use of de.mossgrabers.framework.daw.IStepInfo in project DrivenByMoss by git-moss.
the class AbstractDrumLaneView method drawGrid.
/**
* {@inheritDoc}
*/
@Override
public void drawGrid() {
final IPadGrid padGrid = this.surface.getPadGrid();
if (!this.isActive()) {
padGrid.turnOff();
return;
}
// Clip length/loop area
final INoteClip clip = this.getClip();
final int step = clip.getCurrentStep();
// Paint the sequencer steps
final int hiStep = this.isInXRange(step) ? step % this.clipCols : -1;
final int offsetY = this.scales.getDrumOffset();
final int editMidiChannel = this.configuration.getMidiEditChannel();
final List<GridStep> editNotes = this.getEditNotes();
for (int sound = 0; sound < this.lanes; sound++) {
final int noteRow = offsetY + sound;
final Optional<ColorEx> drumPadColor = this.getPadColor(this.primary, sound);
for (int col = 0; col < this.clipCols; col++) {
final IStepInfo stepInfo = clip.getStep(editMidiChannel, col, noteRow);
final boolean hilite = col == hiStep;
final int x = col % this.numColumns;
int y = this.lanes - 1 - sound;
if (col >= this.numColumns)
y += this.lanes;
padGrid.lightEx(x, y, this.getStepColor(stepInfo, hilite, drumPadColor, editMidiChannel, col, noteRow, editNotes));
}
}
}
use of de.mossgrabers.framework.daw.IStepInfo in project DrivenByMoss by git-moss.
the class DrumView method drawGrid.
/**
* {@inheritDoc}
*/
@Override
public void drawGrid() {
final IPadGrid padGrid = this.surface.getPadGrid();
final IDrumDevice primary = this.model.getDrumDevice();
if (this.isPlayMode) {
for (int y = 0; y < 2; y++) {
for (int x = 0; x < 8; x++) {
final int index = 8 * y + x;
padGrid.lightEx(x, 1 - y, this.getDrumPadColor(index, primary, false));
}
}
return;
}
if (!this.isActive()) {
padGrid.turnOff();
return;
}
// Paint the sequencer steps
final INoteClip clip = this.getClip();
final int step = clip.getCurrentStep();
final int hiStep = this.isInXRange(step) ? step % this.sequencerSteps : -1;
final int offsetY = this.scales.getDrumOffset();
final int editMidiChannel = this.configuration.getMidiEditChannel();
final int selPad = this.getSelectedPad();
final List<GridStep> editNotes = this.getEditNotes();
for (int col = 0; col < DrumView.NUM_DISPLAY_COLS; col++) {
final int noteRow = offsetY + selPad;
final IStepInfo stepInfo = clip.getStep(editMidiChannel, col, noteRow);
final boolean hilite = col == hiStep;
final int x = col % GRID_COLUMNS;
final int y = col / GRID_COLUMNS;
final Optional<ColorEx> rowColor = this.getPadColor(primary, this.selectedPad);
padGrid.lightEx(x, y, this.getStepColor(stepInfo, hilite, rowColor, editMidiChannel, col, noteRow, editNotes));
}
}
use of de.mossgrabers.framework.daw.IStepInfo in project DrivenByMoss by git-moss.
the class EditNoteMode method onKnobValue.
/**
* {@inheritDoc}
*/
@Override
public void onKnobValue(final int index, final int value) {
for (final GridStep noteInfo : this.notes) {
final int channel = noteInfo.channel();
final int step = noteInfo.step();
final int note = noteInfo.note();
final int idx = index < 0 ? this.selectedParam : index;
final boolean hasMCUDisplay = this.surface.getMaschine().hasMCUDisplay();
final IStepInfo stepInfo = this.clip.getStep(channel, step, note);
switch(idx + 10 * this.selectedPage) {
case DURATION:
case DURATION2:
case DURATION3:
case DURATION4:
case DURATION5:
case DURATION6:
this.clip.changeStepDuration(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Duration: " + StringUtils.formatMeasures(this.model.getTransport().getQuartersPerMeasure(), stepInfo.getDuration(), 0, true));
break;
case VELOCITY:
case VELOCITY2:
this.clip.changeStepVelocity(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Velocity: " + StringUtils.formatPercentage(stepInfo.getVelocity()));
break;
case GAIN:
if (this.host.supports(Capability.NOTE_EDIT_EXPRESSIONS)) {
this.clip.changeStepGain(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Gain: " + StringUtils.formatPercentage(stepInfo.getGain()));
}
break;
case PANORAMA:
if (this.host.supports(Capability.NOTE_EDIT_EXPRESSIONS)) {
this.clip.changeStepPan(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Panorama: " + StringUtils.formatPercentage(stepInfo.getPan() * 2.0 - 1.0));
}
break;
case PITCH:
if (this.host.supports(Capability.NOTE_EDIT_EXPRESSIONS)) {
this.clip.changeStepTranspose(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Pitch: " + String.format("%.1f", Double.valueOf(stepInfo.getTranspose() * 48.0 - 24.0)));
}
break;
case PRESSURE:
if (this.host.supports(Capability.NOTE_EDIT_EXPRESSIONS)) {
this.clip.changeStepPressure(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Pressure: " + StringUtils.formatPercentage(stepInfo.getPressure()));
}
break;
case TIMBRE:
if (this.host.supports(Capability.NOTE_EDIT_EXPRESSIONS)) {
this.clip.changeStepTimbre(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Timbre: " + StringUtils.formatPercentage(stepInfo.getTimbre()));
}
break;
case VELOCITY_SPREAD:
if (this.host.supports(Capability.NOTE_EDIT_VELOCITY_SPREAD)) {
this.clip.changeVelocitySpread(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Velocity Spread: " + StringUtils.formatPercentage(stepInfo.getVelocitySpread()));
}
break;
case RELEASE_VELOCITY:
if (this.host.supports(Capability.NOTE_EDIT_RELEASE_VELOCITY)) {
this.clip.changeStepReleaseVelocity(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Release Velocity: " + StringUtils.formatPercentage(stepInfo.getReleaseVelocity()));
}
break;
case CHANCE:
if (this.host.supports(Capability.NOTE_EDIT_CHANCE)) {
this.clip.changeChance(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Chance: " + StringUtils.formatPercentage(stepInfo.getChance()));
}
break;
case OCCURRENCE:
if (this.host.supports(Capability.NOTE_EDIT_OCCURRENCE)) {
final boolean increase = this.model.getValueChanger().isIncrease(value);
this.clip.setPrevNextOccurrence(channel, step, note, increase);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Occurrence: " + StringUtils.optimizeName(stepInfo.getOccurrence().getName(), 8));
}
break;
case VELOCITY_END:
if (this.host.supports(Capability.NOTE_EDIT_REPEAT)) {
this.clip.changeRepeatVelocityEnd(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Velocity End: " + StringUtils.formatPercentage(stepInfo.getRepeatVelocityEnd()));
}
break;
case VELOCITY_CURVE:
if (this.host.supports(Capability.NOTE_EDIT_REPEAT)) {
this.clip.changeRepeatVelocityCurve(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Velocity Curve: " + StringUtils.formatPercentage(stepInfo.getRepeatVelocityCurve()));
}
break;
case COUNT:
if (this.host.supports(Capability.NOTE_EDIT_REPEAT)) {
this.clip.changeRepeatCount(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Repeat Count: " + stepInfo.getFormattedRepeatCount());
}
break;
case CURVE:
if (this.host.supports(Capability.NOTE_EDIT_REPEAT)) {
this.clip.changeRepeatCurve(channel, step, note, value);
if (!hasMCUDisplay)
this.mvHelper.delayDisplay(() -> "Repeat Curve: " + StringUtils.formatPercentage(stepInfo.getRepeatCurve()));
}
break;
default:
return;
}
}
}
use of de.mossgrabers.framework.daw.IStepInfo in project DrivenByMoss by git-moss.
the class CursorClipImpl method changeStepTimbre.
/**
* {@inheritDoc}
*/
@Override
public void changeStepTimbre(final int channel, final int step, final int row, final int control) {
final IStepInfo info = this.getStep(channel, step, row);
final double timbre = info.getTimbre() + 2.0 * this.valueChanger.toNormalizedValue((int) this.valueChanger.calcKnobChange(control));
this.updateStepTimbre(channel, step, row, timbre);
}
use of de.mossgrabers.framework.daw.IStepInfo in project DrivenByMoss by git-moss.
the class CursorClipImpl method changeRecurrenceLength.
/**
* {@inheritDoc}
*/
@Override
public void changeRecurrenceLength(final int channel, final int step, final int row, final int control) {
final IStepInfo info = this.getStep(channel, step, row);
final int recurrenceLength = info.getRecurrenceLength() + (this.valueChanger.isIncrease(control) ? 1 : -1);
this.updateRecurrenceLength(channel, step, row, Math.min(8, Math.max(1, recurrenceLength)));
}
Aggregations