Provides access to members that control additional global geometry variables.
Product Availability
Available with ArcGIS Engine, ArcGIS Desktop, and ArcGIS Server.
Members
Description | ||
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AngularAutoDensifyTolerance | The default angular increment to be used with angular densification. | |
AutoDensifyTolerance | The maximum distance by which on-the-fly deviation-based densification may differ from the original. If the value is less than or equal to zero, the system will try to pick a reasonable tolerance at the time of densification. | |
DeviationAutoDensifyTolerance | The default deviation distance to be used for curve segment densification. | |
DiceWithTrapezoids | Selects dicing algorithm. True means dicing with trapezoids, False means dicing with smaller polygons and polypolygons. True by default. | |
DicingEnabled | Indicates whether large polygons are diced before being sent to GDI. True by default. | |
ExpandSubPixelParts | Selects export to WIN32 shape mode. True means export without loss of sub-pixel parts, False means eliminating parts that degenerate into single pixel. False by default. | |
NoDiceLimit | Polygons with fewer than this number of vertices will not be drawn/printed as a collection of trapezoids. | |
Pre81Compatibility | Indicates if some geometric operations are compatible with releases previous to 8.1. When set to false, return errors for some illegal relational operations (default is true). | |
UseAlternativeTopoOps | Indicates whether alternative versions of polygon intersection and union should be used. |
Inherited Interfaces
Interfaces | Description |
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IGeometryEnvironment3 | Provides access to members that control additional global geometry variables. |
IGeometryEnvironment2 | Provides access to members that control additional global geometry variables. |
IGeometryEnvironment | Provides access to members that control global geometry variables. |
CoClasses that implement IGeometryEnvironment4
CoClasses and Classes | Description |
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GeometryEnvironment | Provides a way of creating geometries from different inputs and setting/getting global variables for controlling behavior of geometry methods. |