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Provides access to members that control the distance operations. Note: the IDistanceOp interface has been superseded by IDistanceOp2. Please consider using the more recent version.
Name | Description | |
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Corridor | Calculates for each cell location the sum of the accumulative costs for two input accumulative-cost datasets. | |
CostAllocation | Calculates for each output cell the zone that could be reached with the least accumulative cost. | |
CostBackLink | Calculates the neighbor that is the next cell on the least-accumulative-cost path from a cell to a source cell. | |
CostDistance | Calculates for each cell the least-accumulative-cost distance over a cost surface to a source cell or a set of source cells. | |
CostDistanceFull | Calculates for each cell the least-accumulative-cost distance, backlink, and allocation over a cost surface to a source cell or a set of source cells. | |
CostPath | Calculates the least-cost path(s) from selected cell(s) in the input data to the closest source cell. | |
CostPathAsPolyline | Calculates the least-cost path(s) from selected points in the input data and returns it as a polyline. | |
EucAllocation | Calculates for each cell the zone of the closest source cell (in Euclidean distance). | |
EucDirection | Calculates the direction in degrees from each cell center to the cell center of the closest source. | |
EucDistance | Calculates for each cell the Euclidean distance to the closest source. | |
EucDistanceFull | Calculates for each cell optionally the Euclidean distance, direction, and allocation to the closest source. |
Classes | Description |
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RasterDistanceOp | A mechanism for performing distance operations on rasters. |