cs sdk v 1.14 released Home  |  Product  |  Documents  |  Tutorials  |  FAQ |   Download  |   Forum |   Contacts  |   Link     Cross Suit  Cross Suit SDK  Documents       classes  Starting...            Tutorials  LUA tutorials    Support   Forum   q&a  Product parts  Virtual File system  Virtual Render  Virtual Machine       Demo Games      3D Engine   gvSystem(dx9)  Link     gm_grp_driver.h Go to the documentation of this file. #pragma once #ifndef __gm_grp_driver_h__ #define __gm_grp_driver_h__ // // common ¸ðÀ½. // ¹öÅؽº ¹öÆÛ/ÅؽºÃÄ ¼ÂÆÃ. // ·»´õ ½ºÅ×ÀÌÆ®.(global) // #if 0 typedef enum _D3DPRIMITIVETYPE { D3DPT_POINTLIST = 1, D3DPT_LINELIST = 2, D3DPT_LINESTRIP = 3, D3DPT_TRIANGLELIST = 4, D3DPT_TRIANGLESTRIP = 5, D3DPT_TRIANGLEFAN = 6, D3DPT_FORCE_DWORD = 0x7fffffff, /* force 32-bit size enum */ } D3DPRIMITIVETYPE; // // #endif // ÂüÁ¶. // #if defined(_WIN32) #define gv_primtype_trilist 4 #define gv_primtype_trifan 6 #define gv_primtype_tristrip 5 #define gv_primtype_rectlist 7 #define gv_rstate_cull_dir_cw (1 << 13) #define gv_rstate_cull_back_face (1 << 12) #define gv_rstate_dither (1 << 11) #define gv_rstate_fog (1 << 10) #define gv_rstate_zwrite (1 << 9) #define gv_rstate_ztest 7 //(1 << 8) #define gv_rstate_blend (1 << 7) #define gv_rstate_afilter (1 << 6) #define gv_rstate_bilinear (1 << 5) #define gv_rstate_shade (1 << 4) #define gv_rstate_colorkey (1 << 3) #define gv_rstate_multitex (1 << 2) #define gv_rstate_tex (1 << 1) #define gv_rstate_pc (1 << 0) // ÇÊ¿äÇѰ͸¸ ÃàÃâÇؾßÇÔ. #define gv_blend_zero 0x01 #define gv_blend_one 0x11 #define gv_blend_src_color 0x02 #define gv_blend_inv_src_color 0x12 #define gv_blend_src_alpha 0x04 #define gv_blend_inv_src_alpha 0x14 #define gv_blend_dst_color 0x08 #define gv_blend_inv_dst_color 0x18 #else // #define gv_primtype_trilist 0 #define gv_primtype_trifan 1 #define gv_primtype_tristrip 2 #define gv_primtype_rectlist 3 // clock wise. #define gv_rstate_cull_dir_cw (1 << 13) // #define gv_rstate_cull_back_face (1 << 12) // #define gv_rstate_dither (1 << 11) // #define gv_rstate_fog (1 << 10) #define gv_rstate_zwrite (1 << 9) #define gv_rstate_ztest (1 << 8) #define gv_rstate_blend (1 << 7) #define gv_rstate_afilter (1 << 6) #define gv_rstate_bilinear (1 << 5) #define gv_rstate_shade (1 << 4) #define gv_rstate_colorkey (1 << 3) #define gv_rstate_multitex (1 << 2) #define gv_rstate_tex (1 << 1) #define gv_rstate_pc (1 << 0) // ÇÊ¿äÇѰ͸¸ ÃàÃâÇؾßÇÔ. #define gv_blend_zero 0x01 #define gv_blend_one 0x11 #define gv_blend_src_color 0x02 #define gv_blend_inv_src_color 0x12 #define gv_blend_src_alpha 0x04 #define gv_blend_inv_src_alpha 0x14 #define gv_blend_dst_color 0x08 #define gv_blend_inv_dst_color 0x18 #endif // // #if defined(_WIN32) typedef struct _v_dx9 { float x,y,z; // vertex unsigned long diffuse; float u0,v0; // tex float u1,v1; // tex } v_dx9; typedef v_dx9 v; #else typedef struct _v_hb3 { float x,y,z,w; // vertex float u0,v0,u1,v1; // tex float a,r,g,b; // color float trash0,trash1,trash2,trash3; } v_hb3; // hb or zenith? typedef v_hb3 v; #endif /* typedef struct _vv : public v { _vv(void) { x=y=z=0.0f; } _vv(float xx,float yy,float zz) { x=xx;y=yy;z=zz; w=1.0f; a=r=g=b=255.0f; } _vv(float xx,float yy,float zz,float aa,float rr,float gg,float bb,float uu,float vv,float uu1,float vv1,float tt0,float tt1,float tt2,float tt3) { x=xx; y=yy; z=zz; w=1.0f; a=aa;r=rr;g=gg;b=bb; u0=uu;v0=vv; u1=uu1;v1=vv1; // 2nd¸ÖƼÅؽºÃÄÄÚµå? trash0=tt0;trash1=tt1;trash2=tt2;trash3=tt3; } void value(float xx,float yy,float zz) { x=xx; y=yy; z=zz; a=r=g=b=255.0f; } void color(float aa, float rr, float gg, float bb) { a=aa;r=rr;g=gg;b=bb; } }vv, *lpv; */ void vValue(v* vp,float x,float y,float z); void vValueScale(v* vp,float fscale); void vColor(v* vp,float a,float r,float g,float b); void vColorAlpha(v* vp,int alpha); void vUV(v* vp,float a,float b); int vColorAlphaGet(v* vp); void vColorCopy(v* a,v* b); void vClear(v* vp); void vReUV0(v* vp,float w, float h); void vReUV1(v* vp,float w, float h); void vTrashValue(v* vp,float a,float b, float c,float d); class gm_grp_driver { public: int drv_idx; //gm_grp_driver(void){}; //notice. muse have virtual function for gcc and other compiler.( wipi, or ads ,,thumb..) virtual ~gm_grp_driver(void) {}; virtual void init(void){}; virtual void shut(void){}; virtual void set_view_port(int x, int y,int w,int h){}; virtual void get_view_port(int& x, int& y,int& w,int& h){}; virtual void clear_screen(unsigned short x,unsigned short y,unsigned short w,unsigned short h,unsigned short color){}; virtual void begin_scene(void){}; virtual void end_scene(void){}; virtual void swap(void){}; virtual void swap_async(void){}; virtual void* rsrv_tex(unsigned char* pbyte,int w,int h,int bpp){return 0;}; virtual void away_tex(void* phandle){}; virtual void gp_set_gte_code(const unsigned long* code, unsigned char size){}; virtual void set_gte_const(unsigned char idx, const float* fpdata,unsigned char size){}; virtual void set_texture0(void* pt,unsigned char addrmode){}; virtual void set_texture1(void* pt,unsigned char addrmode){}; virtual void set_render_state(unsigned short rs){}; virtual unsigned short get_render_state(void){return 0;}; virtual void* create_vertex_buf(unsigned long size,unsigned long stride,unsigned long format){return 0;}; virtual void release_vertex_buf(void* handle){}; virtual void* lock_vertex_buf(void* handle){return 0;}; virtual void unlock_vertex_buf(void* handle){}; virtual void set_vertex_buf(void* handle){}; virtual void draw_vb_primitive(unsigned char render_mode,unsigned char prim_type,unsigned short vertex_cnt){}; virtual void set_target(int id){}; }; class gm_grp_driver_opengl : public gm_grp_driver { public: gm_grp_driver_opengl(void); ~gm_grp_driver_opengl(void); virtual void init(void); virtual void shut(void); virtual void set_view_port(int x, int y,int w,int h); virtual void get_view_port(int& x, int& y,int& w,int& h); virtual void clear_screen(unsigned short x,unsigned short y,unsigned short w,unsigned short h,unsigned short color); virtual void begin_scene(void); virtual void end_scene(void); virtual void swap(void); virtual void swap_async(void); virtual void* rsrv_tex(unsigned char* pbyte,int w,int h,int bpp); virtual void away_tex(void* phandle); virtual void set_gte_code(const unsigned long* code, unsigned char size); virtual void set_gte_const(unsigned char idx, const float* fpdata,unsigned char size); virtual void set_texture0(void* pt,unsigned char addrmode=0); virtual void set_texture1(void* pt,unsigned char addrmode=0); virtual void set_render_state(unsigned short rs); virtual unsigned short get_render_state(void); // virtual void* create_vertex_buf(unsigned long size,unsigned long stride,unsigned long format); virtual void release_vertex_buf(void* handle); virtual void* lock_vertex_buf(void* handle); virtual void unlock_vertex_buf(void* handle); virtual void set_vertex_buf(void* handle); virtual void draw_vb_primitive(unsigned char render_mode,unsigned char prim_type,unsigned short vertex_cnt); virtual void set_target(int id); // }; #ifndef _WIN32 // // class gm_grp_driver_hb3 : public gm_grp_driver { public: gm_grp_driver_hb3(void); ~gm_grp_driver_hb3(void); virtual void init(void); virtual void shut(void); virtual void set_view_port(int x, int y,int w,int h); virtual void get_view_port(int& x, int& y,int& w,int& h); virtual void clear_screen(unsigned short x,unsigned short y,unsigned short w,unsigned short h,unsigned short color); virtual void begin_scene(void); virtual void end_scene(void); virtual void swap(void); virtual void swap_async(void); virtual void* rsrv_tex(unsigned char* pbyte,int w,int h,int bpp); virtual void away_tex(void* phandle); virtual void set_gte_code(const unsigned long* code, unsigned char size); virtual void set_gte_const(unsigned char idx, const float* fpdata,unsigned char size); virtual void set_texture0(void* pt,unsigned char addrmode=0); virtual void set_texture1(void* pt,unsigned char addrmode=0); virtual void set_render_state(unsigned short rs); virtual unsigned short get_render_state(void); // virtual void* create_vertex_buf(unsigned long size,unsigned long stride,unsigned long format); virtual void release_vertex_buf(void* handle); virtual void* lock_vertex_buf(void* handle); virtual void unlock_vertex_buf(void* handle); virtual void set_vertex_buf(void* handle); virtual void draw_vb_primitive(unsigned char render_mode,unsigned char prim_type,unsigned short vertex_cnt); virtual void set_target(int id); // }; // // class gm_grp_driver_znt : public gm_grp_driver { public: gm_grp_driver_znt(void); ~gm_grp_driver_znt(void); virtual void init(void); virtual void shut(void); virtual void set_view_port(int x, int y,int w,int h); virtual void get_view_port(int& x, int& y,int& w,int& h); virtual void clear_screen(unsigned short x,unsigned short y,unsigned short w,unsigned short h,unsigned short color); virtual void begin_scene(void); virtual void end_scene(void); virtual void swap(void); virtual void swap_async(void); virtual void* rsrv_tex(unsigned char* pbyte,int w,int h,int bpp); virtual void away_tex(void* phandle); virtual void set_gte_const(unsigned char idx, const float* fpdata,unsigned char size); virtual void set_texture0(void* pt,unsigned char addrmode=0); virtual void set_texture1(void* pt,unsigned char addrmode=0); virtual void set_render_state(unsigned short rs); virtual unsigned short get_render_state(void); // virtual void* create_vertex_buf(unsigned long size,unsigned long stride,unsigned long format); virtual void release_vertex_buf(void* handle); virtual void* lock_vertex_buf(void* handle); virtual void unlock_vertex_buf(void* handle); virtual void set_vertex_buf(void* handle); virtual void draw_vb_primitive(unsigned char render_mode,unsigned char prim_type,unsigned short vertex_cnt); virtual void set_target(int id); // }; #endif //_WIN32 #ifdef _WIN32 // void PumpWin32Message(void); // class gm_grp_driver_soft : public gm_grp_driver { public: gm_grp_driver_soft(void); ~gm_grp_driver_soft(void); virtual void init(void); virtual void shut(void); virtual void set_view_port(int x, int y,int w,int h); virtual void get_view_port(int& x, int& y,int& w,int& h); virtual void clear_screen(unsigned short x,unsigned short y,unsigned short w,unsigned short h,unsigned short color); virtual void begin_scene(void); virtual void end_scene(void); virtual void swap(void); virtual void swap_async(void); virtual void* rsrv_tex(unsigned char* pbyte,int w,int h,int bpp); virtual void away_tex(void* phandle); virtual void set_gte_const(unsigned char idx, const float* fpdata,unsigned char size); virtual void set_texture0(void* pt,unsigned char addrmode=0); virtual void set_texture1(void* pt,unsigned char addrmode=0); virtual void set_render_state(unsigned short rs); virtual unsigned short get_render_state(void); // virtual void* create_vertex_buf(unsigned long size,unsigned long stride,unsigned long format); virtual void release_vertex_buf(void* handle); virtual void* lock_vertex_buf(void* handle); virtual void unlock_vertex_buf(void* handle); virtual void set_vertex_buf(void* handle); virtual void draw_vb_primitive(unsigned char render_mode,unsigned char prim_type,unsigned short vertex_cnt); virtual void set_target(int id); // }; class gm_grp_driver_dx9 : public gm_grp_driver { public: gm_grp_driver_dx9(void); ~gm_grp_driver_dx9(void); virtual void init(void); virtual void shut(void); virtual void set_view_port(int x, int y,int w,int h); virtual void get_view_port(int& x, int& y,int& w,int& h); virtual void clear_screen(unsigned short x,unsigned short y,unsigned short w,unsigned short h,unsigned short color); virtual void begin_scene(void); virtual void end_scene(void); virtual void swap(void); virtual void swap_async(void); virtual void* rsrv_tex(unsigned char* pbyte,int w,int h,int bpp); virtual void away_tex(void* phandle); virtual void set_gte_const(unsigned char idx, const float* fpdata,unsigned char size); virtual void set_texture0(void* pt,unsigned char addrmode=0); virtual void set_texture1(void* pt,unsigned char addrmode=0); virtual void set_render_state(unsigned short rs); virtual unsigned short get_render_state(void); // virtual void* create_vertex_buf(unsigned long size,unsigned long stride,unsigned long format); virtual void release_vertex_buf(void* handle); virtual void* lock_vertex_buf(void* handle); virtual void unlock_vertex_buf(void* handle); virtual void set_vertex_buf(void* handle); virtual void draw_vb_primitive(unsigned char render_mode,unsigned char prim_type,unsigned short vertex_cnt); virtual void set_target(int id); // }; #endif #endif //__gm_grp_driver_h__ Copyright(C) gvSystem & GamePlus All Rights Reserved.