| gvSIG desktop 1

package com.iver.cit.gvsig.gui.cad;

import java.awt.Color;

import java.awt.Cursor;

import java.awt.Graphics;

import java.awt.Image;

import java.awt.Point;

import java.awt.Toolkit;

import java.awt.event.InputEvent;

import java.awt.event.MouseEvent;

import java.awt.event.MouseWheelEvent;

import java.awt.geom.Point2D;

import java.awt.image.BufferedImage;

import java.awt.image.MemoryImageSource;

import java.util.HashMap;

import java.util.Stack;

import java.util.prefs.Preferences;

import org.cresques.cts.IProjection;

import org.gvsig.fmap.dal.exception.DataException;

import org.gvsig.fmap.dal.exception.ReadException;

import org.gvsig.fmap.dal.feature.DisposableIterator;

import org.gvsig.fmap.dal.feature.Feature;

import org.gvsig.fmap.dal.feature.FeatureSet;

import org.gvsig.fmap.dal.feature.FeatureStore;

import org.gvsig.fmap.dal.feature.exception.NeedEditingModeException;

import org.gvsig.fmap.geom.Geometry;

import org.gvsig.fmap.geom.util.Converter;

import org.gvsig.fmap.geom.util.UtilFunctions;

import org.gvsig.fmap.mapcontext.MapContext;

import org.gvsig.fmap.mapcontext.ViewPort;

import org.gvsig.fmap.mapcontext.layers.vectorial.FLyrVect;

import org.gvsig.fmap.mapcontext.rendering.symbols.ISymbol;

import org.gvsig.fmap.mapcontext.rendering.symbols.SymbologyFactory;

import org.gvsig.fmap.mapcontrol.MapControl;

import org.gvsig.fmap.mapcontrol.tools.BehaviorException;

import org.gvsig.fmap.mapcontrol.tools.Behavior.Behavior;

import org.gvsig.fmap.mapcontrol.tools.Listeners.ToolListener;

import com.iver.andami.PluginServices;

import com.iver.andami.messages.NotificationManager;

import com.iver.andami.ui.mdiFrame.MainFrame;

import com.iver.andami.ui.mdiManager.IWindow;

import com.iver.cit.gvsig.CADExtension;

import com.iver.cit.gvsig.EditionManager;

import com.iver.cit.gvsig.gui.cad.tools.SelectionCADTool;

import com.iver.cit.gvsig.layers.ILayerEdited;

import com.iver.cit.gvsig.layers.VectorialLayerEdited;

import com.iver.cit.gvsig.project.documents.view.gui.View;

import com.iver.cit.gvsig.project.documents.view.toolListeners.StatusBarListener;

import com.iver.utiles.console.JConsole;

/**

 * <p>

 * Allows user interact with different CAD tools, on a layer being edited.

 * </p>

 *

 * <p>

 * There are two ways of interacting:

 * <ul>

 * <li><b>With the mouse</b> : user selects any {@link CADTool CADTool} that

 * produces mouse events as consequence of the actions working with the layer

 * being edited. </li>

 * <li><b>Writing commands in the edition console</b> : most of the

 * {@link CADTool CADTool} mouse actions can also be called writing a command or

 * a command's parameter in the associated edition console, and pressing the key

 * <code>Enter</code>. If the command isn't valid, will notify it. </li>

 * </ul>

 * </p>

 *

 * <p>

 * The edition has been implemented as a <i>finite machine</i>, with three kind

 * of transitions between states according the parameters introduced:

 * <ul>

 * <li><i>First transition type: <b>Point</i></b>: if <code>text</code>

 * matches with any pattern of parameters needed for any kind of point

 * coordinates.<br>

 * There are eight ways of introducing point 2D coordinates:

 * <ul>

 * <li><i>X,Y</i> : absolute cardinal 2D coordinate from the center <i>(0,0)</i>

 * of the CCS <i>Current Coordinate System</i>.</li>

 * <li><i>@X,Y</i> : relative cardinal 2D distances from the last point added

 * of the CCS. If it's the first point of the geometry, works like <i>X,Y</i>.</li>

 * <li><i>length< angle</i> : absolute polar 2D coordinate from the center

 * <i>(0,0)</i> of the CCS <i>Current Coordinate System</i>, using <i>angle</i>

 * from the <i>X</i> axis of CCS, and <i>length</i> far away.</li>

 * <li><i>@length< angle</i> : relative polar 2D coordinate from the last

 * point added of the CCS <i>Current Coordinate System</i>, using <i>angle</i>

 * from the <i>X</i> axis of CCS, and <i>length</i> far away. If it's the

 * first point of the geometry, works like <i>length< angle</i>.</li>

 * <li><i>*X,Y</i> : like <i>X,Y</i> but using UCS <i>Universal Coordinate

 * System</i> as reference.</li>

 * <li><i>@*X,Y</i> : like <i>@X,Y</i> but using UCS <i>Universal Coordinate

 * System</i> as reference. If it's the first point of the geometry, works like

 * <i>*X,Y</i>.</li>

 * <li><i>*length< angle</i> : like <i>length< angle</i> but using UCS

 * <i>Universal Coordinate System</i> as reference.</li>

 * <li><i>@*length< angle</i> : like <i>@length< angle</i> but using UCS

 * <i>Universal Coordinate System</i> as reference. If it's the first point of

 * the geometry, works like <i>*length< angle</i>.</li>

 * </ul>

 * </li>

 * <li><i>Second transition type: <b>Value</i></b>: if recognizes it as a

 * single number.</li>

 * <li><i>Third transition type: <b>Option</i></b>: by default, if can't

 * classify the information as a single number neither as a point. This

 * information will be an <code>String</code> and dealt as an option of the

 * current tool state. Ultimately, if isn't valid, <code>text</code> will be

 * rewritten in the console notifying the user that isn't correct.</li>

 * </ul>

 * </p>

 *

 * @see Behavior

 * @see MapControl

 */

public class CADToolAdapter extends Behavior {

        /**

         * Stores the CAD tools to edit the layers of the associated

         * <code>MapControl</code>.

         *

         * @see #addCADTool(String, CADTool)

         * @see #getCadTool()

         * @see #getCADTool(String)

         */

        private static HashMap namesCadTools = new HashMap();

        /**

         * Reference to the object used to manage the edition of the layers of the

         * associated <code>MapControl</code>.

         *

         * @see EditionManager

         * @see #getEditionManager()

         */

        private EditionManager editionManager = new EditionManager();

        /**

         * Identifies that the data are absolute coordinates of the new point from

         * the (0, 0) position.

         */

        public static final int ABSOLUTE = 0;

        /**

         * Equivalent to {@link CADToolAdapter#ABSOLUTE CADToolAdapter#ABSOLUTE}.

         */

        public static final int RELATIVE_SCP = 1;

        /**

         * Identifies that the data are relative distances of the new point from the

         * previous introduced.

         */

        public static final int RELATIVE_SCU = 2;

        /**

         * Identifies that the data are relative polar distances (longitude of the

         * line and angle given in degrees) of the new point from the previous

         * introduced.

         */

        public static final int POLAR_SCP = 3;

        /**

         * Identifies that the data are relative polar distances (longitude of the

         * line and angle given in radians) of the new point from the previous

         * introduced.

         */

        public static final int POLAR_SCU = 4;

        /**

         * Stores the 2D map coordinates of the last point added.

         */

        private double[] previousPoint = null;

        /**

         * <i>Stack with CAD tools.</i>

         *

         * <i>For each CAD tool we use, the last item added in this stack will

         * display a different icon according to the current operation and its

         * status.</i>

         */

        private Stack cadToolStack = new Stack();

        /**

         * X coordinate of the last dragging or moving mouse event.

         */

        private int lastX;

        /**

         * Y coordinate of the last dragging or moving mouse event.

         */

        private int lastY;

        /**

         * Unused attribute.

         */

        private ISymbol symbol = SymbologyFactory.createDefaultSymbolByShapeType(

                        Geometry.TYPES.POINT, Color.RED);

        /**

         * Represents the cursor's point selected in <i>map coordinates</i>.

         *

         * @see MapControl#toMapPoint

         */

        private Point2D mapAdjustedPoint;

        /**

         * Kind of geometry drawn to identify the kind of control point selected by

         * the cursor's mouse.

         */

        // private ISnapper usedSnap = null;

        /**

         * Determines if has displayed at the edition console, the question for the

         * operations that can do the user with the current CAD tool, in its current

         * state.

         */

        private boolean questionAsked = false;

        /**

         * Represents the cursor's point selected in <i>screen coordinates</i>.

         *

         * @see ViewPort#fromMapPoint(Point2D)

         */

        private Point2D adjustedPoint;

        /**

         * Determines if the snap tools are enabled or disabled.

         *

         * @see #isRefentEnabled()

         * @see #setRefentEnabled(boolean)

         */

        // private boolean bRefent = true;

        /**

         * <p>

         * Determines if the position of the snap of the mouse's cursor on the

         * <code>MapControl</code> is within the area around a control point of a

         * geometry.

         * </p>

         *

         * <p>

         * The area is calculated as a circle centered at the control point and with

         * radius the pixels tolerance defined in the preferences.

         * </p>

         */

        // private boolean bForceCoord = false;

        /**

         * Optional grid that could be applied on the <code>MapControl</code>'s

         * view port.

         *

         * @see #getGrid()

         * @see #setAdjustGrid(boolean)

         */

        // private CADGrid cadgrid = new CADGrid();

        /**

         * Determines is is enabled or not the <i>Orto</i> mode.

         */

        private boolean bOrtoMode;

        /**

         * A light yellow color for the tool tip text box associated to the point

         * indicated by the mouse's cursor.

         */

        private Color theTipColor = new Color(255, 255, 155);

        /**

         * Last question asked to the user in the CAD console.

         */

        private Object lastQuestion;

        /**

         * Maximum tolerance in the approximation of a curved line by a polyline.

         *

         * @see #initializeFlatness()

         */

        private static boolean flatnessInitialized = false;

        /**

         * Edition preferences.

         */

        private static Preferences prefs = Preferences.userRoot().node(

                        "cadtooladapter");

        /**

         * Listener to display the coordinates in the current application's status

         * bar.

         */

        private StatusBarListener sbl = null;

        /*

         * (non-Javadoc)

         *

         * @see com.iver.cit.gvsig.fmap.tools.Behavior.Behavior#setMapControl(com.iver.cit.gvsig.fmap.MapControl)

         */

        public void setMapControl(MapControl mc) {

                super.setMapControl(mc);

                sbl = new StatusBarListener(getMapControl());

        }

        private static final Image imageCursor = new BufferedImage(32, 32,

                        BufferedImage.TYPE_INT_ARGB);

        static {

                Graphics g = imageCursor.getGraphics();

                int size1 = 15;

                int size2 = 3;

                int x = 16;

                int y = 16;

                g.setColor(Color.MAGENTA);

                g.drawLine((x - size1), (y), (x + size1), (y));

                g.drawLine((x), (y - size1), (x), (y + size1));

                // g.setColor(Color.MAGENTA);

                g.drawRect((x - 6), (y - 6), 12, 12);

                g.drawRect((x - 3), (y - 3), 6, 6);

                // // getMapControl().setToolTipText(null);

                // if (adjustedPoint != null) {

                // if (bForceCoord) {

                // /* g.setColor(Color.ORANGE);

                // g.drawRect((int) (adjustedPoint.getX() - 6),

                // (int) (adjustedPoint.getY() - 6), 12, 12);

                // g.drawRect((int) (adjustedPoint.getX() - 3),

                // (int) (adjustedPoint.getY() - 3), 6, 6);

                // g.setColor(Color.MAGENTA);

                // g.drawRect((int) (adjustedPoint.getX() - 4),

                // (int) (adjustedPoint.getY() - 4), 8, 8); */

                // if (usedSnap != null)

                // {

                // usedSnap.draw(g, adjustedPoint);

                //

                // Graphics2D g2 = (Graphics2D) g;

                // FontMetrics metrics = g2.getFontMetrics();

                // int w = metrics.stringWidth(usedSnap.getToolTipText()) + 5;

                // int h = metrics.getMaxAscent() + 5;

                // int x = (int)p.getX()+9;

                // int y = (int)p.getY()- 7;

                //

                // g2.setColor(theTipColor );

                // g2.fillRect(x, y-h, w, h);

                // g2.setColor(Color.BLACK);

                // g2.drawRect(x, y-h, w, h);

                // g2.drawString(usedSnap.getToolTipText(), x+3, y-3);

                //

                //

                // // getMapControl().setToolTipText(usedSnap.getToolTipText());

                // }

                //

                // bForceCoord = false;

                // } else {

                // g.drawRect((int) (p.getX() - size2), (int) (p.getY() - size2),

                // (int) (size2 * 2), (int) (size2 * 2));

                // }

                // }

        }

        /**

         * <p>

         * Draws the selected geometries to edit. And, if the <i>snapping</i> is

         * enabled, draws also its effect over them.

         * </p>

         *

         * @see com.iver.cit.gvsig.fmap.tools.Behavior.Behavior#paintComponent(java.awt.Graphics)

         */

        public void paintComponent(Graphics g) {

                super.paintComponent(g);

                if (CADExtension.getCADToolAdapter() != this) {

                        return;

                }

                if (adjustedPoint != null) {

                        Point2D p = null;

                        if (mapAdjustedPoint != null) {

                                p = mapAdjustedPoint;

                        } else {

                                p = getMapControl().getViewPort().toMapPoint(adjustedPoint);

                        }

                        ((CADTool) cadToolStack.peek())

                                        .drawOperation(g, p.getX(), p.getY());

                }

                // drawCursor(g);

                // getGrid().drawGrid(g);

        }

        /**

         * <p>

         * Responds two kind of mouse click events:

         * <ul>

         * <li><b><i>One click of the third mouse's button</i></b>: displays a

         * popup with edition options.</li>

         * <li><b><i>Two clicks of the first mouse's button</i></b>: ends the

         * last cad tool setting as end transition point the event's one.</li>

         * </ul>

         * </p>

         *

         *

         * @see com.iver.cit.gvsig.fmap.tools.Behavior.Behavior#mouseClicked(java.awt.event.MouseEvent)

         * @see CADExtension#showPopup(MouseEvent)

         */

        public void mouseClicked(MouseEvent e) throws BehaviorException {

                if (e.getButton() == MouseEvent.BUTTON3) {

                        CADExtension.showPopup(e);

                } else if (e.getButton() == MouseEvent.BUTTON1

                                && e.getClickCount() == 2) {

                        questionAsked = true;

                        if (!cadToolStack.isEmpty()) {

                                CADTool ct = (CADTool) cadToolStack.peek();

                                ViewPort vp = getMapControl().getMapContext().getViewPort();

                                Point2D p;

                                if (mapAdjustedPoint != null) {

                                        p = mapAdjustedPoint;

                                } else {

                                        p = vp.toMapPoint(adjustedPoint);

                                }

                                ct.endTransition(p.getX(), p.getY(), e);

                                previousPoint = new double[] { p.getX(), p.getY() };

                        }

                }

        }

        /*

         * (non-Javadoc)

         *

         * @see com.iver.cit.gvsig.fmap.tools.Behavior.Behavior#mouseEntered(java.awt.event.MouseEvent)

         */

        public void mouseEntered(MouseEvent e) throws BehaviorException {

                clearMouseImage();

        }

        /*

         * (non-Javadoc)

         *

         * @see com.iver.cit.gvsig.fmap.tools.Behavior.Behavior#mouseExited(java.awt.event.MouseEvent)

         */

        public void mouseExited(MouseEvent e) throws BehaviorException {

        }

        /**

         * Selects the vertex of a geometry at the point selected on the

         * <code>MapControl</code> by pressing the first mouse's button.

         *

         * @see com.iver.cit.gvsig.fmap.tools.Behavior.Behavior#mousePressed(java.awt.event.MouseEvent)

         */

        public void mousePressed(MouseEvent e) throws BehaviorException {

                if (e.getButton() == MouseEvent.BUTTON1) {

                        ViewPort vp = getMapControl().getMapContext().getViewPort();

                        Point2D p;

                        if (mapAdjustedPoint != null) {

                                p = mapAdjustedPoint;

                        } else {

                                p = vp.toMapPoint(adjustedPoint);

                        }

                        transition(new double[] { p.getX(), p.getY() }, e, ABSOLUTE);

                }

        }

        // /**

        // * <p>Adjusts the <code>point</code> to the grid if its enabled, and

        // * sets <code>mapHandlerAdjustedPoint</code> with that new value.</p>

        // *

        // * <p>The value returned is the distance between those points: the

        // original and

        // * the adjusted one.</p>

        // *

        // * @param point point to adjust

        // * @param mapHandlerAdjustedPoint <code>point</code> adjusted

        // *

        // * @return distance from <code>point</code> to the adjusted one. If there

        // is no

        // * adjustment, returns <code>Double.MAX_VALUE</code>.

        // */

        // private double adjustToHandler(Point2D point,

        // Point2D mapHandlerAdjustedPoint) {

        //

        // if (!isRefentEnabled())

        // return Double.MAX_VALUE;

        //

        // ILayerEdited aux =

        // CADExtension.getEditionManager().getActiveLayerEdited();

        // if (!(aux instanceof VectorialLayerEdited))

        // return Double.MAX_VALUE;

        // VectorialLayerEdited vle = (VectorialLayerEdited) aux;

        //

        // ArrayList snappers = vle.getSnappers();

        // ArrayList layersToSnap = vle.getLayersToSnap();

        //

        //

        // ViewPort vp = getMapControl().getViewPort();

        //

        // snappers=SnapConfigPage.getActivesSnappers();

        //

        // double mapTolerance = vp.toMapDistance(SelectionCADTool.tolerance);

        // double minDist = mapTolerance;

        // // double rw = getMapControl().getViewPort().toMapDistance(5);

        // Point2D mapPoint = point;

        // double middleTol=mapTolerance * 0.5;

        // org.gvsig.fmap.geom.primitive.Envelope r = new

        // DefaultEnvelope(mapPoint.getX() - middleTol,

        // mapPoint.getY() - middleTol,

        // mapPoint.getX() + middleTol,

        // mapPoint.getY() + middleTol);

        //

        // Envelope e = Converter.convertEnvelopeToJTS(r);

        //

        // usedSnap = null;

        // Point2D lastPoint = null;

        // if (previousPoint != null)

        // {

        // lastPoint = new Point2D.Double(previousPoint[0], previousPoint[1]);

        // }

        // for (int j = 0; j < layersToSnap.size(); j++)

        // {

        // FLyrVect lyrVect = (FLyrVect) layersToSnap.get(j);

        // SpatialCache cache = lyrVect.getSpatialCache();

        // if (lyrVect.isVisible())

        // {

        // // La lista de snappers est? siempre ordenada por prioridad. Los de mayor

        // // prioridad est?n primero.

        // for (int i = 0; i < snappers.size(); i++)

        // {

        // ISnapper theSnapper = (ISnapper) snappers.get(i);

        //

        // if (usedSnap != null)

        // {

        // // Si ya tenemos un snap y es de alta prioridad, cogemos ese. (A no ser

        // que en otra capa encontremos un snapper mejor)

        // if (theSnapper.getPriority() < usedSnap.getPriority())

        // break;

        // }

        // SnappingVisitor snapVisitor = null;

        // Point2D theSnappedPoint = null;

        //

        // if (theSnapper instanceof ISnapperVectorial)

        // {

        // if (theSnapper instanceof ISnapperGeometriesVectorial) {

        // snapVisitor=new GeometriesSnappingVisitor((ISnapperGeometriesVectorial)

        // theSnapper,point,mapTolerance,lastPoint);

        // }else {

        // snapVisitor = new SnappingVisitor((ISnapperVectorial) theSnapper, point,

        // mapTolerance, lastPoint);

        // }

        // // System.out.println("Cache size = " + cache.size());

        // cache.query(e, snapVisitor);

        // theSnappedPoint = snapVisitor.getSnapPoint();

        //

        // }

        // if (theSnapper instanceof ISnapperRaster)

        // {

        // ISnapperRaster snapRaster = (ISnapperRaster) theSnapper;

        // theSnappedPoint = snapRaster.getSnapPoint(getMapControl(), point,

        // mapTolerance, lastPoint);

        // }

        //

        //

        // if (theSnappedPoint != null) {

        // double distAux = theSnappedPoint.distance(point);

        // if (minDist > distAux)

        // {

        // minDist = distAux;

        // usedSnap = theSnapper;

        // mapHandlerAdjustedPoint.setLocation(theSnappedPoint);

        // }

        // }

        // }

        // } // visible

        // }

        // if (usedSnap != null)

        // return minDist;

        // return Double.MAX_VALUE;

        //

        // }

        /*

         * (non-Javadoc)

         *

         * @see com.iver.cit.gvsig.fmap.tools.Behavior.Behavior#mouseReleased(java.awt.event.MouseEvent)

         */

        public void mouseReleased(MouseEvent e) throws BehaviorException {

                getMapControl().repaint();

        }

        /*

         * (non-Javadoc)

         *

         * @see com.iver.cit.gvsig.fmap.tools.Behavior.Behavior#mouseDragged(java.awt.event.MouseEvent)

         */

        public void mouseDragged(MouseEvent e) throws BehaviorException {

                lastX = e.getX();

                lastY = e.getY();

                adjustedPoint = e.getPoint();

                // calculateSnapPoint(e.getPoint());

        }

        /*

         * (non-Javadoc)

         *

         * @see com.iver.cit.gvsig.fmap.tools.Behavior.Behavior#mouseMoved(java.awt.event.MouseEvent)

         */

        public void mouseMoved(MouseEvent e) throws BehaviorException {

                lastX = e.getX();

                lastY = e.getY();

                adjustedPoint = e.getPoint();

                // calculateSnapPoint(e.getPoint());

                showCoords(e.getPoint());

                getMapControl().repaint();

        }

        /**

         * Displays the current coordinates of the mouse's cursor on the associated

         * <code>MapControl</code> object, at the status bar of the application's

         * main frame.

         *

         * @param pPix

         *            current 2D mouse's cursor coordinates on the

         *            <code>MapControl</code>

         */

        private void showCoords(Point2D pPix) {

                String[] axisText = new String[2];

                axisText[0] = "X = ";

                axisText[1] = "Y = ";

                // NumberFormat nf = NumberFormat.getInstance();

                MapControl mapControl = getMapControl();

                ViewPort vp = mapControl.getMapContext().getViewPort();

                IProjection iProj = vp.getProjection();

                // if (iProj.getAbrev().equals("EPSG:4326") ||

                // iProj.getAbrev().equals("EPSG:4230")) {

                // axisText[0] = "Lon = ";

                // axisText[1] = "Lat = ";

                // nf.setMaximumFractionDigits(8);

                // } else {

                // axisText[0] = "X = ";

                // axisText[1] = "Y = ";

                // nf.setMaximumFractionDigits(2);

                // }

                Point2D p;

                if (mapAdjustedPoint == null) {

                        p = vp.toMapPoint(pPix);

                } else {

                        p = mapAdjustedPoint;

                }

                sbl.setFractionDigits(p);

                axisText = sbl.setCoorDisplayText(axisText);

                MainFrame mF = PluginServices.getMainFrame();

                if (mF != null) {

                        mF.getStatusBar().setMessage(

                                        "units",

                                        PluginServices

                                                        .getText(this, MapContext.getDistanceNames()[vp

                                                                        .getDistanceUnits()]));

                        mF.getStatusBar().setControlValue("scale",

                                        String.valueOf(mapControl.getMapContext().getScaleView()));

                        mF.getStatusBar().setMessage("projection", iProj.getAbrev());

                        String[] coords = sbl.getCoords(p);

                        mF.getStatusBar().setMessage("x", axisText[0] + coords[0]);

                        mF.getStatusBar().setMessage("y", axisText[1] + coords[1]);

                }

        }

        /**

         * Hides the mouse's cursor.

         */

        private void clearMouseImage() {

                int[] pixels = new int[16 * 16];

                Image image = Toolkit.getDefaultToolkit().createImage(

                                new MemoryImageSource(16, 16, pixels, 0, 16));

                Cursor transparentCursor = Toolkit.getDefaultToolkit()

                                .createCustomCursor(image, new Point(0, 0), "invisiblecursor");

                getMapControl().setCursor(transparentCursor);

        }

        /**

         * <p>

         * Draws a 31x31 pixels cross round the mouse's cursor with an small

         * geometry centered:

         * <ul>

         * <li><i>an square centered</i>: if isn't over a <i>control point</i>.

         * <li><i>an small geometry centered according to the kind of control point</i>:

         * if it's over a control point. In this case, the small geometry is drawn

         * by a {@link ISnapper ISnapper} type object.<br>

         * On the other hand, a light-yellowed background tool tip text with the

         * type of <i>control point</i> will be displayed.</li>

         * </p>

         *

         * @param g

         *            <code>MapControl</code>'s graphics where the data will be

         *            drawn

         */

        // private void drawCursor(Graphics g) {

        // g.setColor(Color.black);

        // Point2D p = adjustedPoint;

        //

        // if (p == null) {

        // getGrid().setViewPort(getMapControl().getViewPort());

        //

        // return;

        // }

        //

        // int size1 = 15;

        // int size2 = 3;

        // g.drawLine((int) (p.getX() - size1), (int) (p.getY()),

        // (int) (p.getX() + size1), (int) (p.getY()));

        // g.drawLine((int) (p.getX()), (int) (p.getY() - size1),

        // (int) (p.getX()), (int) (p.getY() + size1));

        //

        // // getMapControl().setToolTipText(null);

        // if (adjustedPoint != null) {

        // if (bForceCoord) {

        // /* g.setColor(Color.ORANGE);

        // g.drawRect((int) (adjustedPoint.getX() - 6),

        // (int) (adjustedPoint.getY() - 6), 12, 12);

        // g.drawRect((int) (adjustedPoint.getX() - 3),

        // (int) (adjustedPoint.getY() - 3), 6, 6);

        // g.setColor(Color.MAGENTA);

        // g.drawRect((int) (adjustedPoint.getX() - 4),

        // (int) (adjustedPoint.getY() - 4), 8, 8); */

        // if (usedSnap != null)

        // {

        // usedSnap.draw(g, adjustedPoint);

        //

        // Graphics2D g2 = (Graphics2D) g;

        // FontMetrics metrics = g2.getFontMetrics();

        // int w = metrics.stringWidth(usedSnap.getToolTipText()) + 5;

        // int h = metrics.getMaxAscent() + 5;

        // int x = (int)p.getX()+9;

        // int y = (int)p.getY()- 7;

        //

        // g2.setColor(theTipColor );

        // g2.fillRect(x, y-h, w, h);

        // g2.setColor(Color.BLACK);

        // g2.drawRect(x, y-h, w, h);

        // g2.drawString(usedSnap.getToolTipText(), x+3, y-3);

        //

        //

        // // getMapControl().setToolTipText(usedSnap.getToolTipText());

        // }

        //

        // bForceCoord = false;

        // } else {

        // g.drawRect((int) (p.getX() - size2), (int) (p.getY() - size2),

        // (int) (size2 * 2), (int) (size2 * 2));

        // }

        // }

        // }

        /**

         * <p>

         * Tries to find the nearest geometry or grid control point by the position

         * of the current snap tool.

         * </p>

         *

         * <p>

         * Prioritizes the grid control points than the geometries ones.

         * </p>

         *

         * <p>

         * If finds any near, stores the <i>map</i> and <i>pixel</i> coordinates

         * for the snap, and enables the <code>bForceCoord</code> attribute for

         * the next draw of the mouse's cursor.

         * </p>

         *

         * @param point

         *            current mouse 2D position

         */

        // private void calculateSnapPoint(Point point) {

        // // Se comprueba el ajuste a rejilla

        //

        // Point2D gridAdjustedPoint = getMapControl().getViewPort().toMapPoint(

        // point);

        // double minDistance = Double.MAX_VALUE;

        // CADTool ct = (CADTool) cadToolStack.peek();

        // if (ct instanceof SelectionCADTool

        // && ((SelectionCADTool) ct).getStatus().equals(

        // "Selection.FirstPoint")) {

        // mapAdjustedPoint = gridAdjustedPoint;

        // adjustedPoint = (Point2D) point.clone();

        // } else {

        //

        // minDistance = getGrid().adjustToGrid(gridAdjustedPoint);

        // if (minDistance < Double.MAX_VALUE) {

        // adjustedPoint = getMapControl().getViewPort().fromMapPoint(

        // gridAdjustedPoint);

        // mapAdjustedPoint = gridAdjustedPoint;

        // } else {

        // mapAdjustedPoint = null;

        // }

        // }

        // Point2D handlerAdjustedPoint = null;

        //

        // // Se comprueba el ajuste a los handlers

        // if (mapAdjustedPoint != null) {

        // handlerAdjustedPoint = (Point2D) mapAdjustedPoint.clone(); //

        // getMapControl().getViewPort().toMapPoint(point);

        // } else {

        // handlerAdjustedPoint = getMapControl().getViewPort().toMapPoint(

        // point);

        // }

        //

        // Point2D mapPoint = new Point2D.Double();

        // double distance = adjustToHandler(handlerAdjustedPoint, mapPoint);

        //

        // if (distance < minDistance) {

        // bForceCoord = true;

        // adjustedPoint = getMapControl().getViewPort().fromMapPoint(mapPoint);

        // mapAdjustedPoint = mapPoint;

        // minDistance = distance;

        // }

        //

        // // Si no hay ajuste

        // if (minDistance == Double.MAX_VALUE) {

        // adjustedPoint = point;

        // mapAdjustedPoint = null;

        // }

        //

        // }

        /*

         * (non-Javadoc)

         *

         * @see com.iver.cit.gvsig.fmap.tools.Behavior.Behavior#mouseWheelMoved(java.awt.event.MouseWheelEvent)

         */

        public void mouseWheelMoved(MouseWheelEvent e) throws BehaviorException {

        }

        /**

         * <p>

         * Process the information written by the user about the next point

         * coordinate, determining the kind of <i>transition</i> according the

         * parameters written.

         * </p>

         *

         * <p>

         * After, invokes one of the three possible <i>transition</i> methods of

         * the <i>finite machine</i> of edition:

         * <ul>

         * <li><i>First transition type: <b>Point</i></b>: if <code>text</code>

         * matches with any pattern of parameters needed for any kind of point

         * coordinates.<br>

         * There are eight ways of introducing point 2D coordinates:

         * <ul>

         * <li><i>X,Y</i> : absolute cardinal 2D coordinate from the center

         * <i>(0,0)</i> of the CCS <i>Current Coordinate System</i>.</li>

         * <li><i>@X,Y</i> : relative cardinal 2D distances from the last point

         * added of the CCS. If it's the first point of the geometry, works like

         * <i>X,Y</i>.</li>

         * <li><i>length< angle</i> : absolute polar 2D coordinate from the

         * center <i>(0,0)</i> of the CCS <i>Current Coordinate System</i>, using

         * <i>angle</i> from the <i>X</i> axis of CCS, and <i>length</i> far

         * away.</li>

         * <li><i>@length< angle</i> : relative polar 2D coordinate from the last

         * point added of the CCS <i>Current Coordinate System</i>, using <i>angle</i>

         * from the <i>X</i> axis of CCS, and <i>length</i> far away. If it's the

         * first point of the geometry, works like <i>length< angle</i>.</li>

         * <li><i>*X,Y</i> : like <i>X,Y</i> but using UCS <i>Universal

         * Coordinate System</i> as reference.</li>

         * <li><i>@*X,Y</i> : like <i>@X,Y</i> but using UCS <i>Universal

         * Coordinate System</i> as reference. If it's the first point of the

         * geometry, works like <i>*X,Y</i>.</li>

         * <li><i>*length< angle</i> : like <i>length< angle</i> but using UCS

         * <i>Universal Coordinate System</i> as reference.</li>

         * <li><i>@*length< angle</i> : like <i>@length< angle</i> but using

         * UCS <i>Universal Coordinate System</i> as reference. If it's the first

         * point of the geometry, works like <i>*length< angle</i>.</li>

         * </ul>

         * </li>

         * <li><i>Second transition type: <b>Value</i></b>: if recognizes it as a

         * single number.</li>

         * <li><i>Third transition type: <b>Option</i></b>: by default, if can't

         * classify the information as a single number neither as a point. This

         * information will be an <code>String</code> and dealt as an option of

         * the current tool state. Ultimately, if isn't valid, <code>text</code>

         * will be rewritten in the console notifying the user that isn't correct.</li>

         * </ul>

         * </p>

         *

         * @param text

         *            command written by user in the edition's console

         */

        public void textEntered(String text) {

                if (text == null) {

                        transition(PluginServices.getText(this, "cancel"));

                } else {

                        /*

                         * if ("".equals(text)) { transition("aceptar"); } else {

                         */

                        text = text.trim();

                        int type = ABSOLUTE;

                        String[] numbers = new String[1];

                        numbers[0] = text;

                        if (text.indexOf(",") != -1) {

                                numbers = text.split(",");

                                if (numbers[0].substring(0, 1).equals("@")) {

                                        numbers[0] = numbers[0].substring(1, numbers[0].length());

                                        type = RELATIVE_SCU;

                                        if (numbers[0].substring(0, 1).equals("*")) {

                                                type = RELATIVE_SCP;

                                                numbers[0] = numbers[0].substring(1, numbers[0]

                                                                .length());

                                        }

                                }

                        } else if (text.indexOf("<") != -1) {

                                type = POLAR_SCP;

                                numbers = text.split("<");

                                if (numbers[0].substring(0, 1).equals("@")) {

                                        numbers[0] = numbers[0].substring(1, numbers[0].length());

                                        type = POLAR_SCU;

                                        if (numbers[0].substring(0, 1).equals("*")) {

                                                type = POLAR_SCP;

                                                numbers[0] = numbers[0].substring(1, numbers[0]

                                                                .length());

                                        }

                                }

                        }

                        double[] values = null;

                        try {

                                if (numbers.length == 2) {

                                        // punto

                                        values = new double[] { Double.parseDouble(numbers[0]),

                                                        Double.parseDouble(numbers[1]) };

                                        transition(values, null, type);

                                } else if (numbers.length == 1) {

                                        // valor

                                        values = new double[] { Double.parseDouble(numbers[0]) };

                                        transition(values[0]);

                                }

                        } catch (NumberFormatException e) {

                                transition(text);

                        } catch (NullPointerException e) {

                                transition(text);

                        }

                        // }

                }

                getMapControl().repaint();

        }

        /**

         * If there are options related with the <code>CADTool</code> at the peek

         * of the CAD tool stack, displays them as a popup.

         */

        public void configureMenu() {

                String[] desc = ((CADTool) cadToolStack.peek()).getDescriptions();

                // String[] labels = ((CADTool)

                // cadToolStack.peek()).getCurrentTransitions();

                CADExtension.clearMenu();

                for (int i = 0; i < desc.length; i++) {

                        if (desc[i] != null) {

                                CADExtension

                                                .addMenuEntry(PluginServices.getText(this, desc[i]));// ,

                                // labels[i]);

                        }

                }

        }

        /**

         * <p>

         * One of the three kind of transaction methods of the <i>finite machine</i>

         * of edition.

         * </p>

         *

         * <p>

         * This one deals <code>values</code> as two numbers that, according

         * <code>type</code> calculate a new point 2D in the current layer edited

         * in the associated <code>MapControl</code>.

         * </p>

         *

         * <p>

         * There are different ways of calculating the new point 2D coordinates,

         * according the value of <code>type</code>, see

         * {@link #textEntered(String) #textEntered(String)}.

         * </p>

         *

         * <p>

         * After applying the changes, updates the controls available for managing

         * the current data.

         * </p>

         *

         * @param values

         *            numbers needed to calculate the new point coordinates

         *            according <code>type</code>

         * @param event

         *            event which generated this invocation (a

         *            <code>MouseEvent</code> or a <code>KeyEvent</code>)

         * @param type

         *            kind of information that is <code>values</code>. According

         *            this parameter, will calculate the new point in a different

         *            way

         *

         * @see CADTool#transition(double, double, InputEvent)

         * @see #transition(double)

         * @see #transition(String)

         */

        private void transition(double[] values, InputEvent event, int type) {

                questionAsked = true;

                if (!cadToolStack.isEmpty()) {

                        CADTool ct = (CADTool) cadToolStack.peek();

                        switch (type) {

                        case ABSOLUTE:

                                ct.transition(values[0], values[1], event);

                                previousPoint = values;

                                break;

                        case RELATIVE_SCU:

                                // Comprobar que tenemos almacenado el punto anterior

                                // y crear nuevo con coordenadas relativas a ?l.

                                double[] auxSCU = values;

                                if (previousPoint != null) {

                                        auxSCU[0] = previousPoint[0] + values[0];

                                        auxSCU[1] = previousPoint[1] + values[1];

                                }

                                ct.transition(auxSCU[0], auxSCU[1], event);

                                previousPoint = auxSCU;

                                break;

                        case RELATIVE_SCP:

                                // TODO de momento no implementado.

                                ct.transition(values[0], values[1], event);

                                previousPoint = values;

                                break;

                        case POLAR_SCU:// Relativo

                                // Comprobar que tenemos almacenado el punto anterior

                                // y crear nuevo con coordenadas relativas a ?l.

                                double[] auxPolarSCU = values;

                                if (previousPoint != null) {

                                        Point2D point = UtilFunctions.getPoint(new Point2D.Double(

                                                        previousPoint[0], previousPoint[1]), Math

                                                        .toRadians(values[1]), values[0]);

                                        auxPolarSCU[0] = point.getX();

                                        auxPolarSCU[1] = point.getY();

                                        ct.transition(auxPolarSCU[0], auxPolarSCU[1], event);

                                } else {

                                        Point2D point = UtilFunctions.getPoint(new Point2D.Double(

                                                        0, 0), Math.toRadians(values[1]), values[0]);

                                        auxPolarSCU[0] = point.getX();

                                        auxPolarSCU[1] = point.getY();

                                        ct.transition(auxPolarSCU[0], auxPolarSCU[1], event);

                                }

                                previousPoint = auxPolarSCU;

                                break;

                        case POLAR_SCP:// Absoluto

                                double[] auxPolarSCP = values;

                                if (previousPoint != null) {

                                        Point2D point = UtilFunctions.getPoint(new Point2D.Double(

                                                        0, 0), Math.toRadians(values[1]), values[0]);

                                        auxPolarSCP[0] = point.getX();

                                        auxPolarSCP[1] = point.getY();

                                        ct.transition(auxPolarSCP[0], auxPolarSCP[1], event);

                                } else {

                                        Point2D point = UtilFunctions.getPoint(new Point2D.Double(

                                                        0, 0), values[1], values[0]);

                                        auxPolarSCP[0] = point.getX();

                                        auxPolarSCP[1] = point.getY();

                                        ct.transition(auxPolarSCP[0], auxPolarSCP[1], event);

                                }

                                previousPoint = auxPolarSCP;

                                break;

                        default:

                                break;

                        }

                        askQuestion();

                }

                configureMenu();

                PluginServices.getMainFrame().enableControls();

        }

        /**

         * <p>

         * One of the three kind of transaction methods of the <i>finite machine</i>

         * of edition.

         * </p>

         *

         * <p>

         * This one deals <code>value</code> as a single number used as a

         * parameter for the current tool state. Ultimately, if isn't valid,

         * <code>number</code> will be rewritten in the console notifying the user

         * that isn't correct.

         * </p>

         *

         * <p>

         * After applying the changes, updates the controls available for managing

         * the current data.

         * </p>

         *

         * @param value

         *            value for the current tool state

         *

         * @see CADTool#transition(double)

         * @see #transition(double[], InputEvent, int)

         * @see #transition(String)

         */

        private void transition(double value) {

                questionAsked = true;

                if (!cadToolStack.isEmpty()) {

                        CADTool ct = (CADTool) cadToolStack.peek();

                        ct.transition(value);

                        askQuestion();

                }

                configureMenu();

                PluginServices.getMainFrame().enableControls();

        }

        /**

         * <p>

         * One of the three kind of transaction methods of the <i>finite machine</i>

         * of edition.

         * </p>

         *

         * <p>

         * This one deals <code>option</code> as an option of the current tool

         * state. Ultimately, if isn't valid, <code>option</code> will be

         * rewritten in the console notifying the user that isn't correct.

         * </p>

         *

         * @param option

         *            option for the current tool state

         *

         * @see CADTool#transition(String)

         * @see #transition(double[], InputEvent, int)

         * @see #transition(double)

         */

        public void transition(String option) {

                questionAsked = true;

                if (!cadToolStack.isEmpty()) {

                        CADTool ct = (CADTool) cadToolStack.peek();

                        try {

                                ct.transition(option);

                        } catch (Exception e) {

                                IWindow window = PluginServices.getMDIManager()

                                                .getActiveWindow();

                                if (window instanceof View) {

                                        ((View) window).getConsolePanel().addText(

                                                        "\n"

                                                                        + PluginServices.getText(this,

                                                                                        "incorrect_option") + " : "

                                                                        + option, JConsole.ERROR);

                                }

                        }

                        askQuestion();

                }

                configureMenu();

                PluginServices.getMainFrame().enableControls();

        }

        /**

         * Shows or hides a grid on the <code>ViewPort</code> of the associated

         * <code>MapControl</code>.

         *

         * @param value

         *            <code>true</code> to make the grid visible;

         *            <code>false</code> to make it invisible

         */

        // public void setGridVisibility(boolean value) {

        // getGrid().setShowGrid(value);

        // getGrid().setViewPort(getMapControl().getViewPort());

        // getMapControl().repaint();

        // }

        // /**

        // * Sets the snap tools enabled or disabled.

        // *

        // * @param activated <code>true</code> to enable the snap tools;

        // <code>false</code> to disable them

        // *

        // * @see #isRefentEnabled()

        // */

        // public void setRefentEnabled(boolean activated) {

        // bRefent = activated;

        // }

        //

        // /**

        // * Determines if snap tools are enabled or disabled.

        // *

        // * @return <code>true</code> to enable the snap tools; <code>false</code>

        // to disable them

        // *

        // * @see #setRefentEnabled(boolean)

        // */

        // public boolean isRefentEnabled()

        // {

        // return bRefent;

        // }

        /*

         * (non-Javadoc)

         *

         * @see com.iver.cit.gvsig.fmap.tools.Behavior.Behavior#getListener()

         */

        public ToolListener getListener() {

                return new ToolListener() {

                        /**

                         * @see com.iver.cit.gvsig.fmap.tools.Listeners.ToolListener#getCursor()

                         */

                        public Image getImageCursor() {

                                return imageCursor;

                        }

                        /**

                         * @see com.iver.cit.gvsig.fmap.tools.Listeners.ToolListener#cancelDrawing()

                         */

                        public boolean cancelDrawing() {

                                return false;

                        }

                };

        }

        /**

         * Returns the {@link CADTool CADTool} at the top of the stack without

         * removing it from the CAD tool stack.

         *

         * @return the {@link CADTool CADTool} at the top of the stack

         *

         * @see #pushCadTool(CADTool)

         * @see #popCadTool()

         * @see #setCadTool(CADTool)

         */

        public CADTool getCadTool() {

                return (CADTool) cadToolStack.peek();

        }

        /**

         * <p>

         * Pushes a {@link CADTool CADTool} onto the top of the CAD tool stack, and

         * sets it as current.

         * </p>

         *

         * @param cadTool

         *            CAD tool to enable as current

         *

         * @see #getCadTool()

         * @see #popCadTool()

         * @see #setCadTool(CADTool)

         */

        public void pushCadTool(CADTool cadTool) {

                cadToolStack.push(cadTool);

                cadTool.setCadToolAdapter(this);

                // cadTool.initializeStatus();

                // cadTool.setVectorialAdapter(vea);

                /*

                 * int ret = cadTool.transition(null, editableFeatureSource, selection,

                 * new double[0]);

                 *

                 * if ((ret & Automaton.AUTOMATON_FINISHED) ==

                 * Automaton.AUTOMATON_FINISHED) { popCadTool();

                 *

                 * if (cadToolStack.isEmpty()) { pushCadTool(new

                 * com.iver.cit.gvsig.gui.cad.smc.gen.CADTool());//new

                 * SelectionCadTool());

                 * PluginServices.getMainFrame().setSelectedTool("selection"); }

                 *

                 * askQuestion();

                 *

                 * getMapControl().drawMap(false); }

                 */

        }

        /**

         * Removes the peek of the CAD tool stack.

         *

         * @see #pushCadTool(CADTool)

         * @see #getCadTool()

         * @see #setCadTool(CADTool)

         */

        public void popCadTool() {

                cadToolStack.pop();

        }

        /**

         * <p>

         * Displays at the console associated to the current active view that's

         * being edited, the question of the following operation that user can do

         * with the current <code>CADTool</code>, only if it hasn't just

         * answered.

         * </p>

         *

         * <p>

         * The format of the question will be according the following pattern:<br>

         * "\n#"<i>{cadtool at CAD tool stack peek}</i>.getQuestion()">"

         * </p>

         */

        public void askQuestion() {

                CADTool cadtool = (CADTool) cadToolStack.peek();

                /*

                 * if (cadtool..getStatus()==0){

                 * PluginServices.getMainFrame().addTextToConsole("\n"

                 * +cadtool.getName()); }

                 */