public void OnAnimate(ComponentAnimation animation, Vector3 position, ComponentTransform transform)
{
Matrix4 mat = Matrix4.CreateRotationX(animation.AnimateRotation.X * animation.Speed);
mat *= Matrix4.CreateRotationY(animation.AnimateRotation.Y * animation.Speed);
mat *= Matrix4.CreateRotationZ(animation.AnimateRotation.Z * animation.Speed);
transform.Transform *= mat;
}
public static JointAnimation Read(Stream str)
{
JointAnimation anim = new JointAnimation();
anim.x = ComponentAnimation.Read(str);
anim.y = ComponentAnimation.Read(str);
anim.z = ComponentAnimation.Read(str);
return(anim);
}
public static ComponentAnimation Read(Stream str)
{
ComponentAnimation anim = new ComponentAnimation();
anim.scale = Selection.Read(str);
anim.rotation = Selection.Read(str);
anim.translation = Selection.Read(str);
return(anim);
}
private void Animation(ComponentPosition position, ComponentDirection direction, ComponentAnimation animation)
{
float currentTime = animation.CurrentTime;
float period = animation.Period;
float dt = SceneManager.dt;
float timeOver = 0.0f;
currentTime += dt;
if (currentTime > period)
{
timeOver = (currentTime - period) % period;
animation.CurrentTime = timeOver;
}
else
{
animation.CurrentTime = currentTime;
}
AnimationType type = animation.Type;
if (type == AnimationType.ROTATION_Y)
{
Matrix3 rot = Matrix3.CreateRotationY(DegreeToRadians(360 / period) * SceneManager.dt);
direction.Direction = rot * direction.Direction;
}
else if (type == AnimationType.OSCILLATION_Y)
{
float angle = (currentTime / period) * 360;
float height = (float)Math.Cos(angle / 180 * Math.PI);
Vector3 positionV = position.Position;
positionV.Y = position.StartPosition.Y + animation.MaxHeight * (-(height - 1) / 2f);
position.Position = positionV;
}
}
