Examples with Section eu.hansolo.enzo.common.Section used on opensource projects

Example 21 with Section

use of eu.hansolo.enzo.common.Section in project Board-Instrumentation-Framework by intel.

the class GaugeSkin method registerListeners.

private void registerListeners() {
    getSkinnable().widthProperty().addListener(observable -> handleControlPropertyChanged("RESIZE"));
    getSkinnable().heightProperty().addListener(observable -> handleControlPropertyChanged("RESIZE"));
    getSkinnable().minMeasuredValueProperty().addListener(observable -> handleControlPropertyChanged("MIN_MEASURED_VALUE"));
    getSkinnable().minMeasuredValueVisibleProperty().addListener(observable -> handleControlPropertyChanged("MIN_MEASURED_VALUE_VISIBLE"));
    getSkinnable().maxMeasuredValueProperty().addListener(observable -> handleControlPropertyChanged("MAX_MEASURED_VALUE"));
    getSkinnable().maxMeasuredValueVisibleProperty().addListener(observable -> handleControlPropertyChanged("MAX_MEASURED_VALUE_VISIBLE"));
    getSkinnable().tickLabelOrientationProperty().addListener(observable -> handleControlPropertyChanged("RESIZE"));
    getSkinnable().needleTypeProperty().addListener(observable -> handleControlPropertyChanged("NEEDLE_TYPE"));
    getSkinnable().needleColorProperty().addListener(observable -> handleControlPropertyChanged("NEEDLE_COLOR"));
    getSkinnable().animatedProperty().addListener(observable -> handleControlPropertyChanged("ANIMATED"));
    getSkinnable().thresholdProperty().addListener(observable -> handleControlPropertyChanged("THRESHOLD"));
    getSkinnable().thresholdVisibleProperty().addListener(observable -> handleControlPropertyChanged("THRESHOLD_VISIBLE"));
    getSkinnable().angleRangeProperty().addListener(observable -> handleControlPropertyChanged("ANGLE_RANGE"));
    getSkinnable().numberFormatProperty().addListener(observable -> handleControlPropertyChanged("RECALC"));
    getSkinnable().plainValueProperty().addListener(observable -> handleControlPropertyChanged("PLAIN_VALUE"));
    getSkinnable().histogramEnabledProperty().addListener(observable -> handleControlPropertyChanged("HISTOGRAM"));
    getSkinnable().dropShadowEnabledProperty().addListener(observable -> handleControlPropertyChanged("DROP_SHADOW"));
    getSkinnable().interactiveProperty().addListener(observable -> handleControlPropertyChanged("INTERACTIVE"));
    getSkinnable().getSections().addListener((ListChangeListener<Section>) change -> handleControlPropertyChanged("CANVAS_REFRESH"));
    getSkinnable().getAreas().addListener((ListChangeListener<Section>) change -> handleControlPropertyChanged("CANVAS_REFRESH"));
    getSkinnable().getMarkers().addListener((MapChangeListener<Marker, Rotate>) change -> handleControlPropertyChanged("MARKER"));
    getSkinnable().markersVisibleProperty().addListener(observable -> handleControlPropertyChanged("MARKER"));
    getSkinnable().sectionsVisibleProperty().addListener(observable -> handleControlPropertyChanged("CANVAS_REFRESH"));
    getSkinnable().areasVisibleProperty().addListener(observable -> handleControlPropertyChanged("CANVAS_REFRESH"));
    getSkinnable().customKnobClickHandlerProperty().addListener(observable -> handleControlPropertyChanged("CUSTOM_KNOB_CLICK_HANDLER"));
    getSkinnable().valueProperty().addListener((OV, OLD_VALUE, NEW_VALUE) -> {
        withinSpeedLimit = !(Instant.now().minusMillis((long) getSkinnable().getAnimationDuration()).isBefore(lastCall));
        lastCall = Instant.now();
        oldValue = OLD_VALUE.doubleValue();
        rotateNeedle();
    });
    getSkinnable().minValueProperty().addListener((OV, OLD_VALUE, NEW_VALUE) -> {
        angleStep = getSkinnable().getAngleRange() / (getSkinnable().getMaxValue() - NEW_VALUE.doubleValue());
        needleRotate.setAngle((180 - getSkinnable().getStartAngle()) + (getSkinnable().getValue() - NEW_VALUE.doubleValue()) * angleStep);
        if (getSkinnable().getValue() < NEW_VALUE.doubleValue()) {
            getSkinnable().setValue(NEW_VALUE.doubleValue());
            oldValue = NEW_VALUE.doubleValue();
        }
    });
    getSkinnable().maxValueProperty().addListener((OV, OLD_VALUE, NEW_VALUE) -> {
        angleStep = getSkinnable().getAngleRange() / (NEW_VALUE.doubleValue() - getSkinnable().getMinValue());
        needleRotate.setAngle((180 - getSkinnable().getStartAngle()) + (getSkinnable().getValue() - getSkinnable().getMinValue()) * angleStep);
        if (getSkinnable().getValue() > NEW_VALUE.doubleValue()) {
            getSkinnable().setValue(NEW_VALUE.doubleValue());
            oldValue = NEW_VALUE.doubleValue();
        }
    });
    getSkinnable().limitProperty().addListener(observable -> handleControlPropertyChanged("LIMIT"));
    needleRotate.angleProperty().addListener(observable -> handleControlPropertyChanged("ANGLE"));
    if (null == getSkinnable().getCustomKnobClickHandler()) {
        knob.setOnMousePressed(event -> {
            timeline.stop();
            needleRotate.setAngle(180 - getSkinnable().getStartAngle() + (getSkinnable().getValue() - getSkinnable().getMinValue()) * angleStep);
            getSkinnable().setInteractive(!getSkinnable().isInteractive());
        });
    } else {
        knob.setOnMousePressed(getSkinnable().getCustomKnobClickHandler());
    }
    minMeasuredValue.setOnMousePressed(mouseEventHandler);
    minMeasuredValue.setOnMouseReleased(mouseEventHandler);
    maxMeasuredValue.setOnMousePressed(mouseEventHandler);
    maxMeasuredValue.setOnMouseReleased(mouseEventHandler);
    threshold.setOnMousePressed(mouseEventHandler);
    threshold.setOnMouseDragged(mouseEventHandler);
    threshold.setOnMouseReleased(mouseEventHandler);
    for (Marker marker : getSkinnable().getMarkers().keySet()) {
        marker.setOnMousePressed(mouseEventHandler);
        marker.setOnMouseDragged(mouseEventHandler);
        marker.setOnMouseReleased(mouseEventHandler);
    }
}

Example 22 with Section

use of eu.hansolo.enzo.common.Section in project Board-Instrumentation-Framework by intel.

the class RadialBargraphSkin method registerListeners.

private void registerListeners() {
    getSkinnable().widthProperty().addListener(observable -> handleControlPropertyChanged("RESIZE"));
    getSkinnable().heightProperty().addListener(observable -> handleControlPropertyChanged("RESIZE"));
    getSkinnable().valueProperty().addListener(observable -> handleControlPropertyChanged("VALUE"));
    getSkinnable().minValueProperty().addListener(observable -> handleControlPropertyChanged("RECALC"));
    getSkinnable().maxValueProperty().addListener(observable -> handleControlPropertyChanged("RECALC"));
    getSkinnable().minMeasuredValueProperty().addListener(observable -> handleControlPropertyChanged("MIN_MEASURED_VALUE"));
    getSkinnable().minMeasuredValueVisibleProperty().addListener(observable -> handleControlPropertyChanged("MIN_MEASURED_VALUE_VISIBLE"));
    getSkinnable().maxMeasuredValueProperty().addListener(observable -> handleControlPropertyChanged("MAX_MEASURED_VALUE"));
    getSkinnable().maxMeasuredValueVisibleProperty().addListener(observable -> handleControlPropertyChanged("MAX_MEASURED_VALUE_VISIBLE"));
    getSkinnable().barColorProperty().addListener(observable -> handleControlPropertyChanged("BAR_COLOR"));
    getSkinnable().animatedProperty().addListener(observable -> handleControlPropertyChanged("ANIMATED"));
    getSkinnable().thresholdProperty().addListener(observable -> handleControlPropertyChanged("THRESHOLD"));
    getSkinnable().thresholdVisibleProperty().addListener(observable -> handleControlPropertyChanged("THRESHOLD_VISIBLE"));
    getSkinnable().angleRangeProperty().addListener(observable -> handleControlPropertyChanged("ANGLE_RANGE"));
    getSkinnable().numberFormatProperty().addListener(observable -> handleControlPropertyChanged("RECALC"));
    getSkinnable().plainValueProperty().addListener(observable -> handleControlPropertyChanged("PLAIN_VALUE"));
    getSkinnable().interactiveProperty().addListener(observable -> handleControlPropertyChanged("INTERACTIVE"));
    getSkinnable().getSections().addListener((ListChangeListener<Section>) change -> handleControlPropertyChanged("CANVAS_REFRESH"));
    getSkinnable().getMarkers().addListener((MapChangeListener<Marker, Rotate>) change -> handleControlPropertyChanged("MARKER"));
    getSkinnable().barGradientProperty().addListener((ListChangeListener<Stop>) change -> handleControlPropertyChanged("BAR_GRADIENT"));
    getSkinnable().barGradientEnabledProperty().addListener(observable -> handleControlPropertyChanged("BAR_COLOR"));
    angle.addListener(observable -> handleControlPropertyChanged("ANGLE"));
    knob.setOnMousePressed(event -> getSkinnable().setInteractive(!getSkinnable().isInteractive()));
    minMeasuredValue.setOnMousePressed(mouseEventHandler);
    minMeasuredValue.setOnMouseReleased(mouseEventHandler);
    minMeasuredValue.setOnTouchPressed(touchEventHandler);
    minMeasuredValue.setOnTouchReleased(touchEventHandler);
    maxMeasuredValue.setOnMousePressed(mouseEventHandler);
    maxMeasuredValue.setOnMouseReleased(mouseEventHandler);
    maxMeasuredValue.setOnTouchPressed(touchEventHandler);
    maxMeasuredValue.setOnTouchReleased(touchEventHandler);
    threshold.setOnMousePressed(mouseEventHandler);
    threshold.setOnMouseDragged(mouseEventHandler);
    threshold.setOnMouseReleased(mouseEventHandler);
    threshold.setOnTouchPressed(touchEventHandler);
    threshold.setOnTouchMoved(touchEventHandler);
    threshold.setOnTouchReleased(touchEventHandler);
    for (Marker marker : getSkinnable().getMarkers().keySet()) {
        marker.setOnMousePressed(mouseEventHandler);
        marker.setOnMouseDragged(mouseEventHandler);
        marker.setOnMouseReleased(mouseEventHandler);
        marker.setOnTouchPressed(touchEventHandler);
        marker.setOnTouchMoved(touchEventHandler);
        marker.setOnTouchReleased(touchEventHandler);
    }
}

Example 23 with Section

use of eu.hansolo.enzo.common.Section in project Board-Instrumentation-Framework by intel.

the class RadialBargraphSkin method drawSections.

private final void drawSections(final GraphicsContext CTX) {
    final double xy = (size - 0.87 * size) * 0.5;
    final double wh = size * 0.87;
    final double MIN_VALUE = getSkinnable().getMinValue();
    final double MAX_VALUE = getSkinnable().getMaxValue();
    final double OFFSET = 90 - getSkinnable().getStartAngle();
    IntStream.range(0, getSkinnable().getSections().size()).parallel().forEachOrdered(i -> {
        final Section SECTION = getSkinnable().getSections().get(i);
        final double SECTION_START_ANGLE;
        if (Double.compare(SECTION.getStart(), MAX_VALUE) <= 0 && Double.compare(SECTION.getStop(), MIN_VALUE) >= 0) {
            if (SECTION.getStart() < MIN_VALUE && SECTION.getStop() < MAX_VALUE) {
                SECTION_START_ANGLE = MIN_VALUE * angleStep;
            } else {
                SECTION_START_ANGLE = (SECTION.getStart() - MIN_VALUE) * angleStep;
            }
            final double SECTION_ANGLE_EXTEND;
            if (SECTION.getStop() > MAX_VALUE) {
                SECTION_ANGLE_EXTEND = (MAX_VALUE - SECTION.getStart()) * angleStep;
            } else {
                SECTION_ANGLE_EXTEND = (SECTION.getStop() - SECTION.getStart()) * angleStep;
            }
            CTX.save();
            switch(i) {
                case 0:
                    CTX.setStroke(getSkinnable().getSectionFill0());
                    break;
                case 1:
                    CTX.setStroke(getSkinnable().getSectionFill1());
                    break;
                case 2:
                    CTX.setStroke(getSkinnable().getSectionFill2());
                    break;
                case 3:
                    CTX.setStroke(getSkinnable().getSectionFill3());
                    break;
                case 4:
                    CTX.setStroke(getSkinnable().getSectionFill4());
                    break;
                case 5:
                    CTX.setStroke(getSkinnable().getSectionFill5());
                    break;
                case 6:
                    CTX.setStroke(getSkinnable().getSectionFill6());
                    break;
                case 7:
                    CTX.setStroke(getSkinnable().getSectionFill7());
                    break;
                case 8:
                    CTX.setStroke(getSkinnable().getSectionFill8());
                    break;
                case 9:
                    CTX.setStroke(getSkinnable().getSectionFill9());
                    break;
            }
            CTX.setLineWidth(size * 0.1);
            CTX.setLineCap(StrokeLineCap.BUTT);
            CTX.strokeArc(xy, xy, wh, wh, -(OFFSET + SECTION_START_ANGLE), -SECTION_ANGLE_EXTEND, ArcType.OPEN);
            CTX.restore();
        }
    });
}

Example 24 with Section

use of eu.hansolo.enzo.common.Section in project Board-Instrumentation-Framework by intel.

the class RadialGaugeSkin method drawAreas.

private final void drawAreas(final GraphicsContext CTX) {
    final double xy = (size - 0.7925 * size) / 2;
    final double wh = size * 0.7925;
    final double MIN_VALUE = getSkinnable().getMinValue();
    final double MAX_VALUE = getSkinnable().getMaxValue();
    final double OFFSET = 90 - getSkinnable().getStartAngle();
    IntStream.range(0, getSkinnable().getAreas().size()).parallel().forEachOrdered(i -> {
        final Section AREA = getSkinnable().getAreas().get(i);
        final double AREA_START_ANGLE;
        if (Double.compare(AREA.getStart(), MAX_VALUE) <= 0 && Double.compare(AREA.getStop(), MIN_VALUE) >= 0) {
            if (AREA.getStart() < MIN_VALUE && AREA.getStop() < MAX_VALUE) {
                AREA_START_ANGLE = MIN_VALUE * angleStep;
            } else {
                AREA_START_ANGLE = (AREA.getStart() - MIN_VALUE) * angleStep;
            }
            final double AREA_ANGLE_EXTEND;
            if (AREA.getStop() > MAX_VALUE) {
                AREA_ANGLE_EXTEND = (MAX_VALUE - AREA.getStart()) * angleStep;
            } else {
                AREA_ANGLE_EXTEND = (AREA.getStop() - AREA.getStart()) * angleStep;
            }
            CTX.save();
            switch(i) {
                case 0:
                    CTX.setFill(getSkinnable().getAreaFill0());
                    break;
                case 1:
                    CTX.setFill(getSkinnable().getAreaFill1());
                    break;
                case 2:
                    CTX.setFill(getSkinnable().getAreaFill2());
                    break;
                case 3:
                    CTX.setFill(getSkinnable().getAreaFill3());
                    break;
                case 4:
                    CTX.setFill(getSkinnable().getAreaFill4());
                    break;
                case 5:
                    CTX.setFill(getSkinnable().getAreaFill5());
                    break;
                case 6:
                    CTX.setFill(getSkinnable().getAreaFill6());
                    break;
                case 7:
                    CTX.setFill(getSkinnable().getAreaFill7());
                    break;
                case 8:
                    CTX.setFill(getSkinnable().getAreaFill8());
                    break;
                case 9:
                    CTX.setFill(getSkinnable().getAreaFill9());
                    break;
            }
            CTX.fillArc(xy, xy, wh, wh, -(OFFSET + AREA_START_ANGLE), -AREA_ANGLE_EXTEND, ArcType.ROUND);
            CTX.restore();
        }
    });
}

Example 25 with Section

use of eu.hansolo.enzo.common.Section in project Board-Instrumentation-Framework by intel.

the class RectangularGaugeSkin method drawSections.

private final void drawSections(final GraphicsContext CTX) {
    final double x = width * 0.06;
    final double y = width * 0.21;
    final double w = width * 0.88;
    final double h = height * 1.05;
    final double MIN_VALUE = getSkinnable().getMinValue();
    final double MAX_VALUE = getSkinnable().getMaxValue();
    final double OFFSET = 90 - getSkinnable().getStartAngle();
    IntStream.range(0, getSkinnable().getSections().size()).parallel().forEachOrdered(i -> {
        final Section SECTION = getSkinnable().getSections().get(i);
        final double SECTION_START_ANGLE;
        if (Double.compare(SECTION.getStart(), MAX_VALUE) <= 0 && Double.compare(SECTION.getStop(), MIN_VALUE) >= 0) {
            if (SECTION.getStart() < MIN_VALUE && SECTION.getStop() < MAX_VALUE) {
                SECTION_START_ANGLE = MIN_VALUE * angleStep;
            } else {
                SECTION_START_ANGLE = (SECTION.getStart() - MIN_VALUE) * angleStep;
            }
            final double SECTION_ANGLE_EXTEND;
            if (SECTION.getStop() > MAX_VALUE) {
                SECTION_ANGLE_EXTEND = (MAX_VALUE - SECTION.getStart()) * angleStep;
            } else {
                SECTION_ANGLE_EXTEND = (SECTION.getStop() - SECTION.getStart()) * angleStep;
            }
            CTX.save();
            switch(i) {
                case 0:
                    CTX.setStroke(getSkinnable().getSectionFill0());
                    break;
                case 1:
                    CTX.setStroke(getSkinnable().getSectionFill1());
                    break;
                case 2:
                    CTX.setStroke(getSkinnable().getSectionFill2());
                    break;
                case 3:
                    CTX.setStroke(getSkinnable().getSectionFill3());
                    break;
                case 4:
                    CTX.setStroke(getSkinnable().getSectionFill4());
                    break;
                case 5:
                    CTX.setStroke(getSkinnable().getSectionFill5());
                    break;
                case 6:
                    CTX.setStroke(getSkinnable().getSectionFill6());
                    break;
                case 7:
                    CTX.setStroke(getSkinnable().getSectionFill7());
                    break;
                case 8:
                    CTX.setStroke(getSkinnable().getSectionFill8());
                    break;
                case 9:
                    CTX.setStroke(getSkinnable().getSectionFill9());
                    break;
            }
            CTX.setLineWidth(height * 0.0415);
            CTX.setLineCap(StrokeLineCap.BUTT);
            CTX.strokeArc(x, y, w, h, -(OFFSET + SECTION_START_ANGLE), -SECTION_ANGLE_EXTEND, ArcType.OPEN);
            CTX.restore();
        }
    });
}