Renderer

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Detailed Description

This is the OpenFX renderer where the animations are rendered

Data Structures
class	CPushPinBitmapSet
	Class for DIRECT SHOW AVI ANIMATION BUILDER. More...
class	CPushSourceBitmapSet
	Class for DIRECT SHOW AVI ANIMATION BUILDER. More...
struct	GifHashTableType
	Structure used by GIF image code. More...
struct	GifColorType
	Structure used by GIF image code. More...
struct	GifFileType
	Structure used by GIF image code. More...
struct	Renderer_SCREENBUFFER_tag
	Framebuffer structure. More...
struct	Renderer_LIGHT_tag
	Light structure. More...
struct	XIP_RENDER_tag
	External Image Processor structure. More...
struct	Renderer_SKELETON
	Skeleton structure used in Renderer. More...
struct	THD_tag
	USED FOR DISPATCHING threadsd of execution. More...
struct	Renderer_SHADER_tag
	External shader data structure. More...
struct	Renderer_AXIS_tag
	An AXIS structure. More...
struct	Renderer_IMAP_tag
	Image map structure, as used in renderer. More...
struct	Renderer_MATL_tag
	Material structure as used in Renderer. More...
struct	Renderer_VECTOR4_tag
	Vector structure used by NURBS code. More...
struct	Renderer_NurbsProperties_tag
	NURBS properties structure. More...
struct	Renderer_NurbsSurfSample_tag
	Nurbs surface structure. More...
struct	Renderer_NURBS_tag
	NURBS structure. More...
struct	Renderer_GROUND_tag
	GROUND structure. More...
struct	Renderer_SKY_tag
	SKY structure. More...
struct	Renderer_PARTICLE_tag
	Particle structure. More...
struct	Renderer_PARTICLESYSTEM_tag
	Particle Actor srtucture. More...
struct	Renderer_OBJECT_tag
	In Renderer this "Object" structure defines a MESH model. More...
struct	Renderer_VERTEX
	Vertex structure. More...
struct	Renderer_FACE
	polygonal face structure More...
struct	Renderer_TVERTEX_tag
	Vertex structure used by ray-tracer. More...
struct	Renderer_XIMAGE_tag
	Renderer structure for passing pointers to the Renderer's global variables and functions used by Image PostProcessing. More...
struct	X__SHADERtag
	Structure used to provide plugins with access to Renderer's internal variables and functions. More...
Renderer Functions
WHERE void(*	UpdateScanBuffers )(double, double, long, long, face *, double, long *[], long *[], double *[], long *, long *, double *, double *)
WHERE int(*	X_message )(const char *,...)
short	AllocateRamBuffers (void)
	Allocate storage.
long	ShadedScanline (long scanline, double d2, UCHAR *Red, UCHAR *Green, UCHAR *Blue, double *Zground, long Wsky, double Rsky, long *Zglass[], long *ZglassO[], double *Zglassd[], long *Zbuffer, long *Zobject, double *Zdepth, double *Zposn)
	Renders a whole scanline - Calls GetRowPixelValue().
long	FastAntiAliasShadedScanline (long scanline, long aaline, double d2, UCHAR *Red, UCHAR *Green, UCHAR *Blue, double *Zground, long Wsky, double Rsky, long *Xbuffer, long *Xobject, long *Zglass[], long *ZglassO[], double *Zglassd[], long *Zbuffer, long *Zobject, double *Zdepth, double *Zposn)
	Renders a whole scanline - Calls GetRowPixelValue().
void	GetPixelValue (vector p, vector dinput, vector n, double pdotn, imap *Map, matl *Mat, face *f, long obj, long row, long col, BOOL first_trace, long trace_relection_depth, long trace_refraction_depth, long refractive_flag, double *Red, double *Green, double *Blue)
	The main rendering fuction.
void	GetRowPixelValue (long row, long col, imap *Map, matl *Mat, face *f, long obj, vector nn, UCHAR *Red, UCHAR *Green, UCHAR *Blue, double *Zdepth, UCHAR *ZobjChar)
	Renders a pixel on a scanline - Calls GetPixelValue().
WHERE short	R_terminator (void)
WHERE void	read_vec (vector v)
WHERE void	MakeVertexNormals (void)
WHERE long	RenderHide (void)
	Renders the frame.
WHERE char *	short_form (char *filename)
WHERE void	SetUpParticles (ParticleSystem *)
WHERE void	SetUpSingleParticle (ParticleSystem *)
WHERE void	LoadParticleImages (void)
WHERE void	UnloadParticleImages (void)
WHERE void	MakeParticleTextures (void)
WHERE void	ReleaseParticleTextures (void)
WHERE void	RenderParticlesGL (BOOL clip)
WHERE void	RenderParticles (void)
WHERE long	RenderGL (long frame, BOOL ppGL)
WHERE void	SetUpCorrectContext (BOOL)
WHERE HWND	SetUpGlWindow (HANDLE, HWND, long, long, BOOL, BOOL, BOOL, long)
WHERE void	CloseGlWindow (void)
WHERE void	accPerspective (GLdouble fovy, GLdouble aspect, GLdouble znear, GLdouble zfar, GLdouble pixdx, GLdouble pixdy, GLdouble eyedx, GLdouble eyedy, GLdouble focus)
WHERE void	CopyGLtoFSB (void)
WHERE void	CopyGLtoZbuffer (void)
WHERE BOOL	CheckGPUhardware (HWND)
WHERE void	RenderCameraView (BOOL renderbuffer, BOOL bAntiAliases, int jitter, int, GLfloat aspect)
WHERE long	PostProcessRenderGL (long frame)
WHERE void	DrawExternalMaterialPolys (BOOL bDrawTransparent, BOOL bClip, long nMats, matl *iMat, long Nface, face *MainFp, long Nvert, vertex *MainVp)
WHERE int	GetCommand (long, long, long, char *)
WHERE void	FreeFrameObjects (void)
WHERE void	FreeAllObjects (void)
WHERE char	R_getl (long *val)
WHERE char	R_getsht (short *val)
WHERE char	R_getusht (unsigned short *val)
WHERE long	LoadMorphObject (long, short mo, char *FileName, double mr, char *QmorphFile, double qr)
WHERE long	R_LoadObject (long ObjectID, char *FileName, long frame, short robo, double robo_ratio, char *robo_file1, char *robo_file2)
WHERE void	R_getchunk (long clen)
WHERE long	FindNumberVertices (char *ofile, long *nvs)
WHERE void	InvertRotationMatrix (double T[4][4], double t[4][4])
WHERE void	RenderTransformToRobot (long O, long *Skid, skel *Skel, double mr, char *robo_f1, char *robo_f2)
WHERE void	RenderRubberBones (long O, int nSkeleton, long *Skid, skel *Skeleton)
WHERE double	dot (vector v1, vector v2)
WHERE short	ClipObject (long O)
WHERE long	IShadow (long scanline, long v1x, long v1y, long v2x, long v2y, long *xi)
WHERE void	ShadowFillLine (long scanline, long vx[3], long vy[3], long *leftedge, long *rightedge)
WHERE void	ShadowGround (void)
WHERE double	hitpoint (vector n, vector x, vector y, vector pb, vector pf, double *a, double *b)
WHERE BOOL	hitpoint2 (vector n, vector x, vector y, vector pb, vector pf, double *a, double *b)
WHERE double	hitcylinder (vector n, vector x, vector y, vector p0, vector p, double *a, double *b)
WHERE double	hitsphere (vector n, vector x, vector y, vector p0, vector p, double *a, double *b)
WHERE void	UpdateGlassScanBuffers (double, double, long, long, face *, double, long *[], long *[], double *[], long *, long *, double *, double *)
WHERE void	UpdateNoGlassScanBuffers (double, double, long, long, face *, double, long *[], long *[], double *[], long *, long *, double *, double *)
WHERE long	Intersect (long scanline, vertex *v1, vertex *v2, double *xi)
WHERE long	Active (long scanline, vertex *v, face *f, double *leftedge, double *rightedge)
WHERE void	SetPerspectiveView (long)
WHERE void	ApplyViewingTransformToPoint (vector, vector)
WHERE void	BendNormal (vector, vector, vector)
WHERE void	MakeObjectTransformation (double fi, double theta, double alpha, short im, double ima, double sx, double sy, double sz, vector Offset, vector Position, double trpos[4][4], double pos[4][4], double trinv[4][4])
WHERE void	TransformMappingRectangle (double[4][4], vector, vector, vector, vector, vector, vector, vector)
WHERE void	PerspObstra (double xo, double yo, double zo, double xt, double yt, double zt, double to[4][4])
WHERE void	R_scal (double tr[4][4], double sx, double sy, double sz)
WHERE void	R_rotz (double tr[4][4], double ang)
WHERE void	R_rotx (double tr[4][4], double ang)
WHERE void	R_roty (double tr[4][4], double ang)
WHERE void	R_tram (double t[4][4], double dx, double dy, double dz)
WHERE void	R_m4by4 (double t1[4][4], double t2[4][4], double tr[4][4])
WHERE void	R_c4to4 (double tin[4][4], double tout[4][4])
WHERE void	R_null_transform (double t[4][4])
WHERE void	R_m4by1 (double t4[4][4], double x, double y, double z, double *xx, double *yy, double *zz)
WHERE void	R_m3by1 (double t4[4][4], double x, double y, double z, double *xx, double *yy, double *zz)
WHERE void	R_reflect (double t4[4][4], vector p, vector n)
WHERE void	veccopy (vector v1, vector r)
WHERE void	vecsub (vector v1, vector v2, vector r)
WHERE void	vecsum (vector v1, vector v2, vector r)
WHERE void	vecscale (double s, vector v, vector r)
WHERE short	normalize (vector v)
WHERE double	R_length (vector v)
WHERE void	cross (vector v1, vector v2, vector r)
WHERE void	AssignMappingCoordinatesToVertices (object *)
WHERE void	EffectObjectVertices (long global, long O)
WHERE short	LoadExternalTexture (char *name, char *parameters)
WHERE short	MorphExternalTexture (char *name, char *parameters, long obj)
WHERE void	FreeExternalTextures (void)
WHERE BOOL	RenderExternalTexture (long tid, vector p, vector n, double alpha, double beta, double gamma, double bump_scale, double *ac, double *transparency, unsigned char sc[3], long model_id, face *fp, double colour[3])
WHERE long	ExternalImageProcess (long frame, long HWrender)
WHERE long	MotionBlurFrame (long frame, long subframe, long command_id)
WHERE void	ReleaseImageStore (void)
WHERE long	SetupImageMap (imap *Map, char *objectfile)
WHERE void	LoadSingleRenderImageMap (imap *Map, char *mfname, char *ofname, char *tempfile, int type)
WHERE BOOL	CheckSingleRenderImageMap (imap *Map, char *mfname, char *ofname, char *tempfile, int type)
WHERE void	CompleteMovieMapLoading (long ObjectID, char *objectfilename)
WHERE void	FreeMovieMapImages (long ObjectID)
WHERE unsigned char *	LoadSystemMAP (BOOL, BOOL, char *fn, long *xx, long *yy)
WHERE void	ScaleImageBuffer3 (long xi, long yi, unsigned char *pi, long xo, long yo, unsigned char *po)
WHERE void	ScaleImageBuffer4 (long xi, long yi, unsigned char *pi, long xo, long yo, unsigned char *po)
WHERE void	OneExternalFrame (long frame, void *, char *out_root, long type, long quality)
WHERE long	out_line (unsigned char *pixels, long linelen)
WHERE long	get_byte (void)
WHERE long	ScreenTo32bitFile (long frame, char *rawfile, char *out_root, fullscreenbuffer *)
WHERE void	FillAlfaLine (UCHAR *, long *[], long *)
WHERE void	ScanlineToZbuffer (long, double *)
WHERE void	ScanlineToZobject (long, long *)
WHERE long	AntiAliasLine (long, long, UCHAR *, UCHAR *, UCHAR *, UCHAR *, UCHAR *, UCHAR *, UCHAR *, UCHAR *, UCHAR *, UCHAR *, UCHAR *, UCHAR *)
WHERE void	init_spec (void)
WHERE void	GetSkyLocation (void)
WHERE long	PutBackIntersection (long, double, UCHAR *, double *, long *[], long *[], double *[], long *, long *, double *, double *, double *)
WHERE long	MapFromProjection (imap *, short type, short clear, vector p, double *red, double *green, double *blue)
WHERE long	MapByCoordinates (imap *Map, long obj, face *f, short type, short clear, vector p, double *red, double *green, double *blue)
WHERE long	MapTransByCoordinates (imap *Map, short type, long obj, face *f, vector p, double *trans)
WHERE long	MapTextureByCoordinates (long obj, face *f, vector p, double *alpha, double *beta, double *gamma)
WHERE void	GetMirrorValues (double *color, vector p, vector d, vector n, int, face *, long, long, long)
WHERE void	BumpByCoordinates (imap *, short, long, face *, vector, vector)
WHERE void	GetGroundLight (vector p0, double *R, double *G, double *B)
WHERE void	BoxMapIntersect (vector, long *, double *, double *)
WHERE void	MapMirror (double *, double *, double *, imap *, vector, vector)
WHERE void	MapEnvironment (long, long, UCHAR *, UCHAR *, UCHAR *, imap *)
WHERE void	MapEnvironmentInDirection (vector, double *, double *, double *, imap *)
WHERE double	DepthCueLight (long, double)
WHERE void	GetPixelLighting (matl *Matl, vector p, vector n, double pdotn, double ddotn, long obj, face *f, double *IdR, double *IdG, double *IdB, double *IsR, double *IsG, double *IsB)
WHERE void	GetSurfaceValue (int, face *, vertex *, vector, vector, double *, double *, double *, long, long, long)
WHERE void	FreeTextureHashTable (void)
WHERE short	InitialiseNoise (void)
WHERE void	STurbulence (double x, double y, double z, double *r)
WHERE void	Cycloidal (double value, double *r)
WHERE void	DTurbulence (vector result, double x, double y, double z)
WHERE double	Triangle_Wave (double value)
WHERE void	Snoise2 (double x, double y, double z, double *r)
WHERE void	Dnoise2 (vector result, double x, double y, double z)
WHERE void	ripples2 (double x, double y, double z, double Frequency, double phase, double Bump_Amount, vector Vector)
WHERE void	calcripple (vector point, vector wave_centre, double wave_propagate, double wave_wavelength, double wave_drag, double wave_amplitude, vector ripple)
WHERE void	init_ripples (void)
WHERE void	Ocean (vector p0, vector Groundn, vector gn)
WHERE BOOL	GetInternalTexture (matl *Mat, double alpha, double beta, double gamma, long textID, vector p, vector n, long obj, face *f, double *colors, double *colort, long *flag_trans, double tr, double *tr1, long trace_relection_depth, long trace_refraction_depth, long refractive_flag)
WHERE void	DitherLine (long scanline, long xmax, unsigned char *R, unsigned char *G, unsigned char *B)
WHERE BOOL	AllocateThreadStorage (THD *)
WHERE void	FreeThreadStorage (THD *)
WHERE void	ResetDither (void)
WHERE void	FreeRamBuffers (void)
WHERE void	InitialiseLibraryHandleList (void)
WHERE void	FreeLibraryHandleList (void)
WHERE HMODULE	AddLoadedLibrary (char *)
WHERE void	Render_Message (short number, short query, char *str)
WHERE int	X__local_print (const char *,...)
WHERE void	setup_render_discarded_list (void)
WHERE void	free_render_discarded_list (void)
WHERE FILE *	GetRenderRelativeFile (char *fn, char *objectfilename, char *newname)
WHERE HANDLE	GetRenderRelativeHandle (char *fn, char *objectfilename, char *newname)
WHERE int	R_intersect_face (vector p, vector d, vector p0, vector p1, vector p2, vector n, double *depth, double tollerance)
WHERE void	PointInShadow (vector p, long id, double *intensity)
WHERE void	Add_Ground_Mirror (long, long, vector, unsigned char *, unsigned char *, unsigned char *)
WHERE void	FreeNurbs (long, nurbs *)
WHERE BOOL	AllocNurbs (nurbs *, double *, double *)
WHERE BOOL	MeshNurbsSurfaces (long)
void	AddToRenderImagePreview (long index, long xmax, long ymax, fullscreenbuffer *f, unsigned char *R, unsigned char *G, unsigned char *B)
#define	WHERE   extern
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#define	WHERE   extern
#define	WHERE   extern
#define	WHERE   extern
#define	WHERE   extern
#define	WHERE   extern
#define	WHERE   extern
#define	WHERE   extern
#define	WHERE   extern
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#define	WHERE   extern
#define	WHERE   extern
Defines
#define	VECCOPY(a, b)   { b[0] = a[0]; b[1] = a[1]; b[2] = a[2]; }
	Macro Defines This group of macros provided Vectro operations on 3 element arrays and vectors.
#define	SINGLE   1
	Various symbolic defined valuese for variables used in th renderer.
#define	UCHAR   unsigned char
	Defines user types for vectors etc.
Typedefs
typedef struct LibraryHandleListItem_tag	LibraryHandleListItem
	Structure to maintain a reference between any loaded DLL and its program handle.
typedef struct Renderer_SCREENBUFFER_tag	fullscreenbuffer
	Framebuffer structure.
typedef struct Renderer_LIGHT_tag	light
	Light structure.
typedef struct traceNODE	node
	Define a node in the ray-tracing optimiser.
typedef struct traceNODE	node
	Define a node in the ray-tracing optimiser.
typedef struct XIP_RENDER_tag	XIP
	External Image Processor structure.
typedef struct Renderer_SKELETON	skel
	Skeleton structure used in Renderer.
typedef struct THD_tag	THD
	USED FOR DISPATCHING threadsd of execution.
typedef struct Renderer_SHADER_tag	shader
	External shader data structure.
typedef struct Renderer_AXIS_tag	axis
	An AXIS structure.
typedef struct Renderer_IMAP_tag	imap
	Image map structure, as used in renderer.
typedef struct Renderer_MATL_tag	matl
	Material structure as used in Renderer.
typedef struct Renderer_VECTOR4_tag	vector4
	Vector structure used by NURBS code.
typedef struct Renderer_NurbsProperties_tag	NurbsProperties
	NURBS properties structure.
typedef struct Renderer_NurbsSurfSample_tag	NurbsSurfSample
	Nurbs surface structure.
typedef struct Renderer_NURBS_tag	nurbs
	NURBS structure.
typedef struct Renderer_GROUND_tag	ground
	GROUND structure.
typedef struct Renderer_SKY_tag	sky
	SKY structure.
typedef struct Renderer_PARTICLE_tag	Particle
	Particle structure.
typedef struct Renderer_PARTICLESYSTEM_tag	ParticleSystem
	Particle Actor srtucture.
typedef struct Renderer_OBJECT_tag	object
	In Renderer this "Object" structure defines a MESH model.
typedef struct Renderer_VERTEX	vertex
	Vertex structure.
typedef struct Renderer_FACE	face
	polygonal face structure
typedef struct Renderer_TVERTEX_tag	tvertex
	Vertex structure used by ray-tracer.
typedef struct tagPARAMLIST	PARAMLIST
	Parameter list structure for Windows control dialog.
typedef struct Renderer_XIMAGE_tag	XIMAGE
	Renderer structure for passing pointers to the Renderer's global variables and functions used by Image PostProcessing.
typedef struct X__SHADERtag	X__SHADER
	Structure used to provide plugins with access to Renderer's internal variables and functions.
Functions
int	render (int argc, char **argv)
	Renders the animation.
void	RenderMultiThreaded (void *arg)
	Renders a set of scanlines within a single thread.
void	FastAntiAliasRenderMultiThreaded (void *arg)
	Renders a set of scanlines within in a single thread.

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Define Documentation

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define WHERE   extern

Definition at line 388 of file PROTOS.H.

#define VECCOPY	(	a,
		b		)	{ b[0] = a[0]; b[1] = a[1]; b[2] = a[2]; }

Macro Defines This group of macros provided Vectro operations on 3 element arrays and vectors.

Definition at line 86 of file RENDER.H.

#define SINGLE   1

Various symbolic defined valuese for variables used in th renderer.

Definition at line 103 of file RENDER.H.

Referenced by GetCommand(), and GetPixelValue().

#define UCHAR   unsigned char

Defines user types for vectors etc.

Note that in the Renderer DOUBLES are normally re-defined as FLOATS (to save space)

Definition at line 158 of file RENDER.H.

Referenced by AllocateRamBuffers(), AllocateThreadStorage(), FastAntiAliasShadedScanline(), ShadedScanline(), and ShadowGround().

---

Typedef Documentation

typedef struct LibraryHandleListItem_tag LibraryHandleListItem

Structure to maintain a reference between any loaded DLL and its program handle.

typedef struct Renderer_SCREENBUFFER_tag fullscreenbuffer

Framebuffer structure.

This structure defines a framebuffer in the Renderer .

typedef struct Renderer_LIGHT_tag light

Light structure.

This structure defines a light in the Renderer .

typedef struct traceNODE node

Define a node in the ray-tracing optimiser.

This structure defines a node in the Octree optimiser of the ray tracer.

typedef struct traceNODE node

Define a node in the ray-tracing optimiser.

This structure defines a node in the Octree optimiser of the ray tracer.

typedef struct XIP_RENDER_tag XIP

External Image Processor structure.

This structure is used to hold and pass parameters to the external Image processor.

typedef struct Renderer_SKELETON skel

Skeleton structure used in Renderer.

This structure is a version of the Skeleton tailored for the Renderer.

typedef struct THD_tag THD

USED FOR DISPATCHING threadsd of execution.

Thread specific copies of important internal buffers.

typedef struct Renderer_SHADER_tag shader

External shader data structure.

This structure is used to describe the external shaders. It mainly applies to the scanline software renderer

typedef struct Renderer_AXIS_tag axis

An AXIS structure.

This structure defines an axis that may form part of a shader or image map .

typedef struct Renderer_IMAP_tag imap

Image map structure, as used in renderer.

This structure defines an image map in a format that best suits the renderer module. Image maps may also be refered to as texture maps (AKA OpenGL) or the older terminology: A Brush

typedef struct Renderer_MATL_tag matl

Material structure as used in Renderer.

This structure defines a surface material. The surface material can be quite complex because it allows for external shaders to be loaded and used to render each pixel. (The external shaders should be "thread safe".

typedef struct Renderer_VECTOR4_tag vector4

Vector structure used by NURBS code.

This structure is used by the Nurbs patches.

typedef struct Renderer_NurbsProperties_tag NurbsProperties

NURBS properties structure.

This structure is the same as the Designer's NURBS properties.

typedef struct Renderer_NurbsSurfSample_tag NurbsSurfSample

Nurbs surface structure.

This structure is the same as the Designer's NURBS structure.

typedef struct Renderer_NURBS_tag nurbs

NURBS structure.

This structure is the same as the Designer's NURBS structure.

typedef struct Renderer_GROUND_tag ground

GROUND structure.

This structure is basically the same as the Animator's equivalent structure. Some additional variables have been defined that help speed up computation.

typedef struct Renderer_SKY_tag sky

SKY structure.

This structure is basically the same as the Animator's equivalent structure.

typedef struct Renderer_PARTICLE_tag Particle

Particle structure.

This structure defines an individual particle, within a particle system.

typedef struct Renderer_PARTICLESYSTEM_tag ParticleSystem

Particle Actor srtucture.

This structure defines each particle actor's costume.

typedef struct Renderer_OBJECT_tag object

In Renderer this "Object" structure defines a MESH model.

This structure defines an object (model) in the scene. It corresponds to an Actor's Costume in the Animator

typedef struct Renderer_VERTEX vertex

Vertex structure.

This structure is used to define a vertex in the Renderer module.

typedef struct Renderer_FACE face

polygonal face structure

This structure is used to define a vertex in the Renderer module.

typedef struct Renderer_TVERTEX_tag tvertex

Vertex structure used by ray-tracer.

This structure is used to define a vertex after transformation but in integer coordinates so that the optimisation stage of the ray-tracing renderer can distribute them uniquely to one side or the other of a subdivision plane. In addition, any vertices introduced by a split in a polygon will add to the count of These vertex structures. Sructure for each ray tracing vertex

typedef struct tagPARAMLIST PARAMLIST

Parameter list structure for Windows control dialog.

This structure is used to store the settings the user makes in the Windows tabbed control dialog. The settings are stored in a file so that they will persiste from one instance to another.

typedef struct Renderer_XIMAGE_tag XIMAGE

Renderer structure for passing pointers to the Renderer's global variables and functions used by Image PostProcessing.

typedef struct X__SHADERtag X__SHADER

Structure used to provide plugins with access to Renderer's internal variables and functions.

This structure is used to define a large set of Renderer's internal variables and functions that might be useful to a plugin shaderr. The pointers in this structure are pointers to functions in the Renderer that can be called from an external shader. The do not have to be used but a pointer to this structure is passed to the shader function so this header file must be included. Use the definitions in the file DEFINES.H to provide easy to use references to the functions. See the example shaders on how to use them. The functions provide standard Perlin type random variables that can be used in developing fractal type textures. normalize() will scale a vector to have unit length. Some functions are more useful than others the one that are useful are -: normalize(n); normalize vector "n" to unit length sNoise(x,y,z,r); returns (r) a Perlin random variable [0-1] given an (x,y,z) co-ordinate vNoise(v,x,y,z); returns a normalized Perlin random vector given an (x,y,z) co-ordinate sTurbulence(x,y,z,r); returns (r) a turbulence value given co-ordinate vTurbulence(v,x,y,z); returns a turbulence vector given a co-ordinate

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Function Documentation

WHERE short AllocateRamBuffers

(

void

)

Allocate storage.

This function allocates the main memory buffer to be used by the Renderer. It creates output buffers for the framebuffer and motion blur buffers and other buffers. It also allocates a Thread Local Storage buffer for use by the main thread of execution if the progrma is not rendering in multiple threads. Each thread implements the rendering of a single scanline. Thus scanline buffers are needed for each thread. This function populates ONE ThreadStorage block (MainTHD).

Returns:

OK if all buffers allocated or FAIL if buffers not allocated

Definition at line 105 of file ALLOCMEM.C.

References THD_tag::Alfa, AllocateThreadStorage(), THD_tag::Blue, D1, DL, DR, DummyShadow, FAIL, fszBuffer, FullScreenBuffer, gAlfa, gBlue, gGreen, gL_Alfa, gL_Blue, gL_Green, gL_Red, gLL_Alfa, gLL_Blue, gLL_Green, gLL_Red, gRed, THD_tag::Green, gXbuffer, gXobject, gZbuffer, gZdepth, gZglass, gZglassd, gZglassO, gZground, gZobject, gZposn, THD_tag::L_Alfa, THD_tag::L_Blue, THD_tag::L_Green, THD_tag::L_Red, THD_tag::LL_Alfa, THD_tag::LL_Blue, THD_tag::LL_Green, THD_tag::LL_Red, mblurON, MotionBlurBuffer, NGLASS, ObjectIdBuffer, objectIDbufferON, OK, THD_tag::Red, Render_Message(), RendererLongBuffer, RendererShortBuffer, RendererUlongBuffer, RendererUshortBuffer, ResolutionX, ResolutionY, UCHAR, X__Malloc, THD_tag::Xbuffer, XMAX, THD_tag::Xobject, THD_tag::Zbuffer, THD_tag::Zdepth, THD_tag::Zglass, THD_tag::Zglassd, THD_tag::ZglassO, THD_tag::Zground, THD_tag::Zobject, THD_tag::Zposn, and ZskyBuffer.

Referenced by render().

WHERE long ShadedScanline	(	long	scanline,
		double	d2,
		UCHAR *	Red,
		UCHAR *	Green,
		UCHAR *	Blue,
		double *	Zground,
		long	Wsky,
		double	Rsky,
		long *	Zglass[],
		long *	ZglassO[],
		double *	Zglassd[],
		long *	Zbuffer,
		long *	Zobject,
		double *	Zdepth,
		double *	Zposn
	)

Renders a whole scanline - Calls GetRowPixelValue().

Returns:

0

Definition at line 892 of file MATERIAL.C.

References Renderer_MATL_tag::bSmooth, double, DummyShadow, GetRowPixelValue(), normalize, Object, UCHAR, VECCOPY, VECSUM, VGA_screen, XMAX, and XMIN.

Referenced by RenderMultiThreaded().

WHERE long FastAntiAliasShadedScanline	(	long	scanline,
		long	aaline,
		double	d2,
		UCHAR *	Red,
		UCHAR *	Green,
		UCHAR *	Blue,
		double *	Zground,
		long	Wsky,
		double	Rsky,
		long *	Xbuffer,
		long *	Xobject,
		long *	Zglass[],
		long *	ZglassO[],
		double *	Zglassd[],
		long *	Zbuffer,
		long *	Zobject,
		double *	Zdepth,
		double *	Zposn
	)

Renders a whole scanline - Calls GetRowPixelValue().

Returns:

0

Definition at line 1044 of file MATERIAL.C.

References aaXstep, Renderer_MATL_tag::bSmooth, double, DummyShadow, GetRowPixelValue(), normalize, Object, UCHAR, VECCOPY, VGA_screen, and XMAX.

Referenced by FastAntiAliasRenderMultiThreaded().

WHERE void GetPixelValue	(	vector	p,
		vector	dinput,
		vector	n,
		double	pdotn,
		imap *	Map,
		matl *	Mat,
		face *	f,
		long	obj,
		long	row,
		long	col,
		BOOL	first_trace,
		long	trace_relection_depth,
		long	trace_refraction_depth,
		long	refractive_flag,
		double *	Red,
		double *	Green,
		double *	Blue
	)

The main rendering fuction.

This is the core function that renders the pixel value into the output frame buffer

Parameters:

p

Vector location of point on surface being rendered.

Returns:

VOID

Definition at line 1884 of file MATERIAL.C.

References Renderer_IMAP_tag::bDecal, Renderer_MATL_tag::bGlassEdge, BIGP, Renderer_MATL_tag::bInternalShader, Renderer_IMAP_tag::bp, Renderer_IMAP_tag::bShaded, Renderer_IMAP_tag::bTiled, BumpByCoordinates(), check_for_shadow(), Renderer_MATL_tag::color, DOT, double, EOPAQUE, GetInternalTexture(), GetMirrorValues(), GetPixelLighting(), glass_shadow_density, Renderer_MATL_tag::internalShaderID, Renderer_IMAP_tag::map, MAP_BY_VERTEX, MapByCoordinates(), MapMirror(), MapTextureByCoordinates(), MapTransByCoordinates(), min, Object, Renderer_MATL_tag::params, Renderer_IMAP_tag::pd, Renderer_IMAP_tag::pp, R_length(), Renderer_IMAP_tag::rd, Renderer_MATL_tag::refl, Renderer_MATL_tag::refractive_index, RenderExternalTexture(), Renderer_IMAP_tag::rp, Renderer_MATL_tag::shaderID, shadow_density, SHSCALE, SINGLE, Renderer_MATL_tag::texco, TILE, Renderer_IMAP_tag::tp, trace_refraction_ray(), trace_refractions, trace_shadows, trace_transmission_ray(), TRANSP, Renderer_MATL_tag::transp, VECCOPY, and VECSCALE.

Referenced by GetRowPixelValue(), and GetSurfaceValue().

WHERE void GetRowPixelValue	(	long	row,
		long	col,
		imap *	Map,
		matl *	Mat,
		face *	f,
		long	obj,
		vector	nn,
		UCHAR *	Red,
		UCHAR *	Green,
		UCHAR *	Blue,
		double *	Zdepth,
		UCHAR *	ZobjChar
	)

Renders a pixel on a scanline - Calls GetPixelValue().

This is the core function that processes the rendering of a pixel into the output buffer. When this function is called the identity of the face that is visible in this pixel is known and this function must determine the output colour.

Parameters:

	row	Row in the output raster to be written into
	col	Column in the output raster to be written into
	Map	Image map to apply at this pixel
	Mat	Material to apply to the face visible in this pixel
	f	pointer to face visible in this pixel
	obj	identity of object visible in this pixel ....tbc

Returns:

VOID

Definition at line 2106 of file MATERIAL.C.

References DOT, double, GetPixelValue(), GetSurfaceValue(), min, normalize, Object, scalex, scaley, Renderer_IMAP_tag::tp, trace_refractions, trace_starting_ray(), Renderer_MATL_tag::transp, VECCOPY, Xcentre, and Ycentre.

Referenced by FastAntiAliasShadedScanline(), and ShadedScanline().

WHERE short R_terminator

(

void

)

< Asks for user confirmation of rendering interrupt

Definition at line 36 of file RENDER.C.

Referenced by ExternalImageProcess(), PostProcessRenderGL(), render(), and RenderHide().

WHERE void read_vec

(

vector

v

)

Referenced by GetCommand().

WHERE void MakeVertexNormals

(

void

)

Definition at line 849 of file RENDER.C.

References dot(), normalize, Object, Render_Message(), smoothing_angle, VECCOPY, vecsum(), X__Free, and X__Malloc.

long RenderHide

(

void

)

Renders the frame.

This is one of the core rendering functions it break up the raster into a series of interleaved scanlines and dispatches as may threads as required to render each set, using either the fastAntiAlias or standard scnaline rendering function. Called from RenderHide()

Returns:

TRUE or FALSE

Definition at line 1111 of file RENDER.C.

References anti_alias, anti_alias_edges, ConfirmNTabort(), D1, DL, double, DR, FAIL, FALSE, FastAntiAliasRenderMultiThreaded(), fp, GetSkyLocation(), Ground, in_mirror_phase, LOW, min, Mirror_In_Ground(), Nprocessors, Nthreads, R_Nground, R_terminator(), Renderer_GROUND_tag::refl, Render_Message(), renderer_NT_abort_flag, RenderMultiThreaded(), RenderYield(), scalex, ShadowGround(), TRUE, Xcentre, XMAX, XMIN, and YES.

Referenced by render().

WHERE char* short_form

(

char *

filename

)

< Removes a path from a filename

Definition at line 1300 of file UTILS.C.

WHERE void SetUpParticles

(

ParticleSystem *

)

Definition at line 158 of file particles.c.

References Animator_PARTICLESYSTEM_tag::bSpinOff, Animator_PARTICLESYSTEM_tag::bSteadyState, Renderer_PARTICLE_tag::fAge, FALSE, FRAME_TIME, MakeObjectTransformation(), max, Animator_PARTICLESYSTEM_tag::NumP, Renderer_PARTICLE_tag::p, PARTICLE_SCALE, Renderer_PARTICLE_tag::pfx, R_m4by1(), R_m4by4(), TRUE, and ViewTransform.

WHERE void SetUpSingleParticle

(

ParticleSystem *

)

Definition at line 126 of file particles.c.

References Renderer_PARTICLE_tag::c, Renderer_PARTICLE_tag::fAge, Renderer_PARTICLE_tag::fAlpha, Renderer_PARTICLE_tag::fSize, MakeObjectTransformation(), Animator_PARTICLESYSTEM_tag::NumP, Renderer_PARTICLE_tag::p, PARTICLE_SCALE, Renderer_PARTICLE_tag::pfx, R_m4by1(), R_m4by4(), VECCOPY, VECSUB, VECSUM, and ViewTransform.

WHERE void LoadParticleImages

(

void

)

Definition at line 59 of file particles.c.

WHERE void UnloadParticleImages

(

void

)

Definition at line 74 of file particles.c.

WHERE void MakeParticleTextures

(

void

)

Definition at line 85 of file particles.c.

References min.

WHERE void ReleaseParticleTextures

(

void

)

Definition at line 121 of file particles.c.

Referenced by CloseGlWindow().

WHERE void RenderParticlesGL

(

BOOL

clip

)

Definition at line 553 of file particles.c.

References Nparticles, and ParticleS.

WHERE void RenderParticles

(

void

)

Definition at line 663 of file particles.c.

References Nparticles, and ParticleS.

Referenced by render().

WHERE long RenderGL	(	long	frame,
		BOOL	ppGL
	)

Definition at line 98 of file rendergl.C.

References m_PBuffer.

Referenced by render().

WHERE void SetUpCorrectContext

(

BOOL

)

Definition at line 522 of file rendergl.C.

References m_PBuffer.

Referenced by FreeExternalTextures(), and LoadExternalTexture().

WHERE HWND SetUpGlWindow	(	HANDLE	,
		HWND	,
		long	,
		long	,
		BOOL	,
		BOOL	,
		BOOL	,
		long
	)

Definition at line 203 of file rendergl.C.

Referenced by RendererMainWndProc().

WHERE void CloseGlWindow

(

void

)

Definition at line 529 of file rendergl.C.

Referenced by RendererMainWndProc(), and SetUpGlWindow().

WHERE void accPerspective	(	GLdouble	fovy,
		GLdouble	aspect,
		GLdouble	znear,
		GLdouble	zfar,
		GLdouble	pixdx,
		GLdouble	pixdy,
		GLdouble	eyedx,
		GLdouble	eyedy,
		GLdouble	focus
	)

Definition at line 818 of file rendergl.C.

References PI_.

Referenced by RenderCameraView().

WHERE void CopyGLtoFSB

(

void

)

Definition at line 638 of file rendergl.C.

References FullScreenBuffer, RENDERBUFFER_WIDTH, ResolutionX, and ResolutionY.

Referenced by render().

WHERE void CopyGLtoZbuffer

(

void

)

Definition at line 659 of file rendergl.C.

References BackDepthGL, DepthScalingGL, FrontDepthGL, fszBuffer, ResolutionX, ResolutionY, TEXTUREBUFFER_HEIGHT, and TEXTUREBUFFER_WIDTH.

Referenced by render().

WHERE BOOL CheckGPUhardware

(

HWND

)

Definition at line 931 of file rendergl.C.

References FALSE, and TRUE.

WHERE void RenderCameraView	(	BOOL	renderbuffer,
		BOOL	bAntiAliases,
		int	jitter,
		int	,
		GLfloat	aspect
	)

Definition at line 107 of file rendergl1.c.

References accPerspective(), ANGL_FOV, BackDepthGL, CamSx, ClipXmax, ClipXmin, ClipYmax, ClipYmin, ClipZmax, ClipZmin, DepthScalingGL, DlistID, double, FAR_CLIP_PLANE, FrontDepthGL, GlobalScale, max, NEAR_CLIP_PLANE, R_Nground, TEXTUREBUFFER_HEIGHT, TEXTUREBUFFER_WIDTH, x, and y.

WHERE long PostProcessRenderGL

(

long

frame

)

Definition at line 38 of file rendergl2.c.

References AddLoadedLibrary(), Renderer_XIMAGE_tag::aParameters, Renderer_XIMAGE_tag::backbufferGL, BackDepthGL, CamAlpha, Renderer_XIMAGE_tag::CamAlpha, CamPhi, Renderer_XIMAGE_tag::CamPhi, CamSx, Renderer_XIMAGE_tag::CamSx, CamSy, Renderer_XIMAGE_tag::CamSy, CamSz, Renderer_XIMAGE_tag::CamSz, CamTheta, Renderer_XIMAGE_tag::CamTheta, DepthScalingGL, Renderer_XIMAGE_tag::depthscalingGL, FAIL, Renderer_XIMAGE_tag::first_frame, Renderer_XIMAGE_tag::fp_Terminate, Renderer_XIMAGE_tag::fp_Yield, Renderer_XIMAGE_tag::Frame, Renderer_XIMAGE_tag::frontbufferGL, FrontDepthGL, gszHomeDir, Renderer_XIMAGE_tag::HWrender, ImageProcesses, Renderer_XIMAGE_tag::last_frame, Lights, Renderer_XIMAGE_tag::Lights, Renderer_XIMAGE_tag::ModuleName, Renderer_XIMAGE_tag::Morph, Renderer_XIMAGE_tag::MorphRatio, Renderer_XIMAGE_tag::mParameters, nImageProcesses, Nlights, Renderer_XIMAGE_tag::Nlights, R_terminator(), RenderYield(), RestoreWhiteSpaces(), scalex, scaley, short_form(), TEXTUREBUFFER_HEIGHT, TEXTUREBUFFER_WIDTH, Renderer_XIMAGE_tag::this_frame, Renderer_XIMAGE_tag::version, ViewPoint, Renderer_XIMAGE_tag::ViewPoint, ViewTransform, Renderer_XIMAGE_tag::ViewTransform, Renderer_XIMAGE_tag::Xmax, Renderer_XIMAGE_tag::Xscale, Renderer_XIMAGE_tag::Ymax, and Renderer_XIMAGE_tag::Yscale.

WHERE void DrawExternalMaterialPolys	(	BOOL	bDrawTransparent,
		BOOL	bClip,
		long	nMats,
		matl *	iMat,
		long	Nface,
		face *	MainFp,
		long	Nvert,
		vertex *	MainVp
	)

Definition at line 141 of file rendergl2.c.

References AntiCameraGL, Renderer_MATL_tag::ax, Renderer_MATL_tag::color, dot(), FALSE, g_env3D_texture, g_env_texture, g_envB_texture, g_envN_texture, g_noise_texture, GetAttibuteLocation, SetUniformInteger, SetUniformVariable, SetUniformVector, Shader, Renderer_SHADER_tag::shaderID, TRUE, UseShaderProgram(), and UseSingleShaderProgram.

WHERE int GetCommand	(	long	,
		long	,
		long	,
		char *
	)

Definition at line 136 of file LOADSCPT.C.

References Renderer_GROUND_tag::acolor, Animator_PARTICLESYSTEM_tag::alpha_end, Animator_PARTICLESYSTEM_tag::alpha_start, ambient_light, Renderer_GROUND_tag::ambient_light, Renderer_LIGHT_tag::AnimatorID, AssignMappingCoordinatesToVertices(), Renderer_IMAP_tag::bp, BRUM, Animator_PARTICLESYSTEM_tag::bSingle, Animator_PARTICLESYSTEM_tag::bSpinOff, Animator_PARTICLESYSTEM_tag::bSteadyState, CamAlpha, CamFnumber, CamFocalLength, CamFocusDepth, CamFocusDepthM, CamIm, CamIma, CamParallaxDepth, CamPhi, CamPolarisation, CamRuler, CamStereoSeparation, CamSx, CamSy, CamSz, CamTheta, Animator_OBJECT::cast_shadow, CF, Renderer_GROUND_tag::color, Renderer_LIGHT_tag::color, Animator_PARTICLESYSTEM_tag::colour_end, Animator_PARTICLESYSTEM_tag::colour_start, CompleteMovieMapLoading(), Renderer_LIGHT_tag::dc, Renderer_LIGHT_tag::dc_c, Renderer_LIGHT_tag::dc_l, Renderer_LIGHT_tag::dc_q, double, Animator_OBJECT::effect, End_of_animation, Animator_PARTICLESYSTEM_tag::ew_end, Animator_PARTICLESYSTEM_tag::ew_start, FALSE, Renderer_IMAP_tag::filename, GET_DOB, GET_VEC, Ground, ground_ambient_light, Renderer_GROUND_tag::height, Animator_PARTICLESYSTEM_tag::id, Animator_PARTICLESYSTEM_tag::iid, ImageProcesses, Renderer_LIGHT_tag::Intensity, Renderer_LIGHT_tag::internal_type, L, Animator_PARTICLESYSTEM_tag::life, Lights, LoadMorphObject(), Renderer_GROUND_tag::map, Renderer_GROUND_tag::mapped, Renderer_GROUND_tag::maptype, MBRUM, Renderer_IMAP_tag::moziac, nImageProcesses, Nlights, NO, Nparticles, Animator_PARTICLESYSTEM_tag::ns_end, Animator_PARTICLESYSTEM_tag::ns_start, Nsky, Object, object_ambient_light, ObjectCount, Renderer_IMAP_tag::p, Renderer_GROUND_tag::p, Animator_PARTICLESYSTEM_tag::particle_size_scale, Animator_PARTICLESYSTEM_tag::particle_speed_scale, ParticleS, PI, Renderer_GROUND_tag::pin, Renderer_IMAP_tag::pin, PLAIN, PLANE, Renderer_IMAP_tag::pp, R_LoadObject(), R_m4by1(), R_m4by4(), R_Nground, R_rotx(), R_roty(), R_rotz(), read_vec(), Renderer_GROUND_tag::refl, Render_Message(), RenderRubberBones(), RenderTransformToRobot(), Renderer_IMAP_tag::rp, Animator_OBJECT::self_shadow, SetupImageMap(), Animator_OBJECT::show_shadow, SINGLE, Animator_PARTICLESYSTEM_tag::size_end, Animator_PARTICLESYSTEM_tag::size_start, Skeleton, Sky, skyBmax, SKYGRADED, skyXscale, skyYscale, Animator_PARTICLESYSTEM_tag::speed, SPOTLIGHT, TBRUM, TEXTU, Renderer_GROUND_tag::texture, Animator_PARTICLESYSTEM_tag::theta, TILE, Renderer_IMAP_tag::tp, TRUE, Animator_SKY::type, Renderer_GROUND_tag::type, type, Renderer_LIGHT_tag::type, Animator_PARTICLESYSTEM_tag::ud_end, Animator_PARTICLESYSTEM_tag::ud_start, UNIT, Animator_PARTICLESYSTEM_tag::valpha, Animator_PARTICLESYSTEM_tag::vcolour, VECCOPY, vecsub(), vecsum(), ViewPoint, Animator_PARTICLESYSTEM_tag::vlife, Animator_PARTICLESYSTEM_tag::vsize, Animator_PARTICLESYSTEM_tag::vspeed, WindowedRenderMessage(), WRM_COMPLETE, Renderer_IMAP_tag::x, Renderer_GROUND_tag::x, X__Free, X__Malloc, X__Realloc, Renderer_GROUND_tag::xin, Renderer_IMAP_tag::xin, Renderer_IMAP_tag::y, Renderer_GROUND_tag::y, YES, Renderer_GROUND_tag::yin, and Renderer_IMAP_tag::yin.

Referenced by render().

WHERE void FreeFrameObjects

(

void

)

Definition at line 88 of file LOADSCPT.C.

References FALSE, FreeMovieMapImages(), Object, ObjectCount, and X__Free.

Referenced by render().

WHERE void FreeAllObjects

(

void

)

Definition at line 104 of file LOADSCPT.C.

References FreeExternalTextures(), FreeNurbs(), Nshader, Object, ObjectCount, Shader, Skeleton, and X__Free.

Referenced by render().

WHERE char R_getl

(

long *

val

)

Definition at line 52 of file LOADMESH.C.

References dwRead, and fp.

Referenced by FindNumberVertices(), LoadMorphObject(), and R_LoadObject().

WHERE char R_getsht

(

short *

val

)

Definition at line 63 of file LOADMESH.C.

References dwRead, and fp.

WHERE char R_getusht

(

unsigned short *

val

)

Definition at line 72 of file LOADMESH.C.

References dwRead, and fp.

WHERE long LoadMorphObject	(	long	,
		short	mo,
		char *	FileName,
		double	mr,
		char *	QmorphFile,
		double	qr
	)

Definition at line 188 of file LOADMESH.C.

References double, dwRead, fp, GetRenderRelativeHandle(), min, Object, R_getchunk(), R_getl(), Render_Message(), and VECCOPY.

Referenced by GetCommand().

WHERE long R_LoadObject	(	long	ObjectID,
		char *	FileName,
		long	frame,
		short	robo,
		double	robo_ratio,
		char *	robo_file1,
		char *	robo_file2
	)

Definition at line 840 of file LOADMESH.C.

References double, FALSE, fp, GetRenderRelativeHandle(), MeshNurbsSurfaces(), Object, R_getchunk(), R_getl(), Render_Message(), TRUE, UNIT, and YES.

Referenced by GetCommand().

WHERE void R_getchunk

(

long

clen

)

Definition at line 927 of file LOADMESH.C.

References fp.

Referenced by FindNumberVertices(), LoadMorphObject(), and R_LoadObject().

WHERE long FindNumberVertices	(	char *	ofile,
		long *	nvs
	)

Definition at line 811 of file LOADMESH.C.

References fp, GetRenderRelativeHandle(), R_getchunk(), and R_getl().

WHERE void InvertRotationMatrix	(	double	T[4][4],
		double	t[4][4]
	)

Definition at line 955 of file LOADMESH.C.

References R_null_transform().

Referenced by InterpolateRobot(), and RenderRubberBones().

WHERE void RenderTransformToRobot	(	long	O,
		long *	Skid,
		skel *	Skel,
		double	mr,
		char *	robo_f1,
		char *	robo_f2
	)

Definition at line 1088 of file LOADMESH.C.

References GET_MATX, InterpolateRobot(), Object, Animator_SKELETON::Q, R, Animator_SKELETON::R, R_m4by1(), R_null_transform(), Animator_SKELETON::T, X__Free, X__Malloc, and y1.

Referenced by GetCommand().

WHERE void RenderRubberBones	(	long	O,
		int	nSkeleton,
		long *	Skid,
		skel *	Skeleton
	)

Definition at line 1198 of file LOADMESH.C.

References DOT, FALSE, InvertRotationMatrix(), min, Object, R_c4to4(), R_m4by1(), R_m4by4(), R_tram(), VECCOPY, and VECSUB.

Referenced by GetCommand().

WHERE double dot	(	vector	v1,
		vector	v2
	)

Definition at line 1164 of file GEOMETRY.C.

Referenced by DrawExternalMaterialPolys(), GetGroundLight(), GetMirrorValues(), hitcylinder(), Make3dDisplayList(), Make3dDisplayListProg(), MakeVertexNormals(), MapMirror(), PutBackIntersection(), ShadowGround(), and trace_refraction_ray().

WHERE short ClipObject

(

long

O

)

Definition at line 45 of file GEOMETRY.C.

References debug, FAIL, fp, FRONT_CLIPPING_PLANE, Object, OK, Render_Message(), Animator_OBJECT::v, X__Realloc, and y1.

WHERE long IShadow	(	long	scanline,
		long	v1x,
		long	v1y,
		long	v2x,
		long	v2y,
		long *	xi
	)

Definition at line 197 of file GEOMETRY.C.

Referenced by ShadowFillLine().

WHERE void ShadowFillLine	(	long	scanline,
		long	vx[3],
		long	vy[3],
		long *	leftedge,
		long *	rightedge
	)

Definition at line 214 of file GEOMETRY.C.

References IShadow(), max, min, Render_Message(), and XMAX.

Referenced by ShadowGround().

WHERE void ShadowGround

(

void

)

Definition at line 253 of file GEOMETRY.C.

References dot(), Ground, Lights, max, min, Renderer_GROUND_tag::n, Nlights, NORMAL, Object, ObjectCount, Renderer_LIGHT_tag::p, Renderer_GROUND_tag::p, scalex, scaley, ShadowFillLine(), SHADOWS, type, UCHAR, vecscale(), vecsub(), vecsum(), VGA_screen, Xcentre, XMAX, Ycentre, and YMAX.

Referenced by RenderHide().

WHERE double hitpoint	(	vector	n,
		vector	x,
		vector	y,
		vector	pb,
		vector	pf,
		double *	a,
		double *	b
	)

Definition at line 324 of file GEOMETRY.C.

References DOT, TOL, VECSCALE, VECSUB, and VECSUM.

Referenced by AssignMappingCoordinatesToVertices(), GetGroundLight(), GetSurfaceValue(), MapFrom(), and MapFromProjection().

WHERE BOOL hitpoint2	(	vector	n,
		vector	x,
		vector	y,
		vector	pb,
		vector	pf,
		double *	a,
		double *	b
	)

Definition at line 369 of file GEOMETRY.C.

References DOT, FALSE, TRUE, and VECSUB.

Referenced by GetGroundLight().

WHERE double hitcylinder	(	vector	n,
		vector	x,
		vector	y,
		vector	p0,
		vector	p,
		double *	a,
		double *	b
	)

Definition at line 404 of file GEOMETRY.C.

References cross(), DOT, dot(), normalize, RTD, and vecsub().

Referenced by AssignMappingCoordinatesToVertices(), and MapFromProjection().

WHERE double hitsphere	(	vector	n,
		vector	x,
		vector	y,
		vector	p0,
		vector	p,
		double *	a,
		double *	b
	)

Definition at line 428 of file GEOMETRY.C.

References DOT, normalize, VECCOPY, VECSCALE, VECSUB, and z.

Referenced by AssignMappingCoordinatesToVertices(), and MapFromProjection().

WHERE void UpdateGlassScanBuffers	(	double	,
		double	,
		long	,
		long	,
		face *	,
		double	,
		long *	[],
		long *	[],
		double *	[],
		long *	,
		long *	,
		double *	,
		double *
	)

Definition at line 565 of file GEOMETRY.C.

References DL, double, DR, min, Object, scalex, UpdateGlassBuffer, and Xcentre.

Referenced by render().

WHERE void UpdateNoGlassScanBuffers	(	double	,
		double	,
		long	,
		long	,
		face *	,
		double	,
		long *	[],
		long *	[],
		double *	[],
		long *	,
		long *	,
		double *	,
		double *
	)

Definition at line 635 of file GEOMETRY.C.

References DL, double, DR, min, Object, scalex, UpdateNoGlassBuffer, and Xcentre.

Referenced by render().

WHERE long Intersect	(	long	scanline,
		vertex *	v1,
		vertex *	v2,
		double *	xi
	)

Definition at line 703 of file GEOMETRY.C.

References double.

Referenced by Active().

WHERE long Active	(	long	scanline,
		vertex *	v,
		face *	f,
		double *	leftedge,
		double *	rightedge
	)

Definition at line 717 of file GEOMETRY.C.

References Intersect(), max, min, XMAX, and XMIN.

Referenced by FastAntiAliasRenderMultiThreaded(), and RenderMultiThreaded().

WHERE void SetPerspectiveView

(

long

)

Definition at line 750 of file GEOMETRY.C.

References anti_alias, AntiCamera, AntiCameraGL, CamAlpha, CameraRotate, CamParallaxDepth, CamPhi, CamRuler, CamStereoSeparation, CamSx, CamSy, CamTheta, double, HIGH, LOW, MEDIUM, PI, R_c4to4(), R_m4by4(), R_rotx(), R_roty(), R_rotz(), R_tram(), ResolutionX, ResolutionY, scalex, scaley, StereoRenderingON, ULTRA, ViewPoint, ViewTransform, and YES.

Referenced by render().

WHERE void ApplyViewingTransformToPoint	(	vector	,
		vector
	)

Definition at line 822 of file GEOMETRY.C.

References R_m4by1(), ViewTransform, and y1.

WHERE void BendNormal	(	vector	,
		vector	,
		vector
	)

Definition at line 828 of file GEOMETRY.C.

References AntiCamera, R_m3by1(), ViewTransform, and y1.

WHERE void MakeObjectTransformation	(	double	fi,
		double	theta,
		double	alpha,
		short	im,
		double	ima,
		double	sx,
		double	sy,
		double	sz,
		vector	Offset,
		vector	Position,
		double	trpos[4][4],
		double	pos[4][4],
		double	trinv[4][4]
	)

Definition at line 835 of file GEOMETRY.C.

References AntiCamera, PI, R_m4by4(), R_rotx(), R_roty(), R_rotz(), R_scal(), R_tram(), and ViewTransform.

Referenced by SetUpParticles(), and SetUpSingleParticle().

WHERE void TransformMappingRectangle	(	double	[4][4],
		vector	,
		vector	,
		vector	,
		vector	,
		vector	,
		vector	,
		vector
	)

Definition at line 897 of file GEOMETRY.C.

References cross(), normalize, R_m4by1(), and vecsub().

WHERE void PerspObstra	(	double	xo,
		double	yo,
		double	zo,
		double	xt,
		double	yt,
		double	zt,
		double	to[4][4]
	)

WHERE void R_scal	(	double	tr[4][4],
		double	sx,
		double	sy,
		double	sz
	)

Definition at line 978 of file GEOMETRY.C.

Referenced by MakeObjectTransformation().

WHERE void R_rotz	(	double	tr[4][4],
		double	ang
	)

Definition at line 914 of file GEOMETRY.C.

Referenced by GetCommand(), MakeObjectTransformation(), Mirror_In_Ground(), R_reflect(), SetLightShadow(), and SetPerspectiveView().

WHERE void R_rotx	(	double	tr[4][4],
		double	ang
	)

Definition at line 932 of file GEOMETRY.C.

Referenced by GetCommand(), MakeObjectTransformation(), Mirror_In_Ground(), SetLightShadow(), and SetPerspectiveView().

WHERE void R_roty	(	double	tr[4][4],
		double	ang
	)

Definition at line 948 of file GEOMETRY.C.

Referenced by GetCommand(), MakeObjectTransformation(), Mirror_In_Ground(), R_reflect(), SetLightShadow(), and SetPerspectiveView().

WHERE void R_tram	(	double	t[4][4],
		double	dx,
		double	dy,
		double	dz
	)

Definition at line 963 of file GEOMETRY.C.

Referenced by MakeObjectTransformation(), Mirror_In_Ground(), R_reflect(), RenderRubberBones(), SetLightShadow(), and SetPerspectiveView().

WHERE void R_m4by4	(	double	t1[4][4],
		double	t2[4][4],
		double	tr[4][4]
	)

Definition at line 993 of file GEOMETRY.C.

Referenced by GetCommand(), MakeObjectTransformation(), Mirror_In_Ground(), R_reflect(), RenderRubberBones(), SetLightShadow(), SetPerspectiveView(), SetUpParticles(), and SetUpSingleParticle().

WHERE void R_c4to4	(	double	tin[4][4],
		double	tout[4][4]
	)

Definition at line 1004 of file GEOMETRY.C.

Referenced by RenderRubberBones(), and SetPerspectiveView().

WHERE void R_null_transform

(

double

t[4][4]

)

Definition at line 1012 of file GEOMETRY.C.

Referenced by InvertRotationMatrix(), and RenderTransformToRobot().

WHERE void R_m4by1	(	double	t4[4][4],
		double	x,
		double	y,
		double	z,
		double *	xx,
		double *	yy,
		double *	zz
	)

Definition at line 1020 of file GEOMETRY.C.

Referenced by ApplyViewingTransformToPoint(), GetCommand(), MapEnvironmentInDirection(), MapMirror(), Mirror_In_Ground(), PointInShadow(), RenderRubberBones(), RenderTransformToRobot(), SetLightShadow(), SetUpParticles(), SetUpSingleParticle(), and TransformMappingRectangle().

WHERE void R_m3by1	(	double	t4[4][4],
		double	x,
		double	y,
		double	z,
		double *	xx,
		double *	yy,
		double *	zz
	)

Definition at line 1028 of file GEOMETRY.C.

Referenced by BendNormal(), and MapEnvironment().

WHERE void R_reflect	(	double	t4[4][4],
		vector	p,
		vector	n
	)

Definition at line 1040 of file GEOMETRY.C.

References R_m4by4(), R_roty(), R_rotz(), and R_tram().

WHERE void veccopy	(	vector	v1,
		vector	r
	)

Definition at line 1117 of file GEOMETRY.C.

Referenced by GetGroundLight(), GetSurfaceValue(), init_ripples(), Mirror_In_Ground(), and Ocean().

WHERE void vecsub	(	vector	v1,
		vector	v2,
		vector	r
	)

Definition at line 1123 of file GEOMETRY.C.

Referenced by AssignMappingCoordinatesToVertices(), calcripple(), GetCommand(), GetGroundLight(), GetMirrorValues(), hitcylinder(), MapMirror(), SetLightShadow(), ShadowGround(), trace_refraction_ray(), and TransformMappingRectangle().

WHERE void vecsum	(	vector	v1,
		vector	v2,
		vector	r
	)

Definition at line 1129 of file GEOMETRY.C.

Referenced by BumpByCoordinates(), GetCommand(), GetGroundLight(), GetMirrorValues(), init_ripples(), MakeVertexNormals(), Ocean(), ShadowGround(), and trace_refraction_ray().

WHERE void vecscale	(	double	s,
		vector	v,
		vector	r
	)

Definition at line 1135 of file GEOMETRY.C.

Referenced by AssignMappingCoordinatesToVertices(), BumpByCoordinates(), calcripple(), GetGroundLight(), GetMirrorValues(), init_ripples(), MapMirror(), normalize(), ShadowGround(), and trace_refraction_ray().

WHERE short normalize

(

vector

v

)

Definition at line 1141 of file GEOMETRY.C.

References double, and vecscale().

WHERE double R_length

(

vector

v

)

Definition at line 1151 of file GEOMETRY.C.

References double.

Referenced by AssignMappingCoordinatesToVertices(), GetGroundLight(), GetPixelLighting(), and GetPixelValue().

WHERE void cross	(	vector	v1,
		vector	v2,
		vector	r
	)

Definition at line 1158 of file GEOMETRY.C.

Referenced by AssignMappingCoordinatesToVertices(), hitcylinder(), Mirror_In_Ground(), SetLightShadow(), and TransformMappingRectangle().

WHERE void AssignMappingCoordinatesToVertices

(

object *

)

Definition at line 1172 of file GEOMETRY.C.

References Renderer_IMAP_tag::angle, cross(), CYLINDER, FixUpMapEdge(), hitcylinder(), hitpoint(), hitsphere(), Renderer_IMAP_tag::map, MAP_BY_VERTEX, MAP_SPHERICAL, max, Renderer_IMAP_tag::n, normalize, Renderer_IMAP_tag::p, Renderer_IMAP_tag::pin, R_length(), vecscale(), vecsub(), Renderer_IMAP_tag::x, Renderer_IMAP_tag::xin, Renderer_IMAP_tag::y, and Renderer_IMAP_tag::yin.

Referenced by GetCommand().

WHERE void EffectObjectVertices	(	long	global,
		long	O
	)

Definition at line 65 of file PLUGINS.C.

References BIGN, BIGP, Animator_SFXDATA_tag::camera_pos, double, Ground, Animator_SFXDATA_tag::ground, Animator_SFXDATA_tag::ground_pos, max, min, Object, Renderer_GROUND_tag::pin, Animator_SFXDATA_tag::pos, R_Nground, SFXinfo, Animator_SFXDATA_tag::size, TRUE, and ViewPoint.

WHERE short LoadExternalTexture	(	char *	name,
		char *	parameters
	)

Definition at line 209 of file PLUGINS.C.

References AddLoadedLibrary(), bRenderOpenGL, Renderer_SHADER_tag::close, double, FAIL, FALSE, Renderer_SHADER_tag::function, Renderer_SHADER_tag::functionGL, gszHomeDir, Renderer_SHADER_tag::module, Renderer_SHADER_tag::morph, Nshader, OK, RenderCurrentFrame, SetUpCorrectContext(), Shader, Renderer_SHADER_tag::shaderID, short_form(), and TRUE.

WHERE short MorphExternalTexture	(	char *	name,
		char *	parameters,
		long	obj
	)

Definition at line 366 of file PLUGINS.C.

References double, FAIL, Nshader, Object, OK, and Shader.

WHERE void FreeExternalTextures

(

void

)

Definition at line 289 of file PLUGINS.C.

References bRenderOpenGL, FALSE, X__SHADERtag::GLshaderID, Nshader, SetUpCorrectContext(), Shader, Renderer_SHADER_tag::shaderID, TRUE, and X__Free.

Referenced by FreeAllObjects().

WHERE BOOL RenderExternalTexture	(	long	tid,
		vector	p,
		vector	n,
		double	alpha,
		double	beta,
		double	gamma,
		double	bump_scale,
		double *	ac,
		double *	transparency,
		unsigned char	sc[3],
		long	model_id,
		face *	fp,
		double	colour[3]
	)

< The colour is the returned colour from the shader/texture plugin

Parameters:

tid	Shader ID in the shader list
p	Coordinate of the point on the surface being shaded
n	Surface Normal vector - might be changed by bump shader
gamma	these are the 3D texture/shader coordinates Local frame of reference
bump_scale	This is the texture parameter scaling value (input)
ac	This is the value of the alpha channel to be returned by shader
transparency	This is the surface transparency value to be returned by the shader
sc	This is the texture colour passed to be passed to the shader
model_id	Object identifier NOT USED
fp	Face identifier NOT USED

Definition at line 310 of file PLUGINS.C.

References double, FALSE, X__SHADERtag::fp_axis_n, X__SHADERtag::fp_axis_o, X__SHADERtag::fp_axis_u, X__SHADERtag::fp_axis_unorm, X__SHADERtag::fp_axis_v, X__SHADERtag::fp_axis_vnorm, X__SHADERtag::fp_FullSat, Nshader, Shader, X__SHADERtag::u_length, and X__SHADERtag::v_length.

Referenced by GetPixelValue().

WHERE long ExternalImageProcess	(	long	frame,
		long	HWrender
	)

Definition at line 386 of file PLUGINS.C.

References AddLoadedLibrary(), Renderer_XIMAGE_tag::AnimatorIdList, anti_alias, Renderer_XIMAGE_tag::aParameters, Renderer_XIMAGE_tag::Blur, CamAlpha, Renderer_XIMAGE_tag::CamAlpha, CamIm, Renderer_XIMAGE_tag::CamIm, CamIma, Renderer_XIMAGE_tag::CamIma, CamPhi, Renderer_XIMAGE_tag::CamPhi, CamSx, Renderer_XIMAGE_tag::CamSx, CamSy, Renderer_XIMAGE_tag::CamSy, CamSz, Renderer_XIMAGE_tag::CamSz, CamTheta, Renderer_XIMAGE_tag::CamTheta, Cycloidal, Dnoise2(), DTurbulence(), FAIL, Renderer_XIMAGE_tag::first_frame, Renderer_XIMAGE_tag::fp_Cycloidal, Renderer_XIMAGE_tag::fp_normalize, Renderer_XIMAGE_tag::fp_sNoise, Renderer_XIMAGE_tag::fp_sTurbulence, Renderer_XIMAGE_tag::fp_Terminate, Renderer_XIMAGE_tag::fp_vNoise, Renderer_XIMAGE_tag::fp_vTurbulence, Renderer_XIMAGE_tag::fp_Yield, Renderer_XIMAGE_tag::Frame, fszBuffer, FullScreenBuffer, gszHomeDir, HIGH, Renderer_XIMAGE_tag::HWrender, ImageProcesses, Renderer_XIMAGE_tag::last_frame, Lights, Renderer_XIMAGE_tag::Lights, LOW, MEDIUM, min, Renderer_XIMAGE_tag::ModuleName, Renderer_XIMAGE_tag::Morph, Renderer_XIMAGE_tag::MorphRatio, MotionBlurBuffer, Renderer_XIMAGE_tag::mParameters, nImageProcesses, Nlights, Renderer_XIMAGE_tag::Nlights, normalize, Renderer_XIMAGE_tag::Ntargets, Object, Renderer_XIMAGE_tag::ObjectBuffer, ObjectCount, ObjectIdBuffer, Renderer_XIMAGE_tag::Pad, R_terminator(), Render_Message(), RenderYield(), ResolutionX, ResolutionY, RestoreWhiteSpaces(), scalex, scaley, Renderer_XIMAGE_tag::Screen, shadow_buffer_size, Renderer_XIMAGE_tag::shadow_buffer_size, short_form(), Snoise2(), STurbulence(), Renderer_XIMAGE_tag::Targets, Renderer_XIMAGE_tag::this_frame, ULTRA, Renderer_XIMAGE_tag::version, ViewPoint, Renderer_XIMAGE_tag::ViewPoint, ViewTransform, Renderer_XIMAGE_tag::ViewTransform, Renderer_XIMAGE_tag::Xmax, Renderer_XIMAGE_tag::Xscale, Renderer_XIMAGE_tag::Ymax, Renderer_XIMAGE_tag::Yscale, and Renderer_XIMAGE_tag::Zbuffer.

Referenced by render().

WHERE long MotionBlurFrame	(	long	frame,
		long	subframe,
		long	command_id
	)

Definition at line 24 of file PLUGINS.C.

References df, double, FullScreenBuffer, mblurON, MotionBlurBuffer, ResolutionX, and ResolutionY.

Referenced by render().

WHERE void ReleaseImageStore

(

void

)

Definition at line 95 of file LOADMAPS.C.

References X__Free.

Referenced by render().

WHERE long SetupImageMap	(	imap *	Map,
		char *	objectfile
	)

Definition at line 113 of file LOADMAPS.C.

References Renderer_IMAP_tag::bAnimB, Renderer_IMAP_tag::bAnimR, Renderer_IMAP_tag::bAnimS, Renderer_IMAP_tag::bAnimT, Renderer_IMAP_tag::bLoadedB, Renderer_IMAP_tag::bLoadedR, Renderer_IMAP_tag::bLoadedS, Renderer_IMAP_tag::bLoadedT, Renderer_IMAP_tag::bp, Renderer_IMAP_tag::fbump, Renderer_IMAP_tag::filename, Renderer_IMAP_tag::frefl, Renderer_IMAP_tag::ftran, Renderer_IMAP_tag::p24B, Renderer_IMAP_tag::p24Bbump, Renderer_IMAP_tag::p24Brefl, Renderer_IMAP_tag::p24Btran, Renderer_IMAP_tag::p24G, Renderer_IMAP_tag::p24Gbump, Renderer_IMAP_tag::p24Grefl, Renderer_IMAP_tag::p24Gtran, Renderer_IMAP_tag::p24R, Renderer_IMAP_tag::p24Rbump, Renderer_IMAP_tag::p24Rrefl, Renderer_IMAP_tag::p24Rtran, Renderer_IMAP_tag::pp, Renderer_IMAP_tag::rp, Renderer_IMAP_tag::tp, TRUE, Renderer_IMAP_tag::xmax, Renderer_IMAP_tag::xmaxbump, Renderer_IMAP_tag::xmaxrefl, Renderer_IMAP_tag::xmaxtran, Renderer_IMAP_tag::ymax, Renderer_IMAP_tag::ymaxbump, Renderer_IMAP_tag::ymaxrefl, and Renderer_IMAP_tag::ymaxtran.

Referenced by GetCommand().

WHERE void LoadSingleRenderImageMap	(	imap *	Map,
		char *	mfname,
		char *	ofname,
		char *	tempfile,
		int	type
	)

Definition at line 227 of file LOADMAPS.C.

References AddImageToImageStore(), Renderer_IMAP_tag::bLoadedB, Renderer_IMAP_tag::bLoadedR, Renderer_IMAP_tag::bLoadedS, Renderer_IMAP_tag::bLoadedT, Renderer_IMAP_tag::p24B, Renderer_IMAP_tag::p24Bbump, Renderer_IMAP_tag::p24Brefl, Renderer_IMAP_tag::p24Btran, Renderer_IMAP_tag::p24G, Renderer_IMAP_tag::p24Gbump, Renderer_IMAP_tag::p24Grefl, Renderer_IMAP_tag::p24Gtran, Renderer_IMAP_tag::p24R, Renderer_IMAP_tag::p24Rbump, Renderer_IMAP_tag::p24Rrefl, Renderer_IMAP_tag::p24Rtran, TRUE, Renderer_IMAP_tag::xmax, Renderer_IMAP_tag::xmaxbump, Renderer_IMAP_tag::xmaxrefl, Renderer_IMAP_tag::xmaxtran, Renderer_IMAP_tag::ymax, Renderer_IMAP_tag::ymaxbump, Renderer_IMAP_tag::ymaxrefl, and Renderer_IMAP_tag::ymaxtran.

WHERE BOOL CheckSingleRenderImageMap	(	imap *	Map,
		char *	mfname,
		char *	ofname,
		char *	tempfile,
		int	type
	)

Definition at line 179 of file LOADMAPS.C.

References Renderer_IMAP_tag::bLoadedB, Renderer_IMAP_tag::bLoadedR, Renderer_IMAP_tag::bLoadedS, Renderer_IMAP_tag::bLoadedT, CheckImageStoreForEntry(), FALSE, Renderer_IMAP_tag::p24B, Renderer_IMAP_tag::p24Bbump, Renderer_IMAP_tag::p24Brefl, Renderer_IMAP_tag::p24Btran, Renderer_IMAP_tag::p24G, Renderer_IMAP_tag::p24Gbump, Renderer_IMAP_tag::p24Grefl, Renderer_IMAP_tag::p24Gtran, Renderer_IMAP_tag::p24R, Renderer_IMAP_tag::p24Rbump, Renderer_IMAP_tag::p24Rrefl, Renderer_IMAP_tag::p24Rtran, TRUE, Renderer_IMAP_tag::xmax, Renderer_IMAP_tag::xmaxbump, Renderer_IMAP_tag::xmaxrefl, Renderer_IMAP_tag::xmaxtran, Renderer_IMAP_tag::ymax, Renderer_IMAP_tag::ymaxbump, Renderer_IMAP_tag::ymaxrefl, and Renderer_IMAP_tag::ymaxtran.

WHERE void CompleteMovieMapLoading	(	long	ObjectID,
		char *	objectfilename
	)

Definition at line 743 of file LOADMAPS.C.

References Renderer_IMAP_tag::bAnimB, Renderer_IMAP_tag::bAnimR, Renderer_IMAP_tag::bAnimS, Renderer_IMAP_tag::bAnimT, Renderer_IMAP_tag::bLoadedB, Renderer_IMAP_tag::bLoadedR, Renderer_IMAP_tag::bLoadedS, Renderer_IMAP_tag::bLoadedT, Renderer_IMAP_tag::bp, Renderer_IMAP_tag::fbump, Renderer_IMAP_tag::filename, Renderer_IMAP_tag::frefl, Renderer_IMAP_tag::ftran, Object, Renderer_IMAP_tag::p24B, Renderer_IMAP_tag::p24Bbump, Renderer_IMAP_tag::p24Brefl, Renderer_IMAP_tag::p24Btran, Renderer_IMAP_tag::p24G, Renderer_IMAP_tag::p24Gbump, Renderer_IMAP_tag::p24Grefl, Renderer_IMAP_tag::p24Gtran, Renderer_IMAP_tag::p24R, Renderer_IMAP_tag::p24Rbump, Renderer_IMAP_tag::p24Rrefl, Renderer_IMAP_tag::p24Rtran, Renderer_IMAP_tag::pp, Renderer_IMAP_tag::rp, Renderer_IMAP_tag::tp, TRUE, Renderer_IMAP_tag::xmax, Renderer_IMAP_tag::xmaxbump, Renderer_IMAP_tag::xmaxrefl, Renderer_IMAP_tag::xmaxtran, Renderer_IMAP_tag::ymax, Renderer_IMAP_tag::ymaxbump, Renderer_IMAP_tag::ymaxrefl, and Renderer_IMAP_tag::ymaxtran.

Referenced by GetCommand().

WHERE void FreeMovieMapImages

(

long

ObjectID

)

Definition at line 804 of file LOADMAPS.C.

References Renderer_IMAP_tag::bAnimB, Renderer_IMAP_tag::bAnimR, Renderer_IMAP_tag::bAnimS, Renderer_IMAP_tag::bAnimT, Renderer_IMAP_tag::bLoadedB, Renderer_IMAP_tag::bLoadedR, Renderer_IMAP_tag::bLoadedS, Renderer_IMAP_tag::bLoadedT, Renderer_IMAP_tag::bp, FALSE, Object, Renderer_IMAP_tag::p24B, Renderer_IMAP_tag::p24Bbump, Renderer_IMAP_tag::p24Brefl, Renderer_IMAP_tag::p24Btran, Renderer_IMAP_tag::p24G, Renderer_IMAP_tag::p24Gbump, Renderer_IMAP_tag::p24Grefl, Renderer_IMAP_tag::p24Gtran, Renderer_IMAP_tag::p24R, Renderer_IMAP_tag::p24Rbump, Renderer_IMAP_tag::p24Rrefl, Renderer_IMAP_tag::p24Rtran, Renderer_IMAP_tag::pp, Renderer_IMAP_tag::rp, Renderer_IMAP_tag::tp, and X__Free.

Referenced by FreeFrameObjects().

WHERE unsigned char* LoadSystemMAP	(	BOOL	,
		BOOL	,
		char *	fn,
		long *	xx,
		long *	yy
	)

Definition at line 366 of file LOADMAPS.C.

References AddLoadedLibrary(), B, G, gszHomeDir, R, TRUE, X__Free, and X__Malloc.

Referenced by LoadParticleImages().

WHERE void ScaleImageBuffer3	(	long	xi,
		long	yi,
		unsigned char *	pi,
		long	xo,
		long	yo,
		unsigned char *	po
	)

Definition at line 678 of file LOADMAPS.C.

References FilterLine(), max, X__Free, and X__Malloc.

WHERE void ScaleImageBuffer4	(	long	xi,
		long	yi,
		unsigned char *	pi,
		long	xo,
		long	yo,
		unsigned char *	po
	)

Definition at line 709 of file LOADMAPS.C.

References FilterLine(), max, X__Free, and X__Malloc.

WHERE void OneExternalFrame	(	long	frame,
		void *	,
		char *	out_root,
		long	type,
		long	quality
	)

Definition at line 295 of file output.c.

References AddLoadedLibrary(), B24_FILE, FullScreenBuffer, gszHomeDir, J24_FILE, JPS_FILE, nScriptframes, PNG_FILE, Render_Message(), ResolutionX, ResolutionY, TIF_FILE, tzeros, x, and y.

Referenced by render().

WHERE long out_line	(	unsigned char *	pixels,
		long	linelen
	)

Definition at line 43 of file gif_map.c.

WHERE long get_byte

(

void

)

Definition at line 39 of file gif_map.c.

WHERE long ScreenTo32bitFile	(	long	frame,
		char *	rawfile,
		char *	out_root,
		fullscreenbuffer *
	)

Definition at line 228 of file output.c.

References FAIL, fflush, FullScreenBuffer, gBlue, gGreen, gRed, nScriptframes, Render_Message(), RendererLongBuffer, RendererUlongBuffer, ResolutionX, ResolutionY, and tzeros.

Referenced by render().

WHERE void FillAlfaLine	(	UCHAR *	,
		long *	[],
		long *
	)

Definition at line 181 of file output.c.

References alfagroundON, XMAX, and XMIN.

Referenced by FastAntiAliasRenderMultiThreaded(), and RenderMultiThreaded().

WHERE void ScanlineToZbuffer	(	long	,
		double *
	)

Definition at line 151 of file output.c.

References aaXstep, anti_alias, fszBuffer, HIGH, MEDIUM, ResolutionX, ULTRA, and XMAX.

Referenced by FastAntiAliasRenderMultiThreaded(), and RenderMultiThreaded().

WHERE void ScanlineToZobject	(	long	,
		long *
	)

Definition at line 166 of file output.c.

References aaXstep, anti_alias, HIGH, MEDIUM, ObjectIdBuffer, ResolutionX, ULTRA, and XMAX.

Referenced by FastAntiAliasRenderMultiThreaded(), and RenderMultiThreaded().

WHERE long AntiAliasLine	(	long	,
		long	,
		UCHAR *	,
		UCHAR *	,
		UCHAR *	,
		UCHAR *	,
		UCHAR *	,
		UCHAR *	,
		UCHAR *	,
		UCHAR *	,
		UCHAR *	,
		UCHAR *	,
		UCHAR *	,
		UCHAR *
	)

Definition at line 21 of file output.c.

References AddToRenderImagePreview(), double, FullScreenBuffer, HIGH, instant_callback, LOW, MEDIUM, NONE, ntsc_colours, RendererShortBuffer, RendererUshortBuffer, ResolutionX, ResolutionY, ULTRA, XMAX, XMIN, and YES.

Referenced by FastAntiAliasRenderMultiThreaded(), and RenderMultiThreaded().

WHERE void init_spec

(

void

)

Definition at line 38 of file MATERIAL.C.

References max_spec, spec_gro, and spec_pow.

Referenced by render().

WHERE void GetSkyLocation

(

void

)

Definition at line 1139 of file MATERIAL.C.

References CamPhi, D1, PI, Sky, SKYMAPPED, skyXscale, Animator_SKY::type, XMAX, XMIN, and ZskyBuffer.

Referenced by RenderHide().

WHERE long PutBackIntersection	(	long	,
		double	,
		UCHAR *	,
		double *	,
		long *	[],
		long *	[],
		double *	[],
		long *	,
		long *	,
		double *	,
		double *	,
		double *
	)

Definition at line 1155 of file MATERIAL.C.

References CamAlpha, D1, dot(), double, FARAWAY, Ground, min, Renderer_GROUND_tag::n, NGLASS, Renderer_GROUND_tag::p, PI, R_Nground, Sky, skyBmax, SKYGRADED, SKYMAPPED, skyYscale, Animator_SKY::type, XMAX, XMIN, and Ycentre.

Referenced by FastAntiAliasRenderMultiThreaded(), and RenderMultiThreaded().

WHERE long MapFromProjection	(	imap *	,
		short	type,
		short	clear,
		vector	p,
		double *	red,
		double *	green,
		double *	blue
	)

Definition at line 465 of file MATERIAL.C.

References Renderer_IMAP_tag::angle, CYLINDER, double, hitcylinder(), hitpoint(), hitsphere(), Renderer_IMAP_tag::kc, Renderer_IMAP_tag::map, MAP_SPHERICAL, Renderer_IMAP_tag::moziac, Renderer_IMAP_tag::n, Renderer_IMAP_tag::p, Renderer_IMAP_tag::p24B, Renderer_IMAP_tag::p24G, Renderer_IMAP_tag::p24R, Renderer_IMAP_tag::pp, TILE, TRANSP, Renderer_IMAP_tag::x, Renderer_IMAP_tag::xmax, Renderer_IMAP_tag::y, and Renderer_IMAP_tag::ymax.

Referenced by GetGroundLight(), GetMirrorValues(), and trace_refraction_ray().

WHERE long MapByCoordinates	(	imap *	Map,
		long	obj,
		face *	f,
		short	type,
		short	clear,
		vector	p,
		double *	red,
		double *	green,
		double *	blue
	)

Definition at line 570 of file MATERIAL.C.

References double, Renderer_IMAP_tag::kc, Renderer_IMAP_tag::moziac, Object, Renderer_IMAP_tag::p24B, Renderer_IMAP_tag::p24G, Renderer_IMAP_tag::p24R, Renderer_IMAP_tag::pp, TILE, TRANSP, Renderer_IMAP_tag::xmax, and Renderer_IMAP_tag::ymax.

Referenced by GetPixelValue().

WHERE long MapTransByCoordinates	(	imap *	Map,
		short	type,
		long	obj,
		face *	f,
		vector	p,
		double *	trans
	)

Definition at line 706 of file MATERIAL.C.

References double, Renderer_IMAP_tag::moziac, Object, Renderer_IMAP_tag::p24Btran, Renderer_IMAP_tag::p24Gtran, Renderer_IMAP_tag::p24Rtran, TILE, Renderer_IMAP_tag::xmaxtran, and Renderer_IMAP_tag::ymaxtran.

Referenced by GetPixelValue().

WHERE long MapTextureByCoordinates	(	long	obj,
		face *	f,
		vector	p,
		double *	alpha,
		double *	beta,
		double *	gamma
	)

Definition at line 833 of file MATERIAL.C.

References Object.

Referenced by GetPixelValue().

WHERE void GetMirrorValues	(	double *	color,
		vector	p,
		vector	d,
		vector	n,
		int	,
		face *	,
		long	,
		long	,
		long
	)

Definition at line 1622 of file MATERIAL.C.

References BIGP, dot(), double, EOPAQUE, GetGroundLight(), Ground, MapEnvironmentInDirection(), MapFromProjection(), Renderer_GROUND_tag::n, Renderer_GROUND_tag::p, R_Nground, Sky, SKYCUBE, SKYMAPPED, TILE, trace_reflection_ray(), trace_reflections, Animator_SKY::type, VECSCALE, vecscale(), vecsub(), and vecsum().

Referenced by GetPixelValue().

WHERE void BumpByCoordinates	(	imap *	,
		short	,
		long	,
		face *	,
		vector	,
		vector
	)

Definition at line 61 of file MATERIAL.C.

References Renderer_IMAP_tag::bp, Renderer_IMAP_tag::bumpx, Renderer_IMAP_tag::bumpy, double, Renderer_IMAP_tag::moziac, normalize, Object, Renderer_IMAP_tag::p24Gbump, TILE, vecscale(), vecsum(), Renderer_IMAP_tag::x, Renderer_IMAP_tag::xmaxbump, Renderer_IMAP_tag::y, and Renderer_IMAP_tag::ymaxbump.

Referenced by GetPixelValue().

WHERE void GetGroundLight	(	vector	p0,
		double *	R,
		double *	G,
		double *	B
	)

Definition at line 1209 of file MATERIAL.C.

References Renderer_GROUND_tag::acolor, Renderer_GROUND_tag::ambient_light, calcripple(), Renderer_GROUND_tag::color, DepthCueLight(), Dnoise2(), DOT, dot(), double, DUMMYL, Renderer_GROUND_tag::dx, Renderer_GROUND_tag::dy, Renderer_GROUND_tag::dyy, Renderer_LIGHT_tag::falloff, FLOOR, Ground, Renderer_GROUND_tag::height, hitpoint(), hitpoint2(), Renderer_LIGHT_tag::Ibl, Renderer_LIGHT_tag::Igr, Renderer_LIGHT_tag::Ire, Renderer_GROUND_tag::lengthy, Lights, Renderer_GROUND_tag::map, MapFromProjection(), Renderer_GROUND_tag::mapped, Renderer_GROUND_tag::maptype, max_spec, min, Renderer_GROUND_tag::n, Nlights, normalize, Ocean(), Renderer_GROUND_tag::p, PointInShadow(), R_length(), Renderer_GROUND_tag::range, Renderer_LIGHT_tag::shadow_buffer, SHADOWS, Renderer_GROUND_tag::shiny, spec_gro, SPOTLIGHT, Renderer_GROUND_tag::texture, type, veccopy(), vecscale(), vecsub(), vecsum(), and wave_phase.

Referenced by GetMirrorValues(), and trace_refraction_ray().

WHERE void BoxMapIntersect	(	vector	,
		long *	,
		double *	,
		double *
	)

Definition at line 188 of file MATERIAL.C.

References normalize.

Referenced by MapEnvironment(), MapEnvironmentInDirection(), and MapMirror().

WHERE void MapMirror	(	double *	,
		double *	,
		double *	,
		imap *	,
		vector	,
		vector
	)

Definition at line 224 of file MATERIAL.C.

References AntiCamera, BoxMapIntersect(), dot(), double, Renderer_IMAP_tag::p24Brefl, Renderer_IMAP_tag::p24Grefl, Renderer_IMAP_tag::p24Rrefl, R_m4by1(), Renderer_IMAP_tag::rp, vecscale(), vecsub(), Renderer_IMAP_tag::xmaxrefl, and Renderer_IMAP_tag::ymaxrefl.

Referenced by GetPixelValue().

WHERE void MapEnvironment	(	long	,
		long	,
		UCHAR *	,
		UCHAR *	,
		UCHAR *	,
		imap *
	)

Definition at line 296 of file MATERIAL.C.

References B, BoxMapIntersect(), CameraRotate, double, G, Renderer_IMAP_tag::p24B, Renderer_IMAP_tag::p24G, Renderer_IMAP_tag::p24R, Renderer_IMAP_tag::pp, R, R_m3by1(), scalex, scaley, Xcentre, Renderer_IMAP_tag::xmax, Ycentre, and Renderer_IMAP_tag::ymax.

WHERE void MapEnvironmentInDirection	(	vector	,
		double *	,
		double *	,
		double *	,
		imap *
	)

Definition at line 370 of file MATERIAL.C.

References AntiCamera, B, BoxMapIntersect(), double, G, Renderer_IMAP_tag::p24B, Renderer_IMAP_tag::p24G, Renderer_IMAP_tag::p24R, Renderer_IMAP_tag::pp, R, R_m4by1(), Renderer_IMAP_tag::xmax, and Renderer_IMAP_tag::ymax.

Referenced by GetMirrorValues(), and trace_refraction_ray().

WHERE double DepthCueLight	(	long	,
		double
	)

Definition at line 1426 of file MATERIAL.C.

References Renderer_LIGHT_tag::dc_c, Renderer_LIGHT_tag::dc_l, Renderer_LIGHT_tag::dc_q, and Lights.

Referenced by GetGroundLight(), and GetPixelLighting().

WHERE void GetPixelLighting	(	matl *	Matl,
		vector	p,
		vector	n,
		double	pdotn,
		double	ddotn,
		long	obj,
		face *	f,
		double *	IdR,
		double *	IdG,
		double *	IdB,
		double *	IsR,
		double *	IsG,
		double *	IsB
	)

Definition at line 1431 of file MATERIAL.C.

References Renderer_MATL_tag::bShiny, DepthCueLight(), DOT, Renderer_LIGHT_tag::dot2, DUMMYL, Renderer_MATL_tag::gloss, Renderer_LIGHT_tag::Ibl, Renderer_LIGHT_tag::Igr, Renderer_LIGHT_tag::Ire, Lights, max_spec, min, Nlights, normalize, Object, PointInShadow(), R_length(), SHADOWS, spec_pow, SPOTLIGHT, type, VECSCALE, and VECSUB.

Referenced by GetPixelValue().

WHERE void GetSurfaceValue	(	int	,
		face *	,
		vertex *	,
		vector	,
		vector	,
		double *	,
		double *	,
		double *	,
		long	,
		long	,
		long
	)

Definition at line 2145 of file MATERIAL.C.

References Renderer_MATL_tag::bSmooth, DOT, GetPixelValue(), hitpoint(), normalize, Object, VECCOPY, veccopy(), VECSCALE, VECSUB, and VECSUM.

Referenced by Add_Ground_Mirror(), GetRowPixelValue(), trace_reflection_ray(), trace_refraction_ray(), and trace_transmission_ray().

WHERE void FreeTextureHashTable

(

void

)

Definition at line 93 of file TEXTURES.C.

References X__Free.

Referenced by render().

WHERE short InitialiseNoise

(

void

)

Definition at line 99 of file TEXTURES.C.

References Dnoise2(), FAIL, normalize, NUMBER_OF_WAVES, OK, RNDDIVISOR, RNDMASK, sintab(), SINTABSIZE, and Wave_Sources.

Referenced by render().

WHERE void STurbulence	(	double	x,
		double	y,
		double	z,
		double *	r
	)

Definition at line 263 of file TEXTURES.C.

References FABS, and Snoise2().

Referenced by ExternalImageProcess(), and init_structures().

WHERE void Cycloidal	(	double	value,
		double *	r
	)

Definition at line 292 of file TEXTURES.C.

References sintab(), and SINTABSIZE.

WHERE void DTurbulence	(	vector	result,
		double	x,
		double	y,
		double	z
	)

Definition at line 276 of file TEXTURES.C.

References Dnoise2().

Referenced by ExternalImageProcess(), and init_structures().

WHERE double Triangle_Wave

(

double

value

)

Definition at line 339 of file TEXTURES.C.

References FABS.

WHERE void Snoise2	(	double	x,
		double	y,
		double	z,
		double *	r
	)

Definition at line 155 of file TEXTURES.C.

References Hash3d, INCRSUM, MINX, MINY, MINZ, and SCURVE.

Referenced by ExternalImageProcess(), init_structures(), and STurbulence().

WHERE void Dnoise2	(	vector	result,
		double	x,
		double	y,
		double	z
	)

Definition at line 198 of file TEXTURES.C.

References Hash3d, INCRSUM, MINX, MINY, MINZ, and SCURVE.

Referenced by DTurbulence(), ExternalImageProcess(), GetGroundLight(), init_structures(), and InitialiseNoise().

WHERE void ripples2	(	double	x,
		double	y,
		double	z,
		double	Frequency,
		double	phase,
		double	Bump_Amount,
		vector	Vector
	)

WHERE void calcripple	(	vector	point,
		vector	wave_centre,
		double	wave_propagate,
		double	wave_wavelength,
		double	wave_drag,
		double	wave_amplitude,
		vector	ripple
	)

Definition at line 664 of file TEXTURES.C.

References double, normalize, vecscale(), and vecsub().

Referenced by GetGroundLight(), and Ocean().

WHERE void init_ripples

(

void

)

Definition at line 639 of file TEXTURES.C.

References double, Renderer_GROUND_tag::dx, Renderer_GROUND_tag::dy, Ground, Renderer_GROUND_tag::height, Renderer_GROUND_tag::lengthx, Renderer_GROUND_tag::lengthy, normalize, NRIPPLES, Renderer_GROUND_tag::p, Rip_Freq, veccopy(), vecscale(), and vecsum().

WHERE void Ocean	(	vector	p0,
		vector	Groundn,
		vector	gn
	)

Definition at line 703 of file TEXTURES.C.

References calcripple(), normalize, NRIPPLES, veccopy(), vecsum(), and wave_phase.

Referenced by GetGroundLight().

WHERE BOOL GetInternalTexture	(	matl *	Mat,
		double	alpha,
		double	beta,
		double	gamma,
		long	textID,
		vector	p,
		vector	n,
		long	obj,
		face *	f,
		double *	colors,
		double *	colort,
		long *	flag_trans,
		double	tr,
		double *	tr1,
		long	trace_relection_depth,
		long	trace_refraction_depth,
		long	refractive_flag
	)

Definition at line 716 of file TEXTURES.C.

References BIGP, double, FALSE, Renderer_MATL_tag::params, Rip_Freq, SHSCALE, Renderer_MATL_tag::texco, trace_reflections, trace_refractions, TRUE, VECCOPY, VECSCALE, and wave_phase.

Referenced by GetPixelValue().

WHERE void DitherLine	(	long	scanline,
		long	xmax,
		unsigned char *	R,
		unsigned char *	G,
		unsigned char *	B
	)

WHERE BOOL AllocateThreadStorage

(

THD *

)

Definition at line 43 of file ALLOCMEM.C.

References THD_tag::Alfa, THD_tag::Blue, double, FALSE, THD_tag::Green, THD_tag::L_Alfa, THD_tag::L_Blue, THD_tag::L_Green, THD_tag::L_Red, THD_tag::LL_Alfa, THD_tag::LL_Blue, THD_tag::LL_Green, THD_tag::LL_Red, NGLASS, THD_tag::ram, THD_tag::Red, TRUE, UCHAR, X__Malloc, THD_tag::Xbuffer, XMAX, THD_tag::Xobject, THD_tag::Zbuffer, THD_tag::Zdepth, THD_tag::Zglass, THD_tag::Zglassd, THD_tag::ZglassO, THD_tag::Zground, THD_tag::Zobject, and THD_tag::Zposn.

Referenced by AllocateRamBuffers(), FastAntiAliasRenderMultiThreaded(), and RenderMultiThreaded().

WHERE void FreeThreadStorage

(

THD *

)

Definition at line 85 of file ALLOCMEM.C.

References THD_tag::ram, and X__Free.

Referenced by FastAntiAliasRenderMultiThreaded(), FreeRamBuffers(), and RenderMultiThreaded().

WHERE void ResetDither

(

void

)

WHERE void FreeRamBuffers

(

void

)

Definition at line 163 of file ALLOCMEM.C.

References D1, DL, DR, DummyShadow, FreeThreadStorage(), fszBuffer, FullScreenBuffer, gAlfa, gBlue, gGreen, gL_Alfa, gL_Blue, gL_Green, gL_Red, gLL_Alfa, gLL_Blue, gLL_Green, gLL_Red, gRed, gXbuffer, gXobject, gZbuffer, gZdepth, gZglass, gZglassd, gZglassO, gZground, gZobject, gZposn, MotionBlurBuffer, NGLASS, ObjectIdBuffer, RendererLongBuffer, RendererShortBuffer, RendererUlongBuffer, RendererUshortBuffer, X__Free, and ZskyBuffer.

Referenced by render().

WHERE void InitialiseLibraryHandleList

(

void

)

Definition at line 193 of file ALLOCMEM.C.

References FreeLibraryHandleList().

WHERE void FreeLibraryHandleList

(

void

)

< Called just before renderer exits to release and attached DLLs.

Definition at line 198 of file ALLOCMEM.C.

References X__Free.

Referenced by InitialiseLibraryHandleList().

WHERE HMODULE AddLoadedLibrary

(

char *

)

Any attaching DLLs are retained - so we check to see if the same DLL has been laoded before, if so we use it otherwise we load the new one and add it to the list

Definition at line 215 of file ALLOCMEM.C.

References X__Malloc, and X__Realloc.

Referenced by ExternalImageProcess(), LoadExternalTexture(), LoadSystemMAP(), OneExternalFrame(), and PostProcessRenderGL().

WHERE void Render_Message	(	short	number,
		short	query,
		char *	str
	)

Definition at line 474 of file ALLOCMEM.C.

References hThisInstance, IDX_MESSAGE_0, IDX_MESSAGE_1, IDX_MESSAGE_10, IDX_MESSAGE_100, IDX_MESSAGE_11, IDX_MESSAGE_12, IDX_MESSAGE_13, IDX_MESSAGE_14, IDX_MESSAGE_15, IDX_MESSAGE_16, IDX_MESSAGE_17, IDX_MESSAGE_18, IDX_MESSAGE_19, IDX_MESSAGE_2, IDX_MESSAGE_20, IDX_MESSAGE_21, IDX_MESSAGE_22, IDX_MESSAGE_23, IDX_MESSAGE_24, IDX_MESSAGE_25, IDX_MESSAGE_26, IDX_MESSAGE_27, IDX_MESSAGE_28, IDX_MESSAGE_29, IDX_MESSAGE_3, IDX_MESSAGE_30, IDX_MESSAGE_31, IDX_MESSAGE_32, IDX_MESSAGE_33, IDX_MESSAGE_34, IDX_MESSAGE_35, IDX_MESSAGE_36, IDX_MESSAGE_37, IDX_MESSAGE_38, IDX_MESSAGE_39, IDX_MESSAGE_4, IDX_MESSAGE_40, IDX_MESSAGE_41, IDX_MESSAGE_42, IDX_MESSAGE_43, IDX_MESSAGE_44, IDX_MESSAGE_45, IDX_MESSAGE_46, IDX_MESSAGE_47, IDX_MESSAGE_48, IDX_MESSAGE_49, IDX_MESSAGE_5, IDX_MESSAGE_50, IDX_MESSAGE_51, IDX_MESSAGE_52, IDX_MESSAGE_53, IDX_MESSAGE_54, IDX_MESSAGE_56, IDX_MESSAGE_57, IDX_MESSAGE_58, IDX_MESSAGE_59, IDX_MESSAGE_6, IDX_MESSAGE_60, IDX_MESSAGE_61, IDX_MESSAGE_62, IDX_MESSAGE_63, IDX_MESSAGE_64, IDX_MESSAGE_65, IDX_MESSAGE_66, IDX_MESSAGE_67, IDX_MESSAGE_68, IDX_MESSAGE_69, IDX_MESSAGE_7, IDX_MESSAGE_70, IDX_MESSAGE_71, IDX_MESSAGE_72, IDX_MESSAGE_73, IDX_MESSAGE_74, IDX_MESSAGE_75, IDX_MESSAGE_76, IDX_MESSAGE_77, IDX_MESSAGE_78, IDX_MESSAGE_79, IDX_MESSAGE_8, IDX_MESSAGE_80, IDX_MESSAGE_81, IDX_MESSAGE_83, IDX_MESSAGE_84, IDX_MESSAGE_85, IDX_MESSAGE_86, IDX_MESSAGE_87, IDX_MESSAGE_88, IDX_MESSAGE_89, IDX_MESSAGE_9, IDX_MESSAGE_90, IDX_MESSAGE_91, IDX_MESSAGE_92, IDX_MESSAGE_93, IDX_MESSAGE_94, IDX_MESSAGE_95, IDX_MESSAGE_96, IDX_MESSAGE_97, IDX_MESSAGE_98, IDX_MESSAGE_99, renderer_silent, and X_message.

Referenced by AllocateRamBuffers(), buildBST(), ClipObject(), ExternalImageProcess(), FastAntiAliasRenderMultiThreaded(), GetCommand(), GetRenderRelativeHandle(), LoadMorphObject(), MakeVertexNormals(), Mirror_In_Ground(), OneExternalFrame(), R_LoadObject(), render(), RenderHide(), RenderMultiThreaded(), ScreenTo32bitFile(), SetLightShadow(), and ShadowFillLine().

WHERE int X__local_print	(	const char *	,
			...
	)

Definition at line 885 of file ALLOCMEM.C.

References renderer_silent, and WindowedRenderString().

WHERE void setup_render_discarded_list

(

void

)

Definition at line 266 of file ALLOCMEM.C.

Referenced by render().

WHERE void free_render_discarded_list

(

void

)

Definition at line 274 of file ALLOCMEM.C.

References X__Free.

Referenced by render().

WHERE FILE* GetRenderRelativeFile	(	char *	fn,
		char *	objectfilename,
		char *	newname
	)

Definition at line 339 of file ALLOCMEM.C.

References GetRenderRelativeHandle().

WHERE HANDLE GetRenderRelativeHandle	(	char *	fn,
		char *	objectfilename,
		char *	newname
	)

Definition at line 358 of file ALLOCMEM.C.

References fp, gszHomeDir, IniFilename, Render_Message(), and short_form().

Referenced by FindNumberVertices(), GetRenderRelativeFile(), LoadMorphObject(), and R_LoadObject().

WHERE int R_intersect_face	(	vector	p,
		vector	d,
		vector	p0,
		vector	p1,
		vector	p2,
		vector	n,
		double *	depth,
		double	tollerance
	)

WHERE void PointInShadow	(	vector	p,
		long	id,
		double *	intensity
	)

Definition at line 558 of file REFLECT.C.

References double, Lights, max, min, R_m4by1(), SBS, Renderer_LIGHT_tag::shadow_buffer, shadow_density, x, y, and z.

Referenced by GetGroundLight(), and GetPixelLighting().

WHERE void Add_Ground_Mirror	(	long	,
		long	,
		vector	,
		unsigned char *	,
		unsigned char *	,
		unsigned char *
	)

Definition at line 282 of file REFLECT.C.

References aaXstep, aaYstep, DOT, full_mirror, GetSurfaceValue(), Ground, Renderer_GROUND_tag::n, Object, Renderer_GROUND_tag::refl, ResolutionX, VECSCALE, VECSUB, and XMAX.

WHERE void FreeNurbs	(	long	,
		nurbs *
	)

Definition at line 75 of file UTILS.C.

References ReleaseNurbs, and X__Free.

WHERE BOOL AllocNurbs	(	nurbs *	,
		double *	,
		double *
	)

Definition at line 54 of file UTILS.C.

References FALSE, Animator_NURBS_tag::kvU, Animator_NURBS_tag::kvV, Animator_NURBS_tag::numU, Animator_NURBS_tag::numV, Animator_NURBS_tag::orderU, Animator_NURBS_tag::orderV, Animator_NURBS_tag::points, TRUE, and X__Malloc.

WHERE BOOL MeshNurbsSurfaces

(

long

)

Definition at line 231 of file NURBS.C.

References FALSE, Animator_NurbsProperties_Tag::hidden, Object, and Animator_NURBS_tag::properties.

Referenced by R_LoadObject().

void AddToRenderImagePreview	(	long	index,
		long	xmax,
		long	ymax,
		fullscreenbuffer *	f,
		unsigned char *	R,
		unsigned char *	G,
		unsigned char *	B
	)

Definition at line 1516 of file WINMAIN.C.

References FALSE.

Referenced by AntiAliasLine(), and render().

int render	(	int	argc,
		char **	argv
	)

Renders the animation.

This is "THE" rendering function it setup the requried local storage and local parameters. It reads the script file, loads the Actors, performs transformations and renders each frame in the animation. Called from WinMain(). The arguments are a list of text strings that carry the renderer's dialog settings.

Parameters:

	argc	Number of text strings
	argv	List of text strings holding renderer's options and settings

Returns:

TRUE or FALSE

Definition at line 58 of file RENDER.C.

References aaXstep, aaYstep, AddToRenderImagePreview(), alfachannelON, alfagroundON, AllocateRamBuffers(), ambient_light, anti_alias, anti_alias_edges, AVI_FILE, B24_FILE, BITS24, BITS8, bKeepObjectsInRAM, bRenderOpenGL, CF, ClipXmax, ClipXmin, ClipYmax, ClipYmin, ClipZmax, ClipZmin, colorstats0, colour0_flag, ColourResolution, CopyGLtoFSB(), CopyGLtoZbuffer(), double, DummyShadow, End_of_animation, ExternalImageProcess(), FAIL, FALSE, FirstObject, flashing, Free_Lights_Shadows(), Free_Mirror_On_Ground(), free_render_discarded_list(), FreeAllObjects(), freeBST(), FreeFrameObjects(), FreeRamBuffers(), FreeTextureHashTable(), fszBuffer, full_mirror, FullScreenBuffer, GetCommand(), glass_shadow_density, HIGH, hWndOpenGL, ImageProcesses, init_spec(), init_structures(), InitialiseNoise(), instant_callback, J24_FILE, jpeg_quality, JPS_FILE, L, Lights, LOW, mblurON, MEDIUM, MotionBlurBuffer, MotionBlurFrame(), nCOLOUR, nImageProcesses, Nlights, NO, NONE, Nparticles, nScriptframes, Nshader, Nsky, ntsc_colours, NUL_FILE, Object, ObjectCount, ObjectIdBuffer, objectIDbufferON, OneExternalFrame(), OUTPUT_FILE_TYPE, ParticleS, PI, PNG_FILE, R_Nground, R_terminator(), ReleaseImageStore(), remove_hidden_faces, Render_Message(), RenderCurrentFrame, renderer_silent, RenderGL(), RenderHide(), RenderParticles(), ResolutionX, ResolutionY, ScreenTo32bitFile(), SetPerspectiveView(), setup_render_discarded_list(), Shader, shadow_buffer_size, shadow_density, smoothing_angle, StereoRenderingON, TIF_FILE, trace_depth, trace_face_count_target, trace_partition, trace_reflections, trace_refractions, trace_shadows, trace_voxel_min_size, TRUE, tzeros, ULTRA, UNIT, UpdateGlassScanBuffers(), UpdateNoGlassScanBuffers(), UpdateNTFrame(), UpdateScanBuffers, version, VGA_screen, wave_phase, WindowedRenderInfo(), WindowedRenderMessage(), WRM_COMPLETE, X__Free, X__local_print(), X__Malloc, X_message, Xcentre, XMAX, XMIN, Ycentre, YES, YMAX, and YMIN.

Referenced by RendererMainWndProc().

void RenderMultiThreaded

(

void *

arg

)

Renders a set of scanlines within a single thread.

This is one of the core rendering functions it performs the rendering of a set of scanlines when the Multithreaded algorithm is being used. Called from Render() (which is the main function rendering a frame in the scene!)

Parameters:

arg

A pointer to a structure that defines which scanlines are to be rendered in this thread.

Returns:

VOID

Definition at line 933 of file RENDER.C.

References aaYstep, Active(), THD_tag::Alfa, alfachannelON, AllocateThreadStorage(), anti_alias, AntiAliasLine(), THD_tag::Blue, double, FAIL, FillAlfaLine(), FreeThreadStorage(), fszBuffer, THD_tag::Green, HIGH, THD_tag::L_Alfa, THD_tag::L_Blue, THD_tag::L_Green, THD_tag::L_Red, THD_tag::LL_Alfa, THD_tag::LL_Blue, THD_tag::LL_Green, THD_tag::LL_Red, MEDIUM, Object, ObjectIdBuffer, PutBackIntersection(), THD_tag::Red, Render_Message(), renderer_silent, scaley, ScanlineToZbuffer(), ScanlineToZobject(), ShadedScanline(), TRUE, ULTRA, UpdateNTTrace(), UpdateScanBuffers, THD_tag::Xbuffer, XMAX, THD_tag::Xobject, Ycentre, YES, YMAX, THD_tag::Zbuffer, THD_tag::Zdepth, THD_tag::Zglass, THD_tag::Zglassd, THD_tag::ZglassO, THD_tag::Zground, THD_tag::Zobject, and THD_tag::Zposn.

Referenced by RenderHide().

void FastAntiAliasRenderMultiThreaded

(

void *

arg

)

Renders a set of scanlines within in a single thread.

This is one of the core rendering functions it performs the rendering of a set of scanlines when the fast AntiAliasing algorithm is being used. Called from RenderHide()

Parameters:

arg

A pointer to a structure that defines which scanlines are to be rendered in this thread.

Returns:

VOID

Definition at line 1021 of file RENDER.C.

References aaYstep, Active(), THD_tag::Alfa, alfachannelON, AllocateThreadStorage(), anti_alias, AntiAliasLine(), THD_tag::Blue, double, FAIL, FastAntiAliasShadedScanline(), FillAlfaLine(), FreeThreadStorage(), fszBuffer, THD_tag::Green, HIGH, THD_tag::L_Alfa, THD_tag::L_Blue, THD_tag::L_Green, THD_tag::L_Red, THD_tag::LL_Alfa, THD_tag::LL_Blue, THD_tag::LL_Green, THD_tag::LL_Red, MEDIUM, Object, ObjectIdBuffer, PutBackIntersection(), THD_tag::Red, Render_Message(), renderer_silent, scaley, ScanlineToZbuffer(), ScanlineToZobject(), TRUE, ULTRA, UpdateNTTrace(), UpdateScanBuffers, THD_tag::Xbuffer, XMAX, THD_tag::Xobject, Ycentre, YES, YMAX, THD_tag::Zbuffer, THD_tag::Zdepth, THD_tag::Zglass, THD_tag::Zglassd, THD_tag::ZglassO, THD_tag::Zground, THD_tag::Zobject, and THD_tag::Zposn.

Referenced by RenderHide().

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Variable Documentation

WHERE void( * UpdateScanBuffers)(double, double, long, long, face *, double, long *[], long *[], double *[], long *, long *, double *, double *)

Referenced by FastAntiAliasRenderMultiThreaded(), render(), and RenderMultiThreaded().

WHERE int(* X_message)(const char *,...)

Referenced by render(), and Render_Message().