/******************** course.h ********************/ #ifndef _course_h_ #define _course_h_ /******************************************************************************* DEFINE *******************************************************************************/ #define EDIT_COURSE_SW 1 #define CRS_START_CHECKER_LENGTH 100.0f #define CRS_DIVISION_EDITOR 0 #define CRS_DIVISION_RACE1 1 #define CRS_DIVISION_RACE2 2 /*********************************************** BUFFER SIZE ***********************************************/ #define CRS_MAX 56 /* how many course */ #define CRS_TIMES 5 /* how many best time in one course */ #define CRS_POINT_MAX 64 /* how many CrsPoint in one course */ #define CRS_VERTEXES 1024 /* hoe many CrsVertex in one course */ /*********************************************** TEXTURE SIZE ***********************************************/ #define CRS_TWX1 128 #define CRS_TWX1_S 7 #define CRS_TWY1 16 #define CRS_TWY1_S 4 #define CRS_TWY3 8 #define CRS_TWY3_S 3 #define CRS_TWX2 64 #define CRS_TWX2_S 6 #define CRS_TWY2 32 #define CRS_TWY2_S 5 /*********************************************** TEXTURE TILE ***********************************************/ #define CRS_LOAD_TILE_128_16 0 #define CRS_RENDER_TILE_128_16 1 #define CRS_RENDER_TILE_128_8_a 2 #define CRS_RENDER_TILE_128_8_b 3 #define CRS_LOAD_TILE_64_32 4 #define CRS_RENDER_TILE_64_32 5 #define CRS_RENDER_TILE_64_16_a 6 #define CRS_RENDER_TILE_64_16_b 7 /*********************************************** COURSE TEXTURE ***********************************************/ #define ROAD_TYPES 7 #define CRS_TEX_START_GRID 0x00000000 #define CRS_TEX_START_CHECKER 0x00000001 #define CRS_TEX_ROAD_01 0x00000002 #define CRS_TEX_ROAD_02 0x00000003 #define CRS_TEX_ROAD_03 0x00000004 #define CRS_TEX_ROAD_04 0x00000005 #define CRS_TEX_ROAD_05 0x00000006 #define HIROAD_TYPES 3 #define CRS_TEX_HIROAD_01 0x00000000 #define CRS_TEX_HIROAD_02 0x00000001 #define CRS_TEX_HIROAD_03 0x00000002 #define TUBE_TYPES 4 #define CRS_TEX_TUBE_01 0x00000000 #define CRS_TEX_TUBE_02 0x00000001 #define CRS_TEX_TUBE_03 0x00000002 #define CRS_TEX_TUBE_04 0x00000003 #define WIRE_TYPES 4 #define CRS_TEX_WIRE_01 0x00000000 #define CRS_TEX_WIRE_02 0x00000001 #define CRS_TEX_WIRE_03 0x00000002 #define CRS_TEX_WIRE_04 0x00000003 #define HALF_TYPES 4 #define CRS_TEX_HALF_01 0x00000000 #define CRS_TEX_HALF_02 0x00000001 #define CRS_TEX_HALF_03 0x00000002 #define CRS_TEX_HALF_04 0x00000003 #define TUNNEL_TYPES 4 #define CRS_TEX_TUNNEL_01 0x00000000 #define CRS_TEX_TUNNEL_02 0x00000001 #define CRS_TEX_TUNNEL_03 0x00000002 #define CRS_TEX_TUNNEL_04 0x00000003 #define RIBBON_TYPES 3 #define CRS_TEX_RIBBON_01 0x00000000 #define CRS_TEX_RIBBON_02 0x00000001 #define CRS_TEX_RIBBON_03 0x00000002 #define CRS_TEX_NONE 0x0000003F #define CRS_TEX_MASK 0x0000003F /*********************************************** COURSE SHAPE ***********************************************/ #define CRS_SHAPE_ROAD 0x00000000 #define CRS_SHAPE_HIROAD 0x00000040 #define CRS_SHAPE_TUBE 0x00000080 #define CRS_SHAPE_WIRE 0x000000C0 #define CRS_SHAPE_HALF 0x00000100 #define CRS_SHAPE_TUNNEL 0x00000140 #define CRS_SHAPE_AIR 0x00000180 #define CRS_SHAPE_RIBBON 0x000001C0 #define CRS_SHAPE_MASK 0x000001C0 #define CRS_SHAPE_SHIFT 6 /* No. = (X & MASK) >> SHIFT */ /*********************************************** COURSE JOINT ***********************************************/ #define CRS_JOINT_1 0x00000200 #define CRS_JOINT_2 0x00000400 #define CRS_JOINT_MASK 0x00000600 #define CRS_TRANSFORM_START_1 0x00000800 /* for CrsVertex only */ #define CRS_TRANSFORM_START_2 0x00001000 /* for CrsVertex only */ #define CRS_TRANSFORM_START_MASK 0x00001800 #define CRS_TRANSFORM_END_1 0x00002000 /* for CrsVertex only */ #define CRS_TRANSFORM_END_2 0x00004000 /* for CrsVertex only */ #define CRS_TRANSFORM_END_MASK 0x00006000 /*********************************************** COURSE FORM ***********************************************/ #define CRS_FORM_ETC 0x00000000 #define CRS_FORM_STRAIGHT 0x00008000 #define CRS_FORM_CURVE_L 0x00010000 #define CRS_FORM_CURVE_R 0x00018000 #define CRS_FORM_S_L 0x00020000 #define CRS_FORM_S_R 0x00028000 #define CRS_FORM_MASK 0x00038000 /*********************************************** COURSE FLAGS ***********************************************/ #define CRS_FLAG_AI_ROAD 0x08000000 #define CRS_FLAG_JOINT_OK 0x10000000 #define CRS_FLAG_INNER 0x20000000 #define CRS_FLAG_CONTINUE 0x40000000 #define CRS_FLAG_TPRESET 0x80000000 /* for CrsVertex only */ /*********************************************** COURSE TYPE ***********************************************/ #define CRS_TYPE_START_GRID (CRS_TEX_START_GRID |CRS_SHAPE_ROAD|CRS_FLAG_JOINT_OK|CRS_FLAG_AI_ROAD) #define CRS_TYPE_START_CHECKER (CRS_TEX_START_CHECKER|CRS_SHAPE_ROAD|CRS_FLAG_JOINT_OK|CRS_FLAG_AI_ROAD) #define CRS_TYPE_ROAD_01 (CRS_TEX_ROAD_01|CRS_SHAPE_ROAD|CRS_FLAG_JOINT_OK|CRS_FLAG_AI_ROAD) #define CRS_TYPE_ROAD_02 (CRS_TEX_ROAD_02|CRS_SHAPE_ROAD|CRS_FLAG_JOINT_OK|CRS_FLAG_AI_ROAD) #define CRS_TYPE_ROAD_03 (CRS_TEX_ROAD_03|CRS_SHAPE_ROAD|CRS_FLAG_JOINT_OK|CRS_FLAG_AI_ROAD) #define CRS_TYPE_ROAD_04 (CRS_TEX_ROAD_04|CRS_SHAPE_ROAD|CRS_FLAG_JOINT_OK|CRS_FLAG_AI_ROAD) #define CRS_TYPE_ROAD_05 (CRS_TEX_ROAD_05|CRS_SHAPE_ROAD|CRS_FLAG_JOINT_OK|CRS_FLAG_AI_ROAD) #define CRS_TYPE_HIROAD_01 (CRS_TEX_HIROAD_01|CRS_SHAPE_HIROAD|CRS_FLAG_AI_ROAD) #define CRS_TYPE_HIROAD_02 (CRS_TEX_HIROAD_02|CRS_SHAPE_HIROAD|CRS_FLAG_AI_ROAD) #define CRS_TYPE_HIROAD_03 (CRS_TEX_HIROAD_03|CRS_SHAPE_HIROAD|CRS_FLAG_AI_ROAD) #define CRS_TYPE_TUBE_01 (CRS_TEX_TUBE_01|CRS_SHAPE_TUBE|CRS_FLAG_INNER) #define CRS_TYPE_TUBE_02 (CRS_TEX_TUBE_02|CRS_SHAPE_TUBE|CRS_FLAG_INNER) #define CRS_TYPE_TUBE_03 (CRS_TEX_TUBE_03|CRS_SHAPE_TUBE|CRS_FLAG_INNER) #define CRS_TYPE_TUBE_04 (CRS_TEX_TUBE_04|CRS_SHAPE_TUBE|CRS_FLAG_INNER) #define CRS_TYPE_WIRE_01 (CRS_TEX_WIRE_01|CRS_SHAPE_WIRE) #define CRS_TYPE_WIRE_02 (CRS_TEX_WIRE_02|CRS_SHAPE_WIRE) #define CRS_TYPE_WIRE_03 (CRS_TEX_WIRE_03|CRS_SHAPE_WIRE) #define CRS_TYPE_WIRE_04 (CRS_TEX_WIRE_04|CRS_SHAPE_WIRE) #define CRS_TYPE_HALF_01 (CRS_TEX_HALF_01|CRS_SHAPE_HALF) #define CRS_TYPE_HALF_02 (CRS_TEX_HALF_02|CRS_SHAPE_HALF) #define CRS_TYPE_HALF_03 (CRS_TEX_HALF_03|CRS_SHAPE_HALF) #define CRS_TYPE_HALF_04 (CRS_TEX_HALF_04|CRS_SHAPE_HALF) #define CRS_TYPE_TUNNEL_01 (CRS_TEX_TUNNEL_01|CRS_SHAPE_TUNNEL|CRS_FLAG_INNER|CRS_FLAG_AI_ROAD) #define CRS_TYPE_TUNNEL_02 (CRS_TEX_TUNNEL_02|CRS_SHAPE_TUNNEL|CRS_FLAG_INNER|CRS_FLAG_AI_ROAD) #define CRS_TYPE_TUNNEL_03 (CRS_TEX_TUNNEL_03|CRS_SHAPE_TUNNEL|CRS_FLAG_INNER|CRS_FLAG_AI_ROAD) #define CRS_TYPE_TUNNEL_04 (CRS_TEX_TUNNEL_04|CRS_SHAPE_TUNNEL|CRS_FLAG_INNER|CRS_FLAG_AI_ROAD) #define CRS_TYPE_AIR (CRS_TEX_NONE|CRS_SHAPE_AIR|CRS_FLAG_JOINT_OK) #define CRS_TYPE_RIBBON_01 (CRS_TEX_RIBBON_01|CRS_SHAPE_RIBBON|CRS_FLAG_AI_ROAD) #define CRS_TYPE_RIBBON_02 (CRS_TEX_RIBBON_02|CRS_SHAPE_RIBBON|CRS_FLAG_AI_ROAD) #define CRS_TYPE_RIBBON_03 (CRS_TEX_RIBBON_03|CRS_SHAPE_RIBBON|CRS_FLAG_AI_ROAD) /*********************************************** ERROR FLAG ***********************************************/ #define CRS_ERR_POLYGON_OVERLAP 0x00010000 #define CRS_ERR_VTX_BUF_OVER 0x00020000 #define CRS_ERR_NO_JOINT_LENGTH 0x00040000 #define CRS_ERR_TYPE_MASK 0xFFFF0000 #define CRS_ERR_DATA_MASK 0x0000FFFF /*********************************************** COURSE GADGET ***********************************************/ #define CRS_GADGET_PIT 1 #define CRS_GADGET_DIRT 2 #define CRS_GADGET_DASH 3 #define CRS_GADGET_SLIP 4 /******************************************************************************* TYPEDEF *******************************************************************************/ typedef struct { uint type ; int crs_pi ; float crs_u ; float z ; int zvec ; Fxyz center ; short cx0 ; short cy0 ; short cz0 ; short cx1 ; short cy1 ; short cz1 ; short lx0 ; short ly0 ; short lz0 ; short lx1 ; short ly1 ; short lz1 ; short lx2 ; short ly2 ; short lz2 ; short rx0 ; short ry0 ; short rz0 ; short rx1 ; short ry1 ; short rz1 ; short rx2 ; short ry2 ; short rz2 ; short ut ; short dt ; short lt ; short rt ; short ut_r ; short dt_r ; short lt_r ; short rt_r ; } CrsVertex ; typedef struct { Fxyz pos ; Direction dir ; Fxyz width ; CrsVertex *near_cv ; } Jumpdai ; typedef struct { int status ; Fxyz pos ; CrsVertex *near_cv ; } Landmine ; typedef struct { int type ; float u1 ; float u2 ; Fxyz r1 ; Fxyz r2 ; CrsVertex *near_cv ; } CrsGadget ; typedef struct { float x1 ; float z1 ; float x2 ; float z2 ; } CrsBlock ; struct CrsPoint_ { Fxyz pos ; Fxyz uvec ; float radiusL ; /* wire:in half:r */ float radiusR ; /* wire:out half:high */ uint type ; float tension ; float section_dist ; float total_dist ; int number ; struct CrsPoint_ *next_pt ; struct CrsPoint_ *back_pt ; CrsVertex *cv_start ; CrsVertex *cv_end ; Jumpdai *jump_start ; Jumpdai *jump_end ; Landmine *mine_start ; Landmine *mine_end ; CrsGadget *gadget_start ; CrsGadget *gadget_end ; CrsBlock *block_start ; CrsBlock *block_end ; float winding ; /* 1(straight) => -1(curve) */ float joint_u1 ; float joint_u2 ; float joint_d ; Fxyz d_pos[3] ; float d_length[3] ; } ; typedef struct CrsPoint_ CrsPoint ; typedef struct { uchar name ; uchar edit_flag ; uchar body_shape ; uchar engine_shape ; uchar wing_shape ; uchar mark_type ; uchar number_type ; uchar line_type ; uchar body_color_r ; uchar body_color_g ; uchar body_color_b ; uchar number_color_r ; uchar number_color_g ; uchar number_color_b ; uchar line_color_r ; uchar line_color_g ; uchar line_color_b ; uchar glass_color_r ; uchar glass_color_g ; uchar glass_color_b ; } RankingMachine ; typedef struct { int id ; int number ; int points ; float distance ; CrsPoint *point ; short road_fogR ; short road_fogG ; short road_fogB ; short hilightR ; short hilightG ; short hilightB ; int best_time[CRS_TIMES] ; RankingMachine best_time_machine[CRS_TIMES] ; float best_time_setting[CRS_TIMES] ; uchar best_time_player[CRS_TIMES][4] ; float max_speed ; RankingMachine max_speed_machine ; int best_lap ; RankingMachine best_lap_machine ; } Course ; typedef struct { CrsPoint *pt ; float u ; /* 0 <= a <= 1 */ float d ; /* 0 <= a <= 1 (use distance) */ Fxyz vec ; float vlength ; Fxyz center ; Fxyz ofs ; Fxyz pos ; float ofs_ln ; Fxyz exact_pos ; } CrsPos ; typedef struct { ushort *texture ; float scale ; int sizeX ; int load_tile ; int render_tile ; short cal_tpos_mask ; short ts[5] ; } CrsTex ; /******************************************************************************* VARIABLE *******************************************************************************/ extern Course course_BF[CRS_MAX], *course ; extern int crs_number ; extern CrsVertex crs_vertex[CRS_VERTEXES+1] ; extern CrsPoint crs_point_BF[CRS_POINT_MAX] ; extern Vtx *crs_vertex_pt ; extern float crs_joint_length[] ; extern int crs_division_flag ; extern short last_gp_crs_number ; /******************************************************************************* FUNCTION *******************************************************************************/ extern void init_course_cold( void ) ; extern void init_course_hot( void ) ; extern void init_course( void ) ; extern void move_course( void ) ; extern Gfx *make_course_glist( Gfx *gp, int ci ) ; extern Gfx *make_course_glist2( Gfx *gp ) ; extern void change_crs_division( int flag ) ; extern void make_random_course( void ) ; extern void get_course_point( CrsPoint *p1, float u, Fxyz *pos ) ; extern float get_course_vector( CrsPoint *p1, float u, Fxyz *vec ) ; extern float get_course_direction( CrsPoint *p1, float u, Direction *dir, float level ) ; extern float get_course_distance( CrsPoint *p1, float u, float *dist ) ; extern float get_course_distance2( CrsPos *cp ) ; extern int cal_new_course_pos( CrsPos *cp, float new_x, float new_y, float new_z, int n, float err ) ; extern int cal_crs_tension( Course *cp ) ; extern void cal_crs_distance( Course *cp ) ; extern int cal_crs_joint_flag( Course *cp ) ; extern void cal_crs_form( Course *cp ) ; extern void cal_crs_continue( Course *cp ) ; extern int normalize_crs_up_vector( Course *cp ) ; extern Gfx *make_mini_course_glist( Gfx *gp, Vtx *vp, int vtxs ) ; extern int make_mini_course_vertex( Course *cp, Vtx *vp ) ; extern void load_course_data( void ) ; extern int get_course_directionZX( CrsPos *cp, float new_x, float new_y, float new_z, Direction *dir ) ; extern void set_crs_texture_scale( int scene_no ) ; #endif