Package com.openinventor.ldm

Large Data Management.

See: Description

Interface Summary

Interface	Description
SoLDMGlobalResourceParameters.LoadListener	Loading callback for LDM mode.

Class Summary

Class	Description
SoLDMDataAccess	Volume data access methods.
SoLDMGeomElement	Deprecated As of Open Inventor 9700 See documentation for more details
SoLDMGeometry	Deprecated As of Open Inventor 9700 See documentation for more details
SoLDMGlobalResourceParameters	Global resource parameters for LDM.
SoLDMLargeDataManagement	Large Data Management.
SoLDMMediator	Large Data Management.
SoLDMMediator.LDMManagerAccess	Data set LDM manager access.
SoLDMNodeFrontManager	LDM Node Front Manager abstract base class.
SoLDMProximityVisitor	Deprecated As of Open Inventor 9700 See documentation for more details
SoLDMResourceManager	Resource Manager.
SoLDMTileID	Tile ID.
SoLDMTileManager	LDM Tile Manager.
SoLDMTileManager.LDMSliceAccessor	Allows accessing a 2D buffer for slice and volumeSkin rendering.
SoLDMTileVisitor	Deprecated As of Open Inventor 9700 See documentation for more details
SoLDMTileVisitor.NodeStatus	Deprecated
SoLDMTopoOctree	Octree topology queries.
SoVolumeHistogram	Volume Data Histogram.

Enum Summary

Enum	Description
SoLDMDataAccess.ErrorValues	Error Code values.
SoLDMDataAccess.GetDataModes	Specifies the way data is requested from the volume reader when the necessary tiles are not already present in LDM cache memory.
SoLDMGlobalResourceParameters.TileCacheTypes	Deprecated
SoLDMGlobalResourceParameters.VisualFeedbackParams	Visual feedback modes.

Package com.openinventor.ldm Description

Large Data Management. Large Data Management (LDM) is an Open Inventor extension for managing data sets that may be extremely large. LDM is used, for example, in the VolumeViz extensions to manage very large volume data sets, for example seismic

LDM supports data sets that are both tiled (subdivided into blocks) and multi-resolution (both full resolution and subsampled tiles exist). The advantage of tiling is that memory can be managed much more efficiently by avoiding the need to allocate very large contiguous chunks of memory and by loading only the tiles that are actually needed for rendering or computation. The advantage of multi-resolution is that a low resolution version of the data can be loaded very quickly, lower resolution data can be used for rendering if the full data set does not fit in memory and lower resolution data can be used to improve rendering performance.

LDM provides converter classes to create LDM data sets from native data sets.