Package com.sun.j3d.utils.geometry

Examples of com.sun.j3d.utils.geometry.Cone

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        else if(_primitiveClass==Cylinder.class){
            _result=new Cylinder(_radius, _height, genFlag,
                    _divisions, _heightDivisions, null);
        }
        else if(_primitiveClass==Cone.class){
            _result=new Cone(_radius, _height, genFlag,
                    _divisions, _heightDivisions, null);
        }
        else if(_primitiveClass==Box.class){
            _result=new Box(_radius, _height, _depth, genFlag, null, 6);
        }
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        }
       
        Appearance sapp = new Appearance();
        sapp.setMaterial(new Material(new Color3f(tint), C.black, c50, C.white, 64.0f));

        Cone co = new Cone();
        co.setAppearance(sapp);

        if (dir != sdir) {
            TransformGroup fscale = new TransformGroup();
            fscale.setCapability(TransformGroup.ALLOW_TRANSFORM_WRITE);
            ScaleInterpolator si = new ScaleInterpolator(C.dblAlpha, fscale);
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    //Height of the treetop.
    float leavesHeight = 0.4f;

    //Generate the treetop in the form of a green cone.
    Cone leaves = new Cone(0.3f,leavesHeight,greenApp);

    //A transformation to place the treetop on top of the tree trunk.
    Transform3D tfLeaves = new Transform3D();
    tfLeaves.setTranslation(new Vector3f(0.0f,(trunkHeight+leavesHeight)/2,0.0f));
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    //Height of the treetop.
    float leavesHeight = 0.4f;

    //Generate the treetop in the form of a green cone.
    Cone leaves = new Cone(0.3f,leavesHeight,greenApp);

    //A transformation to place the treetop on top of the tree trunk.
    Transform3D tfLeaves = new Transform3D();
    tfLeaves.setTranslation(new Vector3f(0.0f,(trunkHeight+leavesHeight)/2,0.0f));
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    //Height of the treetop.
    float leavesHeight = 0.4f;

    //Generate the treetop in the form of a green cone.
    Cone leaves = new Cone(0.3f,leavesHeight,greenApp);

    //A transformation to place the treetop on top of the tree trunk.
    Transform3D tfLeaves = new Transform3D();
    tfLeaves.setTranslation(new Vector3f(0.0f,(trunkHeight+leavesHeight)/2,0.0f));
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    //Height of the treetop.
    float leavesHeight = 0.4f;

    //Generate the treetop in the form of a green cone.
    Cone leaves = new Cone(0.3f,leavesHeight,greenApp);

    //A transformation to place the treetop on top of the tree trunk.
    Transform3D tfLeaves = new Transform3D();
    tfLeaves.setTranslation(new Vector3f(0.0f,(trunkHeight+leavesHeight)/2,0.0f));
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    //Height of the treetop.
    float leavesHeight = 0.4f;

    //Generate the treetop in the form of a cone.
    Cone leaves = new Cone(0.3f,leavesHeight,blackApp);

    //A transformation to place the treetop on top of the tree trunk.
    Transform3D tfLeaves = new Transform3D();
    tfLeaves.setTranslation(new Vector3f(0.0f,(trunkHeight+leavesHeight)/2,0.0f));
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    //Height of the treetop.
    float leavesHeight = 0.4f;

    //Generate the treetop in the form of a green cone.
    Cone leaves = new Cone(0.3f,leavesHeight,greenApp);

    //A transformation to place the treetop on top of the tree trunk.
    Transform3D tfLeaves = new Transform3D();
    tfLeaves.setTranslation(new Vector3f(0.0f,(trunkHeight+leavesHeight)/2,0.0f));
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                .doubleValue();
        float radiusValue = (float) ((DoubleToken) radius.getToken())
                .doubleValue();

        if (_changesAllowedNow) {
            Cone cone = new Cone(1.0f, 1.0f, primitiveFlags,
                    circleDivisionsValue, sideDivisionsValue, _appearance);

            TransformGroup scaler = new TransformGroup();
            scaler.setCapability(TransformGroup.ALLOW_TRANSFORM_WRITE);
            _scaleTransform = new Transform3D();
            _scaleTransform.setScale(new Vector3d(radiusValue, heightValue,
                    radiusValue));
            scaler.setTransform(_scaleTransform);
            scaler.addChild(cone);
            _containedNode = scaler;
        } else {
            _containedNode = new Cone(radiusValue, heightValue, primitiveFlags,
                    circleDivisionsValue, sideDivisionsValue, _appearance);
            _scaleTransform = null;
        }
    }
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    // Material mat = new Material();
    // appear.setMaterial(mat);

    final AntiAliased<Box> achse = new AntiAliased<Box>(new Box(Achse.WIDTH,
        Achse.LENGTH, Achse.WIDTH, this.appear));
    final AntiAliased<Cone> spitze = new AntiAliased<Cone>(new Cone(
        Achse.WIDTH * 2, Achse.WIDTH * 2, this.appear));

    final Transform3D transform3d = new Transform3D();
    if (aling == Achse.ALING_X)
      transform3d.rotZ(-Math.PI / 2);
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Related Classes of com.sun.j3d.utils.geometry.Cone

  • com.sun.j3d.utils.scenegraph.io.state.com.sun.j3d.utils.geometry.ConeState
  • eas.miscellaneous.java3D.ClippingPlanes
  • eas.miscellaneous.java3D.SimpleAnimation3d
  • eas.miscellaneous.java3D.StaticSceneExample
  • eas.miscellaneous.java3D.TesselationBWExample
  • eas.miscellaneous.java3D.TesselationExample
  • eas.miscellaneous.java3D.ViewParallelProjection
  • horcher.visual.Achse
  • jsynoptic.plugins.java3d.panels.PrimitiveDialog
  • megamek.client.ui.AWT.boardview3d.EntityModel
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