Examples with NoteOccurrenceType de.mossgrabers.framework.daw.NoteOccurrenceType used on opensource projects

Example 1 with NoteOccurrenceType

use of de.mossgrabers.framework.daw.NoteOccurrenceType in project DrivenByMoss by git-moss.

the class NoteMode method updateDisplay2.

/**
 * {@inheritDoc}
 */
@Override
public void updateDisplay2(final IGraphicDisplay display) {
    if (this.notes.isEmpty()) {
        for (int i = 0; i < 8; i++) display.addOptionElement(i == 2 ? "Please select a note to edit..." : "", "", false, "", "", false, true);
        return;
    }
    final GridStep noteInfo = this.notes.get(0);
    final int channel = noteInfo.channel();
    final int step = noteInfo.step();
    final int note = noteInfo.note();
    final IStepInfo stepInfo = this.clip.getStep(channel, step, note);
    final IValueChanger valueChanger = this.model.getValueChanger();
    if (this.page != Page.RECCURRENCE_PATTERN) {
        final int size = this.notes.size();
        final boolean isOneNote = size == 1;
        final String stepBottomMenu = isOneNote ? "Step: " + (step + 1) : "Notes: " + size;
        display.addParameterElementWithPlainMenu(MENU[0], this.page == Page.NOTE, stepBottomMenu, null, false, "Length", -1, this.formatLength(stepInfo.getDuration()), this.isKnobTouched[0], -1);
        final boolean hasExpressions = this.host.supports(Capability.NOTE_EDIT_EXPRESSIONS);
        final String topMenu = hasExpressions ? MENU[1] : " ";
        final boolean isTopMenuOn = hasExpressions && this.page == Page.EXPRESSIONS;
        final String bottomMenu = isOneNote ? Scales.formatNoteAndOctave(note, -3) : "*";
        if (this.host.supports(Capability.NOTE_EDIT_MUTE)) {
            final int value = stepInfo.isMuted() ? valueChanger.getUpperBound() : 0;
            display.addParameterElementWithPlainMenu(topMenu, isTopMenuOn, bottomMenu, null, false, "Is Muted?", value, stepInfo.isMuted() ? "Yes" : "No", this.isKnobTouched[1], value);
        } else
            display.addParameterElementWithPlainMenu(topMenu, isTopMenuOn, bottomMenu, null, false, null, -1, null, false, -1);
    }
    switch(this.page) {
        case NOTE:
            final double noteVelocity = stepInfo.getVelocity();
            final int parameterValue = valueChanger.fromNormalizedValue(noteVelocity);
            display.addParameterElementWithPlainMenu(this.host.supports(Capability.NOTE_EDIT_REPEAT) ? MENU[2] : " ", false, null, null, false, "Velocity", parameterValue, StringUtils.formatPercentage(noteVelocity), this.isKnobTouched[2], parameterValue);
            if (this.host.supports(Capability.NOTE_EDIT_VELOCITY_SPREAD)) {
                final double noteVelocitySpread = stepInfo.getVelocitySpread();
                final int parameterSpreadValue = valueChanger.fromNormalizedValue(noteVelocitySpread);
                display.addParameterElementWithPlainMenu(MENU[3], false, null, null, false, "Vel-Spread", parameterSpreadValue, StringUtils.formatPercentage(noteVelocitySpread), this.isKnobTouched[3], parameterSpreadValue);
            } else
                display.addEmptyElement(true);
            if (this.host.supports(Capability.NOTE_EDIT_RELEASE_VELOCITY)) {
                final double noteReleaseVelocity = stepInfo.getReleaseVelocity();
                final int parameterReleaseValue = valueChanger.fromNormalizedValue(noteReleaseVelocity);
                display.addParameterElementWithPlainMenu(MENU[4], false, null, null, false, "R-Velocity", parameterReleaseValue, StringUtils.formatPercentage(noteReleaseVelocity), this.isKnobTouched[4], parameterReleaseValue);
            } else
                display.addEmptyElement(true);
            if (this.host.supports(Capability.NOTE_EDIT_CHANCE)) {
                final double chance = stepInfo.getChance();
                final int chanceValue = valueChanger.fromNormalizedValue(chance);
                display.addParameterElementWithPlainMenu(MENU[5], false, stepInfo.isChanceEnabled() ? "On" : "Off", null, false, "Chance", chanceValue, StringUtils.formatPercentage(chance), this.isKnobTouched[5], chanceValue);
            } else
                display.addEmptyElement(true);
            if (this.host.supports(Capability.NOTE_EDIT_OCCURRENCE)) {
                final NoteOccurrenceType occurrence = stepInfo.getOccurrence();
                display.addParameterElementWithPlainMenu(MENU[6], false, stepInfo.isOccurrenceEnabled() ? "On" : "Off", null, false, "Occurrence", -1, StringUtils.optimizeName(occurrence.getName(), 9), this.isKnobTouched[6], -1);
            } else
                display.addEmptyElement(true);
            if (this.host.supports(Capability.NOTE_EDIT_RECCURRENCE)) {
                final int recurrence = stepInfo.getRecurrenceLength();
                final String recurrenceStr = recurrence < 2 ? "Off" : Integer.toString(recurrence);
                final int recurrenceVal = (recurrence - 1) * (this.model.getValueChanger().getUpperBound() - 1) / 7;
                display.addParameterElementWithPlainMenu(MENU[7], false, stepInfo.isRecurrenceEnabled() ? "On" : "Off", null, false, "Recurrence", recurrenceVal, recurrenceStr, this.isKnobTouched[7], recurrenceVal);
            } else
                display.addEmptyElement(true);
            break;
        case EXPRESSIONS:
            display.addParameterElementWithPlainMenu(MENU[2], false, null, null, false, null, -1, null, false, -1);
            final double noteGain = stepInfo.getGain();
            final int parameterGainValue = Math.min(1023, valueChanger.fromNormalizedValue(noteGain));
            display.addParameterElementWithPlainMenu(MENU[3], false, null, null, false, "Gain", parameterGainValue, StringUtils.formatPercentage(noteGain), this.isKnobTouched[3], parameterGainValue);
            final double notePan = stepInfo.getPan();
            final int parameterPanValue = valueChanger.fromNormalizedValue((notePan + 1.0) / 2.0);
            display.addParameterElementWithPlainMenu(MENU[4], false, null, null, false, "Pan", parameterPanValue, StringUtils.formatPercentage(notePan), this.isKnobTouched[4], parameterPanValue);
            final double noteTranspose = stepInfo.getTranspose();
            final int parameterTransposeValue = valueChanger.fromNormalizedValue((noteTranspose + 24.0) / 48.0);
            display.addParameterElementWithPlainMenu(MENU[5], false, null, null, false, "Pitch", parameterTransposeValue, String.format("%.1f", Double.valueOf(noteTranspose)), this.isKnobTouched[5], parameterTransposeValue);
            final double noteTimbre = stepInfo.getTimbre();
            final int parameterTimbreValue = valueChanger.fromNormalizedValue((noteTimbre + 1.0) / 2.0);
            display.addParameterElementWithPlainMenu(MENU[6], false, null, null, false, "Timbre", parameterTimbreValue, StringUtils.formatPercentage(noteTimbre), this.isKnobTouched[6], parameterTimbreValue);
            final double notePressure = stepInfo.getPressure();
            final int parameterPressureValue = valueChanger.fromNormalizedValue(notePressure);
            display.addParameterElementWithPlainMenu(MENU[7], this.page == Page.RECCURRENCE_PATTERN, null, null, false, "Pressure", parameterPressureValue, StringUtils.formatPercentage(notePressure), this.isKnobTouched[7], parameterPressureValue);
            break;
        case REPEAT:
            display.addParameterElementWithPlainMenu(MENU[2], true, null, null, false, null, -1, null, false, -1);
            final int repeatCount = stepInfo.getRepeatCount();
            final String repeatCountValue = stepInfo.getFormattedRepeatCount();
            final int rc = (repeatCount + 127) * (this.model.getValueChanger().getUpperBound() - 1) / 254;
            display.addParameterElementWithPlainMenu(MENU[3], false, stepInfo.isRepeatEnabled() ? "On" : "Off", null, false, "Count", rc, repeatCountValue, this.isKnobTouched[3], rc);
            final double repeatCurve = stepInfo.getRepeatCurve();
            final int repeatCurveValue = valueChanger.fromNormalizedValue((repeatCurve + 1.0) / 2.0);
            display.addParameterElementWithPlainMenu(MENU[4], false, null, null, false, "Curve", repeatCurveValue, StringUtils.formatPercentage(repeatCurve), this.isKnobTouched[4], repeatCurveValue);
            final double repeatVelocityCurve = stepInfo.getRepeatVelocityCurve();
            final int repeatVelocityCurveValue = valueChanger.fromNormalizedValue((repeatVelocityCurve + 1.0) / 2.0);
            display.addParameterElementWithPlainMenu(MENU[5], false, null, null, false, "Vel. Curve", repeatVelocityCurveValue, StringUtils.formatPercentage(repeatVelocityCurve), this.isKnobTouched[5], repeatVelocityCurveValue);
            final double repeatVelocityEnd = stepInfo.getRepeatVelocityEnd();
            final int repeatVelocityEndValue = valueChanger.fromNormalizedValue((repeatVelocityEnd + 1.0) / 2.0);
            display.addParameterElementWithPlainMenu(MENU[6], false, null, null, false, "Vel. End", repeatVelocityEndValue, StringUtils.formatPercentage(repeatVelocityEnd), this.isKnobTouched[6], repeatVelocityEndValue);
            display.addParameterElementWithPlainMenu(MENU[7], false, null, null, false, null, -1, null, false, -1);
            break;
        case RECCURRENCE_PATTERN:
            final int recurrenceLength = stepInfo.getRecurrenceLength();
            final int mask = stepInfo.getRecurrenceMask();
            for (int i = 0; i < 8; i++) {
                final boolean isOn = (mask & 1 << i) > 0;
                ColorEx color = ColorEx.BLACK;
                String label = "-";
                if (i < recurrenceLength) {
                    color = isOn ? ColorEx.ORANGE : null;
                    label = isOn ? "On" : "Off";
                }
                if (i == 7) {
                    final int recurrence = stepInfo.getRecurrenceLength();
                    final String recurrenceStr = recurrence < 2 ? "Off" : Integer.toString(recurrence);
                    final int recurrenceVal = (recurrence - 1) * (this.model.getValueChanger().getUpperBound() - 1) / 7;
                    display.addParameterElementWithPlainMenu(MENU[i], i == 7, label, color, false, "Recurrence", recurrenceVal, recurrenceStr, this.isKnobTouched[7], recurrenceVal);
                } else
                    display.addParameterElementWithPlainMenu(MENU[i], i == 7, label, color, false, null, -1, null, false, -1);
            }
            break;
    }
}

Example 2 with NoteOccurrenceType

use of de.mossgrabers.framework.daw.NoteOccurrenceType in project DrivenByMoss by git-moss.

the class CursorClipImpl method setPrevNextOccurrence.

/**
 * {@inheritDoc}
 */
@Override
public void setPrevNextOccurrence(final int channel, final int step, final int row, final boolean increase) {
    final StepInfoImpl stepInfo = this.getUpdateableStep(channel, step, row);
    final NoteOccurrenceType occurrenceType = stepInfo.getOccurrence();
    final List<NoteOccurrenceType> types = Arrays.asList(NoteOccurrenceType.values());
    final int typeIndex = Math.max(0, types.indexOf(occurrenceType));
    final int newIndex = Math.max(0, Math.min(types.size() - 1, typeIndex + (increase ? 1 : -1)));
    final NoteOccurrenceType newType = types.get(newIndex);
    stepInfo.setOccurrence(newType);
    if (this.editSteps.isEmpty()) {
        final NoteOccurrence v = NoteOccurrence.valueOf(newType.name());
        this.getClip().getStep(channel, step, row).setOccurrence(v);
    }
}

Example 3 with NoteOccurrenceType

use of de.mossgrabers.framework.daw.NoteOccurrenceType in project DrivenByMoss by git-moss.

the class NoteMode method updateDisplay1.

/**
 * {@inheritDoc}
 */
@Override
public void updateDisplay1(final ITextDisplay display) {
    if (this.notes.isEmpty()) {
        display.setRow(1, "                     Please selecta note...                         ");
        return;
    }
    final GridStep noteInfo = this.notes.get(0);
    final int channel = noteInfo.channel();
    final int step = noteInfo.step();
    final int note = noteInfo.note();
    final IStepInfo stepInfo = this.clip.getStep(channel, step, note);
    if (this.page != Page.RECCURRENCE_PATTERN) {
        display.setCell(0, 0, "Length").setCell(1, 0, this.formatLength(stepInfo.getDuration()));
        if (stepInfo.isMuted())
            display.setCell(2, 1, " MUTED");
        final int size = this.notes.size();
        final boolean isOneNote = size == 1;
        display.setCell(3, 0, isOneNote ? "Step: " + (step + 1) : "Notes: " + size);
        display.setCell(3, 1, isOneNote ? Scales.formatNoteAndOctave(note, -3) : "*");
    }
    final IValueChanger valueChanger = this.model.getValueChanger();
    switch(this.page) {
        case NOTE:
            display.setCell(0, 1, " COMMON:");
            final double noteVelocity = stepInfo.getVelocity();
            final int parameterValue = valueChanger.fromNormalizedValue(noteVelocity);
            display.setCell(0, 2, "Velocity");
            display.setCell(1, 2, StringUtils.formatPercentage(noteVelocity));
            display.setCell(2, 2, parameterValue, Format.FORMAT_VALUE);
            if (this.host.supports(Capability.NOTE_EDIT_VELOCITY_SPREAD)) {
                final double noteVelocitySpread = stepInfo.getVelocitySpread();
                final int parameterSpreadValue = valueChanger.fromNormalizedValue(noteVelocitySpread);
                display.setCell(0, 3, "V-Spread");
                display.setCell(1, 3, StringUtils.formatPercentage(noteVelocitySpread));
                display.setCell(2, 3, parameterSpreadValue, Format.FORMAT_VALUE);
            }
            if (this.host.supports(Capability.NOTE_EDIT_RELEASE_VELOCITY)) {
                final double noteReleaseVelocity = stepInfo.getReleaseVelocity();
                final int parameterReleaseValue = valueChanger.fromNormalizedValue(noteReleaseVelocity);
                display.setCell(0, 4, "R-Velcty");
                display.setCell(1, 4, StringUtils.formatPercentage(noteReleaseVelocity));
                display.setCell(2, 4, parameterReleaseValue, Format.FORMAT_VALUE);
            }
            if (this.host.supports(Capability.NOTE_EDIT_CHANCE)) {
                final double chance = stepInfo.getChance();
                final int chanceValue = valueChanger.fromNormalizedValue(chance);
                display.setCell(0, 5, "Chance");
                display.setCell(1, 5, StringUtils.formatPercentage(chance));
                display.setCell(2, 5, chanceValue, Format.FORMAT_VALUE);
                display.setCell(3, 5, stepInfo.isChanceEnabled() ? ON : OFF);
            }
            if (this.host.supports(Capability.NOTE_EDIT_OCCURRENCE)) {
                final NoteOccurrenceType occurrence = stepInfo.getOccurrence();
                display.setCell(0, 6, "Occurnce");
                display.setCell(1, 6, StringUtils.optimizeName(occurrence.getName(), 8));
                display.setCell(3, 6, stepInfo.isOccurrenceEnabled() ? ON : OFF);
            }
            if (this.host.supports(Capability.NOTE_EDIT_RECCURRENCE)) {
                final int recurrence = stepInfo.getRecurrenceLength();
                final String recurrenceStr = recurrence < 2 ? "Off" : Integer.toString(recurrence);
                final int recurrenceVal = (recurrence - 1) * (this.model.getValueChanger().getUpperBound() - 1) / 7;
                display.setCell(0, 7, "Recurnce");
                display.setCell(1, 7, recurrenceStr);
                display.setCell(2, 7, recurrenceVal, Format.FORMAT_VALUE);
                display.setCell(3, 7, stepInfo.isRecurrenceEnabled() ? ON : OFF);
            }
            break;
        case EXPRESSIONS:
            if (this.host.supports(Capability.NOTE_EDIT_EXPRESSIONS)) {
                display.setCell(0, 2, "EXPRESS:");
                final double noteGain = stepInfo.getGain();
                final int parameterGainValue = Math.min(1023, valueChanger.fromNormalizedValue(noteGain));
                display.setCell(0, 3, "Gain").setCell(1, 3, StringUtils.formatPercentage(noteGain)).setCell(2, 3, parameterGainValue, Format.FORMAT_VALUE);
                final double notePan = stepInfo.getPan();
                final int parameterPanValue = valueChanger.fromNormalizedValue((notePan + 1.0) / 2.0);
                display.setCell(0, 4, "Pan").setCell(1, 4, StringUtils.formatPercentage(notePan)).setCell(2, 4, parameterPanValue, Format.FORMAT_PAN);
                final double noteTranspose = stepInfo.getTranspose();
                final int parameterTransposeValue = valueChanger.fromNormalizedValue((noteTranspose + 24.0) / 48.0);
                display.setCell(0, 5, "Pitch").setCell(1, 5, String.format("%.1f", Double.valueOf(noteTranspose))).setCell(2, 5, parameterTransposeValue, Format.FORMAT_PAN);
                final double noteTimbre = stepInfo.getTimbre();
                final int parameterTimbreValue = valueChanger.fromNormalizedValue((noteTimbre + 1.0) / 2.0);
                display.setCell(0, 6, "Timbre").setCell(1, 6, StringUtils.formatPercentage(noteTimbre)).setCell(2, 6, parameterTimbreValue, Format.FORMAT_VALUE);
                final double notePressure = stepInfo.getPressure();
                final int parameterPressureValue = valueChanger.fromNormalizedValue(notePressure);
                display.setCell(0, 7, "Pressure").setCell(1, 7, StringUtils.formatPercentage(notePressure)).setCell(2, 7, parameterPressureValue, Format.FORMAT_VALUE);
            }
            break;
        case REPEAT:
            display.setCell(0, 2, "REPEAT:");
            final int repeatCount = stepInfo.getRepeatCount();
            final String repeatCountValue = stepInfo.getFormattedRepeatCount();
            final int rc = (repeatCount + 127) * (this.model.getValueChanger().getUpperBound() - 1) / 254;
            display.setCell(0, 3, "Count");
            display.setCell(1, 3, repeatCountValue);
            display.setCell(2, 3, rc, Format.FORMAT_VALUE);
            display.setCell(3, 3, stepInfo.isRepeatEnabled() ? ON : OFF);
            final double repeatCurve = stepInfo.getRepeatCurve();
            final int repeatCurveValue = valueChanger.fromNormalizedValue((repeatCurve + 1.0) / 2.0);
            display.setCell(0, 4, "Curve");
            display.setCell(1, 4, StringUtils.formatPercentage(repeatCurve));
            display.setCell(2, 4, repeatCurveValue, Format.FORMAT_VALUE);
            final double repeatVelocityCurve = stepInfo.getRepeatVelocityCurve();
            final int repeatVelocityCurveValue = valueChanger.fromNormalizedValue((repeatVelocityCurve + 1.0) / 2.0);
            display.setCell(0, 5, "Vel-Crve");
            display.setCell(1, 5, StringUtils.formatPercentage(repeatVelocityCurve));
            display.setCell(2, 5, repeatVelocityCurveValue, Format.FORMAT_VALUE);
            final double repeatVelocityEnd = stepInfo.getRepeatVelocityEnd();
            final int repeatVelocityEndValue = valueChanger.fromNormalizedValue((repeatVelocityEnd + 1.0) / 2.0);
            display.setCell(0, 6, "Vel. End");
            display.setCell(1, 6, StringUtils.formatPercentage(repeatVelocityEnd));
            display.setCell(2, 6, repeatVelocityEndValue, Format.FORMAT_VALUE);
            break;
        case RECCURRENCE_PATTERN:
            display.setBlock(0, 1, "       Recurrence");
            display.setBlock(0, 2, "Pattern");
            final int recurrenceLength = stepInfo.getRecurrenceLength();
            final int mask = stepInfo.getRecurrenceMask();
            for (int i = 0; i < 8; i++) {
                final boolean isOn = (mask & 1 << i) > 0;
                String label = "   -";
                if (i < recurrenceLength) {
                    label = isOn ? ON : OFF;
                }
                if (i == 7) {
                    final int recurrence = stepInfo.getRecurrenceLength();
                    final String recurrenceStr = recurrence < 2 ? "Off" : Integer.toString(recurrence);
                    final int recurrenceVal = (recurrence - 1) * (this.model.getValueChanger().getUpperBound() - 1) / 7;
                    display.setCell(0, 7, "Recurnce");
                    display.setCell(1, 7, recurrenceStr);
                    display.setCell(2, 7, recurrenceVal, Format.FORMAT_VALUE);
                }
                display.setCell(3, i, label);
            }
            break;
    }
}