ArcObjects Library Reference (TrackingAnalyst)  

IDirectionalVectorRendererProperties Interface

Provides access to the properties which govern the directional vector rendering.

Product Availability

Available with ArcGIS Engine, ArcGIS Desktop, and ArcGIS Server. Requires Tracking Analyst Extension.

Members

Description
Method GetHeadingReference Provides the reference used by heading field (e.g., true, true for typical heading measurement (north, clockwise). This property is for a future enhancement.
Method GetSpeedUnits Provides the units used by speed field (e.g., esriMiles, enumHours for mi/hr). This property is for a future enhancement.
Read/write property GlobalProperties Indicates if the renderer properties object is the global version obtained from the Tracking Environment vs. a layer specific version.
Read/write property HeadingField Provides field name containing heading; empty indicates heading is to be calculated. This property is for a future enhancement.
Method SetHeadingReference Sets the reference used by heading field (e.g., true, true for typical heading measurement (north, clockwise). This property is for a future enhancement.
Method SetSpeedUnits Sets the units used by speed field (e.g., esriMiles, enumHours for mi/hr). This property is for a future enhancement.
Read/write property SpeedField Provides field name containing speed; empty indicates speed is to be calculated. This property is for a future enhancement.
Read/write property Symbol Provides the line symbol to be used for rendering the directional vector.
Read/write property TimeInterval Provides the time interval represented by the directional vector; see property TimeIntervalUnits for this values units.
Read/write property TimeIntervalUnits Provides the time interval units represented by the directional vector; see property TimeInterval for the time value.

CoClasses that implement IDirectionalVectorRendererProperties

CoClasses and Classes Description
DirectionalVectorRendererProperties Contains the properties required to perform directional vector rendering.