public override void Render(Camera camera)
{
modelAnim.Update();
modelAnim.SetupIdle(sro);
sro.RenderColor = Classification.ColorVector4(Color);
Matrix matrixRender = this.matrixSro * world;
sro.Render(camera, ref matrixRender, null);
}
} // end of RenderObj c'tor
public override void Render(Camera camera)
{
if (!parent.Visible)
{
return;
}
Frustum.CullResult cull = camera.Frustum.CullTest(parent.BoundingSphere.Center + parent.Movement.Position, parent.BoundingSphere.Radius);
if (cull != Frustum.CullResult.TotallyOutside)
{
sro.PreRender = parent.PreRender;
sro.Animators = parent.Animators;
sro.RenderColor = parent.Classification.ColorRGBA;
GameActor parentActor = parent as GameActor;
if (parentActor != null)
{
sro.GlowEmissiveColor = parentActor.GlowEmissivity * parentActor.GlowColor;
}
Matrix local = Matrix.CreateScale(parent.ReScale) * parent.Movement.LocalMatrix;
// Add in squashed transform if appropriate.
if (parentActor.SquashScale != Vector3.One)
{
if (parent.CurrentState == GameThing.State.Squashed && false)
{
// Translate down to the ground.
// TODO (****) should probably make this happen smoothly.
float terrainHeight = Boku.SimWorld.Terra.Terrain.GetHeight(parent.Movement.Position);
if (terrainHeight > 0)
{
Vector3 translation = local.Translation;
translation.Z = terrainHeight;
local.Translation = translation;
parent.Movement.Altitude = translation.Z;
}
}
local = Matrix.CreateScale(parentActor.SquashScale) * local;
}
sro.Render(camera, ref local, null);
sro.PreRender = null;
parent.DebugDisplay(camera);
}
}