2

10

11using namespace System;

12

13namespace XXSharpKmyPhysics

14{

15 ref class PhysicsBase;

16}

17

18namespace XXSharpKmyGfx

19{

20 ref class MaterialInstance;

21 ref class GeometryInstance;

22 ref class SpriteBatch;

23 ref class GeomCluster;

24 ref class Drawable;

25 value class Color;

26

27 //======================================================================================================================

31 private ref class Render

32 {

33 public:

34 bool owned;

35

36 public:

37 Render();

38 Render(int priority, int width, int height);

39 void Release();

40

41 Texture^ getColorTexture();

42 Texture^ getDepthTexture();

43 void setClearMask(u32 mask);

44 void setClearColor(float r, float g, float b, float a);

45 void setViewport(int x, int y, int width, int height);

46 XXSharpKmyGfx::Color getColor(int x, int y, float %depth);

47 void getColor(int x, int y, int w, int h, array<UINT32> ^buffer);

48

50 static Render^ getDefaultRender();

51 static Render^ getRender2D();

52 static Render^ getRenderL();

53 static Render^ getRenderR();

55 static Render^ getDefaultRender();

57

58 void setViewMatrix(XXSharpKmyMath::Matrix4 proj, XXSharpKmyMath::Matrix4 view);

59 void addDrawable(Drawable ^drawable);

60 void getViewMatrix(XXSharpKmyMath::Matrix4 %proj, XXSharpKmyMath::Matrix4 %view);

61 bool viewVolumeCheck(XXSharpKmyMath::Vector3 pos, float radius);

62 void setAmbientColor(XXSharpKmyMath::Vector3 color);

63 void makeBatchAndDrawCall();

64 static void makeBatchAndDrawCallAll();

65

66 virtual void draw(){}

67

68 static bool isSameScene(Render ^s1, Render ^s2)

69 {

70 return true;

71 }

72

73 XXSharpKmyMath::Matrix4 proj, view;

74 };

75

76}