TK_Camera

Functions

	`TK_Camera`
	`~TK_Camera`
`TK_Status`	`Read`
`TK_Status`	`Write`
`TK_Status`	`Clone`
`TK_Status`	`ReadAscii`
`TK_Status`	`WriteAscii`
void	`SetPosition`
void	`SetPosition`
float const *	`GetPosition`
void	`GetPosition`
void	`SetDPosition`
void	`SetDPosition`
double const *	`GetDPosition`
void	`GetDPosition`
void	`SetTarget`
void	`SetTarget`
float const *	`GetTarget`
void	`GetTarget`
void	`SetDTarget`
void	`SetDTarget`
double const *	`GetDTarget`
void	`GetDTarget`
void	`SetUpVector`
void	`SetUpVector`
float const *	`GetUpVector`
void	`GetUpVector`
void	`SetDUpVector`
void	`SetDUpVector`
double const *	`GetDUpVector`
void	`GetDUpVector`
void	`SetField`
void	`SetField`
float const *	`GetField`
void	`GetField`
void	`SetDField`
void	`SetDField`
double const *	`GetDField`
void	`GetDField`
void	`SetOblique`
void	`SetOblique`
float const *	`GetOblique`
void	`GetOblique`
void	`SetNearLimit`
float	`GetNearLimit`
void	`SetProjection`
int	`GetProjection`
void	`SetView`
void	`SetView`
char const *	`GetView`
char *	`GetView`

Detailed Description

class TK_Camera : public BBaseOpcodeHandler 

Handles the TKE_Camera opcode.

TK_Camera provides support for writing/reading the TKE_Camera opcode object to/from an HSF file.

The HOOPS/3dGS scene-graph supports a camera, which is a segment attribute defining a specific view of world space.

Subclassed by HTK_Camera

Public Functions

inline TK_Camera(unsigned char opcode = TKE_Camera): constructor

~TK_Camera()

virtual TK_Status Read(BStreamFileToolkit &tk)

Reads data from the toolkit buffer, decodes/decompresses it, and maps it to the opcode handlers data members. User-defined classes which need to write out custom data should utilize one of the available GetData() methods.

Parameters:	tk – A reference to the BStreamFileToolkit object.
Returns:	The result of the function call.

virtual TK_Status Write(BStreamFileToolkit &tk)

Encodes/compresses data and writes data to the toolkit buffer. User-defined classes which need to write out custom data should utilize one of the available PutData() methods, and first write out the opcode associated with the group of binary data followed by the data itself.

Parameters:	tk – A reference to the BStreamFileToolkit object.
Returns:	The result of the function call.

virtual TK_Status Clone(BStreamFileToolkit &tk, BBaseOpcodeHandler **handler) const

Copies the opcode handler

Parameters:	tk – A reference to the BStreamFileToolkit object. handler – A pointer to the opcode handler object. Passed by reference.
Returns:	The result of the function call.

TK_Status ReadAscii(BStreamFileToolkit &tk): Deprecated.

TK_Status WriteAscii(BStreamFileToolkit &tk): Deprecated.

inline void SetPosition(float x, float y, float z): Sets the position of the camera using discrete float values

inline void SetPosition(float const p[]): Sets the position of the camera using a float triplet

inline float const *GetPosition() const: Returns the position of the camera as the address of a float triplet

inline void GetPosition(float p[]) const: Returns the position of the camera to a pre-allocated array

inline void SetDPosition(double x, double y, double z): Sets the position of the camera using discrete double values

inline void SetDPosition(double const p[]): Sets the position of the camera using a double triplet

inline double const *GetDPosition() const: Returns the position of the camera as the address of a double triplet

inline void GetDPosition(double p[]) const: Returns the position of the camera to a pre-allocated array

inline void SetTarget(float x, float y, float z): Sets the target of the camera using discrete float values

inline void SetTarget(float const t[]): Sets the target of the camera using a float triplet

inline float const *GetTarget() const: Returns the target of the camera as the address of a float triplet

inline void GetTarget(float t[]) const: Returns the target of the camera to a pre-allocated array

inline void SetDTarget(double x, double y, double z): Sets the target of the camera using discrete double values

inline void SetDTarget(double const t[]): Sets the target of the camera using a double triplet

inline double const *GetDTarget() const: Returns the target of the camera as the address of a float triplet

inline void GetDTarget(double t[]) const: Returns the target of the camera to a pre-allocated array

inline void SetUpVector(float x, float y, float z): Sets the up-vector of the camera using discrete float values

inline void SetUpVector(float const u[]): Sets the up-vector of the camera using a float triplet

inline float const *GetUpVector() const: Returns the up-vector of the camera as the address of a float triplet

inline void GetUpVector(float u[]) const: Returns the up-vector of the camera to a pre-allocated array

inline void SetDUpVector(double x, double y, double z): Sets the up-vector of the camera using discrete double values

inline void SetDUpVector(double const u[]): Sets the up-vector of the camera using a float triplet

inline double const *GetDUpVector() const: Returns the up-vector of the camera as the address of a float triplet

inline void GetDUpVector(double u[]) const: Returns the up-vector of the camera to a pre-allocated array

inline void SetField(float w, float h): Sets the camera field size using discrete float values

inline void SetField(float const f[]): Sets the camera field size using a float pair

inline float const *GetField() const: Returns the camera field size as the address of a float pair

inline void GetField(float f[]) const: Returns the camera field size to a pre-allocated array

inline void SetDField(double w, double h): Sets the camera field size using discrete double values

inline void SetDField(double const f[]): Sets the camera field size using a float pair

inline double const *GetDField() const: Returns the camera field size as the address of a float pair

inline void GetDField(double f[]) const: Returns the camera field size to a pre-allocated array

inline void SetOblique(float h, float v): Sets the camera oblique angles (degrees) using discrete float values

inline void SetOblique(float const o[]): Sets the camera oblique angles (degrees) using a float pair

inline float const *GetOblique() const: Returns the camera oblique angles as the address of a float pair

inline void GetOblique(float o[]) const: Returns the camera oblique angles to a pre-allocated array

inline void SetNearLimit(float l): Sets the camera field size using discrete float values

inline float GetNearLimit() const: Returns the camera field size as the address of a float pair

inline void SetProjection(int p): Sets the projection type. Projection types are specified by TKO_Camera_Projection.

inline int GetProjection() const: Returns the projection type. Projection types are specified by TKO_Camera_Projection.

inline void SetView(char const *name): Sets the view name. Allocates the buffer and copies the string

inline void SetView(int length): Sets the view name buffer. Allocates a buffer which can hold a srting of ‘length’ characters

inline char const *GetView() const: Returns the view name.

inline char *GetView(): Returns the view name buffer, which may be modified directly