/* This file stores the header definitions for the file parsing program */ /* Created by : Brian Jacobson Date: 09/07/94 */ #include #define MAX_NAME_SIZE 80 /* Maximum size of object/surface names */ #define MAX_LINE_SIZE 1000 /* Maximum length of input file line */ #define INTERPOLATE 2 /* Finds an interpolation command */ #define Z 0.00000001 typedef struct dataT { double *data; struct dataT *next; } dataList; typedef struct { Surf_desc *basicMat; Phong_desc *phongMat; Wood_desc *woodMat; Bozo_desc *bozoMat; Marble_desc *marbleMat; Granite_desc *graniteMat; Strauss_desc *straussMat; Bumpy_desc *bumpyMat; Imagemap_desc *imageMat; } allMat; typedef struct intT { double start,end; /* The beginning and ending time of interp */ unsigned char dimension; /* The number of dimensions of the data */ Transf_mat *M; /* The type of interpolation */ double *cpoints; /* Stores the control points */ unsigned int numcpoints; /* The number of control points */ double *def; /* Stores the default data */ unsigned int numknots; /* Stores the number of knots */ unsigned char timed; /* Indicates if it's timed or not. */ struct intT *next; /* Pointer to the next interpolation */ } interpType; typedef struct tranT { Transf_mat *trans; /* Stores an amalgamated transformation */ interpType *movement; /* Stores an interpolated transformation */ unsigned char type; /* The type of the interpolated movement */ struct tranT *next; /* The next interpolation */ } transType; typedef struct objT { char *name; /* Stores the name of the object */ double start,end; /* Stores the starting and ending times */ Object *object; /* Points to the object w/ that name */ transType *transList; /* Linked list of transformations */ struct objT *next; /* Points to the next item in name list */ } objList; typedef struct surfT{ char *name; /* Stores the name of the surface */ Surface *surface; /* Points to the surface w/ that name */ struct surfT *next; /* Points to the next item in name list */ } surfList; typedef struct matT { char name[MAX_NAME_SIZE]; /* Store the name of the material */ unsigned char texture; /* Stores the material texture */ void *material; /* Stores the surface description */ Shader *matShader; /* Stores the material's shader */ struct matT *next; /* Pointer to the next material */ } materialList; typedef struct lightT { char *name; /* Stores the light name */ double start, end; /* Stores times of when to use light */ unsigned char type; /* Stores the light type (SPOT,etc) */ Lightsource *light; /* Stores light description */ struct lightT *next; /* Pointer to the next light */ interpType *pos; /* The light position interpolation */ interpType *targ; /* The dir/target interpolation */ interpType *angle; /* Flare angle interpolation */ interpType *color; /* Light color interpolation */ } lightList; typedef struct camT { char *name; /* Stores the light name */ double start,end; /* The beginning and ending time */ Camera *camera; /* Stores light description */ struct camT *next; /* Pointer to the next light */ double hither, yon; /* The hither and yon clipping planes */ unsigned char mode; /* Indicate the rendering mode */ unsigned char pause; /* Indicate if pause after render */ interpType *eyep; /* The interpolated eye point */ interpType *lookp; /* The interpolated look point */ interpType *fov; /* The interpolated field of view */ interpType *up; /* The interpolated up vector */ } cameraList; typedef struct flyarndT { char name[MAX_NAME_SIZE]; /* Stores the light name */ Vector lookp; /* Stores look position */ double radius,fov; /* Stores the radius of the flyby */ double steptheta; /* Size of steps in degrees */ double stepphi; double delay; /* Speed of the flyby */ double aspect; /* Aspect ratio of the flyaround */ char mode; double hither,yon; struct flyarndT *next; /* Pointer to the next flyby */ } flyarndList; typedef char FilterFuncType(char *); /* Prototype of file filter func */ /* Global variable */ extern char *op; /* Points to the start of the last word */ /* Function prototypes */ char *LowerString(char *); char FilterNone(char *); char FilterShaders(char *); char FilterMode(char *); char FilterCommand(char *); char FilterNewMaterial(char *); char FilterNewSurface(char *); char FilterPolygon(char *); char FilterNumber(char *); char FilterNumberI(char *); char FilterNumber01(char *); char FilterNumber01I(char *); char FilterNewLight(char *); char FilterNewCamera(char *); char FilterNewCameraFlyAround(char *); char GetNextWord(FILE *, FilterFuncType, char **, char *); void AddSurfaceName(Surface *, char *); Surface *FindNamedSurface(char *); char *FindSurfaceName(Surface *); void LoadSurface(FILE *); objList *AddObjectName(Object *, char *); objList *FindNamedObject(char *); char *FindObjectName(Object *); void PrintObject(Object *, char); void LoadObject(FILE *); materialList *CreateNamedMaterial(char *); materialList *FindNamedMaterial(char *); void SetCurrMaterial(char *); void SetDefaultMaterial(Surf_desc *); void PrintMaterialList(); void LoadMaterial(FILE *); lightList *CreateNamedLight(char *); lightList *FindNamedLight(char *); void InterpolateLights _ANSI_ARGS_((lightList **l, double t)); void PrintLightList(); void LoadLight(FILE *); cameraList *CreateNamedCamera(char *); extern cameraList* NextTimedCamera _ANSI_ARGS_((cameraList **curr, double t)); cameraList *FindNamedCamera(char *); void PrintCameraList(); void LoadCamera(FILE *); flyarndList *CreateNamedCameraFlyAround(char *); void LoadCameraFlyAround(FILE *); void LoadPolygon(FILE *); void ParseFile(char *, char); void CreatePyramid(Object *, double, double, double, double, double, void *, Shader *, int); void CreateCylPoly(Object *, double, double, double, int, FILE *, void *, Shader *, int); void CreateSpiral(Object *, double, double, double, double, double, double, double, int, int, void *, Shader *, int); void CreateKresge(Object *, double, double, double, double, int, void *, Shader *, int); void CreateStar(Object *, double, double, double, double, void *, Shader *, int); void LoadPrism(Object *, FILE *, void *, Shader *, int); void LoadBezierPatch(Object *, FILE *, void *, Shader *, int); void LoadCylBezier(Object *, FILE *, void *, Shader *, int); extern void LoadInterpolation _ANSI_ARGS_((FILE *fp, unsigned char dimension, interpType **theInterp, unsigned char filt01)); extern void KillInterpolation _ANSI_ARGS_((interpType *kill)); extern dataList* AddToList _ANSI_ARGS_((dataList **head, dataList *tail, unsigned char dim, double *data)); extern void KillList _ANSI_ARGS_((dataList *list)); extern void Interpolate _ANSI_ARGS_((interpType **interp, double time, double *data)); extern unsigned char DefaultTexture _ANSI_ARGS_((char shad));