Examples with ArrowedStroke com.ramussoft.pb.idef.visual.ArrowedStroke used on opensource projects

Example 1 with ArrowedStroke

use of com.ramussoft.pb.idef.visual.ArrowedStroke in project ramus by Vitaliy-Yakovchuk.

the class DataLoader method readStroke.

public static Stroke readStroke(final InputStream stream, final MemoryData data) throws IOException {
    if (readBoolean(stream)) {
        final float lineWidth = (float) readDouble(stream);
        final int ec = readInteger(stream);
        final int lj = readInteger(stream);
        final float dp = (float) readDouble(stream);
        final float ml = (float) readDouble(stream);
        final int len = readInteger(stream);
        float[] ar = null;
        if (len > 0) {
            ar = new float[len];
            for (int i = 0; i < ar.length; i++) ar[i] = (float) readDouble(stream);
        }
        final BasicStroke bs = new BasicStroke(lineWidth, ec, lj, ml, ar, dp);
        data.stroukes.add(bs);
        return bs;
    } else {
        int type = readInteger(stream);
        if (type == -10) {
            WayStroke wayStroke = new WayStroke(-1);
            wayStroke.setType(0);
            return wayStroke;
        }
        if (type == -11) {
            WayStroke wayStroke = new WayStroke(-1);
            wayStroke.setType(1);
            return wayStroke;
        }
        if (type == -12) {
            WayStroke wayStroke = new WayStroke(-1);
            wayStroke.setType(2);
            return wayStroke;
        }
        if (type == -20) {
            ArrowedStroke arrowedStroke = new ArrowedStroke(-1, -1);
            arrowedStroke.setType(0);
            return arrowedStroke;
        }
        if (type == -21) {
            ArrowedStroke arrowedStroke = new ArrowedStroke(-1, -1);
            arrowedStroke.setType(1);
            return arrowedStroke;
        }
        if (type == -22) {
            ArrowedStroke arrowedStroke = new ArrowedStroke(-1, -1);
            arrowedStroke.setType(2);
            return arrowedStroke;
        }
        if (data.stroukes.size() <= type)
            return new BasicStroke();
        return (BasicStroke) data.stroukes.get(type);
    }
}

Example 2 with ArrowedStroke

use of com.ramussoft.pb.idef.visual.ArrowedStroke in project ramus by Vitaliy-Yakovchuk.

the class DataSaver method saveStroke.

public static void saveStroke(final OutputStream stream, final Stroke stroke, final MemoryData memoryData) throws IOException {
    if (stroke instanceof BasicStroke) {
        BasicStroke basickStroke = (BasicStroke) stroke;
        saveBoolean(stream, true);
        saveDouble(stream, basickStroke.getLineWidth());
        saveInteger(stream, basickStroke.getEndCap());
        saveInteger(stream, basickStroke.getLineJoin());
        saveDouble(stream, basickStroke.getDashPhase());
        saveDouble(stream, basickStroke.getMiterLimit());
        final float[] ar = basickStroke.getDashArray();
        if (ar == null)
            saveInteger(stream, -1);
        else {
            saveInteger(stream, ar.length);
            for (final float element : ar) saveDouble(stream, element);
        }
        memoryData.stroukes.add(stroke);
    } else if (stroke instanceof WayStroke) {
        saveBoolean(stream, false);
        saveInteger(stream, -10 - ((WayStroke) stroke).getType());
    } else if (stroke instanceof ArrowedStroke) {
        saveBoolean(stream, false);
        saveInteger(stream, -20 - ((ArrowedStroke) stroke).getType());
    }
}

Example 3 with ArrowedStroke

use of com.ramussoft.pb.idef.visual.ArrowedStroke in project ramus by Vitaliy-Yakovchuk.

the class PaintSector method paint.

/**
 * Малює сектор, використовуючи параметри movingArea.
 *
 * @param g          Об’єкт для малювання.
 * @param movingArea Об’єкт для завантаження параметрів.
 */
public void paint(final Graphics2D g, final MovingArea movingArea) {
    g.setColor(getColor());
    g.setFont(getFont());
    arrowPainter = new ArrowPainter(movingArea);
    if (movingArea.getMousePin() != null && movingArea.getMousePin().getSector() == this && !selStart && !selEnd || isSelected(movingArea))
        g.setStroke(getBoldStroke());
    else {
        Stroke stroke = getStroke();
        if (stroke instanceof WayStroke) {
            final float arrowWidth = (float) movingArea.getIDoubleOrdinate(ArrowPainter.ARROW_WIDTH);
            WayStroke wayStroke = (WayStroke) stroke;
            if (wayStroke.getType() == 0)
                wayStroke.setArrowWidth(arrowWidth);
            else if (wayStroke.getType() == 1)
                wayStroke.setArrowWidth(arrowWidth / 2);
            else
                wayStroke.setArrowWidth(arrowWidth / 3);
        } else if (stroke instanceof ArrowedStroke) {
            final float arrowWidth = (float) movingArea.getIDoubleOrdinate(ArrowPainter.ARROW_WIDTH);
            final float arrowHeight = (float) movingArea.getIDoubleOrdinate(ArrowPainter.ARROW_HEIGHT);
            g.setStroke(new ArrowedStroke(arrowWidth, arrowHeight));
            ArrowedStroke arrowedStroke = (ArrowedStroke) stroke;
            if (arrowedStroke.getType() == 0) {
                arrowedStroke.setArrowWidth(arrowWidth);
                arrowedStroke.setArrowHeight(arrowHeight);
            } else if (arrowedStroke.getType() == 1) {
                arrowedStroke.setArrowWidth(arrowWidth / 2);
                arrowedStroke.setArrowHeight(arrowHeight / 2);
            } else {
                arrowedStroke.setArrowWidth(arrowWidth / 3);
                arrowedStroke.setArrowHeight(arrowHeight / 3);
            }
        }
        g.setStroke(stroke);
    }
    for (int i = 0; i < getPinCount(); i++) getPin(i).paint(g, movingArea);
    if (showTilda && text != null)
        arrowPainter.paintTilda(g, this);
    switch(getStartTunnelType()) {
        case Crosspoint.TUNNEL_SIMPLE_SOFT:
        case Crosspoint.TUNNEL_SOFT:
            {
                arrowPainter.paintTunnel(g, getStartPoint().getPoint(), getVectorType(SectorRefactor.TYPE_START), true);
            }
            break;
        case Crosspoint.TUNNEL_HARD:
            {
                arrowPainter.paintTunnel(g, getStartPoint().getPoint(), getVectorType(SectorRefactor.TYPE_START), false);
            }
            break;
        case Crosspoint.TUNNEL_NONE:
            {
                int borderType = getSector().getStart().getBorderType();
                NCrosspoint crosspoint = (NCrosspoint) getStart();
                if ((borderType >= 0) && (crosspoint != null) && (crosspoint.isOneInOut())) {
                    NSector in = (NSector) crosspoint.getIn();
                    Function outer = in.getFunction();
                    NSector out = (NSector) crosspoint.getOut();
                    Function inner = out.getFunction();
                    if ((inner != null) && (inner.getParent() != null) && (!inner.getParent().equals(outer))) {
                        arrowPainter.paintLink(g, getStartPoint().getPoint(), getVectorType(SectorRefactor.TYPE_START), inner, outer);
                    }
                }
            }
            break;
    }
    switch(getEndTunnelType()) {
        case Crosspoint.TUNNEL_SIMPLE_SOFT:
        case Crosspoint.TUNNEL_SOFT:
            {
                arrowPainter.paintTunnel(g, getEndPoint().getPoint(), getVectorType(SectorRefactor.TYPE_END), true);
            }
            break;
        case Crosspoint.TUNNEL_HARD:
            {
                arrowPainter.paintTunnel(g, getEndPoint().getPoint(), getVectorType(SectorRefactor.TYPE_END), false);
            }
            break;
        case Crosspoint.TUNNEL_NONE:
            {
                int borderType = getSector().getEnd().getBorderType();
                NCrosspoint crosspoint = (NCrosspoint) getEnd();
                if ((borderType >= 0) && (crosspoint != null) && (crosspoint.isOneInOut())) {
                    Function outer = crosspoint.getOut().getFunction();
                    Function inner = crosspoint.getIn().getFunction();
                    if ((inner != null) && (inner.getParent() != null) && (!inner.getParent().equals(outer))) {
                        arrowPainter.paintLink(g, getEndPoint().getPoint(), getVectorType(SectorRefactor.TYPE_END), inner, outer);
                    }
                }
            }
            break;
    }
}