Inheritance diagram for TSL3DCustomSatelliteHandler:

Detailed Description

Custom rendering handler to allow developers to specify specific rendering behaviour.

The handler is attached to the satellite and then whenever a satellite is drawn the custom rendering is used.

Public Member Functions
	TSL3DCustomSatelliteHandler ()

virtual	~TSL3DCustomSatelliteHandler ()

virtual bool	render (TSLSatellite satellite, TSL3DRenderingInterface renderingInterface, TSL3DCoord &position, bool visible, TSL3DDepthTest depthTest)=0

TSLCustomSatelliteHandlerEnum	handleType ()

Public Member Functions inherited from TSLCustomSatelliteHandler
	TSLCustomSatelliteHandler ()

virtual	~TSLCustomSatelliteHandler ()

virtual TSLCustomSatelliteHandler *	clone () const

virtual bool	tick (TSLSatellite satellite, TSLTimeServer s)=0

Constructor & Destructor Documentation

◆ TSL3DCustomSatelliteHandler()

TSL3DCustomSatelliteHandler::TSL3DCustomSatelliteHandler ( )

Default constructor.

◆ ~TSL3DCustomSatelliteHandler()

virtual TSL3DCustomSatelliteHandler::~TSL3DCustomSatelliteHandler ( )

virtual

Destructor.

Member Function Documentation

◆ handleType()

TSLCustomSatelliteHandlerEnum TSL3DCustomSatelliteHandler::handleType ( )

virtual

Return the custom handle type.

Implements TSLCustomSatelliteHandler.

◆ render()

virtual bool TSL3DCustomSatelliteHandler::render	(	TSLSatellite *	satellite,
		TSL3DRenderingInterface *	renderingInterface,
		TSL3DCoord &	position,
		bool	visible,
		TSL3DDepthTest	depthTest )

pure virtual

Custom rendering method.

NOTE : This method is used for both rendering and picking. Use the rendering Interface->getRenderingMode method to determine the reason for this method being called.

Parameters

satellite	the satellite to render
renderingInterface	the rendering interface
position	current position of satellite
visible	true if the satellite would be visible or if the depthtest is none, false if beyond horizon
depthTest	depth test applied to this object

Note: position should be used as this represents the 'current' position of the satellite at this point in time.