No, that's not possible ATM, i'm afraid. I also think that it would look strange to use a 0.75 factor and upsample that for example. Like the scaling a TFT does in these cases... barely usable IMHO.

have you thought about my question (edged in different color)?

Opps, i must have missed this one...to keep it short: That's hardly possible in jPCT without adding additional geometry that simulates it. You may draw a wireframe over the rendered scene, but that's most likely not what you want.

No, i don't have such plans ATM. I think that jPCT is too demanding in terms of memory and CPU requirements to be usefull on current mobile devices.

Try something like this:

SimpleVector s=shape.getZAxis();
s.scalarMul(speed);
shape.translate(s);


Adding a constructor that takes an Image should be easy and may appear in one of the next versions. Anyway, thanx for sharing the code. May i ask what kind of project that is?

Well, the example that i've written in that thread ommits an important step: How to apply the assigned controller... :wink: But it's quite simple. Just call
applyVertexController(); on the Object3D's Mesh and it will be applied.
Vertices and normals in the controller are all in object space, so that transformations don't matter. If you need to pre-transform the object, have a look at rotateMesh() and translateMesh() in Object3D.

Is it supposed to show a single plane only? Or am i doing something wrong?

Für Applets ist es nicht anders, als für Applikationen, wenn man von den naturgegebenen Unterschieden einmal absieht. Es gab mal ein Applet-Beispiel, aber in 0.97 ist es rausgeflogen. Die Version 0.96 mit dem Beispiel gibt es noch hier drin: http://www.jpct.net/download/
Aber nimm davon nur das Beispiel, nicht die API selber..0.96 ist uralt. Ob das Beispiel noch mit 1.05 compiliert weiß ich nicht genau, aber wenn nicht, dann sollte nicht viel zu ändern sein.
Um ein einfaches Object zu erzeugen, musst du einfach ein Object3D mit der gewünschten Polygonanzahl erzeugen und mit addTriangle(...) deine Dreiecke hinzufügen. Hier ein Beispiel für einen Ring:

private static Object3D buildRing(float maxSize, float minSize, float texSize) {
      final float rot=2*0.19634954084936207740391521145497f;

      Object3D obj=new Object3D(16*2);
      float div=Math.abs(maxSize)*2;

      SimpleVector s1=new SimpleVector(-maxSize, 0, 0);
      SimpleVector s2=new SimpleVector(-minSize, 0, 0);
      SimpleVector st=new SimpleVector(-texSize, 0, 0);
      SimpleVector e1=null;
      SimpleVector e2=null;
      SimpleVector et=null;

      int i=0;
      while (i<16) {
         i++;
         e1=new SimpleVector(s1);
         e2=new SimpleVector(s2);
         et=new SimpleVector(st);

         e1.rotateY(rot);
         e2.rotateY(rot);
         et.rotateY(rot);

         if (i==16) {
            e1=new SimpleVector(-maxSize, 0, 0);
            e2=new SimpleVector(-minSize, 0, 0);
            et=new SimpleVector(-texSize, 0, 0);
         }

         float us1=s1.x/div+0.5f;
         float vs1=s1.z/div+0.5f;
         float us2=st.x/div+0.5f;
         float vs2=st.z/div+0.5f;

         float ue1=e1.x/div+0.5f;
         float ve1=e1.z/div+0.5f;
         float ue2=et.x/div+0.5f;
         float ve2=et.z/div+0.5f;

         obj.addTriangle(s1, us1, vs1, e1, ue1, ve1, s2, us2, vs2);
         obj.addTriangle(e1, ue1, ve1, e2, ue2, ve2, s2, us2, vs2);

         s1=e1;
         s2=e2;
         st=et;
      }
      return obj;
   }

Für ein Band ist es noch eine ganze Ecke einfacher.