BSP model code. More...

#include "r_local.h"
#include "r_lightmap.h"
#include "r_material.h"
#include "r_light.h"
#include "r_draw.h"

Data Structures
struct	bspRenderRef_s

Macros
#define	BACKFACE_EPSILON 0.01

#define	MAX_BSPS_TO_RENDER 1024

Typedefs
typedef struct bspRenderRef_s	bspRenderRef_t

typedef void(*	drawSurfaceFunc )(const mBspSurfaces_t surfs, glElementIndex_t indexPtr)

Functions
static int	R_CullBox (const vec3_t mins, const vec3_t maxs)
	Returns whether if the specified bounding box is completely culled by the view frustum (PSIDE_BACK), completely not culled (PSIDE_FRONT) or split by it (PSIDE_BOTH) More...

bool	R_CullSphere (const vec3_t centre, const float radius, const unsigned int clipflags)
	Performs a spherical frustum check. More...

bool	R_CullBspModel (const entity_t *e)
	Returns true if the specified entity is completely culled by the view frustum, false otherwise. More...

void	R_DrawBspNormals (int tile)
	Developer tool for viewing BSP vertex normals. Only Phong interpolated surfaces show their normals when r_shownormals > 1. More...

static void	R_RecursiveVisibleWorldNode (const mBspNode_t *node, int tile)
	Recurse down the bsp tree and mark all surfaces as visible for being rendered. More...

static void	R_RecursiveWorldNode (const mBspNode_t *node, int tile)
	Recurse down the bsp tree and mark surfaces that are visible (not culled) for being rendered. More...

static void	R_RecurseWorld (const mBspNode_t *node, int tile)
	Wrapper that recurses the bsp nodes but skip the pathfinding nodes. More...

void	R_GetLevelSurfaceLists (void)
	Fills the surface chains for the current worldlevel and hide other levels. More...

void	R_ClearBspRRefs (void)

void	R_AddBspRRef (const mBspModel_t *model, const vec3_t origin, const vec3_t angles, const bool forceVisibility)
	Adds bsp render references. More...

static void	R_RenderBspRRefs (drawSurfaceFunc drawFunc, surfaceArrayType_t surfType)

void	R_RenderOpaqueBspRRefs (void)
	Draw all simple opaque bsp surfaces with multitexture enabled and light enabled. More...

void	R_RenderOpaqueWarpBspRRefs (void)
	Draw all warped opaque bsp surfaces via warp shader. More...

void	R_RenderAlphaTestBspRRefs (void)

void	R_RenderMaterialBspRRefs (void)

void	R_RenderFlareBspRRefs (void)

void	R_RenderBlendBspRRefs (void)
	Draw all translucent bsp surfaces with multitexture enabled and blend enabled. More...

void	R_RenderBlendWarpBspRRefs (void)
	Draw all warped translucent bsp surfaces via warp shader and with blend enabled. More...

Variables
static bspRenderRef_t	bspRRefs [MAX_BSPS_TO_RENDER]

static int	numBspRRefs

Detailed Description

BSP model code.

Definition in file r_bsp.cpp.

Macro Definition Documentation

#define BACKFACE_EPSILON 0.01

Definition at line 38 of file r_bsp.cpp.

#define MAX_BSPS_TO_RENDER 1024

Definition at line 40 of file r_bsp.cpp.

Referenced by R_AddBspRRef().

Typedef Documentation

typedef struct bspRenderRef_s bspRenderRef_t

typedef void(* drawSurfaceFunc)(const mBspSurfaces_t *surfs, glElementIndex_t *indexPtr)

Definition at line 351 of file r_bsp.cpp.

Function Documentation

void R_AddBspRRef	(	const mBspModel_t *	model,
		const vec3_t	origin,
		const vec3_t	angles,
		const bool	forceVisibility
	)

Adds bsp render references.

Note: If forceVisibility is set, will mark the surfaces of the given bsp model as visible for this frame.

Parameters

[in]	model	The bsp model to add to the render chain
[in]	origin
[in]	angles
[in]	forceVisibility	force model to be fully visible

Definition at line 324 of file r_bsp.cpp.

References bspRenderRef_s::angles, bspRenderRef_s::bsp, Com_Printf(), mBspModel_s::firstmodelsurface, mBspSurface_s::frame, rlocals_s::frame, i, MAX_BSPS_TO_RENDER, numBspRRefs, mBspModel_s::nummodelsurfaces, bspRenderRef_s::origin, r_locals, mBspModel_s::surfaces, and VectorCopy.

Referenced by R_GetEntityLists(), and R_RenderFrame().

void R_ClearBspRRefs ( void )

Definition at line 311 of file r_bsp.cpp.

References numBspRRefs.

Referenced by R_ClearScene().

static int R_CullBox	(	const vec3_t	mins,
		const vec3_t	maxs
	)

static

Returns whether if the specified bounding box is completely culled by the view frustum (PSIDE_BACK), completely not culled (PSIDE_FRONT) or split by it (PSIDE_BOTH)

Parameters

[in]	mins	The mins of the bounding box
[in]	maxs	The maxs of the bounding box

Definition at line 57 of file r_bsp.cpp.

References rlocals_s::frustum, i, cvar_s::integer, lengthof, PSIDE_BACK, PSIDE_FRONT, r_locals, r_nocull, and TR_BoxOnPlaneSide().

Referenced by R_CullBspModel(), and R_RecursiveWorldNode().

bool R_CullBspModel ( const entity_t * e )

Returns true if the specified entity is completely culled by the view frustum, false otherwise.

Parameters

[in] e The entity to check

See also: R_CullBox

Definition at line 108 of file r_bsp.cpp.

References AABB::expand(), AABB::getMaxs(), AABB::getMins(), entity_t::origin, PSIDE_BACK, R_CullBox(), and AABB::shift().

Referenced by R_CullEntity().

bool R_CullSphere	(	const vec3_t	centre,
		const float	radius,
		const unsigned int	clipflags
	)

Performs a spherical frustum check.

Parameters

[in]	centre	The world coordinate that is the center of the sphere
[in]	radius	The radius of the sphere to check the frustum for
[in]	clipflags	Can be used to skip sides of the frustum planes