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VisioMove
2.1.5
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VisioMove
2.1.5
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  Vg3DModule | The namespace defines all the needed interfaces to interact with the 3D module |
   VgI3DModule | The VgI3DModule interface provides access to use 3D related features |
| VgIconMarker | Displays an icon as a marker of a VgPoint |
| VgIconMarkerDescriptor | Describes an icon marker |
| VgGeometryDescriptor | Describes the common properties used to create a VgIGeometry object |
| VgIGeometry | The Vg3DModule::VgIGeometry interface is used as an abstraction of geometric features that can be added to or removed from the scene |
| VgIGeometryCallback | The VgIGeometryCallback interface is used to notify the developer that an event has been triggered on a Geometry |
| VgIGeometryEvent | The VgIGeometryEvent interface is used to encapsulate interactions between a user and a Geometry |
| VgLineDescriptor | A structure which describes the attributes of a Vg3DModule::VgLine |
| VgLine | A VgLine is created using Vg3DModule::VgInstanceFactory::instantiate |
| VgLinkDescriptor | A structure which describes the attributes of a Vg3DModule::VgLink |
| VgLink | This class displays a 'ribbon' that links to positions in the scene |
| VgMarker | Displays a marker on a ponctual position described by a VgPoint |
| VgMarkerDescriptor | Describes a marker |
| VgModelManager | Used to create 3D models as VgIGeometry instances given a VgBinaryBuffer |
| VgPointDescriptor | This structure encapsulates the point description parameters |
| VgPoint | The VgPoint object can be associated with a layer within the 3D view |
| VgTextMarker | Displays text as a marker of a VgPoint |
 VgTextMarkerDescriptor | Describes a text marker |
| VgApplication | The namespace defines all the needed interfaces to interact with the VisioMove view |
| Vg2DManipulator | Allows to customize the Vg2DManipulator |
| Vg3DManipulator | Allows to customize the Vg3DManipulator |
| VgIApplication | The VgIApplication interface provides a corridor to retrieve objects within the Engine layer |
| VgIEvent | The VgIEvent interface is used to encapsulate user interactions |
| VgIManipulatorManager | The VgIManipulatorManager interface is used to choose the way the user will interact with the Open GL surface |
| VgIModule | The VgIModule interface allow to use a set of optional and modular features from the Visioglobe SDK |
| VgIModuleManager | The VgIModuleManager interface allow to query modules from the Visioglobe SDK |
| VgISimpleGestureManipulatorListener | Listener of simple gestures |
| VgManipulator | Controls the way the user interact with the Open GL surface |
| VgSimpleGestureManipulator | Handles simple gestures |
| VgSimpleTrackballManipulator | Handles trackball gestures |
| VgEngine | This namespace defines all the needed interfaces to load data, render them in the VisioMove view and move the camera programmatically |
| VgFunctorDescriptorMapEntry | Creates a mapping between an animation channel and a functor descriptor |
| VgFunctorDescriptorMap | A list of VgFunctorDescriptorMapEntry's |
| VgAnimationChannels | Contains literals to identify animation channels |
| VgLoopModes | Contains literals to identify loop modes |
| VgAnimationDescriptor | This class implements descriptors for animations |
| VgAnimation | This interface handles engine animations |
| VgAxialRotationQuaternionFunctorDescriptor | This class implements descriptors for axial rotation functors |
| VgBinaryBuffer | Used to manipulate binary data |
| VgColorInterpolationFunctorDescriptor | This class implements descriptors for color interpolation functors |
| VgDiscreteQuaternionFunctorDescriptor | This class describes a functor for orientations using discrete samples |
| VgDiscreteVectorFunctorDescriptor | This class describes a functor for positions using discrete samples |
| VgFloatInterpolationFunctorDescriptor | This class implements descriptors for float interpolation functors |
| VgFloatSplineFunctorDescriptor | This class describes a functor that approximates a sequence of floats with a spline |
| VgFontManager | Set the Font and configures it to render text |
| VgFunctorDescriptor | This is the super class for all functor descriptor classes in the SDK |
| VgGeoReferencedSRS | This class implements georeferenced spatial reference systems |
| VgIAnimationCallback | This class defines the interface for animation call backs |
| VgIAnimationManager | This class is a manager for animations |
| VgIViewPoint | This structure encapsulates a camera's viewpoint parameters |
| VgICamera | This interface is used to retrieve and control the camera parameters |
| VgIDatabaseDatasetDescriptor | This structure is used to retrieve information about the current dataset |
| VgIDatabase | The VgIDatabase interface is used to load and select the data that will be displayed in the 3D view |
| VgIEngineContext | This class is used to encapsulate an engine context |
| VgIEngine | This interface provides an entry-point to retrieve objects from the Visioglobe engine |
| VgIEnginePostDrawCallback | This callback is used to draw some elements on the screen after the 3D view has been drawn |
| VgILicenseManager | Used to manage licensing issues |
| VgInstanceFactory | Creates objects from their descriptor |
| VgIResourceCallback | Implements a behavior triggered when a VgIResourceRequest terminates |
| VgResourceRequestParameters | Parametrizes a resource request |
| VgIResourceManager | Manages resources |
| VgIResourceRequest | Requests the reading of a resource |
| VgITexture | The VgITexture interface is used to handle texture in the application |
| VgITextureManager | Used to create VgITexture given a VgBinaryBuffer |
| VgLayerDescriptor | Describes a layer |
| VgLayer | This class exposes the layer concept |
| VgLayerManager | Manages the layers |
| VgLayoutDescriptor | This abstract class is the base class for all layout descriptors |
| VgLight | This interface handles light management |
| VgMetricSRS | This class implements local metric spatial reference systems |
| VgPosition | This struct encapsulates a 3D position |
| VgPositionToolbox | Provides various utility methods for VgEngine::VgPosition |
| VgQuadtreeLayoutDescriptor | This class is a descriptor for a quadtree based spatial layout |
| VgQuaternionInterpolationFunctorDescriptor | This class implements descriptors for orientation interpolation functors |
| VgQuery | Holds a query that could be executed by the engine |
| VgReferenced | Owns the number of references of an object |
| VgConstRefPtr | The VgRefPtr class is used to automatically reference and unreference reference counted objects (VgReferenced) |
| VgRefPtr | |
| VgSinusoidalVectorOffsetFunctorDescriptor | This class implements descriptors for sinusoidal animation of vectors |
| VgSpatial | This class gives access to the spatial aspect of an object (layer, point, etc) |
| VgSplineOrientationQuaternionFunctorDescriptor | This class is a descriptor for quaternion functors that follow orientation of given spline definitions |
| VgSplineVectorFunctorDescriptor | This class describes a functor that approximates a sequence of vectors with a spline |
| VgSRS | This abstract class is the superclass of all concrete SRS classes |
| VgColor | This struct represents a color |
| VgOrientation | This class describes the 3 values defining a 3D orientation azimuth, pitch, roll |
| VgVisibilityRamp | Describes a visibility ramp function that modifies the visibility, depending on the distance from the camera |
| VgOrientationConstraints | Describes the orientation constraintes on the three axes |
| VgVectorInterpolationFunctorDescriptor | This class implements descriptors for vector interpolation functors |
| VgMapModule | This namespace defines all the needed interfaces to interact with the Map module |
| VgIMapModule | The VgIMapModule defines all the needed interfaces to interact with the map module |
| VgIPlaceListener | The VgIPlaceListener allow users to be notified of Place related events that occur within the map module where the listener has been registered |
| VgPlaceColorDescriptor | The VgPlaceColorDescriptor encapsulates information associated with a place's color |
| VgPlaceDescriptor | |
| VgPlaceIconDescriptor | The VgPlaceIconDescriptor encapsulates information associated with a place icon, where a place icon is a texture associated with a place |
| VgPOIDescriptor | The VgPOIDescriptor describes location, footprint, height and other information tied to a POI |
| VgIPlaceDescriptor | The VgIPlaceDescriptor encapsulates information associated with a Place |
| VgNavigationModule | The namespace defines all the needed interfaces to interact with the Navigation module |
| VgINavigation | VgINavigation represents a Navigation object |
| VgINavigationCallback | VgINavigationCallback provides an interface for the Navigation Module to communicate with the navigation request |
| VgNearPlace | Contains a geographical description of how a place relates to an instruction |
| VgINavigationInstruction | The VgINavigationListener allow users to be notified of Navigation related events that occur within a VgINavigation Object where the listener has been registered |
| VgINavigationListener | The VgINavigationListener allow users to be notified of Navigation related events that occur within a VgINavigation Object where the listener has been registered |
| VgINavigationRequestParameters | VgINavigationRequestParameters is used when computing a navigation and provides a mechanism to customise the computed navigation object |
| VgINavigationModule | VgINavigationModule provides access to navigation related objects |
| VgINavigationRequest | VgINavigationRequest provides an interface to allow the route requester to communicate with the navigation module |
| VgRoutingModule | The namespace defines all the needed interfaces to interact with the Routing module |
| VgIRoute | VgIRoute represents a route object |
| VgIRouteCallback | VgIRouteCallback provides an interface for the route solver to communicate with the route requester |
| VgIRouteGeometryDescriptor | A route geometry descriptor object |
| VgIRouteConverter | VgIRouteConverter provides a mechanism for converting a VgIRoute into a geometry object(s) displayable by the Vg3DModule |
| VgIRouteConverterFactory | VgIRouteConverterFactory Provides an interface for creating a VgIRouteConverter |
| VgIRouteRequest | VgIRouteRequest provides an interface to allow the route requester to communicate with the route solver |
| VgIRoutingModule | VgIRoutingModule provides access to routing related objects |
| VgIRoutingNode | This class is an opaque pointer class to routing nodes from the routing module |
| VgIRouteRequestParameters | An object containing parameters to perform a route request |
| VgIRoutingNodeParameters | An object containing parameters to perform a getRoutingNode from a position |
| VgIRoutingSolver | VgIRoutingSolver will calculate a route between several waypoints |
| VgEAGLBaseView | This class serves as a base class for VgEAGLView and VgEAGLView2 |
| VgEAGLView | This class wraps the CAEAGLLayer from CoreAnimation into a convenient UIView subclass its superclass VgEAGLBaseView contains most important methods |
| VgEAGLView2 | This class wraps the CAEAGLLayer from CoreAnimation into a convenient UIView subclass |
