public void rotate(CameraTransformations rot, float angle)
{
switch (rot)
{
case CameraTransformations.YawLeft:
rotateY(angle);
break;
case CameraTransformations.YawRight:
rotateY(-angle);
break;
case CameraTransformations.PitchUp:
rotateX(angle);
break;
case CameraTransformations.PitchDown:
rotateX(-angle);
break;
case CameraTransformations.RollClockwise:
rotateZ(angle);
break;
case CameraTransformations.RollAnticlockwise:
rotateZ(-angle);
break;
}
updateViewMatrix();
}
public void transform(CameraTransformations t, float dt)
{
// Console.WriteLine("Camera.transform()");
float val = 0.02f;//MathHelper.ToRadians(1) * 0.001f;// MathHelper.ToRadians(0.2 * dt);
switch (t)
{
case CameraTransformations.YawLeft:
this.rotate(CameraTransformations.YawLeft, val); // rotateY(val);
break;
case CameraTransformations.YawRight:
this.rotate(CameraTransformations.YawRight, val);
break;
case CameraTransformations.PitchUp:
this.rotate(CameraTransformations.PitchUp, val); // rotateY(val);
break;
case CameraTransformations.PitchDown:
this.rotate(CameraTransformations.PitchDown, val); // rotateY(val);
break;
case CameraTransformations.RollClockwise:
this.rotate(CameraTransformations.RollClockwise, val); // rotateY(val);
break;
case CameraTransformations.RollAnticlockwise:
this.rotate(CameraTransformations.RollAnticlockwise, val); // rotateY(val);
break;
case CameraTransformations.MoveForward:
this.moveForward(val);
break;
case CameraTransformations.MoveBackward:
this.moveBack(val);
break;
case CameraTransformations.MoveLeft:
this.moveLeft(val);
break;
case CameraTransformations.MoveRight:
this.moveRight(val);
break;
case CameraTransformations.MoveUp:
this.moveUp(val);
break;
case CameraTransformations.MoveDown:
this.moveDown(val);
break;
}
updateViewMatrix();
}