/**
* This is the top-level screen-capture routine. It sends the resulting PNG image to the location
* previously selected by the user. TODO: It currently calls {@link
* TabletopTool.takeMapScreenShot()} for "normal" screenshots, but that's just until this code is
* considered stable enough.
*
* @throws Exception
*/
public void screenCapture() throws Exception {
BufferedImage screenCap = null;
TabletopTool.getFrame()
.setStatusMessage(I18N.getString("dialog.screenshot.msg.GeneratingScreenshot"));
ExportRadioButtons type = ExportRadioButtons.getType();
try {
switch (type) {
case TYPE_CURRENT_VIEW:
// This uses the original screenshot code: I didn't want to touch it, so I need
// to pass it the same parameter it took before.
Player.Role role =
ExportRadioButtons.VIEW_GM.isChecked() ? Player.Role.GM : Player.Role.PLAYER;
screenCap = TabletopTool.takeMapScreenShot(new PlayerView(role));
// since old screenshot code doesn't throw exceptions, look for null
if (screenCap == null) {
throw new Exception(I18N.getString("dialog.screenshot.error.failedImageGeneration"));
}
break;
case TYPE_ENTIRE_MAP:
screenCap = entireMapScreenShotWithLayers();
break;
default:
throw new Exception(I18N.getString("dialog.screenshot.error.invalidDialogSettings"));
}
TabletopTool.getFrame()
.setStatusMessage(I18N.getString("dialog.screenshot.msg.screenshotStreaming"));
try (ByteArrayOutputStream imageOut = new ByteArrayOutputStream()) {
ImageIO.write(screenCap, "png", imageOut);
screenCap = null; // Free up the memory as soon as possible
TabletopTool.getFrame()
.setStatusMessage(I18N.getString("dialog.screenshot.msg.screenshotSaving"));
exportLocation.putContent(
new BufferedInputStream(new ByteArrayInputStream(imageOut.toByteArray())));
}
TabletopTool.getFrame()
.setStatusMessage(I18N.getString("dialog.screenshot.msg.screenshotSaved"));
} catch (OutOfMemoryError e) {
TabletopTool.showError("Out Of Memory", e);
} catch (Exception ex) {
TabletopTool.showError("screenCapture()", ex);
}
}
public ExportDialogOld() {
super(TabletopTool.getFrame(), "Export Screenshot", true);
// The window uses about 1MB. Disposing frees this, but repeated uses
// will cause more memory fragmentation.
// MCL: I figure it's better to save the 1MB for low-mem systems,
// but it would be even better to HIDE it, and then dispose() it
// when the user clicks on the memory meter to free memory
// setDefaultCloseOperation(HIDE_ON_CLOSE);
setDefaultCloseOperation(DISPOSE_ON_CLOSE);
//
// Initialize the panel and button actions
//
formPanel = new FormPanel("com/t3/client/ui/forms/exportDialog.xml");
setLayout(new GridLayout());
add(formPanel);
getRootPane().setDefaultButton((JButton) formPanel.getButton("exportButton"));
pack();
ExportRadioButtons.setForm(formPanel);
ExportLayers.setForm(formPanel);
formPanel
.getButton("exportButton")
.addActionListener(
new ActionListener() {
@Override
public void actionPerformed(ActionEvent evt) {
exportButtonAction();
}
});
formPanel
.getButton("cancelButton")
.addActionListener(
new ActionListener() {
@Override
public void actionPerformed(ActionEvent evt) {
dispose();
}
});
formPanel
.getButton("browseButton")
.addActionListener(
new ActionListener() {
@Override
public void actionPerformed(ActionEvent evt) {
browseButtonAction();
}
});
// Run this once to make sure the dialog is in a good starting state.
ExportLayers.setDefaultChecked();
enforceButtonRules();
}
@Override
public void setVisible(boolean b) {
// In case something changed while the dialog was closed...
enforceButtonRules();
if (b) {
SwingUtil.centerOver(this, TabletopTool.getFrame());
}
super.setVisible(b);
}
/** Sets the layer-selection checkboxes to replicate the "current view". */
public void setToDefault() {
final Zone zone = TabletopTool.getFrame().getCurrentZoneRenderer().getZone();
if (this == ExportLayers.LAYER_FOG) {
ExportLayers.LAYER_FOG.setChecked(zone.hasFog());
} else if (this == ExportLayers.LAYER_VISIBILITY) {
ExportLayers.LAYER_VISIBILITY.setChecked(zone.getVisionType() != Zone.VisionType.OFF);
} else {
setChecked(true);
}
}
/**
* This is a wrapper that preserves the layer settings on the Zone object. It calls {@link
* takeEntireMapScreenShot()} to to the real work.
*
* @return the image to be saved to a file
*/
private static BufferedImage entireMapScreenShotWithLayers() throws Exception, OutOfMemoryError {
final Zone zone = TabletopTool.getFrame().getCurrentZoneRenderer().getZone();
//
// Preserve settings
//
// psuedo-layers
final Zone.VisionType savedVision = zone.getVisionType();
final boolean savedFog = zone.hasFog();
final boolean savedBoard = zone.drawBoard();
// real layers
final boolean savedToken = Zone.Layer.TOKEN.isEnabled();
final boolean savedHidden = Zone.Layer.GM.isEnabled();
final boolean savedObject = Zone.Layer.OBJECT.isEnabled();
final boolean savedBackground = Zone.Layer.BACKGROUND.isEnabled();
//
// set according to dialog options
//
zone.setHasFog(ExportLayers.LAYER_FOG.isChecked());
if (!ExportLayers.LAYER_VISIBILITY.isChecked()) zone.setVisionType(Zone.VisionType.OFF);
zone.setDrawBoard(ExportLayers.LAYER_BOARD.isChecked());
Zone.Layer.TOKEN.setEnabled(ExportLayers.LAYER_TOKEN.isChecked());
Zone.Layer.GM.setEnabled(ExportLayers.LAYER_HIDDEN.isChecked());
Zone.Layer.OBJECT.setEnabled(ExportLayers.LAYER_OBJECT.isChecked());
Zone.Layer.BACKGROUND.setEnabled(ExportLayers.LAYER_BACKGROUND.isChecked());
// This 'cache invalidation' is handled by setZone inside takeEntireMapScreenShot()
// but it should be more robust.
// TabletopTool.getFrame().getCurrentZoneRenderer().invalidateCurrentViewCache();
//
// screenshot!
// MCL: NOTE: while turning off Fog, there is a possibility the players
// may see the map flash for a second with fog turned off-- need to look into
// whether this is true.
BufferedImage image = null;
try {
image = takeEntireMapScreenShot();
} finally {
//
// Restore settings
//
zone.setHasFog(savedFog);
zone.setVisionType(savedVision);
zone.setDrawBoard(savedBoard);
Zone.Layer.TOKEN.setEnabled(savedToken);
Zone.Layer.GM.setEnabled(savedHidden);
Zone.Layer.OBJECT.setEnabled(savedObject);
Zone.Layer.BACKGROUND.setEnabled(savedBackground);
// TabletopTool.getFrame().getCurrentZoneRenderer().invalidateCurrentViewCache();
}
return image;
}
public static void setDefaultChecked() {
// everything defaults to 'on' since the layers don't really have on/off capability
// outside of this screenshot code
for (ExportLayers layer : ExportLayers.values()) {
layer.setChecked(true);
}
// however, some psuedo-layers do have a state, so set that appropriately
final Zone zone = TabletopTool.getFrame().getCurrentZoneRenderer().getZone();
ExportLayers.LAYER_VISIBILITY.setChecked(zone.getVisionType() != Zone.VisionType.OFF);
ExportLayers.LAYER_FOG.setChecked(zone.hasFog());
}
public void setSizeCombo(Token token) {
JComboBox size = getSizeCombo();
Grid grid = TabletopTool.getFrame().getCurrentZoneRenderer().getZone().getGrid();
DefaultComboBoxModel model = new DefaultComboBoxModel(grid.getFootprints().toArray());
model.insertElementAt(token.getLayer() == Layer.TOKEN ? "Native Size" : "Free Size", 0);
size.setModel(model);
if (token.isSnapToScale()) {
size.setSelectedItem(token.getFootprint(grid));
} else {
size.setSelectedIndex(0);
}
}
public void showDialog(Token token) {
dialog =
new GenericDialog(
I18N.getString("EditTokenDialog.msg.title"), TabletopTool.getFrame(), this) {
private static final long serialVersionUID = 5439449816096482201L;
@Override
public void closeDialog() {
// TODO: I don't like this. There should really be a AbeilleDialog class that does this
unbind();
super.closeDialog();
}
};
bind(token);
getRootPane().setDefaultButton(getOKButton());
dialog.showDialog();
}
/**
* Ensures that the user can only check/uncheck boxes as appropriate. For example, if "fog" is not
* enabled on the map, it cannot be enabled for export.
*
* <p>This should get called during initialization and whenever the radio buttons change.
*
* <p>The GM and Players have different rules, to prevent players from gaining knowledge they
* should not have using the screenshot (such as revealing things under other things by disabling
* layers). Players can basically only turn off tokens, to get an 'empty' version of the map.
*/
public static void enforceButtonRules() {
if (!TabletopTool.getPlayer().isGM()) {
ExportRadioButtons.VIEW_PLAYER.setChecked(true);
ExportRadioButtons.VIEW_PLAYER.setEnabled(true);
ExportRadioButtons.VIEW_GM.setEnabled(false);
}
if (ExportRadioButtons.LAYERS_CURRENT.isChecked()) {
// By "current layers" we mean what you see in the editor, which is everything.
// So disable mucking about with layers.
formPanel.getLabel("LAYERS_LABEL").setEnabled(false);
ExportLayers.setDefaultChecked();
ExportLayers.setDisabled();
} else /* if (ExportRadioButtons.LAYERS_AS_SELECTED.isChecked()) */ {
formPanel.getLabel("LAYERS_LABEL").setEnabled(true);
boolean isGM = ExportRadioButtons.VIEW_GM.isChecked();
final Zone zone = TabletopTool.getFrame().getCurrentZoneRenderer().getZone();
for (ExportLayers layer : ExportLayers.values()) {
boolean enabled = isGM || layer.playerCanModify;
// Regardless of whether it is a player or GM,
// only enable fog and visibility check-boxes
// when the map has those things turned on.
switch (layer) {
case LAYER_VISIBILITY:
enabled &= (zone.getVisionType() != Zone.VisionType.OFF);
break;
case LAYER_FOG:
enabled &= zone.hasFog();
break;
}
layer.setEnabled(enabled);
if (!enabled) {
layer.setToDefault();
}
}
}
}
@Override
public boolean commit() {
Token token = getModel();
if (getNameField().getText().equals("")) {
TabletopTool.showError("msg.error.emptyTokenName");
return false;
}
if (getSpeechTable().isEditing()) {
getSpeechTable().getCellEditor().stopCellEditing();
}
if (getPropertyTable().isEditing()) {
getPropertyTable().getCellEditor().stopCellEditing();
}
// Commit the changes to the token properties
if (!super.commit()) {
return false;
}
// SIZE
token.setSnapToScale(getSizeCombo().getSelectedIndex() != 0);
if (getSizeCombo().getSelectedIndex() > 0) {
Grid grid = TabletopTool.getFrame().getCurrentZoneRenderer().getZone().getGrid();
token.setFootprint(grid, (TokenFootprint) getSizeCombo().getSelectedItem());
}
// Other
token.setPropertyType((String) getPropertyTypeCombo().getSelectedItem());
token.setSightType((String) getSightTypeCombo().getSelectedItem());
// Get the states
Component[] stateComponents = getStatesPanel().getComponents();
Component barPanel = null;
for (int j = 0; j < stateComponents.length; j++) {
if ("bar".equals(stateComponents[j].getName())) {
barPanel = stateComponents[j];
continue;
}
Component[] components = ((Container) stateComponents[j]).getComponents();
for (int i = 0; i < components.length; i++) {
JCheckBox cb = (JCheckBox) components[i];
String state = cb.getText();
token.setState(state, cb.isSelected());
}
} // endfor
// BARS
if (barPanel != null) {
Component[] bars = ((Container) barPanel).getComponents();
for (int i = 0; i < bars.length; i += 2) {
JCheckBox cb = (JCheckBox) ((Container) bars[i]).getComponent(1);
JSlider bar = (JSlider) bars[i + 1];
Float value = cb.isSelected() ? null : new Float(bar.getValue() / 100f);
token.setBar(bar.getName(), value);
}
}
// Ownership
// If the token is owned by all and we are a player don't alter the ownership list.
if (TabletopTool.getPlayer().isGM() || !token.isOwnedByAll()) {
token.clearAllOwners();
for (int i = 0; i < getOwnerList().getModel().getSize(); i++) {
DefaultSelectable selectable =
(DefaultSelectable) getOwnerList().getModel().getElementAt(i);
if (selectable.isSelected()) {
token.addOwner((String) selectable.getObject());
}
}
// If we are not a GM and the only non GM owner make sure we can't
// take our selves off of the owners list
if (!TabletopTool.getPlayer().isGM()) {
boolean hasPlayer = false;
Set<String> owners = token.getOwners();
if (owners != null) {
Iterator<Player> playerIter = TabletopTool.getPlayerList().iterator();
while (playerIter.hasNext()) {
Player pl = playerIter.next();
if (!pl.isGM() && owners.contains(pl.getName())) {
hasPlayer = true;
}
}
}
if (!hasPlayer) {
token.addOwner(TabletopTool.getPlayer().getName());
}
}
}
// SHAPE
token.setShape((Token.TokenShape) getShapeCombo().getSelectedItem());
// Macros
token.setSpeechMap(((KeyValueTableModel) getSpeechTable().getModel()).getMap());
// Properties
((TokenPropertyTableModel) getPropertyTable().getModel()).applyTo(token);
// Charsheet
if (getCharSheetPanel().getImageId() != null) {
T3Util.uploadAsset(AssetManager.getAsset(getCharSheetPanel().getImageId()));
}
token.setCharsheetImage(getCharSheetPanel().getImageId());
// IMAGE
if (!token.getImageAssetId().equals(getTokenIconPanel().getImageId())) {
BufferedImage image = ImageManager.getImageAndWait(getTokenIconPanel().getImageId());
T3Util.uploadAsset(AssetManager.getAsset(getTokenIconPanel().getImageId()));
token.setImageAsset(null, getTokenIconPanel().getImageId()); // Default image for now
token.setWidth(image.getWidth(null));
token.setHeight(image.getHeight(null));
}
// PORTRAIT
if (getPortraitPanel().getImageId() != null) {
// Make sure the server has the image
if (!TabletopTool.getCampaign().containsAsset(getPortraitPanel().getImageId())) {
TabletopTool.serverCommand()
.putAsset(AssetManager.getAsset(getPortraitPanel().getImageId()));
}
}
token.setPortraitImage(getPortraitPanel().getImageId());
// LAYOUT
token.setSizeScale(getTokenLayoutPanel().getSizeScale());
token.setAnchor(getTokenLayoutPanel().getAnchorX(), getTokenLayoutPanel().getAnchorY());
// OTHER
tokenSaved = true;
// Character Sheet
// Map<String, Object> properties = controller.getData();
// for (String prop : token.getPropertyNames())
// token.setProperty(prop, properties.get(prop));
// Update UI
TabletopTool.getFrame().updateTokenTree();
TabletopTool.getFrame().resetTokenPanels();
return true;
}
/**
* Finds the extents of the map, then takes a 'screenshot' of that area. If the user is the GM,
* the extents include every object and everything that has any area, such as 'fog' and
* 'visibility' objects.
*
* <p>If a background tiling texture is used, the image is aligned to it, so that it can be used
* on re-import as a new base map image.
*
* <p>If the user is a player (or GM posing as a player), the extents only go as far as the
* revealed fog-of-war.
*
* @return the image to be saved
*/
private static BufferedImage takeEntireMapScreenShot() throws Exception, OutOfMemoryError {
final ZoneRenderer renderer = TabletopTool.getFrame().getCurrentZoneRenderer();
if (renderer == null) {
throw (new Exception("renderer = NULL"));
}
boolean viewAsPlayer = ExportRadioButtons.VIEW_PLAYER.isChecked();
//
// First, figure out the 'extents' of the canvas
// This will be later modified by the fog (for players),
// and by the tiling texture (for re-importing)
//
final PlayerView view = new PlayerView(viewAsPlayer ? Player.Role.PLAYER : Player.Role.GM);
Rectangle extents = renderer.zoneExtents(view);
try {
// Clip to what the players know about (if applicable).
// This keeps the player from exporting the map to learn which
// direction has more 'stuff' in it.
if (viewAsPlayer) {
Rectangle fogE = renderer.fogExtents();
// TabletopTool.showError(fogE.x + " " + fogE.y + " " + fogE.width + " " + fogE.height);
if ((fogE.width < 0) || (fogE.height < 0)) {
TabletopTool.showError(
I18N.getString(
"dialog.screenshot.error.negativeFogExtents")); // Image is not clipped to show
// only fog-revealed areas!"));
} else {
extents = extents.intersection(fogE);
}
}
} catch (Exception ex) {
throw (new Exception(I18N.getString("dialog.screenshot.error.noArea"), ex));
}
if ((extents == null) || (extents.width == 0) || (extents.height == 0)) {
throw (new Exception(I18N.getString("dialog.screenshot.error.noArea")));
}
// If output includes the tiling 'board' texture, move the upper-left corner
// to an integer multiple of the background tile (so it matches up on import).
// We don't need to move the lower-right corner because it doesn't matter for
// aligning on importing.
boolean drawBoard = ExportLayers.LAYER_BOARD.isChecked();
if (drawBoard) {
DrawablePaint paint = renderer.getZone().getBackgroundPaint();
DrawableTexturePaint dummy = new DrawableTexturePaint();
Integer tileX = 0, tileY = 0;
if (paint.getClass() == dummy.getClass()) {
Image bgTexture = ImageManager.getImage(((DrawableTexturePaint) paint).getAsset().getId());
tileX = bgTexture.getWidth(null);
tileY = bgTexture.getHeight(null);
Integer x = ((int) Math.floor((float) extents.x / tileX)) * tileX;
Integer y = ((int) Math.floor((float) extents.y / tileY)) * tileY;
extents.width = extents.width + (extents.x - x);
extents.height = extents.height + (extents.y - y);
extents.x = x;
extents.y = y;
}
}
// Save the original state of the renderer to restore later.
// Create a place to put the image, and
// set up the renderer to encompass the whole extents of the map.
Rectangle origBounds = renderer.getBounds();
Scale origScale = renderer.getZoneScale();
Dimension origSize = renderer.getSize();
BufferedImage image = null;
try {
image = new BufferedImage(extents.width, extents.height, Transparency.OPAQUE);
} catch (OutOfMemoryError me) {
throw new OutOfMemoryError("image size = " + extents.width + " x " + extents.height);
} catch (Exception e) {
throw new Exception("image size = " + extents.width + " x " + extents.height, e);
}
final Graphics2D g = image.createGraphics();
g.setClip(0, 0, extents.width, extents.height);
Scale s = new Scale();
s.setOffset(-extents.x, -extents.y);
// Finally, draw the image.
// Copied this thread concept from the original screenshot code in TabletopTool.
// Have to do this on the EDT so that there aren't any odd side effects
// of rendering using a renderer that's on screen.
try {
renderer.setZoneScale(s);
renderer.setBounds(extents);
renderer.setSize(extents.getSize());
if (!EventQueue.isDispatchThread()) {
EventQueue.invokeAndWait(
new Runnable() {
@Override
public void run() {
renderer.renderZone(g, view);
}
});
} else {
renderer.renderZone(g, view);
}
return image;
} catch (OutOfMemoryError me) {
throw new OutOfMemoryError("image size = " + extents.width + " x " + extents.height);
} catch (InterruptedException ie) {
TabletopTool.showError("While creating snapshot", ie);
} catch (InvocationTargetException ite) {
TabletopTool.showError("While creating snapshot", ite);
} catch (Exception e) {
throw new Exception("image size = " + extents.width + " x " + extents.height, e);
} finally {
g.dispose();
// Restore original state
renderer.setBounds(origBounds);
renderer.setZoneScale(origScale);
renderer.setSize(origSize);
}
// This is just to avoid the compiler error: it should be unreachable
return null;
}