public JoglNewtWindow(
final JoglCanvasRenderer canvasRenderer,
final DisplaySettings settings,
final boolean onscreen,
final boolean bitmapRequested,
final boolean pbufferRequested,
final boolean fboRequested,
final CapsUtil capsUtil) {
_capsUtil = capsUtil;
// FIXME rather pass the monitor(s) to the constructor, create a screen to get the primary
// monitor
_newtWindow =
GLWindow.create(
capsUtil.getCapsForSettingsWithHints(
settings, onscreen, bitmapRequested, pbufferRequested, fboRequested));
_monitorDevices = new ArrayList<>();
// uses the primary monitor by default
_newtWindow.getScreen().createNative();
final MonitorDevice primaryMonitor = _newtWindow.getScreen().getPrimaryMonitor();
_monitorDevices.add(primaryMonitor);
// disables HiDPI, see https://github.com/gouessej/Ardor3D/issues/14
_newtWindow.setSurfaceScale(
new float[] {ScalableSurface.IDENTITY_PIXELSCALE, ScalableSurface.IDENTITY_PIXELSCALE});
_drawerGLRunnable = new JoglDrawerRunnable(canvasRenderer);
final int width, height;
if (settings.isFullScreen() && settings.getWidth() == 0 || settings.getHeight() == 0) {
// FIXME use all available monitor devices to compute the size
final DimensionImmutable currentResolution =
primaryMonitor.queryCurrentMode().getSurfaceSize().getResolution();
width = currentResolution.getWidth();
height = currentResolution.getHeight();
} else {
width = settings.getWidth();
height = settings.getHeight();
}
_settings =
new DisplaySettings(
width,
height,
settings.getColorDepth(),
settings.getFrequency(),
settings.getAlphaBits(),
settings.getDepthBits(),
settings.getStencilBits(),
settings.getSamples(),
settings.isFullScreen(),
settings.isStereo(),
settings.getShareContext(),
settings.getRotation());
_canvasRenderer = canvasRenderer;
_canvasRenderer._doSwap = true; // true - do swap in renderer.
setAutoSwapBufferMode(false); // false - doesn't swap automatically in JOGL itself
}
public JoglNewtWindow(
final JoglCanvasRenderer canvasRenderer,
final DisplaySettings settings,
final boolean onscreen,
final boolean bitmapRequested,
final boolean pbufferRequested,
final boolean fboRequested) {
_newtWindow =
GLWindow.create(
CapsUtil.getCapsForSettings(
settings, onscreen, bitmapRequested, pbufferRequested, fboRequested));
_drawerGLRunnable = new JoglDrawerRunnable(canvasRenderer);
_settings = settings;
_canvasRenderer = canvasRenderer;
setAutoSwapBufferMode(false);
}
@Override
@MainThread
public void init() {
if (_inited) {
return;
}
// Set the size very early to prevent the default one from being used (typically when exiting
// full screen mode)
setSize(_settings.getWidth(), _settings.getHeight());
// Make the window visible to realize the OpenGL surface.
setVisible(true);
if (_newtWindow.isRealized()) {
final GLCapabilitiesImmutable glCaps = _newtWindow.getChosenGLCapabilities();
_settings =
_capsUtil.getSettingsForCaps(
glCaps,
_settings.getWidth(),
_settings.getHeight(),
_settings.getFrequency(),
_settings.isFullScreen(),
_settings.getShareContext(),
_settings.getRotation());
_newtWindow.addWindowListener(
new WindowAdapter() {
@Override
public void windowDestroyNotify(final WindowEvent e) {
_isClosing = true;
}
// public void windowResized(final WindowEvent e) {
// _newtWindow.invoke(true, new GLRunnable() {
//
// @Override
// public boolean run(GLAutoDrawable glAutoDrawable) {
// _canvasRenderer._camera.resize(_newtWindow.getWidth(), _newtWindow.getHeight());
// _canvasRenderer._camera.setFrustumPerspective(_canvasRenderer._camera.getFovY(),
// (float) _newtWindow.getWidth() / (float) _newtWindow.getHeight(),
// _canvasRenderer._camera.getFrustumNear(),
// _canvasRenderer._camera.getFrustumFar());
// return true;
// }
// });
// }
});
// Request the focus here as it cannot work when the window is not visible
_newtWindow.requestFocus();
applySettings();
_canvasRenderer.setContext(getContext());
_newtWindow.invoke(
true,
new GLRunnable() {
@Override
public boolean run(final GLAutoDrawable glAutoDrawable) {
_canvasRenderer.init(_settings, _canvasRenderer._doSwap);
return true;
}
});
_inited = true;
}
}
