SoXtFlyViewer Class Reference

Viewer component for flying through space, with a constant world up. More...

#include <Inventor/Xt/viewers/SoXtFlyViewer.h>

Inheritance diagram for SoXtFlyViewer:

Public Member Functions
	SoXtFlyViewer (SoWidget parent=NULL, const char *name=NULL, SbBool buildInsideParent=TRUE, SoXtFullViewer::BuildFlag flag=SoXtFullViewer::BUILD_ALL, SoXtViewer::Type type=SoXtViewer::BROWSER)
	Constructor which specifies the viewer type.
	~SoXtFlyViewer ()
	Destructor.
virtual void	setViewing (SbBool onOrOff)
	Sets whether the viewer is turned on or off.
virtual void	resetToHomePosition ()
	Restores the camera values.
virtual void	setCamera (SoCamera *cam)
	Sets the edited camera.
virtual void	setCursorEnabled (SbBool onOrOff)
	Sets whether the viewer is allowed to change the cursor over the renderArea window.
virtual void	setSeekMode (SbBool onOrOff)
	Externally set the viewer into/out off seek mode (default OFF).
virtual void	setCameraType (SoType type)
	Sets the camera type that will be created by the viewer if no cameras are found in the scene graph (see SoPerspectiveCamera and SoOrthographicCamera).
void	setMinSpeed (float speed)
float	getMinSpeed ()
void	setSpeedMultiplier (float speedInc)
float	getSpeedMultiplier ()
Public Member Functions inherited from SoXtConstrainedViewer
void	setUpDirection (const SbVec3f &newUpDirection)
	Specifies the upward direction of the viewer.
SbVec3f	getUpDirection ()
	Returns the upward direction of the viewer.
virtual void	saveHomePosition ()
	Saves the camera values.
virtual void	recomputeSceneSize ()
	This can be used to let the viewer know that the scene graph has changed so that the viewer can recompute things like speed which depend on the scene graph size.
Public Member Functions inherited from SoXtFullViewer
void	setDecoration (SbBool onOrOff)
	Shows/hides the viewer component trim (default on).
SbBool	isDecoration ()
	Returns whether the viewer component trim is on or off.
void	setPopupMenuEnabled (SbBool trueOrFalse)
	Enables/disables the viewer popup menu (default enabled).
SbBool	isPopupMenuEnabled ()
	Returns whether the viewer popup menu is enabled or disabled.
SoWidget	getAppPushButtonParent () const
	Returns the parent widget, which is needed when creating new buttons.
void	addAppPushButton (SoWidget newButton)
	Adds application push button, which will be placed in the left hand side decoration trim.
void	insertAppPushButton (SoWidget newButton, int index)
	Adds application push button, which will be placed in the left hand side decoration trim.
void	removeAppPushButton (SoWidget oldButton)
	Removes specified application push button.
int	findAppPushButton (SoWidget oldButton)
	Returns index of specified push button.
int	lengthAppPushButton ()
	Returns number of application push buttons.
SoWidget	getRenderAreaWidget ()
	Returns the render area widget.
virtual void	setHeadlight (SbBool onOrOff)
	Turns the headlight on/off (default on).
virtual void	setDrawStyle (SoXtViewer::DrawType type, SoXtViewer::DrawStyle style)
	Sets the current drawing style in the main view.
virtual void	setBufferingType (SoXtViewer::BufferType type)
	Sets the current buffering type in the main view (default SoXtViewer::BUFFER_DOUBLE).
virtual void	hide ()
	This hides the component.
SoStereoDialog *	getStereoDialog ()
void	setStereoDialog (SoStereoDialog *newDialog)
Public Member Functions inherited from SoXtViewer
virtual void	setSceneGraph (SoNode *newScene)
	Sets the scene graph to render.
virtual SoNode *	getSceneGraph ()
	Gets the scene graph to render.
SoCamera *	getCamera ()
	Gets the edited camera.
SoType	getCameraType ()
	Gets the camera type that will be created by the viewer if no cameras are found in the scene graph (see SoPerspectiveCamera and SoOrthographicCamera).
virtual void	setPreserveCameraHeightAngle (SbBool flag)
	If TRUE, an SoPerspectiveCamera's heightAngle is preserved if the camera is changed to an SoOrthographicCamera and then toggled back to an SoPerspectiveCamera.
virtual SbBool	isCameraHeightAnglePreserved () const
	Query whether the SoPerspectiveCamera's heightAngle is preserved if the camera is changed to an SoOrthographicCamera and then toggled back to an SoPerspectiveCamera.
virtual void	enableSeekWithOrtho (SbBool flag)
	If FALSE, the seek functionality is disabled for an SoOrthographicCamera.
virtual SbBool	isSeekWithOrthoEnabled () const
	Query whether the seek functionality is enabled for an SoOrthographicCamera.
virtual void	viewAll ()
	Changes the camera position to view the entire scene (the camera zoom or orientation isn't changed).
void	setCameraTypeChangeCallback (SoXtViewerCameraTypeChangeCB *callback, void *userdata)
	Defines a callback which is called each time the camera type has changed (change from SoPerspectiveCamera to SoOrthographicCamera or vice versa).
SbBool	isHeadlight ()
	Queries if the headlight is on.
SoDirectionalLight *	getHeadlight ()
	Returns the headlight node.
SoXtViewer::DrawStyle	getDrawStyle (SoXtViewer::DrawType type)
	Queries the current drawing style in the main view.
SoXtViewer::BufferType	getBufferingType ()
	Gets the current buffering type in the main view.
SbBool	isViewing () const
	Queries whether the viewer is turned on or off.
SbBool	isCursorEnabled () const
	Queries whether the viewer is allowed to change the cursor over the renderArea window.
void	setAutoClipping (SbBool onOrOff)
	Sets the auto clipping plane.
SbBool	isAutoClipping () const
	Queries if auto clipping is ON.
virtual void	setStereoViewing (SbBool onOrOff)
	Turns stereo viewing on/off on the viewer (default off).
virtual SbBool	isStereoViewing ()
	Queries if stereo viewing is on or off on the viewer.
void	setStereoOffset (float dist)
	Sets the stereo offset.
float	getStereoOffset ()
	Returns the stereo offset.
void	setDetailSeek (SbBool onOrOff)
	When the viewer is in seek mode, left mouse clicks initiate a pick, and the viewer changes its orientation and position to look at the picked object.
SbBool	isDetailSeek ()
	Queries whether the viewer is in seek mode.
void	setSeekTime (float seconds)
	Sets the time a seek takes to change to the new camera location.
float	getSeekTime ()
	Queries the seek time.
void	addStartCallback (SoXtViewerCB *f, void *userData=NULL)
	Adds start callback routine on the viewer.
void	addFinishCallback (SoXtViewerCB *f, void *userData=NULL)
	Adds finish callback routines on the viewer.
void	removeStartCallback (SoXtViewerCB *f, void *userData=NULL)
	Removes start callback routine from the viewer.
void	removeFinishCallback (SoXtViewerCB *f, void *userData=NULL)
	Removes finish callback routine from the viewer.
void	copyView (Time eventTime)
	Copies the view.
void	pasteView (Time eventTime)
	Pastes the view.
void	setDecimationStrategy (SoXtViewer::DecimationStrategy strategy)
	Sets strategy to use to decide on decimation value.
SoXtViewer::DecimationStrategy	getDecimationStrategy ()
	Gets strategy to use to decide on decimation value.
void	setGoalNumberOfTriangles (int32_t goal)
	Sets goal number of triangles for the viewer to try to render.
int32_t	getGoalNumberOfTriangles ()
	Gets goal number of triangles for the viewer to try to render.
void	setGoalFramesPerSecond (float goal)
	Sets goal frames per second for the viewer to try to render.
float	getGoalFramesPerSecond ()
	Gets goal frames per second for the viewer to try to render.
void	setFixedPercentage (float percent)
	Sets fixed percentage for the viewer to render (0.0 to 1.0) Default is 1.0.
float	getFixedPercentage ()
	Gets fixed percentage for the viewer to render (0.0 to 1.0)
void	enableFullRenderingWhenStill (SbBool onOff)
	If this flag is set, the viewer will render at full resolution when it sits still for a certain period of time.
SbBool	isFullRenderingWhenStill ()
	Queries if the viewer will render at full resolution when it sits still for a certain period of time.
SbBool	isStillNow ()
	Returns whether the viewer is currently still.
void	setFramesPerSecondCallback (SoXtViewerFPSCB *callback, void *userData=NULL)
	Registers frames per second callback.
void	setNumSamples (int numFrames)
	Sets how many frames should be timed before frames per second callback is called, default is 10.
int	getNumSamples ()
	Gets how many frames should be timed before frames per second callback is called.
void	setDecimationPercentageCallback (SoXtViewerDecimationPercentageCB *callback, void *userData=NULL)
	Registers decimation percentage callback.
float	getCurrentDecimationPercentage ()
	Returns the Decimation Percentage the viewer used in its last render.
virtual SoCamera *	getViewerCamera ()
	Returning the camera allows the SoBaseStereo to manipulate it to achieve the stereo effect.
virtual SbBool	isViewerDoubleBuffer ()
	Queries if viewer is double buffered.
virtual void	actualRendering ()
	This method is called automatically when the viewer requests that its SoBaseStereo object perform stereo rendering.
virtual const SbVec2s &	getSize ()
	Returns the size of the OpenGL drawing window in absolute screen coordinates (not relative to parent window) of the native window system.
virtual const SbVec2s &	getTopLeft ()
	Returns the position of the OpenGL drawing window in absolute screen coordinates (not relative to parent window) of the native window system (typically Y increasing downward).
virtual const SbVec2s &	getBottomRight ()
	Returns the position of the OpenGL drawing window in absolute screen coordinates (not relative to parent window) of the native window system (typically Y increasing downward).
void	setStereoViewType (SoBaseStereo *stereo)
	If stereoViewType is NULL, the stereo is inactivated (see setStereoActive).
SoBaseStereo *	getStereoViewType ()
	Returns the stereo view type.
void	reverseStereoView (SbBool reverse)
	Sets reversal of the left and right views.
SbBool	isStereoViewReversed ()
	Queries reversal of the left and right views.
virtual void	setStereoAbsoluteAdjustments (SbBool absolute)
	Specifies if stereo adjustments are absolute.
virtual SbBool	isStereoAbsoluteAdjustments () const
	Queries if the stereo adjustments are absolute.
virtual void	setStereoBalance (float balance, SbBool nearFrac)
	Sets the stereo balance (the position of the zero parallax plane) and specifies whether the balance value is defined as a fraction of the camera near distance.
virtual float	getStereoBalance ()
	Queries the stereo balance (the position of the zero parallax plane).
virtual SbBool	isStereoBalanceNearFrac ()
	Returns TRUE when the stereo balance adjustement is defined as a fraction of the camera near distance.
virtual void	setStereoActive (SbBool activate)
	Sets stereo activation.
virtual SbBool	isStereoActive ()
	Queries stereo activation.
void	setViewport (short left, short bottom, short width, short height)
	Sets viewport region with given origin (lower-left corner) and size, given as pixel coordinates.
void	getViewport (short &left, short &bottom, short &width, short &height)
	Returns viewport region with origin (lower-left corner) and size, given as pixel coordinates.
virtual void	setCursorStyle (SoXtViewer::CursorStyle style)
	Sets the cursor style.
SoXtViewer::CursorStyle	getCursorStyle ()
	Returns the cursor style.
SoSeparator *	getSceneRoot ()
void	setAutoClipTolerance (float tolerance)
	Sets the auto clipping tolerance value.
float	getAutoClipTolerance () const
	Gets the auto clipping tolerance value.
virtual void	setCameraSceneGraph (SoNode *cameraSceneGraph)
	Sets the sub-scene graph to be used for viewAll computation.
SoNode *	getCameraSceneGraph ()
	Gets the sub-scene graph to be viewed.
virtual void	toggleCameraType ()
	This routine will toggle the current camera from perspective to orthographic, and from orthographic back to perspective.
void	setPickRadius (float radius)
	Sets the pick radius, in pixels, used by the viewer for picking and seeking actions.
float	getPickRadius () const
	Returns the current pick radius for picking and seeking actions.
SbBool	getDepthValue (int x, int y, float &depth)
	Returns the depth value, scaled between 0.0 and 1.0, from the depth buffer at window coordinates x, y.
virtual SoDEPRECATED void	adjustClippingPlanes ()
Public Member Functions inherited from SoXtRenderArea
	SoXtRenderArea (SoWidget parent=NULL, const char *name=NULL, SbBool buildInsideParent=TRUE, SbBool getMouseInput=TRUE, SbBool getKeyboardInput=TRUE)
	Constructor which is passed arguments which tell it whether to register the mouse and keyboard devices by default (SoXtMouse and SoXtKeyboard).
	~SoXtRenderArea ()
	Destructor.
void	registerDevice (SoXtDevice *d)
	Registers interest in devices.
void	unregisterDevice (SoXtDevice *d)
	Unregisters interest in devices.
void	setBackgroundColor (const SbColor &c)
	Sets the background color for this window.
SbColor	getBackgroundColor () const
	Gets the background color for this window.
void	setBackgroundIndex (int index)
	Sets the window background color when in color index mode.
int	getBackgroundIndex () const
	Gets the window background color when in color index mode.
void	setColorMap (int startIndex, int num, const SbColor *colors)
	Sets the colors to use when displaying in color index mode.
void	setViewportRegion (const SbViewportRegion &newRegion)
	Sets viewport region to use for rendering.
const SbViewportRegion &	getViewportRegion () const
	Gets current viewport region to use for rendering.
void	setTransparencyType (SoGLRenderAction::TransparencyType type)
	Sets the algorithm for rendering transparent objects.
SoGLRenderAction::TransparencyType	getTransparencyType () const
	Gets the algorithm for rendering transparent objects.
void	setFastEditSavePolicy (SoGLRenderAction::FastEditSavePolicy policy, SbBool fastEditDelayedObjects=FALSE)
	Sets fast editing save policy to use when rendering.
SoGLRenderAction::FastEditSavePolicy	getFastEditSavePolicy () const
	Returns fast editing save policy used when rendering.
void	setInvalidateCacheMode (SoGLRenderAction::InvalidateCacheMode icm)
	Enables or disables the invalidation of render caches.
SoGLRenderAction::InvalidateCacheMode	getInvalidateCacheMode ()
	Returns the current cache invalidation mode.
void	setClearBeforeRender (SbBool trueOrFalse, SbBool zbTrueOrFalse=TRUE)
	Enables/prevents window clearing from happening before a rendering starts (default is clear TRUE).
SbBool	isClearBeforeRender () const
	Queries whether the window will be cleared before rendering starts.
SbBool	isClearZBufferBeforeRender () const
	Queries whether the depth buffer (sometimes called the Z buffer) will be cleared before rendering starts.
void	setAutoRedraw (SbBool trueOrFalse)
	The render area will automatically redraw whenever something in the scene graph changes.
SbBool	isAutoRedraw () const
	Queries whether the render area will automatically redraw whenever something in the scene graph changes.
void	setRedrawPriority (uint32_t priority)
	Sets the priority of the redraw sensor.
uint32_t	getRedrawPriority () const
	Gets the priority of the redraw sensor.
void	render ()
	Calling this forces the render area to be redrawn now.
void	scheduleRedraw ()
	Schedules a redraw to happen sometime soon (as opposed to immediately).
void	redrawOnSelectionChange (SoSelection *s)
	Call this convenience method to have this render area redraw whenever the selection list changes in the passed node.
void	setEventCallback (SoXtRenderAreaEventCB *fcn, void *userData=NULL)
	X events which occur in the render area window are either directly handled by the viewer (when this is really a viewer) or automatically translated to SoEvents, then passed into the scene graph (via the SoHandleEventAction) so that live scene graph objects can handle the event (when viewers are not in viewing mode).
void	setSceneManager (SoSceneManager *sm)
	Sets the normal scene manager.
SoSceneManager *	getSceneManager () const
	Gets the normal scene manager.
void	setGLRenderAction (SoGLRenderAction *ra)
	Sets the GL render action to use.
SoGLRenderAction *	getGLRenderAction () const
	Gets the current GL render action.
const SbGLShareContext	getShareContext ()
	Returns the information needed to make OpenGL render contexts share OpenGL objects, for example, display lists and texture objects.
void	setPostRenderCallback (SoXtRenderAreaRenderCB *fcn, void *userData=NULL)
	Specifies a function to be called after the Open Inventor render traversal and immediately before the OpenGL buffer swap.
SoXtRenderAreaRenderCB *	getPostRenderCallback (const void *&userData) const
	Gets the post-render callback function and data.
void	setFloatingColorBuffer (SbBool enable, FloatColorBufferSize size=FLOAT_16_COLOR_BUFFER)
	Enables/disables floating point rendering using 16- or 32-bit components.
void	getFloatingColorBuffer (SbBool &enable, FloatColorBufferSize &size)
	Returns TRUE if floating point rendering is used and its precision.
void	sendEvent (XAnyEvent *anEvent)
	Sends the event to be processed by the renderArea.
virtual void	setMPEGRecorder (SoMPEGRenderer *recorder)
	Sets the recorder used for MPEG encoding.
virtual SoMPEGRenderer *	getMPEGRecorder () const
	Returns the recorder used for the MPEG encoding.
SoDEPRECATED void	setAntialiasing (SbBool smoothing, int numPasses)
	Enables smoothing and/or multi-pass antialiasing for rendering.
SoDEPRECATED void	getAntialiasing (SbBool &smoothing, int &numPasses) const
	Gets the antialiasing used for rendering.
void	setAntialiasing (const float quality, const SoSceneManager::AntialiasingMode mode=SoSceneManager::AUTO)
	Enable (or disable) antialiasing with specified quality and mode.
void	setAntialiasing (SoAntialiasingParameters *advancedParameters)
	Enable (or disable) antialiasing with specific parameters.
Public Member Functions inherited from SoXtGLWidget
int	getColorMapSize ()
	Returns the color map size.
virtual Window	getNormalWindow ()
	Gets the current normal GL window, which is needed as an argument to glXMakeCurrent() when drawing in the normal planes.
SbGlContextHelper::GLContext	getNormalContext () const
	Gets the current normal context, which is needed as an argument to glXMakeCurrent() when drawing in the normal planes.
SoGLContext *	getNormalSoContext () const
SoWidget	getNormalWidget () const
	Gets the current normal widget, which is needed as an argument to glXMakeCurrent() when drawing in the normal planes.
XVisualInfo *	getNormalVisual ()
	Returns the visual for the normal window.
virtual void	setDoubleBuffer (SbBool onOrOff)
	Routine that dynamically changes between single and double buffering.
SbBool	isDoubleBuffer ()
	Returns whether double buffering is on or off.
void	setAntialiasing (const float quality, const SoSceneManager::AntialiasingMode mode=SoSceneManager::AUTO)
	Enable (or disable) antialiasing with specified quality and mode.
void	setAntialiasing (SoAntialiasingParameters *advancedParameters)
	Enable (or disable) antialiasing with specific parameters.
float	getAntialiasingQuality () const
	Returns the antialiasing quality set using the setAntialiasing(float,AntialiasingMode) method.
SoSceneManager::AntialiasingMode	getAntialiasingMode () const
	Returns the antialiasing mode set using the setAntialiasing(float,AntialiasingMode) method.
SoAntialiasingParameters *	getAntialiasingParameters () const
	Returns the antialiasing parameters set using the setAntialiasing(SoAntialiasingParameters*) method.
void	setBorder (SbBool onOrOff)
	Shows/hides a border of thickness 3 around the glX widgets.
SbBool	isBorder () const
	Returns whether the border is on or off.
void	setDrawToFrontBufferEnable (SbBool enableFlag)
	Sets drawing to the front buffer.
SbBool	isDrawToFrontBufferEnable () const
	Queries drawing to the front buffer.
virtual SbBool	bindNormalContext ()
	Makes the normal rendering context the current context.
virtual SbBool	unbindNormalContext ()
	unbind the current context (previously bind with bindNormalContext );
virtual SbBool	swapNormalBuffers ()
	Swaps the normal front and back buffers.
SoGLGraphicConfigTemplate *	getGraphicConfigTemplate ()
	Gets the current graphics configuration template.
void	setGraphicConfigTemplate (SoGLGraphicConfigTemplate *gTemplate)
	Sets a new graphics configuration template.
void	setFloatingColorBuffer (SbBool enable, FloatColorBufferSize size=FLOAT_16_COLOR_BUFFER)
	Enables/disables floating point rendering using 16- or 32-bit components.
void	getFloatingColorBuffer (SbBool &enable, FloatColorBufferSize &size)
	Returns TRUE if floating point rendering is used and its precision.
bool	saveSnapshot (const SbString &filename, bool overwrite=true)
	Save a snapshot of the current image displayed in the viewer.
Public Member Functions inherited from SoXtComponent
virtual void	show ()
	This shows the component.
SbBool	isVisible ()
	Returns TRUE if this component is mapped onto the screen.
SoWidget	getWidget () const
	This returns the base widget for this component.
SbBool	isTopLevelShell () const
	Returns TRUE if this component is a top level shell component (has its own window).
SoWidget	getShellWidget () const
	Returns the shell widget (NULL if the shell hasn't been created by this component).
SoWidget	getParentWidget () const
	Returns the parent widget, be it a shell or not.
void	setSize (const SbVec2s &size)
	Convenience routine on the widget.
SbVec2s	getSize ()
	Convenience routine on the widget.
SbBool	setFullScreen (const SbBool enable)
	Switches the viewer into (or out of) fullscreen mode.
SbBool	isFullScreen (void) const
	Queries if the viewer is in fullscreen mode.
void	setFullScreenEnable (const SbBool enable)
	Enables/disables fullscreen mode.
SbBool	isFullScreenEnable () const
	Queries if it is possible to put the viewer in fullscreen mode.
Display *	getDisplay ()
	Returns the X display associated with this components widget.
SoNONUNICODE void	setTitle (const char *newTitle)
	Sets window title.
void	setTitle (const SbString &newTitle)
	Sets window title.
SbString	getTitle () const
	Gets window title.
SoNONUNICODE void	setIconTitle (const char *newIconTitle)
	Sets icon title.
void	setIconTitle (const SbString &newIconTitle)
	Sets icon title.
SbString	getIconTitle () const
	Gets icon title.
void	setWindowCloseCallback (SoXtComponentCB *func, void *data=NULL)
	Sets which callback to call when the user closes this component (double click in the upper left corner) - by default hide() is called on this component, unless a callback is set to something other than NULL.
SbString	getWidgetName () const
	Returns the widget name.
SbString	getClassName () const
	Returns the class name.
Public Member Functions inherited from SoStereoViewer
virtual	~SoStereoViewer ()
	Destructor.

Additional Inherited Members
Public Types inherited from SoXtFullViewer
enum	BuildFlag {   BUILD_NONE = 0x00 ,   BUILD_DECORATION = 0x01 ,   BUILD_POPUP = 0x02 ,   BUILD_ALL = 0xff }
	This specifies what should be build by default in the constructor More...
Public Types inherited from SoXtViewer
enum	Type {   BROWSER ,   EDITOR }
	An EDITOR viewer will create a camera under the user supplied scene graph (specified in setSceneGraph()) if it cannot find one in the scene and will leave the camera behind when supplied with a new scene. More...
enum	DrawStyle {   VIEW_AS_IS ,   VIEW_HIDDEN_LINE ,   VIEW_NO_TEXTURE ,   VIEW_LOW_COMPLEXITY ,   VIEW_LINE ,   VIEW_POINT ,   VIEW_BBOX ,   VIEW_LOW_RES_LINE ,   VIEW_LOW_RES_POINT ,   VIEW_SAME_AS_STILL }
	list of possible drawing styles More...
enum	DrawType {   STILL ,   INTERACTIVE }
	DrawType. More...
enum	BufferType {   BUFFER_SINGLE ,   BUFFER_DOUBLE ,   BUFFER_INTERACTIVE }
	list of different buffering types More...
enum	DecimationStrategy {   NORMAL ,   FIXED_NUM_TRIANGLES ,   FRAMES_PER_SECOND ,   FIXED_PERCENTAGE }
	list of decimation strategies More...
enum	CursorStyle {   CLASSIC ,   XOR ,   SHADOW }
	Classic cursors are all white and tend to disappear over white geometry or white background. More...
Public Types inherited from SoXtGLWidget
enum	FloatColorBufferSize {   FLOAT_16_COLOR_BUFFER = SoGuiGLWidget::FLOAT_16_COLOR_BUFFER ,   FLOAT_32_COLOR_BUFFER = SoGuiGLWidget::FLOAT_32_COLOR_BUFFER }
	FloatColorBufferSize. More...
Static Public Member Functions inherited from SoXtRenderArea
static uint32_t	getDefaultRedrawPriority ()
	Gets the default priority number of the redraw sensor.
Static Public Member Functions inherited from SoXtComponent
static void	displayHelp (const char *filename, UINT contextID)
	Static method to display the specified topic of the specified help file.
static SoXtComponent *	getComponent (SoWidget w)
	This returns the SoXtComponent for this widget.
Public Attributes inherited from SoXtFullViewer
SoStereoDialog *	m_stereoDialogBox
	Pointer to the stereo dialog.

Detailed Description

Viewer component for flying through space, with a constant world up.

Fly Viewer - this viewer is intended to simulate flight through space, with a constant world up direction. The viewer only constrains the camera to keep the user from flying upside down. No mouse buttons need to be pressed in order to fly. The mouse position is used only for steering, while mouse clicks are used to increase or decrease the viewer speed.

The viewer allows you to tilt your head up/down/right/left and move in the direction you are looking (forward or backward). The viewer seek capability can be used to position the camera towards a selected object or point.

RESOURCES

  !!------------------------------------------------
  !! Decorations for Fly Viewer !!
  !!------------------------------------------------
  *IvFlyTitle.labelString: Fly Viewer
  *IvFlyPrefTitle.labelString: Fly Viewer Preference Sheet
  *IvFlyPopupTitle.labelString: Fly Viewer
  *IvFlyIconTitle.labelString: Fly Viewer
  !! Same for Walk Viewer !!
  *IvFlyWalkRotate.labelString: Rotate
  !! Same for Walk Viewer !!
  *IvFlyWalkTilt.labelString: Tilt
  !! Same for Walk Viewer !!
  *IvFlyWalkDolly.labelString: Dolly
  !!------------------------------------------------
  !! Preferences for Fly Viewer !!
  !!------------------------------------------------
  *FlyPreference.FlyingSpeed.labelString: Flying speed:
  *FlyPreference.Increase.labelString: increase
  *FlyPreference.Decrease.labelString: decrease

USAGE

(For 3-button mouse only.)

Left Mouse: Click to increase speed.

<s> + Left Mouse: Alternative to the Seek button. Press (but do not hold down) the <s> key, then click on a target object.

<U> + Left Mouse: Press (but do not hold down) the <U> key, then click on a target object to set the "up" direction to the surface normal. By default +y is the "up" direction.

Middle Mouse: Click to decrease speed.

Left and Middle Mouse: Click both simultaneously to stop.

Ctrl: Hold the key down to temporarily stop and rotate the viewpoint.

Right Mouse: Open the popup menu.

ALT: When the viewer is in selection (a.k.a. pick) mode, pressing and holding the ALT key temporarily switches the viewer to viewing mode. When the ALT key is released, the viewer returns to selection mode. Note: If any of the mouse buttons are currently depressed, the ALT key has no effect.

SEE ALSO

SoXtFullViewer, SoXtViewer, SoXtComponent, SoXtRenderArea, SoXtWalkViewer, SoXtExaminerViewer, SoXtPlaneViewer

Definition at line 168 of file SoXtFlyViewer.h.

Constructor & Destructor Documentation

SoXtFlyViewer()

SoXtFlyViewer::SoXtFlyViewer	(	SoWidget	parent = NULL,
		const char *	name = NULL,
		SbBool	buildInsideParent = TRUE,
		SoXtFullViewer::BuildFlag	flag = SoXtFullViewer::BUILD_ALL,
		SoXtViewer::Type	type = SoXtViewer::BROWSER
	)

Constructor which specifies the viewer type.

Please refer to the SoXtViewer reference page for a description of the viewer types.

~SoXtFlyViewer()

SoXtFlyViewer::~SoXtFlyViewer

(

)

Destructor.

Member Function Documentation

getMinSpeed()

float SoXtFlyViewer::getMinSpeed

(

)

getSpeedMultiplier()

float SoXtFlyViewer::getSpeedMultiplier

(

)

resetToHomePosition()

virtual void SoXtFlyViewer::resetToHomePosition ( )

virtual

Restores the camera values.

Reimplemented from SoXtConstrainedViewer.

setCamera()

virtual void SoXtFlyViewer::setCamera ( SoCamera *  cam )

virtual

Sets the edited camera.

Setting the camera is only needed if the first camera found in the scene when setting the scene graph isn't the one the user really wants to edit.

Reimplemented from SoXtConstrainedViewer.

setCameraType()

virtual void SoXtFlyViewer::setCameraType ( SoType  type )

virtual

Sets the camera type that will be created by the viewer if no cameras are found in the scene graph (see SoPerspectiveCamera and SoOrthographicCamera).

By default an SoPerspectiveCamera will be created if no cameras are found.

Note: The set method will only take effect the next time a scene graph is specified (and if no cameras are found).

Reimplemented from SoXtViewer.

setCursorEnabled()

virtual void SoXtFlyViewer::setCursorEnabled ( SbBool  onOrOff )

virtual

Sets whether the viewer is allowed to change the cursor over the renderArea window.

When disabled, the cursor is undefined by the viewer and will not change as the mode of the viewer changes. When re-enabled, the viewer will reset it to the appropriate icon.

Disabling the cursor enables the application to set the cursor directly on the viewer window or on any parent widget of the viewer. This can be used when setting a busy cursor on the application shell.

Reimplemented from SoXtViewer.

setMinSpeed()

void SoXtFlyViewer::setMinSpeed

(

float

speed

)

setSeekMode()

virtual void SoXtFlyViewer::setSeekMode ( SbBool  onOrOff )

virtual

Externally set the viewer into/out off seek mode (default OFF).

Actual seeking will not happen until the viewer decides to (ex: mouse click).

Note: setting the viewer out of seek mode while the camera is being animated will stop the animation to the current location.

Reimplemented from SoXtViewer.

setSpeedMultiplier()

void SoXtFlyViewer::setSpeedMultiplier

(

float

speedInc

)

setViewing()

virtual void SoXtFlyViewer::setViewing ( SbBool  onOrOff )

virtual

Sets whether the viewer is turned on or off.

When turned on, events are consumed by the viewer. When viewing is off, events are processed by the viewer's render area. This means events will be sent down to the scene graph for processing (i.e. picking can occur). Note that if the application has registered an event callback, it will be invoked on every message, whether viewing is turned on or not. However, the return value of this callback (which specifies whether the callback handled the event or not) is ignored when viewing is on. That is, the viewer will process the event even if the callback already did. This is to ensure that the viewing paradigm is not broken (default viewing is on).

Reimplemented from SoXtFullViewer.

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The documentation for this class was generated from the following file:

• Inventor/Xt/viewers/SoXtFlyViewer.h