Examples with Ordinate com.ramussoft.pb.idef.elements.Ordinate used on opensource projects

Example 11 with Ordinate

use of com.ramussoft.pb.idef.elements.Ordinate in project ramus by Vitaliy-Yakovchuk.

the class AbstractClassicTemplate method createOutPoint.

private void createOutPoint(final MovingArea movingArea, final Function f) {
    SectorRefactor.PerspectivePoint pp;
    final Ordinate x = new Ordinate(Ordinate.TYPE_X);
    final Ordinate y = new Ordinate(Ordinate.TYPE_Y);
    final Point p = new Point(x, y);
    pp = new SectorRefactor.PerspectivePoint();
    pp.point = p;
    pp.setFunction(f, RIGHT);
    pp.type = SectorRefactor.TYPE_START;
    x.setPosition(f.getBounds().getRight());
    y.setPosition(getY(f));
    movingArea.getRefactor().setPoint(pp);
    movingArea.doSector();
}

Example 12 with Ordinate

use of com.ramussoft.pb.idef.elements.Ordinate in project ramus by Vitaliy-Yakovchuk.

the class MovingArea method addLevel.

/**
 * Метод, який додає рівень до активного функціонального блоку на моделі,
 * контекст функціонального блоку заміняється на новий функціональний блок з
 * контекстом, який мав активний функціональний блок.
 */
public synchronized void addLevel() {
    final Function f = ((MovingFunction) getActiveObject()).getFunction();
    if (f.isLocked()) {
        JOptionPane.showMessageDialog(this, ResourceLoader.getString("MovingArea.functionIsLocked"));
        return;
    }
    if (JOptionPane.showConfirmDialog(this, ResourceLoader.getString("MovingArea.addingLevelWarning"), ResourceLoader.getString("warning"), JOptionPane.YES_NO_OPTION) != JOptionPane.YES_OPTION)
        return;
    f.lock();
    final Vector<Row> childs = dataPlugin.getChilds(f, true);
    final Function n = (Function) dataPlugin.createRow(f, true);
    n.setSectorData(f.getSectorData());
    n.setBounds(f.getBounds());
    n.setBackground(f.getBackground());
    n.setForeground(f.getForeground());
    n.setName(f.getName());
    n.setDecompositionType(f.getDecompositionType());
    n.setType(f.getType());
    f.setName(f.getName() + " (" + ResourceLoader.getString("MovingArea.context") + ")");
    n.setFont(f.getFont());
    f.setSectorData(new byte[0]);
    final SectorRefactor r = new SectorRefactor(this);
    // .getBounds().getHeight()));
    for (int i = 0; i < childs.size(); i++) {
        final Function c = (Function) childs.get(i);
        c.setParentRow(n);
    }
    Vector srs = new Vector(f.getSectors());
    for (int i = 0; i < srs.size(); i++) {
        final Sector sector = (Sector) srs.get(i);
        sector.setFunction(n);
    // System.out.println(sector.getFunction());
    }
    final Function p = (Function) f.getParent();
    srs = p.getSectors();
    final int[] cnts = new int[4];
    final double[] poses = new double[4];
    final double[] hs = new double[4];
    for (int i = 0; i < cnts.length; i++) cnts[i] = 0;
    for (int i = 0; i < srs.size(); i++) {
        final Sector sector = (Sector) srs.get(i);
        if (f.equals(sector.getStart().getFunction())) {
            cnts[MovingPanel.RIGHT]++;
        }
        if (f.equals(sector.getEnd().getFunction())) {
            cnts[sector.getEnd().getFunctionType()]++;
        }
    }
    for (int i = 0; i < cnts.length; i++) {
        if (cnts[i] > 0) {
            if (i == MovingPanel.LEFT || i == MovingPanel.RIGHT)
                hs[i] = n.getBounds().getHeight() / cnts[i];
            else
                hs[i] = n.getBounds().getWidth() / cnts[i];
        }
        poses[i] = hs[i] / 2.0d;
    }
    for (int i = 0; i < srs.size(); i++) {
        final Sector sector = (Sector) srs.get(i);
        if (f.equals(sector.getStart().getFunction())) {
            final Crosspoint c = sector.getStart().getCrosspoint();
            final Sector[] ss = c.getOppozite(sector);
            Sector so = null;
            for (final Sector element : ss) {
                so = element;
            }
            final Sector s = dataPlugin.createSector();
            ((AbstractSector) s).setThisStream(SectorRefactor.cloneStream(sector.getStream(), dataPlugin, s));
            s.setVisualAttributes(sector.getVisualAttributes());
            s.setFunction(f);
            final Ordinate x1 = new Ordinate(Ordinate.TYPE_X);
            final Ordinate x2 = new Ordinate(Ordinate.TYPE_X);
            x1.setPosition(n.getBounds().getX() + n.getBounds().getWidth());
            x2.setPosition(getDoubleWidth() - PART_SPACE);
            final Ordinate y = new Ordinate(Ordinate.TYPE_Y);
            y.setPosition(n.getBounds().getY() + poses[MovingPanel.RIGHT]);
            poses[MovingPanel.RIGHT] += hs[MovingPanel.RIGHT];
            final Point p1 = new Point(x1, y);
            final Point p2 = new Point(x2, y);
            final PaintSector ps = new PaintSector(s, p1, p2, this);
            r.addSector(ps);
            final Crosspoint cp = dataPlugin.createCrosspoint();
            if (so != null) {
                so.getEnd().setCrosspointA(cp);
                so.getEnd().commit();
            }
            s.getEnd().setCrosspointA(c);
            s.getStart().setCrosspointA(cp);
            s.getStart().setFunctionA(n);
            s.getStart().setFunctionTypeA(MovingPanel.RIGHT);
            s.getEnd().setBorderTypeA(MovingPanel.RIGHT);
            s.getStart().commit();
            s.getEnd().commit();
        }
        if (f.equals(sector.getEnd().getFunction())) {
            final int et = sector.getEnd().getFunctionType();
            final Crosspoint c = sector.getEnd().getCrosspoint();
            final Sector[] ss = c.getOppozite(sector);
            Sector so = null;
            for (final Sector element : ss) {
                so = element;
                so.setFunction(n);
            }
            final Sector s = dataPlugin.createSector();
            ((AbstractSector) s).setThisStream(SectorRefactor.cloneStream(sector.getStream(), dataPlugin, s));
            s.setVisualAttributes(sector.getVisualAttributes());
            s.setFunction(f);
            if (et == MovingPanel.LEFT) {
                final Ordinate x1 = new Ordinate(Ordinate.TYPE_X);
                final Ordinate x2 = new Ordinate(Ordinate.TYPE_X);
                x2.setPosition(n.getBounds().getX());
                x1.setPosition(PART_SPACE);
                final Ordinate y = new Ordinate(Ordinate.TYPE_Y);
                y.setPosition(n.getBounds().getY() + poses[et]);
                final Point p1 = new Point(x1, y);
                final Point p2 = new Point(x2, y);
                final PaintSector ps = new PaintSector(s, p1, p2, this);
                r.addSector(ps);
            } else if (et == MovingPanel.TOP) {
                final Ordinate y1 = new Ordinate(Ordinate.TYPE_Y);
                final Ordinate y2 = new Ordinate(Ordinate.TYPE_Y);
                y2.setPosition(n.getBounds().getY());
                y1.setPosition(PART_SPACE);
                final Ordinate x = new Ordinate(Ordinate.TYPE_X);
                x.setPosition(n.getBounds().getX() + poses[et]);
                final Point p1 = new Point(x, y1);
                final Point p2 = new Point(x, y2);
                final PaintSector ps = new PaintSector(s, p1, p2, this);
                r.addSector(ps);
            } else if (et == MovingPanel.BOTTOM) {
                final Ordinate y1 = new Ordinate(Ordinate.TYPE_Y);
                final Ordinate y2 = new Ordinate(Ordinate.TYPE_Y);
                y2.setPosition(n.getBounds().getY() + n.getBounds().getHeight());
                y1.setPosition(PART_SPACE + getDoubleHeight());
                final Ordinate x = new Ordinate(Ordinate.TYPE_X);
                x.setPosition(n.getBounds().getX() + poses[et]);
                final Point p1 = new Point(x, y1);
                final Point p2 = new Point(x, y2);
                final PaintSector ps = new PaintSector(s, p1, p2, this);
                r.addSector(ps);
            }
            poses[et] += hs[et];
            final Crosspoint cp = dataPlugin.createCrosspoint();
            if (so != null) {
                so.getStart().setCrosspointA(cp);
                so.setFunction(n);
                so.getStart().commit();
            }
            s.getStart().setCrosspointA(c);
            s.getEnd().setCrosspointA(cp);
            s.getEnd().setFunctionA(n);
            s.getEnd().setFunctionTypeA(et);
            s.getStart().setBorderTypeA(et);
            s.getStart().commit();
            s.getEnd().commit();
        }
    }
    r.saveToFunction(f);
    if (panel != null)
        panel.getFrame().propertyChange(MChangeListener.RELOAD_FUNCTION_IN_TREE, dataPlugin.getBaseFunction());
    ((NFunction) f).clearSectorsBuffer();
    f.unlock();
}

Example 13 with Ordinate

use of com.ramussoft.pb.idef.elements.Ordinate in project ramus by Vitaliy-Yakovchuk.

the class IDEF0Object method mouseClicked.

/**
 * @see com.ramussoft.pb.idef.visual.MovingPanel#mouseClicked(com.dsoft.pb.types.FloatPoint)
 */
@Override
public void mouseClicked(final FloatPoint point) {
    super.mouseClicked(point);
    if (movingArea.getChangingState() == MovingArea.ARROW_CHANGING_STATE) {
        if (movingArea.getPointChangingType() == SectorRefactor.TYPE_START) {
            if (getTriangle(point) == RIGHT) {
                final Ordinate x = new Ordinate(Ordinate.TYPE_X);
                final Ordinate y = new Ordinate(Ordinate.TYPE_Y);
                final Point p = new Point(x, y);
                x.setPosition(getBounds().getRight());
                y.setPosition(getBounds().getY() + point.getY());
                final SectorRefactor.PerspectivePoint pp = new SectorRefactor.PerspectivePoint();
                pp.point = p;
                pp.x = p.getX();
                pp.y = p.getY();
                pp.setFunction(getFunction(), RIGHT);
                pp.type = SectorRefactor.TYPE_START;
                movingArea.getRefactor().setPoint(pp);
                movingArea.doSector();
            }
        } else {
            final int type = getTriangle(point);
            if (type == -1 || type == RIGHT)
                return;
            final Ordinate x = new Ordinate(Ordinate.TYPE_X);
            final Ordinate y = new Ordinate(Ordinate.TYPE_Y);
            final Point p = new Point(x, y);
            final SectorRefactor.PerspectivePoint pp = new SectorRefactor.PerspectivePoint();
            pp.point = p;
            switch(type) {
                case LEFT:
                    {
                        pp.setFunction(getFunction(), LEFT);
                        x.setPosition(getBounds().getLeft());
                        y.setPosition(getBounds().getY() + point.getY());
                    }
                    break;
                case TOP:
                    {
                        pp.setFunction(getFunction(), TOP);
                        x.setPosition(getBounds().getX() + point.getX());
                        y.setPosition(getBounds().getTop());
                    }
                    break;
                case BOTTOM:
                    {
                        pp.setFunction(getFunction(), BOTTOM);
                        x.setPosition(getBounds().getX() + point.getX());
                        y.setPosition(getBounds().getBottom());
                    }
                    break;
            }
            pp.x = x.getPosition();
            pp.y = y.getPosition();
            pp.type = SectorRefactor.TYPE_END;
            movingArea.getRefactor().setPoint(pp);
            movingArea.doSector();
        }
    }
}

Example 14 with Ordinate

use of com.ramussoft.pb.idef.elements.Ordinate in project ramus by Vitaliy-Yakovchuk.

the class MouseSelection method onProcessEndBoundsChange.

public void onProcessEndBoundsChange(MovingArea movingArea, MovingText[] panels, FloatPoint diff) {
    for (MovingText text : panels) if (text instanceof DFDSRole) {
        IDEF0Object idef = (IDEF0Object) text;
        if (contains(text))
            idef.onProcessEndBoundsChange(sectors);
    }
    for (MovingText text : panels) {
        if (!(text instanceof DFDSRole))
            if (contains(text)) {
                if (text instanceof IDEF0Object) {
                    IDEF0Object idef = (IDEF0Object) text;
                    idef.onProcessEndBoundsChange(sectors);
                }
            }
    }
    List<Ordinate> xOrdinates = new ArrayList<Ordinate>();
    List<Ordinate> yOrdinates = new ArrayList<Ordinate>();
    for (PaintSector ps : sectors) {
        for (Point point : ps.getPoints()) {
            boolean has;
            has = false;
            for (Ordinate o : xOrdinates) if (o.getOrdinateId() == point.getXOrdinate().getOrdinateId()) {
                has = true;
                break;
            }
            if (!has)
                xOrdinates.add(point.getXOrdinate());
            has = false;
            for (Ordinate o : yOrdinates) if (o.getOrdinateId() == point.getYOrdinate().getOrdinateId()) {
                has = true;
                break;
            }
            if (!has)
                yOrdinates.add(point.getYOrdinate());
        }
    }
    List<PaintSector> psrs = new ArrayList<PaintSector>();
    psrs.addAll(sectors);
    for (Ordinate xOrdinate : xOrdinates) {
        xOrdinate.setPosition(xOrdinate.getPosition() + diff.getX());
        for (Point point : xOrdinate.getPoints()) if (!psrs.contains(point.getSector()))
            psrs.add(point.getSector());
    }
    for (Ordinate yOrdinate : yOrdinates) {
        yOrdinate.setPosition(yOrdinate.getPosition() + diff.getY());
        for (Point point : yOrdinate.getPoints()) if (!psrs.contains(point.getSector()))
            psrs.add(point.getSector());
    }
    MemoryData data = new MemoryData();
    for (PaintSector paintSector : sectors) {
        Function sFunction = paintSector.getSector().getStart().getFunction();
        if (sFunction != null) {
            switch(paintSector.getSector().getStart().getFunctionType()) {
                case MovingFunction.LEFT:
                    paintSector.getStartPoint().setX(sFunction.getBounds().getLeft());
                    break;
                case MovingFunction.RIGHT:
                    paintSector.getStartPoint().setX(sFunction.getBounds().getRight());
                    break;
                case MovingFunction.TOP:
                    paintSector.getStartPoint().setY(sFunction.getBounds().getTop());
                    break;
                case MovingFunction.BOTTOM:
                    paintSector.getStartPoint().setY(sFunction.getBounds().getBottom());
                    break;
            }
        }
        sFunction = paintSector.getSector().getEnd().getFunction();
        if (sFunction != null) {
            switch(paintSector.getSector().getEnd().getFunctionType()) {
                case MovingFunction.LEFT:
                    paintSector.getEndPoint().setX(sFunction.getBounds().getLeft());
                    break;
                case MovingFunction.RIGHT:
                    paintSector.getEndPoint().setX(sFunction.getBounds().getRight());
                    break;
                case MovingFunction.TOP:
                    paintSector.getEndPoint().setY(sFunction.getBounds().getTop());
                    break;
                case MovingFunction.BOTTOM:
                    paintSector.getEndPoint().setY(sFunction.getBounds().getBottom());
                    break;
            }
        }
    }
    for (MovingText text : panels) {
        if (!(text instanceof DFDSRole))
            if (contains(text)) {
                if (!(text instanceof IDEF0Object)) {
                    text.onProcessEndBoundsChange();
                    if (text instanceof MovingLabel)
                        ((MovingLabel) text).boundsCopy = text.getBounds();
                }
            }
    }
    for (PaintSector ps : psrs) PaintSector.save(ps, data, movingArea.getDataPlugin().getEngine());
}