public virtual void Dispose()
{
UnregisterRenderRequest();
if (FrontFbo != null)
{
FrontFbo.Dispose();
}
if (BackFbo != null)
{
BackFbo.Dispose();
}
if (FboMs != null)
{
FboMs.Dispose();
}
Quad.Dispose();
GameObjectPainter.Dispose();
EffectPainter.Dispose();
PostprocessPainter.Dispose();
OverlayPainter.Dispose();
ImagePainter.Dispose();
}
public virtual void Init()
{
PositionCenterV = new Vector3(PositionCenterV2, !GameObjects.Use3D ? 2 : 2.4f);
// Set up color and blending
const int baseIntensity = 50;
GL.ClearColor(System.Drawing.Color.FromArgb(baseIntensity, baseIntensity, baseIntensity));
GL.BlendEquation(BlendEquationMode.FuncAdd);
// Set up framebuffers
{
bool newRes = FrontFbo == null || Resolution.Width != FrontFbo.Size.X || Resolution.Height != FrontFbo.Size.Y;
if (newRes)
{
// Reallocate front fbo
if (FrontFbo != null)
{
FrontFbo.Dispose();
}
FrontFbo = new BasicFbo(Renderer.RenderTargetManager, (Vector2I)Resolution);
// Reallocate back fbo; only if it was already allocated
if (BackFbo != null)
{
BackFbo.Dispose();
}
BackFbo = new BasicFbo(Renderer.RenderTargetManager, (Vector2I)Resolution);
}
// Reallocate MS fbo
if (MultisampleLevel > 0)
{
int multisampleCount = 1 << (int)MultisampleLevel; // 4x to 32x (4 levels)
if (newRes || FboMs == null || multisampleCount != FboMs.MultisampleCount)
{
if (FboMs != null)
{
FboMs.Dispose();
}
FboMs = new BasicFboMultisample(Renderer.RenderTargetManager, (Vector2I)Resolution, multisampleCount);
}
// No need to enable Multisample capability, it is enabled automatically
// GL.Enable(EnableCap.Multisample);
}
}
// Setup geometry
Quad = Renderer.GeometryManager.Get <Quad>();
GameObjectPainter.Init(Renderer, World, GameObjects);
EffectPainter.Init(Renderer, World, Effects);
PostprocessPainter.Init(Renderer, World, Postprocessing);
OverlayPainter.Init(Renderer, World, Overlay);
ImagePainter.Init(Renderer, World, Image);
}
