VTK/Geovis vision toolkit: Difference between revisions
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class vtkVideoElementRepresentation | |||
{ | |||
public: | |||
void AddTrackRepresentation(vtkTrackRepresentation* tr); | |||
void AddVideoRepresentation(vtkVideoRepresentation* vr); | |||
void AddTrackRepresentation(vtkScalarRepresentation* sr); | |||
virtual void PrepareToRendering(); | |||
private: | |||
Internal* Implementation; | |||
}; |
Revision as of 20:54, 28 January 2010
Requirements
There are two parts to the project:
- Video / related meta data rendering and interactions.
- Displaying video / meta data in geospatial context.
As per our discussion we have gathered following requirements for the project.
- Easy to put together.
- Provides 2D and 3D mode where in 2D it will allow quick validation, manipulation abilities.
- Provides the ability to visualize, video, track, and associated ranking.
- Ability to provide input as sequence of images or a video file.
- Provides the ability to manipulate track data. User should be able to insert a new one, modify the existing one.
- Provides the ability to select a region with pixel level accuracy and draw a track on top of it.
- Provides the ability to play many video files (small or large video) files.
- Provides a layout for the videos in space so that each can be seen clearly for a view point.
- Allows the videos to play individually or globally.1
- Provides the ability to toggle different layers of information.
- Provides geo spatial context.
Design
class vtkVideoElementRepresentation
{
public:
void AddTrackRepresentation(vtkTrackRepresentation* tr); void AddVideoRepresentation(vtkVideoRepresentation* vr); void AddTrackRepresentation(vtkScalarRepresentation* sr); virtual void PrepareToRendering();
private:
Internal* Implementation; };