public void actionPerformed(ActionEvent evt) {
if (evt.getSource() == showLinesCB) {
setLinesEnabled(showLinesCB.isSelected());
} else if (evt.getSource() == showFVisCB) {
setFVEnabled(showFVisCB.isSelected());
} else if (evt.getSource() == colorModeCB) {
perVertexColor = colorModeCB.isSelected();
manager.setColorMode(
colorModeCB.isSelected() ? FieldLine.COLOR_VERTEX : FieldLine.COLOR_VERTEX_FLAT);
} else {
int cmd = Integer.parseInt(evt.getActionCommand());
if (fconvolution != null) {
Cursor cr = null;
if (fWork instanceof TFramework) {
cr = ((TFramework) fWork).getAppCursor();
((TFramework) fWork).setAppCursor(new Cursor(Cursor.WAIT_CURSOR));
}
Thread.yield();
TSimEngine model = fconvolution.getSimEngine();
if (model != null) {
TEngineControl smc = model.getEngineControl();
if (smc.getSimState() == TEngineControl.RUNNING) {
smc.stop();
model.refresh();
Thread.yield();
}
switch (cmd) {
case DLIC.DLIC_FLAG_E:
// fconvolution.setField(((EMEngine)model).getEField());
fconvolution.setField(model.getElementByType(EField.class));
fconvolution.generateFieldImage();
break;
case DLIC.DLIC_FLAG_B:
// fconvolution.setField(((EMEngine)model).getBField());
fconvolution.setField(model.getElementByType(BField.class));
fconvolution.generateFieldImage();
break;
case DLIC.DLIC_FLAG_G:
// fconvolution.setField(((EMEngine)model).getGField());
fconvolution.setField(model.getElementByType(GField.class));
fconvolution.generateFieldImage();
break;
case DLIC.DLIC_FLAG_P:
// fconvolution.setField(((EMEngine)model).getPField());
fconvolution.setField(model.getElementByType(PField.class));
fconvolution.generateFieldImage();
break;
case DLIC.DLIC_FLAG_EP:
// fconvolution.setField(new
// Potential(((EMEngine)model).getEField()));
fconvolution.setField(new Potential(model.getElementByType(EField.class)));
fconvolution.generateFieldImage();
break;
case DLIC.DLIC_FLAG_BP:
// fconvolution.setField(new
// Potential(((EMEngine)model).getBField()));
fconvolution.setField(new Potential(model.getElementByType(BField.class)));
fconvolution.generateFieldImage();
break;
case DLIC.DLIC_FLAG_EF:
// fconvolution.setField(((EMEngine)model).getEField());
fconvolution.setField(model.getElementByType(EField.class));
fconvolution.generateColorMappedFluxImage();
break;
case DLIC.DLIC_FLAG_BF:
// fconvolution.setField(((EMEngine)model).getBField());
fconvolution.setField(model.getElementByType(BField.class));
fconvolution.generateColorMappedFluxImage();
break;
default:
break;
}
fconvolution.getImage();
} else {
TDebug.println(0, "DLIC model is null");
}
if (fWork instanceof TFramework) {
((TFramework) fWork).setAppCursor(cr);
}
}
}
}
public Capacitor2() {
super();
title = "Capacitor2";
setID("Capacitor2");
// Building the world.
setDamping(0.02);
setGravity(new Vector3d(0., 0., 0.));
// theEngine.setShowTime(true);
setDeltaTime(0.25);
setBoundingArea(new BoundingSphere(new Point3d(), 16));
mDLIC = new FieldConvolution();
mDLIC.setSize(new Dimension(512, 512));
mDLIC.setComputePlane(new RectangularPlane(new BoundingSphere(new Point3d(), 18)));
// Creating components.
// -> Positive-end Conductor
RectangularBox conductor1 = new RectangularBox();
conductor1.setPosition(plate1_position);
conductor1.setOrientation(new Vector3d(1., 0., 0.));
conductor1.setNormal(new Vector3d(0., 1., 0.));
conductor1.setLength(plate_length);
conductor1.setWidth(plate_width);
conductor1.setHeight(plate_height);
Collection<Wall> walls1 = conductor1.getWalls();
Iterator<Wall> it = walls1.iterator();
while (it.hasNext()) {
Wall wall = (Wall) it.next();
wall.getCollisionController().setTolerance(0.1);
}
addElements(walls1);
// -> Negative-end Conductor
RectangularBox conductor2 = new RectangularBox();
conductor2.setPosition(plate2_position);
conductor2.setOrientation(new Vector3d(1., 0., 0.));
conductor2.setNormal(new Vector3d(0., 1., 0.));
conductor2.setLength(plate_length);
conductor2.setWidth(plate_width);
conductor2.setHeight(plate_height);
Collection<Wall> walls2 = conductor2.getWalls();
it = walls2.iterator();
while (it.hasNext()) {
Wall wall = (Wall) it.next();
wall.getCollisionController().setTolerance(0.1);
}
addElements(walls2);
// -> Point Charges
addChargesToList1(N);
addChargesToList2(N);
// -> Text fields and labels.
plate1Number_label = new JLabel("Plate 1 - Number of charges: ");
plate1Number_label.setPreferredSize(
new Dimension(labelWidth, plate1Number_label.getPreferredSize().height));
plate1Number_label.setHorizontalAlignment(SwingConstants.LEFT);
// guiElements.add(plate1Number_label);
plate1Number = new JTextField();
plate1Number.setColumns(4);
plate1Number.setHorizontalAlignment(SwingConstants.RIGHT);
plate1Number.setText(String.valueOf(N));
plate1Number.addActionListener(this);
// guiElements.add(plate1Number_label);
UIPanel Plate1Panel = new UIPanel();
Plate1Panel.add(plate1Number_label);
Plate1Panel.add(plate1Number);
// guiElements.add(plate1Panel);
plate1Charge_label = new JLabel("Individual particle charge: ");
plate1Charge_label.setPreferredSize(
new Dimension(labelWidth, plate1Charge_label.getPreferredSize().height));
plate1Charge_label.setHorizontalAlignment(SwingConstants.LEFT);
plate1Charge = new JTextField();
plate1Charge.setColumns(4);
plate1Charge.setHorizontalAlignment(SwingConstants.RIGHT);
plate1Charge.setText(String.valueOf(pc_charge));
plate1Charge.addActionListener(this);
UIPanel plate1ChargePanel = new UIPanel();
plate1ChargePanel.add(plate1Charge_label);
plate1ChargePanel.add(plate1Charge);
// guiElements.add(plate1ChargePanel);
plate2Number_label = new JLabel("Plate 2 - Number of charges: ");
plate2Number_label.setPreferredSize(
new Dimension(labelWidth, plate2Number_label.getPreferredSize().height));
plate2Number_label.setHorizontalAlignment(SwingConstants.LEFT);
plate2Number = new JTextField();
plate2Number.setColumns(4);
plate2Number.setHorizontalAlignment(SwingConstants.RIGHT);
plate2Number.setText(String.valueOf(N));
plate2Number.addActionListener(this);
UIPanel Plate2Panel = new UIPanel();
Plate2Panel.add(plate2Number_label);
Plate2Panel.add(plate2Number);
// guiElements.add(plate2Panel);
plate2Charge_label = new JLabel("Individual particle charge: ");
plate2Charge_label.setPreferredSize(
new Dimension(labelWidth, plate2Charge_label.getPreferredSize().height));
plate2Charge_label.setHorizontalAlignment(SwingConstants.LEFT);
plate2Charge = new JTextField();
plate2Charge.setColumns(4);
plate2Charge.setHorizontalAlignment(SwingConstants.RIGHT);
plate2Charge.setText(String.valueOf(-pc_charge));
plate2Charge.addActionListener(this);
UIPanel plate2ChargePanel = new UIPanel();
plate2ChargePanel.add(plate2Charge_label);
plate2ChargePanel.add(plate2Charge);
// guiElements.add(plate2ChargePanel);
ControlGroup controls = new ControlGroup();
controls.setText("Parameters");
controls.add(Plate1Panel);
controls.add(plate1ChargePanel);
controls.add(Plate2Panel);
controls.add(plate2ChargePanel);
addElement(controls);
VisualizationControl vizPanel = new VisualizationControl();
vizPanel.setConvolutionModes(DLIC.DLIC_FLAG_E | DLIC.DLIC_FLAG_EP);
vizPanel.setFieldConvolution(mDLIC);
addElement(vizPanel);
addActions();
theScene.setFogEnabled(true);
resetCamera();
theScene.setFogTransformFrontScale(0.0);
// mViewer.setFogTransformBackScale(0.02);
// initFogTransform() needs to be called in the constructor after resetCamera() if a non-default
// camera
// position is being used.
// initFogTransform();
mSEC.start();
}
private void buildConvoActions() {
if (convoButtons != null) {
if (!convoButtons.isEmpty()) {
Iterator it = convoButtons.iterator();
while (it.hasNext()) {
JButton b = (JButton) it.next();
remove(b);
}
}
convoButtons = null;
}
if ((convoFlags > 0) && (fconvolution != null)) {
JButton but = null;
convoButtons = new ArrayList<JButton>();
if ((convoFlags & DLIC.DLIC_FLAG_E) == DLIC.DLIC_FLAG_E) {
TealAction efAction =
new TealAction("Electric Field: Grass Seeds", String.valueOf(DLIC.DLIC_FLAG_E), this);
sharedActions.add(efAction);
but = new JButton(efAction);
but.setFont(but.getFont().deriveFont(Font.BOLD));
convoButtons.add(but);
add(but);
}
if ((convoFlags & DLIC.DLIC_FLAG_B) == DLIC.DLIC_FLAG_B) {
TealAction mfAction =
new TealAction("Magnetic Field: Iron Filings", String.valueOf(DLIC.DLIC_FLAG_B), this);
sharedActions.add(mfAction);
but = new JButton(mfAction);
but.setFont(but.getFont().deriveFont(Font.BOLD));
convoButtons.add(but);
add(but);
}
if ((convoFlags & DLIC.DLIC_FLAG_G) == DLIC.DLIC_FLAG_G) {
TealAction gAction = new TealAction("Gravity", String.valueOf(DLIC.DLIC_FLAG_G), this);
sharedActions.add(gAction);
but = new JButton(gAction);
convoButtons.add(but);
add(but);
}
if ((convoFlags & DLIC.DLIC_FLAG_P) == DLIC.DLIC_FLAG_P) {
TealAction pAction = new TealAction("Pauli Forces", String.valueOf(DLIC.DLIC_FLAG_P), this);
sharedActions.add(pAction);
but = new JButton(pAction);
convoButtons.add(but);
add(but);
}
if ((convoFlags & DLIC.DLIC_FLAG_EP) == DLIC.DLIC_FLAG_EP) {
TealAction epAction =
new TealAction("Electric Potential", String.valueOf(DLIC.DLIC_FLAG_EP), this);
sharedActions.add(epAction);
but = new JButton(epAction);
but.setFont(but.getFont().deriveFont(Font.BOLD));
convoButtons.add(but);
add(but);
}
if ((convoFlags & DLIC.DLIC_FLAG_BP) == DLIC.DLIC_FLAG_BP) {
TealAction mpAction =
new TealAction("Magnetic Potential", String.valueOf(DLIC.DLIC_FLAG_BP), this);
sharedActions.add(mpAction);
but = new JButton(mpAction);
convoButtons.add(but);
add(but);
}
if ((convoFlags & DLIC.DLIC_FLAG_EF) == DLIC.DLIC_FLAG_EF) {
TealAction efAction =
new TealAction("Electic Flux", String.valueOf(DLIC.DLIC_FLAG_EF), this);
sharedActions.add(efAction);
but = new JButton(efAction);
convoButtons.add(but);
add(but);
}
if ((convoFlags & DLIC.DLIC_FLAG_BF) == DLIC.DLIC_FLAG_BF) {
TealAction mfAction =
new TealAction("Magnetic Flux", String.valueOf(DLIC.DLIC_FLAG_BF), this);
sharedActions.add(mfAction);
but = new JButton(mfAction);
convoButtons.add(but);
add(but);
}
if (convoProgress == null) {
convoProgress = new ProgressBar();
fconvolution.addProgressEventListener(convoProgress);
add(convoProgress);
}
}
}
