/extensions/org/mt4jx/input/inputProcessors/componentProcessors/Group3DProcessorNew/Cluster.java

  1package org.mt4jx.input.inputProcessors.componentProcessors.Group3DProcessorNew;
  2
  3import java.util.ArrayList;
  4
  5import javax.media.opengl.GL;
  6
  7import org.mt4j.components.MTComponent;
  8import org.mt4j.components.visibleComponents.shapes.MTLine;
  9import org.mt4j.input.inputProcessors.IGestureEventListener;
 10import org.mt4j.input.inputProcessors.componentProcessors.lassoProcessor.IdragClusterable;
 11import org.mt4j.input.inputProcessors.componentProcessors.tapProcessor.TapProcessor;
 12import org.mt4j.util.math.Matrix;
 13import org.mt4j.util.math.Tools3D;
 14import org.mt4j.util.math.Vector3D;
 15
 16import processing.core.PApplet;
 17import processing.core.PGraphics;
 18
 19public class Cluster extends MTComponent {
 20
 21	private MTComponent visualComponentGroup;
 22	
 23	private MTComponent currentlySelectedChildren = null;
 24	
 25	private IVisualizeMethodProvider visualizeProvider;
 26	
 27	private PApplet pApplet;
 28	public Cluster(PApplet pApplet) {
 29		super(pApplet);		
 30		this.pApplet = pApplet;		
 31	}
 32	
 33	public Cluster(PApplet pApplet,ArrayList<MTComponent> components)
 34	{
 35		super(pApplet);
 36		this.pApplet = pApplet;
 37		for (int i = 0; i < components.size(); i++) {
 38			MTComponent component3D = components.get(i);
 39			this.addChild(component3D);
 40			this.setComposite(true);
 41		}
 42		
 43	}	
 44	
 45	/**
 46	 * Transforms the shapes local coordinate space by the given matrix.
 47	 * 
 48	 * @param transformMatrix the transform matrix
 49	 */
 50	public void transform(Matrix transformMatrix) {
 51		for (MTComponent c : this.getChildList()){
 52			c.transform(transformMatrix);
 53		}
 54		if(visualComponentGroup!=null)
 55		{
 56			for(MTComponent comp : visualComponentGroup.getChildren())
 57			{
 58				comp.transform(transformMatrix);
 59			}
 60		}
 61	}
 62
 63	
 64	/* (non-Javadoc)
 65	 * @see com.jMT.components.MTBaseComponent#translateGlobal(util.math.Vector3D)
 66	 */
 67	public void translateGlobal(Vector3D dirVect) {
 68		for (MTComponent c : this.getChildList()){
 69			c.translateGlobal(dirVect);
 70		}
 71		if(visualComponentGroup!=null)
 72		{
 73			for(MTComponent comp : visualComponentGroup.getChildren())
 74			{							
 75				comp.translateGlobal(dirVect);
 76			}
 77		}
 78	}
 79	
 80	/* (non-Javadoc)
 81	 * @see com.jMT.components.MTBaseComponent#translate(util.math.Vector3D)
 82	 */
 83	public void translate(Vector3D dirVect) {
 84		for (MTComponent c : this.getChildList()){
 85			c.translate(dirVect);
 86		}
 87		if(visualComponentGroup!=null)
 88		{	
 89			for(MTComponent comp : visualComponentGroup.getChildren())
 90			{
 91				comp.translate(dirVect);
 92			}
 93		}
 94	}
 95	
 96	
 97	/* (non-Javadoc)
 98	 * @see com.jMT.components.MTBaseComponent#xRotateGlobal(util.math.Vector3D, float)
 99	 */
100	public void rotateXGlobal(Vector3D rotationPoint, float degree) {
101		for (MTComponent c : this.getChildList()){
102			c.rotateXGlobal(rotationPoint, degree);
103		}
104		if(visualComponentGroup!=null)
105		{
106			for(MTComponent comp : visualComponentGroup.getChildren())
107			{
108				comp.rotateXGlobal(rotationPoint, degree);
109			}
110		}
111	}
112	
113	/* (non-Javadoc)
114	 * @see com.jMT.components.MTBaseComponent#xRotate(util.math.Vector3D, float)
115	 */
116	public void rotateX(Vector3D rotationPoint, float degree) {
117		for (MTComponent c : this.getChildList()){
118			c.rotateX(rotationPoint, degree);
119		}
120		if(visualComponentGroup!=null)
121		{
122			for(MTComponent comp : visualComponentGroup.getChildren())
123			{
124				comp.rotateX(rotationPoint, degree);
125			}
126		}
127	}
128	
129	
130	/* (non-Javadoc)
131	 * @see com.jMT.components.MTBaseComponent#yRotateGlobal(util.math.Vector3D, float)
132	 */
133	public void rotateYGlobal(Vector3D rotationPoint, float degree) {
134		for (MTComponent c : this.getChildList()){
135			c.rotateYGlobal(rotationPoint, degree);
136		}
137		if(visualComponentGroup!=null)
138		{
139			for(MTComponent comp : visualComponentGroup.getChildren())
140			{
141				comp.rotateYGlobal(rotationPoint, degree);
142			}
143		}
144	}
145	
146	/* (non-Javadoc)
147	 * @see com.jMT.components.MTBaseComponent#yRotate(util.math.Vector3D, float)
148	 */
149	public void rotateY(Vector3D rotationPoint, float degree) {
150		for (MTComponent c : this.getChildList()){
151			c.rotateY(rotationPoint, degree);
152		}
153		if(visualComponentGroup!=null)
154		{
155			for(MTComponent comp : visualComponentGroup.getChildren())
156			{
157				comp.rotateY(rotationPoint, degree);
158			}
159		}
160	}
161	
162	/* (non-Javadoc)
163	 * @see com.jMT.components.MTBaseComponent#zRotateGlobal(util.math.Vector3D, float)
164	 */
165	public void rotateZGlobal(Vector3D rotationPoint, float degree) {
166		for (MTComponent c : this.getChildList()){
167			c.rotateZGlobal(rotationPoint, degree);
168		}
169		if(visualComponentGroup!=null)
170		{
171			for(MTComponent comp : visualComponentGroup.getChildren())
172			{
173				comp.rotateZGlobal(rotationPoint, degree);
174			}
175		}
176	}
177	
178	
179	/* (non-Javadoc)
180	 * @see com.jMT.components.MTBaseComponent#zRotate(util.math.Vector3D, float)
181	 */
182	public void rotateZ(Vector3D rotationPoint, float degree) {
183		for (MTComponent c : this.getChildList()){
184			c.rotateZ(rotationPoint, degree);
185		}
186		if(visualComponentGroup!=null)
187		{
188			for(MTComponent comp : visualComponentGroup.getChildren())
189			{
190				comp.rotateZ(rotationPoint, degree);
191			}
192		}
193	}
194
195	/* (non-Javadoc)
196	 * @see com.jMT.components.MTBaseComponent#scaleGlobal(float, util.math.Vector3D)
197	 */
198	public void scaleGlobal(float factor, Vector3D scaleReferencePoint) {
199		this.scaleGlobal(factor, factor, factor, scaleReferencePoint);
200		if(visualComponentGroup!=null)
201		{
202			for(MTComponent comp : visualComponentGroup.getChildren())
203			{
204				comp.scaleGlobal(factor, factor, factor, scaleReferencePoint);
205			}
206		}
207	}
208	
209	/**
210	 * scales the polygon around the scalingPoint, currently dosent support scaling around the Z axis.
211	 * 
212	 * @param X the x
213	 * @param Y the y
214	 * @param Z the z
215	 * @param scalingPoint the scaling point
216	 */
217	public void scaleGlobal(float X, float Y, float Z, Vector3D scalingPoint) {
218		for (MTComponent c : this.getChildList()){
219			c.scaleGlobal(X,  Y,  Z, scalingPoint);
220			if(visualComponentGroup!=null)
221			{
222				for(MTComponent comp : visualComponentGroup.getChildren())
223				{
224					comp.scaleGlobal(X,  Y,  Z, scalingPoint);
225				}
226			}
227
228		}
229	}
230	
231	
232	/* (non-Javadoc)
233	 * @see com.jMT.components.MTBaseComponent#scale(float, util.math.Vector3D)
234	 */
235	public void scale(float factor, Vector3D scaleReferencePoint) {
236		this.scale(factor, factor, factor, scaleReferencePoint);
237		if(visualComponentGroup!=null)
238		{	
239			for(MTComponent comp : visualComponentGroup.getChildren())
240			{
241				comp.scale(factor, factor, factor, scaleReferencePoint);
242			}
243		}
244	}
245	
246	/**
247	 * scales the polygon around the scalingPoint, currently dosent support scaling around the Z axis.
248	 * 
249	 * @param X the x
250	 * @param Y the y
251	 * @param Z the z
252	 * @param scalingPoint the scaling point
253	 */
254	public void scale(float X, float Y, float Z, Vector3D scalingPoint) {
255		for (MTComponent c : this.getChildList()){
256			c.scale(X,  Y,  Z, scalingPoint);
257		}
258		if(visualComponentGroup!=null)
259		{
260			for(MTComponent comp : visualComponentGroup.getChildren())
261			{
262				comp.scale(X,  Y,  Z, scalingPoint);
263			}
264		}
265	}
266
267	public void setVisualComponentGroup(MTComponent v_visualComponentGroup) {
268		this.visualComponentGroup = v_visualComponentGroup;
269		if(this.visualComponentGroup.isComposite()!=true)
270		{
271			this.visualComponentGroup.setComposite(true);			
272		}
273	}
274
275	public MTComponent getVisualComponentGroup() {
276		return visualComponentGroup;
277	}
278	
279	@Override
280	public void drawComponent(PGraphics g)
281	{			
282		if(getVisualizeProvider()!=null)
283		{
284			getVisualizeProvider().visualize(this);
285		}
286	}
287
288	public void setVisualizeProvider(IVisualizeMethodProvider visualizeProvider) {		
289		this.visualizeProvider = visualizeProvider;
290	}
291
292	public IVisualizeMethodProvider getVisualizeProvider() {
293		return visualizeProvider;
294	}
295	public void setCurrentlySelectedChildren(MTComponent currentComponent) {
296		this.currentlySelectedChildren = currentComponent;
297	}
298
299	public MTComponent getCurrentlySelectedChildren() {
300		return currentlySelectedChildren;
301	}
302	/*@Override
303	public void preDraw(PGraphics g)	 
304	{		
305		if(visualComponentGroup!=null)
306		{
307			for(MTComponent comp : visualComponentGroup.getChildren())
308			{				
309				comp.preDraw(g);				
310			}
311		}
312	}
313	
314	@Override
315	public void drawComponent(PGraphics g)
316	{	
317		if(visualComponentGroup!=null)
318		{
319			//visualComponentGroup.drawComponent(g);
320			for(MTComponent comp : visualComponentGroup.getChildren())
321			{				
322				comp.drawComponent(g);				
323			}
324		}
325	}
326	
327	@Override
328	public void postDraw(PGraphics g)
329	{		
330		if(visualComponentGroup!=null)
331		{
332			for(MTComponent comp : visualComponentGroup.getChildren())
333			{				
334				comp.preDraw(g);				
335			}
336		}
337	}
338	*/
339}