The WonderlandCamera class extends the WonderlandActor functionality with the methods for specifying the viewing parameters. Every view into the 3D world is assigned a camera, and each camera renders into a different morph.

WonderlandCamera also know how to transform points on the 2D desktop into the 3D wonderland.

	debug
	debugDrawRectsOn:

	get property
	getAspectRatio getBoundsForActor: getFarClippingPlane getFieldOfView getFogColor getFogDensity getFogRangeEnd getFogRangeStart getFogType getNearClippingPlane

	initialize-release
	copySettingsFrom: initializeFor: release

	primitive behaviors
	destroy:

	private
	getFrustum getPerspectiveMatrix

	rendering
	pickAt: pickObjectAndVertexAt: render: render:pickingAt: render:pickingAt:withPrimitiveVertex: renderBounds renderFogOn:

	set property
	setAspectRatio: setBounds:for: setFarClippingPlane: setFieldOfView: setFogColor: setFogDensity: setFogRangeEnd: setFogRangeStart: setFogType: setName: setNearClippingPlane:

	testing
	isWonderlandCamera

	transforming
	transformScreenPointToScenePoint: transformScreenPointToScenePoint:atDepthOf: transformScreenPointToScenePoint:using: transformScreenVectorToSceneVector:

	accessing	top
	drawSceneBackground
	getMorph Returns the camera window morph that this camera renders into
	resetPointOfView Return the camera to it's 'home' position and orientation
	turnBackgroundOff Stop drawing the scene background
	turnBackgroundOn Resume drawing the scene background

	debug	top
	debugDrawRectsOn:

	get property	top
	getAspectRatio Returns the camera's current aspect ratio.
	getBoundsForActor: Return the 2D bounds of the actor as seen by the receiver
	getFarClippingPlane Returns the camera's far clipping plane
	getFieldOfView Returns the camera's field of view.
	getFogColor
	getFogDensity
	getFogRangeEnd
	getFogRangeStart
	getFogType
	getNearClippingPlane Returns the camera's near clipping plane

	initialize-release	top
	copySettingsFrom: Copy my settings from the given B3DCamera
	initializeFor: Initializes the camera.
	release Destroy the renderer

	primitive behaviors	top
	destroy: Implements the animated destroy of an actor. This takes all the actors parts and spins them off in an arbitrary direction

	private	top
	getFrustum Returns the camera's frustum
	getPerspectiveMatrix Returns the camera's perspective matrix

	rendering	top
	pickAt: Return the top object at the given point or nil
	pickObjectAndVertexAt: Return an association with the top object and the primitive vertex at the given point or nil
	render:
	render:pickingAt: Render one frame of the Wonderland using this camera. If aPointOrNil is not nil then return the top most object at this point. Note: If picking, no objects are actually drawn.
	render:pickingAt:withPrimitiveVertex: Render one frame of the Wonderland using this camera. If aPointOrNil is not nil then pick the top most object at this point. For picking only: If aBoolean is true return an association object -> B3DPrimitiveVertex; otherwise simply return the top most object. Note: If picking, no objects are actually drawn.
	renderBounds Compute 2D bounding boxes for all scene elements
	renderFogOn: Set fog parameters if requested

	set property	top
	setAspectRatio: Sets the camera's aspect ratio
	setBounds:for: Record the 2D bounds for the given actor during a rendering pass
	setFarClippingPlane: Sets the camera's far clipping plane - anything farther than this won't be drawn.
	setFieldOfView: Sets the camera's field of view.
	setFogColor:
	setFogDensity:
	setFogRangeEnd:
	setFogRangeStart:
	setFogType:
	setName: Sets the object's name
	setNearClippingPlane: Sets the camera's near clipping plane - anything closer than this won't be drawn.

	testing	top
	isWonderlandCamera

	transforming	top
	transformScreenPointToScenePoint: Converts a pixel point to a position in the 3D scene. Uses the near clipping plane distance for the depth in the scene.
	transformScreenPointToScenePoint:atDepthOf: Converts a pixel point to a position in the 3D scene using the actor to scale the position of the point. Uses the actor's distance from the camera to determine the depth in the scene.
	transformScreenPointToScenePoint:using: Converts a pixel point to a position in the 3D scene using the actor to scale the position of the point. Uses the near clipping plane distance for the depth in the scene.
	transformScreenVectorToSceneVector: Converts a picture plane vector to a position in the 3D scene.

	change logging	top
	acceptsLoggingOfCompilation weird name is so that it will come lexically before #compile, so that a clean build can make it through. 7/7/96 sw
	wantsChangeSetLogging Answer whether code submitted for the receiver should be remembered by the changeSet mechanism. 7/12/96 sw