class csRenderView : public csCamera

This structure represents all information needed for drawing a scene

Inheritance:

Public Fields

bool added_fog_info

If the following variable is true then a fog_info was added in this recursion level

csDrawFunc* callback

A callback function

void* callback_data

Userdata belonging to the callback.

csPlane clip_plane

This variable holds the plane of the portal through which the camera is looking

bool do_clip_plane

If true then we clip all objects to 'clip_plane'

csFogInfo* fog_info

Every fogged sector we encountered results in an extra structure in the following list

IGraphics2D* g2d

The 2D graphics subsystem used for drawing.

IGraphics3D* g3d

The 3D graphics subsystem used for drawing.

csPolygon3D* portal_polygon

The portal polygon (or NULL if the first sector)

csClipper* view

The 2D polygon describing how everything drawn inside should be clipped.

Public Methods

csRenderView(const csCamera& c, csClipper* v, IGraphics3D* ig3d, IGraphics2D* ig2d)

csRenderView()

csRenderView(const csCamera& c)

void SetClipPlane(csPlane& p)

void SetView(csClipper* v)

Inherited from csCamera:

Public Fields

static int aspect

static float inv_aspect

Public Methods

inline csVector3 Camera2World(const csVector3& v)

inline csVector3 Camera2WorldRelative(const csVector3& v)

void Correct(int n)

inline csMatrix3 GetC2W()

static int GetFOV()

csPolygon3D* GetHit(csVector3& v)

csSector* GetSector()

inline csMatrix3 GetW2C()

inline csVector3 GetW2CTranslation()

bool IsMirrored()

bool LoadFile(csWorld* world, char* filename)

void LookAt(const csVector3& v, const csVector3& up)

void Move(const csVector3& v)

void MoveUnrestricted(const csVector3& v)

void MoveWorld(const csVector3& v)

void MoveWorldUnrestricted(const csVector3& v)

void Rotate(const csVector3& v, float angle)

void Rotate(const csMatrix3& m)

void RotateWorld(const csVector3& v, float angle)

void RotateWorld(const csMatrix3& m)

void SaveFile(char* filename)

inline void SetC2W(const csMatrix3& m)

static void SetFOV(int fov)

void SetMirrored(bool m)

inline void SetPosition(const csVector3& v)

void SetSector(csSector *s)

inline void SetW2C(const csMatrix3& m)

inline csVector3 World2Camera(const csVector3& v)

Private Fields

bool mirror

csSector* sector

Private Methods

void Correct(int n, float* vals[])

Inherited from csOrthoTransform:

Public Methods

virtual void SetO2T(const csMatrix3& m)

virtual void SetT2O(const csMatrix3& m)

Inherited from csReversibleTransform:

Public Methods

csReversibleTransform GetInverse()

inline const csMatrix3& GetT2O()

inline csVector3 GetT2OTranslation()

friend csReversibleTransform operator* (const csReversibleTransform& t1, const csReversibleTransform& t2)

friend csTransform operator* (const csTransform& t1, const csReversibleTransform& t2)

friend csReversibleTransform& operator*= (csReversibleTransform& t1, const csReversibleTransform& t2)

friend csPlane operator/ (const csPlane& p, const csReversibleTransform& t)

friend csVector3 operator/ (const csVector3& v, const csReversibleTransform& t)

friend csReversibleTransform operator/ (const csReversibleTransform& t1, const csReversibleTransform& t2)

friend csVector3& operator/= (csVector3& v, const csReversibleTransform& t)

friend csReversibleTransform& operator/= (csReversibleTransform& t1, const csReversibleTransform& t2)

friend csPlane& operator/= (csPlane& p, const csReversibleTransform& t)

csPlane This2Other(const csPlane& p)

void This2Other(const csPlane& p, const csVector3& point, csPlane& result)

csVector3 This2Other(const csVector3& v)

inline csVector3 This2OtherRelative(const csVector3& v)

Protected Fields

csMatrix3 m_t2o

Inherited from csTransform:

Public Methods

inline const csMatrix3& GetO2T()

inline const csVector3& GetO2TTranslation()

inline const csVector3& GetOrigin()

static csTransform GetReflect(const csPlane& pl)

csPlane Other2This(const csPlane& p)

inline csVector3 Other2This(const csVector3& v)

void Other2This(const csPlane& p, const csVector3& point, csPlane& result)

csVector3 Other2ThisRelative(const csVector3& v)

inline void SetO2TTranslation(const csVector3& v)

inline void SetOrigin(const csVector3& v)

inline void Translate(const csVector3& v)

Protected Fields

csMatrix3 m_o2t

csVector3 v_o2t

csClipper* view

The 2D polygon describing how everything drawn inside should be clipped.

IGraphics3D* g3d

The 3D graphics subsystem used for drawing.

IGraphics2D* g2d

The 2D graphics subsystem used for drawing.

csPolygon3D* portal_polygon

The portal polygon (or NULL if the first sector)

csPlane clip_plane

This variable holds the plane of the portal through which the camera is looking

bool do_clip_plane

If true then we clip all objects to 'clip_plane'. In principle one should always clip to 'clip_plane'. However, in many cases this is not required because portals mostly arrive in at the boundaries of a sector so there can actually be no objects after the portal plane. But it is possible that portals arive somewhere in the middle of a sector (for example with BSP sectors or with Things containing portals). In that case this variable will be set to true and clipping to 'clip_plane' is required.

csDrawFunc* callback

A callback function. If this is set then no drawing is done. Instead the callback function is called.

void* callback_data

Userdata belonging to the callback.

csFogInfo* fog_info

Every fogged sector we encountered results in an extra structure in the following list. This is only used if we are doing vertex based fog.

bool added_fog_info

If the following variable is true then a fog_info was added in this recursion level

csRenderView()

csRenderView(const csCamera& c)

csRenderView(const csCamera& c, csClipper* v, IGraphics3D* ig3d, IGraphics2D* ig2d)

void SetView(csClipper* v)

void SetClipPlane(csPlane& p)

This class has no child classes.

alphabetic index hierarchy of classes

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