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com.eteks.sweethome3d.viewcontroller.PlanController Maven / Gradle / Ivy
/*
* PlanController.java 2 juin 2006
*
* Sweet Home 3D, Copyright (c) 2006 Emmanuel PUYBARET / eTeks
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*/
package com.eteks.sweethome3d.viewcontroller;
import java.awt.BasicStroke;
import java.awt.Shape;
import java.awt.geom.AffineTransform;
import java.awt.geom.Area;
import java.awt.geom.GeneralPath;
import java.awt.geom.Line2D;
import java.awt.geom.PathIterator;
import java.awt.geom.Point2D;
import java.awt.geom.Rectangle2D;
import java.beans.PropertyChangeEvent;
import java.beans.PropertyChangeListener;
import java.beans.PropertyChangeSupport;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.Collection;
import java.util.Collections;
import java.util.Comparator;
import java.util.Hashtable;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import java.util.TreeMap;
import javax.swing.undo.AbstractUndoableEdit;
import javax.swing.undo.CannotRedoException;
import javax.swing.undo.CannotUndoException;
import javax.swing.undo.UndoableEdit;
import javax.swing.undo.UndoableEditSupport;
import com.eteks.sweethome3d.model.BackgroundImage;
import com.eteks.sweethome3d.model.Baseboard;
import com.eteks.sweethome3d.model.Camera;
import com.eteks.sweethome3d.model.CollectionEvent;
import com.eteks.sweethome3d.model.CollectionListener;
import com.eteks.sweethome3d.model.Compass;
import com.eteks.sweethome3d.model.DimensionLine;
import com.eteks.sweethome3d.model.Elevatable;
import com.eteks.sweethome3d.model.Home;
import com.eteks.sweethome3d.model.HomeDoorOrWindow;
import com.eteks.sweethome3d.model.HomeFurnitureGroup;
import com.eteks.sweethome3d.model.HomeLight;
import com.eteks.sweethome3d.model.HomePieceOfFurniture;
import com.eteks.sweethome3d.model.HomeTexture;
import com.eteks.sweethome3d.model.Label;
import com.eteks.sweethome3d.model.LengthUnit;
import com.eteks.sweethome3d.model.Level;
import com.eteks.sweethome3d.model.ObserverCamera;
import com.eteks.sweethome3d.model.Polyline;
import com.eteks.sweethome3d.model.Room;
import com.eteks.sweethome3d.model.Selectable;
import com.eteks.sweethome3d.model.SelectionEvent;
import com.eteks.sweethome3d.model.SelectionListener;
import com.eteks.sweethome3d.model.TextStyle;
import com.eteks.sweethome3d.model.UserPreferences;
import com.eteks.sweethome3d.model.Wall;
/**
* A MVC controller for the plan view.
* @author Emmanuel Puybaret
*/
public class PlanController extends FurnitureController implements Controller {
public enum Property {MODE, MODIFICATION_STATE, BASE_PLAN_MODIFICATION_STATE, SCALE}
/**
* Selectable modes in controller.
*/
public static class Mode {
// Don't qualify Mode as an enumeration to be able to extend Mode class
public static final Mode SELECTION = new Mode("SELECTION");
public static final Mode PANNING = new Mode("PANNING");
public static final Mode WALL_CREATION = new Mode("WALL_CREATION");
public static final Mode ROOM_CREATION = new Mode("ROOM_CREATION");
public static final Mode POLYLINE_CREATION = new Mode("POLYLINE_CREATION");
public static final Mode DIMENSION_LINE_CREATION = new Mode("DIMENSION_LINE_CREATION");
public static final Mode LABEL_CREATION = new Mode("LABEL_CREATION");
private final String name;
protected Mode(String name) {
this.name = name;
}
public final String name() {
return this.name;
}
@Override
public String toString() {
return this.name;
}
};
/**
* Fields that can be edited in plan view.
*/
public static enum EditableProperty {X, Y, LENGTH, ANGLE, THICKNESS, OFFSET, ARC_EXTENT}
private static final String SCALE_VISUAL_PROPERTY = "com.eteks.sweethome3d.SweetHome3D.PlanScale";
private static final int PIXEL_MARGIN = 4;
private static final int INDICATOR_PIXEL_MARGIN = 5;
private static final int WALL_ENDS_PIXEL_MARGIN = 2;
private final Home home;
private final UserPreferences preferences;
private final ViewFactory viewFactory;
private final ContentManager contentManager;
private final UndoableEditSupport undoSupport;
private final PropertyChangeSupport propertyChangeSupport;
private PlanView planView;
private SelectionListener selectionListener;
private PropertyChangeListener wallChangeListener;
// Possibles states
private final ControllerState selectionState;
private final ControllerState rectangleSelectionState;
private final ControllerState selectionMoveState;
private final ControllerState panningState;
private final ControllerState dragAndDropState;
private final ControllerState wallCreationState;
private final ControllerState wallDrawingState;
private final ControllerState wallResizeState;
private final ControllerState pieceOfFurnitureRotationState;
private final ControllerState pieceOfFurnitureElevationState;
private final ControllerState pieceOfFurnitureHeightState;
private final ControllerState pieceOfFurnitureResizeState;
private final ControllerState lightPowerModificationState;
private final ControllerState pieceOfFurnitureNameOffsetState;
private final ControllerState pieceOfFurnitureNameRotationState;
private final ControllerState cameraYawRotationState;
private final ControllerState cameraPitchRotationState;
private final ControllerState cameraElevationState;
private final ControllerState dimensionLineCreationState;
private final ControllerState dimensionLineDrawingState;
private final ControllerState dimensionLineResizeState;
private final ControllerState dimensionLineOffsetState;
private final ControllerState roomCreationState;
private final ControllerState roomDrawingState;
private final ControllerState roomResizeState;
private final ControllerState roomAreaOffsetState;
private final ControllerState roomAreaRotationState;
private final ControllerState roomNameOffsetState;
private final ControllerState roomNameRotationState;
private final ControllerState polylineCreationState;
private final ControllerState polylineDrawingState;
private final ControllerState polylineResizeState;
private final ControllerState labelCreationState;
private final ControllerState labelRotationState;
private final ControllerState labelElevationState;
private final ControllerState compassRotationState;
private final ControllerState compassResizeState;
// Current state
private ControllerState state;
private ControllerState previousState;
// Mouse cursor position at last mouse press
private float xLastMousePress;
private float yLastMousePress;
private boolean shiftDownLastMousePress;
private boolean alignmentActivatedLastMousePress;
private boolean duplicationActivatedLastMousePress;
private boolean magnetismToggledLastMousePress;
private float xLastMouseMove;
private float yLastMouseMove;
private Area wallsAreaCache;
private Area wallsIncludingBaseboardsAreaCache;
private Area insideWallsAreaCache;
private List roomPathsCache;
private Map furnitureSidesCache;
private List draggedItems;
/**
* Creates the controller of plan view.
* @param home the home plan edited by this controller and its view
* @param preferences the preferences of the application
* @param viewFactory a factory able to create the plan view managed by this controller
* @param contentManager a content manager used to import furniture
* @param undoSupport undo support to post changes on plan by this controller
*/
public PlanController(Home home,
UserPreferences preferences,
ViewFactory viewFactory,
ContentManager contentManager,
UndoableEditSupport undoSupport) {
super(home, preferences, viewFactory, contentManager, undoSupport);
this.home = home;
this.preferences = preferences;
this.viewFactory = viewFactory;
this.contentManager = contentManager;
this.undoSupport = undoSupport;
this.propertyChangeSupport = new PropertyChangeSupport(this);
this.furnitureSidesCache = new Hashtable();
// Initialize states
this.selectionState = new SelectionState();
this.selectionMoveState = new SelectionMoveState();
this.rectangleSelectionState = new RectangleSelectionState();
this.panningState = new PanningState();
this.dragAndDropState = new DragAndDropState();
this.wallCreationState = new WallCreationState();
this.wallDrawingState = new WallDrawingState();
this.wallResizeState = new WallResizeState();
this.pieceOfFurnitureRotationState = new PieceOfFurnitureRotationState();
this.pieceOfFurnitureElevationState = new PieceOfFurnitureElevationState();
this.pieceOfFurnitureHeightState = new PieceOfFurnitureHeightState();
this.pieceOfFurnitureResizeState = new PieceOfFurnitureResizeState();
this.lightPowerModificationState = new LightPowerModificationState();
this.pieceOfFurnitureNameOffsetState = new PieceOfFurnitureNameOffsetState();
this.pieceOfFurnitureNameRotationState = new PieceOfFurnitureNameRotationState();
this.cameraYawRotationState = new CameraYawRotationState();
this.cameraPitchRotationState = new CameraPitchRotationState();
this.cameraElevationState = new CameraElevationState();
this.dimensionLineCreationState = new DimensionLineCreationState();
this.dimensionLineDrawingState = new DimensionLineDrawingState();
this.dimensionLineResizeState = new DimensionLineResizeState();
this.dimensionLineOffsetState = new DimensionLineOffsetState();
this.roomCreationState = new RoomCreationState();
this.roomDrawingState = new RoomDrawingState();
this.roomResizeState = new RoomResizeState();
this.roomAreaOffsetState = new RoomAreaOffsetState();
this.roomAreaRotationState = new RoomAreaRotationState();
this.roomNameOffsetState = new RoomNameOffsetState();
this.roomNameRotationState = new RoomNameRotationState();
this.polylineCreationState = new PolylineCreationState();
this.polylineDrawingState = new PolylineDrawingState();
this.polylineResizeState = new PolylineResizeState();
this.labelCreationState = new LabelCreationState();
this.labelRotationState = new LabelRotationState();
this.labelElevationState = new LabelElevationState();
this.compassRotationState = new CompassRotationState();
this.compassResizeState = new CompassResizeState();
// Set default state to selectionState
setState(this.selectionState);
addModelListeners();
// Restore previous scale if it exists
Number scale = home.getNumericProperty(SCALE_VISUAL_PROPERTY);
if (scale != null) {
setScale(scale.floatValue());
}
}
/**
* Returns the view associated with this controller.
*/
public PlanView getView() {
// Create view lazily only once it's needed
if (this.planView == null) {
this.planView = this.viewFactory.createPlanView(this.home, this.preferences, this);
}
return this.planView;
}
/**
* Changes current state of controller.
*/
protected void setState(ControllerState state) {
boolean oldModificationState = false;
boolean oldBasePlanModificationState = false;
if (this.state != null) {
oldModificationState = this.state.isModificationState();
oldBasePlanModificationState = this.state.isBasePlanModificationState();
this.state.exit();
}
this.previousState = this.state;
this.state = state;
this.state.enter();
if (oldModificationState != state.isModificationState()) {
this.propertyChangeSupport.firePropertyChange(Property.MODIFICATION_STATE.name(),
oldModificationState, !oldModificationState);
}
if (oldBasePlanModificationState != state.isBasePlanModificationState()) {
this.propertyChangeSupport.firePropertyChange(Property.BASE_PLAN_MODIFICATION_STATE.name(),
oldBasePlanModificationState, !oldBasePlanModificationState);
}
}
/**
* Adds the property change listener in parameter to this controller.
*/
public void addPropertyChangeListener(Property property, PropertyChangeListener listener) {
this.propertyChangeSupport.addPropertyChangeListener(property.name(), listener);
}
/**
* Removes the property change listener in parameter from this controller.
*/
public void removePropertyChangeListener(Property property, PropertyChangeListener listener) {
this.propertyChangeSupport.removePropertyChangeListener(property.name(), listener);
}
/**
* Returns the active mode of this controller.
*/
public Mode getMode() {
return this.state.getMode();
}
/**
* Sets the active mode of this controller and fires a PropertyChangeEvent.
*/
public void setMode(Mode mode) {
Mode oldMode = this.state.getMode();
if (mode != oldMode) {
this.state.setMode(mode);
this.propertyChangeSupport.firePropertyChange(Property.MODE.name(), oldMode, mode);
}
}
/**
* Returns true if the interactions in the current mode may modify
* the state of a home.
*/
public boolean isModificationState() {
return this.state.isModificationState();
}
/**
* Returns true if the interactions in the current mode may modify
* the base plan of a home.
*/
public boolean isBasePlanModificationState() {
return this.state.isBasePlanModificationState();
}
/**
* Deletes the selection in home.
*/
@Override
public void deleteSelection() {
this.state.deleteSelection();
}
/**
* Escapes of current action.
*/
public void escape() {
this.state.escape();
}
/**
* Moves the selection of (dx,dy) in home.
*/
public void moveSelection(float dx, float dy) {
this.state.moveSelection(dx, dy);
}
/**
* Toggles temporary magnetism feature of user preferences.
* @param magnetismToggled if true then magnetism feature is toggled.
*/
public void toggleMagnetism(boolean magnetismToggled) {
this.state.toggleMagnetism(magnetismToggled);
}
/**
* Activates or deactivates alignment feature.
* @param alignmentActivated if true then alignment is active.
* @since 4.0
*/
public void setAlignmentActivated(boolean alignmentActivated) {
this.state.setAlignmentActivated(alignmentActivated);
}
/**
* Activates or deactivates duplication feature.
* @param duplicationActivated if true then duplication is active.
*/
public void setDuplicationActivated(boolean duplicationActivated) {
this.state.setDuplicationActivated(duplicationActivated);
}
/**
* Activates or deactivates edition.
* @param editionActivated if true then edition is active
*/
public void setEditionActivated(boolean editionActivated) {
this.state.setEditionActivated(editionActivated);
}
/**
* Updates an editable property with the entered value.
*/
public void updateEditableProperty(EditableProperty editableProperty, Object value) {
this.state.updateEditableProperty(editableProperty, value);
}
/**
* Processes a mouse button pressed event.
*/
public void pressMouse(float x, float y, int clickCount,
boolean shiftDown, boolean duplicationActivated) {
pressMouse(x, y, clickCount, shiftDown, shiftDown, duplicationActivated, shiftDown);
}
/**
* Processes a mouse button pressed event.
* @since 4.0
*/
public void pressMouse(float x, float y, int clickCount, boolean shiftDown,
boolean alignmentActivated, boolean duplicationActivated, boolean magnetismToggled) {
// Store the last coordinates of a mouse press
this.xLastMousePress = x;
this.yLastMousePress = y;
this.xLastMouseMove = x;
this.yLastMouseMove = y;
this.shiftDownLastMousePress = shiftDown;
this.alignmentActivatedLastMousePress = alignmentActivated;
this.duplicationActivatedLastMousePress = duplicationActivated;
this.magnetismToggledLastMousePress = magnetismToggled;
this.state.pressMouse(x, y, clickCount, shiftDown, duplicationActivated);
}
/**
* Processes a mouse button released event.
*/
public void releaseMouse(float x, float y) {
this.state.releaseMouse(x, y);
}
/**
* Processes a mouse button moved event.
*/
public void moveMouse(float x, float y) {
// Store the last coordinates of a mouse move
this.xLastMouseMove = x;
this.yLastMouseMove = y;
this.state.moveMouse(x, y);
}
/**
* Processes a zoom event.
*/
public void zoom(float factor) {
this.state.zoom(factor);
}
/**
* Returns the selection state.
*/
protected ControllerState getSelectionState() {
return this.selectionState;
}
/**
* Returns the selection move state.
*/
protected ControllerState getSelectionMoveState() {
return this.selectionMoveState;
}
/**
* Returns the rectangle selection state.
*/
protected ControllerState getRectangleSelectionState() {
return this.rectangleSelectionState;
}
/**
* Returns the panning state.
*/
protected ControllerState getPanningState() {
return this.panningState;
}
/**
* Returns the drag and drop state.
*/
protected ControllerState getDragAndDropState() {
return this.dragAndDropState;
}
/**
* Returns the wall creation state.
*/
protected ControllerState getWallCreationState() {
return this.wallCreationState;
}
/**
* Returns the wall drawing state.
*/
protected ControllerState getWallDrawingState() {
return this.wallDrawingState;
}
/**
* Returns the wall resize state.
*/
protected ControllerState getWallResizeState() {
return this.wallResizeState;
}
/**
* Returns the piece rotation state.
*/
protected ControllerState getPieceOfFurnitureRotationState() {
return this.pieceOfFurnitureRotationState;
}
/**
* Returns the piece elevation state.
*/
protected ControllerState getPieceOfFurnitureElevationState() {
return this.pieceOfFurnitureElevationState;
}
/**
* Returns the piece height state.
*/
protected ControllerState getPieceOfFurnitureHeightState() {
return this.pieceOfFurnitureHeightState;
}
/**
* Returns the piece resize state.
*/
protected ControllerState getPieceOfFurnitureResizeState() {
return this.pieceOfFurnitureResizeState;
}
/**
* Returns the light power modification state.
*/
protected ControllerState getLightPowerModificationState() {
return this.lightPowerModificationState;
}
/**
* Returns the piece name offset state.
*/
protected ControllerState getPieceOfFurnitureNameOffsetState() {
return this.pieceOfFurnitureNameOffsetState;
}
/**
* Returns the piece name rotation state.
* @since 3.6
*/
protected ControllerState getPieceOfFurnitureNameRotationState() {
return this.pieceOfFurnitureNameRotationState;
}
/**
* Returns the camera yaw rotation state.
*/
protected ControllerState getCameraYawRotationState() {
return this.cameraYawRotationState;
}
/**
* Returns the camera pitch rotation state.
*/
protected ControllerState getCameraPitchRotationState() {
return this.cameraPitchRotationState;
}
/**
* Returns the camera elevation state.
*/
protected ControllerState getCameraElevationState() {
return this.cameraElevationState;
}
/**
* Returns the dimension line creation state.
*/
protected ControllerState getDimensionLineCreationState() {
return this.dimensionLineCreationState;
}
/**
* Returns the dimension line drawing state.
*/
protected ControllerState getDimensionLineDrawingState() {
return this.dimensionLineDrawingState;
}
/**
* Returns the dimension line resize state.
*/
protected ControllerState getDimensionLineResizeState() {
return this.dimensionLineResizeState;
}
/**
* Returns the dimension line offset state.
*/
protected ControllerState getDimensionLineOffsetState() {
return this.dimensionLineOffsetState;
}
/**
* Returns the room creation state.
*/
protected ControllerState getRoomCreationState() {
return this.roomCreationState;
}
/**
* Returns the room drawing state.
*/
protected ControllerState getRoomDrawingState() {
return this.roomDrawingState;
}
/**
* Returns the room resize state.
*/
protected ControllerState getRoomResizeState() {
return this.roomResizeState;
}
/**
* Returns the room area offset state.
*/
protected ControllerState getRoomAreaOffsetState() {
return this.roomAreaOffsetState;
}
/**
* Returns the room area rotation state.
* @since 3.6
*/
protected ControllerState getRoomAreaRotationState() {
return this.roomAreaRotationState;
}
/**
* Returns the room name offset state.
*/
protected ControllerState getRoomNameOffsetState() {
return this.roomNameOffsetState;
}
/**
* Returns the room name rotation state.
* @since 3.6
*/
protected ControllerState getRoomNameRotationState() {
return this.roomNameRotationState;
}
/**
* Returns the polyline creation state.
* @since 5.0
*/
protected ControllerState getPolylineCreationState() {
return this.polylineCreationState;
}
/**
* Returns the polyline drawing state.
* @since 5.0
*/
protected ControllerState getPolylineDrawingState() {
return this.polylineDrawingState;
}
/**
* Returns the polyline resize state.
* @since 5.0
*/
protected ControllerState getPolylineResizeState() {
return this.polylineResizeState;
}
/**
* Returns the label creation state.
*/
protected ControllerState getLabelCreationState() {
return this.labelCreationState;
}
/**
* Returns the label rotation state.
* @since 3.6
*/
protected ControllerState getLabelRotationState() {
return this.labelRotationState;
}
/**
* Returns the label elevation state.
* @since 5.0
*/
protected ControllerState getLabelElevationState() {
return this.labelElevationState;
}
/**
* Returns the compass rotation state.
*/
protected ControllerState getCompassRotationState() {
return this.compassRotationState;
}
/**
* Returns the compass resize state.
*/
protected ControllerState getCompassResizeState() {
return this.compassResizeState;
}
/**
* Returns the abscissa of mouse position at last mouse press.
*/
protected float getXLastMousePress() {
return this.xLastMousePress;
}
/**
* Returns the ordinate of mouse position at last mouse press.
*/
protected float getYLastMousePress() {
return this.yLastMousePress;
}
/**
* Returns true if shift key was down at last mouse press.
*/
protected boolean wasShiftDownLastMousePress() {
return this.shiftDownLastMousePress;
}
/**
* Returns true if magnetism was toggled at last mouse press.
* @since 4.0
*/
protected boolean wasMagnetismToggledLastMousePress() {
return this.magnetismToggledLastMousePress;
}
/**
* Returns true if alignment was activated at last mouse press.
* @since 4.0
*/
protected boolean wasAlignmentActivatedLastMousePress() {
return this.alignmentActivatedLastMousePress;
}
/**
* Returns true if duplication was activated at last mouse press.
*/
protected boolean wasDuplicationActivatedLastMousePress() {
return this.duplicationActivatedLastMousePress;
}
/**
* Returns the abscissa of mouse position at last mouse move.
*/
protected float getXLastMouseMove() {
return this.xLastMouseMove;
}
/**
* Returns the ordinate of mouse position at last mouse move.
*/
protected float getYLastMouseMove() {
return this.yLastMouseMove;
}
/**
* Controls the modification of selected walls.
*/
public void modifySelectedWalls() {
if (!Home.getWallsSubList(this.home.getSelectedItems()).isEmpty()) {
new WallController(this.home, this.preferences, this.viewFactory,
this.contentManager, this.undoSupport).displayView(getView());
}
}
/**
* Locks home base plan.
*/
public void lockBasePlan() {
if (!this.home.isBasePlanLocked()) {
final boolean allLevelsSelection = this.home.isAllLevelsSelection();
List selection = this.home.getSelectedItems();
final Selectable [] oldSelectedItems =
selection.toArray(new Selectable [selection.size()]);
List newSelection = getItemsNotPartOfBasePlan(selection);
final Selectable [] newSelectedItems =
newSelection.toArray(new Selectable [newSelection.size()]);
this.home.setBasePlanLocked(true);
selectItems(newSelection, allLevelsSelection);
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
home.setBasePlanLocked(false);
selectAndShowItems(Arrays.asList(oldSelectedItems), allLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
home.setBasePlanLocked(true);
selectAndShowItems(Arrays.asList(newSelectedItems), allLevelsSelection);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoLockBasePlan");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Returns true it the given item belongs
* to the base plan.
*/
protected boolean isItemPartOfBasePlan(Selectable item) {
if (item instanceof HomePieceOfFurniture) {
return isPieceOfFurniturePartOfBasePlan((HomePieceOfFurniture)item);
} else {
return !(item instanceof ObserverCamera);
}
}
/**
* Returns the items among the given list that are not part of the base plan.
*/
private List getItemsNotPartOfBasePlan(List items) {
List itemsNotPartOfBasePlan = new ArrayList();
for (Selectable item : items) {
if (!isItemPartOfBasePlan(item)) {
itemsNotPartOfBasePlan.add(item);
}
}
return itemsNotPartOfBasePlan;
}
/**
* Unlocks home base plan.
*/
public void unlockBasePlan() {
if (this.home.isBasePlanLocked()) {
final boolean allLevelsSelection = this.home.isAllLevelsSelection();
List selection = this.home.getSelectedItems();
final Selectable [] selectedItems =
selection.toArray(new Selectable [selection.size()]);
this.home.setBasePlanLocked(false);
this.home.setAllLevelsSelection(false);
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
home.setBasePlanLocked(true);
selectAndShowItems(Arrays.asList(selectedItems), allLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
home.setBasePlanLocked(false);
selectAndShowItems(Arrays.asList(selectedItems), false);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoUnlockBasePlan");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Returns true if the given item may be moved
* in the plan. Default implementation returns true.
*/
protected boolean isItemMovable(Selectable item) {
if (item instanceof HomePieceOfFurniture) {
return isPieceOfFurnitureMovable((HomePieceOfFurniture)item);
} else {
return true;
}
}
/**
* Returns true if the given item may be resized.
* Default implementation returns false if the given item
* is a non resizable piece of furniture.
*/
protected boolean isItemResizable(Selectable item) {
if (item instanceof HomePieceOfFurniture) {
return ((HomePieceOfFurniture)item).isResizable();
} else {
return true;
}
}
/**
* Returns true if the given item may be deleted.
* Default implementation returns true except if the given item
* is a camera or a compass or if the given item isn't a
* {@linkplain #isPieceOfFurnitureDeletable(HomePieceOfFurniture) deletable piece of furniture}.
*/
protected boolean isItemDeletable(Selectable item) {
if (item instanceof HomePieceOfFurniture) {
return isPieceOfFurnitureDeletable((HomePieceOfFurniture)item);
} else {
return !(item instanceof Compass || item instanceof Camera);
}
}
/**
* Controls the direction reverse of selected walls.
*/
public void reverseSelectedWallsDirection() {
List selectedWalls = Home.getWallsSubList(this.home.getSelectedItems());
if (!selectedWalls.isEmpty()) {
Wall [] reversedWalls = selectedWalls.toArray(new Wall [selectedWalls.size()]);
doReverseWallsDirection(reversedWalls);
postReverseSelectedWallsDirection(reversedWalls, this.home.getSelectedItems());
}
}
/**
* Posts an undoable reverse wall operation, about walls.
*/
private void postReverseSelectedWallsDirection(final Wall [] walls,
List oldSelection) {
final boolean allLevelsSelection = home.isAllLevelsSelection();
final Selectable [] oldSelectedItems =
oldSelection.toArray(new Selectable [oldSelection.size()]);
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
doReverseWallsDirection(walls);
selectAndShowItems(Arrays.asList(oldSelectedItems), allLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
doReverseWallsDirection(walls);
selectAndShowItems(Arrays.asList(oldSelectedItems), allLevelsSelection);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoReverseWallsDirectionName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
/**
* Reverses the walls direction.
*/
private void doReverseWallsDirection(Wall [] walls) {
for (Wall wall : walls) {
float xStart = wall.getXStart();
float yStart = wall.getYStart();
float xEnd = wall.getXEnd();
float yEnd = wall.getYEnd();
wall.setXStart(xEnd);
wall.setYStart(yEnd);
wall.setXEnd(xStart);
wall.setYEnd(yStart);
if (wall.getArcExtent() != null) {
wall.setArcExtent(-wall.getArcExtent());
}
Wall wallAtStart = wall.getWallAtStart();
boolean joinedAtEndOfWallAtStart =
wallAtStart != null
&& wallAtStart.getWallAtEnd() == wall;
boolean joinedAtStartOfWallAtStart =
wallAtStart != null
&& wallAtStart.getWallAtStart() == wall;
Wall wallAtEnd = wall.getWallAtEnd();
boolean joinedAtEndOfWallAtEnd =
wallAtEnd != null
&& wallAtEnd.getWallAtEnd() == wall;
boolean joinedAtStartOfWallAtEnd =
wallAtEnd != null
&& wallAtEnd.getWallAtStart() == wall;
wall.setWallAtStart(wallAtEnd);
wall.setWallAtEnd(wallAtStart);
if (joinedAtEndOfWallAtStart) {
wallAtStart.setWallAtEnd(wall);
} else if (joinedAtStartOfWallAtStart) {
wallAtStart.setWallAtStart(wall);
}
if (joinedAtEndOfWallAtEnd) {
wallAtEnd.setWallAtEnd(wall);
} else if (joinedAtStartOfWallAtEnd) {
wallAtEnd.setWallAtStart(wall);
}
Integer rightSideColor = wall.getRightSideColor();
HomeTexture rightSideTexture = wall.getRightSideTexture();
float leftSideShininess = wall.getLeftSideShininess();
Baseboard leftSideBaseboard = wall.getLeftSideBaseboard();
Integer leftSideColor = wall.getLeftSideColor();
HomeTexture leftSideTexture = wall.getLeftSideTexture();
float rightSideShininess = wall.getRightSideShininess();
Baseboard rightSideBaseboard = wall.getRightSideBaseboard();
wall.setLeftSideColor(rightSideColor);
wall.setLeftSideTexture(rightSideTexture);
wall.setLeftSideShininess(rightSideShininess);
wall.setLeftSideBaseboard(rightSideBaseboard);
wall.setRightSideColor(leftSideColor);
wall.setRightSideTexture(leftSideTexture);
wall.setRightSideShininess(leftSideShininess);
wall.setRightSideBaseboard(leftSideBaseboard);
Float heightAtEnd = wall.getHeightAtEnd();
if (heightAtEnd != null) {
Float height = wall.getHeight();
wall.setHeight(heightAtEnd);
wall.setHeightAtEnd(height);
}
}
}
/**
* Controls the split of the selected wall in two joined walls of equal length.
*/
public void splitSelectedWall() {
List selectedItems = this.home.getSelectedItems();
List selectedWalls = Home.getWallsSubList(selectedItems);
if (selectedWalls.size() == 1) {
boolean allLevelsSelection = this.home.isAllLevelsSelection();
boolean basePlanLocked = this.home.isBasePlanLocked();
Wall splitWall = selectedWalls.get(0);
JoinedWall splitJoinedWall = new JoinedWall(splitWall);
float xStart = splitWall.getXStart();
float yStart = splitWall.getYStart();
float xEnd = splitWall.getXEnd();
float yEnd = splitWall.getYEnd();
float xMiddle = (xStart + xEnd) / 2;
float yMiddle = (yStart + yEnd) / 2;
Wall wallAtStart = splitWall.getWallAtStart();
boolean joinedAtEndOfWallAtStart =
wallAtStart != null
&& wallAtStart.getWallAtEnd() == splitWall;
boolean joinedAtStartOfWallAtStart =
wallAtStart != null
&& wallAtStart.getWallAtStart() == splitWall;
Wall wallAtEnd = splitWall.getWallAtEnd();
boolean joinedAtEndOfWallAtEnd =
wallAtEnd != null
&& wallAtEnd.getWallAtEnd() == splitWall;
boolean joinedAtStartOfWallAtEnd =
wallAtEnd != null
&& wallAtEnd.getWallAtStart() == splitWall;
// Clone new walls to copy their characteristics
Wall firstWall = splitWall.clone();
this.home.addWall(firstWall);
firstWall.setLevel(splitWall.getLevel());
Wall secondWall = splitWall.clone();
this.home.addWall(secondWall);
secondWall.setLevel(splitWall.getLevel());
// Change split walls end and start point
firstWall.setXEnd(xMiddle);
firstWall.setYEnd(yMiddle);
secondWall.setXStart(xMiddle);
secondWall.setYStart(yMiddle);
if (splitWall.getHeightAtEnd() != null) {
Float heightAtMiddle = (splitWall.getHeight() + splitWall.getHeightAtEnd()) / 2;
firstWall.setHeightAtEnd(heightAtMiddle);
secondWall.setHeight(heightAtMiddle);
}
firstWall.setWallAtEnd(secondWall);
secondWall.setWallAtStart(firstWall);
firstWall.setWallAtStart(wallAtStart);
if (joinedAtEndOfWallAtStart) {
wallAtStart.setWallAtEnd(firstWall);
} else if (joinedAtStartOfWallAtStart) {
wallAtStart.setWallAtStart(firstWall);
}
secondWall.setWallAtEnd(wallAtEnd);
if (joinedAtEndOfWallAtEnd) {
wallAtEnd.setWallAtEnd(secondWall);
} else if (joinedAtStartOfWallAtEnd) {
wallAtEnd.setWallAtStart(secondWall);
}
// Delete split wall
this.home.deleteWall(splitWall);
selectAndShowItems(Arrays.asList(new Wall [] {firstWall}), false);
postSplitSelectedWall(splitJoinedWall,
new JoinedWall(firstWall), new JoinedWall(secondWall), selectedItems, basePlanLocked, allLevelsSelection);
}
}
/**
* Posts an undoable split wall operation.
*/
private void postSplitSelectedWall(final JoinedWall splitJoinedWall,
final JoinedWall firstJoinedWall,
final JoinedWall secondJoinedWall,
List oldSelection,
final boolean oldBasePlanLocked,
final boolean oldAllLevelsSelection) {
final Selectable [] oldSelectedItems =
oldSelection.toArray(new Selectable [oldSelection.size()]);
final boolean newBasePlanLocked = this.home.isBasePlanLocked();
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
doDeleteWalls(new JoinedWall [] {firstJoinedWall, secondJoinedWall}, oldBasePlanLocked);
doAddWalls(new JoinedWall [] {splitJoinedWall}, oldBasePlanLocked);
selectAndShowItems(Arrays.asList(oldSelectedItems), oldAllLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
doDeleteWalls(new JoinedWall [] {splitJoinedWall}, newBasePlanLocked);
doAddWalls(new JoinedWall [] {firstJoinedWall, secondJoinedWall}, newBasePlanLocked);
selectAndShowItems(Arrays.asList(new Wall [] {firstJoinedWall.getWall()}), false);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoSplitWallName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
/**
* Controls the modification of the selected rooms.
*/
public void modifySelectedRooms() {
if (!Home.getRoomsSubList(this.home.getSelectedItems()).isEmpty()) {
new RoomController(this.home, this.preferences, this.viewFactory,
this.contentManager, this.undoSupport).displayView(getView());
}
}
/**
* Returns a new label. The new label isn't added to home.
*/
private void createLabel(float x, float y) {
new LabelController(this.home, x, y, this.preferences, this.viewFactory,
this.undoSupport).displayView(getView());
}
/**
* Controls the modification of the selected labels.
*/
public void modifySelectedLabels() {
if (!Home.getLabelsSubList(this.home.getSelectedItems()).isEmpty()) {
new LabelController(this.home, this.preferences, this.viewFactory,
this.undoSupport).displayView(getView());
}
}
/**
* Controls the modification of the selected polylines.
* @since 5.0
*/
public void modifySelectedPolylines() {
if (!Home.getPolylinesSubList(this.home.getSelectedItems()).isEmpty()) {
new PolylineController(this.home, this.preferences, this.viewFactory,
this.contentManager, this.undoSupport).displayView(getView());
}
}
/**
* Controls the modification of the compass.
*/
public void modifyCompass() {
new CompassController(this.home, this.preferences, this.viewFactory,
this.undoSupport).displayView(getView());
}
/**
* Controls the modification of the observer camera.
*/
public void modifyObserverCamera() {
new ObserverCameraController(this.home, this.preferences, this.viewFactory).displayView(getView());
}
/**
* Toggles bold style of texts in selected items.
*/
public void toggleBoldStyle() {
// Find if selected items are all bold or not
Boolean selectionBoldStyle = null;
for (Selectable item : this.home.getSelectedItems()) {
Boolean bold;
if (item instanceof Label) {
bold = getItemTextStyle(item, ((Label)item).getStyle()).isBold();
} else if (item instanceof HomePieceOfFurniture
&& ((HomePieceOfFurniture)item).isVisible()) {
bold = getItemTextStyle(item, ((HomePieceOfFurniture)item).getNameStyle()).isBold();
} else if (item instanceof Room) {
Room room = (Room)item;
bold = getItemTextStyle(room, room.getNameStyle()).isBold();
if (bold != getItemTextStyle(room, room.getAreaStyle()).isBold()) {
bold = null;
}
} else if (item instanceof DimensionLine) {
bold = getItemTextStyle(item, ((DimensionLine)item).getLengthStyle()).isBold();
} else {
continue;
}
if (selectionBoldStyle == null) {
selectionBoldStyle = bold;
} else if (bold == null || !selectionBoldStyle.equals(bold)) {
selectionBoldStyle = null;
break;
}
}
// Apply new bold style to all selected items
if (selectionBoldStyle == null) {
selectionBoldStyle = Boolean.TRUE;
} else {
selectionBoldStyle = !selectionBoldStyle;
}
List itemsWithText = new ArrayList();
List oldTextStyles = new ArrayList();
List textStyles = new ArrayList();
for (Selectable item : this.home.getSelectedItems()) {
if (item instanceof Label) {
Label label = (Label)item;
itemsWithText.add(label);
TextStyle oldTextStyle = getItemTextStyle(label, label.getStyle());
oldTextStyles.add(oldTextStyle);
textStyles.add(oldTextStyle.deriveBoldStyle(selectionBoldStyle));
} else if (item instanceof HomePieceOfFurniture) {
HomePieceOfFurniture piece = (HomePieceOfFurniture)item;
if (piece.isVisible()) {
itemsWithText.add(piece);
TextStyle oldNameStyle = getItemTextStyle(piece, piece.getNameStyle());
oldTextStyles.add(oldNameStyle);
textStyles.add(oldNameStyle.deriveBoldStyle(selectionBoldStyle));
}
} else if (item instanceof Room) {
final Room room = (Room)item;
itemsWithText.add(room);
TextStyle oldNameStyle = getItemTextStyle(room, room.getNameStyle());
oldTextStyles.add(oldNameStyle);
textStyles.add(oldNameStyle.deriveBoldStyle(selectionBoldStyle));
TextStyle oldAreaStyle = getItemTextStyle(room, room.getAreaStyle());
oldTextStyles.add(oldAreaStyle);
textStyles.add(oldAreaStyle.deriveBoldStyle(selectionBoldStyle));
} else if (item instanceof DimensionLine) {
DimensionLine dimensionLine = (DimensionLine)item;
itemsWithText.add(dimensionLine);
TextStyle oldLengthStyle = getItemTextStyle(dimensionLine, dimensionLine.getLengthStyle());
oldTextStyles.add(oldLengthStyle);
textStyles.add(oldLengthStyle.deriveBoldStyle(selectionBoldStyle));
}
}
modifyTextStyle(itemsWithText.toArray(new Selectable [itemsWithText.size()]),
oldTextStyles.toArray(new TextStyle [oldTextStyles.size()]),
textStyles.toArray(new TextStyle [textStyles.size()]));
}
/**
* Returns textStyle if not null or the default text style.
*/
private TextStyle getItemTextStyle(Selectable item, TextStyle textStyle) {
if (textStyle == null) {
textStyle = this.preferences.getDefaultTextStyle(item.getClass());
}
return textStyle;
}
/**
* Toggles italic style of texts in selected items.
*/
public void toggleItalicStyle() {
// Find if selected items are all italic or not
Boolean selectionItalicStyle = null;
for (Selectable item : this.home.getSelectedItems()) {
Boolean italic;
if (item instanceof Label) {
italic = getItemTextStyle(item, ((Label)item).getStyle()).isItalic();
} else if (item instanceof HomePieceOfFurniture
&& ((HomePieceOfFurniture)item).isVisible()) {
italic = getItemTextStyle(item, ((HomePieceOfFurniture)item).getNameStyle()).isItalic();
} else if (item instanceof Room) {
Room room = (Room)item;
italic = getItemTextStyle(room, room.getNameStyle()).isItalic();
if (italic != getItemTextStyle(room, room.getAreaStyle()).isItalic()) {
italic = null;
}
} else if (item instanceof DimensionLine) {
italic = getItemTextStyle(item, ((DimensionLine)item).getLengthStyle()).isItalic();
} else {
continue;
}
if (selectionItalicStyle == null) {
selectionItalicStyle = italic;
} else if (italic == null || !selectionItalicStyle.equals(italic)) {
selectionItalicStyle = null;
break;
}
}
// Apply new italic style to all selected items
if (selectionItalicStyle == null) {
selectionItalicStyle = Boolean.TRUE;
} else {
selectionItalicStyle = !selectionItalicStyle;
}
List itemsWithText = new ArrayList();
List oldTextStyles = new ArrayList();
List textStyles = new ArrayList();
for (Selectable item : this.home.getSelectedItems()) {
if (item instanceof Label) {
Label label = (Label)item;
itemsWithText.add(label);
TextStyle oldTextStyle = getItemTextStyle(label, label.getStyle());
oldTextStyles.add(oldTextStyle);
textStyles.add(oldTextStyle.deriveItalicStyle(selectionItalicStyle));
} else if (item instanceof HomePieceOfFurniture) {
HomePieceOfFurniture piece = (HomePieceOfFurniture)item;
if (piece.isVisible()) {
itemsWithText.add(piece);
TextStyle oldNameStyle = getItemTextStyle(piece, piece.getNameStyle());
oldTextStyles.add(oldNameStyle);
textStyles.add(oldNameStyle.deriveItalicStyle(selectionItalicStyle));
}
} else if (item instanceof Room) {
final Room room = (Room)item;
itemsWithText.add(room);
TextStyle oldNameStyle = getItemTextStyle(room, room.getNameStyle());
oldTextStyles.add(oldNameStyle);
textStyles.add(oldNameStyle.deriveItalicStyle(selectionItalicStyle));
TextStyle oldAreaStyle = getItemTextStyle(room, room.getAreaStyle());
oldTextStyles.add(oldAreaStyle);
textStyles.add(oldAreaStyle.deriveItalicStyle(selectionItalicStyle));
} else if (item instanceof DimensionLine) {
DimensionLine dimensionLine = (DimensionLine)item;
itemsWithText.add(dimensionLine);
TextStyle oldLengthStyle = getItemTextStyle(dimensionLine, dimensionLine.getLengthStyle());
oldTextStyles.add(oldLengthStyle);
textStyles.add(oldLengthStyle.deriveItalicStyle(selectionItalicStyle));
}
}
modifyTextStyle(itemsWithText.toArray(new Selectable [itemsWithText.size()]),
oldTextStyles.toArray(new TextStyle [oldTextStyles.size()]),
textStyles.toArray(new TextStyle [textStyles.size()]));
}
/**
* Increase the size of texts in selected items.
*/
public void increaseTextSize() {
applyFactorToTextSize(1.1f);
}
/**
* Decrease the size of texts in selected items.
*/
public void decreaseTextSize() {
applyFactorToTextSize(1 / 1.1f);
}
/**
* Applies a factor to the font size of the texts of the selected items in home.
*/
private void applyFactorToTextSize(float factor) {
List itemsWithText = new ArrayList();
List oldTextStyles = new ArrayList();
List textStyles = new ArrayList();
for (Selectable item : this.home.getSelectedItems()) {
if (item instanceof Label) {
Label label = (Label)item;
itemsWithText.add(label);
TextStyle oldLabelStyle = getItemTextStyle(item, label.getStyle());
oldTextStyles.add(oldLabelStyle);
textStyles.add(oldLabelStyle.deriveStyle(Math.round(oldLabelStyle.getFontSize() * factor)));
} else if (item instanceof HomePieceOfFurniture) {
HomePieceOfFurniture piece = (HomePieceOfFurniture)item;
if (piece.isVisible()) {
itemsWithText.add(piece);
TextStyle oldNameStyle = getItemTextStyle(piece, piece.getNameStyle());
oldTextStyles.add(oldNameStyle);
textStyles.add(oldNameStyle.deriveStyle(Math.round(oldNameStyle.getFontSize() * factor)));
}
} else if (item instanceof Room) {
final Room room = (Room)item;
itemsWithText.add(room);
TextStyle oldNameStyle = getItemTextStyle(room, room.getNameStyle());
oldTextStyles.add(oldNameStyle);
textStyles.add(oldNameStyle.deriveStyle(Math.round(oldNameStyle.getFontSize() * factor)));
TextStyle oldAreaStyle = getItemTextStyle(room, room.getAreaStyle());
oldTextStyles.add(oldAreaStyle);
textStyles.add(oldAreaStyle.deriveStyle(Math.round(oldAreaStyle.getFontSize() * factor)));
} else if (item instanceof DimensionLine) {
DimensionLine dimensionLine = (DimensionLine)item;
itemsWithText.add(dimensionLine);
TextStyle oldLengthStyle = getItemTextStyle(dimensionLine, dimensionLine.getLengthStyle());
oldTextStyles.add(oldLengthStyle);
textStyles.add(oldLengthStyle.deriveStyle(Math.round(oldLengthStyle.getFontSize() * factor)));
}
}
modifyTextStyle(itemsWithText.toArray(new Selectable [itemsWithText.size()]),
oldTextStyles.toArray(new TextStyle [oldTextStyles.size()]),
textStyles.toArray(new TextStyle [textStyles.size()]));
}
/**
* Changes the style of items and posts an undoable change style operation.
*/
private void modifyTextStyle(final Selectable [] items,
final TextStyle [] oldStyles,
final TextStyle [] styles) {
final boolean allLevelsSelection = home.isAllLevelsSelection();
List oldSelection = this.home.getSelectedItems();
final Selectable [] oldSelectedItems =
oldSelection.toArray(new Selectable [oldSelection.size()]);
doModifyTextStyle(items, styles);
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
doModifyTextStyle(items, oldStyles);
selectAndShowItems(Arrays.asList(oldSelectedItems), allLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
doModifyTextStyle(items, styles);
selectAndShowItems(Arrays.asList(oldSelectedItems), allLevelsSelection);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(PlanController.class, "undoModifyTextStyleName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
/**
* Changes the style of items.
*/
private void doModifyTextStyle(Selectable [] items, TextStyle [] styles) {
int styleIndex = 0;
for (Selectable item : items) {
if (item instanceof Label) {
((Label)item).setStyle(styles [styleIndex++]);
} else if (item instanceof HomePieceOfFurniture) {
HomePieceOfFurniture piece = (HomePieceOfFurniture)item;
if (piece.isVisible()) {
piece.setNameStyle(styles [styleIndex++]);
}
} else if (item instanceof Room) {
final Room room = (Room)item;
room.setNameStyle(styles [styleIndex++]);
room.setAreaStyle(styles [styleIndex++]);
} else if (item instanceof DimensionLine) {
((DimensionLine)item).setLengthStyle(styles [styleIndex++]);
}
}
}
/**
* Returns the minimum scale of the plan view.
*/
public float getMinimumScale() {
return 0.01f;
}
/**
* Returns the maximum scale of the plan view.
*/
public float getMaximumScale() {
return 5f;
}
/**
* Returns the scale in plan view.
*/
public float getScale() {
return getView().getScale();
}
/**
* Controls the scale in plan view and and fires a PropertyChangeEvent.
*/
public void setScale(float scale) {
scale = Math.max(getMinimumScale(), Math.min(scale, getMaximumScale()));
if (scale != getView().getScale()) {
float oldScale = getView().getScale();
this.furnitureSidesCache.clear();
if (getView() != null) {
int x = getView().convertXModelToScreen(getXLastMouseMove());
int y = getView().convertXModelToScreen(getYLastMouseMove());
getView().setScale(scale);
// Update mouse location
moveMouse(getView().convertXPixelToModel(x), getView().convertYPixelToModel(y));
}
this.propertyChangeSupport.firePropertyChange(Property.SCALE.name(), oldScale, scale);
this.home.setProperty(SCALE_VISUAL_PROPERTY, String.valueOf(scale));
}
}
/**
* Sets the selected level in home.
*/
public void setSelectedLevel(Level level) {
this.home.setSelectedLevel(level);
}
/**
* Selects all visible items in the selected level of home.
*/
@Override
public void selectAll() {
List all = getVisibleItemsAtSelectedLevel();
if (this.home.isBasePlanLocked()) {
this.home.setSelectedItems(getItemsNotPartOfBasePlan(all));
} else {
this.home.setSelectedItems(all);
}
this.home.setAllLevelsSelection(false);
}
/**
* Returns the viewable and selectable home items at the selected level, except camera.
*/
private List getVisibleItemsAtSelectedLevel() {
List selectableItems = new ArrayList();
Level selectedLevel = this.home.getSelectedLevel();
for (Selectable item : this.home.getSelectableViewableItems()) {
if (item instanceof HomePieceOfFurniture) {
if (isPieceOfFurnitureVisibleAtSelectedLevel((HomePieceOfFurniture)item)) {
selectableItems.add(item);
}
} else if (!(item instanceof Elevatable)
|| ((Elevatable)item).isAtLevel(selectedLevel)) {
selectableItems.add(item);
}
}
return selectableItems;
}
/**
* Selects all visible items in all levels of home.
* @since 4.4
*/
public void selectAllAtAllLevels() {
List allItems = new ArrayList(this.home.getSelectableViewableItems());
if (this.home.isBasePlanLocked()) {
allItems = getItemsNotPartOfBasePlan(allItems);
}
this.home.setSelectedItems(allItems);
this.home.setAllLevelsSelection(true);
}
/**
* Returns the visible (fully or partially) rooms at the selected level in home.
*/
private List getDetectableRoomsAtSelectedLevel() {
List rooms = this.home.getRooms();
Level selectedLevel = this.home.getSelectedLevel();
List levels = this.home.getLevels();
if (selectedLevel == null || levels.size() <= 1) {
return rooms;
} else {
List visibleRooms = new ArrayList(rooms.size());
int selectedLevelIndex = levels.indexOf(selectedLevel);
boolean level0 = levels.get(0) == selectedLevel
|| levels.get(selectedLevelIndex - 1).getElevation() == selectedLevel.getElevation();
Level otherLevel = levels.get(level0 && selectedLevelIndex < levels.size() - 1
? selectedLevelIndex + 1
: selectedLevelIndex - 1);
for (Room room : rooms) {
if (room.isAtLevel(selectedLevel)
|| otherLevel != null
&& room.isAtLevel(otherLevel)
&& (level0 && room.isFloorVisible()
|| !level0 && room.isCeilingVisible())) {
visibleRooms.add(room);
}
}
return visibleRooms;
}
}
/**
* Returns the visible (fully or partially) walls at the selected level in home.
*/
private Collection getDetectableWallsAtSelectedLevel() {
Collection walls = this.home.getWalls();
Level selectedLevel = this.home.getSelectedLevel();
List levels = this.home.getLevels();
if (selectedLevel == null || levels.size() <= 1) {
return walls;
} else {
Collection visibleWalls = new ArrayList(walls.size());
int selectedLevelIndex = levels.indexOf(selectedLevel);
boolean level0 = levels.get(0) == selectedLevel
|| levels.get(selectedLevelIndex - 1).getElevation() == selectedLevel.getElevation();
Level otherLevel = levels.get(level0 && selectedLevelIndex < levels.size() - 1
? selectedLevelIndex + 1
: selectedLevelIndex - 1);
for (Wall wall : walls) {
if (wall.isAtLevel(selectedLevel)
|| otherLevel != null
&& wall.isAtLevel(otherLevel)) {
visibleWalls.add(wall);
}
}
return visibleWalls;
}
}
/**
* Returns the horizontal ruler of the plan view.
*/
public View getHorizontalRulerView() {
return getView().getHorizontalRuler();
}
/**
* Returns the vertical ruler of the plan view.
*/
public View getVerticalRulerView() {
return getView().getVerticalRuler();
}
private void addModelListeners() {
this.selectionListener = new SelectionListener() {
public void selectionChanged(SelectionEvent ev) {
selectLevelFromSelectedItems();
if (getView() != null) {
getView().makeSelectionVisible();
}
}
};
this.home.addSelectionListener(this.selectionListener);
// Ensure observer camera is visible when its size, location or angles change
this.home.getObserverCamera().addPropertyChangeListener(new PropertyChangeListener() {
public void propertyChange(PropertyChangeEvent ev) {
if (home.getSelectedItems().contains(ev.getSource())) {
if (getView() != null) {
getView().makeSelectionVisible();
}
}
}
});
this.wallChangeListener = new PropertyChangeListener() {
public void propertyChange(PropertyChangeEvent ev) {
String propertyName = ev.getPropertyName();
if (Wall.Property.X_START.name().equals(propertyName)
|| Wall.Property.X_END.name().equals(propertyName)
|| Wall.Property.Y_START.name().equals(propertyName)
|| Wall.Property.Y_END.name().equals(propertyName)
|| Wall.Property.WALL_AT_START.name().equals(propertyName)
|| Wall.Property.WALL_AT_END.name().equals(propertyName)
|| Wall.Property.THICKNESS.name().equals(propertyName)
|| Wall.Property.ARC_EXTENT.name().equals(propertyName)
|| Wall.Property.LEVEL.name().equals(propertyName)
|| Wall.Property.HEIGHT.name().equals(propertyName)
|| Wall.Property.HEIGHT_AT_END.name().equals(propertyName)
|| Wall.Property.LEFT_SIDE_BASEBOARD.name().equals(propertyName)
|| Wall.Property.RIGHT_SIDE_BASEBOARD.name().equals(propertyName)) {
resetAreaCache();
// Unselect unreachable wall
Wall wall = (Wall)ev.getSource();
if (!wall.isAtLevel(home.getSelectedLevel())) {
List selectedItems = new ArrayList(home.getSelectedItems());
if (selectedItems.remove(wall)) {
selectItems(selectedItems, home.isAllLevelsSelection());
}
}
}
}
};
for (Wall wall : this.home.getWalls()) {
wall.addPropertyChangeListener(this.wallChangeListener);
}
this.home.addWallsListener(new CollectionListener () {
public void collectionChanged(CollectionEvent ev) {
if (ev.getType() == CollectionEvent.Type.ADD) {
ev.getItem().addPropertyChangeListener(wallChangeListener);
} else if (ev.getType() == CollectionEvent.Type.DELETE) {
ev.getItem().removePropertyChangeListener(wallChangeListener);
}
resetAreaCache();
}
});
// Add listener to update furnitureBordersCache when walls change
final PropertyChangeListener furnitureChangeListener = new PropertyChangeListener() {
public void propertyChange(PropertyChangeEvent ev) {
String propertyName = ev.getPropertyName();
if (HomePieceOfFurniture.Property.X.name().equals(propertyName)
|| HomePieceOfFurniture.Property.Y.name().equals(propertyName)
|| HomePieceOfFurniture.Property.WIDTH.name().equals(propertyName)
|| HomePieceOfFurniture.Property.DEPTH.name().equals(propertyName)) {
furnitureSidesCache.remove((HomePieceOfFurniture)ev.getSource());
}
}
};
for (HomePieceOfFurniture piece : this.home.getFurniture()) {
piece.addPropertyChangeListener(furnitureChangeListener);
}
this.home.addFurnitureListener(new CollectionListener () {
public void collectionChanged(CollectionEvent ev) {
if (ev.getType() == CollectionEvent.Type.ADD) {
ev.getItem().addPropertyChangeListener(furnitureChangeListener);
} else if (ev.getType() == CollectionEvent.Type.DELETE) {
ev.getItem().removePropertyChangeListener(furnitureChangeListener);
furnitureSidesCache.remove(ev.getItem());
}
}
});
this.home.addPropertyChangeListener(Home.Property.SELECTED_LEVEL, new PropertyChangeListener() {
public void propertyChange(PropertyChangeEvent ev) {
resetAreaCache();
}
});
this.home.getObserverCamera().setFixedSize(home.getLevels().size() >= 2);
this.home.addLevelsListener(new CollectionListener() {
public void collectionChanged(CollectionEvent ev) {
home.getObserverCamera().setFixedSize(home.getLevels().size() >= 2);
}
});
}
private void resetAreaCache() {
wallsAreaCache = null;
wallsIncludingBaseboardsAreaCache = null;
insideWallsAreaCache = null;
roomPathsCache = null;
}
/**
* Displays in plan view the feedback of draggedItems,
* during a drag and drop operation initiated from outside of plan view.
*/
public void startDraggedItems(List draggedItems, float x, float y) {
this.draggedItems = draggedItems;
// If magnetism is enabled, adjust furniture size and elevation
if (this.preferences.isMagnetismEnabled()) {
for (HomePieceOfFurniture piece : Home.getFurnitureSubList(draggedItems)) {
if (piece.isResizable()) {
piece.setWidth(this.preferences.getLengthUnit().getMagnetizedLength(piece.getWidth(), 0.1f));
piece.setDepth(this.preferences.getLengthUnit().getMagnetizedLength(piece.getDepth(), 0.1f));
piece.setHeight(this.preferences.getLengthUnit().getMagnetizedLength(piece.getHeight(), 0.1f));
}
piece.setElevation(this.preferences.getLengthUnit().getMagnetizedLength(piece.getElevation(), 0.1f));
}
}
setState(getDragAndDropState());
moveMouse(x, y);
}
/**
* Deletes in plan view the feedback of the dragged items.
*/
public void stopDraggedItems() {
if (this.state != getDragAndDropState()) {
throw new IllegalStateException("Controller isn't in a drag and drop state");
}
this.draggedItems = null;
setState(this.previousState);
}
/**
* Attempts to modify piece location depending of its context.
* If the piece is a door or a window and the point (x, y)
* belongs to a wall, the piece will be resized, rotated and moved so
* its opening depth is equal to wall thickness and its angle matches wall direction.
* If the piece isn't a door or a window and the point (x, y)
* belongs to a wall, the piece will be rotated and moved so
* its back face lies along the closest wall side and its angle matches wall direction.
* If the piece isn't a door or a window, its bounding box is included in
* the one of an other object and its elevation is equal to zero, it will be elevated
* to appear on the top of the latter.
*/
protected void adjustMagnetizedPieceOfFurniture(HomePieceOfFurniture piece, float x, float y) {
boolean pieceElevationAdjusted = adjustPieceOfFurnitureElevation(piece) != null;
Wall magnetWall = adjustPieceOfFurnitureOnWallAt(piece, x, y, true);
if (!pieceElevationAdjusted) {
adjustPieceOfFurnitureSideBySideAt(piece, magnetWall == null, magnetWall);
}
}
/**
* Attempts to move and resize piece depending on the wall under the
* point (x, y) and returns that wall it it exists.
* @see #adjustMagnetizedPieceOfFurniture(HomePieceOfFurniture, float, float)
*/
private Wall adjustPieceOfFurnitureOnWallAt(HomePieceOfFurniture piece,
float x, float y, boolean forceOrientation) {
float margin = PIXEL_MARGIN / getScale();
Level selectedLevel = this.home.getSelectedLevel();
float [][] piecePoints = piece.getPoints();
final boolean includeBaseboards = !piece.isDoorOrWindow()
&& piece.getElevation() == 0;
Area wallsArea = getWallsArea(includeBaseboards);
Collection walls = this.home.getWalls();
Wall referenceWall = null;
if (forceOrientation
|| !piece.isDoorOrWindow()) {
// Search if point (x, y) is contained in home walls with no margin
for (Wall wall : walls) {
if (wall.isAtLevel(selectedLevel)
&& isLevelNullOrViewable(wall.getLevel())
&& wall.containsPoint(x, y, includeBaseboards, 0)
&& wall.getStartPointToEndPointDistance() > 0) {
referenceWall = getReferenceWall(wall, x, y);
break;
}
}
if (referenceWall == null) {
// If not found search if point (x, y) is contained in home walls with a margin
for (Wall wall : walls) {
if (wall.isAtLevel(selectedLevel)
&& isLevelNullOrViewable(wall.getLevel())
&& wall.containsPoint(x, y, includeBaseboards, 0)
&& wall.getStartPointToEndPointDistance() > 0) {
referenceWall = getReferenceWall(wall, x, y);
break;
}
}
}
}
if (referenceWall == null) {
// Search if the border of a wall at floor level intersects with the given piece
Area pieceAreaWithMargin = new Area(getRotatedRectangle(
piece.getX() - piece.getWidth() / 2 - margin, piece.getY() - piece.getDepth() / 2 - margin,
piece.getWidth() + 2 * margin, piece.getDepth() + 2 * margin, piece.getAngle()));
float intersectionWithReferenceWallSurface = 0;
for (Wall wall : walls) {
if (wall.isAtLevel(selectedLevel)
&& isLevelNullOrViewable(wall.getLevel())
&& wall.getStartPointToEndPointDistance() > 0) {
float [][] wallPoints = wall.getPoints(includeBaseboards);
Area wallAreaIntersection = new Area(getPath(wallPoints));
wallAreaIntersection.intersect(pieceAreaWithMargin);
if (!wallAreaIntersection.isEmpty()) {
float surface = getArea(wallAreaIntersection);
if (surface > intersectionWithReferenceWallSurface) {
intersectionWithReferenceWallSurface = surface;
if (forceOrientation) {
referenceWall = getReferenceWall(wall, x, y);
} else {
Rectangle2D intersectionBounds = wallAreaIntersection.getBounds2D();
referenceWall = getReferenceWall(wall, (float)intersectionBounds.getCenterX(), (float)intersectionBounds.getCenterY());
}
}
}
}
}
}
if (referenceWall != null
&& (referenceWall.getArcExtent() == null
|| referenceWall.getArcExtent().floatValue() == 0
|| !piece.isDoorOrWindow())) {
float xPiece = x;
float yPiece = y;
float pieceAngle = piece.getAngle();
float halfWidth = piece.getWidth() / 2;
float halfDepth = piece.getDepth() / 2;
double wallAngle = Math.atan2(referenceWall.getYEnd() - referenceWall.getYStart(),
referenceWall.getXEnd() - referenceWall.getXStart());
float [][] wallPoints = referenceWall.getPoints(includeBaseboards);
boolean magnetizedAtRight = wallAngle > -Math.PI / 2 && wallAngle <= Math.PI / 2;
double cosWallAngle = Math.cos(wallAngle);
double sinWallAngle = Math.sin(wallAngle);
double distanceToLeftSide = Line2D.ptLineDist(
wallPoints [0][0], wallPoints [0][1], wallPoints [1][0], wallPoints [1][1], x, y);
double distanceToRightSide = Line2D.ptLineDist(
wallPoints [2][0], wallPoints [2][1], wallPoints [3][0], wallPoints [3][1], x, y);
boolean adjustOrientation = forceOrientation
|| piece.isDoorOrWindow()
|| referenceWall.containsPoint(x, y, includeBaseboards, PIXEL_MARGIN / getScale());
if (adjustOrientation) {
double distanceToPieceLeftSide = Line2D.ptLineDist(
piecePoints [0][0], piecePoints [0][1], piecePoints [3][0], piecePoints [3][1], x, y);
double distanceToPieceRightSide = Line2D.ptLineDist(
piecePoints [1][0], piecePoints [1][1], piecePoints [2][0], piecePoints [2][1], x, y);
double distanceToPieceSide = pieceAngle > (3 * Math.PI / 2 + 1E-6) || pieceAngle < (Math.PI / 2 + 1E-6)
? distanceToPieceLeftSide
: distanceToPieceRightSide;
pieceAngle = (float)(distanceToRightSide < distanceToLeftSide
? wallAngle
: wallAngle + Math.PI);
if (piece.isDoorOrWindow()) {
final float thicknessEpsilon = 0.00075f;
float wallDistance = thicknessEpsilon / 2;
if (piece instanceof HomeDoorOrWindow) {
HomeDoorOrWindow doorOrWindow = (HomeDoorOrWindow)piece;
if (piece.isResizable()
&& isItemResizable(piece)) {
piece.setDepth(thicknessEpsilon
+ referenceWall.getThickness() / doorOrWindow.getWallThickness());
halfDepth = piece.getDepth() / 2;
}
wallDistance += piece.getDepth() * doorOrWindow.getWallDistance();
}
if (distanceToRightSide < distanceToLeftSide) {
xPiece += sinWallAngle * ( (distanceToLeftSide + wallDistance) - halfDepth);
yPiece += cosWallAngle * (-(distanceToLeftSide + wallDistance) + halfDepth);
} else {
xPiece += sinWallAngle * (-(distanceToRightSide + wallDistance) + halfDepth);
yPiece += cosWallAngle * ( (distanceToRightSide + wallDistance) - halfDepth);
}
if (magnetizedAtRight) {
xPiece += cosWallAngle * (halfWidth - distanceToPieceSide);
yPiece += sinWallAngle * (halfWidth - distanceToPieceSide);
} else {
// Ensure adjusted window is at the right of the cursor
xPiece += -cosWallAngle * (halfWidth - distanceToPieceSide);
yPiece += -sinWallAngle * (halfWidth - distanceToPieceSide);
}
} else {
if (distanceToRightSide < distanceToLeftSide) {
int pointIndicator = Line2D.relativeCCW(
wallPoints [2][0], wallPoints [2][1], wallPoints [3][0], wallPoints [3][1], x, y);
xPiece += pointIndicator * sinWallAngle * distanceToRightSide - sinWallAngle * halfDepth;
yPiece += -pointIndicator * cosWallAngle * distanceToRightSide + cosWallAngle * halfDepth;
} else {
int pointIndicator = Line2D.relativeCCW(
wallPoints [0][0], wallPoints [0][1], wallPoints [1][0], wallPoints [1][1], x, y);
xPiece += -pointIndicator * sinWallAngle * distanceToLeftSide + sinWallAngle * halfDepth;
yPiece += pointIndicator * cosWallAngle * distanceToLeftSide - cosWallAngle * halfDepth;
}
if (magnetizedAtRight) {
xPiece += cosWallAngle * (halfWidth - distanceToPieceSide);
yPiece += sinWallAngle * (halfWidth - distanceToPieceSide);
} else {
// Ensure adjusted piece is at the right of the cursor
xPiece += -cosWallAngle * (halfWidth - distanceToPieceSide);
yPiece += -sinWallAngle * (halfWidth - distanceToPieceSide);
}
}
} else {
// Search the distance required to align piece on the left or right side of the reference wall
Line2D centerLine = new Line2D.Float(referenceWall.getXStart(), referenceWall.getYStart(),
referenceWall.getXEnd(), referenceWall.getYEnd());
Shape pieceBoundingBox = getRotatedRectangle(0, 0, piece.getWidth(), piece.getDepth(), (float)(pieceAngle - wallAngle));
double rotatedBoundingBoxDepth = pieceBoundingBox.getBounds2D().getHeight();
float relativeCCWToPieceCenterSignum = Math.signum(centerLine.relativeCCW(piece.getX(), piece.getY()));
float relativeCCWToPointSignum = Math.signum(centerLine.relativeCCW(x, y));
double distance = relativeCCWToPieceCenterSignum
* (-referenceWall.getThickness() / 2 + centerLine.ptLineDist(piece.getX(), piece.getY()) - rotatedBoundingBoxDepth / 2);
if (includeBaseboards) {
if (relativeCCWToPieceCenterSignum > 0
&& referenceWall.getLeftSideBaseboard() != null) {
distance -= relativeCCWToPieceCenterSignum * referenceWall.getLeftSideBaseboard().getThickness();
} else if (relativeCCWToPieceCenterSignum < 0
&& referenceWall.getRightSideBaseboard() != null) {
distance -= relativeCCWToPieceCenterSignum * referenceWall.getRightSideBaseboard().getThickness();
}
}
if (relativeCCWToPointSignum != relativeCCWToPieceCenterSignum) {
distance -= relativeCCWToPointSignum * (rotatedBoundingBoxDepth + referenceWall.getThickness());
if (referenceWall.getLeftSideBaseboard() != null) {
distance -= relativeCCWToPointSignum * referenceWall.getLeftSideBaseboard().getThickness();
}
if (referenceWall.getRightSideBaseboard() != null) {
distance -= relativeCCWToPointSignum * referenceWall.getRightSideBaseboard().getThickness();
}
}
xPiece = piece.getX() + (float)(-distance * sinWallAngle);
yPiece = piece.getY() + (float)(distance * cosWallAngle);
}
if (!piece.isDoorOrWindow()
&& (referenceWall.getArcExtent() == null // Ignore reoriented piece when (x, y) is inside a round wall
|| !adjustOrientation
|| Line2D.relativeCCW(referenceWall.getXStart(), referenceWall.getYStart(),
referenceWall.getXEnd(), referenceWall.getYEnd(), x, y) > 0)) {
// Search if piece intersects some other walls and avoid it intersects the closest one
Area wallsAreaIntersection = new Area(wallsArea);
Area adjustedPieceArea = new Area(getRotatedRectangle(xPiece - halfWidth,
yPiece - halfDepth, piece.getWidth(), piece.getDepth(), pieceAngle));
wallsAreaIntersection.subtract(new Area(getPath(wallPoints)));
wallsAreaIntersection.intersect(adjustedPieceArea);
if (!wallsAreaIntersection.isEmpty()) {
// Search the wall intersection path the closest to (x, y)
GeneralPath closestWallIntersectionPath = getClosestPath(getAreaPaths(wallsAreaIntersection), x, y);
if (closestWallIntersectionPath != null) {
// In case the adjusted piece crosses a wall, search the area intersecting that wall
// + other parts which crossed the wall (the farthest ones from (x,y))
adjustedPieceArea.subtract(wallsArea);
if (adjustedPieceArea.isEmpty()) {
return null;
} else {
List adjustedPieceAreaPaths = getAreaPaths(adjustedPieceArea);
// Ignore too complex cases when the piece intersect many walls and is not parallel to a wall
double angleDifference = (wallAngle - pieceAngle + 2 * Math.PI) % Math.PI;
if (angleDifference < 1E-5
|| Math.PI - angleDifference < 1E-5
|| adjustedPieceAreaPaths.size() < 2) {
GeneralPath adjustedPiecePathInArea = getClosestPath(adjustedPieceAreaPaths, x, y);
Area adjustingArea = new Area(closestWallIntersectionPath);
for (GeneralPath path : adjustedPieceAreaPaths) {
if (path != adjustedPiecePathInArea) {
adjustingArea.add(new Area(path));
}
}
AffineTransform rotation = AffineTransform.getRotateInstance(-wallAngle);
Rectangle2D adjustingAreaBounds = adjustingArea.createTransformedArea(rotation).getBounds2D();
Rectangle2D adjustedPiecePathInAreaBounds = adjustedPiecePathInArea.createTransformedShape(rotation).getBounds2D();
if (!adjustingAreaBounds.contains(adjustedPiecePathInAreaBounds)) {
double adjustLeftBorder = Math.signum(adjustedPiecePathInAreaBounds.getCenterX() - adjustingAreaBounds.getCenterX());
xPiece += adjustingAreaBounds.getWidth() * cosWallAngle * adjustLeftBorder;
yPiece += adjustingAreaBounds.getWidth() * sinWallAngle * adjustLeftBorder;
}
}
}
}
}
}
piece.setAngle(pieceAngle);
piece.setX(xPiece);
piece.setY(yPiece);
if (piece instanceof HomeDoorOrWindow) {
((HomeDoorOrWindow)piece).setBoundToWall(true);
}
return referenceWall;
}
return null;
}
/**
* Returns true is the given level is viewable.
*/
private boolean isLevelNullOrViewable(Level level) {
return level == null || level.isViewable();
}
/**
* Returns wall or a small wall part at the angle formed by the line joining wall center to
* (x, y) point if the given wall is round.
*/
private Wall getReferenceWall(Wall wall, float x, float y) {
Float arcExtent = wall.getArcExtent();
if (arcExtent == null || arcExtent.floatValue() == 0) {
return wall;
} else {
double angle = Math.atan2(wall.getYArcCircleCenter() - y, x - wall.getXArcCircleCenter());
double radius = Point2D.distance(wall.getXArcCircleCenter(), wall.getYArcCircleCenter(), wall.getXStart(), wall.getYStart());
float epsilonAngle = 0.001f;
Wall wallPart = new Wall((float)(wall.getXArcCircleCenter() + Math.cos(angle + epsilonAngle) * radius),
(float)(wall.getYArcCircleCenter() - Math.sin(angle + epsilonAngle) * radius),
(float)(wall.getXArcCircleCenter() + Math.cos(angle - epsilonAngle) * radius),
(float)(wall.getYArcCircleCenter() - Math.sin(angle - epsilonAngle) * radius), wall.getThickness(), 0);
wallPart.setArcExtent(epsilonAngle * 2);
wallPart.setLeftSideBaseboard(wall.getLeftSideBaseboard());
wallPart.setRightSideBaseboard(wall.getRightSideBaseboard());
return wallPart;
}
}
/**
* Returns the closest path among paths ones to the given point.
*/
private GeneralPath getClosestPath(List paths, float x, float y) {
GeneralPath closestPath = null;
double closestPathDistance = Double.MAX_VALUE;
for (GeneralPath path : paths) {
float [][] pathPoints = getPathPoints(path, true);
for (int i = 0; i < pathPoints.length; i++) {
double distanceToPath = Line2D.ptSegDistSq(pathPoints [i][0], pathPoints [i][1],
pathPoints [(i + 1) % pathPoints.length][0], pathPoints [(i + 1) % pathPoints.length][1], x, y);
if (distanceToPath < closestPathDistance) {
closestPathDistance = distanceToPath;
closestPath = path;
}
}
}
return closestPath;
}
/**
* Returns the dimension lines that indicates how is placed a given piece
* along a wall.
*/
private List getDimensionLinesAlongWall(HomePieceOfFurniture piece, Wall wall) {
// Search the points on the wall side closest to piece
float [][] piecePoints = piece.getPoints();
float angle = piece.getAngle();
float [][] wallPoints = wall.getPoints();
float [] pieceLeftPoint;
float [] pieceRightPoint;
float [] piecePoint = piece.isDoorOrWindow()
? piecePoints [3] // Front side point
: piecePoints [0]; // Back side point
if (Line2D.ptLineDistSq(wallPoints [0][0], wallPoints [0][1],
wallPoints [1][0], wallPoints [1][1],
piecePoint [0], piecePoint [1])
<= Line2D.ptLineDistSq(wallPoints [2][0], wallPoints [2][1],
wallPoints [3][0], wallPoints [3][1],
piecePoint [0], piecePoint [1])) {
pieceLeftPoint = computeIntersection(wallPoints [0], wallPoints [1], piecePoints [0], piecePoints [3]);
pieceRightPoint = computeIntersection(wallPoints [0], wallPoints [1], piecePoints [1], piecePoints [2]);
} else {
pieceLeftPoint = computeIntersection(wallPoints [2], wallPoints [3], piecePoints [0], piecePoints [3]);
pieceRightPoint = computeIntersection(wallPoints [2], wallPoints [3], piecePoints [1], piecePoints [2]);
}
List dimensionLines = new ArrayList();
float [] wallEndPointJoinedToPieceLeftPoint = null;
float [] wallEndPointJoinedToPieceRightPoint = null;
// Search among room paths which segment includes pieceLeftPoint and pieceRightPoint
List roomPaths = getRoomPathsFromWalls();
for (int i = 0;
i < roomPaths.size()
&& wallEndPointJoinedToPieceLeftPoint == null
&& wallEndPointJoinedToPieceRightPoint == null; i++) {
float [][] roomPoints = getPathPoints(roomPaths.get(i), true);
for (int j = 0; j < roomPoints.length; j++) {
float [] startPoint = roomPoints [j];
float [] endPoint = roomPoints [(j + 1) % roomPoints.length];
float deltaX = endPoint [0] - startPoint [0];
float deltaY = endPoint [1] - startPoint [1];
double segmentAngle = Math.abs(deltaX) < 1E-5
? Math.PI / 2
: (Math.abs(deltaY) < 1E-5
? 0
: Math.atan2(deltaY, deltaX));
// If segment and piece are parallel
double angleDifference = (segmentAngle - angle + 2 * Math.PI) % Math.PI;
if (angleDifference < 1E-5 || Math.PI - angleDifference < 1E-5) {
boolean segmentContainsLeftPoint = Line2D.ptSegDistSq(startPoint [0], startPoint [1],
endPoint [0], endPoint [1], pieceLeftPoint [0], pieceLeftPoint [1]) < 0.0001;
boolean segmentContainsRightPoint = Line2D.ptSegDistSq(startPoint [0], startPoint [1],
endPoint [0], endPoint [1], pieceRightPoint [0], pieceRightPoint [1]) < 0.0001;
if (segmentContainsLeftPoint || segmentContainsRightPoint) {
if (segmentContainsLeftPoint) {
// Compute distances to segment start point
double startPointToLeftPointDistance = Point2D.distanceSq(startPoint [0], startPoint [1],
pieceLeftPoint [0], pieceLeftPoint [1]);
double startPointToRightPointDistance = Point2D.distanceSq(startPoint [0], startPoint [1],
pieceRightPoint [0], pieceRightPoint [1]);
if (startPointToLeftPointDistance < startPointToRightPointDistance
|| !segmentContainsRightPoint) {
wallEndPointJoinedToPieceLeftPoint = startPoint.clone();
} else {
wallEndPointJoinedToPieceLeftPoint = endPoint.clone();
}
}
if (segmentContainsRightPoint) {
// Compute distances to segment start point
double endPointToLeftPointDistance = Point2D.distanceSq(endPoint [0], endPoint [1],
pieceLeftPoint [0], pieceLeftPoint [1]);
double endPointToRightPointDistance = Point2D.distanceSq(endPoint [0], endPoint [1],
pieceRightPoint [0], pieceRightPoint [1]);
if (endPointToLeftPointDistance < endPointToRightPointDistance
&& segmentContainsLeftPoint) {
wallEndPointJoinedToPieceRightPoint = startPoint.clone();
} else {
wallEndPointJoinedToPieceRightPoint = endPoint.clone();
}
}
break;
}
}
}
}
boolean reverse = angle > Math.PI / 2 && angle <= 3 * Math.PI / 2;
boolean pieceFrontSideAlongWallSide = !piece.isDoorOrWindow()
&& Line2D.ptLineDistSq(wall.getXStart(), wall.getYStart(), wall.getXEnd(), wall.getYEnd(), piecePoint [0], piecePoint [1])
> Line2D.ptLineDistSq(wall.getXStart(), wall.getYStart(), wall.getXEnd(), wall.getYEnd(), piecePoints [3][0], piecePoints [3][1]);
if (wallEndPointJoinedToPieceLeftPoint != null) {
float offset = (float)Point2D.distance(pieceLeftPoint [0], pieceLeftPoint [1],
piecePoints [3][0], piecePoints [3][1]) + 10 / getView().getScale();
if (pieceFrontSideAlongWallSide) {
offset = -(float)Point2D.distance(pieceLeftPoint [0], pieceLeftPoint [1],
piecePoints [0][0], piecePoints [0][1]) - 10 / getView().getScale();
}
if (reverse) {
dimensionLines.add(new DimensionLine(pieceLeftPoint [0], pieceLeftPoint [1],
wallEndPointJoinedToPieceLeftPoint [0],
wallEndPointJoinedToPieceLeftPoint [1], -offset));
} else {
dimensionLines.add(new DimensionLine(wallEndPointJoinedToPieceLeftPoint [0],
wallEndPointJoinedToPieceLeftPoint [1],
pieceLeftPoint [0], pieceLeftPoint [1], offset));
}
}
if (wallEndPointJoinedToPieceRightPoint != null) {
float offset = (float)Point2D.distance(pieceRightPoint [0], pieceRightPoint [1],
piecePoints [2][0], piecePoints [2][1]) + 10 / getView().getScale();
if (pieceFrontSideAlongWallSide) {
offset = -(float)Point2D.distance(pieceRightPoint [0], pieceRightPoint [1],
piecePoints [1][0], piecePoints [1][1]) - 10 / getView().getScale();
}
if (reverse) {
dimensionLines.add(new DimensionLine(wallEndPointJoinedToPieceRightPoint [0],
wallEndPointJoinedToPieceRightPoint [1],
pieceRightPoint [0], pieceRightPoint [1], -offset));
} else {
dimensionLines.add(new DimensionLine(pieceRightPoint [0], pieceRightPoint [1],
wallEndPointJoinedToPieceRightPoint [0],
wallEndPointJoinedToPieceRightPoint [1], offset));
}
}
for (Iterator it = dimensionLines.iterator(); it.hasNext(); ) {
if (it.next().getLength() < 0.01f) {
it.remove();
}
}
return dimensionLines;
}
/**
* Returns the intersection point between the lines defined by the points
* (point1, point2) and (point3, pont4).
*/
private static float [] computeIntersection(float [] point1, float [] point2, float [] point3, float [] point4) {
return computeIntersection(point1 [0], point1 [1], point2 [0], point2 [1],
point3 [0], point3 [1], point4 [0], point4 [1]);
}
/**
* Returns the intersection point between the line joining the first two points and
* the line joining the two last points.
*/
static float [] computeIntersection(float xPoint1, float yPoint1, float xPoint2, float yPoint2,
float xPoint3, float yPoint3, float xPoint4, float yPoint4) {
float x = xPoint2;
float y = yPoint2;
float alpha1 = (yPoint2 - yPoint1) / (xPoint2 - xPoint1);
float alpha2 = (yPoint4 - yPoint3) / (xPoint4 - xPoint3);
// If the two lines are not parallel
if (alpha1 != alpha2) {
// If first line is vertical
if (Math.abs(alpha1) > 4000) {
if (Math.abs(alpha2) < 4000) {
x = xPoint1;
float beta2 = yPoint4 - alpha2 * xPoint4;
y = alpha2 * x + beta2;
}
// If second line is vertical
} else if (Math.abs(alpha2) > 4000) {
if (Math.abs(alpha1) < 4000) {
x = xPoint3;
float beta1 = yPoint2 - alpha1 * xPoint2;
y = alpha1 * x + beta1;
}
} else {
boolean sameSignum = Math.signum(alpha1) == Math.signum(alpha2);
if (Math.abs(alpha1 - alpha2) > 1E-5
&& (!sameSignum || (Math.abs(alpha1) > Math.abs(alpha2) ? alpha1 / alpha2 : alpha2 / alpha1) > 1.004)) {
float beta1 = yPoint2 - alpha1 * xPoint2;
float beta2 = yPoint4 - alpha2 * xPoint4;
x = (beta2 - beta1) / (alpha1 - alpha2);
y = alpha1 * x + beta1;
}
}
}
return new float [] {x, y};
}
/**
* Attempts to elevate piece depending on the highest piece that includes
* its bounding box and returns that piece.
* @see #adjustMagnetizedPieceOfFurniture(HomePieceOfFurniture, float, float)
*/
private HomePieceOfFurniture adjustPieceOfFurnitureElevation(HomePieceOfFurniture piece) {
if (!piece.isDoorOrWindow()
&& piece.getElevation() == 0) {
// Search if another piece at floor level contains the given piece to elevate it at its height
HomePieceOfFurniture highestSurroundingPiece = getHighestSurroundingPieceOfFurniture(piece);
if (highestSurroundingPiece != null) {
float elevation = highestSurroundingPiece.getElevation()
+ highestSurroundingPiece.getHeight() * highestSurroundingPiece.getDropOnTopElevation();
if (highestSurroundingPiece.getLevel() != null) {
elevation += highestSurroundingPiece.getLevel().getElevation()
- (piece.getLevel() != null
? piece.getLevel().getElevation()
: this.home.getSelectedLevel().getElevation());
}
piece.setElevation(Math.max(0, elevation));
return highestSurroundingPiece;
}
}
return null;
}
/**
* Attempts to align piece on the borders of home furniture at the the same elevation
* that intersect with it and returns that piece.
* @see #adjustMagnetizedPieceOfFurniture(HomePieceOfFurniture, float, float)
*/
private HomePieceOfFurniture adjustPieceOfFurnitureSideBySideAt(HomePieceOfFurniture piece,
boolean forceOrientation,
Wall magnetWall) {
float [][] piecePoints = piece.getPoints();
Area pieceArea = new Area(getPath(piecePoints));
boolean doorOrWindowBoundToWall = piece instanceof HomeDoorOrWindow
&& ((HomeDoorOrWindow)piece).isBoundToWall();
// Search if the border of another piece at floor level intersects with the given piece
float pieceElevation = piece.getGroundElevation();
float margin = 2 * PIXEL_MARGIN / getScale();
BasicStroke stroke = new BasicStroke(margin);
HomePieceOfFurniture referencePiece = null;
Area intersectionWithReferencePieceArea = null;
float intersectionWithReferencePieceSurface = 0;
float [][] referencePiecePoints = null;
for (HomePieceOfFurniture homePiece : this.home.getFurniture()) {
float homePieceElevation = homePiece.getGroundElevation();
if (homePiece != piece
&& isPieceOfFurnitureVisibleAtSelectedLevel(homePiece)
&& pieceElevation < homePieceElevation + homePiece.getHeight()
&& pieceElevation + piece.getHeight() > homePieceElevation
&& (!doorOrWindowBoundToWall // Ignore other furniture for doors and windows bound to a wall
|| homePiece.isDoorOrWindow())) {
float [][] points = homePiece.getPoints();
GeneralPath path = getPath(points);
Area marginArea;
if (doorOrWindowBoundToWall && homePiece.isDoorOrWindow()) {
marginArea = new Area(stroke.createStrokedShape(new Line2D.Float(
points [1][0], points [1][1], points [2][0], points [2][1])));
marginArea.add(new Area(stroke.createStrokedShape(new Line2D.Float(
points [3][0], points [3][1], points [0][0], points [0][1]))));
} else {
marginArea = this.furnitureSidesCache.get(homePiece);
if (marginArea == null) {
marginArea = new Area(stroke.createStrokedShape(path));
this.furnitureSidesCache.put(homePiece, marginArea);
}
}
Area intersection = new Area(marginArea);
intersection.intersect(pieceArea);
if (!intersection.isEmpty()) {
Area exclusiveOr = new Area(pieceArea);
exclusiveOr.exclusiveOr(intersection);
if (exclusiveOr.isSingular()) {
Area insideArea = new Area(path);
insideArea.subtract(marginArea);
insideArea.intersect(pieceArea);
if (insideArea.isEmpty()) {
float surface = getArea(intersection);
if (surface > intersectionWithReferencePieceSurface) {
intersectionWithReferencePieceSurface = surface;
referencePiece = homePiece;
referencePiecePoints = points;
intersectionWithReferencePieceArea = intersection;
}
}
}
}
}
}
if (referencePiece != null) {
boolean alignedOnReferencePieceFrontOrBackSide;
if (doorOrWindowBoundToWall && referencePiece.isDoorOrWindow()) {
alignedOnReferencePieceFrontOrBackSide = false;
} else {
GeneralPath referencePieceLargerBoundingBox = getRotatedRectangle(referencePiece.getX() - referencePiece.getWidth(),
referencePiece.getY() - referencePiece.getDepth(), referencePiece.getWidth() * 2, referencePiece.getDepth() * 2,
referencePiece.getAngle());
float [][] pathPoints = getPathPoints(referencePieceLargerBoundingBox, false);
alignedOnReferencePieceFrontOrBackSide = isAreaLargerOnFrontOrBackSide(intersectionWithReferencePieceArea, pathPoints);
}
if (forceOrientation) {
piece.setAngle(referencePiece.getAngle());
}
Shape pieceBoundingBox = getRotatedRectangle(0, 0, piece.getWidth(), piece.getDepth(), piece.getAngle() - referencePiece.getAngle());
float deltaX = 0;
float deltaY = 0;
if (!alignedOnReferencePieceFrontOrBackSide) {
// Search the distance required to align piece on the left or right side of the reference piece
Line2D centerLine = new Line2D.Float(referencePiece.getX(), referencePiece.getY(),
(referencePiecePoints [0][0] + referencePiecePoints [1][0]) / 2, (referencePiecePoints [0][1] + referencePiecePoints [1][1]) / 2);
double rotatedBoundingBoxWidth = pieceBoundingBox.getBounds2D().getWidth();
double distance = centerLine.relativeCCW(piece.getX(), piece.getY())
* (-referencePiece.getWidth() / 2 + centerLine.ptLineDist(piece.getX(), piece.getY()) - rotatedBoundingBoxWidth / 2);
deltaX = (float)(distance * Math.cos(referencePiece.getAngle()));
deltaY = (float)(distance * Math.sin(referencePiece.getAngle()));
} else {
// Search the distance required to align piece on the front or back side of the reference piece
Line2D centerLine = new Line2D.Float(referencePiece.getX(), referencePiece.getY(),
(referencePiecePoints [2][0] + referencePiecePoints [1][0]) / 2, (referencePiecePoints [2][1] + referencePiecePoints [1][1]) / 2);
double rotatedBoundingBoxDepth = pieceBoundingBox.getBounds2D().getHeight();
double distance = centerLine.relativeCCW(piece.getX(), piece.getY())
* (-referencePiece.getDepth() / 2 + centerLine.ptLineDist(piece.getX(), piece.getY()) - rotatedBoundingBoxDepth / 2);
deltaX = (float)(-distance * Math.sin(referencePiece.getAngle()));
deltaY = (float)(distance * Math.cos(referencePiece.getAngle()));
if (!isIntersectionEmpty(piece, magnetWall, deltaX, deltaY)) {
deltaX = deltaY = 0;
}
}
// Accept move only if reference piece and moved piece share some points
if (!isIntersectionEmpty(piece, referencePiece, deltaX, deltaY)) {
piece.move(deltaX, deltaY);
return referencePiece;
} else {
if (forceOrientation) {
// Update points array
piecePoints = piece.getPoints();
}
boolean alignedOnPieceFrontOrBackSide = isAreaLargerOnFrontOrBackSide(intersectionWithReferencePieceArea, piecePoints);
Shape referencePieceBoundingBox = getRotatedRectangle(0, 0, referencePiece.getWidth(), referencePiece.getDepth(),
referencePiece.getAngle() - piece.getAngle());
if (!alignedOnPieceFrontOrBackSide) {
// Search the distance required to align piece on its left or right side
Line2D centerLine = new Line2D.Float(piece.getX(), piece.getY(),
(piecePoints [0][0] + piecePoints [1][0]) / 2, (piecePoints [0][1] + piecePoints [1][1]) / 2);
double rotatedBoundingBoxWidth = referencePieceBoundingBox.getBounds2D().getWidth();
double distance = centerLine.relativeCCW(referencePiece.getX(), referencePiece.getY())
* (-piece.getWidth() / 2 + centerLine.ptLineDist(referencePiece.getX(), referencePiece.getY()) - rotatedBoundingBoxWidth / 2);
deltaX = -(float)(distance * Math.cos(piece.getAngle()));
deltaY = -(float)(distance * Math.sin(piece.getAngle()));
} else {
// Search the distance required to align piece on its front or back side
Line2D centerLine = new Line2D.Float(piece.getX(), piece.getY(),
(piecePoints [2][0] + piecePoints [1][0]) / 2, (piecePoints [2][1] + piecePoints [1][1]) / 2);
double rotatedBoundingBoxDepth = referencePieceBoundingBox.getBounds2D().getHeight();
double distance = centerLine.relativeCCW(referencePiece.getX(), referencePiece.getY())
* (-piece.getDepth() / 2 + centerLine.ptLineDist(referencePiece.getX(), referencePiece.getY()) - rotatedBoundingBoxDepth / 2);
deltaX = -(float)(-distance * Math.sin(piece.getAngle()));
deltaY = -(float)(distance * Math.cos(piece.getAngle()));
if (!isIntersectionEmpty(piece, magnetWall, deltaX, deltaY)) {
deltaX = deltaY = 0;
}
}
// Accept move only if reference piece and moved piece share some points
if (!isIntersectionEmpty(piece, referencePiece, deltaX, deltaY)) {
piece.move(deltaX, deltaY);
return referencePiece;
}
}
return referencePiece;
}
return null;
}
/**
* Returns true if the intersection between the given area and
* the front or back sides of the rectangle defined by piecePoints is larger
* than with the left and right sides of this rectangle.
*/
private boolean isAreaLargerOnFrontOrBackSide(Area area, float [][] piecePoints) {
GeneralPath pieceFrontAndBackQuarters = new GeneralPath();
pieceFrontAndBackQuarters.moveTo(piecePoints [0][0], piecePoints [0][1]);
pieceFrontAndBackQuarters.lineTo(piecePoints [2][0], piecePoints [2][1]);
pieceFrontAndBackQuarters.lineTo(piecePoints [3][0], piecePoints [3][1]);
pieceFrontAndBackQuarters.lineTo(piecePoints [1][0], piecePoints [1][1]);
pieceFrontAndBackQuarters.closePath();
Area intersectionWithFrontOrBack = new Area(area);
intersectionWithFrontOrBack.intersect(new Area(pieceFrontAndBackQuarters));
if (intersectionWithFrontOrBack.isEmpty()) {
return false;
} else {
GeneralPath pieceLeftAndRightQuarters = new GeneralPath();
pieceLeftAndRightQuarters.moveTo(piecePoints [0][0], piecePoints [0][1]);
pieceLeftAndRightQuarters.lineTo(piecePoints [2][0], piecePoints [2][1]);
pieceLeftAndRightQuarters.lineTo(piecePoints [1][0], piecePoints [1][1]);
pieceLeftAndRightQuarters.lineTo(piecePoints [3][0], piecePoints [3][1]);
pieceLeftAndRightQuarters.closePath();
Area intersectionWithLeftAndRight = new Area(area);
intersectionWithLeftAndRight.intersect(new Area(pieceLeftAndRightQuarters));
return getArea(intersectionWithFrontOrBack) > getArea(intersectionWithLeftAndRight);
}
}
/**
* Returns the area of the given shape.
*/
private float getArea(Area area) {
float [][] pathPoints = getPathPoints(getPath(area), false);
if (pathPoints.length > 1) {
return new Room(pathPoints).getArea();
} else {
return 0;
}
}
/**
* Returns true if the given pieces don't intersect once the first is moved from
* (deltaX, deltaY) vector.
*/
private boolean isIntersectionEmpty(HomePieceOfFurniture piece1, HomePieceOfFurniture piece2,
float deltaX, float deltaY) {
Area intersection = new Area(getRotatedRectangle(piece1.getX() - piece1.getWidth() / 2 + deltaX,
piece1.getY() - piece1.getDepth() / 2 + deltaY, piece1.getWidth(), piece1.getDepth(), piece1.getAngle()));
float epsilon = 0.01f;
intersection.intersect(new Area(getRotatedRectangle(piece2.getX() - piece2.getWidth() / 2 - epsilon,
piece2.getY() - piece2.getDepth() / 2 - epsilon,
piece2.getWidth() + 2 * epsilon, piece2.getDepth() + 2 * epsilon, piece2.getAngle())));
return intersection.isEmpty();
}
/**
* Returns true if the given area and wall don't intersect once the area is moved from
* (deltaX, deltaY) vector.
*/
private boolean isIntersectionEmpty(HomePieceOfFurniture piece, Wall wall,
float deltaX, float deltaY) {
if (wall != null) {
Area wallAreaIntersection = new Area(getPath(wall.getPoints()));
wallAreaIntersection.intersect(new Area(getRotatedRectangle(piece.getX() - piece.getWidth() / 2 + deltaX,
piece.getY() - piece.getDepth() / 2 + deltaY, piece.getWidth(), piece.getDepth(), piece.getAngle())));
return getArea(wallAreaIntersection) < 1E-4f;
}
return true;
}
/**
* Returns the shape of the given rectangle rotated of a given angle.
*/
private GeneralPath getRotatedRectangle(float x, float y, float width, float height, float angle) {
Rectangle2D referencePieceLargerBoundingBox = new Rectangle2D.Float(x, y, width, height);
AffineTransform rotation = AffineTransform.getRotateInstance(angle, x + width / 2, y + height / 2);
GeneralPath rotatedBoundingBox = new GeneralPath();
rotatedBoundingBox.append(referencePieceLargerBoundingBox.getPathIterator(rotation), false);
return rotatedBoundingBox;
}
/**
* Returns the dimension line that measures the side of a piece, the length of a room side
* or the length of a wall side at (x, y) point,
* or null if it doesn't exist.
*/
private DimensionLine getMeasuringDimensionLineAt(float x, float y,
boolean magnetismEnabled) {
float margin = PIXEL_MARGIN / getScale();
for (HomePieceOfFurniture piece : this.home.getFurniture()) {
if (isPieceOfFurnitureVisibleAtSelectedLevel(piece)) {
DimensionLine dimensionLine = getDimensionLineBetweenPointsAt(piece.getPoints(), x, y, margin, magnetismEnabled);
if (dimensionLine != null) {
return dimensionLine;
}
}
}
for (GeneralPath roomPath : getRoomPathsFromWalls()) {
if (roomPath.intersects(x - margin, y - margin, 2 * margin, 2 * margin)) {
DimensionLine dimensionLine = getDimensionLineBetweenPointsAt(
getPathPoints(roomPath, true), x, y, margin, magnetismEnabled);
if (dimensionLine != null) {
return dimensionLine;
}
}
}
for (Room room : this.home.getRooms()) {
if (isLevelNullOrViewable(room.getLevel())
&& room.isAtLevel(this.home.getSelectedLevel())) {
DimensionLine dimensionLine = getDimensionLineBetweenPointsAt(room.getPoints(), x, y, margin, magnetismEnabled);
if (dimensionLine != null) {
return dimensionLine;
}
}
}
return null;
}
/**
* Returns the dimension line that measures the side of the given polygon at (x, y) point,
* or null if it doesn't exist.
*/
private DimensionLine getDimensionLineBetweenPointsAt(float [][] points, float x, float y,
float margin, boolean magnetismEnabled) {
for (int i = 0; i < points.length; i++) {
int nextPointIndex = (i + 1) % points.length;
// Ignore sides with a length smaller than 0.1 cm
double distanceBetweenPointsSq = Point2D.distanceSq(points [i][0], points [i][1],
points [nextPointIndex][0], points [nextPointIndex][1]);
if (distanceBetweenPointsSq > 0.01
&& Line2D.ptSegDistSq(points [i][0], points [i][1],
points [nextPointIndex][0], points [nextPointIndex][1],
x, y) <= margin * margin) {
double angle = Math.atan2(points [i][1] - points [nextPointIndex][1],
points [nextPointIndex][0] - points [i][0]);
boolean reverse = angle < -Math.PI / 2 || angle > Math.PI / 2;
float xStart;
float yStart;
float xEnd;
float yEnd;
if (reverse) {
// Avoid reversed text on the dimension line
xStart = points [nextPointIndex][0];
yStart = points [nextPointIndex][1];
xEnd = points [i][0];
yEnd = points [i][1];
} else {
xStart = points [i][0];
yStart = points [i][1];
xEnd = points [nextPointIndex][0];
yEnd = points [nextPointIndex][1];
}
if (magnetismEnabled) {
float magnetizedLength = this.preferences.getLengthUnit().getMagnetizedLength(
(float)Math.sqrt(distanceBetweenPointsSq), getView().getPixelLength());
if (reverse) {
xEnd = points [nextPointIndex][0] - (float)(magnetizedLength * Math.cos(angle));
yEnd = points [nextPointIndex][1] + (float)(magnetizedLength * Math.sin(angle));
} else {
xEnd = points [i][0] + (float)(magnetizedLength * Math.cos(angle));
yEnd = points [i][1] - (float)(magnetizedLength * Math.sin(angle));
}
}
return new DimensionLine(xStart, yStart, xEnd, yEnd, 0);
}
}
return null;
}
/**
* Controls the creation of a new level.
*/
public void addLevel() {
addLevel(false);
}
/**
* Controls the creation of a new level at same elevation.
*/
public void addLevelAtSameElevation() {
addLevel(true);
}
/**
* Controls the creation of a level.
*/
private void addLevel(boolean sameElevation) {
final boolean allLevelsSelection = this.home.isAllLevelsSelection();
List oldSelection = this.home.getSelectedItems();
final Selectable [] oldSelectedItems =
oldSelection.toArray(new Selectable [oldSelection.size()]);
final Level oldSelectedLevel = this.home.getSelectedLevel();
final BackgroundImage homeBackgroundImage = this.home.getBackgroundImage();
List levels = this.home.getLevels();
float newWallHeight = this.preferences.getNewWallHeight();
float newFloorThickness = this.preferences.getNewFloorThickness();
final Level level0;
if (levels.isEmpty()) {
// Create level 0
String level0Name = this.preferences.getLocalizedString(PlanController.class, "levelName", 0);
level0 = createLevel(level0Name, 0, newFloorThickness, newWallHeight);
moveHomeItemsToLevel(level0);
level0.setBackgroundImage(homeBackgroundImage);
this.home.setBackgroundImage(null);
levels = this.home.getLevels();
} else {
level0 = null;
}
String newLevelName = this.preferences.getLocalizedString(PlanController.class, "levelName", levels.size());
final Level newLevel;
if (sameElevation) {
Level referencedLevel = level0 != null
? level0
: home.getSelectedLevel();
newLevel = createLevel(newLevelName, referencedLevel.getElevation(),
referencedLevel.getFloorThickness(), referencedLevel.getHeight());
} else {
float newLevelElevation = levels.get(levels.size() - 1).getElevation()
+ newWallHeight + newFloorThickness;
newLevel = createLevel(newLevelName, newLevelElevation, newFloorThickness, newWallHeight);
}
setSelectedLevel(newLevel);
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
setSelectedLevel(oldSelectedLevel);
home.deleteLevel(newLevel);
if (level0 != null) {
home.setBackgroundImage(homeBackgroundImage);
moveHomeItemsToLevel(oldSelectedLevel);
home.deleteLevel(level0);
}
selectAndShowItems(Arrays.asList(oldSelectedItems), allLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
if (level0 != null) {
home.addLevel(level0);
moveHomeItemsToLevel(level0);
level0.setBackgroundImage(homeBackgroundImage);
home.setBackgroundImage(null);
}
home.addLevel(newLevel);
setSelectedLevel(newLevel);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(PlanController.class, "undoAddLevel");
}
};
this.undoSupport.postEdit(undoableEdit);
}
/**
* Returns a new level added to home.
*/
protected Level createLevel(String name, float elevation, float floorThickness, float height) {
Level newLevel = new Level(name, elevation, floorThickness, height);
this.home.addLevel(newLevel);
return newLevel;
}
/**
* Moves to the given level all existing furniture, walls, rooms, dimension lines
* and labels.
*/
private void moveHomeItemsToLevel(Level level) {
for (HomePieceOfFurniture piece : this.home.getFurniture()) {
piece.setLevel(level);
}
for (Wall wall : this.home.getWalls()) {
wall.setLevel(level);
}
for (Room room : this.home.getRooms()) {
room.setLevel(level);
}
for (Polyline polyline : this.home.getPolylines()) {
polyline.setLevel(level);
}
for (DimensionLine dimensionLine : this.home.getDimensionLines()) {
dimensionLine.setLevel(level);
}
for (Label label : this.home.getLabels()) {
label.setLevel(level);
}
}
/**
* Toggles the viewability of the selected level.
* @since 5.0
*/
public void toggleSelectedLevelViewability() {
final Level selectedLevel = this.home.getSelectedLevel();
selectedLevel.setViewable(!selectedLevel.isViewable());
undoSupport.postEdit(new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
setSelectedLevel(selectedLevel);
selectedLevel.setViewable(!selectedLevel.isViewable());
}
@Override
public void redo() throws CannotRedoException {
super.redo();
setSelectedLevel(selectedLevel);
selectedLevel.setViewable(!selectedLevel.isViewable());
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(PlanController.class, "undoModifyLevelName");
}
});
}
public void modifySelectedLevel() {
if (this.home.getSelectedLevel() != null) {
new LevelController(this.home, this.preferences, this.viewFactory,
this.undoSupport).displayView(getView());
}
}
/**
* Deletes the selected level and the items that belongs to it.
*/
public void deleteSelectedLevel() {
// Start a compound edit that delete walls, furniture, rooms, dimension lines and labels from home
undoSupport.beginUpdate();
List levelFurniture = new ArrayList();
final Level oldSelectedLevel = this.home.getSelectedLevel();
for (HomePieceOfFurniture piece : this.home.getFurniture()) {
if (piece.getLevel() == oldSelectedLevel) {
levelFurniture.add(piece);
}
}
// Delete furniture with inherited method
deleteFurniture(levelFurniture);
List levelOtherItems = new ArrayList();
addLevelItemsAtSelectedLevel(this.home.getWalls(), levelOtherItems);
addLevelItemsAtSelectedLevel(this.home.getRooms(), levelOtherItems);
addLevelItemsAtSelectedLevel(this.home.getDimensionLines(), levelOtherItems);
addLevelItemsAtSelectedLevel(this.home.getLabels(), levelOtherItems);
// First post to undo support that walls, rooms and dimension lines are deleted,
// otherwise data about joined walls and rooms index can't be stored
postDeleteItems(levelOtherItems, this.home.isBasePlanLocked(), this.home.isAllLevelsSelection());
// Then delete items from plan
doDeleteItems(levelOtherItems);
this.home.deleteLevel(oldSelectedLevel);
List levels = this.home.getLevels();
final Level remainingLevel;
final Float remainingLevelElevation;
final boolean remainingLevelViewable;
if (levels.size() == 1) {
remainingLevel = levels.get(0);
remainingLevelElevation = remainingLevel.getElevation();
remainingLevelViewable = remainingLevel.isViewable();
remainingLevel.setElevation(0);
remainingLevel.setViewable(true);
} else {
remainingLevel = null;
remainingLevelElevation = null;
remainingLevelViewable = false;
}
undoSupport.postEdit(new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
if (remainingLevel != null) {
remainingLevel.setElevation(remainingLevelElevation);
remainingLevel.setViewable(remainingLevelViewable);
}
home.addLevel(oldSelectedLevel);
setSelectedLevel(oldSelectedLevel);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
home.deleteLevel(oldSelectedLevel);
if (remainingLevel != null) {
remainingLevel.setElevation(0);
remainingLevel.setViewable(true);
}
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(PlanController.class, "undoDeleteSelectedLevel");
}
});
// End compound edit
undoSupport.endUpdate();
}
private void addLevelItemsAtSelectedLevel(Collection items,
List levelItems) {
Level selectedLevel = this.home.getSelectedLevel();
for (Selectable item : items) {
if (item instanceof Elevatable
&& ((Elevatable)item).getLevel() == selectedLevel) {
levelItems.add(item);
}
}
}
/**
* Returns a new wall instance between (xStart,
* yStart) and (xEnd, yEnd)
* end points. The new wall is added to home and its start point is joined
* to the start of wallStartAtStart or
* the end of wallEndAtStart.
*/
protected Wall createWall(float xStart, float yStart,
float xEnd, float yEnd,
Wall wallStartAtStart,
Wall wallEndAtStart) {
// Create a new wall
Wall newWall = new Wall(xStart, yStart, xEnd, yEnd,
this.preferences.getNewWallThickness(),
this.preferences.getNewWallHeight(),
this.preferences.getNewWallPattern());
this.home.addWall(newWall);
if (wallStartAtStart != null) {
newWall.setWallAtStart(wallStartAtStart);
wallStartAtStart.setWallAtStart(newWall);
} else if (wallEndAtStart != null) {
newWall.setWallAtStart(wallEndAtStart);
wallEndAtStart.setWallAtEnd(newWall);
}
return newWall;
}
/**
* Joins the end point of wall to the start of
* wallStartAtEnd or the end of wallEndAtEnd.
*/
private void joinNewWallEndToWall(Wall wall,
Wall wallStartAtEnd, Wall wallEndAtEnd) {
if (wallStartAtEnd != null) {
wall.setWallAtEnd(wallStartAtEnd);
wallStartAtEnd.setWallAtStart(wall);
// Make wall end at the exact same position as wallAtEnd start point
wall.setXEnd(wallStartAtEnd.getXStart());
wall.setYEnd(wallStartAtEnd.getYStart());
} else if (wallEndAtEnd != null) {
wall.setWallAtEnd(wallEndAtEnd);
wallEndAtEnd.setWallAtEnd(wall);
// Make wall end at the exact same position as wallAtEnd end point
wall.setXEnd(wallEndAtEnd.getXEnd());
wall.setYEnd(wallEndAtEnd.getYEnd());
}
}
/**
* Returns the wall at (x, y) point,
* which has a start point not joined to any wall.
*/
private Wall getWallStartAt(float x, float y, Wall ignoredWall) {
float margin = WALL_ENDS_PIXEL_MARGIN / getScale();
for (Wall wall : this.home.getWalls()) {
if (wall != ignoredWall
&& isLevelNullOrViewable(wall.getLevel())
&& wall.isAtLevel(this.home.getSelectedLevel())
&& wall.getWallAtStart() == null
&& wall.containsWallStartAt(x, y, margin))
return wall;
}
return null;
}
/**
* Returns the wall at (x, y) point,
* which has a end point not joined to any wall.
*/
private Wall getWallEndAt(float x, float y, Wall ignoredWall) {
float margin = WALL_ENDS_PIXEL_MARGIN / getScale();
for (Wall wall : this.home.getWalls()) {
if (wall != ignoredWall
&& isLevelNullOrViewable(wall.getLevel())
&& wall.isAtLevel(this.home.getSelectedLevel())
&& wall.getWallAtEnd() == null
&& wall.containsWallEndAt(x, y, margin))
return wall;
}
return null;
}
/**
* Returns the selected wall with a start point
* at (x, y).
*/
private Wall getResizedWallStartAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Wall
&& isItemResizable(selectedItems.get(0))) {
Wall wall = (Wall)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (wall.isAtLevel(this.home.getSelectedLevel())
&& wall.containsWallStartAt(x, y, margin)) {
return wall;
}
}
return null;
}
/**
* Returns the selected wall with an end point at (x, y).
*/
private Wall getResizedWallEndAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Wall
&& isItemResizable(selectedItems.get(0))) {
Wall wall = (Wall)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (wall.isAtLevel(this.home.getSelectedLevel())
&& wall.containsWallEndAt(x, y, margin)) {
return wall;
}
}
return null;
}
/**
* Returns a new room instance with the given points.
* The new room is added to home.
*/
protected Room createRoom(float [][] roomPoints) {
Room newRoom = new Room(roomPoints);
this.home.addRoom(newRoom);
return newRoom;
}
/**
* Returns the selected room with a point at (x, y).
*/
private Room getResizedRoomAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Room
&& isItemResizable(selectedItems.get(0))) {
Room room = (Room)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (room.isAtLevel(this.home.getSelectedLevel())
&& room.getPointIndexAt(x, y, margin) != -1) {
return room;
}
}
return null;
}
/**
* Returns the selected room with its name center point at (x, y).
*/
private Room getRoomNameAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Room
&& isItemMovable(selectedItems.get(0))) {
Room room = (Room)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (room.isAtLevel(this.home.getSelectedLevel())
&& room.getName() != null
&& room.getName().trim().length() > 0
&& room.isNameCenterPointAt(x, y, margin)) {
return room;
}
}
return null;
}
/**
* Returns the selected room with its
* name angle point at (x, y).
*/
private Room getRoomRotatedNameAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Room
&& isItemMovable(selectedItems.get(0))) {
Room room = (Room)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (room.isAtLevel(this.home.getSelectedLevel())
&& room.getName() != null
&& room.getName().trim().length() > 0
&& isTextAnglePointAt(room, room.getName(), room.getNameStyle(),
room.getXCenter() + room.getNameXOffset(), room.getYCenter() + room.getNameYOffset(),
room.getNameAngle(), x, y, margin)) {
return room;
}
}
return null;
}
/**
* Returns the selected room with its area center point at (x, y).
*/
private Room getRoomAreaAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Room
&& isItemMovable(selectedItems.get(0))) {
Room room = (Room)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (room.isAtLevel(this.home.getSelectedLevel())
&& room.isAreaVisible()
&& room.isAreaCenterPointAt(x, y, margin)) {
return room;
}
}
return null;
}
/**
* Returns the selected room with its
* area angle point at (x, y).
*/
private Room getRoomRotatedAreaAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Room
&& isItemMovable(selectedItems.get(0))) {
Room room = (Room)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (room.isAtLevel(this.home.getSelectedLevel())
&& room.isAreaVisible()) {
float area = room.getArea();
if (area > 0.01f) {
String areaText = this.preferences.getLengthUnit().getAreaFormatWithUnit().format(area);
if (isTextAnglePointAt(room, areaText, room.getAreaStyle(),
room.getXCenter() + room.getAreaXOffset(), room.getYCenter() + room.getAreaYOffset(),
room.getAreaAngle(), x, y, margin)) {
return room;
}
}
}
}
return null;
}
/**
* Adds a point to the selected room at the given coordinates and posts an undoable operation.
* @since 5.0
*/
public void addPointToSelectedRoom(final float x, final float y) {
final List oldSelectedItems = this.home.getSelectedItems();
if (oldSelectedItems.size() == 1
&& oldSelectedItems.get(0) instanceof Room
&& isItemResizable(oldSelectedItems.get(0))) {
final Room room = (Room)oldSelectedItems.get(0);
final float [][] points = room.getPoints();
// Search the segment closest to (x, y)
int closestSegmentIndex = -1;
double smallestDistance = Double.MAX_VALUE;
for (int i = 0; i < points.length; i++) {
float [] point = points [i];
float [] nextPoint = points [(i + 1) % points.length];
double distanceToSegment = Line2D.ptSegDistSq(point [0], point [1], nextPoint [0], nextPoint [1], x, y);
if (smallestDistance > distanceToSegment) {
smallestDistance = distanceToSegment;
closestSegmentIndex = i;
}
}
final int index = closestSegmentIndex + 1;
room.addPoint(x, y, index);
this.home.setSelectedItems(Arrays.asList(new Room [] {room}));
// Upright an undoable edit
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
room.removePoint(index);
selectAndShowItems(oldSelectedItems);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
room.addPoint(x, y, index);
selectAndShowItems(Arrays.asList(new Room [] {room}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(PlanController.class, "undoAddRoomPointName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Returns true if the given point can be removed from the room.
*/
public boolean isRoomPointDeletableAt(Room room, float x, float y) {
return isItemResizable(room)
&& room.getPointIndexAt(x, y, INDICATOR_PIXEL_MARGIN / getScale()) >= 0;
}
/**
* Deletes the point of the selected room at the given coordinates and posts an undoable operation.
* @since 5.0
*/
public void deletePointFromSelectedRoom(float x, float y) {
final List oldSelectedItems = this.home.getSelectedItems();
if (oldSelectedItems.size() == 1
&& oldSelectedItems.get(0) instanceof Room
&& isItemResizable(oldSelectedItems.get(0))) {
final Room room = (Room)oldSelectedItems.get(0);
final int index = room.getPointIndexAt(x, y, INDICATOR_PIXEL_MARGIN / getScale());
if (index >= 0) {
float [][] points = room.getPoints();
float [] point = points [index];
final float xPoint = point [0];
final float yPoint = point [1];
room.removePoint(index);
this.home.setSelectedItems(Arrays.asList(new Room [] {room}));
// Upright an undoable edit
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
room.addPoint(xPoint, yPoint, index);
selectAndShowItems(oldSelectedItems);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
room.removePoint(index);
selectAndShowItems(Arrays.asList(new Room [] {room}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(PlanController.class, "undoDeleteRoomPointName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
}
/**
* Returns a new dimension instance joining (xStart,
* yStart) and (xEnd, yEnd) points.
* The new dimension line is added to home.
*/
protected DimensionLine createDimensionLine(float xStart, float yStart,
float xEnd, float yEnd,
float offset) {
DimensionLine newDimensionLine = new DimensionLine(xStart, yStart, xEnd, yEnd, offset);
this.home.addDimensionLine(newDimensionLine);
return newDimensionLine;
}
/**
* Returns the selected dimension line with an end extension line
* at (x, y).
*/
private DimensionLine getResizedDimensionLineStartAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof DimensionLine
&& isItemResizable(selectedItems.get(0))) {
DimensionLine dimensionLine = (DimensionLine)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (dimensionLine.isAtLevel(this.home.getSelectedLevel())
&& dimensionLine.containsStartExtensionLinetAt(x, y, margin)) {
return dimensionLine;
}
}
return null;
}
/**
* Returns the selected dimension line with an end extension line
* at (x, y).
*/
private DimensionLine getResizedDimensionLineEndAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof DimensionLine
&& isItemResizable(selectedItems.get(0))) {
DimensionLine dimensionLine = (DimensionLine)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (dimensionLine.isAtLevel(this.home.getSelectedLevel())
&& dimensionLine.containsEndExtensionLineAt(x, y, margin)) {
return dimensionLine;
}
}
return null;
}
/**
* Returns the selected dimension line with a point
* at (x, y) at its middle.
*/
private DimensionLine getOffsetDimensionLineAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof DimensionLine
&& isItemResizable(selectedItems.get(0))) {
DimensionLine dimensionLine = (DimensionLine)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (dimensionLine.isAtLevel(this.home.getSelectedLevel())
&& dimensionLine.isMiddlePointAt(x, y, margin)) {
return dimensionLine;
}
}
return null;
}
/**
* Returns a new polyline instance with the given points.
* The new polyline is added to home.
*/
private Polyline createPolyline(float [][] polylinePoints) {
Polyline newPolyline = new Polyline(polylinePoints);
LengthUnit lengthUnit = preferences.getLengthUnit();
newPolyline.setThickness(lengthUnit == LengthUnit.INCH || lengthUnit == LengthUnit.INCH_DECIMALS
? LengthUnit.inchToCentimeter(1)
: 2);
this.home.addPolyline(newPolyline);
return newPolyline;
}
/**
* Returns the selected polyline with a point at (x, y).
*/
private Polyline getResizedPolylineAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Polyline
&& isItemResizable(selectedItems.get(0))) {
Polyline polyline = (Polyline)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (polyline.isAtLevel(this.home.getSelectedLevel())
&& polyline.getPointIndexAt(x, y, margin) != -1) {
return polyline;
}
}
return null;
}
/**
* Returns the selected item at (x, y) point.
*/
private boolean isItemSelectedAt(float x, float y) {
float margin = PIXEL_MARGIN / getScale();
for (Selectable item : this.home.getSelectedItems()) {
if (item.containsPoint(x, y, margin)) {
return true;
}
}
return false;
}
/**
* Returns the selectable item at (x, y) point.
*/
public Selectable getSelectableItemAt(float x, float y) {
return getSelectableItemAt(x, y, true);
}
/**
* Returns the selectable item at (x, y) point.
*/
private Selectable getSelectableItemAt(float x, float y, boolean ignoreGroupsFurniture) {
List selectableItems = getSelectableItemsAt(x, y, true, ignoreGroupsFurniture);
if (selectableItems.size() != 0) {
return selectableItems.get(0);
} else {
return null;
}
}
/**
* Returns the selectable items at (x, y) point.
*/
public List getSelectableItemsAt(float x, float y) {
return getSelectableItemsAt(x, y, false, true);
}
/**
* Returns the selectable items at (x, y) point.
*/
private List getSelectableItemsAt(float x, float y,
boolean stopAtFirstItem,
boolean ignoreGroupsFurniture) {
List items = new ArrayList();
float margin = PIXEL_MARGIN / getScale();
float textMargin = PIXEL_MARGIN / 2 / getScale();
ObserverCamera camera = this.home.getObserverCamera();
if (camera != null
&& camera == this.home.getCamera()
&& camera.containsPoint(x, y, margin)) {
items.add(camera);
if (stopAtFirstItem) {
return items;
}
}
boolean basePlanLocked = this.home.isBasePlanLocked();
Level selectedLevel = this.home.getSelectedLevel();
for (Label label : this.home.getLabels()) {
if ((!basePlanLocked
|| !isItemPartOfBasePlan(label))
&& isLevelNullOrViewable(label.getLevel())
&& label.isAtLevel(selectedLevel)
&& (label.containsPoint(x, y, margin)
|| isItemTextAt(label, label.getText(), label.getStyle(),
label.getX(), label.getY(), label.getAngle(), x, y, textMargin))) {
items.add(label);
if (stopAtFirstItem) {
return items;
}
}
}
for (DimensionLine dimensionLine : this.home.getDimensionLines()) {
if ((!basePlanLocked
|| !isItemPartOfBasePlan(dimensionLine))
&& isLevelNullOrViewable(dimensionLine.getLevel())
&& dimensionLine.isAtLevel(selectedLevel)
&& dimensionLine.containsPoint(x, y, margin)) {
items.add(dimensionLine);
if (stopAtFirstItem) {
return items;
}
}
}
List polylines = this.home.getPolylines();
// Search in home polylines in reverse order to give priority to last drawn polyline
for (int i = polylines.size() - 1; i >= 0; i--) {
Polyline polyline = polylines.get(i);
if ((!basePlanLocked
|| !isItemPartOfBasePlan(polyline))
&& isLevelNullOrViewable(polyline.getLevel())
&& polyline.isAtLevel(selectedLevel)
&& polyline.containsPoint(x, y, margin)) {
items.add(polyline);
if (stopAtFirstItem) {
return items;
}
}
}
List furniture = this.home.getFurniture();
// Search in home furniture in reverse order to give priority to last drawn piece
// at highest elevation in case it covers an other piece
List foundFurniture = new ArrayList();
HomePieceOfFurniture foundPiece = null;
for (int i = furniture.size() - 1; i >= 0; i--) {
HomePieceOfFurniture piece = furniture.get(i);
if ((!basePlanLocked
|| !isItemPartOfBasePlan(piece))
&& isPieceOfFurnitureVisibleAtSelectedLevel(piece)) {
if (piece.containsPoint(x, y, margin)) {
foundFurniture.add(piece);
if (foundPiece == null
|| piece.getGroundElevation() > foundPiece.getGroundElevation()) {
foundPiece = piece;
}
} else if (foundPiece == null) {
// Search if piece name contains point in case it is drawn outside of the piece
String pieceName = piece.getName();
if (pieceName != null
&& piece.isNameVisible()
&& isItemTextAt(piece, pieceName, piece.getNameStyle(),
piece.getX() + piece.getNameXOffset(),
piece.getY() + piece.getNameYOffset(), piece.getNameAngle(), x, y, textMargin)) {
foundFurniture.add(piece);
foundPiece = piece;
}
}
}
}
if (foundPiece == null
&& basePlanLocked) {
// Check among the furniture that is already selected if there's a movable piece at the given location
for (Selectable item : home.getSelectedItems()) {
if (item instanceof HomePieceOfFurniture) {
HomePieceOfFurniture piece = (HomePieceOfFurniture)item;
if (!isItemPartOfBasePlan(piece)
&& isPieceOfFurnitureVisibleAtSelectedLevel(piece)
&& (piece.containsPoint(x, y, margin)
|| piece.getName() != null
&& piece.isNameVisible()
&& isItemTextAt(piece, piece.getName(), piece.getNameStyle(),
piece.getX() + piece.getNameXOffset(),
piece.getY() + piece.getNameYOffset(), piece.getNameAngle(), x, y, textMargin))) {
foundFurniture.add(piece);
foundPiece = piece;
if (stopAtFirstItem) {
break;
}
}
}
}
}
if (foundPiece != null
&& stopAtFirstItem) {
if (!ignoreGroupsFurniture
&& (foundPiece instanceof HomeFurnitureGroup)) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() >= 1) {
// If selected items are in the same group
if ((selectedItems.size() == 1 && selectedItems.get(0) == foundPiece)
|| ((HomeFurnitureGroup)foundPiece).getAllFurniture().containsAll(selectedItems)) {
for (Selectable selectedItem : selectedItems) {
if (selectedItem instanceof HomeFurnitureGroup) {
// Search the piece at point among the furniture of the selected group
List groupFurniture = ((HomeFurnitureGroup)selectedItem).getFurniture();
for (int i = groupFurniture.size() - 1; i >= 0; i--) {
HomePieceOfFurniture piece = groupFurniture.get(i);
if (!selectedItems.contains(piece)
&& piece.containsPoint(x, y, margin)) {
return Arrays.asList(new Selectable [] {piece});
}
}
}
}
// Search the piece at point among the groups of selected furniture
for (Selectable selectedItem : selectedItems) {
if (selectedItem instanceof HomePieceOfFurniture) {
List groupFurniture = getFurnitureInSameGroup((HomePieceOfFurniture)selectedItem);
for (int i = groupFurniture.size() - 1; i >= 0; i--) {
HomePieceOfFurniture piece = groupFurniture.get(i);
if (piece.containsPoint(x, y, margin)) {
return Arrays.asList(new Selectable [] {piece});
}
}
}
}
}
}
}
return Arrays.asList(new Selectable [] {foundPiece});
} else {
Collections.sort(foundFurniture, new Comparator() {
public int compare(HomePieceOfFurniture p1, HomePieceOfFurniture p2) {
return -Float.compare(p1.getGroundElevation(), p2.getGroundElevation());
}
});
items.addAll(foundFurniture);
for (Wall wall : this.home.getWalls()) {
if ((!basePlanLocked
|| !isItemPartOfBasePlan(wall))
&& isLevelNullOrViewable(wall.getLevel())
&& wall.isAtLevel(selectedLevel)
&& wall.containsPoint(x, y, margin)) {
items.add(wall);
if (stopAtFirstItem) {
return items;
}
}
}
List rooms = this.home.getRooms();
// Search in home rooms in reverse order to give priority to last drawn room
// at highest elevation in case it covers an other piece
Room foundRoom = null;
for (int i = rooms.size() - 1; i >= 0; i--) {
Room room = rooms.get(i);
if ((!basePlanLocked
|| !isItemPartOfBasePlan(room))
&& isLevelNullOrViewable(room.getLevel())
&& room.isAtLevel(selectedLevel)) {
if (room.containsPoint(x, y, margin)) {
items.add(room);
if (foundRoom == null
|| room.isCeilingVisible() && !foundRoom.isCeilingVisible()) {
foundRoom = room;
}
} else {
// Search if room name contains point in case it is drawn outside of the room
String roomName = room.getName();
if (roomName != null
&& isItemTextAt(room, roomName, room.getNameStyle(),
room.getXCenter() + room.getNameXOffset(),
room.getYCenter() + room.getNameYOffset(), room.getNameAngle(), x, y, textMargin)) {
items.add(room);
foundRoom = room;
}
// Search if room area contains point in case its text is drawn outside of the room
if (room.isAreaVisible()) {
String areaText = this.preferences.getLengthUnit().getAreaFormatWithUnit().format(room.getArea());
if (isItemTextAt(room, areaText, room.getAreaStyle(),
room.getXCenter() + room.getAreaXOffset(),
room.getYCenter() + room.getAreaYOffset(), room.getAreaAngle(), x, y, textMargin)) {
items.add(room);
foundRoom = room;
}
}
}
}
}
if (foundRoom != null
&& stopAtFirstItem) {
return Arrays.asList(new Selectable [] {foundRoom});
} else {
Compass compass = this.home.getCompass();
if ((!basePlanLocked
|| !isItemPartOfBasePlan(compass))
&& compass.containsPoint(x, y, textMargin)) {
items.add(compass);
}
return items;
}
}
}
/**
* Returns true if the text of an item displayed
* at the point (xText, yText) contains the point (x, y).
*/
private boolean isItemTextAt(Selectable item, String text, TextStyle textStyle, float xText, float yText, float textAngle,
float x, float y, float textMargin) {
if (textStyle == null) {
textStyle = this.preferences.getDefaultTextStyle(item.getClass());
}
float [][] textBounds = getView().getTextBounds(text, textStyle, xText, yText, textAngle);
return getPath(textBounds).intersects(x - textMargin, y - textMargin, 2 * textMargin, 2 * textMargin);
}
/**
* Returns the items that intersects with the rectangle of (x0,
* y0), (x1, y1) opposite corners.
*/
protected List getSelectableItemsIntersectingRectangle(float x0, float y0, float x1, float y1) {
List items = new ArrayList();
boolean basePlanLocked = this.home.isBasePlanLocked();
for (Selectable item : getVisibleItemsAtSelectedLevel()) {
if ((!basePlanLocked
|| !isItemPartOfBasePlan(item))
&& item.intersectsRectangle(x0, y0, x1, y1)) {
items.add(item);
}
}
ObserverCamera camera = this.home.getObserverCamera();
if (camera != null && camera.intersectsRectangle(x0, y0, x1, y1)) {
items.add(camera);
}
return items;
}
/**
* Returns the selected piece of furniture with a point
* at (x, y) that can be used to rotate the piece.
*/
private HomePieceOfFurniture getRotatedPieceOfFurnitureAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof HomePieceOfFurniture
&& isItemMovable(selectedItems.get(0))) {
HomePieceOfFurniture piece = (HomePieceOfFurniture)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (isPieceOfFurnitureVisibleAtSelectedLevel(piece)
&& piece.isTopLeftPointAt(x, y, margin)
// Ignore piece shape to ensure there's always enough space to drag it
&& !piece.containsPoint(x, y, 0)) {
return piece;
}
}
return null;
}
/**
* Returns the selected piece of furniture with a point
* at (x, y) that can be used to elevate the piece.
*/
private HomePieceOfFurniture getElevatedPieceOfFurnitureAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof HomePieceOfFurniture
&& isItemMovable(selectedItems.get(0))) {
HomePieceOfFurniture piece = (HomePieceOfFurniture)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (isPieceOfFurnitureVisibleAtSelectedLevel(piece)
&& piece.isTopRightPointAt(x, y, margin)
// Ignore piece shape to ensure there's always enough space to drag it
&& !piece.containsPoint(x, y, 0)) {
return piece;
}
}
return null;
}
/**
* Returns the selected piece of furniture with a point
* at (x, y) that can be used to resize the height
* of the piece.
*/
private HomePieceOfFurniture getHeightResizedPieceOfFurnitureAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof HomePieceOfFurniture) {
HomePieceOfFurniture piece = (HomePieceOfFurniture)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (isPieceOfFurnitureVisibleAtSelectedLevel(piece)
&& piece.isResizable()
&& isItemResizable(piece)
&& piece.isBottomLeftPointAt(x, y, margin)
// Ignore piece shape to ensure there's always enough space to drag it
&& !piece.containsPoint(x, y, 0)) {
return piece;
}
}
return null;
}
/**
* Returns the selected piece of furniture with a point
* at (x, y) that can be used to resize
* the width and the depth of the piece.
*/
private HomePieceOfFurniture getWidthAndDepthResizedPieceOfFurnitureAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof HomePieceOfFurniture
&& isItemResizable(selectedItems.get(0))) {
HomePieceOfFurniture piece = (HomePieceOfFurniture)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (isPieceOfFurnitureVisibleAtSelectedLevel(piece)
&& piece.isResizable()
&& isItemResizable(piece)
&& piece.isBottomRightPointAt(x, y, margin)
// Ignore piece shape to ensure there's always enough space to drag it
&& !piece.containsPoint(x, y, 0)) {
return piece;
}
}
return null;
}
/**
* Returns the selected light with a point at (x, y)
* that can be used to resize the power of the light.
*/
private HomeLight getModifiedLightPowerAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof HomeLight) {
HomeLight light = (HomeLight)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN * (1 / getScale());
if (isPieceOfFurnitureVisibleAtSelectedLevel(light)
&& light.isBottomLeftPointAt(x, y, margin)
// Ignore piece shape to ensure there's always enough space to drag it
&& !light.containsPoint(x, y, 0)) {
return light;
}
}
return null;
}
/**
* Returns the selected piece of furniture with its
* name center point at (x, y).
*/
private HomePieceOfFurniture getPieceOfFurnitureNameAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof HomePieceOfFurniture
&& isItemMovable(selectedItems.get(0))) {
HomePieceOfFurniture piece = (HomePieceOfFurniture)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (isPieceOfFurnitureVisibleAtSelectedLevel(piece)
&& piece.isNameVisible()
&& piece.getName().trim().length() > 0
&& piece.isNameCenterPointAt(x, y, margin)) {
return piece;
}
}
return null;
}
/**
* Returns the selected piece of furniture with its
* name angle point at (x, y).
*/
private HomePieceOfFurniture getPieceOfFurnitureRotatedNameAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof HomePieceOfFurniture
&& isItemMovable(selectedItems.get(0))) {
HomePieceOfFurniture piece = (HomePieceOfFurniture)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (isPieceOfFurnitureVisibleAtSelectedLevel(piece)
&& piece.isNameVisible()
&& piece.getName().trim().length() > 0
&& isTextAnglePointAt(piece, piece.getName(), piece.getNameStyle(),
piece.getX() + piece.getNameXOffset(), piece.getY() + piece.getNameYOffset(),
piece.getNameAngle(), x, y, margin)) {
return piece;
}
}
return null;
}
/**
* Returns true if the angle indicator of the text of an item displayed
* at the point (xText, yText) is equal to the point (x, y).
*/
private boolean isTextAnglePointAt(Selectable item, String text, TextStyle textStyle, float xText, float yText, float textAngle,
float x, float y, float margin) {
if (textStyle == null) {
textStyle = this.preferences.getDefaultTextStyle(item.getClass());
}
float [][] textBounds = getView().getTextBounds(text, textStyle, xText, yText, textAngle);
return Math.abs(x - (textBounds [0][0] + textBounds [1][0]) / 2) <= margin
&& Math.abs(y - (textBounds [0][1] + textBounds [1][1]) / 2) <= margin;
}
/**
* Returns the selected label with its angle point at (x, y).
*/
private Label getRotatedLabelAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Label
&& isItemMovable(selectedItems.get(0))) {
Label label = (Label)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (label.isAtLevel(this.home.getSelectedLevel())
&& isTextAnglePointAt(label, label.getText(), label.getStyle(),
label.getX(), label.getY(), label.getAngle(), x, y, margin)) {
return label;
}
}
return null;
}
/**
* Returns the selected label with its elevation point at (x, y).
*/
private Label getElevatedLabelAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Label) {
Label label = (Label)selectedItems.get(0);
if (label.getPitch() != null
&& isItemMovable(label)) {
float margin = INDICATOR_PIXEL_MARGIN / getScale();
if (label.isAtLevel(this.home.getSelectedLevel())) {
float [][] textBounds = getView().getTextBounds(label.getText(), getItemTextStyle(label, label.getStyle()),
label.getX(), label.getY(), label.getAngle());
if (Math.abs(x - (textBounds [2][0] + textBounds [3][0]) / 2) <= margin
&& Math.abs(y - (textBounds [2][1] + textBounds [3][1]) / 2) <= margin) {
return label;
}
}
}
}
return null;
}
/**
* Returns the selected camera with a point at (x, y)
* that can be used to change the camera yaw angle.
*/
private Camera getYawRotatedCameraAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Camera
&& isItemResizable(selectedItems.get(0))) {
ObserverCamera camera = (ObserverCamera)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
float [][] cameraPoints = camera.getPoints();
// Check if (x,y) matches the point between the first and the last points
// of the rectangle surrounding camera
float xMiddleFirstAndLastPoint = (cameraPoints [0][0] + cameraPoints [3][0]) / 2;
float yMiddleFirstAndLastPoint = (cameraPoints [0][1] + cameraPoints [3][1]) / 2;
if (Math.abs(x - xMiddleFirstAndLastPoint) <= margin
&& Math.abs(y - yMiddleFirstAndLastPoint) <= margin
// Ignore camera shape to ensure there's always enough space to drag it
&& !camera.containsPoint(x, y, 0)) {
return camera;
}
}
return null;
}
/**
* Returns the selected camera with a point at (x, y)
* that can be used to change the camera pitch angle.
*/
private Camera getPitchRotatedCameraAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Camera
&& isItemResizable(selectedItems.get(0))) {
ObserverCamera camera = (ObserverCamera)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
float [][] cameraPoints = camera.getPoints();
// Check if (x,y) matches the point between the second and the third points
// of the rectangle surrounding camera
float xMiddleFirstAndLastPoint = (cameraPoints [1][0] + cameraPoints [2][0]) / 2;
float yMiddleFirstAndLastPoint = (cameraPoints [1][1] + cameraPoints [2][1]) / 2;
if (Math.abs(x - xMiddleFirstAndLastPoint) <= margin
&& Math.abs(y - yMiddleFirstAndLastPoint) <= margin
// Ignore camera shape to ensure there's always enough space to drag it
&& !camera.containsPoint(x, y, 0)) {
return camera;
}
}
return null;
}
/**
* Returns the selected camera with a point at (x, y)
* that can be used to change the camera elevation.
*/
private Camera getElevatedCameraAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Camera
&& isItemResizable(selectedItems.get(0))) {
ObserverCamera camera = (ObserverCamera)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
float [][] cameraPoints = camera.getPoints();
// Check if (x,y) matches the point between the first and the second points
// of the rectangle surrounding camera
float xMiddleFirstAndSecondPoint = (cameraPoints [0][0] + cameraPoints [1][0]) / 2;
float yMiddleFirstAndSecondPoint = (cameraPoints [0][1] + cameraPoints [1][1]) / 2;
if (Math.abs(x - xMiddleFirstAndSecondPoint) <= margin
&& Math.abs(y - yMiddleFirstAndSecondPoint) <= margin
// Ignore camera shape to ensure there's always enough space to drag it
&& !camera.containsPoint(x, y, 0)) {
return camera;
}
}
return null;
}
/**
* Returns the selected compass with a point
* at (x, y) that can be used to rotate it.
*/
private Compass getRotatedCompassAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Compass
&& isItemMovable(selectedItems.get(0))) {
Compass compass = (Compass)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
float [][] compassPoints = compass.getPoints();
// Check if (x,y) matches the point between the third and the fourth points (South point)
// of the rectangle surrounding compass
float xMiddleThirdAndFourthPoint = (compassPoints [2][0] + compassPoints [3][0]) / 2;
float yMiddleThirdAndFourthPoint = (compassPoints [2][1] + compassPoints [3][1]) / 2;
if (Math.abs(x - xMiddleThirdAndFourthPoint) <= margin
&& Math.abs(y - yMiddleThirdAndFourthPoint) <= margin
// Ignore camera shape to ensure there's always enough space to drag it
&& !compass.containsPoint(x, y, 0)) {
return compass;
}
}
return null;
}
/**
* Returns the selected compass with a point
* at (x, y) that can be used to resize it.
*/
private Compass getResizedCompassAt(float x, float y) {
List selectedItems = this.home.getSelectedItems();
if (selectedItems.size() == 1
&& selectedItems.get(0) instanceof Compass
&& isItemMovable(selectedItems.get(0))) {
Compass compass = (Compass)selectedItems.get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
float [][] compassPoints = compass.getPoints();
// Check if (x,y) matches the point between the second and the third points (East point)
// of the rectangle surrounding compass
float xMiddleSecondAndThirdPoint = (compassPoints [1][0] + compassPoints [2][0]) / 2;
float yMiddleSecondAndThirdPoint = (compassPoints [1][1] + compassPoints [2][1]) / 2;
if (Math.abs(x - xMiddleSecondAndThirdPoint) <= margin
&& Math.abs(y - yMiddleSecondAndThirdPoint) <= margin
// Ignore camera shape to ensure there's always enough space to drag it
&& !compass.containsPoint(x, y, 0)) {
return compass;
}
}
return null;
}
/**
* Deletes items in plan and record it as an undoable operation.
*/
public void deleteItems(List items) {
List deletedItems = new ArrayList(items.size());
for (Selectable item : items) {
if (isItemDeletable(item)) {
deletedItems.add(item);
}
}
if (!deletedItems.isEmpty()) {
this.undoSupport.beginUpdate();
// Remove selectionListener to avoid level selection change
// when selected items are deleted
this.home.removeSelectionListener(this.selectionListener);
// Start a compound edit that deletes walls, furniture and dimension lines from home
final boolean allLevelsSelection = home.isAllLevelsSelection();
final List selectedItems = new ArrayList(items);
// Add a undoable edit that will select the undeleted items at undo
this.undoSupport.postEdit(new AbstractUndoableEdit() {
@Override
public void undo() throws CannotRedoException {
super.undo();
selectAndShowItems(selectedItems, allLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
home.removeSelectionListener(selectionListener);
}
});
// Delete furniture with inherited method
deleteFurniture(Home.getFurnitureSubList(deletedItems));
List deletedOtherItems =
new ArrayList(Home.getWallsSubList(deletedItems));
deletedOtherItems.addAll(Home.getRoomsSubList(deletedItems));
deletedOtherItems.addAll(Home.getDimensionLinesSubList(deletedItems));
deletedOtherItems.addAll(Home.getPolylinesSubList(deletedItems));
deletedOtherItems.addAll(Home.getLabelsSubList(deletedItems));
// First post to undo support that walls, rooms and dimension lines are deleted,
// otherwise data about joined walls and rooms index can't be stored
postDeleteItems(deletedOtherItems, this.home.isBasePlanLocked(), this.home.isAllLevelsSelection());
// Then delete items from plan
doDeleteItems(deletedOtherItems);
this.home.addSelectionListener(this.selectionListener);
this.undoSupport.postEdit(new AbstractUndoableEdit() {
@Override
public void redo() throws CannotRedoException {
super.redo();
home.addSelectionListener(selectionListener);
}
});
// End compound edit
this.undoSupport.endUpdate();
}
}
/**
* Posts an undoable delete items operation about deletedItems.
*/
private void postDeleteItems(final List deletedItems,
final boolean basePlanLocked,
final boolean allLevelsSelection) {
// Manage walls
List deletedWalls = Home.getWallsSubList(deletedItems);
// Get joined walls data for undo operation
final JoinedWall [] joinedDeletedWalls = JoinedWall.getJoinedWalls(deletedWalls);
// Manage rooms and their index
List deletedRooms = Home.getRoomsSubList(deletedItems);
List homeRooms = this.home.getRooms();
// Sort the deleted rooms in the ascending order of their index in home
Map sortedMap = new TreeMap();
for (Room room : deletedRooms) {
sortedMap.put(homeRooms.indexOf(room), room);
}
final Room [] rooms = sortedMap.values().toArray(new Room [sortedMap.size()]);
final int [] roomsIndices = new int [rooms.length];
final Level [] roomsLevels = new Level [rooms.length];
int i = 0;
for (int index : sortedMap.keySet()) {
roomsIndices [i] = index;
roomsLevels [i] = rooms [i].getLevel();
i++;
}
// Manage dimension lines
List deletedDimensionLines = Home.getDimensionLinesSubList(deletedItems);
final DimensionLine [] dimensionLines = deletedDimensionLines.toArray(
new DimensionLine [deletedDimensionLines.size()]);
final Level [] dimensionLinesLevels = new Level [dimensionLines.length];
for (i = 0; i < dimensionLines.length; i++) {
dimensionLinesLevels [i] = dimensionLines [i].getLevel();
}
// Manage polylines and their index
List deletedPolylines = Home.getPolylinesSubList(deletedItems);
List homePolylines = this.home.getPolylines();
// Sort the deleted polylines in the ascending order of their index in home
Map sortedPolylinesMap = new TreeMap();
for (Polyline polyline : deletedPolylines) {
sortedPolylinesMap.put(homePolylines.indexOf(polyline), polyline);
}
final Polyline [] polylines = sortedPolylinesMap.values().toArray(new Polyline [sortedPolylinesMap.size()]);
final int [] polylinesIndices = new int [polylines.length];
final Level [] polylinesLevels = new Level [polylines.length];
i = 0;
for (int index : sortedPolylinesMap.keySet()) {
polylinesIndices [i] = index;
polylinesLevels [i] = polylines [i].getLevel();
i++;
}
// Manage labels
List deletedLabels = Home.getLabelsSubList(deletedItems);
final Label [] labels = deletedLabels.toArray(new Label [deletedLabels.size()]);
final Level [] labelsLevels = new Level [labels.length];
for (i = 0; i < labels.length; i++) {
labelsLevels [i] = labels [i].getLevel();
}
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
doAddWalls(joinedDeletedWalls, basePlanLocked);
doAddRooms(rooms, roomsIndices, roomsLevels, null, basePlanLocked);
doAddDimensionLines(dimensionLines, dimensionLinesLevels, null, basePlanLocked);
doAddPolylines(polylines, polylinesIndices, polylinesLevels, null, basePlanLocked);
doAddLabels(labels, labelsLevels, null, basePlanLocked);
selectAndShowItems(deletedItems, allLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
selectItems(deletedItems);
doDeleteWalls(joinedDeletedWalls, basePlanLocked);
doDeleteRooms(rooms, basePlanLocked);
doDeleteDimensionLines(dimensionLines, basePlanLocked);
doDeletePolylines(polylines, basePlanLocked);
doDeleteLabels(labels, basePlanLocked);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoDeleteSelectionName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
/**
* Deletes items from home.
*/
private void doDeleteItems(List items) {
boolean basePlanLocked = this.home.isBasePlanLocked();
for (Selectable item : items) {
if (item instanceof Wall) {
home.deleteWall((Wall)item);
} else if (item instanceof DimensionLine) {
home.deleteDimensionLine((DimensionLine)item);
} else if (item instanceof Room) {
home.deleteRoom((Room)item);
} else if (item instanceof Polyline) {
home.deletePolyline((Polyline)item);
} else if (item instanceof Label) {
home.deleteLabel((Label)item);
} else if (item instanceof HomePieceOfFurniture) {
home.deletePieceOfFurniture((HomePieceOfFurniture)item);
}
// Unlock base plan if item is a part of it
basePlanLocked &= !isItemPartOfBasePlan(item);
}
this.home.setBasePlanLocked(basePlanLocked);
this.home.setAllLevelsSelection(false);
}
/**
* Moves and shows selected items in plan component of (dx,
* dy) units and record it as undoable operation.
*/
private void moveAndShowSelectedItems(float dx, float dy) {
List selectedItems = this.home.getSelectedItems();
List movedItems = new ArrayList(selectedItems.size());
for (Selectable item : selectedItems) {
if (isItemMovable(item)) {
movedItems.add(item);
}
}
if (!movedItems.isEmpty()) {
moveItems(movedItems, dx, dy);
selectAndShowItems(movedItems, this.home.isAllLevelsSelection());
if (movedItems.size() != 1
|| !(movedItems.get(0) instanceof Camera)) {
// Post move undo only for items different from the camera
postItemsMove(movedItems, selectedItems, dx, dy);
}
}
}
/**
* Moves items of (dx, dy) units.
*/
public void moveItems(List items, float dx, float dy) {
for (Selectable item : items) {
if (item instanceof Wall) {
Wall wall = (Wall)item;
// Remove temporarily listener to avoid side effect
wall.removePropertyChangeListener(this.wallChangeListener);
moveWallStartPoint(wall,
wall.getXStart() + dx, wall.getYStart() + dy,
!items.contains(wall.getWallAtStart()));
moveWallEndPoint(wall,
wall.getXEnd() + dx, wall.getYEnd() + dy,
!items.contains(wall.getWallAtEnd()));
resetAreaCache();
wall.addPropertyChangeListener(this.wallChangeListener);
} else {
item.move(dx, dy);
}
}
}
/**
* Moves wall start point to (xStart, yStart)
* and the wall point joined to its start point if moveWallAtStart is true.
*/
private void moveWallStartPoint(Wall wall, float xStart, float yStart,
boolean moveWallAtStart) {
float oldXStart = wall.getXStart();
float oldYStart = wall.getYStart();
wall.setXStart(xStart);
wall.setYStart(yStart);
Wall wallAtStart = wall.getWallAtStart();
// If wall is joined to a wall at its start
// and this wall doesn't belong to the list of moved walls
if (wallAtStart != null && moveWallAtStart) {
// Move the wall start point or end point
if (wallAtStart.getWallAtStart() == wall
&& (wallAtStart.getWallAtEnd() != wall
|| (wallAtStart.getXStart() == oldXStart
&& wallAtStart.getYStart() == oldYStart))) {
wallAtStart.setXStart(xStart);
wallAtStart.setYStart(yStart);
} else if (wallAtStart.getWallAtEnd() == wall
&& (wallAtStart.getWallAtStart() != wall
|| (wallAtStart.getXEnd() == oldXStart
&& wallAtStart.getYEnd() == oldYStart))) {
wallAtStart.setXEnd(xStart);
wallAtStart.setYEnd(yStart);
}
}
}
/**
* Moves wall end point to (xEnd, yEnd)
* and the wall point joined to its end if moveWallAtEnd is true.
*/
private void moveWallEndPoint(Wall wall, float xEnd, float yEnd,
boolean moveWallAtEnd) {
float oldXEnd = wall.getXEnd();
float oldYEnd = wall.getYEnd();
wall.setXEnd(xEnd);
wall.setYEnd(yEnd);
Wall wallAtEnd = wall.getWallAtEnd();
// If wall is joined to a wall at its end
// and this wall doesn't belong to the list of moved walls
if (wallAtEnd != null && moveWallAtEnd) {
// Move the wall start point or end point
if (wallAtEnd.getWallAtStart() == wall
&& (wallAtEnd.getWallAtEnd() != wall
|| (wallAtEnd.getXStart() == oldXEnd
&& wallAtEnd.getYStart() == oldYEnd))) {
wallAtEnd.setXStart(xEnd);
wallAtEnd.setYStart(yEnd);
} else if (wallAtEnd.getWallAtEnd() == wall
&& (wallAtEnd.getWallAtStart() != wall
|| (wallAtEnd.getXEnd() == oldXEnd
&& wallAtEnd.getYEnd() == oldYEnd))) {
wallAtEnd.setXEnd(xEnd);
wallAtEnd.setYEnd(yEnd);
}
}
}
/**
* Moves wall start point to (x, y)
* if editingStartPoint is true or wall end point
* to (x, y) if editingStartPoint is false.
*/
private void moveWallPoint(Wall wall, float x, float y, boolean startPoint) {
if (startPoint) {
moveWallStartPoint(wall, x, y, true);
} else {
moveWallEndPoint(wall, x, y, true);
}
}
/**
* Moves room point at the given index to (x, y).
*/
private void moveRoomPoint(Room room, float x, float y, int pointIndex) {
room.setPoint(x, y, pointIndex);
}
/**
* Moves dimensionLine start point to (x, y)
* if editingStartPoint is true or dimensionLine end point
* to (x, y) if editingStartPoint is false.
*/
private void moveDimensionLinePoint(DimensionLine dimensionLine, float x, float y, boolean startPoint) {
if (startPoint) {
dimensionLine.setXStart(x);
dimensionLine.setYStart(y);
} else {
dimensionLine.setXEnd(x);
dimensionLine.setYEnd(y);
}
}
/**
* Swaps start and end points of the given dimension line.
*/
private void reverseDimensionLine(DimensionLine dimensionLine) {
float swappedX = dimensionLine.getXStart();
float swappedY = dimensionLine.getYStart();
dimensionLine.setXStart(dimensionLine.getXEnd());
dimensionLine.setYStart(dimensionLine.getYEnd());
dimensionLine.setXEnd(swappedX);
dimensionLine.setYEnd(swappedY);
dimensionLine.setOffset(-dimensionLine.getOffset());
}
/**
* Selects items and make them visible at screen.
*/
protected void selectAndShowItems(List items) {
selectAndShowItems(items, false);
}
/**
* Selects items and make them visible at screen.
*/
private void selectAndShowItems(List items, boolean allLevelsSelection) {
selectItems(items, allLevelsSelection);
selectLevelFromSelectedItems();
getView().makeSelectionVisible();
}
/**
* Selects items.
*/
protected void selectItems(List items) {
this.selectItems(items, false);
}
/**
* Selects items.
*/
private void selectItems(List items, boolean allLevelsSelection) {
// Remove selectionListener when selection is done from this controller
// to control when selection should be made visible
this.home.removeSelectionListener(this.selectionListener);
this.home.setSelectedItems(items);
this.home.addSelectionListener(this.selectionListener);
this.home.setAllLevelsSelection(allLevelsSelection);
}
/**
* Selects the given item.
*/
public void selectItem(Selectable item) {
selectItems(Arrays.asList(new Selectable [] {item}));
}
/**
* Toggles the selection of the given item.
* @since 4.4
*/
public void toggleItemSelection(Selectable item) {
List selectedItems = new ArrayList(this.home.getSelectedItems());
if (selectedItems.contains(item)) {
selectedItems.remove(item);
} else {
selectedItems.add(item);
}
selectItems(selectedItems, this.home.isAllLevelsSelection());
}
/**
* Deselects all walls in plan.
*/
private void deselectAll() {
List emptyList = Collections.emptyList();
selectItems(emptyList);
}
/**
* Adds items to home and post an undoable operation.
*/
public void addItems(final List items) {
// Start a compound edit that adds walls, furniture, rooms, dimension lines and labels to home
this.undoSupport.beginUpdate();
addFurniture(Home.getFurnitureSubList(items));
addWalls(Home.getWallsSubList(items));
addRooms(Home.getRoomsSubList(items));
addPolylines(Home.getPolylinesSubList(items));
addDimensionLines(Home.getDimensionLinesSubList(items));
addLabels(Home.getLabelsSubList(items));
this.home.setSelectedItems(items);
// Add a undoable edit that will select all the items at redo
undoSupport.postEdit(new AbstractUndoableEdit() {
@Override
public void redo() throws CannotRedoException {
super.redo();
home.setSelectedItems(items);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(PlanController.class, "undoAddItemsName");
}
});
// End compound edit
undoSupport.endUpdate();
}
/**
* Adds furniture to home and updates door and window flags if they intersect with walls and magnetism is enabled.
*/
@Override
public void addFurniture(List furniture) {
super.addFurniture(furniture);
if (this.preferences.isMagnetismEnabled()) {
Area wallsArea = getWallsArea(false);
for (HomePieceOfFurniture piece : furniture) {
if (piece instanceof HomeDoorOrWindow) {
float [][] piecePoints = piece.getPoints();
Area pieceAreaIntersection = new Area(getPath(piecePoints));
pieceAreaIntersection.intersect(wallsArea);
if (!pieceAreaIntersection.isEmpty()
&& new Room(piecePoints).getArea() / getArea(pieceAreaIntersection) > 0.999) {
((HomeDoorOrWindow) piece).setBoundToWall(true);
}
}
}
}
}
/**
* Adds walls to home and post an undoable new wall operation.
*/
public void addWalls(List walls) {
for (Wall wall : walls) {
this.home.addWall(wall);
}
postCreateWalls(walls, this.home.getSelectedItems(),
home.isBasePlanLocked(), home.isAllLevelsSelection());
}
/**
* Posts an undoable new wall operation, about newWalls.
*/
private void postCreateWalls(List newWalls,
List oldSelection,
final boolean oldBasePlanLocked,
final boolean oldAllLevelsSelection) {
if (newWalls.size() > 0) {
boolean basePlanLocked = this.home.isBasePlanLocked();
if (basePlanLocked) {
for (Wall wall : newWalls) {
// Unlock base plan if wall is a part of it
basePlanLocked &= !isItemPartOfBasePlan(wall);
}
this.home.setBasePlanLocked(basePlanLocked);
}
final boolean newBasePlanLocked = basePlanLocked;
// Retrieve data about joined walls to newWalls
final JoinedWall [] joinedNewWalls = JoinedWall.getJoinedWalls(newWalls);
final Selectable [] oldSelectedItems =
oldSelection.toArray(new Selectable [oldSelection.size()]);
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
doDeleteWalls(joinedNewWalls, oldBasePlanLocked);
selectAndShowItems(Arrays.asList(oldSelectedItems), oldAllLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
doAddWalls(joinedNewWalls, newBasePlanLocked);
selectAndShowItems(JoinedWall.getWalls(joinedNewWalls), false);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoCreateWallsName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Adds the walls in joinedWalls to plan component, joins
* them to other walls if necessary.
*/
private void doAddWalls(JoinedWall [] joinedWalls, boolean basePlanLocked) {
// First add all walls to home
for (JoinedWall joinedNewWall : joinedWalls) {
Wall wall = joinedNewWall.getWall();
this.home.addWall(wall);
wall.setLevel(joinedNewWall.getLevel());
}
this.home.setBasePlanLocked(basePlanLocked);
// Then join them to each other if necessary
for (JoinedWall joinedNewWall : joinedWalls) {
Wall wall = joinedNewWall.getWall();
Wall wallAtStart = joinedNewWall.getWallAtStart();
if (wallAtStart != null) {
wall.setWallAtStart(wallAtStart);
if (joinedNewWall.isJoinedAtEndOfWallAtStart()) {
wallAtStart.setWallAtEnd(wall);
} else {
wallAtStart.setWallAtStart(wall);
}
}
Wall wallAtEnd = joinedNewWall.getWallAtEnd();
if (wallAtEnd != null) {
wall.setWallAtEnd(wallAtEnd);
if (joinedNewWall.isJoinedAtStartOfWallAtEnd()) {
wallAtEnd.setWallAtStart(wall);
} else {
wallAtEnd.setWallAtEnd(wall);
}
}
}
}
/**
* Deletes walls referenced in joinedDeletedWalls.
*/
private void doDeleteWalls(JoinedWall [] joinedDeletedWalls,
boolean basePlanLocked) {
for (JoinedWall joinedWall : joinedDeletedWalls) {
this.home.deleteWall(joinedWall.getWall());
}
this.home.setBasePlanLocked(basePlanLocked);
}
/**
* Add newRooms to home and post an undoable new room line operation.
*/
public void addRooms(List rooms) {
final Room [] newRooms = rooms.toArray(new Room [rooms.size()]);
// Get indices of rooms added to home
final int [] roomsIndex = new int [rooms.size()];
int endIndex = home.getRooms().size();
for (int i = 0; i < roomsIndex.length; i++) {
roomsIndex [i] = endIndex++;
this.home.addRoom(newRooms [i], roomsIndex [i]);
}
postCreateRooms(newRooms, roomsIndex, this.home.getSelectedItems(),
this.home.isBasePlanLocked(), this.home.isAllLevelsSelection());
}
/**
* Posts an undoable new room operation, about newRooms.
*/
private void postCreateRooms(final Room [] newRooms,
final int [] roomsIndex,
List oldSelection,
final boolean oldBasePlanLocked,
final boolean oldAllLevelsSelection) {
if (newRooms.length > 0) {
boolean basePlanLocked = this.home.isBasePlanLocked();
if (basePlanLocked) {
for (Room room : newRooms) {
// Unlock base plan if room is a part of it
basePlanLocked &= !isItemPartOfBasePlan(room);
}
this.home.setBasePlanLocked(basePlanLocked);
}
final boolean newBasePlanLocked = basePlanLocked;
final Selectable [] oldSelectedItems =
oldSelection.toArray(new Selectable [oldSelection.size()]);
final Level roomsLevel = this.home.getSelectedLevel();
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
doDeleteRooms(newRooms, oldBasePlanLocked);
selectAndShowItems(Arrays.asList(oldSelectedItems), oldAllLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
doAddRooms(newRooms, roomsIndex, null, roomsLevel, newBasePlanLocked);
selectAndShowItems(Arrays.asList(newRooms), false);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoCreateRoomsName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable new room operation, about newRooms.
*/
private void postCreateRooms(List rooms,
List oldSelection,
boolean basePlanLocked,
boolean allLevelsSelection) {
// Search the index of rooms in home list of rooms
Room [] newRooms = rooms.toArray(new Room [rooms.size()]);
int [] roomsIndex = new int [rooms.size()];
List homeRooms = this.home.getRooms();
for (int i = 0; i < roomsIndex.length; i++) {
roomsIndex [i] = homeRooms.lastIndexOf(newRooms [i]);
}
postCreateRooms(newRooms, roomsIndex, oldSelection, basePlanLocked, allLevelsSelection);
}
/**
* Adds the rooms to plan component.
*/
private void doAddRooms(Room [] rooms,
int [] roomsIndices,
Level [] roomsLevels,
Level uniqueRoomsLevel,
boolean basePlanLocked) {
for (int i = 0; i < roomsIndices.length; i++) {
this.home.addRoom (rooms [i], roomsIndices [i]);
rooms [i].setLevel(roomsLevels != null
? roomsLevels [i]
: uniqueRoomsLevel);
}
this.home.setBasePlanLocked(basePlanLocked);
}
/**
* Deletes rooms.
*/
private void doDeleteRooms(Room [] rooms,
boolean basePlanLocked) {
for (Room room : rooms) {
this.home.deleteRoom(room);
}
this.home.setBasePlanLocked(basePlanLocked);
}
/**
* Add dimensionLines to home and post an undoable new dimension line operation.
*/
public void addDimensionLines(List dimensionLines) {
for (DimensionLine dimensionLine : dimensionLines) {
this.home.addDimensionLine(dimensionLine);
}
postCreateDimensionLines(dimensionLines, this.home.getSelectedItems(),
this.home.isBasePlanLocked(), this.home.isAllLevelsSelection());
}
/**
* Posts an undoable new dimension line operation, about newDimensionLines.
*/
private void postCreateDimensionLines(List newDimensionLines,
List oldSelection,
final boolean oldBasePlanLocked,
final boolean oldAllLevelsSelection) {
if (newDimensionLines.size() > 0) {
boolean basePlanLocked = this.home.isBasePlanLocked();
if (basePlanLocked) {
for (DimensionLine dimensionLine : newDimensionLines) {
// Unlock base plan if dimension line is a part of it
basePlanLocked &= !isItemPartOfBasePlan(dimensionLine);
}
this.home.setBasePlanLocked(basePlanLocked);
}
final boolean newBasePlanLocked = basePlanLocked;
final DimensionLine [] dimensionLines = newDimensionLines.toArray(
new DimensionLine [newDimensionLines.size()]);
final Selectable [] oldSelectedItems =
oldSelection.toArray(new Selectable [oldSelection.size()]);
final Level dimensionLinesLevel = this.home.getSelectedLevel();
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
doDeleteDimensionLines(dimensionLines, oldBasePlanLocked);
selectAndShowItems(Arrays.asList(oldSelectedItems), oldAllLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
doAddDimensionLines(dimensionLines, null, dimensionLinesLevel, newBasePlanLocked);
selectAndShowItems(Arrays.asList(dimensionLines), false);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoCreateDimensionLinesName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Adds the dimension lines in dimensionLines to plan component.
*/
private void doAddDimensionLines(DimensionLine [] dimensionLines,
Level [] dimensionLinesLevels,
Level uniqueDimensionLinesLevel, boolean basePlanLocked) {
for (int i = 0; i < dimensionLines.length; i++) {
DimensionLine dimensionLine = dimensionLines [i];
this.home.addDimensionLine(dimensionLine);
dimensionLine.setLevel(dimensionLinesLevels != null
? dimensionLinesLevels [i]
: uniqueDimensionLinesLevel);
}
this.home.setBasePlanLocked(basePlanLocked);
}
/**
* Deletes dimension lines in dimensionLines.
*/
private void doDeleteDimensionLines(DimensionLine [] dimensionLines,
boolean basePlanLocked) {
for (DimensionLine dimensionLine : dimensionLines) {
this.home.deleteDimensionLine(dimensionLine);
}
this.home.setBasePlanLocked(basePlanLocked);
}
/**
* Add newPolylines to home and post an undoable new polyline line operation.
*/
public void addPolylines(List polylines) {
final Polyline [] newPolylines = polylines.toArray(new Polyline [polylines.size()]);
// Get indices of polylines added to home
final int [] polylinesIndex = new int [polylines.size()];
int endIndex = home.getPolylines().size();
for (int i = 0; i < polylinesIndex.length; i++) {
polylinesIndex [i] = endIndex++;
this.home.addPolyline(newPolylines [i], polylinesIndex [i]);
}
postCreatePolylines(newPolylines, polylinesIndex, this.home.getSelectedItems(),
this.home.isBasePlanLocked(), this.home.isAllLevelsSelection());
}
/**
* Posts an undoable new polyline operation, about newPolylines.
*/
private void postCreatePolylines(final Polyline [] newPolylines,
final int [] polylinesIndex,
List oldSelection,
final boolean oldBasePlanLocked,
final boolean oldAllLevelsSelection) {
if (newPolylines.length > 0) {
boolean basePlanLocked = this.home.isBasePlanLocked();
if (basePlanLocked) {
for (Polyline polyline : newPolylines) {
// Unlock base plan if polyline is a part of it
basePlanLocked &= !isItemPartOfBasePlan(polyline);
}
this.home.setBasePlanLocked(basePlanLocked);
}
final boolean newBasePlanLocked = basePlanLocked;
final Selectable [] oldSelectedItems =
oldSelection.toArray(new Selectable [oldSelection.size()]);
final Level polylinesLevel = this.home.getSelectedLevel();
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
doDeletePolylines(newPolylines, oldBasePlanLocked);
selectAndShowItems(Arrays.asList(oldSelectedItems), oldAllLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
doAddPolylines(newPolylines, polylinesIndex, null, polylinesLevel, newBasePlanLocked);
selectAndShowItems(Arrays.asList(newPolylines));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoCreatePolylinesName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable new polyline operation, about newPolylines.
*/
private void postCreatePolylines(List polylines,
List oldSelection,
boolean basePlanLocked,
boolean allLevelsSelection) {
// Search the index of polylines in home list of polylines
Polyline [] newPolylines = polylines.toArray(new Polyline [polylines.size()]);
int [] polylinesIndex = new int [polylines.size()];
List homePolylines = home.getPolylines();
for (int i = 0; i < polylinesIndex.length; i++) {
polylinesIndex [i] = homePolylines.lastIndexOf(newPolylines [i]);
}
postCreatePolylines(newPolylines, polylinesIndex, oldSelection, basePlanLocked, allLevelsSelection);
}
/**
* Adds the polylines to plan component.
*/
private void doAddPolylines(Polyline [] polylines,
int [] polylinesIndex,
Level [] polylinesLevels,
Level uniqueDimensionLinesLevel,
boolean basePlanLocked) {
for (int i = 0; i < polylinesIndex.length; i++) {
this.home.addPolyline(polylines [i], polylinesIndex [i]);
polylines [i].setLevel(polylinesLevels != null
? polylinesLevels [i]
: uniqueDimensionLinesLevel);
}
this.home.setBasePlanLocked(basePlanLocked);
}
/**
* Deletes polylines.
*/
private void doDeletePolylines(Polyline [] polylines,
boolean basePlanLocked) {
for (Polyline polyline : polylines) {
this.home.deletePolyline(polyline);
}
this.home.setBasePlanLocked(basePlanLocked);
}
/**
* Add labels to home and post an undoable new label operation.
*/
public void addLabels(List labels) {
for (Label label : labels) {
this.home.addLabel(label);
}
postCreateLabels(labels, this.home.getSelectedItems(),
this.home.isBasePlanLocked(), this.home.isAllLevelsSelection());
}
/**
* Posts an undoable new label operation, about newLabels.
*/
private void postCreateLabels(List newLabels,
List oldSelection,
final boolean oldBasePlanLocked,
final boolean oldAllLevelsSelection) {
if (newLabels.size() > 0) {
boolean basePlanLocked = this.home.isBasePlanLocked();
if (basePlanLocked) {
for (Label label : newLabels) {
// Unlock base plan if label is a part of it
basePlanLocked &= !isItemPartOfBasePlan(label);
}
this.home.setBasePlanLocked(basePlanLocked);
}
final boolean newBasePlanLocked = basePlanLocked;
final Label [] labels = newLabels.toArray(new Label [newLabels.size()]);
final Selectable [] oldSelectedItems =
oldSelection.toArray(new Selectable [oldSelection.size()]);
final Level labelsLevel = this.home.getSelectedLevel();
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
doDeleteLabels(labels, oldBasePlanLocked);
selectAndShowItems(Arrays.asList(oldSelectedItems), oldAllLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
doAddLabels(labels, null, labelsLevel, newBasePlanLocked);
selectAndShowItems(Arrays.asList(labels), false);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoCreateLabelsName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Adds the labels in labels to plan component.
*/
private void doAddLabels(Label [] labels, Level [] labelsLevels, Level uniqueLabelLevel, boolean basePlanLocked) {
for (int i = 0; i < labels.length; i++) {
Label label = labels [i];
this.home.addLabel(label);
label.setLevel(labelsLevels != null
? labelsLevels [i]
: uniqueLabelLevel);
}
this.home.setBasePlanLocked(basePlanLocked);
}
/**
* Deletes labels in labels.
*/
private void doDeleteLabels(Label [] labels, boolean basePlanLocked) {
for (Label label : labels) {
this.home.deleteLabel(label);
}
this.home.setBasePlanLocked(basePlanLocked);
}
/**
* Posts an undoable operation about label angle change.
*/
private void postLabelRotation(final Label label, final float oldAngle) {
final float newAngle = label.getAngle();
if (newAngle != oldAngle) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
label.setAngle(oldAngle);
selectAndShowItems(Arrays.asList(new Label [] {label}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
label.setAngle(newAngle);
selectAndShowItems(Arrays.asList(new Label [] {label}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoLabelRotationName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Post to undo support an elevation change on label.
*/
private void postLabelElevation(final Label label, final float oldElevation) {
final float newElevation = label.getElevation();
if (newElevation != oldElevation) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
label.setElevation(oldElevation);
selectAndShowItems(Arrays.asList(new Label [] {label}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
label.setElevation(newElevation);
selectAndShowItems(Arrays.asList(new Label [] {label}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(PlanController.class,
oldElevation < newElevation
? "undoLabelRaiseName"
: "undoLabelLowerName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable operation of a (dx, dy) move
* of movedItems.
*/
private void postItemsMove(List movedItems,
List oldSelection,
final float dx, final float dy) {
if (dx != 0 || dy != 0) {
// Store the moved items in an array
final Selectable [] itemsArray =
movedItems.toArray(new Selectable [movedItems.size()]);
final boolean allLevelsSelection = home.isAllLevelsSelection();
final Selectable [] oldSelectedItems =
oldSelection.toArray(new Selectable [oldSelection.size()]);
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
doMoveAndShowItems(itemsArray, oldSelectedItems, -dx, -dy, allLevelsSelection);
}
@Override
public void redo() throws CannotRedoException {
super.redo();
doMoveAndShowItems(itemsArray, itemsArray, dx, dy, allLevelsSelection);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoMoveSelectionName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Moves movedItems of (dx, dy) pixels,
* selects them and make them visible.
*/
private void doMoveAndShowItems(Selectable [] movedItems,
Selectable [] selectedItems,
float dx, float dy,
boolean allLevelsSelection) {
this.home.setAllLevelsSelection(allLevelsSelection);
moveItems(Arrays.asList(movedItems), dx, dy);
selectAndShowItems(Arrays.asList(selectedItems), allLevelsSelection);
}
/**
* Posts an undoable operation of a (dx, dy) move
* of movedPieceOfFurniture.
*/
private void postPieceOfFurnitureMove(final HomePieceOfFurniture piece,
final float dx, final float dy,
final float oldAngle,
final float oldDepth,
final float oldElevation,
final boolean oldDoorOrWindowBoundToWall) {
final float newAngle = piece.getAngle();
final float newDepth = piece.getDepth();
final float newElevation = piece.getElevation();
if (dx != 0 || dy != 0
|| newAngle != oldAngle
|| newDepth != oldDepth
|| newElevation != oldElevation) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
piece.move(-dx, -dy);
piece.setAngle(oldAngle);
if (piece.isResizable()
&& isItemResizable(piece)) {
piece.setDepth(oldDepth);
}
piece.setElevation(oldElevation);
if (piece instanceof HomeDoorOrWindow) {
((HomeDoorOrWindow)piece).setBoundToWall(oldDoorOrWindowBoundToWall);
}
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {piece}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
piece.move(dx, dy);
piece.setAngle(newAngle);
if (piece.isResizable()
&& isItemResizable(piece)) {
piece.setDepth(newDepth);
}
piece.setElevation(newElevation);
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {piece}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoMoveSelectionName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable operation about duplication items.
*/
private void postItemsDuplication(final List items,
final List oldSelectedItems) {
boolean basePlanLocked = this.home.isBasePlanLocked();
final boolean allLevelsSelection = this.home.isAllLevelsSelection();
// Delete furniture and add it again in a compound edit
List furniture = Home.getFurnitureSubList(items);
for (HomePieceOfFurniture piece : furniture) {
this.home.deletePieceOfFurniture(piece);
}
// Post duplicated items in a compound edit
this.undoSupport.beginUpdate();
// Add a undoable edit that will select previous items at undo
this.undoSupport.postEdit(new AbstractUndoableEdit() {
@Override
public void undo() throws CannotRedoException {
super.undo();
selectAndShowItems(oldSelectedItems, allLevelsSelection);
}
});
addFurniture(furniture);
List emptyList = Collections.emptyList();
postCreateWalls(Home.getWallsSubList(items), emptyList, basePlanLocked, allLevelsSelection);
postCreateRooms(Home.getRoomsSubList(items), emptyList, basePlanLocked, allLevelsSelection);
postCreatePolylines(Home.getPolylinesSubList(items), emptyList, basePlanLocked, allLevelsSelection);
postCreateDimensionLines(Home.getDimensionLinesSubList(items), emptyList, basePlanLocked, allLevelsSelection);
postCreateLabels(Home.getLabelsSubList(items), emptyList, basePlanLocked, allLevelsSelection);
// Add a undoable edit that will select all the items at redo
this.undoSupport.postEdit(new AbstractUndoableEdit() {
@Override
public void redo() throws CannotRedoException {
super.redo();
selectAndShowItems(items);
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoDuplicateSelectionName");
}
});
// End compound edit
this.undoSupport.endUpdate();
selectItems(items);
}
/**
* Posts an undoable operation about wall resizing.
*/
private void postWallResize(final Wall wall, final float oldX, final float oldY,
final boolean startPoint) {
final float newX;
final float newY;
if (startPoint) {
newX = wall.getXStart();
newY = wall.getYStart();
} else {
newX = wall.getXEnd();
newY = wall.getYEnd();
}
if (newX != oldX || newY != oldY) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
moveWallPoint(wall, oldX, oldY, startPoint);
selectAndShowItems(Arrays.asList(new Wall [] {wall}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
moveWallPoint(wall, newX, newY, startPoint);
selectAndShowItems(Arrays.asList(new Wall [] {wall}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoWallResizeName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable operation about room resizing.
*/
private void postRoomResize(final Room room, final float oldX, final float oldY,
final int pointIndex) {
float [] roomPoint = room.getPoints() [pointIndex];
final float newX = roomPoint [0];
final float newY = roomPoint [1];
if (newX != oldX || newY != oldY) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
moveRoomPoint(room, oldX, oldY, pointIndex);
selectAndShowItems(Arrays.asList(new Room [] {room}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
moveRoomPoint(room, newX, newY, pointIndex);
selectAndShowItems(Arrays.asList(new Room [] {room}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoRoomResizeName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable operation about room name offset change.
*/
private void postRoomNameOffset(final Room room, final float oldNameXOffset,
final float oldNameYOffset) {
final float newNameXOffset = room.getNameXOffset();
final float newNameYOffset = room.getNameYOffset();
if (newNameXOffset != oldNameXOffset
|| newNameYOffset != oldNameYOffset) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
room.setNameXOffset(oldNameXOffset);
room.setNameYOffset(oldNameYOffset);
selectAndShowItems(Arrays.asList(new Room [] {room}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
room.setNameXOffset(newNameXOffset);
room.setNameYOffset(newNameYOffset);
selectAndShowItems(Arrays.asList(new Room [] {room}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoRoomNameOffsetName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable operation about room name angle change.
*/
private void postRoomNameRotation(final Room room, final float oldNameAngle) {
final float newNameAngle = room.getNameAngle();
if (newNameAngle != oldNameAngle) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
room.setNameAngle(oldNameAngle);
selectAndShowItems(Arrays.asList(new Room [] {room}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
room.setNameAngle(newNameAngle);
selectAndShowItems(Arrays.asList(new Room [] {room}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoRoomNameRotationName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable operation about room area offset change.
*/
private void postRoomAreaOffset(final Room room, final float oldAreaXOffset,
final float oldAreaYOffset) {
final float newAreaXOffset = room.getAreaXOffset();
final float newAreaYOffset = room.getAreaYOffset();
if (newAreaXOffset != oldAreaXOffset
|| newAreaYOffset != oldAreaYOffset) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
room.setAreaXOffset(oldAreaXOffset);
room.setAreaYOffset(oldAreaYOffset);
selectAndShowItems(Arrays.asList(new Room [] {room}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
room.setAreaXOffset(newAreaXOffset);
room.setAreaYOffset(newAreaYOffset);
selectAndShowItems(Arrays.asList(new Room [] {room}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoRoomAreaOffsetName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable operation about room area angle change.
*/
private void postRoomAreaRotation(final Room room, final float oldAreaAngle) {
final float newAreaAngle = room.getAreaAngle();
if (newAreaAngle != oldAreaAngle) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
room.setAreaAngle(oldAreaAngle);
selectAndShowItems(Arrays.asList(new Room [] {room}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
room.setAreaAngle(newAreaAngle);
selectAndShowItems(Arrays.asList(new Room [] {room}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoRoomAreaRotationName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Post to undo support an angle change on piece.
*/
private void postPieceOfFurnitureRotation(final HomePieceOfFurniture piece,
final float oldAngle,
final boolean oldDoorOrWindowBoundToWall) {
final float newAngle = piece.getAngle();
if (newAngle != oldAngle) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
piece.setAngle(oldAngle);
if (piece instanceof HomeDoorOrWindow) {
((HomeDoorOrWindow)piece).setBoundToWall(oldDoorOrWindowBoundToWall);
}
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {piece}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
piece.setAngle(newAngle);
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {piece}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoPieceOfFurnitureRotationName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Post to undo support an elevation change on piece.
*/
private void postPieceOfFurnitureElevation(final HomePieceOfFurniture piece, final float oldElevation) {
final float newElevation = piece.getElevation();
if (newElevation != oldElevation) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
piece.setElevation(oldElevation);
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {piece}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
piece.setElevation(newElevation);
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {piece}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(PlanController.class,
oldElevation < newElevation
? "undoPieceOfFurnitureRaiseName"
: "undoPieceOfFurnitureLowerName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Post to undo support a height change on piece.
*/
private void postPieceOfFurnitureHeightResize(final ResizedPieceOfFurniture resizedPiece) {
if (resizedPiece.getPieceOfFurniture().getHeight() != resizedPiece.getHeight()) {
postPieceOfFurnitureResize(resizedPiece, "undoPieceOfFurnitureHeightResizeName");
}
}
/**
* Post to undo support a width and depth change on piece.
*/
private void postPieceOfFurnitureWidthAndDepthResize(final ResizedPieceOfFurniture resizedPiece) {
HomePieceOfFurniture piece = resizedPiece.getPieceOfFurniture();
if (piece.getWidth() != resizedPiece.getWidth()
|| piece.getDepth() != resizedPiece.getDepth()) {
postPieceOfFurnitureResize(resizedPiece, "undoPieceOfFurnitureWidthAndDepthResizeName");
}
}
/**
* Post to undo support a size change on piece.
*/
private void postPieceOfFurnitureResize(final ResizedPieceOfFurniture resizedPiece,
final String presentationNameKey) {
HomePieceOfFurniture piece = resizedPiece.getPieceOfFurniture();
final float newX = piece.getX();
final float newY = piece.getY();
final float newWidth = piece.getWidth();
final float newDepth = piece.getDepth();
final float newHeight = piece.getHeight();
final boolean doorOrWindowBoundToWall = piece instanceof HomeDoorOrWindow
&& ((HomeDoorOrWindow)piece).isBoundToWall();
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
resizedPiece.reset();
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {resizedPiece.getPieceOfFurniture()}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
HomePieceOfFurniture piece = resizedPiece.getPieceOfFurniture();
piece.setX(newX);
piece.setY(newY);
piece.setWidth(newWidth);
piece.setDepth(newDepth);
piece.setHeight(newHeight);
if (piece instanceof HomeDoorOrWindow) {
((HomeDoorOrWindow)piece).setBoundToWall(doorOrWindowBoundToWall);
}
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {piece}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, presentationNameKey);
}
};
this.undoSupport.postEdit(undoableEdit);
}
/**
* Post to undo support a power modification on light.
*/
private void postLightPowerModification(final HomeLight light, final float oldPower) {
final float newPower = light.getPower();
if (newPower != oldPower) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
light.setPower(oldPower);
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {light}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
light.setPower(newPower);
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {light}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoLightPowerModificationName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable operation about piece name offset change.
*/
private void postPieceOfFurnitureNameOffset(final HomePieceOfFurniture piece,
final float oldNameXOffset,
final float oldNameYOffset) {
final float newNameXOffset = piece.getNameXOffset();
final float newNameYOffset = piece.getNameYOffset();
if (newNameXOffset != oldNameXOffset
|| newNameYOffset != oldNameYOffset) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
piece.setNameXOffset(oldNameXOffset);
piece.setNameYOffset(oldNameYOffset);
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {piece}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
piece.setNameXOffset(newNameXOffset);
piece.setNameYOffset(newNameYOffset);
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {piece}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoPieceOfFurnitureNameOffsetName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable operation about piece name angle change.
*/
private void postPieceOfFurnitureNameRotation(final HomePieceOfFurniture piece,
final float oldNameAngle) {
final float newNameAngle = piece.getNameAngle();
if (newNameAngle != oldNameAngle) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
piece.setNameAngle(oldNameAngle);
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {piece}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
piece.setNameAngle(newNameAngle);
selectAndShowItems(Arrays.asList(new HomePieceOfFurniture [] {piece}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoPieceOfFurnitureNameRotationName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable operation about dimensionLine resizing.
*/
private void postDimensionLineResize(final DimensionLine dimensionLine, final float oldX, final float oldY,
final boolean startPoint, final boolean reversed) {
final float newX;
final float newY;
if (startPoint) {
newX = dimensionLine.getXStart();
newY = dimensionLine.getYStart();
} else {
newX = dimensionLine.getXEnd();
newY = dimensionLine.getYEnd();
}
if (newX != oldX || newY != oldY || reversed) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
if (reversed) {
reverseDimensionLine(dimensionLine);
moveDimensionLinePoint(dimensionLine, oldX, oldY, !startPoint);
} else {
moveDimensionLinePoint(dimensionLine, oldX, oldY, startPoint);
}
selectAndShowItems(Arrays.asList(new DimensionLine [] {dimensionLine}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
moveDimensionLinePoint(dimensionLine, newX, newY, startPoint);
if (reversed) {
reverseDimensionLine(dimensionLine);
}
selectAndShowItems(Arrays.asList(new DimensionLine [] {dimensionLine}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoDimensionLineResizeName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable operation about dimensionLine offset change.
*/
private void postDimensionLineOffset(final DimensionLine dimensionLine, final float oldOffset) {
final float newOffset = dimensionLine.getOffset();
if (newOffset != oldOffset) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
dimensionLine.setOffset(oldOffset);
selectAndShowItems(Arrays.asList(new DimensionLine [] {dimensionLine}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
dimensionLine.setOffset(newOffset);
selectAndShowItems(Arrays.asList(new DimensionLine [] {dimensionLine}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoDimensionLineOffsetName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Posts an undoable operation about polyline resizing.
*/
private void postPolylineResize(final Polyline polyline, final float oldX, final float oldY,
final int pointIndex) {
float [] polylinePoint = polyline.getPoints() [pointIndex];
final float newX = polylinePoint [0];
final float newY = polylinePoint [1];
if (newX != oldX || newY != oldY) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
polyline.setPoint(oldX, oldY, pointIndex);
selectAndShowItems(Arrays.asList(new Polyline [] {polyline}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
polyline.setPoint(newX, newY, pointIndex);
selectAndShowItems(Arrays.asList(new Polyline [] {polyline}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoPolylineResizeName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Post to undo support a north direction change on compass.
*/
private void postCompassRotation(final Compass compass,
final float oldNorthDirection) {
final float newNorthDirection = compass.getNorthDirection();
if (newNorthDirection != oldNorthDirection) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
compass.setNorthDirection(oldNorthDirection);
selectAndShowItems(Arrays.asList(new Compass [] {compass}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
compass.setNorthDirection(newNorthDirection);
selectAndShowItems(Arrays.asList(new Compass [] {compass}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoCompassRotationName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Post to undo support a size change on compass.
*/
private void postCompassResize(final Compass compass,
final float oldDiameter) {
final float newDiameter = compass.getDiameter();
if (newDiameter != oldDiameter) {
UndoableEdit undoableEdit = new AbstractUndoableEdit() {
@Override
public void undo() throws CannotUndoException {
super.undo();
compass.setDiameter(oldDiameter);
selectAndShowItems(Arrays.asList(new Compass [] {compass}));
}
@Override
public void redo() throws CannotRedoException {
super.redo();
compass.setDiameter(newDiameter);
selectAndShowItems(Arrays.asList(new Compass [] {compass}));
}
@Override
public String getPresentationName() {
return preferences.getLocalizedString(
PlanController.class, "undoCompassResizeName");
}
};
this.undoSupport.postEdit(undoableEdit);
}
}
/**
* Returns the points of a general path which contains only one path.
*/
private float [][] getPathPoints(GeneralPath path,
boolean removeAlignedPoints) {
List pathPoints = new ArrayList();
float [] previousPathPoint = null;
for (PathIterator it = path.getPathIterator(null); !it.isDone(); it.next()) {
float [] pathPoint = new float[2];
if (it.currentSegment(pathPoint) != PathIterator.SEG_CLOSE
&& (previousPathPoint == null
|| !Arrays.equals(pathPoint, previousPathPoint))) {
boolean replacePoint = false;
if (removeAlignedPoints
&& pathPoints.size() > 1) {
// Check if pathPoint is aligned with the last line added to pathPoints
float [] lastLineStartPoint = pathPoints.get(pathPoints.size() - 2);
float [] lastLineEndPoint = previousPathPoint;
replacePoint = Line2D.ptLineDistSq(lastLineStartPoint [0], lastLineStartPoint [1],
lastLineEndPoint [0], lastLineEndPoint [1],
pathPoint [0], pathPoint [1]) < 0.0001;
}
if (replacePoint) {
pathPoints.set(pathPoints.size() - 1, pathPoint);
} else {
pathPoints.add(pathPoint);
}
previousPathPoint = pathPoint;
}
}
// Remove last point if it's equal to first point
if (pathPoints.size() > 1
&& Arrays.equals(pathPoints.get(0), pathPoints.get(pathPoints.size() - 1))) {
pathPoints.remove(pathPoints.size() - 1);
}
return pathPoints.toArray(new float [pathPoints.size()][]);
}
/**
* Returns the list of closed paths that may define rooms from
* the current set of home walls.
*/
private List getRoomPathsFromWalls() {
if (this.roomPathsCache == null) {
// Iterate over all the paths the walls area contains
Area wallsArea = getWallsArea(false);
List roomPaths = getAreaPaths(wallsArea);
Area insideWallsArea = new Area(wallsArea);
for (GeneralPath roomPath : roomPaths) {
insideWallsArea.add(new Area(roomPath));
}
this.roomPathsCache = roomPaths;
this.insideWallsAreaCache = insideWallsArea;
}
return this.roomPathsCache;
}
/**
* Returns the paths described by the given area.
*/
private List getAreaPaths(Area area) {
List roomPaths = new ArrayList();
GeneralPath roomPath = new GeneralPath();
for (PathIterator it = area.getPathIterator(null, 0.5f); !it.isDone(); it.next()) {
float [] roomPoint = new float[2];
switch (it.currentSegment(roomPoint)) {
case PathIterator.SEG_MOVETO :
roomPath.moveTo(roomPoint [0], roomPoint [1]);
break;
case PathIterator.SEG_LINETO :
roomPath.lineTo(roomPoint [0], roomPoint [1]);
break;
case PathIterator.SEG_CLOSE :
roomPath.closePath();
roomPaths.add(roomPath);
roomPath = new GeneralPath();
break;
}
}
return roomPaths;
}
/**
* Returns the area that includes walls and inside walls area.
*/
private Area getInsideWallsArea() {
if (this.insideWallsAreaCache == null) {
getRoomPathsFromWalls();
}
return this.insideWallsAreaCache;
}
/**
* Returns the area covered by walls.
*/
private Area getWallsArea(boolean includeBaseboards) {
if (!includeBaseboards && this.wallsAreaCache == null
|| includeBaseboards && this.wallsIncludingBaseboardsAreaCache == null) {
// Compute walls area
Area wallsArea = new Area();
Level selectedLevel = this.home.getSelectedLevel();
for (Wall wall : this.home.getWalls()) {
if (wall.isAtLevel(selectedLevel)) {
wallsArea.add(new Area(getPath(wall.getPoints(includeBaseboards))));
}
}
if (includeBaseboards) {
this.wallsIncludingBaseboardsAreaCache = wallsArea;
} else {
this.wallsAreaCache = wallsArea;
}
}
return includeBaseboards
? this.wallsIncludingBaseboardsAreaCache
: this.wallsAreaCache;
}
/**
* Returns the shape matching the coordinates in points array.
*/
private GeneralPath getPath(float [][] points) {
GeneralPath path = new GeneralPath();
path.moveTo(points [0][0], points [0][1]);
for (int i = 1; i < points.length; i++) {
path.lineTo(points [i][0], points [i][1]);
}
path.closePath();
return path;
}
/**
* Returns the path matching a given area.
*/
private GeneralPath getPath(Area area) {
GeneralPath path = new GeneralPath();
float [] point = new float [2];
for (PathIterator it = area.getPathIterator(null, 0.5f); !it.isDone(); it.next()) {
switch (it.currentSegment(point)) {
case PathIterator.SEG_MOVETO :
path.moveTo(point [0], point [1]);
break;
case PathIterator.SEG_LINETO :
path.lineTo(point [0], point [1]);
break;
}
}
return path;
}
/**
* Selects the level of the first elevatable item in the current selection
* if no selected item is visible at the selected level.
*/
private void selectLevelFromSelectedItems() {
Level selectedLevel = this.home.getSelectedLevel();
List selectedItems = this.home.getSelectedItems();
for (Object item : selectedItems) {
if (item instanceof Elevatable
&& ((Elevatable)item).isAtLevel(selectedLevel)) {
return;
}
}
for (Object item : selectedItems) {
if (item instanceof Elevatable) {
setSelectedLevel(((Elevatable)item).getLevel());
break;
}
}
}
/**
* Stores the size of a resized piece of furniture.
*/
private static class ResizedPieceOfFurniture {
private final HomePieceOfFurniture piece;
private final float x;
private final float y;
private final float width;
private final float depth;
private final float height;
private final boolean doorOrWindowBoundToWall;
private final float [] groupFurnitureX;
private final float [] groupFurnitureY;
private final float [] groupFurnitureWidth;
private final float [] groupFurnitureDepth;
private final float [] groupFurnitureHeight;
public ResizedPieceOfFurniture(HomePieceOfFurniture piece) {
this.piece = piece;
this.x = piece.getX();
this.y = piece.getY();
this.width = piece.getWidth();
this.depth = piece.getDepth();
this.height = piece.getHeight();
this.doorOrWindowBoundToWall = piece instanceof HomeDoorOrWindow
&& ((HomeDoorOrWindow)piece).isBoundToWall();
if (piece instanceof HomeFurnitureGroup) {
List groupFurniture = ((HomeFurnitureGroup)piece).getAllFurniture();
this.groupFurnitureX = new float [groupFurniture.size()];
this.groupFurnitureY = new float [groupFurniture.size()];
this.groupFurnitureWidth = new float [groupFurniture.size()];
this.groupFurnitureDepth = new float [groupFurniture.size()];
this.groupFurnitureHeight = new float [groupFurniture.size()];
for (int i = 0; i < groupFurniture.size(); i++) {
HomePieceOfFurniture groupPiece = groupFurniture.get(i);
this.groupFurnitureX [i] = groupPiece.getX();
this.groupFurnitureY [i] = groupPiece.getY();
this.groupFurnitureWidth [i] = groupPiece.getWidth();
this.groupFurnitureDepth [i] = groupPiece.getDepth();
this.groupFurnitureHeight [i] = groupPiece.getHeight();
}
} else {
this.groupFurnitureX = null;
this.groupFurnitureY = null;
this.groupFurnitureWidth = null;
this.groupFurnitureDepth = null;
this.groupFurnitureHeight = null;
}
}
public HomePieceOfFurniture getPieceOfFurniture() {
return this.piece;
}
public float getWidth() {
return this.width;
}
public float getDepth() {
return this.depth;
}
public float getHeight() {
return this.height;
}
public boolean isDoorOrWindowBoundToWall() {
return this.doorOrWindowBoundToWall;
}
public void reset() {
this.piece.setX(this.x);
this.piece.setY(this.y);
this.piece.setWidth(this.width);
this.piece.setDepth(this.depth);
this.piece.setHeight(this.height);
if (this.piece instanceof HomeDoorOrWindow) {
((HomeDoorOrWindow)this.piece).setBoundToWall(this.doorOrWindowBoundToWall);
}
if (this.piece instanceof HomeFurnitureGroup) {
List groupFurniture = ((HomeFurnitureGroup)this.piece).getAllFurniture();
for (int i = 0; i < groupFurniture.size(); i++) {
HomePieceOfFurniture groupPiece = groupFurniture.get(i);
if (this.piece.isResizable()) {
// Restore group furniture location and size because resizing a group isn't reversible
groupPiece.setX(this.groupFurnitureX [i]);
groupPiece.setY(this.groupFurnitureY [i]);
groupPiece.setWidth(this.groupFurnitureWidth [i]);
groupPiece.setDepth(this.groupFurnitureDepth [i]);
groupPiece.setHeight(this.groupFurnitureHeight [i]);
}
}
}
}
}
/**
* Stores the walls at start and at end of a given wall. This data are useful
* to add a collection of walls after an undo/redo delete operation.
*/
private static final class JoinedWall {
private final Wall wall;
private final Level level;
private final Wall wallAtStart;
private final Wall wallAtEnd;
private final boolean joinedAtEndOfWallAtStart;
private final boolean joinedAtStartOfWallAtEnd;
public JoinedWall(Wall wall) {
this.wall = wall;
this.level = wall.getLevel();
this.wallAtStart = wall.getWallAtStart();
this.joinedAtEndOfWallAtStart =
this.wallAtStart != null
&& this.wallAtStart.getWallAtEnd() == wall;
this.wallAtEnd = wall.getWallAtEnd();
this.joinedAtStartOfWallAtEnd =
this.wallAtEnd != null
&& wallAtEnd.getWallAtStart() == wall;
}
public Wall getWall() {
return this.wall;
}
public Level getLevel() {
return this.level;
}
public Wall getWallAtEnd() {
return this.wallAtEnd;
}
public Wall getWallAtStart() {
return this.wallAtStart;
}
public boolean isJoinedAtEndOfWallAtStart() {
return this.joinedAtEndOfWallAtStart;
}
public boolean isJoinedAtStartOfWallAtEnd() {
return this.joinedAtStartOfWallAtEnd;
}
/**
* A helper method that builds an array of JoinedWall objects
* for a given list of walls.
*/
public static JoinedWall [] getJoinedWalls(List walls) {
JoinedWall [] joinedWalls = new JoinedWall [walls.size()];
for (int i = 0; i < joinedWalls.length; i++) {
joinedWalls [i] = new JoinedWall(walls.get(i));
}
return joinedWalls;
}
/**
* A helper method that builds a list of Wall objects
* for a given array of JoinedWall objects.
*/
public static List getWalls(JoinedWall [] joinedWalls) {
Wall [] walls = new Wall [joinedWalls.length];
for (int i = 0; i < joinedWalls.length; i++) {
walls [i] = joinedWalls [i].getWall();
}
return Arrays.asList(walls);
}
}
/**
* A point which coordinates are computed with an angle magnetism algorithm.
*/
private static class PointWithAngleMagnetism {
private static final int CIRCLE_STEPS_15_DEG = 24;
private float x;
private float y;
private float angle;
/**
* Create a point that applies angle magnetism to point (x, y).
* Point end coordinates stored at object initialization may be different from x or y,
* to match the closest point belonging to one of the radius of a circle centered at
* (xStart, yStart), each radius being a multiple of 15 degrees.
* The length of the line joining (xStart, yStart) to the computed
* point is approximated depending on the current unit and scale.
*/
public PointWithAngleMagnetism(float xStart, float yStart, float x, float y,
LengthUnit unit, float maxLengthDelta) {
this(xStart, yStart, x, y, unit, maxLengthDelta, CIRCLE_STEPS_15_DEG);
}
public PointWithAngleMagnetism(float xStart, float yStart, float x, float y,
LengthUnit unit, float maxLengthDelta, int circleSteps) {
this.x = x;
this.y = y;
if (xStart == x) {
// Apply magnetism to the length of the line joining start point to magnetized point
float magnetizedLength = unit.getMagnetizedLength(Math.abs(yStart - y), maxLengthDelta);
this.y = yStart + (float)(magnetizedLength * Math.signum(y - yStart));
} else if (yStart == y) {
// Apply magnetism to the length of the line joining start point to magnetized point
float magnetizedLength = unit.getMagnetizedLength(Math.abs(xStart - x), maxLengthDelta);
this.x = xStart + (float)(magnetizedLength * Math.signum(x - xStart));
} else { // xStart != x && yStart != y
double angleStep = 2 * Math.PI / circleSteps;
// Caution : pixel coordinate space is indirect !
double angle = Math.atan2(yStart - y, x - xStart);
// Compute previous angle closest to a step angle (multiple of angleStep)
double previousStepAngle = Math.floor(angle / angleStep) * angleStep;
double angle1;
double tanAngle1;
double angle2;
double tanAngle2;
// Compute the tan of previousStepAngle and the next step angle
if (Math.tan(angle) > 0) {
angle1 = previousStepAngle;
tanAngle1 = Math.tan(previousStepAngle);
angle2 = previousStepAngle + angleStep;
tanAngle2 = Math.tan(previousStepAngle + angleStep);
} else {
// If slope is negative inverse the order of the two angles
angle1 = previousStepAngle + angleStep;
tanAngle1 = Math.tan(previousStepAngle + angleStep);
angle2 = previousStepAngle;
tanAngle2 = Math.tan(previousStepAngle);
}
// Search in the first quarter of the trigonometric circle,
// the point (xEnd1,yEnd1) or (xEnd2,yEnd2) closest to point
// (xEnd,yEnd) that belongs to angle 1 or angle 2 radius
double firstQuarterTanAngle1 = Math.abs(tanAngle1);
double firstQuarterTanAngle2 = Math.abs(tanAngle2);
float xEnd1 = Math.abs(xStart - x);
float yEnd2 = Math.abs(yStart - y);
float xEnd2 = 0;
// If angle 2 is greater than 0 rad
if (firstQuarterTanAngle2 > 1E-10) {
// Compute the abscissa of point 2 that belongs to angle 1 radius at
// y2 ordinate
xEnd2 = (float)(yEnd2 / firstQuarterTanAngle2);
}
float yEnd1 = 0;
// If angle 1 is smaller than PI / 2 rad
if (firstQuarterTanAngle1 < 1E10) {
// Compute the ordinate of point 1 that belongs to angle 1 radius at
// x1 abscissa
yEnd1 = (float)(xEnd1 * firstQuarterTanAngle1);
}
// Apply magnetism to the smallest distance
double magnetismAngle;
if (Math.abs(xEnd2 - xEnd1) < Math.abs(yEnd1 - yEnd2)) {
magnetismAngle = angle2;
this.x = xStart + (float)((yStart - y) / tanAngle2);
} else {
magnetismAngle = angle1;
this.y = yStart - (float)((x - xStart) * tanAngle1);
}
// Apply magnetism to the length of the line joining start point
// to magnetized point
float magnetizedLength = unit.getMagnetizedLength((float)Point2D.distance(xStart, yStart,
this.x, this.y), maxLengthDelta);
this.x = xStart + (float)(magnetizedLength * Math.cos(magnetismAngle));
this.y = yStart - (float)(magnetizedLength * Math.sin(magnetismAngle));
this.angle = (float)magnetismAngle;
}
}
/**
* Returns the abscissa of end point.
*/
public float getX() {
return this.x;
}
/**
* Sets the abscissa of end point.
*/
protected void setX(float x) {
this.x = x;
}
/**
* Returns the ordinate of end point.
*/
public float getY() {
return this.y;
}
/**
* Sets the ordinate of end point.
*/
protected void setY(float y) {
this.y = y;
}
protected float getAngle() {
return this.angle;
}
}
/**
* A point with coordinates computed with angle and wall points magnetism.
*/
private class WallPointWithAngleMagnetism extends PointWithAngleMagnetism {
public WallPointWithAngleMagnetism(float x, float y) {
this(null, x, y, x, y);
}
public WallPointWithAngleMagnetism(Wall editedWall, float xWall, float yWall, float x, float y) {
super(xWall, yWall, x, y, preferences.getLengthUnit(), getView().getPixelLength());
float margin = PIXEL_MARGIN / getScale();
// Search which wall start or end point is close to (x, y)
// ignoring the start and end point of editedWall
float deltaXToClosestWall = Float.POSITIVE_INFINITY;
float deltaYToClosestWall = Float.POSITIVE_INFINITY;
float xClosestWall = 0;
float yClosestWall = 0;
for (Wall wall : getDetectableWallsAtSelectedLevel()) {
if (wall != editedWall) {
if (Math.abs(getX() - wall.getXStart()) < margin
&& (editedWall == null
|| !equalsWallPoint(wall.getXStart(), wall.getYStart(), editedWall))) {
if (Math.abs(deltaYToClosestWall) > Math.abs(getY() - wall.getYStart())) {
xClosestWall = wall.getXStart();
deltaYToClosestWall = getY() - yClosestWall;
}
} else if (Math.abs(getX() - wall.getXEnd()) < margin
&& (editedWall == null
|| !equalsWallPoint(wall.getXEnd(), wall.getYEnd(), editedWall))) {
if (Math.abs(deltaYToClosestWall) > Math.abs(getY() - wall.getYEnd())) {
xClosestWall = wall.getXEnd();
deltaYToClosestWall = getY() - yClosestWall;
}
}
if (Math.abs(getY() - wall.getYStart()) < margin
&& (editedWall == null
|| !equalsWallPoint(wall.getXStart(), wall.getYStart(), editedWall))) {
if (Math.abs(deltaXToClosestWall) > Math.abs(getX() - wall.getXStart())) {
yClosestWall = wall.getYStart();
deltaXToClosestWall = getX() - xClosestWall;
}
} else if (Math.abs(getY() - wall.getYEnd()) < margin
&& (editedWall == null
|| !equalsWallPoint(wall.getXEnd(), wall.getYEnd(), editedWall))) {
if (Math.abs(deltaXToClosestWall) > Math.abs(getX() - wall.getXEnd())) {
yClosestWall = wall.getYEnd();
deltaXToClosestWall = getX() - xClosestWall;
}
}
}
}
if (editedWall != null) {
double alpha = -Math.tan(getAngle());
double beta = Math.abs(alpha) < 1E10
? yWall - alpha * xWall
: Double.POSITIVE_INFINITY;
if (deltaXToClosestWall != Float.POSITIVE_INFINITY && Math.abs(alpha) > 1E-10) {
float newX = (float)((yClosestWall - beta) / alpha);
if (Point2D.distanceSq(getX(), getY(), newX, yClosestWall) <= margin * margin) {
setX(newX);
setY(yClosestWall);
return;
}
}
if (deltaYToClosestWall != Float.POSITIVE_INFINITY
&& beta != Double.POSITIVE_INFINITY) {
float newY = (float)(alpha * xClosestWall + beta);
if (Point2D.distanceSq(getX(), getY(), xClosestWall, newY) <= margin * margin) {
setX(xClosestWall);
setY(newY);
}
}
} else {
if (deltaXToClosestWall != Float.POSITIVE_INFINITY) {
setY(yClosestWall);
}
if (deltaYToClosestWall != Float.POSITIVE_INFINITY) {
setX(xClosestWall);
}
}
}
/**
* Returns true if wall start or end point
* equals the point (x, y).
*/
private boolean equalsWallPoint(float x, float y, Wall wall) {
return x == wall.getXStart() && y == wall.getYStart()
|| x == wall.getXEnd() && y == wall.getYEnd();
}
}
/**
* A point with coordinates computed with angle and room points magnetism.
*/
private class RoomPointWithAngleMagnetism extends PointWithAngleMagnetism {
public RoomPointWithAngleMagnetism(float x, float y) {
this(null, -1, x, y, x, y);
}
public RoomPointWithAngleMagnetism(Room editedRoom, int editedPointIndex, float xRoom, float yRoom, float x, float y) {
super(xRoom, yRoom, x, y, preferences.getLengthUnit(), getView().getPixelLength());
float planScale = getScale();
float margin = PIXEL_MARGIN / planScale;
// Search which room points are close to (x, y)
// ignoring the start and end point of alignedRoom
float deltaXToClosestObject = Float.POSITIVE_INFINITY;
float deltaYToClosestObject = Float.POSITIVE_INFINITY;
float xClosestObject = 0;
float yClosestObject = 0;
for (Room room : getDetectableRoomsAtSelectedLevel()) {
float [][] roomPoints = room.getPoints();
for (int i = 0; i < roomPoints.length; i++) {
if (editedPointIndex == -1 || (i != editedPointIndex && roomPoints.length > 2)) {
if (Math.abs(getX() - roomPoints [i][0]) < margin
&& Math.abs(deltaYToClosestObject) > Math.abs(getY() - roomPoints [i][1])) {
xClosestObject = roomPoints [i][0];
deltaYToClosestObject = getY() - roomPoints [i][1];
}
if (Math.abs(getY() - roomPoints [i][1]) < margin
&& Math.abs(deltaXToClosestObject) > Math.abs(getX() - roomPoints [i][0])) {
yClosestObject = roomPoints [i][1];
deltaXToClosestObject = getX() - roomPoints [i][0];
}
}
}
}
// Search which wall points are close to (x, y)
for (Wall wall : getDetectableWallsAtSelectedLevel()) {
float [][] wallPoints = wall.getPoints();
// Take into account only points at start and end of the wall
wallPoints = new float [][] {wallPoints [0], wallPoints [wallPoints.length / 2 - 1],
wallPoints [wallPoints.length / 2], wallPoints [wallPoints.length - 1]};
for (int i = 0; i < wallPoints.length; i++) {
if (Math.abs(getX() - wallPoints [i][0]) < margin
&& Math.abs(deltaYToClosestObject) > Math.abs(getY() - wallPoints [i][1])) {
xClosestObject = wallPoints [i][0];
deltaYToClosestObject = getY() - wallPoints [i][1];
}
if (Math.abs(getY() - wallPoints [i][1]) < margin
&& Math.abs(deltaXToClosestObject) > Math.abs(getX() - wallPoints [i][0])) {
yClosestObject = wallPoints [i][1];
deltaXToClosestObject = getX() - wallPoints [i][0];
}
}
}
if (editedRoom != null) {
double alpha = -Math.tan(getAngle());
double beta = Math.abs(alpha) < 1E10
? yRoom - alpha * xRoom
: Double.POSITIVE_INFINITY;
if (deltaXToClosestObject != Float.POSITIVE_INFINITY && Math.abs(alpha) > 1E-10) {
float newX = (float)((yClosestObject - beta) / alpha);
if (Point2D.distanceSq(getX(), getY(), newX, yClosestObject) <= margin * margin) {
setX(newX);
setY(yClosestObject);
return;
}
}
if (deltaYToClosestObject != Float.POSITIVE_INFINITY
&& beta != Double.POSITIVE_INFINITY) {
float newY = (float)(alpha * xClosestObject + beta);
if (Point2D.distanceSq(getX(), getY(), xClosestObject, newY) <= margin * margin) {
setX(xClosestObject);
setY(newY);
}
}
} else {
if (deltaXToClosestObject != Float.POSITIVE_INFINITY) {
setY(yClosestObject);
}
if (deltaYToClosestObject != Float.POSITIVE_INFINITY) {
setX(xClosestObject);
}
}
}
}
/**
* A point which coordinates are equal to the closest point of a wall or a room.
*/
private class PointMagnetizedToClosestWallOrRoomPoint {
private float x;
private float y;
private boolean magnetized;
/**
* Creates a point that applies magnetism to point (x, y).
* If this point is close to a point of a wall corner or of a room, it will be initialiazed to its coordinates.
*/
public PointMagnetizedToClosestWallOrRoomPoint(float x, float y) {
this(null, -1, x, y);
}
public PointMagnetizedToClosestWallOrRoomPoint(Room editedRoom, int editedPointIndex, float x, float y) {
float margin = PIXEL_MARGIN / getScale();
// Find the closest wall point to (x,y)
double smallestDistance = Double.MAX_VALUE;
for (GeneralPath roomPath : getRoomPathsFromWalls()) {
smallestDistance = updateMagnetizedPoint(-1, x, y,
smallestDistance, getPathPoints(roomPath, false));
}
for (Room room : getDetectableRoomsAtSelectedLevel()) {
smallestDistance = updateMagnetizedPoint(room == editedRoom ? editedPointIndex : - 1,
x, y, smallestDistance, room.getPoints());
}
this.magnetized = smallestDistance <= margin * margin;
if (!this.magnetized) {
// Don't magnetism if closest wall point is too far
this.x = x;
this.y = y;
}
}
private double updateMagnetizedPoint(int editedPointIndex,
float x, float y,
double smallestDistance,
float [][] points) {
for (int i = 0; i < points.length; i++) {
if (i != editedPointIndex) {
double distance = Point2D.distanceSq(points [i][0], points [i][1], x, y);
if (distance < smallestDistance) {
this.x = points [i][0];
this.y = points [i][1];
smallestDistance = distance;
}
}
}
return smallestDistance;
}
/**
* Returns the abscissa of end point computed with magnetism.
*/
public float getX() {
return this.x;
}
/**
* Returns the ordinate of end point computed with magnetism.
*/
public float getY() {
return this.y;
}
public boolean isMagnetized() {
return this.magnetized;
}
}
/**
* Controller state classes super class.
*/
protected static abstract class ControllerState {
public void enter() {
}
public void exit() {
}
public abstract Mode getMode();
public void setMode(Mode mode) {
}
public boolean isModificationState() {
return false;
}
public boolean isBasePlanModificationState() {
return false;
}
public void deleteSelection() {
}
public void escape() {
}
public void moveSelection(float dx, float dy) {
}
public void toggleMagnetism(boolean magnetismToggled) {
}
public void setAlignmentActivated(boolean alignmentActivated) {
}
public void setDuplicationActivated(boolean duplicationActivated) {
}
public void setEditionActivated(boolean editionActivated) {
}
public void updateEditableProperty(EditableProperty editableField, Object value) {
}
public void pressMouse(float x, float y, int clickCount,
boolean shiftDown, boolean duplicationActivated) {
}
public void releaseMouse(float x, float y) {
}
public void moveMouse(float x, float y) {
}
public void zoom(float factor) {
}
}
// ControllerState subclasses
/**
* Abstract state able to manage the transition to other modes.
*/
private abstract class AbstractModeChangeState extends ControllerState {
@Override
public void setMode(Mode mode) {
if (mode == Mode.SELECTION) {
setState(getSelectionState());
} else if (mode == Mode.PANNING) {
setState(getPanningState());
} else if (mode == Mode.WALL_CREATION) {
setState(getWallCreationState());
} else if (mode == Mode.ROOM_CREATION) {
setState(getRoomCreationState());
} else if (mode == Mode.POLYLINE_CREATION) {
setState(getPolylineCreationState());
} else if (mode == Mode.DIMENSION_LINE_CREATION) {
setState(getDimensionLineCreationState());
} else if (mode == Mode.LABEL_CREATION) {
setState(getLabelCreationState());
}
}
@Override
public void deleteSelection() {
deleteItems(home.getSelectedItems());
// Compute again feedback
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void moveSelection(float dx, float dy) {
moveAndShowSelectedItems(dx, dy);
// Compute again feedback
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void zoom(float factor) {
setScale(getScale() * factor);
}
}
/**
* Default selection state. This state manages transition to other modes,
* the deletion of selected items, and the move of selected items with arrow keys.
*/
private class SelectionState extends AbstractModeChangeState {
private final SelectionListener selectionListener = new SelectionListener() {
public void selectionChanged(SelectionEvent selectionEvent) {
List selectedItems = home.getSelectedItems();
getView().setResizeIndicatorVisible(selectedItems.size() == 1
&& (isItemResizable(selectedItems.get(0))
|| isItemMovable(selectedItems.get(0))));
}
};
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public void enter() {
if (getView() != null) {
moveMouse(getXLastMouseMove(), getYLastMouseMove());
home.addSelectionListener(this.selectionListener);
this.selectionListener.selectionChanged(null);
}
}
@Override
public void moveMouse(float x, float y) {
if (getRotatedLabelAt(x, y) != null
|| getYawRotatedCameraAt(x, y) != null
|| getPitchRotatedCameraAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.ROTATION);
} else if (getElevatedLabelAt(x, y) != null
|| getElevatedCameraAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.ELEVATION);
} else if (getRoomNameAt(x, y) != null
|| getRoomAreaAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.RESIZE);
} else if (getRoomRotatedNameAt(x, y) != null
|| getRoomRotatedAreaAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.ROTATION);
} else if (getResizedDimensionLineStartAt(x, y) != null
|| getResizedDimensionLineEndAt(x, y) != null
|| getWidthAndDepthResizedPieceOfFurnitureAt(x, y) != null
|| getResizedWallStartAt(x, y) != null
|| getResizedWallEndAt(x, y) != null
|| getResizedPolylineAt(x, y) != null
|| getResizedRoomAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.RESIZE);
} else if (getModifiedLightPowerAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.POWER);
} else if (getOffsetDimensionLineAt(x, y) != null
|| getHeightResizedPieceOfFurnitureAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.HEIGHT);
} else if (getRotatedPieceOfFurnitureAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.ROTATION);
} else if (getElevatedPieceOfFurnitureAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.ELEVATION);
} else if (getPieceOfFurnitureNameAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.RESIZE);
} else if (getPieceOfFurnitureRotatedNameAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.ROTATION);
} else if (getRotatedCompassAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.ROTATION);
} else if (getResizedCompassAt(x, y) != null) {
getView().setCursor(PlanView.CursorType.RESIZE);
} else {
// If a selected item is under cursor position
if (isItemSelectedAt(x, y)) {
getView().setCursor(PlanView.CursorType.MOVE);
} else {
getView().setCursor(PlanView.CursorType.SELECTION);
}
}
}
@Override
public void pressMouse(float x, float y, int clickCount,
boolean shiftDown, boolean duplicationActivated) {
if (clickCount == 1) {
if (getRotatedLabelAt(x, y) != null) {
setState(getLabelRotationState());
} else if (getYawRotatedCameraAt(x, y) != null) {
setState(getCameraYawRotationState());
} else if (getPitchRotatedCameraAt(x, y) != null) {
setState(getCameraPitchRotationState());
} else if (getElevatedLabelAt(x, y) != null) {
setState(getLabelElevationState());
} else if (getElevatedCameraAt(x, y) != null) {
setState(getCameraElevationState());
} else if (getRoomNameAt(x, y) != null) {
setState(getRoomNameOffsetState());
} else if (getRoomRotatedNameAt(x, y) != null) {
setState(getRoomNameRotationState());
} else if (getRoomAreaAt(x, y) != null) {
setState(getRoomAreaOffsetState());
} else if (getRoomRotatedAreaAt(x, y) != null) {
setState(getRoomAreaRotationState());
} else if (getResizedDimensionLineStartAt(x, y) != null
|| getResizedDimensionLineEndAt(x, y) != null) {
setState(getDimensionLineResizeState());
} else if (getWidthAndDepthResizedPieceOfFurnitureAt(x, y) != null) {
setState(getPieceOfFurnitureResizeState());
} else if (getResizedWallStartAt(x, y) != null
|| getResizedWallEndAt(x, y) != null) {
setState(getWallResizeState());
} else if (getResizedRoomAt(x, y) != null) {
setState(getRoomResizeState());
} else if (getOffsetDimensionLineAt(x, y) != null) {
setState(getDimensionLineOffsetState());
} else if (getResizedPolylineAt(x, y) != null) {
setState(getPolylineResizeState());
} else if (getModifiedLightPowerAt(x, y) != null) {
setState(getLightPowerModificationState());
} else if (getHeightResizedPieceOfFurnitureAt(x, y) != null) {
setState(getPieceOfFurnitureHeightState());
} else if (getRotatedPieceOfFurnitureAt(x, y) != null) {
setState(getPieceOfFurnitureRotationState());
} else if (getElevatedPieceOfFurnitureAt(x, y) != null) {
setState(getPieceOfFurnitureElevationState());
} else if (getPieceOfFurnitureNameAt(x, y) != null) {
setState(getPieceOfFurnitureNameOffsetState());
} else if (getPieceOfFurnitureRotatedNameAt(x, y) != null) {
setState(getPieceOfFurnitureNameRotationState());
} else if (getRotatedCompassAt(x, y) != null) {
setState(getCompassRotationState());
} else if (getResizedCompassAt(x, y) != null) {
setState(getCompassResizeState());
} else {
Selectable item = getSelectableItemAt(x, y);
// If shift isn't pressed, and an item is under cursor position
if (!shiftDown && item != null) {
// Change state to SelectionMoveState
setState(getSelectionMoveState());
} else {
// Otherwise change state to RectangleSelectionState
setState(getRectangleSelectionState());
}
}
} else if (clickCount == 2) {
Selectable item = getSelectableItemAt(x, y);
// If shift isn't pressed, and an item is under cursor position
if (!shiftDown && item != null) {
// Modify selected item on a double click
if (item instanceof Wall) {
modifySelectedWalls();
} else if (item instanceof HomePieceOfFurniture) {
modifySelectedFurniture();
} else if (item instanceof Room) {
modifySelectedRooms();
} else if (item instanceof Polyline) {
modifySelectedPolylines();
} else if (item instanceof Label) {
modifySelectedLabels();
} else if (item instanceof Compass) {
modifyCompass();
} else if (item instanceof ObserverCamera) {
modifyObserverCamera();
}
}
}
}
@Override
public void exit() {
if (getView() != null) {
home.removeSelectionListener(this.selectionListener);
getView().setResizeIndicatorVisible(false);
}
}
}
/**
* Move selection state. This state manages the move of current selected items
* with mouse and the selection of one item, if mouse isn't moved while button
* is depressed. If duplication is activated during the move of the mouse,
* moved items are duplicated first.
*/
private class SelectionMoveState extends ControllerState {
private float xLastMouseMove;
private float yLastMouseMove;
private boolean mouseMoved;
private List oldSelection;
private List movedItems;
private List duplicatedItems;
private HomePieceOfFurniture movedPieceOfFurniture;
private float angleMovedPieceOfFurniture;
private float depthMovedPieceOfFurniture;
private float elevationMovedPieceOfFurniture;
private float xMovedPieceOfFurniture;
private float yMovedPieceOfFurniture;
private boolean movedDoorOrWindowBoundToWall;
private boolean magnetismEnabled;
private boolean duplicationActivated;
private boolean alignmentActivated;
private boolean basePlanModification;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return this.basePlanModification;
}
@Override
public void enter() {
this.xLastMouseMove = getXLastMousePress();
this.yLastMouseMove = getYLastMousePress();
this.mouseMoved = false;
List selectableItemsUnderCursor = getSelectableItemsAt(getXLastMousePress(), getYLastMousePress());
List selectableItemsAndGroupsFurnitureUnderCursor = new ArrayList(selectableItemsUnderCursor);
for (Selectable item : selectableItemsUnderCursor) {
if (item instanceof HomeFurnitureGroup) {
for (HomePieceOfFurniture piece : ((HomeFurnitureGroup)item).getAllFurniture()) {
if (piece.containsPoint(getXLastMousePress(), getYLastMousePress(), PIXEL_MARGIN / getScale())) {
selectableItemsAndGroupsFurnitureUnderCursor.add(piece);
}
}
}
}
this.oldSelection = home.getSelectedItems();
toggleMagnetism(wasMagnetismToggledLastMousePress());
// If no selectable item under the cursor belongs to selection
if (Collections.disjoint(selectableItemsAndGroupsFurnitureUnderCursor, this.oldSelection)) {
// Select only the item with highest priority under cursor position
selectItem(getSelectableItemAt(getXLastMousePress(), getYLastMousePress(), false));
}
List selectedItems = home.getSelectedItems();
this.movedItems = new ArrayList(selectedItems.size());
this.basePlanModification = false;
for (Selectable item : selectedItems) {
if (isItemMovable(item)) {
this.movedItems.add(item);
if (!this.basePlanModification
&& isItemPartOfBasePlan(item)) {
this.basePlanModification = true;
}
}
}
if (this.movedItems.size() == 1
&& this.movedItems.get(0) instanceof HomePieceOfFurniture) {
this.movedPieceOfFurniture = (HomePieceOfFurniture)this.movedItems.get(0);
this.xMovedPieceOfFurniture = this.movedPieceOfFurniture.getX();
this.yMovedPieceOfFurniture = this.movedPieceOfFurniture.getY();
this.angleMovedPieceOfFurniture = this.movedPieceOfFurniture.getAngle();
this.depthMovedPieceOfFurniture = this.movedPieceOfFurniture.getDepth();
this.elevationMovedPieceOfFurniture = this.movedPieceOfFurniture.getElevation();
this.movedDoorOrWindowBoundToWall = this.movedPieceOfFurniture instanceof HomeDoorOrWindow
&& ((HomeDoorOrWindow)this.movedPieceOfFurniture).isBoundToWall();
}
this.duplicatedItems = null;
this.duplicationActivated = wasDuplicationActivatedLastMousePress() && !home.isAllLevelsSelection();
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
getView().setCursor(PlanView.CursorType.MOVE);
}
@Override
public void moveMouse(float x, float y) {
if (!this.mouseMoved) {
toggleDuplication(this.duplicationActivated);
}
if (this.alignmentActivated) {
PointWithAngleMagnetism alignedPoint = new PointWithAngleMagnetism(getXLastMousePress(), getYLastMousePress(),
x, y, preferences.getLengthUnit(), getView().getPixelLength(), 4);
x = alignedPoint.getX();
y = alignedPoint.getY();
}
if (this.movedPieceOfFurniture != null) {
// Reset to default piece values and adjust piece of furniture location, angle and depth
this.movedPieceOfFurniture.setX(this.xMovedPieceOfFurniture);
this.movedPieceOfFurniture.setY(this.yMovedPieceOfFurniture);
this.movedPieceOfFurniture.setAngle(this.angleMovedPieceOfFurniture);
if (this.movedPieceOfFurniture.isResizable()
&& isItemResizable(this.movedPieceOfFurniture)) {
this.movedPieceOfFurniture.setDepth(this.depthMovedPieceOfFurniture);
}
this.movedPieceOfFurniture.setElevation(this.elevationMovedPieceOfFurniture);
this.movedPieceOfFurniture.move(x - getXLastMousePress(), y - getYLastMousePress());
if (this.magnetismEnabled && !this.alignmentActivated) {
boolean elevationAdjusted = adjustPieceOfFurnitureElevation(this.movedPieceOfFurniture) != null;
Wall magnetWall = adjustPieceOfFurnitureOnWallAt(this.movedPieceOfFurniture, x, y, false);
if (!elevationAdjusted) {
adjustPieceOfFurnitureSideBySideAt(this.movedPieceOfFurniture, false, magnetWall);
}
if (magnetWall != null) {
getView().setDimensionLinesFeedback(getDimensionLinesAlongWall(this.movedPieceOfFurniture, magnetWall));
} else {
getView().setDimensionLinesFeedback(null);
}
}
} else {
moveItems(this.movedItems, x - this.xLastMouseMove, y - this.yLastMouseMove);
}
if (!this.mouseMoved) {
selectItems(this.movedItems, home.isAllLevelsSelection());
}
getView().makePointVisible(x, y);
this.xLastMouseMove = x;
this.yLastMouseMove = y;
this.mouseMoved = true;
}
@Override
public void releaseMouse(float x, float y) {
if (this.mouseMoved) {
// Post in undo support a move or duplicate operation if selection isn't a camera
if (this.movedItems.size() > 0
&& !(this.movedItems.get(0) instanceof Camera)) {
if (this.duplicatedItems != null) {
postItemsDuplication(this.movedItems, this.duplicatedItems);
} else if (this.movedPieceOfFurniture != null) {
postPieceOfFurnitureMove(this.movedPieceOfFurniture,
this.movedPieceOfFurniture.getX() - this.xMovedPieceOfFurniture,
this.movedPieceOfFurniture.getY() - this.yMovedPieceOfFurniture,
this.angleMovedPieceOfFurniture,
this.depthMovedPieceOfFurniture,
this.elevationMovedPieceOfFurniture,
this.movedDoorOrWindowBoundToWall);
} else {
postItemsMove(this.movedItems, this.oldSelection,
this.xLastMouseMove - getXLastMousePress(),
this.yLastMouseMove - getYLastMousePress());
}
}
} else {
// If mouse didn't move, select only the item at (x,y)
boolean selectionChanged = Collections.disjoint(home.getSelectedItems(), this.oldSelection);
if (!selectionChanged) {
Selectable itemUnderCursor = getSelectableItemAt(x, y, false);
if (itemUnderCursor != null) {
// Select only the item under cursor position
selectItem(itemUnderCursor);
}
}
}
// Change the state to SelectionState
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// Compute again piece move as if mouse moved
if (this.movedPieceOfFurniture != null) {
moveMouse(getXLastMouseMove(), getYLastMouseMove());
if (!this.magnetismEnabled) {
getView().deleteFeedback();
}
}
}
@Override
public void escape() {
if (this.mouseMoved) {
if (this.duplicatedItems != null) {
// Delete moved items and select original items
doDeleteItems(this.movedItems);
selectItems(this.duplicatedItems);
} else {
// Put items back to their initial location
if (this.movedPieceOfFurniture != null) {
this.movedPieceOfFurniture.setX(this.xMovedPieceOfFurniture);
this.movedPieceOfFurniture.setY(this.yMovedPieceOfFurniture);
this.movedPieceOfFurniture.setAngle(this.angleMovedPieceOfFurniture);
if (this.movedPieceOfFurniture.isResizable()
&& isItemResizable(this.movedPieceOfFurniture)) {
this.movedPieceOfFurniture.setDepth(this.depthMovedPieceOfFurniture);
}
this.movedPieceOfFurniture.setElevation(this.elevationMovedPieceOfFurniture);
if (this.movedPieceOfFurniture instanceof HomeDoorOrWindow) {
((HomeDoorOrWindow)this.movedPieceOfFurniture).setBoundToWall(
this.movedDoorOrWindowBoundToWall);
}
} else {
moveItems(this.movedItems,
getXLastMousePress() - this.xLastMouseMove,
getYLastMousePress() - this.yLastMouseMove);
}
}
}
// Change the state to SelectionState
setState(getSelectionState());
}
@Override
public void setDuplicationActivated(boolean duplicationActivated) {
duplicationActivated &= !home.isAllLevelsSelection();
if (this.mouseMoved) {
toggleDuplication(duplicationActivated);
}
this.duplicationActivated = duplicationActivated;
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
if (this.mouseMoved) {
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
if (this.alignmentActivated) {
getView().deleteFeedback();
}
}
private void toggleDuplication(boolean duplicationActivated) {
if (this.movedItems.size() > 1
|| (this.movedItems.size() == 1
&& !(this.movedItems.get(0) instanceof Camera)
&& !(this.movedItems.get(0) instanceof Compass))) {
if (duplicationActivated
&& this.duplicatedItems == null) {
// Duplicate original items and add them to home
this.duplicatedItems = this.movedItems;
this.movedItems = Home.duplicate(this.movedItems);
for (Selectable item : this.movedItems) {
if (item instanceof Wall) {
home.addWall((Wall)item);
} else if (item instanceof Room) {
home.addRoom((Room)item);
} else if (item instanceof Polyline) {
home.addPolyline((Polyline)item);
} else if (item instanceof DimensionLine) {
home.addDimensionLine((DimensionLine)item);
} else if (item instanceof HomePieceOfFurniture) {
home.addPieceOfFurniture((HomePieceOfFurniture)item);
} else if (item instanceof Label) {
home.addLabel((Label)item);
}
}
// Put original items back to their initial location
if (this.movedPieceOfFurniture != null) {
this.movedPieceOfFurniture.setX(this.xMovedPieceOfFurniture);
this.movedPieceOfFurniture.setY(this.yMovedPieceOfFurniture);
this.movedPieceOfFurniture.setAngle(this.angleMovedPieceOfFurniture);
if (this.movedPieceOfFurniture.isResizable()
&& isItemResizable(this.movedPieceOfFurniture)) {
this.movedPieceOfFurniture.setDepth(this.depthMovedPieceOfFurniture);
}
this.movedPieceOfFurniture.setElevation(this.elevationMovedPieceOfFurniture);
this.movedPieceOfFurniture = (HomePieceOfFurniture)this.movedItems.get(0);
} else {
moveItems(this.duplicatedItems,
getXLastMousePress() - this.xLastMouseMove,
getYLastMousePress() - this.yLastMouseMove);
}
getView().setCursor(PlanView.CursorType.DUPLICATION);
} else if (!duplicationActivated
&& this.duplicatedItems != null) {
// Delete moved items
doDeleteItems(this.movedItems);
// Move original items to the current location
moveItems(this.duplicatedItems,
this.xLastMouseMove - getXLastMousePress(),
this.yLastMouseMove - getYLastMousePress());
this.movedItems = this.duplicatedItems;
this.duplicatedItems = null;
if (this.movedPieceOfFurniture != null) {
this.movedPieceOfFurniture = (HomePieceOfFurniture)this.movedItems.get(0);
}
getView().setCursor(PlanView.CursorType.MOVE);
}
selectItems(this.movedItems, home.isAllLevelsSelection());
}
}
@Override
public void exit() {
getView().deleteFeedback();
this.movedItems = null;
this.duplicatedItems = null;
this.movedPieceOfFurniture = null;
}
}
/**
* Selection with rectangle state. This state manages selection when mouse
* press is done outside of an item or when mouse press is done with shift key
* down.
*/
private class RectangleSelectionState extends ControllerState {
private List selectedItemsMousePressed;
private boolean ignoreRectangleSelection;
private boolean mouseMoved;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public void enter() {
Selectable itemUnderCursor = getSelectableItemAt(getXLastMousePress(), getYLastMousePress());
// If no item under cursor and shift wasn't down, deselect all
if (itemUnderCursor == null && !wasShiftDownLastMousePress()) {
deselectAll();
}
// Store current selection
this.selectedItemsMousePressed = new ArrayList(home.getSelectedItems());
List furniture = home.getFurniture();
this.ignoreRectangleSelection = false;
for (Selectable item : this.selectedItemsMousePressed) {
if ((item instanceof HomePieceOfFurniture)
&& !furniture.contains(item)) {
this.ignoreRectangleSelection = true;
break;
}
}
this.mouseMoved = false;
}
@Override
public void moveMouse(float x, float y) {
this.mouseMoved = true;
if (!this.ignoreRectangleSelection) {
updateSelectedItems(getXLastMousePress(), getYLastMousePress(),
x, y, this.selectedItemsMousePressed);
// Update rectangle feedback
PlanView planView = getView();
planView.setRectangleFeedback(
getXLastMousePress(), getYLastMousePress(), x, y);
planView.makePointVisible(x, y);
}
}
@Override
public void releaseMouse(float x, float y) {
// If cursor didn't move
if (!this.mouseMoved) {
Selectable itemUnderCursor = getSelectableItemAt(x, y, false);
// Toggle selection of the item under cursor
if (itemUnderCursor != null) {
if (this.selectedItemsMousePressed.contains(itemUnderCursor)) {
this.selectedItemsMousePressed.remove(itemUnderCursor);
} else {
for (Iterator it = this.selectedItemsMousePressed.iterator(); it.hasNext();) {
// Remove any camera of group of a selected piece from current selection
Selectable item = it.next();
if (item instanceof Camera
|| (itemUnderCursor instanceof HomePieceOfFurniture
&& item instanceof HomeFurnitureGroup
&& ((HomeFurnitureGroup)item).getAllFurniture().contains(itemUnderCursor))
|| (itemUnderCursor instanceof HomeFurnitureGroup
&& item instanceof HomePieceOfFurniture
&& ((HomeFurnitureGroup)itemUnderCursor).getAllFurniture().contains(item))) {
it.remove();
}
}
// Let the camera belong to selection only if no item are selected
if (!(itemUnderCursor instanceof Camera)
|| this.selectedItemsMousePressed.size() == 0) {
this.selectedItemsMousePressed.add(itemUnderCursor);
}
}
selectItems(this.selectedItemsMousePressed,
home.isAllLevelsSelection() && wasShiftDownLastMousePress());
}
}
// Change state to SelectionState
setState(getSelectionState());
}
@Override
public void escape() {
setState(getSelectionState());
}
@Override
public void exit() {
getView().deleteFeedback();
this.selectedItemsMousePressed = null;
}
/**
* Updates selection from selectedItemsMousePressed and the
* items that intersects the rectangle at coordinates (x0,
* y0) and (x1, y1).
*/
private void updateSelectedItems(float x0, float y0,
float x1, float y1,
List selectedItemsMousePressed) {
List selectedItems;
boolean shiftDown = wasShiftDownLastMousePress();
if (shiftDown) {
selectedItems = new ArrayList(selectedItemsMousePressed);
} else {
selectedItems = new ArrayList();
}
// For all the items that intersect with rectangle
for (Selectable item : getSelectableItemsIntersectingRectangle(x0, y0, x1, y1)) {
// Don't let the camera be able to be selected with a rectangle
if (!(item instanceof Camera)) {
// If shift was down at mouse press
if (shiftDown) {
// Toggle selection of item
if (selectedItemsMousePressed.contains(item)) {
selectedItems.remove(item);
} else {
selectedItems.add(item);
}
} else if (!selectedItemsMousePressed.contains(item)) {
// Else select the wall
selectedItems.add(item);
}
}
}
// Update selection
selectItems(selectedItems, home.isAllLevelsSelection() && shiftDown);
}
}
/**
* Panning state.
*/
private class PanningState extends ControllerState {
private Integer xLastMouseMove;
private Integer yLastMouseMove;
@Override
public Mode getMode() {
return Mode.PANNING;
}
@Override
public void setMode(Mode mode) {
if (mode == Mode.SELECTION) {
setState(getSelectionState());
} else if (mode == Mode.WALL_CREATION) {
setState(getWallCreationState());
} else if (mode == Mode.ROOM_CREATION) {
setState(getRoomCreationState());
} else if (mode == Mode.POLYLINE_CREATION) {
setState(getPolylineCreationState());
} else if (mode == Mode.DIMENSION_LINE_CREATION) {
setState(getDimensionLineCreationState());
} else if (mode == Mode.LABEL_CREATION) {
setState(getLabelCreationState());
}
}
@Override
public void enter() {
getView().setCursor(PlanView.CursorType.PANNING);
}
@Override
public void moveSelection(float dx, float dy) {
getView().moveView(dx * 10, dy * 10);
}
@Override
public void pressMouse(float x, float y, int clickCount, boolean shiftDown, boolean duplicationActivated) {
if (clickCount == 1) {
this.xLastMouseMove = getView().convertXModelToScreen(x);
this.yLastMouseMove = getView().convertYModelToScreen(y);
} else {
this.xLastMouseMove = null;
this.yLastMouseMove = null;
}
}
@Override
public void moveMouse(float x, float y) {
if (this.xLastMouseMove != null) {
int newX = getView().convertXModelToScreen(x);
int newY = getView().convertYModelToScreen(y);
getView().moveView((this.xLastMouseMove - newX) / getScale(), (this.yLastMouseMove - newY) / getScale());
this.xLastMouseMove = newX;
this.yLastMouseMove = newY;
}
}
@Override
public void releaseMouse(float x, float y) {
this.xLastMouseMove = null;
}
@Override
public void escape() {
this.xLastMouseMove = null;
}
@Override
public void zoom(float factor) {
setScale(getScale() * factor);
}
}
/**
* Drag and drop state. This state manages the dragging of items
* transfered from outside of plan view with the mouse.
*/
private class DragAndDropState extends ControllerState {
private float xLastMouseMove;
private float yLastMouseMove;
private HomePieceOfFurniture draggedPieceOfFurniture;
private float xDraggedPieceOfFurniture;
private float yDraggedPieceOfFurniture;
private float angleDraggedPieceOfFurniture;
private float depthDraggedPieceOfFurniture;
private float elevationDraggedPieceOfFurniture;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
// This state is used before a modification is performed
return false;
}
@Override
public boolean isBasePlanModificationState() {
return this.draggedPieceOfFurniture != null
&& isPieceOfFurniturePartOfBasePlan(this.draggedPieceOfFurniture);
}
@Override
public void enter() {
this.xLastMouseMove = 0;
this.yLastMouseMove = 0;
getView().setDraggedItemsFeedback(draggedItems);
if (draggedItems.size() == 1
&& draggedItems.get(0) instanceof HomePieceOfFurniture) {
this.draggedPieceOfFurniture = (HomePieceOfFurniture)draggedItems.get(0);
this.xDraggedPieceOfFurniture = this.draggedPieceOfFurniture.getX();
this.yDraggedPieceOfFurniture = this.draggedPieceOfFurniture.getY();
this.angleDraggedPieceOfFurniture = this.draggedPieceOfFurniture.getAngle();
this.depthDraggedPieceOfFurniture = this.draggedPieceOfFurniture.getDepth();
this.elevationDraggedPieceOfFurniture = this.draggedPieceOfFurniture.getElevation();
}
}
@Override
public void moveMouse(float x, float y) {
List draggedItemsFeedback = new ArrayList(draggedItems);
// Update in plan view the location of the feedback of the dragged items
moveItems(draggedItems, x - this.xLastMouseMove, y - this.yLastMouseMove);
if (this.draggedPieceOfFurniture != null
&& preferences.isMagnetismEnabled()) {
// Reset to default piece values and adjust piece of furniture location, angle and depth
this.draggedPieceOfFurniture.setX(this.xDraggedPieceOfFurniture);
this.draggedPieceOfFurniture.setY(this.yDraggedPieceOfFurniture);
this.draggedPieceOfFurniture.setAngle(this.angleDraggedPieceOfFurniture);
if (this.draggedPieceOfFurniture.isResizable()) {
this.draggedPieceOfFurniture.setDepth(this.depthDraggedPieceOfFurniture);
}
this.draggedPieceOfFurniture.setElevation(this.elevationDraggedPieceOfFurniture);
this.draggedPieceOfFurniture.move(x, y);
boolean elevationAdjusted = adjustPieceOfFurnitureElevation(this.draggedPieceOfFurniture) != null;
Wall magnetWall = adjustPieceOfFurnitureOnWallAt(this.draggedPieceOfFurniture, x, y, true);
if (!elevationAdjusted) {
adjustPieceOfFurnitureSideBySideAt(this.draggedPieceOfFurniture, magnetWall == null, magnetWall);
}
if (magnetWall != null) {
getView().setDimensionLinesFeedback(getDimensionLinesAlongWall(this.draggedPieceOfFurniture, magnetWall));
} else {
getView().setDimensionLinesFeedback(null);
}
}
getView().setDraggedItemsFeedback(draggedItemsFeedback);
this.xLastMouseMove = x;
this.yLastMouseMove = y;
}
@Override
public void exit() {
this.draggedPieceOfFurniture = null;
getView().deleteFeedback();
}
}
/**
* Wall creation state. This state manages transition to other modes,
* and initial wall creation.
*/
private class WallCreationState extends AbstractModeChangeState {
private boolean magnetismEnabled;
@Override
public Mode getMode() {
return Mode.WALL_CREATION;
}
@Override
public void enter() {
getView().setCursor(PlanView.CursorType.DRAW);
toggleMagnetism(wasMagnetismToggledLastMousePress());
}
@Override
public void moveMouse(float x, float y) {
if (this.magnetismEnabled) {
WallPointWithAngleMagnetism point = new WallPointWithAngleMagnetism(x, y);
x = point.getX();
y = point.getY();
}
getView().setAlignmentFeedback(Wall.class, null, x, y, false);
}
@Override
public void pressMouse(float x, float y, int clickCount,
boolean shiftDown, boolean duplicationActivated) {
// Change state to WallDrawingState
setState(getWallDrawingState());
}
@Override
public void setEditionActivated(boolean editionActivated) {
if (editionActivated) {
setState(getWallDrawingState());
PlanController.this.setEditionActivated(editionActivated);
}
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void exit() {
getView().deleteFeedback();
}
}
/**
* Wall modification state.
*/
private abstract class AbstractWallState extends ControllerState {
private String wallLengthToolTipFeedback;
private String wallAngleToolTipFeedback;
private String wallArcExtentToolTipFeedback;
private String wallThicknessToolTipFeedback;
@Override
public void enter() {
this.wallLengthToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "wallLengthToolTipFeedback");
this.wallAngleToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "wallAngleToolTipFeedback");
this.wallArcExtentToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "wallArcExtentToolTipFeedback");
this.wallThicknessToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "wallThicknessToolTipFeedback");
}
protected String getToolTipFeedbackText(Wall wall, boolean ignoreArcExtent) {
Float arcExtent = wall.getArcExtent();
if (!ignoreArcExtent && arcExtent != null) {
return "" + String.format(this.wallArcExtentToolTipFeedback, Math.round(Math.toDegrees(arcExtent)));
} else {
float startPointToEndPointDistance = wall.getStartPointToEndPointDistance();
return "" + String.format(this.wallLengthToolTipFeedback,
preferences.getLengthUnit().getFormatWithUnit().format(startPointToEndPointDistance))
+ " oldSelection;
private boolean oldBasePlanLocked;
private boolean oldAllLevelsSelection;
private List newWalls;
private boolean magnetismEnabled;
private boolean alignmentActivated;
private boolean roundWall;
private long lastWallCreationTime;
private Float wallArcExtent;
@Override
public Mode getMode() {
return Mode.WALL_CREATION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void setMode(Mode mode) {
// Escape current creation and change state to matching mode
escape();
if (mode == Mode.SELECTION) {
setState(getSelectionState());
} else if (mode == Mode.PANNING) {
setState(getPanningState());
} else if (mode == Mode.ROOM_CREATION) {
setState(getRoomCreationState());
} else if (mode == Mode.POLYLINE_CREATION) {
setState(getPolylineCreationState());
} else if (mode == Mode.DIMENSION_LINE_CREATION) {
setState(getDimensionLineCreationState());
} else if (mode == Mode.LABEL_CREATION) {
setState(getLabelCreationState());
}
}
@Override
public void enter() {
super.enter();
this.oldSelection = home.getSelectedItems();
this.oldBasePlanLocked = home.isBasePlanLocked();
this.oldAllLevelsSelection = home.isAllLevelsSelection();
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
toggleMagnetism(wasMagnetismToggledLastMousePress());
this.xStart = getXLastMouseMove();
this.yStart = getYLastMouseMove();
// If the start or end line of a wall close to (xStart, yStart) is
// free, it will the wall at start of the new wall
this.wallEndAtStart = getWallEndAt(this.xStart, this.yStart, null);
if (this.wallEndAtStart != null) {
this.wallStartAtStart = null;
this.xStart = this.wallEndAtStart.getXEnd();
this.yStart = this.wallEndAtStart.getYEnd();
} else {
this.wallStartAtStart = getWallStartAt(
this.xStart, this.yStart, null);
if (this.wallStartAtStart != null) {
this.xStart = this.wallStartAtStart.getXStart();
this.yStart = this.wallStartAtStart.getYStart();
} else if (this.magnetismEnabled) {
WallPointWithAngleMagnetism point = new WallPointWithAngleMagnetism(this.xStart, this.yStart);
this.xStart = point.getX();
this.yStart = point.getY();
}
}
this.newWall = null;
this.wallStartAtEnd = null;
this.wallEndAtEnd = null;
this.lastWall = null;
this.newWalls = new ArrayList();
this.lastWallCreationTime = -1;
deselectAll();
setDuplicationActivated(wasDuplicationActivatedLastMousePress());
PlanView planView = getView();
planView.setAlignmentFeedback(Wall.class, null, this.xStart, this.yStart, false);
}
@Override
public void moveMouse(float x, float y) {
PlanView planView = getView();
// Compute the coordinates where wall end point should be moved
float xEnd;
float yEnd;
if (this.alignmentActivated) {
PointWithAngleMagnetism point = new PointWithAngleMagnetism(this.xStart, this.yStart, x, y,
preferences.getLengthUnit(), planView.getPixelLength());
xEnd = point.getX();
yEnd = point.getY();
} else if (this.magnetismEnabled) {
WallPointWithAngleMagnetism point = new WallPointWithAngleMagnetism(this.newWall, this.xStart, this.yStart, x, y);
xEnd = point.getX();
yEnd = point.getY();
} else {
xEnd = x;
yEnd = y;
}
// If current wall doesn't exist
if (this.newWall == null) {
// Create a new one
this.newWall = createWall(this.xStart, this.yStart,
xEnd, yEnd, this.wallStartAtStart, this.wallEndAtStart);
this.newWalls.add(this.newWall);
} else if (this.wallArcExtent != null) {
// Compute current wall arc extent from the circumscribed circle of the triangle
// with vertices (xStart, yStart) (xEnd, yEnd) (x, y)
float [] arcCenter = getCircumscribedCircleCenter(this.newWall.getXStart(), this.newWall.getYStart(),
this.newWall.getXEnd(), this.newWall.getYEnd(), x, y);
double startPointToBissectorLine1Distance = Point2D.distance(this.newWall.getXStart(), this.newWall.getYStart(),
this.newWall.getXEnd(), this.newWall.getYEnd()) / 2;
double arcCenterToWallDistance = Float.isInfinite(arcCenter [0]) || Float.isInfinite(arcCenter [1])
? Float.POSITIVE_INFINITY
: Line2D.ptLineDist(this.newWall.getXStart(), this.newWall.getYStart(),
this.newWall.getXEnd(), this.newWall.getYEnd(), arcCenter [0], arcCenter [1]);
int mousePosition = Line2D.relativeCCW(this.newWall.getXStart(), this.newWall.getYStart(),
this.newWall.getXEnd(), this.newWall.getYEnd(), x, y);
int centerPosition = Line2D.relativeCCW(this.newWall.getXStart(), this.newWall.getYStart(),
this.newWall.getXEnd(), this.newWall.getYEnd(), arcCenter [0], arcCenter [1]);
if (centerPosition == mousePosition) {
this.wallArcExtent = (float)(Math.PI + 2 * Math.atan2(arcCenterToWallDistance, startPointToBissectorLine1Distance));
} else {
this.wallArcExtent = (float)(2 * Math.atan2(startPointToBissectorLine1Distance, arcCenterToWallDistance));
}
this.wallArcExtent = Math.min(this.wallArcExtent, 3 * (float)Math.PI / 2);
this.wallArcExtent *= mousePosition;
if (this.alignmentActivated
|| this.magnetismEnabled) {
this.wallArcExtent = (float)Math.toRadians(Math.round(Math.toDegrees(this.wallArcExtent)));
}
this.newWall.setArcExtent(this.wallArcExtent);
} else {
// Otherwise update its end point
this.newWall.setXEnd(xEnd);
this.newWall.setYEnd(yEnd);
}
planView.setToolTipFeedback(getToolTipFeedbackText(this.newWall, false), x, y);
planView.setAlignmentFeedback(Wall.class, this.newWall, xEnd, yEnd, false);
showWallAngleFeedback(this.newWall, false);
// If the start or end line of a wall close to (xEnd, yEnd) is
// free, it will the wall at end of the new wall.
this.wallStartAtEnd = getWallStartAt(xEnd, yEnd, this.newWall);
if (this.wallStartAtEnd != null) {
this.wallEndAtEnd = null;
// Select the wall with a free start to display a feedback to user
selectItem(this.wallStartAtEnd);
} else {
this.wallEndAtEnd = getWallEndAt(xEnd, yEnd, this.newWall);
if (this.wallEndAtEnd != null) {
// Select the wall with a free end to display a feedback to user
selectItem(this.wallEndAtEnd);
} else {
deselectAll();
}
}
// Ensure point at (x,y) is visible
planView.makePointVisible(x, y);
// Update move coordinates
this.xLastEnd = xEnd;
this.yLastEnd = yEnd;
}
/**
* Returns the circumscribed circle of the triangle with vertices (x1, y1) (x2, y2) (x, y).
*/
private float [] getCircumscribedCircleCenter(float x1, float y1, float x2, float y2, float x, float y) {
float [][] bissectorLine1 = getBissectorLine(x1, y1, x2, y2);
float [][] bissectorLine2 = getBissectorLine(x1, y1, x, y);
float [] arcCenter = computeIntersection(bissectorLine1 [0], bissectorLine1 [1],
bissectorLine2 [0], bissectorLine2 [1]);
return arcCenter;
}
private float [][] getBissectorLine(float x1, float y1, float x2, float y2) {
float xMiddlePoint = (x1 + x2) / 2;
float yMiddlePoint = (y1 + y2) / 2;
float bissectorLineAlpha = (x1 - x2) / (y2 - y1);
if (bissectorLineAlpha > 1E10) {
// Vertical line
return new float [][] {{xMiddlePoint, yMiddlePoint}, {xMiddlePoint, yMiddlePoint + 1}};
} else {
return new float [][] {{xMiddlePoint, yMiddlePoint}, {xMiddlePoint + 1, bissectorLineAlpha + yMiddlePoint}};
}
}
@Override
public void pressMouse(float x, float y, int clickCount,
boolean shiftDown, boolean duplicationActivated) {
if (clickCount == 2) {
Selectable selectableItem = getSelectableItemAt(x, y);
if (this.newWalls.size() == 0
&& selectableItem instanceof Room) {
createWallsAroundRoom((Room)selectableItem);
} else {
if (this.roundWall && this.newWall != null) {
// Let's end wall creation of round walls after a double click
endWallCreation();
}
if (this.lastWall != null) {
// Join last wall to the selected wall at its end
joinNewWallEndToWall(this.lastWall,
this.wallStartAtEnd, this.wallEndAtEnd);
}
}
validateDrawnWalls();
} else {
// Create a new wall only when it will have a distance between start and end points > 0
if (this.newWall != null
&& this.newWall.getStartPointToEndPointDistance() > 0) {
if (this.roundWall && this.wallArcExtent == null) {
this.wallArcExtent = (float)Math.PI;
this.newWall.setArcExtent(this.wallArcExtent);
getView().setToolTipFeedback(getToolTipFeedbackText(this.newWall, false), x, y);
} else {
getView().deleteToolTipFeedback();
selectItem(this.newWall);
endWallCreation();
}
}
}
}
/**
* Creates walls around the given room.
*/
private void createWallsAroundRoom(Room room) {
if (room.isSingular()) {
float [][] roomPoints = room.getPoints();
List pointsList = new ArrayList(Arrays.asList(roomPoints));
// It points are not clockwise reverse their order
if (!room.isClockwise()) {
Collections.reverse(pointsList);
}
// Remove equal points
for (int i = 0; i < pointsList.size(); ) {
float [] point = pointsList.get(i);
float [] nextPoint = pointsList.get((i + 1) % pointsList.size());
if (point [0] == nextPoint [0]
&& point [1] == nextPoint [1]) {
pointsList.remove(i);
} else {
i++;
}
}
roomPoints = pointsList.toArray(new float [pointsList.size()][]);
float halfWallThickness = preferences.getNewWallThickness() / 2;
float [][] largerRoomPoints = new float [roomPoints.length][];
for (int i = 0; i < roomPoints.length; i++) {
float [] point = roomPoints [i];
float [] previousPoint = roomPoints [(i + roomPoints.length - 1) % roomPoints.length];
float [] nextPoint = roomPoints [(i + 1) % roomPoints.length];
// Compute the angle of the line with a direction orthogonal to line (previousPoint, point)
double previousAngle = Math.atan2(point [0] - previousPoint [0], previousPoint [1] - point [1]);
// Compute the points of the line joining previous and current point
// at a distance equal to the half wall thickness
float deltaX = (float)(Math.cos(previousAngle) * halfWallThickness);
float deltaY = (float)(Math.sin(previousAngle) * halfWallThickness);
float [] point1 = {previousPoint [0] - deltaX, previousPoint [1] - deltaY};
float [] point2 = {point [0] - deltaX, point [1] - deltaY};
// Compute the angle of the line with a direction orthogonal to line (point, nextPoint)
double nextAngle = Math.atan2(nextPoint [0] - point [0], point [1] - nextPoint [1]);
// Compute the points of the line joining current and next point
// at a distance equal to the half wall thickness
deltaX = (float)(Math.cos(nextAngle) * halfWallThickness);
deltaY = (float)(Math.sin(nextAngle) * halfWallThickness);
float [] point3 = {point [0] - deltaX, point [1] - deltaY};
float [] point4 = {nextPoint [0] - deltaX, nextPoint [1] - deltaY};
largerRoomPoints [i] = computeIntersection(point1, point2, point3, point4);
}
// Create walls joining points of largerRoomPoints
Wall lastWall = null;
for (int i = 0; i < largerRoomPoints.length; i++) {
float [] point = largerRoomPoints [i];
float [] nextPoint = largerRoomPoints [(i + 1) % roomPoints.length];
Wall wall = createWall(point [0], point [1], nextPoint [0], nextPoint [1], null, lastWall);
this.newWalls.add(wall);
lastWall = wall;
}
joinNewWallEndToWall(lastWall, this.newWalls.get(0), null);
}
}
private void validateDrawnWalls() {
if (this.newWalls.size() > 0) {
// Post walls creation to undo support
postCreateWalls(this.newWalls, this.oldSelection, this.oldBasePlanLocked, this.oldAllLevelsSelection);
selectItems(this.newWalls);
}
// Change state to WallCreationState
setState(getWallCreationState());
}
private void endWallCreation() {
this.lastWall =
this.wallEndAtStart = this.newWall;
this.wallStartAtStart = null;
this.xStart = this.newWall.getXEnd();
this.yStart = this.newWall.getYEnd();
this.newWall = null;
this.wallArcExtent = null;
}
@Override
public void setEditionActivated(boolean editionActivated) {
PlanView planView = getView();
if (editionActivated) {
planView.deleteFeedback();
if (this.newWalls.size() == 0
&& this.wallEndAtStart == null
&& this.wallStartAtStart == null) {
// Edit xStart and yStart
planView.setToolTipEditedProperties(new EditableProperty [] {EditableProperty.X,
EditableProperty.Y},
new Object [] {this.xStart, this.yStart},
this.xStart, this.yStart);
} else {
if (this.newWall == null) {
// May happen if edition is activated after the user clicked to finish one wall
createNextWall();
}
if (this.wallArcExtent == null) {
// Edit length, angle and thickness
planView.setToolTipEditedProperties(new EditableProperty [] {EditableProperty.LENGTH,
EditableProperty.ANGLE,
EditableProperty.THICKNESS},
new Object [] {this.newWall.getLength(),
getWallAngleInDegrees(this.newWall),
this.newWall.getThickness()},
this.newWall.getXEnd(), this.newWall.getYEnd());
} else {
// Edit arc extent
planView.setToolTipEditedProperties(new EditableProperty [] {EditableProperty.ARC_EXTENT},
new Object [] {new Integer((int)Math.round(Math.toDegrees(this.wallArcExtent)))},
this.newWall.getXEnd(), this.newWall.getYEnd());
}
}
} else {
if (this.newWall == null) {
// Create a new wall once user entered the start point of the first wall
LengthUnit lengthUnit = preferences.getLengthUnit();
float defaultLength = lengthUnit == LengthUnit.INCH || lengthUnit == LengthUnit.INCH_DECIMALS
? LengthUnit.footToCentimeter(10) : 300;
this.xLastEnd = this.xStart + defaultLength;
this.yLastEnd = this.yStart;
this.newWall = createWall(this.xStart, this.yStart,
this.xLastEnd, this.yLastEnd, this.wallStartAtStart, this.wallEndAtStart);
this.newWalls.add(this.newWall);
// Activate automatically second step to let user enter the
// length, angle and thickness of the new wall
planView.deleteFeedback();
setEditionActivated(true);
} else if (this.roundWall && this.wallArcExtent == null) {
this.wallArcExtent = (float)Math.PI;
this.newWall.setArcExtent(this.wallArcExtent);
setEditionActivated(true);
} else if (System.currentTimeMillis() - this.lastWallCreationTime < 300) {
// If the user deactivated edition less than 300 ms after activation,
// validate drawn walls after removing the last added wall
if (this.newWalls.size() > 1) {
this.newWalls.remove(this.newWall);
home.deleteWall(this.newWall);
}
validateDrawnWalls();
} else {
endWallCreation();
if (this.newWalls.size() > 2 && this.wallStartAtEnd != null) {
// Join last wall to the first wall at its end and validate drawn walls
joinNewWallEndToWall(this.lastWall, this.wallStartAtEnd, null);
validateDrawnWalls();
return;
}
createNextWall();
// Reactivate automatically second step
planView.deleteToolTipFeedback();
setEditionActivated(true);
}
}
}
private void createNextWall() {
Wall previousWall = this.wallEndAtStart != null
? this.wallEndAtStart
: this.wallStartAtStart;
// Create a new wall with an angle equal to previous wall angle - 90?
double previousWallAngle = Math.PI - Math.atan2(previousWall.getYStart() - previousWall.getYEnd(),
previousWall.getXStart() - previousWall.getXEnd());
previousWallAngle -= Math.PI / 2;
float previousWallSegmentDistance = previousWall.getStartPointToEndPointDistance();
this.xLastEnd = (float)(this.xStart + previousWallSegmentDistance * Math.cos(previousWallAngle));
this.yLastEnd = (float)(this.yStart - previousWallSegmentDistance * Math.sin(previousWallAngle));
this.newWall = createWall(this.xStart, this.yStart,
this.xLastEnd, this.yLastEnd, this.wallStartAtStart, previousWall);
this.newWall.setThickness(previousWall.getThickness());
this.newWalls.add(this.newWall);
this.lastWallCreationTime = System.currentTimeMillis();
deselectAll();
}
@Override
public void updateEditableProperty(EditableProperty editableProperty, Object value) {
PlanView planView = getView();
if (this.newWall == null) {
float maximumLength = preferences.getLengthUnit().getMaximumLength();
// Update start point of the first wall
switch (editableProperty) {
case X :
this.xStart = value != null ? ((Number)value).floatValue() : 0;
this.xStart = Math.max(-maximumLength, Math.min(this.xStart, maximumLength));
break;
case Y :
this.yStart = value != null ? ((Number)value).floatValue() : 0;
this.yStart = Math.max(-maximumLength, Math.min(this.yStart, maximumLength));
break;
}
planView.setAlignmentFeedback(Wall.class, null, this.xStart, this.yStart, true);
planView.makePointVisible(this.xStart, this.yStart);
} else {
if (editableProperty == EditableProperty.THICKNESS) {
float thickness = value != null ? Math.abs(((Number)value).floatValue()) : 0;
thickness = Math.max(0.01f, Math.min(thickness, 1000));
this.newWall.setThickness(thickness);
} else if (editableProperty == EditableProperty.ARC_EXTENT) {
double arcExtent = Math.toRadians(value != null ? ((Number)value).doubleValue() : 0);
this.wallArcExtent = (float)(Math.signum(arcExtent) * Math.min(Math.abs(arcExtent), 3 * Math.PI / 2));
this.newWall.setArcExtent(this.wallArcExtent);
showWallAngleFeedback(this.newWall, false);
} else {
// Update end point of the current wall
switch (editableProperty) {
case LENGTH :
float length = value != null ? ((Number)value).floatValue() : 0;
length = Math.max(0.001f, Math.min(length, preferences.getLengthUnit().getMaximumLength()));
double wallAngle = Math.PI - Math.atan2(this.yStart - this.yLastEnd, this.xStart - this.xLastEnd);
this.xLastEnd = (float)(this.xStart + length * Math.cos(wallAngle));
this.yLastEnd = (float)(this.yStart - length * Math.sin(wallAngle));
break;
case ANGLE :
wallAngle = Math.toRadians(value != null ? ((Number)value).doubleValue() : 0);
Wall previousWall = this.newWall.getWallAtStart();
if (previousWall != null
&& previousWall.getStartPointToEndPointDistance() > 0) {
wallAngle -= Math.atan2(previousWall.getYStart() - previousWall.getYEnd(),
previousWall.getXStart() - previousWall.getXEnd());
}
float startPointToEndPointDistance = this.newWall.getStartPointToEndPointDistance();
this.xLastEnd = (float)(this.xStart + startPointToEndPointDistance * Math.cos(wallAngle));
this.yLastEnd = (float)(this.yStart - startPointToEndPointDistance * Math.sin(wallAngle));
break;
default :
return;
}
// Update new wall
this.newWall.setXEnd(this.xLastEnd);
this.newWall.setYEnd(this.yLastEnd);
planView.setAlignmentFeedback(Wall.class, this.newWall, this.xLastEnd, this.yLastEnd, false);
showWallAngleFeedback(this.newWall, false);
// Ensure wall points are visible
planView.makePointVisible(this.xStart, this.yStart);
planView.makePointVisible(this.xLastEnd, this.yLastEnd);
// Search if the free start point of the first wall matches the end point of the current wall
if (this.newWalls.size() > 2
&& this.newWalls.get(0).getWallAtStart() == null
&& this.newWalls.get(0).containsWallStartAt(this.xLastEnd, this.yLastEnd, 1E-3f)) {
this.wallStartAtEnd = this.newWalls.get(0);
selectItem(this.wallStartAtEnd);
} else {
this.wallStartAtEnd = null;
deselectAll();
}
}
}
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// If the new wall already exists,
// compute again its end as if mouse moved
if (this.newWall != null) {
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void setDuplicationActivated(boolean duplicationActivated) {
// Reuse duplication activation for round circle creation
this.roundWall = duplicationActivated;
}
@Override
public void escape() {
if (this.newWall != null) {
// Delete current created wall
home.deleteWall(this.newWall);
this.newWalls.remove(this.newWall);
}
validateDrawnWalls();
}
@Override
public void exit() {
PlanView planView = getView();
planView.deleteFeedback();
this.wallStartAtStart = null;
this.wallEndAtStart = null;
this.newWall = null;
this.wallArcExtent = null;
this.wallStartAtEnd = null;
this.wallEndAtEnd = null;
this.lastWall = null;
this.oldSelection = null;
this.newWalls = null;
}
}
/**
* Wall resize state. This state manages wall resizing.
*/
private class WallResizeState extends AbstractWallState {
private Wall selectedWall;
private boolean startPoint;
private float oldX;
private float oldY;
private float deltaXToResizePoint;
private float deltaYToResizePoint;
private boolean magnetismEnabled;
private boolean alignmentActivated;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void enter() {
super.enter();
this.selectedWall = (Wall)home.getSelectedItems().get(0);
this.startPoint = this.selectedWall
== getResizedWallStartAt(getXLastMousePress(), getYLastMousePress());
if (this.startPoint) {
this.oldX = this.selectedWall.getXStart();
this.oldY = this.selectedWall.getYStart();
} else {
this.oldX = this.selectedWall.getXEnd();
this.oldY = this.selectedWall.getYEnd();
}
this.deltaXToResizePoint = getXLastMousePress() - this.oldX;
this.deltaYToResizePoint = getYLastMousePress() - this.oldY;
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
toggleMagnetism(wasMagnetismToggledLastMousePress());
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
planView.setToolTipFeedback(getToolTipFeedbackText(this.selectedWall, true),
getXLastMousePress(), getYLastMousePress());
planView.setAlignmentFeedback(Wall.class, this.selectedWall, this.oldX, this.oldY, false);
showWallAngleFeedback(this.selectedWall, true);
}
@Override
public void moveMouse(float x, float y) {
PlanView planView = getView();
float newX = x - this.deltaXToResizePoint;
float newY = y - this.deltaYToResizePoint;
float opositeEndX = this.startPoint
? this.selectedWall.getXEnd()
: this.selectedWall.getXStart();
float opositeEndY = this.startPoint
? this.selectedWall.getYEnd()
: this.selectedWall.getYStart();
if (this.alignmentActivated) {
PointWithAngleMagnetism point = new PointWithAngleMagnetism(opositeEndX, opositeEndY, newX, newY,
preferences.getLengthUnit(), planView.getPixelLength());
newX = point.getX();
newY = point.getY();
} else if (this.magnetismEnabled) {
WallPointWithAngleMagnetism point = new WallPointWithAngleMagnetism(this.selectedWall,
opositeEndX, opositeEndY, newX, newY);
newX = point.getX();
newY = point.getY();
}
moveWallPoint(this.selectedWall, newX, newY, this.startPoint);
planView.setToolTipFeedback(getToolTipFeedbackText(this.selectedWall, true), x, y);
planView.setAlignmentFeedback(Wall.class, this.selectedWall, newX, newY, false);
showWallAngleFeedback(this.selectedWall, true);
// Ensure point at (x,y) is visible
planView.makePointVisible(x, y);
}
@Override
public void releaseMouse(float x, float y) {
postWallResize(this.selectedWall, this.oldX, this.oldY, this.startPoint);
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
moveWallPoint(this.selectedWall, this.oldX, this.oldY, this.startPoint);
setState(getSelectionState());
}
@Override
public void exit() {
PlanView planView = getView();
planView.setResizeIndicatorVisible(false);
planView.deleteFeedback();
this.selectedWall = null;
}
}
/**
* Furniture rotation state. This states manages the rotation of a piece of furniture.
*/
private class PieceOfFurnitureRotationState extends ControllerState {
private static final int STEP_COUNT = 24;
private boolean magnetismEnabled;
private boolean alignmentActivated;
private HomePieceOfFurniture selectedPiece;
private float angleMousePress;
private float oldAngle;
private boolean doorOrWindowBoundToWall;
private String rotationToolTipFeedback;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return this.selectedPiece != null
&& isPieceOfFurniturePartOfBasePlan(this.selectedPiece);
}
@Override
public void enter() {
this.rotationToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "rotationToolTipFeedback");
this.selectedPiece = (HomePieceOfFurniture)home.getSelectedItems().get(0);
this.angleMousePress = (float)Math.atan2(this.selectedPiece.getY() - getYLastMousePress(),
getXLastMousePress() - this.selectedPiece.getX());
this.oldAngle = this.selectedPiece.getAngle();
this.doorOrWindowBoundToWall = this.selectedPiece instanceof HomeDoorOrWindow
&& ((HomeDoorOrWindow)this.selectedPiece).isBoundToWall();
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ wasMagnetismToggledLastMousePress();
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
planView.setToolTipFeedback(getToolTipFeedbackText(this.oldAngle),
getXLastMousePress(), getYLastMousePress());
}
@Override
public void moveMouse(float x, float y) {
if (x != this.selectedPiece.getX() || y != this.selectedPiece.getY()) {
// Compute the new angle of the piece
float angleMouseMove = (float)Math.atan2(this.selectedPiece.getY() - y,
x - this.selectedPiece.getX());
float newAngle = this.oldAngle - angleMouseMove + this.angleMousePress;
if (this.alignmentActivated
|| this.magnetismEnabled) {
float angleStep = 2 * (float)Math.PI / STEP_COUNT;
// Compute angles closest to a step angle (multiple of angleStep)
newAngle = Math.round(newAngle / angleStep) * angleStep;
}
// Update piece new angle
this.selectedPiece.setAngle(newAngle);
// Ensure point at (x,y) is visible
PlanView planView = getView();
planView.makePointVisible(x, y);
planView.setToolTipFeedback(getToolTipFeedbackText(newAngle), x, y);
}
}
@Override
public void releaseMouse(float x, float y) {
postPieceOfFurnitureRotation(this.selectedPiece, this.oldAngle, this.doorOrWindowBoundToWall);
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// Compute again angle as if mouse moved
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
this.selectedPiece.setAngle(this.oldAngle);
if (this.selectedPiece instanceof HomeDoorOrWindow) {
((HomeDoorOrWindow)this.selectedPiece).setBoundToWall(this.doorOrWindowBoundToWall);
}
setState(getSelectionState());
}
@Override
public void exit() {
PlanView planView = getView();
planView.setResizeIndicatorVisible(false);
planView.deleteFeedback();
this.selectedPiece = null;
}
private String getToolTipFeedbackText(float angle) {
return String.format(this.rotationToolTipFeedback,
(Math.round(Math.toDegrees(angle)) + 360) % 360);
}
}
/**
* Furniture elevation state. This states manages the elevation change of a piece of furniture.
*/
private class PieceOfFurnitureElevationState extends ControllerState {
private boolean magnetismEnabled;
private float deltaYToElevationPoint;
private HomePieceOfFurniture selectedPiece;
private float oldElevation;
private String elevationToolTipFeedback;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return this.selectedPiece != null
&& isPieceOfFurniturePartOfBasePlan(this.selectedPiece);
}
@Override
public void enter() {
this.elevationToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "elevationToolTipFeedback");
this.selectedPiece = (HomePieceOfFurniture)home.getSelectedItems().get(0);
float [] elevationPoint = this.selectedPiece.getPoints() [1];
this.deltaYToElevationPoint = getYLastMousePress() - elevationPoint [1];
this.oldElevation = this.selectedPiece.getElevation();
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ wasMagnetismToggledLastMousePress();
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
planView.setToolTipFeedback(getToolTipFeedbackText(this.oldElevation),
getXLastMousePress(), getYLastMousePress());
}
@Override
public void moveMouse(float x, float y) {
// Compute the new elevation of the piece
PlanView planView = getView();
float [] topRightPoint = this.selectedPiece.getPoints() [1];
float deltaY = y - this.deltaYToElevationPoint - topRightPoint[1];
float newElevation = this.oldElevation - deltaY;
newElevation = Math.min(Math.max(newElevation, 0f), preferences.getLengthUnit().getMaximumElevation());
if (this.magnetismEnabled) {
newElevation = preferences.getLengthUnit().getMagnetizedLength(newElevation, planView.getPixelLength());
}
// Update piece new dimension
this.selectedPiece.setElevation(newElevation);
// Ensure point at (x,y) is visible
planView.makePointVisible(x, y);
planView.setToolTipFeedback(getToolTipFeedbackText(newElevation), x, y);
}
@Override
public void releaseMouse(float x, float y) {
postPieceOfFurnitureElevation(this.selectedPiece, this.oldElevation);
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// Compute again angle as if mouse moved
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
this.selectedPiece.setElevation(this.oldElevation);
setState(getSelectionState());
}
@Override
public void exit() {
PlanView planView = getView();
planView.setResizeIndicatorVisible(false);
planView.deleteFeedback();
this.selectedPiece = null;
}
private String getToolTipFeedbackText(float height) {
return String.format(this.elevationToolTipFeedback,
preferences.getLengthUnit().getFormatWithUnit().format(height));
}
}
/**
* Furniture height state. This states manages the height resizing of a piece of furniture.
*/
private class PieceOfFurnitureHeightState extends ControllerState {
private boolean magnetismEnabled;
private float deltaYToResizePoint;
private ResizedPieceOfFurniture resizedPiece;
private float [] topLeftPoint;
private float [] resizePoint;
private String resizeToolTipFeedback;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return this.resizedPiece != null
&& isPieceOfFurniturePartOfBasePlan(this.resizedPiece.getPieceOfFurniture());
}
@Override
public void enter() {
this.resizeToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "heightResizeToolTipFeedback");
HomePieceOfFurniture selectedPiece = (HomePieceOfFurniture)home.getSelectedItems().get(0);
this.resizedPiece = new ResizedPieceOfFurniture(selectedPiece);
float [][] resizedPiecePoints = selectedPiece.getPoints();
this.resizePoint = resizedPiecePoints [3];
this.deltaYToResizePoint = getYLastMousePress() - this.resizePoint [1];
this.topLeftPoint = resizedPiecePoints [0];
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ wasMagnetismToggledLastMousePress();
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
planView.setToolTipFeedback(getToolTipFeedbackText(selectedPiece.getHeight()),
getXLastMousePress(), getYLastMousePress());
}
@Override
public void moveMouse(float x, float y) {
// Compute the new height of the piece
PlanView planView = getView();
HomePieceOfFurniture selectedPiece = this.resizedPiece.getPieceOfFurniture();
float deltaY = y - this.deltaYToResizePoint - this.resizePoint [1];
float newHeight = this.resizedPiece.getHeight() - deltaY;
newHeight = Math.max(newHeight, 0f);
if (this.magnetismEnabled) {
newHeight = preferences.getLengthUnit().getMagnetizedLength(newHeight, planView.getPixelLength());
}
newHeight = Math.min(Math.max(newHeight, preferences.getLengthUnit().getMinimumLength()),
preferences.getLengthUnit().getMaximumLength());
// Update piece new dimension
selectedPiece.setHeight(newHeight);
// Manage proportional constraint
if (!selectedPiece.isDeformable()) {
float ratio = newHeight / this.resizedPiece.getHeight();
float newWidth = this.resizedPiece.getWidth() * ratio;
float newDepth = this.resizedPiece.getDepth() * ratio;
// Update piece new location
float angle = selectedPiece.getAngle();
double cos = Math.cos(angle);
double sin = Math.sin(angle);
float newX = (float)(this.topLeftPoint [0] + (newWidth * cos - newDepth * sin) / 2f);
float newY = (float)(this.topLeftPoint [1] + (newWidth * sin + newDepth * cos) / 2f);
selectedPiece.setX(newX);
selectedPiece.setY(newY);
selectedPiece.setWidth(newWidth);
selectedPiece.setDepth(newDepth);
}
// Ensure point at (x,y) is visible
planView.makePointVisible(x, y);
planView.setToolTipFeedback(getToolTipFeedbackText(newHeight), x, y);
}
@Override
public void releaseMouse(float x, float y) {
postPieceOfFurnitureHeightResize(this.resizedPiece);
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// Compute again angle as if mouse moved
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
this.resizedPiece.reset();
setState(getSelectionState());
}
@Override
public void exit() {
PlanView planView = getView();
planView.setResizeIndicatorVisible(false);
planView.deleteFeedback();
this.resizedPiece = null;
}
private String getToolTipFeedbackText(float height) {
return String.format(this.resizeToolTipFeedback,
preferences.getLengthUnit().getFormatWithUnit().format(height));
}
}
/**
* Furniture resize state. This states manages the resizing of a piece of furniture.
*/
private class PieceOfFurnitureResizeState extends ControllerState {
private boolean magnetismEnabled;
private boolean alignmentActivated;
private float deltaXToResizePoint;
private float deltaYToResizePoint;
private ResizedPieceOfFurniture resizedPiece;
private float [] topLeftPoint;
private String widthResizeToolTipFeedback;
private String depthResizeToolTipFeedback;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return this.resizedPiece != null
&& isPieceOfFurniturePartOfBasePlan(this.resizedPiece.getPieceOfFurniture());
}
@Override
public void enter() {
this.widthResizeToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "widthResizeToolTipFeedback");
this.depthResizeToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "depthResizeToolTipFeedback");
HomePieceOfFurniture selectedPiece = (HomePieceOfFurniture)home.getSelectedItems().get(0);
this.resizedPiece = new ResizedPieceOfFurniture(selectedPiece);
float [][] resizedPiecePoints = selectedPiece.getPoints();
float [] resizePoint = resizedPiecePoints [2];
this.deltaXToResizePoint = getXLastMousePress() - resizePoint [0];
this.deltaYToResizePoint = getYLastMousePress() - resizePoint [1];
this.topLeftPoint = resizedPiecePoints [0];
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ wasMagnetismToggledLastMousePress();
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
planView.setToolTipFeedback(getToolTipFeedbackText(selectedPiece.getWidth(), selectedPiece.getDepth()),
getXLastMousePress(), getYLastMousePress());
}
@Override
public void moveMouse(float x, float y) {
// Compute the new location and dimension of the piece to let
// its bottom right point be at mouse location
PlanView planView = getView();
HomePieceOfFurniture selectedPiece = this.resizedPiece.getPieceOfFurniture();
float angle = selectedPiece.getAngle();
double cos = Math.cos(angle);
double sin = Math.sin(angle);
float deltaX = x - this.deltaXToResizePoint - this.topLeftPoint [0];
float deltaY = y - this.deltaYToResizePoint - this.topLeftPoint [1];
float newWidth = (float)(deltaY * sin + deltaX * cos);
if (this.magnetismEnabled) {
newWidth = preferences.getLengthUnit().getMagnetizedLength(newWidth, planView.getPixelLength());
}
newWidth = Math.min(Math.max(newWidth, preferences.getLengthUnit().getMinimumLength()),
preferences.getLengthUnit().getMaximumLength());
float depth = this.resizedPiece.getDepth();
float newDepth;
if (!this.resizedPiece.isDoorOrWindowBoundToWall()
|| !selectedPiece.isDeformable()
|| this.alignmentActivated
|| !this.magnetismEnabled) {
// Update piece depth if it's not a door a window
// or if it's a a door a window unbound to a wall when magnetism is enabled
newDepth = (float)(deltaY * cos - deltaX * sin);
if (this.magnetismEnabled) {
newDepth = preferences.getLengthUnit().getMagnetizedLength(newDepth, planView.getPixelLength());
}
newDepth = Math.min(Math.max(newDepth, preferences.getLengthUnit().getMinimumLength()),
preferences.getLengthUnit().getMaximumLength());
} else {
newDepth = depth;
}
// Manage proportional constraint
float newHeight = this.resizedPiece.getHeight();
if (!selectedPiece.isDeformable()
|| this.alignmentActivated) {
float ratio = newWidth / this.resizedPiece.getWidth();
newDepth = depth * ratio;
newHeight = this.resizedPiece.getHeight() * ratio;
}
// Update piece new location
float newX = (float)(this.topLeftPoint [0] + (newWidth * cos - newDepth * sin) / 2f);
float newY = (float)(this.topLeftPoint [1] + (newWidth * sin + newDepth * cos) / 2f);
selectedPiece.setX(newX);
selectedPiece.setY(newY);
// Update piece size
selectedPiece.setWidth(newWidth);
selectedPiece.setDepth(newDepth);
selectedPiece.setHeight(newHeight);
if (this.resizedPiece.isDoorOrWindowBoundToWall()) {
// Maintain boundToWall flag
((HomeDoorOrWindow)selectedPiece).setBoundToWall(this.magnetismEnabled && newDepth == depth);
}
// Ensure point at (x,y) is visible
planView.makePointVisible(x, y);
planView.setToolTipFeedback(getToolTipFeedbackText(newWidth, newDepth), x, y);
}
@Override
public void releaseMouse(float x, float y) {
postPieceOfFurnitureWidthAndDepthResize(this.resizedPiece);
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// Compute again angle as if mouse moved
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
this.resizedPiece.reset();
setState(getSelectionState());
}
@Override
public void exit() {
PlanView planView = getView();
planView.setResizeIndicatorVisible(false);
planView.deleteFeedback();
this.resizedPiece = null;
}
private String getToolTipFeedbackText(float width, float depth) {
String toolTipFeedbackText = "" + String.format(this.widthResizeToolTipFeedback,
preferences.getLengthUnit().getFormatWithUnit().format(width));
if (!(this.resizedPiece.getPieceOfFurniture() instanceof HomeDoorOrWindow)
|| !((HomeDoorOrWindow)this.resizedPiece.getPieceOfFurniture()).isBoundToWall()) {
toolTipFeedbackText += " levels = home.getLevels();
float minimumElevation = levels.size() == 0 ? 10 : 10 + levels.get(0).getElevation();
// Check new elevation is between min and max
newElevation = Math.min(Math.max(newElevation, minimumElevation), preferences.getLengthUnit().getMaximumElevation());
// Update camera elevation
this.selectedCamera.setZ(newElevation);
getView().setToolTipFeedback(getToolTipFeedbackText(newElevation), x, y);
}
@Override
public void releaseMouse(float x, float y) {
setState(getSelectionState());
}
@Override
public void escape() {
this.selectedCamera.setZ(this.oldElevation);
setState(getSelectionState());
}
@Override
public void exit() {
PlanView planView = getView();
planView.setResizeIndicatorVisible(false);
planView.deleteFeedback();
this.selectedCamera = null;
}
private String getToolTipFeedbackText(float elevation) {
String toolTipFeedbackText = "" + String.format(this.cameraElevationToolTipFeedback,
preferences.getLengthUnit().getFormatWithUnit().format(elevation));
if (!this.selectedCamera.isFixedSize() && elevation >= 70 && elevation <= 218.75f) {
toolTipFeedbackText += " oldSelection;
private boolean oldBasePlanLocked;
private boolean oldAllLevelsSelection;
private boolean magnetismEnabled;
private boolean alignmentActivated;
private boolean offsetChoice;
@Override
public Mode getMode() {
return Mode.DIMENSION_LINE_CREATION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void setMode(Mode mode) {
// Escape current creation and change state to matching mode
escape();
if (mode == Mode.SELECTION) {
setState(getSelectionState());
} else if (mode == Mode.PANNING) {
setState(getPanningState());
} else if (mode == Mode.WALL_CREATION) {
setState(getWallCreationState());
} else if (mode == Mode.ROOM_CREATION) {
setState(getRoomCreationState());
} else if (mode == Mode.POLYLINE_CREATION) {
setState(getPolylineCreationState());
} else if (mode == Mode.LABEL_CREATION) {
setState(getLabelCreationState());
}
}
@Override
public void enter() {
this.oldSelection = home.getSelectedItems();
this.oldBasePlanLocked = home.isBasePlanLocked();
this.oldAllLevelsSelection = home.isAllLevelsSelection();
this.xStart = getXLastMouseMove();
this.yStart = getYLastMouseMove();
this.editingStartPoint = false;
this.offsetChoice = false;
this.newDimensionLine = null;
deselectAll();
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
toggleMagnetism(wasMagnetismToggledLastMousePress());
DimensionLine dimensionLine = getMeasuringDimensionLineAt(
getXLastMousePress(), getYLastMousePress(), this.magnetismEnabled);
if (dimensionLine != null) {
getView().setDimensionLinesFeedback(Arrays.asList(new DimensionLine [] {dimensionLine}));
}
getView().setAlignmentFeedback(DimensionLine.class,
null, getXLastMousePress(), getYLastMousePress(), false);
}
@Override
public void moveMouse(float x, float y) {
PlanView planView = getView();
planView.deleteFeedback();
if (this.offsetChoice) {
float distanceToDimensionLine = (float)Line2D.ptLineDist(
this.newDimensionLine.getXStart(), this.newDimensionLine.getYStart(),
this.newDimensionLine.getXEnd(), this.newDimensionLine.getYEnd(), x, y);
if (this.newDimensionLine.getLength() > 0) {
int relativeCCW = Line2D.relativeCCW(
this.newDimensionLine.getXStart(), this.newDimensionLine.getYStart(),
this.newDimensionLine.getXEnd(), this.newDimensionLine.getYEnd(), x, y);
this.newDimensionLine.setOffset(
-Math.signum(relativeCCW) * distanceToDimensionLine);
}
} else {
// Compute the coordinates where dimension line end point should be moved
float newX;
float newY;
if (this.magnetismEnabled
|| this.alignmentActivated) {
PointWithAngleMagnetism point = new PointWithAngleMagnetism(
this.xStart, this.yStart, x, y,
preferences.getLengthUnit(), planView.getPixelLength());
newX = point.getX();
newY = point.getY();
} else {
newX = x;
newY = y;
}
// If current dimension line doesn't exist
if (this.newDimensionLine == null) {
// Create a new one
this.newDimensionLine = createDimensionLine(this.xStart, this.yStart, newX, newY, 0);
getView().setDimensionLinesFeedback(null);
} else {
// Otherwise update its end points
if (this.editingStartPoint) {
this.newDimensionLine.setXStart(newX);
this.newDimensionLine.setYStart(newY);
} else {
this.newDimensionLine.setXEnd(newX);
this.newDimensionLine.setYEnd(newY);
}
}
updateReversedDimensionLine();
planView.setAlignmentFeedback(DimensionLine.class,
this.newDimensionLine, newX, newY, false);
}
// Ensure point at (x,y) is visible
planView.makePointVisible(x, y);
}
/**
* Swaps start and end point of the created dimension line if needed
* to ensure its text is never upside down.
*/
private void updateReversedDimensionLine() {
double angle = getDimensionLineAngle();
boolean reverse = angle < -Math.PI / 2 || angle > Math.PI / 2;
if (reverse ^ this.editingStartPoint) {
reverseDimensionLine(this.newDimensionLine);
this.editingStartPoint = !this.editingStartPoint;
}
}
private double getDimensionLineAngle() {
if (this.newDimensionLine.getLength() == 0) {
return 0;
} else {
if (this.editingStartPoint) {
return Math.atan2(this.yStart - this.newDimensionLine.getYStart(),
this.newDimensionLine.getXStart() - this.xStart);
} else {
return Math.atan2(this.yStart - this.newDimensionLine.getYEnd(),
this.newDimensionLine.getXEnd() - this.xStart);
}
}
}
@Override
public void pressMouse(float x, float y, int clickCount,
boolean shiftDown, boolean duplicationActivated) {
if (this.newDimensionLine == null
&& clickCount == 2) {
// Try to guess the item to measure
DimensionLine dimensionLine = getMeasuringDimensionLineAt(x, y, this.magnetismEnabled);
if (dimensionLine != null) {
this.newDimensionLine = createDimensionLine(
dimensionLine.getXStart(), dimensionLine.getYStart(),
dimensionLine.getXEnd(), dimensionLine.getYEnd(),
dimensionLine.getOffset());
} else {
setState(getDimensionLineCreationState());
return;
}
}
// Create a new dimension line only when it will have a length > 0
// meaning after the first mouse move
if (this.newDimensionLine != null) {
if (this.offsetChoice) {
validateDrawnDimensionLine();
} else {
// Switch to offset choice
this.offsetChoice = true;
PlanView planView = getView();
planView.setCursor(PlanView.CursorType.HEIGHT);
planView.deleteFeedback();
}
}
}
private void validateDrawnDimensionLine() {
selectItem(this.newDimensionLine);
// Post dimension line creation to undo support
postCreateDimensionLines(Arrays.asList(new DimensionLine [] {this.newDimensionLine}),
this.oldSelection, this.oldBasePlanLocked, this.oldAllLevelsSelection);
this.newDimensionLine = null;
// Change state to DimensionLineCreationState
setState(getDimensionLineCreationState());
}
@Override
public void setEditionActivated(boolean editionActivated) {
PlanView planView = getView();
if (editionActivated) {
planView.deleteFeedback();
if (this.newDimensionLine == null) {
// Edit xStart and yStart
planView.setToolTipEditedProperties(new EditableProperty [] {EditableProperty.X,
EditableProperty.Y},
new Object [] {this.xStart, this.yStart},
this.xStart, this.yStart);
} else if (this.offsetChoice) {
// Edit offset
planView.setToolTipEditedProperties(new EditableProperty [] {EditableProperty.OFFSET},
new Object [] {this.newDimensionLine.getOffset()},
this.newDimensionLine.getXEnd(), this.newDimensionLine.getYEnd());
} else {
// Edit length and angle
planView.setToolTipEditedProperties(new EditableProperty [] {EditableProperty.LENGTH,
EditableProperty.ANGLE},
new Object [] {this.newDimensionLine.getLength(),
(int)Math.round(Math.toDegrees(getDimensionLineAngle()))},
this.newDimensionLine.getXEnd(), this.newDimensionLine.getYEnd());
}
} else {
if (this.newDimensionLine == null) {
// Create a new dimension line once user entered its start point
LengthUnit lengthUnit = preferences.getLengthUnit();
float defaultLength = lengthUnit == LengthUnit.INCH || lengthUnit == LengthUnit.INCH_DECIMALS
? LengthUnit.footToCentimeter(3) : 100;
this.newDimensionLine = createDimensionLine(this.xStart, this.yStart,
this.xStart + defaultLength, this.yStart, 0);
// Activate automatically second step to let user enter the
// length and angle of the new dimension line
planView.deleteFeedback();
setEditionActivated(true);
} else if (this.offsetChoice) {
validateDrawnDimensionLine();
} else {
this.offsetChoice = true;
setEditionActivated(true);
}
}
}
@Override
public void updateEditableProperty(EditableProperty editableProperty, Object value) {
PlanView planView = getView();
float maximumLength = preferences.getLengthUnit().getMaximumLength();
if (this.newDimensionLine == null) {
// Update start point of the dimension line
switch (editableProperty) {
case X :
this.xStart = value != null ? ((Number)value).floatValue() : 0;
this.xStart = Math.max(-maximumLength, Math.min(this.xStart, maximumLength));
break;
case Y :
this.yStart = value != null ? ((Number)value).floatValue() : 0;
this.yStart = Math.max(-maximumLength, Math.min(this.yStart, maximumLength));
break;
}
planView.setAlignmentFeedback(DimensionLine.class, null, this.xStart, this.yStart, true);
planView.makePointVisible(this.xStart, this.yStart);
} else if (this.offsetChoice) {
if (editableProperty == EditableProperty.OFFSET) {
// Update new dimension line offset
float offset = value != null ? ((Number)value).floatValue() : 0;
offset = Math.max(-maximumLength, Math.min(offset, maximumLength));
this.newDimensionLine.setOffset(offset);
}
} else {
float newX;
float newY;
// Update end point of the dimension line
switch (editableProperty) {
case LENGTH :
float length = value != null ? ((Number)value).floatValue() : 0;
length = Math.max(0.001f, Math.min(length, maximumLength));
double dimensionLineAngle = getDimensionLineAngle();
newX = (float)(this.xStart + length * Math.cos(dimensionLineAngle));
newY = (float)(this.yStart - length * Math.sin(dimensionLineAngle));
break;
case ANGLE :
dimensionLineAngle = Math.toRadians(value != null ? ((Number)value).floatValue() : 0);
float dimensionLineLength = this.newDimensionLine.getLength();
newX = (float)(this.xStart + dimensionLineLength * Math.cos(dimensionLineAngle));
newY = (float)(this.yStart - dimensionLineLength * Math.sin(dimensionLineAngle));
break;
default :
return;
}
// Update new dimension line
if (this.editingStartPoint) {
this.newDimensionLine.setXStart(newX);
this.newDimensionLine.setYStart(newY);
} else {
this.newDimensionLine.setXEnd(newX);
this.newDimensionLine.setYEnd(newY);
}
updateReversedDimensionLine();
planView.setAlignmentFeedback(DimensionLine.class, this.newDimensionLine, newX, newY, false);
// Ensure dimension line end points are visible
planView.makePointVisible(this.xStart, this.yStart);
planView.makePointVisible(newX, newY);
}
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// If the new dimension line already exists,
// compute again its end as if mouse moved
if (this.newDimensionLine != null && !this.offsetChoice) {
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
if (this.newDimensionLine != null) {
// Delete current created dimension line
home.deleteDimensionLine(this.newDimensionLine);
}
// Change state to DimensionLineCreationState
setState(getDimensionLineCreationState());
}
@Override
public void exit() {
getView().deleteFeedback();
this.newDimensionLine = null;
this.oldSelection = null;
}
}
/**
* Dimension line resize state. This state manages dimension line resizing.
*/
private class DimensionLineResizeState extends ControllerState {
private DimensionLine selectedDimensionLine;
private boolean editingStartPoint;
private float oldX;
private float oldY;
private boolean reversedDimensionLine;
private float deltaXToResizePoint;
private float deltaYToResizePoint;
private float distanceFromResizePointToDimensionBaseLine;
private boolean magnetismEnabled;
private boolean alignmentActivated;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void enter() {
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
this.selectedDimensionLine = (DimensionLine)home.getSelectedItems().get(0);
this.editingStartPoint = this.selectedDimensionLine
== getResizedDimensionLineStartAt(getXLastMousePress(), getYLastMousePress());
if (this.editingStartPoint) {
this.oldX = this.selectedDimensionLine.getXStart();
this.oldY = this.selectedDimensionLine.getYStart();
} else {
this.oldX = this.selectedDimensionLine.getXEnd();
this.oldY = this.selectedDimensionLine.getYEnd();
}
this.reversedDimensionLine = false;
float xResizePoint;
float yResizePoint;
// Compute the closest resize point placed on the extension line and the distance
// between that point and the dimension line base
float alpha1 = (float)(this.selectedDimensionLine.getYEnd() - this.selectedDimensionLine.getYStart())
/ (this.selectedDimensionLine.getXEnd() - this.selectedDimensionLine.getXStart());
// If line is vertical
if (Math.abs(alpha1) > 1E5) {
xResizePoint = getXLastMousePress();
if (this.editingStartPoint) {
yResizePoint = this.selectedDimensionLine.getYStart();
} else {
yResizePoint = this.selectedDimensionLine.getYEnd();
}
} else if (this.selectedDimensionLine.getYStart() == this.selectedDimensionLine.getYEnd()) {
if (this.editingStartPoint) {
xResizePoint = this.selectedDimensionLine.getXStart();
} else {
xResizePoint = this.selectedDimensionLine.getXEnd();
}
yResizePoint = getYLastMousePress();
} else {
float beta1 = getYLastMousePress() - alpha1 * getXLastMousePress();
float alpha2 = -1 / alpha1;
float beta2;
if (this.editingStartPoint) {
beta2 = this.selectedDimensionLine.getYStart() - alpha2 * this.selectedDimensionLine.getXStart();
} else {
beta2 = this.selectedDimensionLine.getYEnd() - alpha2 * this.selectedDimensionLine.getXEnd();
}
xResizePoint = (beta2 - beta1) / (alpha1 - alpha2);
yResizePoint = alpha1 * xResizePoint + beta1;
}
this.deltaXToResizePoint = getXLastMousePress() - xResizePoint;
this.deltaYToResizePoint = getYLastMousePress() - yResizePoint;
if (this.editingStartPoint) {
this.distanceFromResizePointToDimensionBaseLine = (float)Point2D.distance(xResizePoint, yResizePoint,
this.selectedDimensionLine.getXStart(), this.selectedDimensionLine.getYStart());
planView.setAlignmentFeedback(DimensionLine.class, this.selectedDimensionLine,
this.selectedDimensionLine.getXStart(), this.selectedDimensionLine.getYStart(), false);
} else {
this.distanceFromResizePointToDimensionBaseLine = (float)Point2D.distance(xResizePoint, yResizePoint,
this.selectedDimensionLine.getXEnd(), this.selectedDimensionLine.getYEnd());
planView.setAlignmentFeedback(DimensionLine.class, this.selectedDimensionLine,
this.selectedDimensionLine.getXEnd(), this.selectedDimensionLine.getYEnd(), false);
}
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
toggleMagnetism(wasMagnetismToggledLastMousePress());
}
@Override
public void moveMouse(float x, float y) {
PlanView planView = getView();
float xResizePoint = x - this.deltaXToResizePoint;
float yResizePoint = y - this.deltaYToResizePoint;
if (this.editingStartPoint) {
// Compute the new start point of the dimension line knowing that the distance
// from resize point to dimension line base is constant,
// and that the end point of the dimension line doesn't move
double distanceFromResizePointToDimensionLineEnd = Point2D.distance(xResizePoint, yResizePoint,
this.selectedDimensionLine.getXEnd(), this.selectedDimensionLine.getYEnd());
double distanceFromDimensionLineStartToDimensionLineEnd = Math.sqrt(
distanceFromResizePointToDimensionLineEnd * distanceFromResizePointToDimensionLineEnd
- this.distanceFromResizePointToDimensionBaseLine * this.distanceFromResizePointToDimensionBaseLine);
if (distanceFromDimensionLineStartToDimensionLineEnd > 0) {
double dimensionLineRelativeAngle = -Math.atan2(this.distanceFromResizePointToDimensionBaseLine,
distanceFromDimensionLineStartToDimensionLineEnd);
if (this.selectedDimensionLine.getOffset() >= 0) {
dimensionLineRelativeAngle = -dimensionLineRelativeAngle;
}
double resizePointToDimensionLineEndAngle = Math.atan2(yResizePoint - this.selectedDimensionLine.getYEnd(),
xResizePoint - this.selectedDimensionLine.getXEnd());
double dimensionLineStartToDimensionLineEndAngle = dimensionLineRelativeAngle + resizePointToDimensionLineEndAngle;
float xNewStartPoint = this.selectedDimensionLine.getXEnd() + (float)(distanceFromDimensionLineStartToDimensionLineEnd
* Math.cos(dimensionLineStartToDimensionLineEndAngle));
float yNewStartPoint = this.selectedDimensionLine.getYEnd() + (float)(distanceFromDimensionLineStartToDimensionLineEnd
* Math.sin(dimensionLineStartToDimensionLineEndAngle));
if (this.alignmentActivated
|| this.magnetismEnabled) {
PointWithAngleMagnetism point = new PointWithAngleMagnetism(
this.selectedDimensionLine.getXEnd(),
this.selectedDimensionLine.getYEnd(), xNewStartPoint, yNewStartPoint,
preferences.getLengthUnit(), planView.getPixelLength());
xNewStartPoint = point.getX();
yNewStartPoint = point.getY();
}
moveDimensionLinePoint(this.selectedDimensionLine, xNewStartPoint, yNewStartPoint, this.editingStartPoint);
updateReversedDimensionLine();
planView.setAlignmentFeedback(DimensionLine.class, this.selectedDimensionLine,
xNewStartPoint, yNewStartPoint, false);
} else {
planView.deleteFeedback();
}
} else {
// Compute the new end point of the dimension line knowing that the distance
// from resize point to dimension line base is constant,
// and that the start point of the dimension line doesn't move
double distanceFromResizePointToDimensionLineStart = Point2D.distance(xResizePoint, yResizePoint,
this.selectedDimensionLine.getXStart(), this.selectedDimensionLine.getYStart());
double distanceFromDimensionLineStartToDimensionLineEnd = Math.sqrt(
distanceFromResizePointToDimensionLineStart * distanceFromResizePointToDimensionLineStart
- this.distanceFromResizePointToDimensionBaseLine * this.distanceFromResizePointToDimensionBaseLine);
if (distanceFromDimensionLineStartToDimensionLineEnd > 0) {
double dimensionLineRelativeAngle = Math.atan2(this.distanceFromResizePointToDimensionBaseLine,
distanceFromDimensionLineStartToDimensionLineEnd);
if (this.selectedDimensionLine.getOffset() >= 0) {
dimensionLineRelativeAngle = -dimensionLineRelativeAngle;
}
double resizePointToDimensionLineStartAngle = Math.atan2(yResizePoint - this.selectedDimensionLine.getYStart(),
xResizePoint - this.selectedDimensionLine.getXStart());
double dimensionLineStartToDimensionLineEndAngle = dimensionLineRelativeAngle + resizePointToDimensionLineStartAngle;
float xNewEndPoint = this.selectedDimensionLine.getXStart() + (float)(distanceFromDimensionLineStartToDimensionLineEnd
* Math.cos(dimensionLineStartToDimensionLineEndAngle));
float yNewEndPoint = this.selectedDimensionLine.getYStart() + (float)(distanceFromDimensionLineStartToDimensionLineEnd
* Math.sin(dimensionLineStartToDimensionLineEndAngle));
if (this.alignmentActivated
|| this.magnetismEnabled) {
PointWithAngleMagnetism point = new PointWithAngleMagnetism(
this.selectedDimensionLine.getXStart(),
this.selectedDimensionLine.getYStart(), xNewEndPoint, yNewEndPoint,
preferences.getLengthUnit(), planView.getPixelLength());
xNewEndPoint = point.getX();
yNewEndPoint = point.getY();
}
moveDimensionLinePoint(this.selectedDimensionLine, xNewEndPoint, yNewEndPoint, this.editingStartPoint);
updateReversedDimensionLine();
planView.setAlignmentFeedback(DimensionLine.class, this.selectedDimensionLine,
xNewEndPoint, yNewEndPoint, false);
} else {
planView.deleteFeedback();
}
}
// Ensure point at (x,y) is visible
getView().makePointVisible(x, y);
}
/**
* Swaps start and end point of the dimension line if needed
* to ensure its text is never upside down.
*/
private void updateReversedDimensionLine() {
double angle = getDimensionLineAngle();
if (angle < -Math.PI / 2 || angle > Math.PI / 2) {
reverseDimensionLine(this.selectedDimensionLine);
this.editingStartPoint = !this.editingStartPoint;
this.reversedDimensionLine = !this.reversedDimensionLine;
}
}
private double getDimensionLineAngle() {
if (this.selectedDimensionLine.getLength() == 0) {
return 0;
} else {
return Math.atan2(this.selectedDimensionLine.getYStart() - this.selectedDimensionLine.getYEnd(),
this.selectedDimensionLine.getXEnd() - this.selectedDimensionLine.getXStart());
}
}
@Override
public void releaseMouse(float x, float y) {
postDimensionLineResize(this.selectedDimensionLine, this.oldX, this.oldY,
this.editingStartPoint, this.reversedDimensionLine);
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
if (this.reversedDimensionLine) {
reverseDimensionLine(this.selectedDimensionLine);
this.editingStartPoint = !this.editingStartPoint;
}
moveDimensionLinePoint(this.selectedDimensionLine, this.oldX, this.oldY, this.editingStartPoint);
setState(getSelectionState());
}
@Override
public void exit() {
PlanView planView = getView();
planView.deleteFeedback();
planView.setResizeIndicatorVisible(false);
this.selectedDimensionLine = null;
}
}
/**
* Dimension line offset state. This state manages dimension line offset.
*/
private class DimensionLineOffsetState extends ControllerState {
private DimensionLine selectedDimensionLine;
private float oldOffset;
private float deltaXToOffsetPoint;
private float deltaYToOffsetPoint;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void enter() {
this.selectedDimensionLine = (DimensionLine)home.getSelectedItems().get(0);
this.oldOffset = this.selectedDimensionLine.getOffset();
double angle = Math.atan2(this.selectedDimensionLine.getYEnd() - this.selectedDimensionLine.getYStart(),
this.selectedDimensionLine.getXEnd() - this.selectedDimensionLine.getXStart());
float dx = (float)-Math.sin(angle) * this.oldOffset;
float dy = (float)Math.cos(angle) * this.oldOffset;
float xMiddle = (this.selectedDimensionLine.getXStart() + this.selectedDimensionLine.getXEnd()) / 2 + dx;
float yMiddle = (this.selectedDimensionLine.getYStart() + this.selectedDimensionLine.getYEnd()) / 2 + dy;
this.deltaXToOffsetPoint = getXLastMousePress() - xMiddle;
this.deltaYToOffsetPoint = getYLastMousePress() - yMiddle;
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
}
@Override
public void moveMouse(float x, float y) {
float newX = x - this.deltaXToOffsetPoint;
float newY = y - this.deltaYToOffsetPoint;
float distanceToDimensionLine =
(float)Line2D.ptLineDist(this.selectedDimensionLine.getXStart(), this.selectedDimensionLine.getYStart(),
this.selectedDimensionLine.getXEnd(), this.selectedDimensionLine.getYEnd(), newX, newY);
int relativeCCW = Line2D.relativeCCW(this.selectedDimensionLine.getXStart(), this.selectedDimensionLine.getYStart(),
this.selectedDimensionLine.getXEnd(), this.selectedDimensionLine.getYEnd(), newX, newY);
this.selectedDimensionLine.setOffset(
-Math.signum(relativeCCW) * distanceToDimensionLine);
// Ensure point at (x,y) is visible
getView().makePointVisible(x, y);
}
@Override
public void releaseMouse(float x, float y) {
postDimensionLineOffset(this.selectedDimensionLine, this.oldOffset);
setState(getSelectionState());
}
@Override
public void escape() {
this.selectedDimensionLine.setOffset(this.oldOffset);
setState(getSelectionState());
}
@Override
public void exit() {
getView().setResizeIndicatorVisible(false);
this.selectedDimensionLine = null;
}
}
/**
* Room creation state. This state manages transition to
* other modes, and initial room creation.
*/
private class RoomCreationState extends AbstractModeChangeState {
private boolean magnetismEnabled;
@Override
public Mode getMode() {
return Mode.ROOM_CREATION;
}
@Override
public void enter() {
getView().setCursor(PlanView.CursorType.DRAW);
toggleMagnetism(wasMagnetismToggledLastMousePress());
}
@Override
public void moveMouse(float x, float y) {
if (this.magnetismEnabled) {
// Find the closest wall or room point to current mouse location
PointMagnetizedToClosestWallOrRoomPoint point = new PointMagnetizedToClosestWallOrRoomPoint(x, y);
if (point.isMagnetized()) {
getView().setAlignmentFeedback(Room.class, null, point.getX(),
point.getY(), point.isMagnetized());
} else {
RoomPointWithAngleMagnetism pointWithAngleMagnetism = new RoomPointWithAngleMagnetism(
getXLastMouseMove(), getYLastMouseMove());
getView().setAlignmentFeedback(Room.class, null, pointWithAngleMagnetism.getX(),
pointWithAngleMagnetism.getY(), point.isMagnetized());
}
} else {
getView().setAlignmentFeedback(Room.class, null, x, y, false);
}
}
@Override
public void pressMouse(float x, float y, int clickCount,
boolean shiftDown, boolean duplicationActivated) {
// Change state to RoomDrawingState
setState(getRoomDrawingState());
}
@Override
public void setEditionActivated(boolean editionActivated) {
if (editionActivated) {
setState(getRoomDrawingState());
PlanController.this.setEditionActivated(editionActivated);
}
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// Compute again feedback point as if mouse moved
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void exit() {
getView().deleteFeedback();
}
}
/**
* Room modification state.
*/
private abstract class AbstractRoomState extends ControllerState {
private String roomSideLengthToolTipFeedback;
private String roomSideAngleToolTipFeedback;
@Override
public void enter() {
this.roomSideLengthToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "roomSideLengthToolTipFeedback");
this.roomSideAngleToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "roomSideAngleToolTipFeedback");
}
protected String getToolTipFeedbackText(Room room, int pointIndex) {
float length = getRoomSideLength(room, pointIndex);
int angle = getRoomSideAngle(room, pointIndex);
return "" + String.format(this.roomSideLengthToolTipFeedback,
preferences.getLengthUnit().getFormatWithUnit().format(length))
+ " oldSelection;
private boolean oldBasePlanLocked;
private boolean oldAllLevelsSelection;
private boolean magnetismEnabled;
private boolean alignmentActivated;
private long lastPointCreationTime;
@Override
public Mode getMode() {
return Mode.ROOM_CREATION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void setMode(Mode mode) {
// Escape current creation and change state to matching mode
escape();
if (mode == Mode.SELECTION) {
setState(getSelectionState());
} else if (mode == Mode.PANNING) {
setState(getPanningState());
} else if (mode == Mode.WALL_CREATION) {
setState(getWallCreationState());
} else if (mode == Mode.POLYLINE_CREATION) {
setState(getPolylineCreationState());
} else if (mode == Mode.DIMENSION_LINE_CREATION) {
setState(getDimensionLineCreationState());
} else if (mode == Mode.LABEL_CREATION) {
setState(getLabelCreationState());
}
}
@Override
public void enter() {
super.enter();
this.oldSelection = home.getSelectedItems();
this.oldBasePlanLocked = home.isBasePlanLocked();
this.oldAllLevelsSelection = home.isAllLevelsSelection();
this.newRoom = null;
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
toggleMagnetism(wasMagnetismToggledLastMousePress());
if (this.magnetismEnabled) {
// Find the closest wall or room point to current mouse location
PointMagnetizedToClosestWallOrRoomPoint point = new PointMagnetizedToClosestWallOrRoomPoint(
getXLastMouseMove(), getYLastMouseMove());
if (point.isMagnetized()) {
this.xPreviousPoint = point.getX();
this.yPreviousPoint = point.getY();
} else {
RoomPointWithAngleMagnetism pointWithAngleMagnetism = new RoomPointWithAngleMagnetism(
getXLastMouseMove(), getYLastMouseMove());
this.xPreviousPoint = pointWithAngleMagnetism.getX();
this.yPreviousPoint = pointWithAngleMagnetism.getY();
}
getView().setAlignmentFeedback(Room.class, null,
this.xPreviousPoint, this.yPreviousPoint, point.isMagnetized());
} else {
this.xPreviousPoint = getXLastMousePress();
this.yPreviousPoint = getYLastMousePress();
getView().setAlignmentFeedback(Room.class, null,
this.xPreviousPoint, this.yPreviousPoint, false);
}
deselectAll();
}
@Override
public void moveMouse(float x, float y) {
PlanView planView = getView();
// Compute the coordinates where current edit room point should be moved
float xEnd = x;
float yEnd = y;
boolean magnetizedPoint = false;
if (this.alignmentActivated) {
PointWithAngleMagnetism pointWithAngleMagnetism = new PointWithAngleMagnetism(
this.xPreviousPoint, this.yPreviousPoint, x, y, preferences.getLengthUnit(), planView.getPixelLength());
xEnd = pointWithAngleMagnetism.getX();
yEnd = pointWithAngleMagnetism.getY();
} else if (this.magnetismEnabled) {
// Find the closest wall or room point to current mouse location
PointMagnetizedToClosestWallOrRoomPoint point = this.newRoom != null
? new PointMagnetizedToClosestWallOrRoomPoint(this.newRoom, this.newRoom.getPointCount() - 1, x, y)
: new PointMagnetizedToClosestWallOrRoomPoint(x, y);
magnetizedPoint = point.isMagnetized();
if (magnetizedPoint) {
xEnd = point.getX();
yEnd = point.getY();
} else {
// Use magnetism if closest wall point is too far
int editedPointIndex = this.newRoom != null
? this.newRoom.getPointCount() - 1
: -1;
RoomPointWithAngleMagnetism pointWithAngleMagnetism = new RoomPointWithAngleMagnetism(
this.newRoom, editedPointIndex, this.xPreviousPoint, this.yPreviousPoint, x, y);
xEnd = pointWithAngleMagnetism.getX();
yEnd = pointWithAngleMagnetism.getY();
}
}
// If current room doesn't exist
if (this.newRoom == null) {
// Create a new one
this.newRoom = createAndSelectRoom(this.xPreviousPoint, this.yPreviousPoint, xEnd, yEnd);
} else if (this.newPoint != null) {
// Add a point to current room
float [][] points = this.newRoom.getPoints();
this.xPreviousPoint = points [points.length - 1][0];
this.yPreviousPoint = points [points.length - 1][1];
this.newRoom.addPoint(xEnd, yEnd);
this.newPoint = null;
} else {
// Otherwise update its last point
this.newRoom.setPoint(xEnd, yEnd, this.newRoom.getPointCount() - 1);
}
planView.setToolTipFeedback(
getToolTipFeedbackText(this.newRoom, this.newRoom.getPointCount() - 1), x, y);
planView.setAlignmentFeedback(Room.class, this.newRoom,
xEnd, yEnd, magnetizedPoint);
showRoomAngleFeedback(this.newRoom, this.newRoom.getPointCount() - 1);
// Ensure point at (x,y) is visible
planView.makePointVisible(x, y);
}
/**
* Returns a new room instance with one side between (xStart,
* yStart) and (xEnd, yEnd) points.
* The new room is added to home and selected
*/
private Room createAndSelectRoom(float xStart, float yStart,
float xEnd, float yEnd) {
Room newRoom = createRoom(new float [][] {{xStart, yStart}, {xEnd, yEnd}});
// Let's consider that points outside of home will create by default a room with no ceiling
Area insideWallsArea = getInsideWallsArea();
newRoom.setCeilingVisible(insideWallsArea.contains(xStart, yStart));
selectItem(newRoom);
return newRoom;
}
@Override
public void pressMouse(float x, float y, int clickCount,
boolean shiftDown, boolean duplicationActivated) {
if (clickCount == 2) {
if (this.newRoom == null) {
// Try to guess the room that contains the point (x,y)
this.newRoom = createRoomAt(x, y);
if (this.newRoom != null) {
selectItem(this.newRoom);
}
}
validateDrawnRoom();
} else {
endRoomSide();
}
}
private void validateDrawnRoom() {
if (this.newRoom != null) {
float [][] points = this.newRoom.getPoints();
if (points.length < 3) {
// Delete current created room if it doesn't have more than 2 clicked points
home.deleteRoom(this.newRoom);
} else {
// Post room creation to undo support
postCreateRooms(Arrays.asList(new Room [] {this.newRoom}),
this.oldSelection, this.oldBasePlanLocked, this.oldAllLevelsSelection);
}
}
// Change state to RoomCreationState
setState(getRoomCreationState());
}
private void endRoomSide() {
// Create a new room side only when its length is greater than zero
if (this.newRoom != null
&& getRoomSideLength(this.newRoom, this.newRoom.getPointCount() - 1) > 0) {
this.newPoint = new float [2];
// Let's consider that any point outside of home will create
// by default a room with no ceiling
if (this.newRoom.isCeilingVisible()) {
float [][] roomPoints = this.newRoom.getPoints();
float [] lastPoint = roomPoints [roomPoints.length - 1];
if (!getInsideWallsArea().contains(lastPoint [0], lastPoint [1])) {
this.newRoom.setCeilingVisible(false);
}
}
}
}
/**
* Returns the room matching the closed path that contains the point at the given
* coordinates or null if there's no closed path at this point.
*/
private Room createRoomAt(float x, float y) {
for (GeneralPath roomPath : getRoomPathsFromWalls()) {
if (roomPath.contains(x, y)) {
// Add to roomPath a half of the footprint on floor of all the doors and windows
// with an elevation equal to zero that intersects with roomPath
for (HomePieceOfFurniture piece : getVisibleDoorsAndWindowsAtGround(home.getFurniture())) {
float [][] doorPoints = piece.getPoints();
int intersectionCount = 0;
for (int i = 0; i < doorPoints.length; i++) {
if (roomPath.contains(doorPoints [i][0], doorPoints [i][1])) {
intersectionCount++;
}
}
if (intersectionCount == 2
&& doorPoints.length == 4) {
// Find the intersection of the door with home walls
Area wallsDoorIntersection = new Area(getWallsArea(false));
wallsDoorIntersection.intersect(new Area(getPath(doorPoints)));
// Reduce the size of intersection to its half
float [][] intersectionPoints = getPathPoints(getPath(wallsDoorIntersection), false);
Shape halfDoorPath = null;
if (intersectionPoints.length == 4) {
float epsilon = 0.05f;
for (int i = 0; i < intersectionPoints.length; i++) {
// Check point in room with rectangle intersection test otherwise we miss some points
if (roomPath.intersects(intersectionPoints [i][0] - epsilon / 2,
intersectionPoints [i][1] - epsilon / 2, epsilon, epsilon)) {
int inPoint1 = i;
int inPoint2;
int outPoint1;
int outPoint2;
if (roomPath.intersects(intersectionPoints [i + 1][0] - epsilon / 2,
intersectionPoints [i + 1][1] - epsilon / 2, epsilon, epsilon)) {
inPoint2 = i + 1;
outPoint2 = (i + 2) % 4;
outPoint1 = (i + 3) % 4;
} else {
outPoint1 = (i + 1) % 4;
outPoint2 = (i + 2) % 4;
inPoint2 = (i + 3) % 4;
}
intersectionPoints [outPoint1][0] = (intersectionPoints [outPoint1][0]
+ intersectionPoints [inPoint1][0]) / 2;
intersectionPoints [outPoint1][1] = (intersectionPoints [outPoint1][1]
+ intersectionPoints [inPoint1][1]) / 2;
intersectionPoints [outPoint2][0] = (intersectionPoints [outPoint2][0]
+ intersectionPoints [inPoint2][0]) / 2;
intersectionPoints [outPoint2][1] = (intersectionPoints [outPoint2][1]
+ intersectionPoints [inPoint2][1]) / 2;
GeneralPath path = getPath(intersectionPoints);
// Enlarge the intersection path to ensure its union with room builds only one path
Rectangle2D bounds2D = path.getBounds2D();
AffineTransform transform = AffineTransform.getTranslateInstance(bounds2D.getCenterX(), bounds2D.getCenterY());
double min = Math.min(bounds2D.getWidth(), bounds2D.getHeight());
double scale = (min + epsilon) / min;
transform.scale(scale, scale);
transform.translate(-bounds2D.getCenterX(), -bounds2D.getCenterY());
halfDoorPath = path.createTransformedShape(transform);
break;
}
}
}
if (halfDoorPath != null) {
Area halfDoorRoomUnion = new Area(halfDoorPath);
halfDoorRoomUnion.add(new Area(roomPath));
roomPath = getPath(halfDoorRoomUnion);
}
}
}
return createRoom(getPathPoints(roomPath, false));
}
}
return null;
}
/**
* Returns all the visible doors and windows with a null elevation in the given furniture.
*/
private List getVisibleDoorsAndWindowsAtGround(List furniture) {
List doorsAndWindows = new ArrayList(furniture.size());
for (HomePieceOfFurniture piece : furniture) {
if (isPieceOfFurnitureVisibleAtSelectedLevel(piece)
&& piece.getElevation() == 0) {
if (piece instanceof HomeFurnitureGroup) {
doorsAndWindows.addAll(getVisibleDoorsAndWindowsAtGround(((HomeFurnitureGroup)piece).getFurniture()));
} else if (piece.isDoorOrWindow()) {
doorsAndWindows.add(piece);
}
}
}
return doorsAndWindows;
}
@Override
public void setEditionActivated(boolean editionActivated) {
PlanView planView = getView();
if (editionActivated) {
planView.deleteFeedback();
if (this.newRoom == null) {
// Edit previous point
planView.setToolTipEditedProperties(new EditableProperty [] {EditableProperty.X,
EditableProperty.Y},
new Object [] {this.xPreviousPoint, this.yPreviousPoint},
this.xPreviousPoint, this.yPreviousPoint);
} else {
if (this.newPoint != null) {
// May happen if edition is activated after the user clicked to add a new point
createNextSide();
}
// Edit length and angle
float [][] points = this.newRoom.getPoints();
planView.setToolTipEditedProperties(new EditableProperty [] {EditableProperty.LENGTH,
EditableProperty.ANGLE},
new Object [] {getRoomSideLength(this.newRoom, points.length - 1),
getRoomSideAngle(this.newRoom, points.length - 1)},
points [points.length - 1][0], points [points.length - 1][1]);
}
} else {
if (this.newRoom == null) {
// Create a new side once user entered the start point of the room
LengthUnit lengthUnit = preferences.getLengthUnit();
float defaultLength = lengthUnit == LengthUnit.INCH || lengthUnit == LengthUnit.INCH_DECIMALS
? LengthUnit.footToCentimeter(10) : 300;
this.newRoom = createAndSelectRoom(this.xPreviousPoint, this.yPreviousPoint,
this.xPreviousPoint + defaultLength, this.yPreviousPoint);
// Activate automatically second step to let user enter the
// length and angle of the new side
planView.deleteFeedback();
setEditionActivated(true);
} else if (System.currentTimeMillis() - this.lastPointCreationTime < 300) {
// If the user deactivated edition less than 300 ms after activation,
// escape current side creation
escape();
} else {
endRoomSide();
float [][] points = this.newRoom.getPoints();
// If last edited point matches first point validate drawn room
if (points.length > 2
&& this.newRoom.getPointIndexAt(points [points.length - 1][0], points [points.length - 1][1], 0.001f) == 0) {
// Remove last currently edited point.
this.newRoom.removePoint(this.newRoom.getPointCount() - 1);
validateDrawnRoom();
return;
}
createNextSide();
// Reactivate automatically second step
planView.deleteToolTipFeedback();
setEditionActivated(true);
}
}
}
private void createNextSide() {
// Add a point to current room
float [][] points = this.newRoom.getPoints();
this.xPreviousPoint = points [points.length - 1][0];
this.yPreviousPoint = points [points.length - 1][1];
// Create a new side with an angle equal to previous side angle - 90?
double previousSideAngle = Math.PI - Math.atan2(points [points.length - 2][1] - points [points.length - 1][1],
points [points.length - 2][0] - points [points.length - 1][0]);
previousSideAngle -= Math.PI / 2;
float previousSideLength = getRoomSideLength(this.newRoom, points.length - 1);
this.newRoom.addPoint(
(float)(this.xPreviousPoint + previousSideLength * Math.cos(previousSideAngle)),
(float)(this.yPreviousPoint - previousSideLength * Math.sin(previousSideAngle)));
this.newPoint = null;
this.lastPointCreationTime = System.currentTimeMillis();
}
@Override
public void updateEditableProperty(EditableProperty editableProperty, Object value) {
PlanView planView = getView();
if (this.newRoom == null) {
float maximumLength = preferences.getLengthUnit().getMaximumLength();
// Update start point of the first wall
switch (editableProperty) {
case X :
this.xPreviousPoint = value != null ? ((Number)value).floatValue() : 0;
this.xPreviousPoint = Math.max(-maximumLength, Math.min(this.xPreviousPoint, maximumLength));
break;
case Y :
this.yPreviousPoint = value != null ? ((Number)value).floatValue() : 0;
this.yPreviousPoint = Math.max(-maximumLength, Math.min(this.yPreviousPoint, maximumLength));
break;
}
planView.setAlignmentFeedback(Room.class, null, this.xPreviousPoint, this.yPreviousPoint, true);
planView.makePointVisible(this.xPreviousPoint, this.yPreviousPoint);
} else {
float [][] roomPoints = this.newRoom.getPoints();
float [] previousPoint = roomPoints [roomPoints.length - 2];
float [] point = roomPoints [roomPoints.length - 1];
float newX;
float newY;
// Update end point of the current room
switch (editableProperty) {
case LENGTH :
float length = value != null ? ((Number)value).floatValue() : 0;
length = Math.max(0.001f, Math.min(length, preferences.getLengthUnit().getMaximumLength()));
double sideAngle = Math.PI - Math.atan2(previousPoint [1] - point [1],
previousPoint [0] - point [0]);
newX = (float)(previousPoint [0] + length * Math.cos(sideAngle));
newY = (float)(previousPoint [1] - length * Math.sin(sideAngle));
break;
case ANGLE :
sideAngle = Math.toRadians(value != null ? ((Number)value).floatValue() : 0);
if (roomPoints.length > 2) {
sideAngle -= Math.atan2(roomPoints [roomPoints.length - 3][1] - previousPoint [1],
roomPoints [roomPoints.length - 3][0] - previousPoint [0]);
}
float sideLength = getRoomSideLength(this.newRoom, roomPoints.length - 1);
newX = (float)(previousPoint [0] + sideLength * Math.cos(sideAngle));
newY = (float)(previousPoint [1] - sideLength * Math.sin(sideAngle));
break;
default :
return;
}
this.newRoom.setPoint(newX, newY, roomPoints.length - 1);
// Update new room
planView.setAlignmentFeedback(Room.class, this.newRoom, newX, newY, false);
showRoomAngleFeedback(this.newRoom, roomPoints.length - 1);
// Ensure room side points are visible
planView.makePointVisible(previousPoint [0], previousPoint [1]);
planView.makePointVisible(newX, newY);
}
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// If the new room already exists,
// compute again its last point as if mouse moved
if (this.newRoom != null) {
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
if (this.newRoom != null
&& this.newPoint == null) {
// Remove last currently edited point.
this.newRoom.removePoint(this.newRoom.getPointCount() - 1);
}
validateDrawnRoom();
}
@Override
public void exit() {
getView().deleteFeedback();
this.newRoom = null;
this.newPoint = null;
this.oldSelection = null;
}
}
/**
* Room resize state. This state manages room resizing.
*/
private class RoomResizeState extends AbstractRoomState {
private Room selectedRoom;
private int roomPointIndex;
private float oldX;
private float oldY;
private float deltaXToResizePoint;
private float deltaYToResizePoint;
private boolean magnetismEnabled;
private boolean alignmentActivated;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void enter() {
super.enter();
this.selectedRoom = (Room)home.getSelectedItems().get(0);
float margin = INDICATOR_PIXEL_MARGIN / getScale();
this.roomPointIndex = this.selectedRoom.getPointIndexAt(
getXLastMousePress(), getYLastMousePress(), margin);
float [][] roomPoints = this.selectedRoom.getPoints();
this.oldX = roomPoints [this.roomPointIndex][0];
this.oldY = roomPoints [this.roomPointIndex][1];
this.deltaXToResizePoint = getXLastMousePress() - this.oldX;
this.deltaYToResizePoint = getYLastMousePress() - this.oldY;
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
toggleMagnetism(wasMagnetismToggledLastMousePress());
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
planView.setToolTipFeedback(getToolTipFeedbackText(this.selectedRoom, this.roomPointIndex),
getXLastMousePress(), getYLastMousePress());
showRoomAngleFeedback(this.selectedRoom, this.roomPointIndex);
}
@Override
public void moveMouse(float x, float y) {
PlanView planView = getView();
float newX = x - this.deltaXToResizePoint;
float newY = y - this.deltaYToResizePoint;
float [][] roomPoints = this.selectedRoom.getPoints();
int previousPointIndex = this.roomPointIndex == 0
? roomPoints.length - 1
: this.roomPointIndex - 1;
float xPreviousPoint = roomPoints [previousPointIndex][0];
float yPreviousPoint = roomPoints [previousPointIndex][1];
boolean magnetizedPoint = false;
if (this.alignmentActivated) {
PointWithAngleMagnetism pointWithAngleMagnetism = new PointWithAngleMagnetism(
xPreviousPoint, yPreviousPoint, newX, newY, preferences.getLengthUnit(), planView.getPixelLength());
newX = pointWithAngleMagnetism.getX();
newY = pointWithAngleMagnetism.getY();
} else if (this.magnetismEnabled) {
// Find the closest wall or room point to current mouse location
PointMagnetizedToClosestWallOrRoomPoint point = new PointMagnetizedToClosestWallOrRoomPoint(
this.selectedRoom, this.roomPointIndex, newX, newY);
magnetizedPoint = point.isMagnetized();
if (magnetizedPoint) {
newX = point.getX();
newY = point.getY();
} else {
// Use magnetism if closest wall point is too far
RoomPointWithAngleMagnetism pointWithAngleMagnetism = new RoomPointWithAngleMagnetism(
this.selectedRoom, this.roomPointIndex, xPreviousPoint, yPreviousPoint, newX, newY);
newX = pointWithAngleMagnetism.getX();
newY = pointWithAngleMagnetism.getY();
}
}
moveRoomPoint(this.selectedRoom, newX, newY, this.roomPointIndex);
planView.setToolTipFeedback(getToolTipFeedbackText(this.selectedRoom, this.roomPointIndex), x, y);
planView.setAlignmentFeedback(Room.class, this.selectedRoom, newX, newY, magnetizedPoint);
showRoomAngleFeedback(this.selectedRoom, this.roomPointIndex);
// Ensure point at (x,y) is visible
planView.makePointVisible(x, y);
}
@Override
public void releaseMouse(float x, float y) {
postRoomResize(this.selectedRoom, this.oldX, this.oldY, this.roomPointIndex);
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
moveRoomPoint(this.selectedRoom, this.oldX, this.oldY, this.roomPointIndex);
setState(getSelectionState());
}
@Override
public void exit() {
PlanView planView = getView();
planView.setResizeIndicatorVisible(false);
planView.deleteFeedback();
this.selectedRoom = null;
}
}
/**
* Room name offset state. This state manages room name offset.
*/
private class RoomNameOffsetState extends ControllerState {
private Room selectedRoom;
private float oldNameXOffset;
private float oldNameYOffset;
private float xLastMouseMove;
private float yLastMouseMove;
private boolean alignmentActivated;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public void enter() {
this.selectedRoom = (Room)home.getSelectedItems().get(0);
this.oldNameXOffset = this.selectedRoom.getNameXOffset();
this.oldNameYOffset = this.selectedRoom.getNameYOffset();
this.xLastMouseMove = getXLastMousePress();
this.yLastMouseMove = getYLastMousePress();
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
}
@Override
public void moveMouse(float x, float y) {
if (this.alignmentActivated) {
PointWithAngleMagnetism alignedPoint = new PointWithAngleMagnetism(
this.selectedRoom.getXCenter() + this.oldNameXOffset,
this.selectedRoom.getYCenter() + this.oldNameYOffset,
x, y, preferences.getLengthUnit(), getView().getPixelLength(), 4);
x = alignedPoint.getX();
y = alignedPoint.getY();
}
this.selectedRoom.setNameXOffset(this.selectedRoom.getNameXOffset() + x - this.xLastMouseMove);
this.selectedRoom.setNameYOffset(this.selectedRoom.getNameYOffset() + y - this.yLastMouseMove);
this.xLastMouseMove = x;
this.yLastMouseMove = y;
// Ensure point at (x,y) is visible
getView().makePointVisible(x, y);
}
@Override
public void releaseMouse(float x, float y) {
postRoomNameOffset(this.selectedRoom, this.oldNameXOffset, this.oldNameYOffset);
setState(getSelectionState());
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
this.selectedRoom.setNameXOffset(this.oldNameXOffset);
this.selectedRoom.setNameYOffset(this.oldNameYOffset);
setState(getSelectionState());
}
@Override
public void exit() {
getView().setResizeIndicatorVisible(false);
this.selectedRoom = null;
}
}
/**
* Room name rotation state. This state manages the name rotation of a room.
*/
private class RoomNameRotationState extends ControllerState {
private static final int STEP_COUNT = 24;
private Room selectedRoom;
private float oldNameAngle;
private float angleMousePress;
private boolean magnetismEnabled;
private boolean alignmentActivated;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public void enter() {
this.selectedRoom = (Room)home.getSelectedItems().get(0);
this.angleMousePress = (float)Math.atan2(this.selectedRoom.getYCenter() + this.selectedRoom.getNameYOffset() - getYLastMousePress(),
getXLastMousePress() - this.selectedRoom.getXCenter() - this.selectedRoom.getNameXOffset());
this.oldNameAngle = this.selectedRoom.getNameAngle();
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ wasMagnetismToggledLastMousePress();
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
}
@Override
public void moveMouse(float x, float y) {
if (x != this.selectedRoom.getXCenter() + this.selectedRoom.getNameXOffset()
|| y != this.selectedRoom.getYCenter() + this.selectedRoom.getNameYOffset()) {
// Compute the new angle of the room name
float angleMouseMove = (float)Math.atan2(this.selectedRoom.getYCenter() + this.selectedRoom.getNameYOffset() - y,
x - this.selectedRoom.getXCenter() - this.selectedRoom.getNameXOffset());
float newAngle = this.oldNameAngle - angleMouseMove + this.angleMousePress;
if (this.alignmentActivated
|| this.magnetismEnabled) {
float angleStep = 2 * (float)Math.PI / STEP_COUNT;
// Compute angles closest to a step angle (multiple of angleStep)
newAngle = Math.round(newAngle / angleStep) * angleStep;
}
// Update room name new angle
this.selectedRoom.setNameAngle(newAngle);
getView().makePointVisible(x, y);
}
}
@Override
public void releaseMouse(float x, float y) {
postRoomNameRotation(this.selectedRoom, this.oldNameAngle);
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// Compute again angle as if mouse moved
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
this.selectedRoom.setNameAngle(this.oldNameAngle);
setState(getSelectionState());
}
@Override
public void exit() {
getView().setResizeIndicatorVisible(false);
this.selectedRoom = null;
}
}
/**
* Room area offset state. This state manages room area offset.
*/
private class RoomAreaOffsetState extends ControllerState {
private Room selectedRoom;
private float oldAreaXOffset;
private float oldAreaYOffset;
private float xLastMouseMove;
private float yLastMouseMove;
private boolean alignmentActivated;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public void enter() {
this.selectedRoom = (Room)home.getSelectedItems().get(0);
this.oldAreaXOffset = this.selectedRoom.getAreaXOffset();
this.oldAreaYOffset = this.selectedRoom.getAreaYOffset();
this.xLastMouseMove = getXLastMousePress();
this.yLastMouseMove = getYLastMousePress();
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
}
@Override
public void moveMouse(float x, float y) {
if (this.alignmentActivated) {
PointWithAngleMagnetism alignedPoint = new PointWithAngleMagnetism(
this.selectedRoom.getXCenter() + this.oldAreaXOffset,
this.selectedRoom.getYCenter() + this.oldAreaYOffset,
x, y, preferences.getLengthUnit(), getView().getPixelLength(), 4);
x = alignedPoint.getX();
y = alignedPoint.getY();
}
this.selectedRoom.setAreaXOffset(this.selectedRoom.getAreaXOffset() + x - this.xLastMouseMove);
this.selectedRoom.setAreaYOffset(this.selectedRoom.getAreaYOffset() + y - this.yLastMouseMove);
this.xLastMouseMove = x;
this.yLastMouseMove = y;
// Ensure point at (x,y) is visible
getView().makePointVisible(x, y);
}
@Override
public void releaseMouse(float x, float y) {
postRoomAreaOffset(this.selectedRoom, this.oldAreaXOffset, this.oldAreaYOffset);
setState(getSelectionState());
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
this.selectedRoom.setAreaXOffset(this.oldAreaXOffset);
this.selectedRoom.setAreaYOffset(this.oldAreaYOffset);
setState(getSelectionState());
}
@Override
public void exit() {
getView().setResizeIndicatorVisible(false);
this.selectedRoom = null;
}
}
/**
* Room area rotation state. This state manages the area rotation of a room.
*/
private class RoomAreaRotationState extends ControllerState {
private static final int STEP_COUNT = 24;
private Room selectedRoom;
private float oldAreaAngle;
private float angleMousePress;
private boolean magnetismEnabled;
private boolean alignmentActivated;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public void enter() {
this.selectedRoom = (Room)home.getSelectedItems().get(0);
this.angleMousePress = (float)Math.atan2(this.selectedRoom.getYCenter() + this.selectedRoom.getAreaYOffset() - getYLastMousePress(),
getXLastMousePress() - this.selectedRoom.getXCenter() - this.selectedRoom.getAreaXOffset());
this.oldAreaAngle = this.selectedRoom.getAreaAngle();
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ wasMagnetismToggledLastMousePress();
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
}
@Override
public void moveMouse(float x, float y) {
if (x != this.selectedRoom.getXCenter() + this.selectedRoom.getAreaXOffset()
|| y != this.selectedRoom.getYCenter() + this.selectedRoom.getAreaYOffset()) {
// Compute the new angle of the room area
float angleMouseMove = (float)Math.atan2(this.selectedRoom.getYCenter() + this.selectedRoom.getAreaYOffset() - y,
x - this.selectedRoom.getXCenter() - this.selectedRoom.getAreaXOffset());
float newAngle = this.oldAreaAngle - angleMouseMove + this.angleMousePress;
if (this.alignmentActivated
|| this.magnetismEnabled) {
float angleStep = 2 * (float)Math.PI / STEP_COUNT;
// Compute angles closest to a step angle (multiple of angleStep)
newAngle = Math.round(newAngle / angleStep) * angleStep;
}
// Update room area new angle
this.selectedRoom.setAreaAngle(newAngle);
getView().makePointVisible(x, y);
}
}
@Override
public void releaseMouse(float x, float y) {
postRoomAreaRotation(this.selectedRoom, this.oldAreaAngle);
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// Compute again angle as if mouse moved
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
this.selectedRoom.setAreaAngle(this.oldAreaAngle);
setState(getSelectionState());
}
@Override
public void exit() {
getView().setResizeIndicatorVisible(false);
this.selectedRoom = null;
}
}
/**
* Polyline creation state. This state manages transition to
* other modes, and initial polyline creation.
*/
private class PolylineCreationState extends AbstractModeChangeState {
@Override
public Mode getMode() {
return Mode.POLYLINE_CREATION;
}
@Override
public void enter() {
getView().setCursor(PlanView.CursorType.DRAW);
}
@Override
public void pressMouse(float x, float y, int clickCount,
boolean shiftDown, boolean duplicationActivated) {
// Change state to PolylineDrawingState
setState(getPolylineDrawingState());
}
@Override
public void setEditionActivated(boolean editionActivated) {
if (editionActivated) {
setState(getPolylineDrawingState());
PlanController.this.setEditionActivated(editionActivated);
}
}
}
/**
* Polyline modification state.
*/
private abstract class AbstractPolylineState extends ControllerState {
private String polylineSegmentLengthToolTipFeedback;
private String polylineSegmentAngleToolTipFeedback;
@Override
public void enter() {
this.polylineSegmentLengthToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "polylineSegmentLengthToolTipFeedback");
this.polylineSegmentAngleToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "polylineSegmentAngleToolTipFeedback");
}
protected String getToolTipFeedbackText(Polyline polyline, int pointIndex) {
float length = getPolylineSegmentLength(polyline, pointIndex);
int angle = getPolylineSegmentAngle(polyline, pointIndex);
return "" + String.format(this.polylineSegmentLengthToolTipFeedback,
preferences.getLengthUnit().getFormatWithUnit().format(length))
+ " oldSelection;
private boolean oldBasePlanLocked;
private boolean oldAllLevelsSelection;
private boolean magnetismEnabled;
private boolean alignmentActivated;
private boolean curvedPolyline;
private long lastPointCreationTime;
@Override
public Mode getMode() {
return Mode.POLYLINE_CREATION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void setMode(Mode mode) {
// Escape current creation and change state to matching mode
escape();
if (mode == Mode.SELECTION) {
setState(getSelectionState());
} else if (mode == Mode.PANNING) {
setState(getPanningState());
} else if (mode == Mode.WALL_CREATION) {
setState(getWallCreationState());
} else if (mode == Mode.ROOM_CREATION) {
setState(getRoomCreationState());
} else if (mode == Mode.DIMENSION_LINE_CREATION) {
setState(getDimensionLineCreationState());
} else if (mode == Mode.LABEL_CREATION) {
setState(getLabelCreationState());
}
}
@Override
public void enter() {
super.enter();
this.oldSelection = home.getSelectedItems();
this.oldBasePlanLocked = home.isBasePlanLocked();
this.oldAllLevelsSelection = home.isAllLevelsSelection();
this.newPolyline = null;
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
toggleMagnetism(wasMagnetismToggledLastMousePress());
this.xPreviousPoint = getXLastMousePress();
this.yPreviousPoint = getYLastMousePress();
setDuplicationActivated(wasDuplicationActivatedLastMousePress());
deselectAll();
}
@Override
public void moveMouse(float x, float y) {
PlanView planView = getView();
// Compute the coordinates where current edit polyline point should be moved
float xEnd = x;
float yEnd = y;
if (this.alignmentActivated
|| this.magnetismEnabled) {
PointWithAngleMagnetism pointWithAngleMagnetism = new PointWithAngleMagnetism(
this.xPreviousPoint, this.yPreviousPoint, x, y, preferences.getLengthUnit(), planView.getPixelLength());
xEnd = pointWithAngleMagnetism.getX();
yEnd = pointWithAngleMagnetism.getY();
}
// If current polyline doesn't exist
if (this.newPolyline == null) {
// Create a new one
this.newPolyline = createAndSelectPolyline(this.xPreviousPoint, this.yPreviousPoint, xEnd, yEnd);
} else if (this.newPoint != null) {
// Add a point to current polyline
float [][] points = this.newPolyline.getPoints();
this.xPreviousPoint = points [points.length - 1][0];
this.yPreviousPoint = points [points.length - 1][1];
this.newPolyline.addPoint(xEnd, yEnd);
this.newPoint [0] = xEnd;
this.newPoint [1] = yEnd;
this.newPoint = null;
} else {
// Otherwise update its last point
this.newPolyline.setPoint(xEnd, yEnd, this.newPolyline.getPointCount() - 1);
}
planView.setAlignmentFeedback(Polyline.class, null, x, y, false);
planView.setToolTipFeedback(
getToolTipFeedbackText(this.newPolyline, this.newPolyline.getPointCount() - 1), x, y);
if (this.newPolyline.getJoinStyle() != Polyline.JoinStyle.CURVED) {
showPolylineAngleFeedback(this.newPolyline, this.newPolyline.getPointCount() - 1);
}
// Ensure point at (x,y) is visible
planView.makePointVisible(x, y);
}
/**
* Returns a new polyline instance with one segment between (xStart,
* yStart) and (xEnd, yEnd) points.
* The new polyline is added to home and selected
*/
private Polyline createAndSelectPolyline(float xStart, float yStart,
float xEnd, float yEnd) {
Polyline newPolyline = createPolyline(new float [][] {{xStart, yStart}, {xEnd, yEnd}});
if (this.curvedPolyline) {
newPolyline.setJoinStyle(Polyline.JoinStyle.CURVED);
}
selectItems(Arrays.asList(new Selectable [] {newPolyline}));
return newPolyline;
}
@Override
public void pressMouse(float x, float y, int clickCount,
boolean shiftDown, boolean duplicationActivated) {
if (clickCount == 2) {
if (this.newPolyline != null) {
int pointIndex = this.newPolyline.getPointIndexAt(x, y, PIXEL_MARGIN / getScale());
if (pointIndex == 0) {
this.newPolyline.removePoint(this.newPolyline.getPointCount() - 1);
this.newPolyline.setClosedPath(true);
}
validateDrawnPolyline();
} else {
setState(getPolylineCreationState());
}
} else {
endPolylineSegment();
}
}
private void validateDrawnPolyline() {
if (this.newPolyline != null) {
float [][] points = this.newPolyline.getPoints();
if (points.length < 2) {
// Delete current created polyline if it doesn't have more than 2 clicked points
home.deletePolyline(this.newPolyline);
} else {
// Post polyline creation to undo support
postCreatePolylines(Arrays.asList(new Polyline [] {this.newPolyline}),
this.oldSelection, this.oldBasePlanLocked, this.oldAllLevelsSelection);
}
}
// Change state to PolylineCreationState
setState(getPolylineCreationState());
}
private void endPolylineSegment() {
// Create a new polyline segment only when its length is greater than zero
if (this.newPolyline != null
&& getPolylineSegmentLength(this.newPolyline, this.newPolyline.getPointCount() - 1) > 0) {
this.newPoint = new float [2];
if (this.newPolyline.getPointCount() <= 2
&& this.curvedPolyline
&& newPolyline.getJoinStyle() != Polyline.JoinStyle.CURVED) {
// Give a second chance to create a curved polyline
newPolyline.setJoinStyle(Polyline.JoinStyle.CURVED);
}
}
}
@Override
public void setEditionActivated(boolean editionActivated) {
PlanView planView = getView();
if (editionActivated) {
planView.deleteFeedback();
if (this.newPolyline == null) {
// Edit xStart and yStart
planView.setToolTipEditedProperties(new EditableProperty [] {EditableProperty.X,
EditableProperty.Y},
new Object [] {this.xPreviousPoint, this.yPreviousPoint},
this.xPreviousPoint, this.yPreviousPoint);
} else {
if (this.newPoint != null) {
// May happen if edition is activated after the user clicked to add a new point
createNextSegment();
}
// Edit length and angle
float [][] points = this.newPolyline.getPoints();
planView.setToolTipEditedProperties(new EditableProperty [] {EditableProperty.LENGTH,
EditableProperty.ANGLE},
new Object [] {getPolylineSegmentLength(this.newPolyline, points.length - 1),
getPolylineSegmentAngle(this.newPolyline, points.length - 1)},
points [points.length - 1][0], points [points.length - 1][1]);
}
} else {
if (this.newPolyline == null) {
// Create a new segment once user entered the start point of the polyline
LengthUnit lengthUnit = preferences.getLengthUnit();
float defaultLength = lengthUnit == LengthUnit.INCH || lengthUnit == LengthUnit.INCH_DECIMALS
? LengthUnit.footToCentimeter(10) : 300;
this.newPolyline = createAndSelectPolyline(this.xPreviousPoint, this.yPreviousPoint,
this.xPreviousPoint + defaultLength, this.yPreviousPoint);
// Activate automatically second step to let user enter the
// length and angle of the new segment
planView.deleteFeedback();
setEditionActivated(true);
} else if (System.currentTimeMillis() - this.lastPointCreationTime < 300) {
// If the user deactivated edition less than 300 ms after activation,
// escape current segment creation
escape();
} else {
endPolylineSegment();
float [][] points = this.newPolyline.getPoints();
// If last edited point matches first point validate drawn polyline
if (points.length > 2
&& this.newPolyline.getPointIndexAt(points [points.length - 1][0], points [points.length - 1][1], 0.001f) == 0) {
// Remove last currently edited point and close path
this.newPolyline.removePoint(this.newPolyline.getPointCount() - 1);
this.newPolyline.setClosedPath(true);
validateDrawnPolyline();
return;
}
createNextSegment();
// Reactivate automatically second step
planView.deleteToolTipFeedback();
setEditionActivated(true);
}
}
}
private void createNextSegment() {
// Add a point to current polyline
float [][] points = this.newPolyline.getPoints();
this.xPreviousPoint = points [points.length - 1][0];
this.yPreviousPoint = points [points.length - 1][1];
// Create a new segment with an angle equal to previous segment angle - 90?
double previousSegmentAngle = Math.PI - Math.atan2(points [points.length - 2][1] - points [points.length - 1][1],
points [points.length - 2][0] - points [points.length - 1][0]);
previousSegmentAngle -= Math.PI / 2;
float previousSegmentLength = getPolylineSegmentLength(this.newPolyline, points.length - 1);
this.newPolyline.addPoint(
(float)(this.xPreviousPoint + previousSegmentLength * Math.cos(previousSegmentAngle)),
(float)(this.yPreviousPoint - previousSegmentLength * Math.sin(previousSegmentAngle)));
this.newPoint = null;
this.lastPointCreationTime = System.currentTimeMillis();
}
@Override
public void updateEditableProperty(EditableProperty editableProperty, Object value) {
PlanView planView = getView();
if (this.newPolyline == null) {
// Update start point of the first wall
switch (editableProperty) {
case X :
this.xPreviousPoint = value != null ? ((Number)value).floatValue() : 0;
this.xPreviousPoint = Math.max(-100000f, Math.min(this.xPreviousPoint, 100000f));
break;
case Y :
this.yPreviousPoint = value != null ? ((Number)value).floatValue() : 0;
this.yPreviousPoint = Math.max(-100000f, Math.min(this.yPreviousPoint, 100000f));
break;
}
planView.setAlignmentFeedback(Polyline.class, null, this.xPreviousPoint, this.yPreviousPoint, true);
planView.makePointVisible(this.xPreviousPoint, this.yPreviousPoint);
} else {
float [][] points = this.newPolyline.getPoints();
float [] previousPoint = points [points.length - 2];
float [] point = points [points.length - 1];
float newX;
float newY;
// Update end point of the current polyline
switch (editableProperty) {
case LENGTH :
float length = value != null ? ((Number)value).floatValue() : 0;
length = Math.max(0.001f, Math.min(length, preferences.getLengthUnit().getMaximumLength()));
double segmentAngle = Math.PI - Math.atan2(previousPoint [1] - point [1],
previousPoint [0] - point [0]);
newX = (float)(previousPoint [0] + length * Math.cos(segmentAngle));
newY = (float)(previousPoint [1] - length * Math.sin(segmentAngle));
break;
case ANGLE :
segmentAngle = Math.toRadians(value != null ? ((Number)value).floatValue() : 0);
if (points.length > 2) {
segmentAngle -= Math.atan2(points [points.length - 3][1] - previousPoint [1],
points [points.length - 3][0] - previousPoint [0]);
}
float segmentLength = getPolylineSegmentLength(this.newPolyline, points.length - 1);
newX = (float)(previousPoint [0] + segmentLength * Math.cos(segmentAngle));
newY = (float)(previousPoint [1] - segmentLength * Math.sin(segmentAngle));
break;
default :
return;
}
this.newPolyline.setPoint(newX, newY, points.length - 1);
if (this.newPolyline.getJoinStyle() != Polyline.JoinStyle.CURVED) {
showPolylineAngleFeedback(this.newPolyline, points.length - 1);
}
planView.setAlignmentFeedback(Polyline.class, null, newX, newY, false);
// Ensure polyline segment points are visible
planView.makePointVisible(points [points.length - 2][0], points [points.length - 2][1]);
planView.makePointVisible(points [points.length - 1][0], points [points.length - 1][1]);
}
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
if (this.newPolyline != null) {
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void setDuplicationActivated(boolean duplicationActivated) {
// Reuse duplication activation for curved polyline creation
this.curvedPolyline = duplicationActivated;
}
@Override
public void escape() {
if (this.newPolyline != null
&& this.newPoint == null) {
// Remove last currently edited point.
this.newPolyline.removePoint(this.newPolyline.getPointCount() - 1);
}
validateDrawnPolyline();
}
@Override
public void exit() {
getView().deleteFeedback();
this.newPolyline = null;
this.newPoint = null;
this.oldSelection = null;
}
}
/**
* Polyline resize state. This state manages polyline resizing.
*/
private class PolylineResizeState extends AbstractPolylineState {
private Collection polylines;
private Polyline selectedPolyline;
private int polylinePointIndex;
private float oldX;
private float oldY;
private float deltaXToResizePoint;
private float deltaYToResizePoint;
private boolean magnetismEnabled;
private boolean alignmentActivated;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void enter() {
super.enter();
this.selectedPolyline = (Polyline)home.getSelectedItems().get(0);
this.polylines = new ArrayList(home.getPolylines());
this.polylines.remove(this.selectedPolyline);
float margin = PIXEL_MARGIN / getScale();
this.polylinePointIndex = this.selectedPolyline.getPointIndexAt(
getXLastMousePress(), getYLastMousePress(), margin);
float [][] polylinePoints = this.selectedPolyline.getPoints();
this.oldX = polylinePoints [this.polylinePointIndex][0];
this.oldY = polylinePoints [this.polylinePointIndex][1];
this.deltaXToResizePoint = getXLastMousePress() - this.oldX;
this.deltaYToResizePoint = getYLastMousePress() - this.oldY;
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
toggleMagnetism(wasMagnetismToggledLastMousePress());
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
String toolTipFeedbackText = getToolTipFeedbackText(this.selectedPolyline, this.polylinePointIndex);
if (toolTipFeedbackText != null) {
planView.setToolTipFeedback(toolTipFeedbackText, getXLastMousePress(), getYLastMousePress());
if (this.selectedPolyline.getJoinStyle() != Polyline.JoinStyle.CURVED) {
showPolylineAngleFeedback(this.selectedPolyline, this.polylinePointIndex);
}
}
}
@Override
public void moveMouse(float x, float y) {
PlanView planView = getView();
float newX = x - this.deltaXToResizePoint;
float newY = y - this.deltaYToResizePoint;
if (this.alignmentActivated
|| this.magnetismEnabled) {
float [][] polylinePoints = this.selectedPolyline.getPoints();
int previousPointIndex = this.polylinePointIndex == 0
? (this.selectedPolyline.isClosedPath()
? polylinePoints.length - 1
: 1)
: this.polylinePointIndex - 1;
float xPreviousPoint = polylinePoints [previousPointIndex][0];
float yPreviousPoint = polylinePoints [previousPointIndex][1];
PointWithAngleMagnetism pointWithAngleMagnetism = new PointWithAngleMagnetism(
xPreviousPoint, yPreviousPoint, newX, newY, preferences.getLengthUnit(), planView.getPixelLength());
newX = pointWithAngleMagnetism.getX();
newY = pointWithAngleMagnetism.getY();
}
this.selectedPolyline.setPoint(newX, newY, this.polylinePointIndex);
planView.setToolTipFeedback(getToolTipFeedbackText(this.selectedPolyline, this.polylinePointIndex), x, y);
if (this.selectedPolyline.getJoinStyle() != Polyline.JoinStyle.CURVED) {
showPolylineAngleFeedback(this.selectedPolyline, this.polylinePointIndex);
}
// Ensure point at (x,y) is visible
planView.makePointVisible(x, y);
}
@Override
public void releaseMouse(float x, float y) {
postPolylineResize(this.selectedPolyline, this.oldX, this.oldY, this.polylinePointIndex);
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
this.selectedPolyline.setPoint(this.oldX, this.oldY, this.polylinePointIndex);
setState(getSelectionState());
}
@Override
public void exit() {
PlanView planView = getView();
planView.setResizeIndicatorVisible(false);
planView.deleteFeedback();
this.selectedPolyline = null;
}
}
/**
* Label creation state. This state manages transition to
* other modes, and initial label creation.
*/
private class LabelCreationState extends AbstractModeChangeState {
@Override
public Mode getMode() {
return Mode.LABEL_CREATION;
}
@Override
public void enter() {
getView().setCursor(PlanView.CursorType.DRAW);
}
@Override
public void pressMouse(float x, float y, int clickCount,
boolean shiftDown, boolean duplicationActivated) {
createLabel(x, y);
}
}
/**
* Label rotation state. This state manages the rotation of a label.
*/
private class LabelRotationState extends ControllerState {
private static final int STEP_COUNT = 24;
private Label selectedLabel;
private float oldAngle;
private float angleMousePress;
private boolean magnetismEnabled;
private boolean alignmentActivated;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void enter() {
this.selectedLabel = (Label)home.getSelectedItems().get(0);
this.angleMousePress = (float)Math.atan2(this.selectedLabel.getY() - getYLastMousePress(),
getXLastMousePress() - this.selectedLabel.getX());
this.oldAngle = this.selectedLabel.getAngle();
this.alignmentActivated = wasAlignmentActivatedLastMousePress();
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ wasMagnetismToggledLastMousePress();
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
}
@Override
public void moveMouse(float x, float y) {
if (x != this.selectedLabel.getX() || y != this.selectedLabel.getY()) {
// Compute the new angle of the label text
float angleMouseMove = (float)Math.atan2(this.selectedLabel.getY() - y,
x - this.selectedLabel.getX());
float newAngle = this.oldAngle - angleMouseMove + this.angleMousePress;
if (this.alignmentActivated
||this.magnetismEnabled) {
float angleStep = 2 * (float)Math.PI / STEP_COUNT;
// Compute angles closest to a step angle (multiple of angleStep)
newAngle = Math.round(newAngle / angleStep) * angleStep;
}
// Update label text new angle
this.selectedLabel.setAngle(newAngle);
getView().makePointVisible(x, y);
}
}
@Override
public void releaseMouse(float x, float y) {
postLabelRotation(this.selectedLabel, this.oldAngle);
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// Compute again angle as if mouse moved
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void setAlignmentActivated(boolean alignmentActivated) {
this.alignmentActivated = alignmentActivated;
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
this.selectedLabel.setAngle(this.oldAngle);
setState(getSelectionState());
}
@Override
public void exit() {
getView().setResizeIndicatorVisible(false);
this.selectedLabel = null;
}
}
/**
* Label elevation state. This states manages the elevation change of a label.
*/
private class LabelElevationState extends ControllerState {
private boolean magnetismEnabled;
private float deltaYToElevationPoint;
private Label selectedLabel;
private float oldElevation;
private String elevationToolTipFeedback;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void enter() {
this.elevationToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "elevationToolTipFeedback");
this.selectedLabel = (Label)home.getSelectedItems().get(0);
TextStyle textStyle = getItemTextStyle(this.selectedLabel, this.selectedLabel.getStyle());
float [][] textBounds = getView().getTextBounds(this.selectedLabel.getText(), textStyle,
this.selectedLabel.getX(), this.selectedLabel.getY(), this.selectedLabel.getAngle());
this.deltaYToElevationPoint = getYLastMousePress() - (textBounds [2][1] + textBounds [3][1]) / 2;
this.oldElevation = this.selectedLabel.getElevation();
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ wasMagnetismToggledLastMousePress();
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
planView.setToolTipFeedback(getToolTipFeedbackText(this.oldElevation),
getXLastMousePress(), getYLastMousePress());
}
@Override
public void moveMouse(float x, float y) {
// Compute the new elevation of the piece
PlanView planView = getView();
TextStyle textStyle = getItemTextStyle(this.selectedLabel, this.selectedLabel.getStyle());
float [][] textBounds = getView().getTextBounds(this.selectedLabel.getText(), textStyle,
this.selectedLabel.getX(), this.selectedLabel.getY(), this.selectedLabel.getAngle());
float deltaY = y - this.deltaYToElevationPoint - (textBounds [2][1] + textBounds [3][1]) / 2;
float newElevation = this.oldElevation - deltaY;
newElevation = Math.min(Math.max(newElevation, 0f), preferences.getLengthUnit().getMaximumElevation());
if (this.magnetismEnabled) {
newElevation = preferences.getLengthUnit().getMagnetizedLength(newElevation, planView.getPixelLength());
}
// Update piece new dimension
this.selectedLabel.setElevation(newElevation);
// Ensure point at (x,y) is visible
planView.makePointVisible(x, y);
planView.setToolTipFeedback(getToolTipFeedbackText(newElevation), x, y);
}
@Override
public void releaseMouse(float x, float y) {
postLabelElevation(this.selectedLabel, this.oldElevation);
setState(getSelectionState());
}
@Override
public void toggleMagnetism(boolean magnetismToggled) {
// Compute active magnetism
this.magnetismEnabled = preferences.isMagnetismEnabled()
^ magnetismToggled;
// Compute again angle as if mouse moved
moveMouse(getXLastMouseMove(), getYLastMouseMove());
}
@Override
public void escape() {
this.selectedLabel.setElevation(this.oldElevation);
setState(getSelectionState());
}
@Override
public void exit() {
PlanView planView = getView();
planView.setResizeIndicatorVisible(false);
planView.deleteFeedback();
this.selectedLabel = null;
}
private String getToolTipFeedbackText(float height) {
return String.format(this.elevationToolTipFeedback,
preferences.getLengthUnit().getFormatWithUnit().format(height));
}
}
/**
* Compass rotation state. This states manages the rotation of the compass.
*/
private class CompassRotationState extends ControllerState {
private Compass selectedCompass;
private float angleMousePress;
private float oldNorthDirection;
private String rotationToolTipFeedback;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void enter() {
this.rotationToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "rotationToolTipFeedback");
this.selectedCompass = (Compass)home.getSelectedItems().get(0);
this.angleMousePress = (float)Math.atan2(this.selectedCompass.getY() - getYLastMousePress(),
getXLastMousePress() - this.selectedCompass.getX());
this.oldNorthDirection = this.selectedCompass.getNorthDirection();
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
planView.setToolTipFeedback(getToolTipFeedbackText(this.oldNorthDirection),
getXLastMousePress(), getYLastMousePress());
}
@Override
public void moveMouse(float x, float y) {
if (x != this.selectedCompass.getX() || y != this.selectedCompass.getY()) {
// Compute the new north direction of the compass
float angleMouseMove = (float)Math.atan2(this.selectedCompass.getY() - y,
x - this.selectedCompass.getX());
float newNorthDirection = this.oldNorthDirection - angleMouseMove + this.angleMousePress;
float angleStep = (float)Math.PI / 180;
// Compute angles closest to a degree with a value between 0 and 2 PI
newNorthDirection = Math.round(newNorthDirection / angleStep) * angleStep;
newNorthDirection = (float)((newNorthDirection + 2 * Math.PI) % (2 * Math.PI));
// Update compass new north direction
this.selectedCompass.setNorthDirection(newNorthDirection);
// Ensure point at (x,y) is visible
PlanView planView = getView();
planView.makePointVisible(x, y);
planView.setToolTipFeedback(getToolTipFeedbackText(newNorthDirection), x, y);
}
}
@Override
public void releaseMouse(float x, float y) {
postCompassRotation(this.selectedCompass, this.oldNorthDirection);
setState(getSelectionState());
}
@Override
public void escape() {
this.selectedCompass.setNorthDirection(this.oldNorthDirection);
setState(getSelectionState());
}
@Override
public void exit() {
PlanView planView = getView();
planView.setResizeIndicatorVisible(false);
planView.deleteFeedback();
this.selectedCompass = null;
}
private String getToolTipFeedbackText(float angle) {
return String.format(this.rotationToolTipFeedback, Math.round(Math.toDegrees(angle)));
}
}
/**
* Compass resize state. This states manages the resizing of the compass.
*/
private class CompassResizeState extends ControllerState {
private Compass selectedCompass;
private float oldDiameter;
private float deltaXToResizePoint;
private float deltaYToResizePoint;
private String resizeToolTipFeedback;
@Override
public Mode getMode() {
return Mode.SELECTION;
}
@Override
public boolean isModificationState() {
return true;
}
@Override
public boolean isBasePlanModificationState() {
return true;
}
@Override
public void enter() {
this.resizeToolTipFeedback = preferences.getLocalizedString(
PlanController.class, "diameterToolTipFeedback");
this.selectedCompass = (Compass)home.getSelectedItems().get(0);
float [][] compassPoints = this.selectedCompass.getPoints();
float xMiddleSecondAndThirdPoint = (compassPoints [1][0] + compassPoints [2][0]) / 2;
float yMiddleSecondAndThirdPoint = (compassPoints [1][1] + compassPoints [2][1]) / 2;
this.deltaXToResizePoint = getXLastMousePress() - xMiddleSecondAndThirdPoint;
this.deltaYToResizePoint = getYLastMousePress() - yMiddleSecondAndThirdPoint;
this.oldDiameter = this.selectedCompass.getDiameter();
PlanView planView = getView();
planView.setResizeIndicatorVisible(true);
planView.setToolTipFeedback(getToolTipFeedbackText(this.oldDiameter),
getXLastMousePress(), getYLastMousePress());
}
@Override
public void moveMouse(float x, float y) {
// Compute the new diameter of the compass
PlanView planView = getView();
float newDiameter = (float)Point2D.distance(this.selectedCompass.getX(), this.selectedCompass.getY(),
x - this.deltaXToResizePoint, y - this.deltaYToResizePoint) * 2;
newDiameter = preferences.getLengthUnit().getMagnetizedLength(newDiameter, planView.getPixelLength());
newDiameter = Math.min(Math.max(newDiameter, preferences.getLengthUnit().getMinimumLength()),
preferences.getLengthUnit().getMaximumLength() / 10);
// Update piece size
this.selectedCompass.setDiameter(newDiameter);
// Ensure point at (x,y) is visible
planView.makePointVisible(x, y);
planView.setToolTipFeedback(getToolTipFeedbackText(newDiameter), x, y);
}
@Override
public void releaseMouse(float x, float y) {
postCompassResize(this.selectedCompass, this.oldDiameter);
setState(getSelectionState());
}
@Override
public void escape() {
this.selectedCompass.setDiameter(this.oldDiameter);
setState(getSelectionState());
}
@Override
public void exit() {
PlanView planView = getView();
planView.setResizeIndicatorVisible(false);
planView.deleteFeedback();
this.selectedCompass = null;
}
private String getToolTipFeedbackText(float diameter) {
return String.format(this.resizeToolTipFeedback,
preferences.getLengthUnit().getFormatWithUnit().format(diameter));
}
}
}
