Data Structures
struct	camera_s

Macros
#define	FOV 75.0

#define	CAMERA_START_DIST 600

#define	CAMERA_START_HEIGHT UNIT_HEIGHT * 1.5

#define	CAMERA_LEVEL_HEIGHT UNIT_HEIGHT

Typedefs
typedef struct camera_s	camera_t

Functions
void	CL_CameraInit (void)

void	CL_CameraMove (void)
	Update the camera position. This can be done in two different reasons. The first is the user input, the second is an active camera route. The camera route overrides the user input and is lerping the movement until the final position is reached. More...

void	CL_CameraRoute (const pos3_t from, const pos3_t target)
	Interpolates the camera movement from the given start point to the given end point. More...

void	CL_CheckCameraRoute (const pos3_t from, const pos3_t target)
	Only moves the camera to the given target location if its not yet close enough. More...

void	CL_CameraZoomIn (void)
	Zooms the scene of the battlefield in. More...

void	CL_CameraZoomOut (void)
	Zooms the scene of the battlefield out. More...

Variables
cvar_t *	cl_centerview

cvar_t *	cl_camzoommax

cvar_t *	cl_camzoommin

cvar_t *	cl_camzoomquant

const float	MIN_ZOOM

const float	MAX_ZOOM

Macro Definition Documentation

#define CAMERA_LEVEL_HEIGHT UNIT_HEIGHT

Definition at line 45 of file cl_camera.h.

Referenced by CL_CameraMove().

#define CAMERA_START_DIST 600

Definition at line 43 of file cl_camera.h.

Referenced by CL_CameraMove().

#define CAMERA_START_HEIGHT UNIT_HEIGHT * 1.5

Definition at line 44 of file cl_camera.h.

Referenced by CL_CameraMove().

#define FOV 75.0

Definition at line 42 of file cl_camera.h.

Referenced by CL_ViewCalcFieldOfViewX().

Typedef Documentation

typedef struct camera_s camera_t

Function Documentation

void CL_CameraInit ( void )

Definition at line 391 of file cl_camera.cpp.

References CL_CamSetAngles_f(), CL_CamSetZoom_f(), CL_CenterCameraIntoMap_f(), Cmd_AddCommand(), CVAR_ARCHIVE, and Cvar_Get().

Referenced by CL_InitLocal().

void CL_CameraMove ( void )

Update the camera position. This can be done in two different reasons. The first is the user input, the second is an active camera route. The camera route overrides the user input and is lerping the movement until the final position is reached.

Definition at line 93 of file cl_camera.cpp.

References camera_s::angles, AngleVectors(), camera_s::axis, ca_active, clientBattleScape_s::cam, CAMERA_LEVEL_HEIGHT, CAMERA_START_DIST, CAMERA_START_HEIGHT, cameraRoute, cameraRouteEnd, camera_s::camorg, cl, CL_BlockBattlescapeEvents(), CL_ClampCamToMap(), CL_GetKeyMouseState(), cl_isometric, CL_ViewCalcFieldOfViewX(), cl_worldlevel, cls, DotProduct, client_static_s::frametime, i, cvar_s::integer, camera_s::lerplevel, LEVEL_MIN, LEVEL_SPEED, MAX_CAMMOVE_ACCEL, MAX_CAMMOVE_SPEED, MAX_CAMROT_SPEED, MAX_ZOOM, MIN_CAMMOVE_ACCEL, MIN_CAMMOVE_SPEED, MIN_CAMROT_SPEED, MIN_ZOOM, camera_s::omega, camera_s::origin, PITCH, ROLL, routeDelta, routeDist, routeFrom, camera_s::speed, client_static_s::state, STATE_FORWARD, STATE_RIGHT, STATE_ROT, STATE_TILT, STATE_ZOOM, clientBattleScape_s::time, torad, UNIT_SIZE, cvar_s::value, VectorClear, VectorDist, VectorLength(), VectorMA(), VectorNormalize(), VectorNormalize2(), VectorScale, VectorSet, viddef, viddef_t::viewHeight, viddef_t::viewWidth, YAW, and camera_s::zoom.