Test

(Unterschied zwischen Versionen)

@@ Zeile 1: / Zeile 1: @@
 <jsxgraph box="jxgbox" width="500" height="500">
-var board = JXG.JSXGraph.initBoard('jxgbox', {boundingbox: [-50,50,50,-50], axis:true});
+var board = JXG.JSXGraph.initBoard('jxgbox', {boundingbox: [-100,100,100,-100], axis:true});
 var r=5;
 var p0;
-var p0=board.create('point', [0.0, 30.0]);
+var p0=board.create('point', [0.0, 60.0],{size:5});
-var c0=board.create('circle', [p0, r]);
-var lx1[0]=p0.X()-Math.sin(80*Math.PI/180)*r;
+var c0=board.create('circle', [p0, r], {visible:false});
-var ly1[0]=p0.Y()-Math.cos(80*Math.PI/180)*r;
-var lx2[0]=p0.X()-Math.sin(20*Math.PI/180)*r;
-var ly2[0]=p0.Y()-Math.cos(20*Math.PI/180)*r;
-var p[0] = board.create('glider', [lx1[0], ly1[0],c0], { name: '1', withLabel: false });
-var p[0] = board.create('glider', [lx2[0], ly2[0],c0], { name: '1', withLabel: false });
-var c1=board.create('circle', [p1, r]);
+for (let i = 0; i < 100; i++) {
+var lx0=p0.X()-Math.sin((80-i*4)*Math.PI/180)*r;
+var ly0=p0.Y()-Math.cos((80-i*4)*Math.PI/180)*r;
+var lx1=p0.X()-Math.sin((20-i*4)*Math.PI/180)*r;
+var ly1=p0.Y()-Math.cos((20-i*4)*Math.PI/180)*r;
+var p0 = board.create('glider', [lx0, ly0,c0], { name: '1', withLabel: false, size:5, fillColor:"blue"});
+var p1 = board.create('glider', [lx1, ly1,c0], { name: '1', withLabel: false, size:3});
+var c0=board.create('circle', [p0, r], {visible:false});
+}
 </jsxgraph>

Aktuelle Version vom 18:33, 8. Dez. 2025