Converts a Multipatch
feature class to a PolygonZ feature class. Several 3D characteristics are
calculated for each polygon and stored in the polygon attribute table.
If the input Multipatch is constructed by
Triangle Strips and Triangle Fan geometries, the resulting feature class
can be treated as a PolygonZ TIN
Inputs:
- A Multipatch feature class
Outputs:
- New PolygonZ feature class.
- New fields are added to the attribute table of
the Multipatch feature class.
- ET_ElMin - minimum elevation values for
each triangle
- ET_ElMax - maximum elevation values for
each triangle
- ET_ElMean - mean elevation values for each
triangle
- ET_Slope_D - the slope (maximum rate of
elevation change) of each triangle in Degrees (from 0 to 90)
- ET_Sope_P - the slope (maximum rate of
elevation change) of each triangle in percents (from 0 to 100%)
- ET_Aspect - the aspect (compass direction
of the slope - 0 is North, 90 degrees - East, 180 degrees - South, 270 -
West) of each triangle
- ET_AreaZ - the 3D area of each triangle
- ET_Area - the 2D area of each triangle
ToolBox
implementation
Command line syntax
ETS_GPMultipatchToPolygon <Input
Dataset> <Out Feature Class>
Parameters
| Expression |
Explanation |
|
<Input Dataset> |
A Multipatch
feature layer or feature class |
| <Out Feature
Class> |
A String
- the full name of the output feature class. |
Scripting syntax
ETS_GPMultipatchToPolygon
(Input Dataset, Out Feature Class)
See the explanations above:
<> - required parameter
{} - optional parameter
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products mentioned are trademarks of Environmental Systems Research
Institute, Inc.
Copyright: Ianko Tchoukanski |