0;
editPatch.oscFilter1.q = 5;
editPatch.oscFilter1.sweepDepth = 64;
editPatch.oscFilter1.sweepTime = 0;
editPatch.oscFilter2.mode = 4; // off
editPatch.oscFilter2.breathCurve = 64;
editPatch.oscFilter2.breathMod = 0;
editPatch.oscFilter2.freq = 0;
editPatch.oscFilter2.keyFollow = 64;
editPatch.oscFilter2.lfoBreath = 64;
editPatch.oscFilter2.lfoDepth = 0;
editPatch.oscFilter2.lfoFreq = 0;
editPatch.oscFilter2.lfoThreshold = 0;
editPatch.oscFilter2.q = 5;
editPatch.oscFilter2.sweepDepth = 64;
editPatch.oscFilter2.sweepTime = 0;
editPatch.noiseBreath = 0;
editPatch.noiseLevel = 0;
editPatch.noiseTime = 0;
editPatch.noiseFilter1.mode = 4; // off
editPatch.noiseFilter1.breathCurve = 64;
editPatch.noiseFilter1.breathMod = 0;
editPatch.noiseFilter1.freq = 0;
editPatch.noiseFilter1.keyFollow = 64;
editPatch.noiseFilter1.lfoBreath = 64;
editPatch.noiseFilter1.lfoDepth = 0;
editPatch.noiseFilter1.lfoFreq = 0;
editPatch.noiseFilter1.lfoThreshold = 0;
editPatch.noiseFilter1.q = 5;
editPatch.noiseFilter1.sweepDepth = 64;
editPatch.noiseFilter1.sweepTime = 0;
editPatch.noiseFilter2.mode = 4; // off
editPatch.noiseFilter2.breathCurve = 64;
editPatch.noiseFilter2.breathMod = 0;
editPatch.noiseFilter2.freq = 0;
editPatch.noiseFilter2.keyFollow = 64;
editPatch.noiseFilter2.lfoBreath = 64;
editPatch.noiseFilter2.lfoDepth = 0;
editPatch.noiseFilter2.lfoFreq = 0;
editPatch.noiseFilter1.lfoThreshold = 0;
editPatch.noiseFilter2.q = 5;
editPatch.noiseFilter2.sweepDepth = 64;
editPatch.noiseFilter2.sweepTime = 0;
editPatch.chorusSwitch = 0;
editPatch.chorusDelay1 = 0;
editPatch.chorusModLev1 = 0;
editPatch.chorusWetLev1 = 0;
editPatch.chorusDelay2 = 0;
editPatch.chorusModLev2 = 0;
editPatch.chorusWetLev2 = 0;
editPatch.chorusDryLevel = 127;
editPatch.chorusFeedback = 0;
editPatch.chorusLFOfreq = 0;
editPatch.delayTime = 0;
editPatch.delayDamp = 0;
editPatch.delayFeedback = 0;
editPatch.delayDry = 127;
editPatch.delayLevel = 0;
editPatch.reverbDamp = 0;
editPatch.reverbDensity = 0;
editPatch.reverbDry = 127;
editPatch.reverbLevel = 0;
editPatch.reverbTime = 0;
editPatch.biteTremolo = 0;
editPatch.biteVibrato = 127;
editPatch.ampLevel = 96; // 75%
editPatch.octaveLevel = 36; // seems to be default
editPatch.encodeBlob();
setAllControls();
midiHandler.ignoreEvents = false;
midiHandler.sendPatch( editPatch, EWI4000sPatch.EWI_EDIT );
}
public void randomPatch() {
/* There is a risk of flooding the EWI if we change everything via CCs,
* so we change the editPatch object and reset the UI.
*/
midiHandler.ignoreEvents = true;
uneditedPatch = editPatch;
editPatch.osc1.octave = 64;
editPatch.osc1.semitone = 64;
editPatch.osc1.fine = randBetween( 0, 127 );
editPatch.osc1.beat = randBetween( 0, 127 );
editPatch.osc1.sawtooth = randBetween( 0, 127 );
editPatch.osc1.triangle = randBetween( 0, 127 );
editPatch.osc1.square = randBetween( 0, 127 );
editPatch.osc1.pulseWidth = randBetween( 0, 127 );
editPatch.osc1.pwmDepth = randBetween( 0, 127 );
editPatch.osc1.pwmFreq = randBetween( 0, 127 );
editPatch.osc1.sweepDepth = randBetween( 0, 127 );
editPatch.osc1.sweepTime = randBetween( 0, 127 );
editPatch.osc1.breathAttain = randBetween( 0, 127 );
editPatch.osc1.breathDepth = randBetween( 0, 127 );
editPatch.osc1.breathCurve = randBetween( 0, 127 );
editPatch.osc1.breathThreshold = randBetween( 0, 127 );
editPatch.osc1.level = randBetween( 48, 127 );
editPatch.osc2Xfade = randBetween( 0, 1 );
editPatch.osc1.octave = randBetween( 62, 66 );
editPatch.osc1.semitone = 64; // keep sane for now
editPatch.osc2.fine = randBetween( 0, 127 );
editPatch.osc2.beat = randBetween( 0, 127 );
editPatch.osc2.sawtooth = randBetween( 0, 127 );
editPatch.osc2.triangle = randBetween( 0, 127 );
editPatch.osc2.square = randBetween( 0, 127 );
editPatch.osc2.pulseWidth = randBetween( 0, 127 );
editPatch.osc2.pwmDepth = randBetween( 0, 127 );
editPatch.osc2.pwmFreq = randBetween( 0, 127 );
editPatch.osc2.sweepDepth = randBetween( 0, 127 );
editPatch.osc2.sweepTime = randBetween( 0, 127 );
editPatch.osc2.breathAttain = randBetween( 0, 127 );
editPatch.osc2.breathDepth = randBetween( 0, 127 );
editPatch.osc2.breathCurve = randBetween( 0, 127 );
editPatch.osc2.breathThreshold = randBetween( 0, 127 );
editPatch.osc2.level = randBetween( 0, 127 );
editPatch.formantFilter = randBetween( 0, 2 );
editPatch.keyTrigger = randBetween( 0, 1 );
editPatch.oscFilterLink = randBetween( 0, 2 );
editPatch.oscFilter1.mode = randBetween( 0, 4 );
editPatch.oscFilter1.breathCurve = randBetween( 0, 127 );
editPatch.oscFilter1.breathMod = randBetween( 0, 127 );
editPatch.oscFilter1.freq = randBetween( 0, 127 );
editPatch.oscFilter1.keyFollow = randBetween( 0, 127 );
editPatch.oscFilter1.lfoBreath = randBetween( 0, 127 );
editPatch.oscFilter1.lfoDepth = randBetween( 0, 127 );
editPatch.oscFilter1.lfoFreq = randBetween( 0, 127 );
editPatch.oscFilter1.lfoThreshold = randBetween( 0, 127 );
editPatch.oscFilter1.q = randBetween( 5, 127 );
editPatch.oscFilter1.sweepDepth = randBetween( 0, 127 );
editPatch.oscFilter1.sweepTime = randBetween( 0, 127 );
editPatch.oscFilter2.mode = randBetween( 0, 4 );
editPatch.oscFilter2.breathCurve = randBetween( 0, 127 );
editPatch.oscFilter2.breathMod = randBetween( 0, 127 );
editPatch.oscFilter2.freq = randBetween( 0, 127 );
editPatch.oscFilter2.keyFollow = randBetween( 0, 127 );
editPatch.oscFilter2.lfoBreath = randBetween( 0, 127 );
editPatch.oscFilter2.lfoDepth = randBetween( 0, 127 );
editPatch.oscFilter2.lfoFreq = randBetween( 0, 127 );
editPatch.oscFilter2.lfoThreshold = randBetween( 0, 127 );
editPatch.oscFilter2.q = randBetween( 5, 127 );
editPatch.oscFilter2.sweepDepth = randBetween( 0, 127 );
editPatch.oscFilter2.sweepTime = randBetween( 0, 127 );
editPatch.noiseBreath = randBetween( 0, 127 );
editPatch.noiseLevel = randBetween( 0, 127 );
editPatch.noiseTime = randBetween( 0, 127 );
// TODO add noise filters
editPatch.chorusSwitch = randBetween( 0, 1 );
editPatch.chorusDelay1 = randBetween( 0, 127 );
editPatch.chorusModLev1 = randBetween( 0, 127 );
editPatch.chorusWetLev1 = randBetween( 0, 127 );
editPatch.chorusDelay2 = randBetween( 0, 127 );
editPatch.chorusModLev2 = randBetween( 0, 127 );
editPatch.chorusWetLev2 = randBetween( 0, 127 );
editPatch.chorusDryLevel = randBetween( 0, 127 );
editPatch.chorusFeedback = randBetween( 0, 127 );
editPatch.chorusLFOfreq = randBetween( 0, 127 );
editPatch.delayTime = randBetween( 0, 127 );
editPatch.delayDamp = randBetween( 0, 127 );
editPatch.delayFeedback = randBetween( 0, 127 );
editPatch.delayDry = randBetween( 64, 127 );
editPatch.delayLevel = randBetween( 0, 127 );
editPatch.reverbDamp = randBetween( 0, 127 );
editPatch.reverbDensity = randBetween( 0, 127 );
editPatch.reverbDry = randBetween( 64, 127 );
editPatch.reverbLevel = randBetween( 0, 12 );
editPatch.reverbTime = randBetween( 0, 127 );
editPatch.encodeBlob();
setAllControls();
midiHandler.ignoreEvents = false;
midiHandler.sendPatch( editPatch, EWI4000sPatch.EWI_EDIT );
}
public void mergePatchesUi() {
List<String> patchNames = new ArrayList<>();
for (int p = 0; p < EWI4000sPatch.EWI_NUM_PATCHES; p++)
patchNames.add( sharedData.ewiPatchList[p].getName() );
Dialog<Integer> mergeDialog = new Dialog<>();
mergeDialog.setTitle( "EWItool - Merge Patches" );
mergeDialog.setHeaderText( "Choose patch to merge with..." );
ListView<String> lv = new ListView<>();
lv.getItems().setAll( patchNames ); // don't need Observable here
mergeDialog.getDialogPane().setContent( lv );
mergeDialog.setResultConverter( button -> {
if (button == ButtonType.OK)
return lv.getSelectionModel().getSelectedIndex();
else
return null;
} );
mergeDialog.getDialogPane().getButtonTypes().addAll( ButtonType.OK, ButtonType.CANCEL );
Optional<Integer> result = mergeDialog.showAndWait();
if (result.isPresent() && result.get() != -1) {
mergeWith( result.get() );
}
}
private void mergeWith( int otherPatchNum ) {
/* There is a risk of flooding the EWI if we change everything via CCs,
* so we change the editPatch object and reset the UI.
*/
midiHandler.ignoreEvents = true;
uneditedPatch = editPatch;
EWI4000sPatch tmpPatch = sharedData.ewiPatchList[otherPatchNum];
editPatch.osc1.octave = mixInts( editPatch.osc1.octave, 50, tmpPatch.osc1.octave );
editPatch.osc1.semitone = mixInts( editPatch.osc1.semitone, 50, tmpPatch.osc1.semitone );
editPatch.osc1.fine = mixInts( editPatch.osc1.fine, 50, tmpPatch.osc1.fine );
editPatch.osc1.beat = mixInts( editPatch.osc1.beat, 50, tmpPatch.osc1.beat);
editPatch.osc1.sawtooth = mixInts( editPatch.osc1.sawtooth, 50, tmpPatch.osc1.sawtooth);
editPatch.osc1.triangle = mixInts( editPatch.osc1.triangle, 50, tmpPatch.osc1.triangle);
editPatch.osc1.square = mixInts( editPatch.osc1.square, 50, tmpPatch.osc1.square);
editPatch.osc1.pulseWidth = mixInts( editPatch.osc1.pulseWidth, 50, tmpPatch.osc1.pulseWidth);
editPatch.osc1.pwmDepth = mixInts( editPatch.osc1.pwmDepth, 50, tmpPatch.osc1.pwmDepth);
editPatch.osc1.pwmFreq = mixInts( editPatch.osc1.pwmFreq, 50, tmpPatch.osc1.pwmFreq);
editPatch.osc1.sweepDepth = mixInts( editPatch.osc1.sweepDepth, 50, tmpPatch.osc1.sweepDepth);
editPatch.osc1.sweepTime = mixInts( editPatch.osc1.sweepTime, 50, tmpPatch.osc1.sweepTime);
editPatch.osc1.breathAttain = mixInts( editPatch.osc1.breathAttain, 50, tmpPatch.osc1.breathAttain);
editPatch.osc1.breathDepth = mixInts( editPatch.osc1.breathDepth, 50, tmpPatch.osc1.breathDepth);
editPatch.osc1.breathCurve = mixInts( editPatch.osc1.breathCurve, 50, tmpPatch.osc1.breathCurve);
editPatch.osc1.breathThreshold = mixInts( editPatch.osc1.breathThreshold, 50, tmpPatch.osc1.breathThreshold);
editPatch.osc1.level = mixInts( editPatch.osc1.level, 50, tmpPatch.osc1.level);
//editPatch.osc2Xfade = mixInts( 0, 1 );
editPatch.osc1.octave = mixInts( editPatch.osc1.octave, 50, tmpPatch.osc1.octave);
editPatch.osc1.semitone = mixInts( editPatch.osc1.semitone, 50, tmpPatch.osc1.semitone);
editPatch.osc2.fine = mixInts( editPatch.osc2.fine, 50, tmpPatch.osc2.fine);
editPatch.osc2.beat = mixInts( editPatch.osc2.beat, 50, tmpPatch.osc2.beat);
editPatch.osc2.sawtooth = mixInts( editPatch.osc2.sawtooth, 50, tmpPatch.osc2.sawtooth);
editPatch.osc2.triangle = mixInts( editPatch.osc2.triangle, 50, tmpPatch.osc2.triangle);
editPatch.osc2.square = mixInts( editPatch.osc2.square, 50, tmpPatch.osc2.square);
editPatch.osc2.pulseWidth = mixInts( editPatch.osc2.pulseWidth, 50, tmpPatch.osc2.pulseWidth);
editPatch.osc2.pwmDepth = mixInts( editPatch.osc2.pwmDepth, 50, tmpPatch.osc2.pwmDepth);
editPatch.osc2.pwmFreq = mixInts( editPatch.osc2.pwmFreq, 50, tmpPatch.osc2.pwmFreq);
editPatch.osc2.sweepDepth = mixInts( editPatch.osc2.sweepDepth, 50, tmpPatch.osc2.sweepDepth);
editPatch.osc2.sweepTime = mixInts( editPatch.osc2.sweepTime, 50, tmpPatch.osc2.sweepTime);
editPatch.osc2.breathAttain = mixInts( editPatch.osc2.breathAttain, 50, tmpPatch.osc2.breathAttain);
editPatch.osc2.breathDepth = mixInts( editPatch.osc2.breathDepth, 50, tmpPatch.osc2.breathDepth);
editPatch.osc2.breathCurve = mixInts( editPatch.osc2.breathCurve, 50, tmpPatch.osc2.breathCurve);
editPatch.osc2.breathThreshold = mixInts( editPatch.osc2.breathThreshold, 50, tmpPatch.osc2.breathThreshold);
editPatch.osc2.level = mixInts( editPatch.osc2.level, 50, tmpPatch.osc2.level);
//editPatch.formantFilter = mixInts( editPatch.formantFilter, 50, tmpPatch.formantFilter);
//editPatch.keyTrigger = mixInts( 0, 1 );
//editPatch.oscFilterLink = mixInts( 0, 50, tmpPatch.);
//editPatch.oscFilter1.mode = mixInts( 0, 4 );
editPatch.oscFilter1.breathCurve = mixInts( editPatch.oscFilter1.breathCurve, 50, tmpPatch.oscFilter1.breathCurve);
editPatch.oscFilter1.breathMod = mixInts( editPatch.oscFilter1.breathMod, 50, tmpPatch.oscFilter1.breathMod);
editPatch.oscFilter1.freq = mixInts( editPatch.oscFilter1.freq, 50, tmpPatch.oscFilter1.freq);
editPatch.oscFilter1.keyFollow = mixInts( editPatch.oscFilter1.keyFollow, 50, tmpPatch.oscFilter1.keyFollow);
editPatch.oscFilter1.lfoBreath = mixInts( editPatch.oscFilter1.lfoBreath, 50, tmpPatch.oscFilter1.lfoBreath);
editPatch.oscFilter1.lfoDepth = mixInts( editPatch.oscFilter1.lfoDepth, 50, tmpPatch.oscFilter1.lfoDepth);
editPatch.oscFilter1.lfoFreq = mixInts( editPatch.oscFilter1.lfoFreq, 50, tmpPatch.oscFilter1.lfoFreq);
editPatch.oscFilter1.lfoThreshold = mixInts( editPatch.oscFilter1.lfoThreshold, 50, tmpPatch.oscFilter1.lfoThreshold);
editPatch.oscFilter1.q = mixInts( editPatch.oscFilter1.q, 50, tmpPatch.oscFilter1.q);
editPatch.oscFilter1.sweepDepth = mixInts( editPatch.oscFilter1.sweepDepth, 50, tmpPatch.oscFilter1.sweepDepth);
editPatch.oscFilter1.sweepTime = mixInts( editPatch.oscFilter1.sweepTime, 50, tmpPatch.oscFilter1.sweepTime);
//editPatch.oscFilter2.mode = mixInts( editPatch.oscFilter2.mode, 4 oscFilter2.mode);
editPatch.oscFilter2.breathCurve = mixInts( editPatch.oscFilter2.breathCurve, 50, tmpPatch.oscFilter2.breathCurve);
editPatch.oscFilter2.breathMod = mixInts( editPatch.oscFilter2.breathMod, 50, tmpPatch.oscFilter2.breathMod);
editPatch.oscFilter2.freq = mixInts( editPatch.oscFilter2.freq, 50, tmpPatch.oscFilter2.freq);
editPatch.oscFilter2.keyFollow = mixInts( editPatch.oscFilter2.keyFollow, 50, tmpPatch.oscFilter2.keyFollow);
editPatch.oscFilter2.lfoBreath = mixInts( editPatch.oscFilter2.lfoBreath, 50, tmpPatch.oscFilter2.lfoBreath);
editPatch.oscFilter2.lfoDepth = mixInts( editPatch.oscFilter2.lfoDepth, 50, tmpPatch.oscFilter2.lfoDepth);
editPatch.oscFilter2.lfoFreq = mixInts( editPatch.oscFilter2.lfoFreq, 50, tmpPatch.oscFilter2.lfoFreq);
editPatch.oscFilter2.lfoThreshold = mixInts( editPatch.oscFilter2.lfoThreshold, 50, tmpPatch.oscFilter2.lfoThreshold);
editPatch.oscFilter2.q = mixInts( editPatch.oscFilter2.q, 50, tmpPatch.oscFilter2.q);
editPatch.oscFilter2.sweepDepth = mixInts( editPatch.oscFilter2.sweepDepth, 50, tmpPatch.oscFilter2.sweepDepth);
editPatch.oscFilter2.sweepTime = mixInts( editPatch.oscFilter2.sweepTime, 50, tmpPatch.oscFilter2.sweepTime);
editPatch.noiseBreath = mixInts( editPatch.noiseBreath, 50, tmpPatch.noiseBreath);
editPatch.noiseLevel = mixInts( editPatch.noiseLevel, 50, tmpPatch.noiseLevel);
editPatch.noiseTime = mixInts( editPatch.noiseTime, 50, tmpPatch.noiseTime);
// TODO add noise filters
// editPatch.chorusSwitch = mixInts( 0, 1 );
editPatch.chorusDelay1 = mixInts( editPatch.chorusDelay1, 50, tmpPatch.chorusDelay1);
editPatch.chorusModLev1 = mixInts( editPatch.chorusModLev1, 50, tmpPatch.chorusModLev1);
editPatch.chorusWetLev1 = mixInts( editPatch.chorusWetLev1, 50, tmpPatch.chorusWetLev1);
editPatch.chorusDelay2 = mixInts( editPatch.chorusDelay2, 50, tmpPatch.chorusDelay2);
editPatch.chorusModLev2 = mixInts( editPatch.chorusModLev2, 50, tmpPatch.chorusModLev2);
editPatch.chorusWetLev2 = mixInts( editPatch.chorusWetLev2, 50, tmpPatch.chorusWetLev2);
editPatch.chorusDryLevel = mixInts( editPatch.chorusDryLevel, 50, tmpPatch.chorusDryLevel);
editPatch.chorusFeedback = mixInts( editPatch.chorusFeedback, 50, tmpPatch.chorusFeedback);
editPatch.chorusLFOfreq = mixInts( editPatch.chorusLFOfreq, 50, tmpPatch.chorusLFOfreq);
editPatch.delayTime = mixInts( editPatch.delayTime, 50, tmpPatch.delayTime);
editPatch.delayDamp = mixInts( editPatch.delayDamp, 50, tmpPatch.delayDamp);
editPatch.delayFeedback = mixInts( editPatch.delayFeedback, 50, tmpPatch.delayFeedback);
editPatch.delayDry = mixInts( editPatch.delayDry, 50, tmpPatch.delayDry);
editPatch.delayLevel = mixInts( editPatch.delayLevel, 50, tmpPatch.delayLevel);
editPatch.reverbDamp = mixInts( editPatch.reverbDamp, 50, tmpPatch.reverbDamp);
editPatch.reverbDensity = mixInts( editPatch.reverbDensity, 50, tmpPatch.reverbDensity);
editPatch.reverbDry = mixInts( editPatch.reverbDry, 50, tmpPatch.reverbDry);
editPatch.reverbLevel = mixInts( editPatch.reverbLevel, 50, tmpPatch.reverbLevel);
editPatch.reverbTime = mixInts( editPatch.reverbTime, 50, tmpPatch.reverbTime);
editPatch.encodeBlob();
setAllControls();
midiHandler.ignoreEvents = false;
midiHandler.sendPatch( editPatch, EWI4000sPatch.EWI_EDIT );
}
/*
* return a psuedorandom integer between min and max
*/
private int randBetween( int min, int max ) {
return min + (int)((max - min) * Math.random());
}
/*
* return current value psuedorandomly modified by up to 10% within specified bounds
*/
private int randNear( int min, int max, int currval ) {
int newmin = currval - (max/10);
if (newmin < min) newmin = min;
if (newmin == max) newmin -= max/10;
int newmax = currval + (max/10);
if (newmax > max) newmax = max;
if (newmax == min) newmax += max/10;
return randBetween( newmin, newmax );
}
/**
* Returns pct of p1 plus 1-pct of p2 i.e. avergage if pct == 50
* @param p1
* @param pct
* @param p2
* @return
*/
private int mixInts( int p1, int pct, int p2 ) {
return ((p1 * pct) / 100) + ((p2 * (100-pct)) / 100 );
}
}
// helper classes used for (dynamically) labelling the controls
class ControlLabel extends Label {
ControlLabel( String lab, HPos pos ) {
setText( lab );
setId( "editor-control-label" );
GridPane.setHalignment( this, pos );
}
}
class BoundRightControlLabel extends Label {
BoundRightControlLabel( String lab, HPos pos, Slider sl ) {
setId( "editor-control-label" );
setTextAlignment( TextAlignment.CENTER );
GridPane.setHalignment( this, pos );
textProperty().bind( Bindings.format( lab + " %.0f", sl.valueProperty()) );
}
}
class BoundBelowControlLabel extends Label {
BoundBelowControlLabel( String lab, HPos pos, Slider sl ) {
setId( "editor-control-label" );
setTextAlignment( TextAlignment.CENTER );
GridPane.setHalignment( this, pos );
textProperty().bind( Bindings.format( lab + "%n%.0f", sl.valueProperty()) );
}
}
class GroupLabel extends Label {
GroupLabel( String lab ) {
setText( lab );
setId( "editor-group-label" );
GridPane.setHalignment( this, HPos.CENTER );
}
}
