class csThing : public csPolygonSet

A Thing is a polygonset just like a csSector

Inheritance:

Public Methods

void CacheLightMaps()

Cache the lightmaps for all polygons in this thing

void CalculateLighting(csLightView& lview)

Update all lighting on this thing for the given light

bool CheckFlags(ULong to_check)

Check if all the given flags are set.

void CreateLightMaps(IGraphics3D* g3d)

Create all mipmaps for all textures for all polygons of this thing

csThing()

Create an empty thing

void Draw(csRenderView& rview, bool use_z_buf = true)

Draw this thing given a view and transformation

void DrawCurves(csRenderView& rview, bool use_z_buf = true)

Draw all curves in this thing given a view and transformation

void DrawFoggy(csRenderView& rview)

Draw this thing as a fog volume (only when fog is enabled for this thing)

int GetCenter()

If this thing is convex you can use getCenter to get the index of the vertex holding the center of this thing

ULong GetFlags()

Get flags.

void InitLightMaps(bool do_cache = true)

Init the lightmaps for all polygons in this thing

csPolygon3D* IntersectSphere(csVector3& center, float radius, float* pr = NULL)

Intersects world-space sphere with polygons of this set

void Merge(csThing* other)

Merge the given Thing into this one

void MergeTemplate(csThingTemplate* tpl, csTextureHandle* default_texture = NULL, float default_texlen = 1, CLights* default_lightx = NULL, csVector3* shift = NULL, csMatrix3* transform = NULL)

Add polygons and vertices from the specified template

void Move(csVector3& v)

Relative move

void Move(float dx, float dy, float dz)

Relative move

void SetConvex(bool c)

Set convexity flag of this thing

void SetFlags(ULong mask, ULong value)

Set all flags with the given mask.

void SetMove(csSector* home, float x, float y, float z)

Set the transformation vector and sector to move thing to some position

void SetMove(csSector* home, csVector3& v)

Set the transformation vector and sector to move thing to some position

void SetTransform(const csReversibleTransform& t)

Set the world to object tranformation

void SetTransform(const csMatrix3& matrix)

Set the transformation matrix to rotate the thing in some orientation

void Transform(csMatrix3& matrix)

Relative transform

void Transform()

Really do the transformation

virtual ~csThing()

Destructor.

Private Fields

int center_idx

If convex, this holds the index to the center vertex.

ULong flags

Set of flags

csSector* home

Where is this thing located?

csReversibleTransform obj

World to object transformation.

csSector* other

OBSOLETE.

Inherited from csPolygonSet:

Public Fields

static long current_light_frame_number

csVector2* curve_texels

csVector3* curve_vertices

csVector3 curves_center

float curves_scale

int draw_busy

int max_curve_vertices

int num_curve_vertices

Public Methods

void AddCurve(csCurve* curve)

void AddCurveVertex(csVector3& v, csVector2& t)

void AddPolygon(csPolygonInt* spoly)

int AddVertex(float x, float y, float z)

int AddVertex(const csVector3& v)

int AddVertexSmart(float x, float y, float z)

int AddVertexSmart(const csVector3& v)

void CamUpdate()

void CreateBoundingBox()

csVector2& CurveTexel(int i)

csVector3& CurveVertex(int i)

csPolygonSetBBox* GetBoundingBox()

void GetCameraMinMaxZ(float& minz, float& mazx)

csCurve* GetCurve(char* name)

csCurve* GetCurve(int idx)

csFog& GetFog()

csPolygonSet* GetNext()

int GetNumCurves()

int GetNumCurveVertices()

int GetNumPolygons()

int GetNumVertices()

csPolygon3D* GetPolygon(char* name)

csPolygonInt* GetPolygon(int idx)

csSector* GetSector()

csFrustrumList* GetShadows(csVector3& origin)

bool HasFog()

csVector2* IntersectCameraZPlane(float z, csVector2* clipper, int num_clip, int& num_pts)

virtual csPolygon3D* IntersectSegment(const csVector3& start, const csVector3& end, csVector3& isect, float* pr = NULL)

bool IsBSP()

csPolygon3D* NewPolygon(csTextureHandle* texture)

virtual void Prepare()

void SetNext(csPolygonSet* next)

void SetSector(csSector* sector)

void UpdateTransformation(const csCamera& c)

void UpdateTransformation(const csVector3& trans)

void UseBSP()

csVector3& Vcam(int idx)

csVector3& Vobj(int idx)

csVector3& Vwor(int idx)

Protected Fields

csPolygonSetBBox* bbox

csBspTree* bsp

csVector3* cam_verts

csTransformedSet cam_verts_set

csCurve** curves

long light_frame_number

int max_curves

int max_polygon

csPolygonSet* next

int num_curves

int num_polygon

csVector3* obj_verts

csPolygonInt** polygons

csSector* sector

csVector3* wor_verts

Protected Methods

void DrawOnePolygon(csPolygon3D* p, csPolygon2D* poly, csRenderView* d, bool use_z_buf)

void DrawPolygonArray(csPolygonInt** polygon, int num, csRenderView* rview, bool use_z_buf)

void* TestQueuePolygonArray(csPolygonInt** polygon, int num, csRenderView* d, csPolygon2DQueue* poly_queue)

Private Fields

csFog fog

Inherited from csObject:

Public Methods

CS_ID GetID()

csObject* GetObj(const csIdType& objtype)

virtual csObject* GetObjectParent()

void ObjAdd(csObject* obj)

csObjIterator ObjGet(const csIdType& objtype)

void ObjRelease(csObject* obj)

void ObjRemove(csObject* obj)

Private Fields

CS_ID csid_value

csObjTree* objtree

Private Methods

virtual void SetObjectParent(csObject* parent)

Inherited from csBase:

Inherited from csPolygonParentInt:

csSector* home

Where is this thing located?

csSector* other

OBSOLETE.

csReversibleTransform obj

World to object transformation.

ULong flags

Set of flags

int center_idx

If convex, this holds the index to the center vertex.

csThing()

Create an empty thing

virtual ~csThing()

Destructor.

void SetFlags(ULong mask, ULong value)

Set all flags with the given mask.

ULong GetFlags()

Get flags.

bool CheckFlags(ULong to_check)

Check if all the given flags are set.

void SetConvex(bool c)

Set convexity flag of this thing. You should call this instead of SetFlags (CS_ENTITY_CONVEX, CS_ENTITY_CONVEX) because this function does some extra calculations.

int GetCenter()

If this thing is convex you can use getCenter to get the index of the vertex holding the center of this thing. This center is calculated by 'setConvex(true)'.

void Merge(csThing* other)

Merge the given Thing into this one. The other polygons are removed from the other thing so that it is ready to be removed. Warning! All Things are merged in world space coordinates and not in object space as one could expect!

void SetMove(csSector* home, csVector3& v)

Set the transformation vector and sector to move thing to some position

void SetMove(csSector* home, float x, float y, float z)

Set the transformation vector and sector to move thing to some position

void SetTransform(const csMatrix3& matrix)

Set the transformation matrix to rotate the thing in some orientation

void SetTransform(const csReversibleTransform& t)

Set the world to object tranformation

void Move(float dx, float dy, float dz)

Relative move

void Move(csVector3& v)

Relative move

void Transform(csMatrix3& matrix)

Relative transform

void Transform()

Really do the transformation. This should be called after calling any of the set_move, set_transform, move or transform functions. Ideally it should only be called when the thing is visible.

void CreateLightMaps(IGraphics3D* g3d)

Create all mipmaps for all textures for all polygons of this thing

void Draw(csRenderView& rview, bool use_z_buf = true)

Draw this thing given a view and transformation

void DrawCurves(csRenderView& rview, bool use_z_buf = true)

Draw all curves in this thing given a view and transformation

void DrawFoggy(csRenderView& rview)

Draw this thing as a fog volume (only when fog is enabled for this thing)

void InitLightMaps(bool do_cache = true)

Init the lightmaps for all polygons in this thing

void CalculateLighting(csLightView& lview)

Update all lighting on this thing for the given light

void CacheLightMaps()

Cache the lightmaps for all polygons in this thing

csPolygon3D* IntersectSphere(csVector3& center, float radius, float* pr = NULL)

Intersects world-space sphere with polygons of this set. Return polygon it hits with (or NULL) and the intersection point in world coordinates. It will also return the polygon with the closest hit (the most nearby polygon). If 'pr' != NULL it will also return the distance where the intersection happened.

void MergeTemplate(csThingTemplate* tpl, csTextureHandle* default_texture = NULL, float default_texlen = 1, CLights* default_lightx = NULL, csVector3* shift = NULL, csMatrix3* transform = NULL)

Add polygons and vertices from the specified template

This class has no child classes.

alphabetic index hierarchy of classes

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