/**
* Ajusta el tamaño de la ventana al envelope pasado como parámetro
*
* @param ctx
* @param newWrapperEnvelope
* @param viewport
*/
public static void resizeViewToEnvelope(
PlugInContext ctx, Envelope newWrapperEnvelope, IViewport viewport) {
// ajustamos las proporciones de la ventana a las de la feature
JInternalFrame activeInternalFrame = ctx.getActiveInternalFrame();
Dimension dimView = ((Dimension) ctx.getLayerViewPanel()).getSize();
Double widthView = dimView.getWidth();
Double heightView = dimView.getHeight();
int widthDiff = (int) (activeInternalFrame.getWidth() - widthView);
int heightDiff = (int) (activeInternalFrame.getHeight() - heightView);
Integer newWidth =
(int)
((newWrapperEnvelope.getWidth() / viewport.getEnvelopeInModelCoordinates().getWidth())
* widthView);
Integer newHeight =
(int)
((newWrapperEnvelope.getHeight() / viewport.getEnvelopeInModelCoordinates().getHeight())
* heightView);
Dimension newDimensionView = new Dimension(newWidth + widthDiff, newHeight + heightDiff);
activeInternalFrame.setSize(newDimensionView);
// zoom al envelope actual
try {
viewport.zoom(newWrapperEnvelope);
} catch (NoninvertibleTransformException e) {
log.warn("No se ha podido alcanzar el zoom " + newWrapperEnvelope);
}
}
private void cascata(JInternalFrame jIFrame, JInternalFrame jIFrameAnt) {
if (dPane.getAllFrames().length > 0) {
if (autoManager) {
maxX = dPane.getWidth() - jIFrame.getWidth();
maxY = dPane.getHeight() - jIFrame.getHeight();
minX = 0;
minY = 0;
}
if (jIFrameAnt.getY() < maxY) {
y = jIFrameAnt.getY() + distanceXY;
} else {
y = minY;
}
if (jIFrameAnt.getX() < maxX) {
x = jIFrameAnt.getX() + distanceXY;
} else {
x = minX;
y = minY;
}
} else {
x = minX;
y = minY;
}
}
public void centrarFrm(JInternalFrame hijo, VistaMDI padre) {
hijo.setLocation(
padre.getWidth() / 2 - hijo.getWidth() / 2,
padre.getHeight() / 2 - hijo.getHeight() / 2 - 20);
// CENTRA EL FORMULARIO
}
public Object showWindow(final MkWindow macWindow, String title, boolean isModal) {
listMkWindow.add(macWindow);
if (isModal) {
JDialog modalFrame = new JDialog(this, title, true);
// macWindow.setJanela(modalFrame);
final MkRun onCloseWindow = macWindow.onCloseWindow;
modalFrame.setDefaultCloseOperation(JInternalFrame.DO_NOTHING_ON_CLOSE);
modalFrame.addWindowListener(
new WindowAdapter() {
public void windowClosing(WindowEvent e) {
if (onCloseWindow != null) {
onCloseWindow.execute();
}
disposeWindow(macWindow);
}
});
modalFrame.setLayout(new BorderLayout());
modalFrame.add(macWindow, BorderLayout.CENTER);
modalFrame.pack();
Dimension desktopSize = desktopPane.getSize();
int x = (desktopSize.width - modalFrame.getWidth()) / 2;
int y = (desktopSize.height - modalFrame.getHeight()) / 2;
modalFrame.setLocation((x < 0 ? 0 : x), (y < 0 ? 0 : y));
if (macWindow.panelButton != null) {
modalFrame.getRootPane().setDefaultButton((JButton) macWindow.panelButton.getComponent(0));
}
modalFrame.setVisible(true);
return modalFrame;
} else {
JInternalFrame internalFrame = new JInternalFrame(title, true, true, true, true);
internalFrame.setContentPane(macWindow);
internalFrame.pack();
// internalFrame.setBounds(internalFrame.getBounds()); //pq?
desktopPane.add(internalFrame);
internalFrame.setDefaultCloseOperation(javax.swing.WindowConstants.DISPOSE_ON_CLOSE);
final MkRun onCloseWindow = macWindow.onCloseWindow;
if (onCloseWindow != null) {
internalFrame.setDefaultCloseOperation(JInternalFrame.DO_NOTHING_ON_CLOSE);
internalFrame.addInternalFrameListener(
new InternalFrameAdapter() {
public void internalFrameClosing(InternalFrameEvent e) {
onCloseWindow.execute();
}
});
}
Dimension desktopSize = desktopPane.getSize();
int x = (desktopSize.width - internalFrame.getWidth()) / 2;
int y = (desktopSize.height - internalFrame.getHeight()) / 2;
internalFrame.setLocation((x < 0 ? 0 : x), (y < 0 ? 0 : y));
internalFrame.setVisible(true);
return internalFrame;
}
}
public void loadFrameConfiguration() {
jif.setBounds(
pref.getInt(jif.getTitle() + posXPreferenceKey, jif.getX()),
pref.getInt(jif.getTitle() + posYPreferenceKey, jif.getY()),
pref.getInt(jif.getTitle() + sizeXPreferenceKey, jif.getWidth()),
pref.getInt(jif.getTitle() + sizeYPreferenceKey, jif.getHeight()));
try {
jif.setVisible(pref.getBoolean(jif.getTitle() + isVisiblePreferenceKey, true));
} catch (Exception e) {
System.err.println("failed setting JInternalFrame to visible/invisible");
e.printStackTrace();
}
}
// aqui se añade los internalframe al destop pane
private void agregarMarcoInterno(JInternalFrame marco) {
marco.setLocation(xSigMarco, ySigMarco);
marco.setVisible(true);
jDesktopPane.add(marco);
try {
marco.setSelected(true);
} catch (PropertyVetoException ex) {
}
if (distanciaEntreMarcos == 0)
distanciaEntreMarcos = marco.getHeight() - marco.getContentPane().getHeight();
xSigMarco += distanciaEntreMarcos;
ySigMarco += distanciaEntreMarcos;
if (xSigMarco + marco.getWidth() > jDesktopPane.getWidth()) xSigMarco = 0;
if (ySigMarco + marco.getHeight() > jDesktopPane.getHeight()) ySigMarco = 0;
}
private void saveSettings() {
if (localSettings != null) {
localSettings.objectDirectory = levelHolder.getPalette().getDirectoryPath();
localSettings.mainWidth = this.getWidth();
localSettings.mainHeight = this.getHeight();
localSettings.paletteX = palette.getX();
localSettings.paletteY = palette.getY();
localSettings.paletteWidth = palette.getWidth();
localSettings.paletteHeight = palette.getHeight();
localSettings.levelHolderX = levelHolderFrame.getX();
localSettings.levelHolderY = levelHolderFrame.getY();
localSettings.levelHolderWidth = levelHolderFrame.getWidth();
localSettings.levelHolderHeight = levelHolderFrame.getHeight();
localSettings.store();
} else {
localSettings = new LocalSettings();
}
}
/**
* Sets the location for the 3 internal frames
*
* @author susiefu
* @param direction
* @param tilt
* @param x
* @param y
*/
protected void setFrameGeometry(String direction, int tilt, int x, int y) {
Dimension editwindowsize = editFrame.getSize();
Dimension trisize = triangleFrame.getSize();
int tribase =
(Math.round((Math.min(editwindowsize.width, editwindowsize.height))) / 10 > 15)
? Math.round((Math.min(editwindowsize.width, editwindowsize.height))) / 10
: 15; // How
// wide
// the
// base
// of
// the
// triangle
// is
int fudge = 1;
// For the different directions
if (direction == "SE") { // Default location
if (tilt == 0) {
triangleFrame.setLocation(x + tribase - trisize.width, y + 24 - trisize.height + fudge);
} else {
triangleFrame.setLocation(x, y + 24 - trisize.height + fudge);
}
} else if (direction == "S") { // SAME AS "SE" DIRECTION
if (tilt == 0) {
triangleFrame.setLocation(x + tribase - trisize.width, y + 24 - trisize.height + fudge);
} else {
triangleFrame.setLocation(x, y + 24 - trisize.height + fudge);
}
} else if (direction == "W") {
if (tilt == 0) {
triangleFrame.setLocation(
x + editwindowsize.width - fudge, y + 24 - trisize.height + tribase);
} else {
triangleFrame.setLocation(x + editwindowsize.width - fudge, y + 24);
}
} else if (direction == "NW") {
if (tilt == 0) {
triangleFrame.setLocation(
x + editwindowsize.width - trisize.width, y + 24 + editwindowsize.height - 2 * fudge);
} else {
triangleFrame.setLocation(
x + editwindowsize.width - tribase, y + 25 + editwindowsize.height - 2 * fudge);
}
} else if (direction == "N") {
if (tilt == 0) {
triangleFrame.setLocation(
x - trisize.width + tribase, y + 24 + editwindowsize.height - 2 * fudge);
} else {
triangleFrame.setLocation(x, y + 24 + editwindowsize.height - 2 * fudge);
}
} else if (direction == "E") {
if (tilt == 0) { // Pointing up
triangleFrame.setLocation(x - trisize.width + fudge, y + 24 - trisize.height + tribase);
} else {
triangleFrame.setLocation(x - trisize.width + fudge, y + 24);
}
} else if (direction == "NONE") {
if (tilt == 0) {
triangleFrame.setLocation(x + tribase - trisize.width, y + 24 - trisize.height + fudge);
} else {
triangleFrame.setLocation(x, y + 24 - trisize.height + fudge);
}
}
editFrame.setLocation(x, y + 24);
buttonFrame.setLocation(
x + editwindowsize.width - buttonFrame.getWidth() + fudge,
y + buttonFrame.getHeight() / 2 + fudge * 2);
}
/**
* Will update the triangle given the absolute location of the center of the moveButton.
*
* @author achang, adapted from code by susiefu
*/
public void updateTriangle(int x, int y) {
Point realLocation = new Point(x, y);
Dimension editFrameSize = editFrame.getSize();
Point editFrameLocation = editFrame.getLocation();
// new Point(realLocation.x - editFrameSize.width + buttonFrame.getWidth()*3/4,
// realLocation.y + buttonFrame.getHeight()/2);
int X_FUDGE = 15;
int Y_FUDGE = 5;
int tribase =
(Math.round((Math.min(editFrameSize.width, editFrameSize.height))) / 10 > TRIANGLE_BASE)
? Math.round((Math.min(editFrameSize.width, editFrameSize.height))) / 10
: TRIANGLE_BASE;
int tilt = -1;
int cellX = getCellCenter().x;
int cellY = getCellCenter().y;
// System.out.println("kCW >> updateTriangle >> cellCenter="+getCellCenter());
int width, height;
if (editFrameLocation.x + editFrameSize.width / 2 >= cellX
&& editFrameLocation.x - X_FUDGE <= cellX
&& editFrameLocation.y >= cellY) { // Right , bottom (DEFAULT)
direction = "SE";
height = editFrameLocation.y - cellY;
if (editFrameLocation.x >= cellX) {
tilt = 0; // Pointing left
width = Math.abs(editFrameLocation.x - cellX) + tribase;
} else {
tilt = 1; // Pointing right
if (Math.abs(editFrameLocation.x - cellX) > tribase) {
width = Math.abs(editFrameLocation.x - cellX);
} else {
width = tribase;
}
}
} else if (editFrameLocation.x + editFrameSize.width / 2 < cellX
&& editFrameLocation.x + editFrameSize.width > cellX
&& editFrameLocation.y >= cellY + Y_FUDGE) { // Middle,
// bottom
direction = "S"; // SAME CODE AS "SE" DIRECTION BECAUSE OF OVERLAPPING
// OF BUTTONS AND TRIANGLE
height = editFrameLocation.y - cellY;
if (editFrameLocation.x >= cellX) {
tilt = 0; // Pointing left
width = Math.abs(editFrameLocation.x - cellX) + tribase;
} else {
tilt = 1; // Pointing right
if (Math.abs(editFrameLocation.x - cellX) > tribase) {
width = Math.abs(editFrameLocation.x - cellX);
} else {
width = tribase;
}
}
} else if (editFrameLocation.x + editFrameSize.width <= cellX
&& editFrameLocation.y + editFrameSize.height + 3 * Y_FUDGE >= cellY
|| editFrameLocation.x + 3 * editFrameSize.width / 2 < cellX
&& editFrameLocation.y + editFrameSize.height < cellY) { // Left, middle
direction = "W";
width = Math.abs(editFrameLocation.x + editFrameSize.width - cellX);
if (editFrameLocation.y >= cellY) {
tilt = 0; // Pointing up
height = Math.abs(editFrameLocation.y - cellY) + tribase;
} else {
tilt = 1; // Pointing down
if (Math.abs(editFrameLocation.y - cellY) > tribase) {
height = Math.abs(editFrameLocation.y - cellY);
} else {
height = tribase;
}
}
} else if (editFrameLocation.x + editFrameSize.width / 2 <= cellX
&& editFrameLocation.x + 3 * editFrameSize.width / 2 >= cellX
&& editFrameLocation.y + editFrameSize.height + 3 * Y_FUDGE < cellY) { // Left,
// top
direction = "NW";
height = Math.abs(editFrameLocation.y + editFrameSize.height - cellY);
if (editFrameLocation.x + editFrameSize.width > cellX) {
tilt = 0; // Pointing left
if (Math.abs(editFrameLocation.x + editFrameSize.width - cellX) > tribase) {
width = Math.abs(editFrameLocation.x + editFrameSize.width - cellX);
} else {
width = tribase;
}
} else {
tilt = 1; // Pointing right
width = Math.abs(editFrameLocation.x + editFrameSize.width - cellX) + tribase;
}
} else if (editFrameLocation.x + editFrameSize.width / 2 > cellX
&& editFrameLocation.x - editFrameSize.width / 2 <= cellX
&& editFrameLocation.y + editFrameSize.height + Y_FUDGE < cellY) { // Middle,
// top
direction = "N";
height = Math.abs(editFrameLocation.y + editFrameSize.height - cellY);
if (editFrameLocation.x >= cellX) {
tilt = 0; // Pointing left
width = Math.abs(editFrameLocation.x - cellX) + tribase;
} else {
tilt = 1; // Pointing right
if (Math.abs(editFrameLocation.x - cellX) > tribase) {
width = Math.abs(editFrameLocation.x - cellX);
} else {
width = tribase;
}
}
} else if (editFrameLocation.x - X_FUDGE > cellX
|| editFrameLocation.y - editFrameSize.height / 2 >= cellY
&& editFrameLocation.x - X_FUDGE <= cellX) { // Right, middle
direction = "E";
width = Math.abs(editFrameLocation.x - cellX);
if (editFrameLocation.y >= cellY) {
tilt = 0; // Pointing up
height = Math.abs(editFrameLocation.y - cellY) + tribase;
} else {
tilt = 1; // Pointing down
if (Math.abs(editFrameLocation.y - cellY) > tribase) {
height = Math.abs(editFrameLocation.y - cellY);
} else {
height = tribase;
}
}
} else {
direction = "NONE";
height = editFrameLocation.y - cellY;
if (editFrameLocation.x >= cellX) {
tilt = 0;
width = Math.abs(editFrameLocation.x - cellX) + tribase;
} else {
tilt = 1;
if (Math.abs(editFrameLocation.x - cellX) > tribase) {
width = Math.abs(editFrameLocation.x - cellX);
} else {
width = tribase;
}
}
}
triangleFrame.setSize(width, height);
((Triangle) triangleFrame.getContentPane())
.setGeometry(direction, tilt, width, height, tribase);
setFrameGeometry(
direction,
tilt,
realLocation.x - editFrameSize.width + buttonFrame.getWidth() * 3 / 4,
realLocation.y - buttonFrame.getWidth() / 2);
}
/**
* Will update the triangle assuming that the cell center has moved but that the edit window and
* button panel has not.
*
* @author achang
*/
public void updateTriangle() {
Point buttonLocation = buttonFrame.getLocation();
updateTriangle(
buttonFrame.getWidth() / 4 + buttonLocation.x,
buttonFrame.getHeight() / 2 + buttonLocation.y);
}