use of com.ramussoft.pb.idef.elements.SectorRefactor in project ramus by Vitaliy-Yakovchuk.
the class ModelParaleler method copyFunction.
private void copyFunction(NFunction source, NFunction destination) {
long l = source.getLink();
if (l >= 0) {
Row row = fromDataPlugin.findRowByGlobalId(l);
if (row != null) {
l = getRow(row).getElement().getId();
destination.setLink(l);
}
}
// destination.setName(source.getName());
if (source.getChildCount() > 0) {
SectorRefactor sr = new SectorRefactor(new MovingArea(fromDataPlugin));
sr.loadFromFunction(source, false);
for (int i = 0; i < sr.getSectorsCount(); i++) {
PaintSector ps = sr.getSector(i);
PaintSector.save(ps, new DataLoader.MemoryData(), fromEngine);
ps.setSector(getSector((NSector) ps.getSector()));
}
// sr.saveToFunction(destination);
}
}
use of com.ramussoft.pb.idef.elements.SectorRefactor in project ramus by Vitaliy-Yakovchuk.
the class AbstractClassicTemplate method createStartxBorderPoint.
private void createStartxBorderPoint(final MovingArea movingArea, final double x, final double y, final int type) {
final SectorRefactor refactor = movingArea.getRefactor();
final SectorRefactor.PerspectivePoint pp = new SectorRefactor.PerspectivePoint();
pp.x = x;
pp.y = y;
pp.borderType = type;
pp.type = SectorRefactor.TYPE_START;
refactor.setPoint(pp);
movingArea.doSector();
}
use of com.ramussoft.pb.idef.elements.SectorRefactor in project ramus by Vitaliy-Yakovchuk.
the class AbstractClassicTemplate method createRightBorderPoint.
private void createRightBorderPoint(final MovingArea movingArea, final double y) {
final SectorRefactor refactor = movingArea.getRefactor();
final SectorRefactor.PerspectivePoint pp = new SectorRefactor.PerspectivePoint();
pp.x = 10;
pp.y = y;
pp.borderType = RIGHT;
pp.type = SectorRefactor.TYPE_END;
refactor.setPoint(pp);
movingArea.doSector();
}
use of com.ramussoft.pb.idef.elements.SectorRefactor in project ramus by Vitaliy-Yakovchuk.
the class IDLExporter method loadFonts.
private void loadFonts() throws IOException {
addFont(new Font("Arial", 0, 13));
addFont(new Font("Arial", 0, 24));
addFont(new Font("Courier New", 0, 11));
rec(new FunctionCallback() {
@Override
public void call(Function f) {
addFont(f.getFont());
SectorRefactor sr = new SectorRefactor(new MovingArea(dataPlugin));
sr.loadFromFunction(f, false);
for (int i = 0; i < sr.getSectorsCount(); i++) {
PaintSector ps = sr.getSector(i);
addFont(ps.getFont());
}
}
}, false);
}
use of com.ramussoft.pb.idef.elements.SectorRefactor 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();
}
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