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Erste 3D Gehversuche :) Erste 3D Gehversuche :)
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Alt 25-07-2004, 10:17   #1 (permalink)
Neuer User
 
Registriert seit: Jan 2004
Ort: bei Düsseldorf
Beiträge: 76
Talking Erste 3D Gehversuche :)
Hallo zusammen,
ich hab angefangen eine kleine Wireframe 3D - Engine zu basteln. Ich werd zwar alles neu proggen,da mir die transformationen nicht 100% gefallen,aber vielleicht kann jemand damit was anfangen. Das ist meine erste 3d-Engine überhaupt, auch wenn ich mich vorher schon oft mit 3d beschäftigt habe, also seit nachsichtig mit der Kritik

Code:
<?
ming_setScale(20.00000000);
ming_useswfversion(6);
$movie = new SWFMovie();
$movie->setDimension(400,400);
$movie->setBackground(0x00, 0x00, 0x00 );
$movie->setRate(31);// mx actionscript
$strAction ="

Math.RAD = Math.PI/180;

//Klassendefinition für einen Punkt 
Point= function(x,y,z){
this.x=x;
this.y=y;
this.z=z;
this.x_2d=100;
this.y_2d=100;
};

Point.prototype.move=function(dx,dy,dz){
this.x+=dx;
this.y+=dy;
this.z+=dz;
};

Point.prototype.scale=function(dx,dy,dz){
this.x*=dx;
this.y*=dy;
this.z*=dz;
};

Point.prototype.rotX = function(degrees) {
    var cosine = Math.cos(degrees*Math.RAD);
    var sine = Math.sin(degrees*Math.RAD);
    var tempY = this.y*cosine-this.z*sine;
    var tempZ = this.y*sine+this.z*cosine;
    this.y = tempY;
    this.z = tempZ;
};

Point.prototype.rotY = function(degrees) {
    var cosine = Math.cos(degrees*Math.RAD);
    var sine = Math.sin(degrees*Math.RAD);
    var tempX = this.z*sine+this.x*cosine;
    var tempZ = this.z*cosine-this.x*sine;
    this.x = tempX;
    this.z = tempZ;
};

Point.prototype.rotZ = function(degrees) {
    var cosine = Math.cos(degrees*Math.RAD);
    var sine = Math.sin(degrees*Math.RAD);
    var tempX = this.x*cosine - this.y*sine;
    var tempY = this.x*sine + this.y*cosine;
    this.x = tempX;
    this.y = tempY;
};

Point.prototype.to2d=function(sx,sy){
dis=-300; //sollte änderbar sein
div=this.z+dis;
if(div==0){div=0.0000000001;}
pers = dis/div;
this.x_2d=sx+(this.x*pers);
this.y_2d=sy+(this.y*-pers);
};

//klassendefinition für ein dreieck
Tri=function(p1,p2,p3){
this.p1=p1;
this.p2=p2;
this.p3=p3;
};

Tri.prototype.draw=function(context){
w=200;
h=200;
this.p1.to2d(w,h);
this.p2.to2d(w,h);
this.p3.to2d(w,h);
context.moveTo(this.p1.x_2d,this.p1.y_2d);
context.lineTo(this.p2.x_2d,this.p2.y_2d);
context.lineTo(this.p3.x_2d,this.p3.y_2d);
context.lineTo(this.p1.x_2d,this.p1.y_2d);
};

Tri.prototype.rotate=function(rx,ry,rz){
this.p1.rotX(rx);
this.p2.rotX(rx);
this.p3.rotX(rx);
this.p1.rotY(ry);
this.p2.rotY(ry);
this.p3.rotY(ry);
this.p1.rotZ(rz);
this.p2.rotZ(rz);
this.p3.rotZ(rz);

};

Tri.prototype.move=function(dx,dy,dz){
this.p1.move(dx,dy,dz);
this.p2.move(dx,dy,dz);
this.p3.move(dx,dy,dz);
};

Tri.prototype.scale=function(dx,dy,dz){
this.p1.scale(dx,dy,dz);
this.p2.scale(dx,dy,dz);
this.p3.scale(dx,dy,dz);
};

Quad=function(p1,p2,p3,p4){
this.p1=p1;
this.p2=p2;
this.p3=p3;
this.p4=p4;
};

Quad.prototype.draw=function(context){
w=200;
h=200;
this.p1.to2d(w,h);
this.p2.to2d(w,h);
this.p3.to2d(w,h);
this.p4.to2d(w,h);
context.moveTo(this.p1.x_2d,this.p1.y_2d);
context.lineTo(this.p2.x_2d,this.p2.y_2d);
context.lineTo(this.p3.x_2d,this.p3.y_2d);
context.lineTo(this.p4.x_2d,this.p4.y_2d);
context.lineTo(this.p1.x_2d,this.p1.y_2d);
};

Quad.prototype.move=function(dx,dy,dz){
this.p1.move(dx,dy,dz);
this.p2.move(dx,dy,dz);
this.p3.move(dx,dy,dz);
this.p4.move(dx,dy,dz);
};

Quad.prototype.scale=function(dx,dy,dz){
this.p1.scale(dx,dy,dz);
this.p2.scale(dx,dy,dz);
this.p3.scale(dx,dy,dz);
this.p4.scale(dx,dy,dz);
};

Quad.prototype.rotate=function(rx,ry,rz){
this.p1.rotX(rx);
this.p2.rotX(rx);
this.p3.rotX(rx);
this.p4.rotX(rx);
this.p1.rotY(ry);
this.p2.rotY(ry);
this.p3.rotY(ry);
this.p4.rotY(ry);
this.p1.rotZ(rz);
this.p2.rotZ(rz);
this.p3.rotZ(rz);
this.p4.rotZ(rz);
};

Quad.prototype.to2d=function(viewDistanz){
this.p1.to2d(viewDistanz);
this.p2.to2d(viewDistanz);
this.p3.to2d(viewDistanz);
this.p4.to2d(viewDistanz);
};


Object3D = function(){
this.faces=new Array(); //array der seitenflächen
};

Object3D.prototype.draw=function(context){
i=0;
while(this.faces[i] != null)
{
this.faces[i].draw(context); // jede fläche zeichnet sich selbst :)
i++;
}
};

Object3D.prototype.rotate=function(rx,ry,rz){
i=0;
while(this.faces[i] != null)
{
this.faces[i].rotate(rx,ry,rz);
i++;
}
};

Object3D.prototype.move=function(dx,dy,dz){
i=0;
while(this.faces[i]!=undefined)
{
this.faces[i].move(dx,dy,dz);
i++;
}
};

Object3D.prototype.scale=function(dx,dy,dz){
i=0;
while(this.faces[i]!=undefined)
{
this.faces[i].scale(dx,dy,dz);
i++;
}
};

Object3D.prototype.addFace=function(face){
this.faces.push(face);
};

_root.obj=new Object3D();
_root.obj.addFace(new Quad(new Point(0,0,0),new Point(50,0,0),new Point(50,50,0),new Point(0,50,0))); //ein Quadart wird hinzugefügt
_root.obj.addFace(new Quad(new Point(0,0,50),new Point(50,0,50),new Point(50,50,50),new Point(0,50,50)));
_root.obj.addFace(new Quad(new Point(0,0,0),new Point(0,0,50),new Point(50,0,50),new Point(50,0,0)));
_root.obj.addFace(new Quad(new Point(0,50,0),new Point(0,50,50),new Point(50,50,50),new Point(50,50,0)));
_root.obj.addFace(new Tri(new Point(0,50,0),new Point(50,50,0),new Point(25,90,25))); //ein dreieck wird hinzugefügt
_root.obj.addFace(new Tri(new Point(0,50,50),new Point(50,50,50),new Point(25,90,25)));
_root.obj.move(-25,-25,-25); //Objekt zentrieren (nicht wirklich notwendig)
_root.obj.scale(2,2,1);
";
$movie->add(new SWFAction(str_replace("\r", "", $strAction)));
$movie->nextFrame();
$movie->nextFrame();
$strAction="
_root.clear();
_root.lineStyle(1,0x888888);

_root.obj.rotate(((_root._ymouse/100)-2)*3,((_root._xmouse/100)-2)*3,0); //objekt drehen
//_root.obj.move(_root._xmouse/100,_root._ymouse/100,0);
_root.obj.draw(_root); // Jede Fläche zeichnet sich selbst (Tri oder Quad)


gotoAndPlay(2);
";
$movie->add(new SWFAction(str_replace("\r", "", $strAction)));
$movie->nextFrame();

header("Content-type:application/x-shockwave-flash");
$movie->output(9);
?>
Gruß,
SIGINT

P.S.: Ich hoffe irgendwann mal Flat-Shading einbauen zu können,aber dafür muss ich noch ein paar Mathe - Tuts durchlesen

P.P.S.: Hab's ganz vergessen: Die SWF wird per MING erzeugt
Angehängte Dateien
Dateityp: zip 3d_sigint.zip (1,4 KB, 33x aufgerufen)
Geändert von sigint (25-07-2004 um 10:36 Uhr)
sigint ist offline   Mit Zitat antworten
Alt 25-07-2004, 11:22   #2 (permalink)
Neuer User
 
Registriert seit: Jan 2004
Ort: bei Düsseldorf
Beiträge: 76
Ich hab noch etwas mit SWFTOOLS rumgespielt
Angehängte Dateien
Dateityp: zip output.zip (2,4 KB, 25x aufgerufen)
sigint ist offline   Mit Zitat antworten
Alt 27-07-2004, 12:18   #3 (permalink)
Neuer User
 
Registriert seit: Jan 2004
Ort: bei Düsseldorf
Beiträge: 76
So, jetzt sieht es etwas besser aus und das Timing wird per setInterval gesteuert

ActionScript:
  1. <?
  2. ming_setScale(20.00000000);
  3. ming_useswfversion(6);
  4. $movie = new SWFMovie();
  5. $movie->setDimension(400,400);
  6. $movie->setBackground(0x00, 0x33, 0x00 );
  7. $movie->setRate(31);// mx actionscript
  8. $strAction ="
  10. Math.RAD = Math.PI/180;
  12. //Klassendefinition für einen Punkt 
  13. Point= function(x,y,z){
  14. this.x=x;
  15. this.y=y;
  16. this.z=z;
  17. this.x_2d=100;
  18. this.y_2d=100;
  19. };
  21. Point.prototype.move=function(dx,dy,dz){
  22. this.x+=dx;
  23. this.y+=dy;
  24. this.z+=dz;
  25. };
  27. Point.prototype.scale=function(dx,dy,dz){
  28. this.x*=dx;
  29. this.y*=dy;
  30. this.z*=dz;
  31. };
  33. Point.prototype.rotX = function(degrees) {
  34.     var cosine = Math.cos(degrees*Math.RAD);
  35.     var sine = Math.sin(degrees*Math.RAD);
  36.     var tempY = this.y*cosine-this.z*sine;
  37.     var tempZ = this.y*sine+this.z*cosine;
  38.     this.y = tempY;
  39.     this.z = tempZ;
  40. };
  42. Point.prototype.rotY = function(degrees) {
  43.     var cosine = Math.cos(degrees*Math.RAD);
  44.     var sine = Math.sin(degrees*Math.RAD);
  45.     var tempX = this.z*sine+this.x*cosine;
  46.     var tempZ = this.z*cosine-this.x*sine;
  47.     this.x = tempX;
  48.     this.z = tempZ;
  49. };
  51. Point.prototype.rotZ = function(degrees) {
  52.     var cosine = Math.cos(degrees*Math.RAD);
  53.     var sine = Math.sin(degrees*Math.RAD);
  54.     var tempX = this.x*cosine - this.y*sine;
  55.     var tempY = this.x*sine + this.y*cosine;
  56.     this.x = tempX;
  57.     this.y = tempY;
  58. };
  60. Point.prototype.to2d=function(sx,sy){
  61. var dis=-300; //sollte änderbar sein
  62. var div=this.z+dis;
  63. if(div==0){div=0.0000000001;}
  64. pers = dis/div;
  65. this.x_2d=sx+(this.x*pers);
  66. this.y_2d=sy+(this.y*-pers);
  67. };
  69. //klassendefinition für ein dreieck
  70. Tri=function(p1,p2,p3){
  71. this.p1=p1;
  72. this.p2=p2;
  73. this.p3=p3;
  74. };
  76. Tri.prototype.draw=function(context){
  77. w=200;
  78. h=200;
  79. this.p1.to2d(w,h);
  80. this.p2.to2d(w,h);
  81. this.p3.to2d(w,h);
  82. context.moveTo(this.p1.x_2d,this.p1.y_2d);
  83. context.lineTo(this.p2.x_2d,this.p2.y_2d);
  84. context.lineTo(this.p3.x_2d,this.p3.y_2d);
  85. context.lineTo(this.p1.x_2d,this.p1.y_2d);
  86. };
  88. Tri.prototype.rotate=function(rx,ry,rz){
  89. this.p1.rotX(rx);
  90. this.p2.rotX(rx);
  91. this.p3.rotX(rx);
  92. this.p1.rotY(ry);
  93. this.p2.rotY(ry);
  94. this.p3.rotY(ry);
  95. this.p1.rotZ(rz);
  96. this.p2.rotZ(rz);
  97. this.p3.rotZ(rz);
  99. };
  101. Tri.prototype.move=function(dx,dy,dz){
  102. this.p1.move(dx,dy,dz);
  103. this.p2.move(dx,dy,dz);
  104. this.p3.move(dx,dy,dz);
  105. };
  107. Tri.prototype.scale=function(dx,dy,dz){
  108. this.p1.scale(dx,dy,dz);
  109. this.p2.scale(dx,dy,dz);
  110. this.p3.scale(dx,dy,dz);
  111. };
  113. Quad=function(p1,p2,p3,p4){
  114. this.p1=p1;
  115. this.p2=p2;
  116. this.p3=p3;
  117. this.p4=p4;
  118. };
  120. Quad.prototype.draw=function(context){
  121. var w=200;
  122. var h=200;
  123. this.p1.to2d(w,h);
  124. this.p2.to2d(w,h);
  125. this.p3.to2d(w,h);
  126. this.p4.to2d(w,h);
  127. context.moveTo(this.p1.x_2d,this.p1.y_2d);
  128. context.lineTo(this.p2.x_2d,this.p2.y_2d);
  129. context.lineTo(this.p3.x_2d,this.p3.y_2d);
  130. context.lineTo(this.p4.x_2d,this.p4.y_2d);
  131. context.lineTo(this.p1.x_2d,this.p1.y_2d);
  132. };
  134. Quad.prototype.move=function(dx,dy,dz){
  135. this.p1.move(dx,dy,dz);
  136. this.p2.move(dx,dy,dz);
  137. this.p3.move(dx,dy,dz);
  138. this.p4.move(dx,dy,dz);
  139. };
  141. Quad.prototype.scale=function(dx,dy,dz){
  142. this.p1.scale(dx,dy,dz);
  143. this.p2.scale(dx,dy,dz);
  144. this.p3.scale(dx,dy,dz);
  145. this.p4.scale(dx,dy,dz);
  146. };
  148. Quad.prototype.rotate=function(rx,ry,rz){
  149. this.p1.rotX(rx);
  150. this.p2.rotX(rx);
  151. this.p3.rotX(rx);
  152. this.p4.rotX(rx);
  153. this.p1.rotY(ry);
  154. this.p2.rotY(ry);
  155. this.p3.rotY(ry);
  156. this.p4.rotY(ry);
  157. this.p1.rotZ(rz);
  158. this.p2.rotZ(rz);
  159. this.p3.rotZ(rz);
  160. this.p4.rotZ(rz);
  161. };
  165. CPoly=function(points){
  166. this.points=new Array();
  167. };
  169. CPoly.prototype.addPoint=function(point){
  170. this.points.push(point);
  171. };
  173. CPoly.prototype.draw=function(context){
  174. var w=200;
  175. var h=200;
  177. var i=0;
  178. while(this.points[i] != null){
  179. this.points[i].to2d(w,h);
  180. i++;
  181. }
  183. i=0;
  184. context.moveTo(this.points[0].x_2d,this.points[0].y_2d);
  186. while(this.points[i] != null){
  187. context.lineTo(this.points[i].x_2d,this.points[i].y_2d);
  188. i++;
  189. }
  190. context.lineTo(this.points[0].x_2d,this.points[0].y_2d);
  191. };
  194. CPoly.prototype.move=function(dx,dy,dz){
  195. var i=0;
  196. while(this.points[i]!= null){
  197. this.points[i].move(dx,dy,dz);
  198. i++;
  199. }
  200. };
  202. CPoly.prototype.scale=function(dx,dy,dz){
  203. var i=0;
  204. while(this.points[i]!= undefined){
  205. this.points[i].scale(dx,dy,dz);
  206. i++;
  207. }
  208. };
  210. CPoly.prototype.rotate=function(rx,ry,rz){
  211. var i=0;
  212. while(this.points[i]!= undefined){
  213. this.points[i].rotX(rx);
  214. this.points[i].rotY(ry);
  215. this.points[i].rotZ(rz);
  216. i++;
  217. }
  218. };
  220. Object3D = function(){
  221. this.faces=new Array(); //array der seitenflächen
  222. };
  224. Object3D.prototype.draw=function(context,color){
  225. var obj_i=0;
  226. while(this.faces[obj_i] != null)
  227. {
  228. context.lineStyle(1,color);
  229. context.beginFill(color,33);
  230. this.faces[obj_i].draw(context); // jede fläche zeichnet sich selbst :)
  231. context.endFill();
  232. obj_i++;
  233. }
  234. };
  236. Object3D.prototype.rotate=function(rx,ry,rz){
  237. i=0;
  238. while(this.faces[i] != null)
  239. {
  240. this.faces[i].rotate(rx,ry,rz);
  241. i++;
  242. }
  243. };
  245. Object3D.prototype.move=function(dx,dy,dz){
  246. i=0;
  247. while(this.faces[i]!=undefined)
  248. {
  249. this.faces[i].move(dx,dy,dz);
  250. i++;
  251. }
  252. };
  254. Object3D.prototype.scale=function(dx,dy,dz){
  255. i=0;
  256. while(this.faces[i]!=undefined)
  257. {
  258. this.faces[i].scale(dx,dy,dz);
  259. i++;
  260. }
  261. };
  263. Object3D.prototype.addFace=function(face){
  264. this.faces.push(face);
  265. };
  267. this.createEmptyMovieClip('dc',7);
  268. obj=new Object3D();
  270. poly=new CPoly();
  271. poly.addPoint(new Point(40,10,0));
  272. poly.addPoint(new Point(30,0,0));
  273. poly.addPoint(new Point(10,0,0));
  274. poly.addPoint(new Point(0,10,0));
  275. poly.addPoint(new Point(0,20,0));
  276. poly.addPoint(new Point(10,30,0));
  277. poly.addPoint(new Point(30,30,0));
  278. poly.addPoint(new Point(30,40,0));
  279. poly.addPoint(new Point(0,40,0));
  280. poly.addPoint(new Point(10,50,0));
  281. poly.addPoint(new Point(30,50,0));
  282. poly.addPoint(new Point(40,40,0));
  283. poly.addPoint(new Point(40,30,0));
  284. poly.addPoint(new Point(30,20,0));
  285. poly.addPoint(new Point(10,20,0));
  286. poly.addPoint(new Point(10,10,0));
  287. obj.addFace(poly);
  289. poly=new CPoly();
  290. poly.addPoint(new Point(40,10,10));
  291. poly.addPoint(new Point(30,0,10));
  292. poly.addPoint(new Point(10,0,10));
  293. poly.addPoint(new Point(0,10,10));
  294. poly.addPoint(new Point(0,20,10));
  295. poly.addPoint(new Point(10,30,10));
  296. poly.addPoint(new Point(30,30,10));
  297. poly.addPoint(new Point(30,40,10));
  298. poly.addPoint(new Point(0,40,10));
  299. poly.addPoint(new Point(10,50,10));
  300. poly.addPoint(new Point(30,50,10));
  301. poly.addPoint(new Point(40,40,10));
  302. poly.addPoint(new Point(40,30,10));
  303. poly.addPoint(new Point(30,20,10));
  304. poly.addPoint(new Point(10,20,10));
  305. poly.addPoint(new Point(10,10,10));
  306. obj.addFace(poly);
  308. obj.addFace(new Quad(new Point(40,10,0),new Point(40,10,10),new Point(30,0,10),new Point(30,0,0)));
  309. obj.addFace(new Quad(new Point(10,0,0),new Point(10,0,10),new Point(0,10,10),new Point(0,10,0)));
  310. obj.addFace(new Quad(new Point(0,20,0),new Point(0,20,10),new Point(10,30,10),new Point(10,30,0)));
  311. obj.addFace(new Quad(new Point(30,30,0),new Point(30,30,10),new Point(30,40,10),new Point(30,40,0)));
  312. obj.addFace(new Quad(new Point(0,40,0),new Point(0,40,10),new Point(10,50,10),new Point(10,50,0)));
  313. obj.addFace(new Quad(new Point(30,50,0),new Point(30,50,10),new Point(40,40,10),new Point(40,40,0)));
  314. obj.addFace(new Quad(new Point(40,30,0),new Point(40,30,10),new Point(30,20,10),new Point(30,20,0)));
  315. obj.addFace(new Quad(new Point(10,20,0),new Point(10,20,10),new Point(10,10,10),new Point(10,10,0)));
  317. obj.addFace(new Quad(new Point(30,0,0),new Point(30,0,10),new Point(10,0,10),new Point(10,0,0)));
  318. obj.addFace(new Quad(new Point(0,10,0),new Point(0,10,10),new Point(0,20,10),new Point(0,20,0)));
  319. obj.addFace(new Quad(new Point(10,30,0),new Point(10,30,10),new Point(30,30,10),new Point(30,30,0)));
  320. obj.addFace(new Quad(new Point(30,40,0),new Point(30,40,10),new Point(0,40,10),new Point(0,40,0)));
  321. obj.addFace(new Quad(new Point(10,50,0),new Point(10,50,10),new Point(30,50,10),new Point(30,50,0)));
  322. obj.addFace(new Quad(new Point(40,40,0),new Point(40,40,10),new Point(40,30,10),new Point(40,30,0)));
  323. obj.addFace(new Quad(new Point(30,20,0),new Point(30,20,10),new Point(10,20,10),new Point(10,20,0)));
  324. obj.addFace(new Quad(new Point(10,10,0),new Point(10,10,10),new Point(40,10,10),new Point(40,10,0)));
  326. obj.move(-20,-25,-5); //Objekt zentrieren (nicht wirklich notwendig)
  327. obj.scale(5,5,1);
  328. obj.rotate(5,0,10);
  329. this._highquality=0;
  331. var color='0xff0000';
  333. this.onMouseMove=function(){
  334. if(hitTest(_root._xmouse,_root._ymouse,false))
  335. {color='0x00ff00';}
  336. else
  337. {color='0xff0000';}
  338. };
  340. this.onMouseDown=function(){
  341. if(hitTest(_root._xmouse,_root._ymouse,false)){getURL('http://www.google.de',_self);}
  342. };
  344. paint=function(context)
  345. {
  346. context.clear();
  348. obj.rotate(0,3,0);
  349. //obj.rotate(((context._ymouse/100)-2)*3,((context._xmouse/100)-2)*3,0); //objekt drehen
  350. obj.draw(context,color); // Jede Fläche zeichnet sich selbst (Tri oder Quad)
  351. };
  353. Mouse.addListener(this);
  354. setInterval(paint , 25, this);
  355. this.stop();
  357. ";
  358.  
  359. $movie->add(new SWFAction(str_replace("\r", "", $strAction)));
  360. $movie->nextFrame();
  361. header("Content-type:application/x-shockwave-flash");
  362. $movie->output(9);
  363. ?>
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