private Vector3f getTranslation(Vector3f dir, float amt) {
return (dir.mul(amt));
}
public void input() {
float movAmt = (float) (speed * Time.getDelta());
Vector3f rightVec = getTransform().getRotation().getRight().normalized();
moving = false;
if (Input.getKey(forward)) {
movementVector.set(movementVector.add(getTranslation(rightVec.cross(Y_AXIS), movAmt)));
moving = true;
}
if (Input.getKey(backward)) {
movementVector.set(movementVector.add(getTranslation(rightVec.cross(Y_AXIS), -movAmt)));
moving = true;
}
if (Input.getKey(right)) {
movementVector.set(movementVector.add(getTranslation(rightVec, movAmt)));
moving = true;
}
if (Input.getKey(left)) {
movementVector.set(movementVector.add(getTranslation(rightVec, -movAmt)));
moving = true;
}
if (Input.getKeyDown(reloadButton)) {
reloading = true;
}
if (Input.getKeyDown(jumpButton)) {
movementVector.set(movementVector.add(getTranslation(Y_AXIS, JUMP_HEIGHT * movAmt)));
moving = true;
// jumping = true;
}
// template!
// if(Input.getKeyDown(Input.KEY_U)){
// movementVector.set(movementVector.add(getTranslation(Y_AXIS, 9 * movAmt)));
// moving = true;
// }
//
// if(Input.getKey(Input.KEY_J)){
// movementVector.set(movementVector.add(getTranslation(Y_AXIS, -movAmt)));
// moving = true;
// }
if (!moving) {
movementVector = new Vector3f(0, 0, 0);
}
}
private void move(Vector3f dir, float amt) {
getTransform().setPosition(getTransform().getPosition().add(dir.mul(amt)));
}
