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See:
Description
| Interface Summary | |
|---|---|
| Transformable | Indicates that the class can transform the location represented by a footprint. |
| Class Summary | |
|---|---|
| BasinThread | Calculates drainage basins from a surface and set of seed points. |
| BasinThread2 | Calculates drainage basins from a surface and set of seed points. |
| CentroidThread | Allows polygon centroids to be found. |
| CombinePointsWithRasterThread | Adds the attributes of the primary raster to those of the points in the primary vector. |
| CombineThread | Combines two spatial objects to create a new spatial object. |
| ContourThread | Class for fitting contour lines through a gridded surface. |
| DeleteThread | Deletes a spatial object from the GISFrame. |
| DemToTinThread | Converts a DEM to TIN representation. |
| DispThread | Displays the current spatial objects in the GIS frame. |
| FlowThread | Creates a raster containing flow magnitudes. |
| FocalD | Allows a focal fractal dimension to be calculated from a window of attribute values. |
| FracSurfaceThread | Calculates a fractal surface using spectral synthesis. |
| FuzzyFeatureThread | Performs a fuzzy feature classification of a DEM. |
| JoinVectorThread | Joins any lines in a vector map. |
| LSThread | Processing thread that times itself and allows messages to be logged. |
| OpenThread | Opens a spatial file and places contents into a spatial object. |
| PeakClassificationThread | Creates a new raster identifying peaks from a given DEM. |
| PitRemovalThread | Detects pits in a DEM and creates a pitless surface. |
| PointDensityThread | Calculates the point density of a given vector coverage. |
| PolySurfaceThread | Calculates a polynomial surface. |
| ProjectionThread | Reprojects a spatial object between coordinate systems. |
| RasterStats | Allows summary statistics to be calculated from a raster map. |
| RectifyThread | Rectifies a raster map using the supplied transformable class. |
| SaveThread | Saves the currently selected spatial object(s) in the given format. |
| ScaleParamThread | Calculates a given surface parameter over a range of window sizes and places the result back in the given GIS frame. |
| ScaleSurfParam | Calculates surface parameters from a raster map over a range of window sizes. |
| SelectVectorThread | Allows a subset of vector objects to be selected from a vector map. |
| SimplifyThread | Allows the lines in the primary vector map to be simplified using the Douglas-Peucker line simplification algorithm. |
| SurfaceFeatureThread | Calculates surface features based on the relative drop method. |
| SurfNetwork | Calculates a Wolf-Pfaltz Surface Network based on rasters containing elevation and surface features. |
| SurfNetworkThread | Calculates a vector surface network from a raster elevation model and surface feature raster. |
| SurfParam | Calculates surface parameters from a RasterMap object. |
| SurfParamThread | Calculates a given surface parameter such as slope, aspect, curvature or feature type. |
| TinPointsThread | Converts between a point collection and TIN in either direction. |
| TinToDemThread | Converts a TIN to DEM representation. |
| TransformAdapter | Provides a default transformer that leaves coordinates unchanged. |
| TransRastThread | Creates a new raster based on a transformation (scaling, translation, flooding, rounding and to/from null conversion) of an existing one. |
| UpdateThread | Updates spatial objects after they have been edited. |
| VectorToRasterThread | Performs a vector to raster transformation. |
| View3dThread | Creates a 3d viewer for navigating surfaces. |
| VoidRemovalThread | Removes voids from a raster by taking average of non-void neighbours. |
Classes that perform significant analytical or processing tasks.
Most processing operations are threaded. This allows them to report their progress to the
main GUI as well as allow several processes to operate simultaneously. Threaded processes
should all inherit LSThread and contain their processing in an overridden
doProcessing method. Most are also scriptable allowing them to be controlled
from a script command.
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