VGIS Namespace Reference

This class maps AxisDevice input to position and orientation of the viewer. More...

Classes
struct	AxisDeviceFly
struct	Fly
	The Fly struct and methods control fly-through navigation mode for all input devices. More...
class	FPMFly
	This class uses an AxisDevice to the fly the viewer by directly manipulation the flight-path-marker. More...
class	Orbit
	Orbit implements orbit (aka top-down) travel technique suitable for stereoscopic displays. More...
class	ScaleControl
class	DeviceClass
	This class is used for Device class RTTI (Run-time Type Identification). More...
class	DeviceBase
	DeviceBase is an abstract class used as a super class of Device. Generally, users should subclass from the Device class. More...
class	Device
	Device is an abstract class representing an input device. More...
class	AxisDevice
class	X11Spaceball
class	Win32Joystick
	This class interfaces to Windows joystick via the Win32 joystick interface. More...
class	ButtonDevice
	The ButtonDevice class is a abstract Device class representing a button device. More...
class	SixDOFSensor
	This is an abstract class representing a 6 degree of freedom tracker which is define as a single unit with location and orientation information. More...
struct	DeviceThread
class	DeviceManager
	This class initializes all Device objects in use. More...
Functions
void	Fly_construct (Fly *f, view_t *view, const char *fileName)
void	Fly_start (Fly *f, view_t *view, f64_t currentTime, char stereo, vgis_boolean_t constantHeight)
void	Fly_end (Fly *f, view_t *view)
void	Fly_execute (Fly *f, const VGIS_Event *e, Cursor3D pointer[2], int mouse[2], view_t *view, f64_t currentTime)
	CONTROLLERS_MEMBER_TEMPLATE (std::allocator< class AxisDevice * >)
	CONTROLLERS_MEMBER_TEMPLATE (std::vector< class AxisDevice * >)
	CONTROLLERS_MEMBER_TEMPLATE (std::allocator< SixDOFSensor * >)
	CONTROLLERS_MEMBER_TEMPLATE (std::vector< SixDOFSensor * >)
	CONTROLLERS_MEMBER_TEMPLATE (std::allocator< Device * >)
	CONTROLLERS_MEMBER_TEMPLATE (std::vector< Device * >)
	CONTROLLERS_MEMBER_TEMPLATE (std::allocator< DeviceBase * >)
	CONTROLLERS_MEMBER_TEMPLATE (std::vector< DeviceBase * >)
	CONTROLLERS_MEMBER_TEMPLATE (std::allocator< DeviceThread >)
	CONTROLLERS_MEMBER_TEMPLATE (std::vector< DeviceThread >)
Variables
CONTROLLERS_CLASS	AxisDevice
CONTROLLERS_CLASS	SixDOFSensor

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Detailed Description

This class maps AxisDevice input to position and orientation of the viewer.

The configurable data members of AxisDeviceFly can be set inside the user's navigation file in order to customize steering controls for a given combination of user, computer and configuration variant.

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Function Documentation

VGIS::CONTROLLERS_MEMBER_TEMPLATE (  std::vector< DeviceThread >   )

VGIS::CONTROLLERS_MEMBER_TEMPLATE (  std::allocator< DeviceThread >   )

VGIS::CONTROLLERS_MEMBER_TEMPLATE (  std::vector< DeviceBase * >   )

VGIS::CONTROLLERS_MEMBER_TEMPLATE (  std::allocator< DeviceBase * >   )

VGIS::CONTROLLERS_MEMBER_TEMPLATE (  std::vector< Device * >   )

VGIS::CONTROLLERS_MEMBER_TEMPLATE (  std::allocator< Device * >   )

VGIS::CONTROLLERS_MEMBER_TEMPLATE (  std::vector< SixDOFSensor * >   )

VGIS::CONTROLLERS_MEMBER_TEMPLATE (  std::allocator< SixDOFSensor * >   )

VGIS::CONTROLLERS_MEMBER_TEMPLATE (  std::vector< class AxisDevice * >   )

VGIS::CONTROLLERS_MEMBER_TEMPLATE (  std::allocator< class AxisDevice * >   )

void VGIS::Fly_construct (  Fly *  f, view_t *  view, const char *  fileName )

void VGIS::Fly_end (  Fly *  f, view_t *  view )

void VGIS::Fly_execute (  Fly *  f, const VGIS_Event *  e, Cursor3D  pointer[2], int  mouse[2], view_t *  view, f64_t  currentTime )

void VGIS::Fly_start (  Fly *  f, view_t *  view, f64_t  currentTime, char  stereo, vgis_boolean_t  constantHeight )

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Variable Documentation

class CONTROLLERS_CLASS VGIS::AxisDevice

class CONTROLLERS_CLASS VGIS::SixDOFSensor

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