public Car() {
/**
* The car's "body" is this instance itself. That may seem a bit strange at first glance, but
* it's quite convenient in this case.
*/
super(Primitives.getBox(8, 0.25f));
rightFront = Primitives.getSphere(5, 4);
leftFront = Primitives.getSphere(5, 4);
rightRear = Primitives.getSphere(5, 4);
leftRear = Primitives.getSphere(5, 4);
/** The wheels are parts, i.e. children of the car */
addChild(rightFront);
addChild(leftFront);
addChild(rightRear);
addChild(leftRear);
/** Initialize the car and the wheels */
setTexture("car");
rightFront.setTexture("car");
leftFront.setTexture("car");
rightRear.setTexture("car");
leftRear.setTexture("car");
setEnvmapped(Object3D.ENVMAP_ENABLED);
rightFront.setEnvmapped(Object3D.ENVMAP_ENABLED);
leftFront.setEnvmapped(Object3D.ENVMAP_ENABLED);
rightRear.setEnvmapped(Object3D.ENVMAP_ENABLED);
leftRear.setEnvmapped(Object3D.ENVMAP_ENABLED);
/** We need to offset the wheels a little... */
rightFront.translate(new SimpleVector(-8, 4, 8));
rightRear.translate(new SimpleVector(-8, 4, -8));
leftFront.translate(new SimpleVector(8, 4, 8));
leftRear.translate(new SimpleVector(8, 4, -8));
rightFront.translateMesh();
rightRear.translateMesh();
leftFront.translateMesh();
leftRear.translateMesh();
rightFront.setTranslationMatrix(new Matrix());
rightRear.setTranslationMatrix(new Matrix());
leftFront.setTranslationMatrix(new Matrix());
leftRear.setTranslationMatrix(new Matrix());
/** ...the wheels are now in place. We can now build the car. */
build();
rightRear.build();
rightFront.build();
leftRear.build();
leftFront.build();
}
static {
// static initializer that creates a mesh blueprint and loads the
// textures.
try {
SimpleStream ss = new SimpleStream("data/weapon.jpg");
TextureManager.getInstance().addTexture("weapon", new Texture(ss.getStream()));
ss.close();
ss = new SimpleStream("data/snork.md2");
bluePrint = new ClientObject(Loader.loadMD2(ss.getStream(), 0.22f)); // 0.32f
bluePrint.translate(0, 4.5f, 0);
bluePrint.translateMesh();
bluePrint.getTranslationMatrix().setIdentity();
bluePrint.translate(100000, 100000, 100000);
sphereBluePrint = Primitives.getSphere(9, 6);
sphereBluePrint.build();
sphereBluePrint.setTexture("shield");
sphereBluePrint.calcTextureWrapSpherical();
ss.close();
} catch (Exception e) {
e.printStackTrace();
}
}
static {
try {
SimpleStream ss = new SimpleStream("data/crate.3ds");
bluePrint = new ClientObject(Loader.load3DS(ss.getStream(), 0.09f)[0]);
ss.close();
bluePrint.translate(0, -4.3f, -5);
bluePrint.translateMesh();
bluePrint.getTranslationMatrix().setIdentity();
TextureInfo ti = null;
if (!Globals.normalMapping) {
bluePrint.setTexture("crate");
} else {
ti = new TextureInfo(TextureManager.getInstance().getTextureID("crate"));
ti.add(
TextureManager.getInstance().getTextureID("cratenormals"), TextureInfo.MODE_MODULATE);
bluePrint.setTexture(ti);
}
bluePrint.getMesh().compress();
bluePrint.build();
Object3D child = null;
Animation anim = new Animation(6);
anim.setClampingMode(Animation.USE_CLAMPING);
anim.createSubSequence("explosion");
Loader.setVertexOptimization(false);
for (int i = 1; i < 6; i++) {
String name = "data/crate" + i + ".3ds";
ss = new SimpleStream(name);
Object3D obj = Loader.load3DS(ss.getStream(), 4.4050189f)[0];
ss.close();
obj.translate(0, -5f, -0.6f);
obj.translateMesh();
obj.getTranslationMatrix().setIdentity();
if (!Globals.normalMapping) {
obj.setTexture("crate");
} else {
obj.setTexture(ti);
}
obj.build();
if (i == 1) {
child = obj;
child.setMesh(child.getMesh().cloneMesh(true));
}
obj.getMesh().compress();
anim.addKeyFrame(obj.getMesh());
}
child.setAnimationSequence(anim);
Loader.setVertexOptimization(true);
childBluePrint = child;
/*
* for (int i=0; i<child.getMesh().getBoundingBox().length; i++) {
* System.out.print(child.getMesh().getBoundingBox()[i]);
* System.out.println("="+bluePrint.getMesh().getBoundingBox()[i]);
* }
*/
} catch (Exception e) {
e.printStackTrace();
}
}