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This document is archived and information here might be outdated. Recommended version. |
IGlobeHeightProperties Interface (ArcObjects .NET 10.5 SDK)
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This document is archived and information here might be outdated. Recommended version. |
| ArcObjects Help for .NET developers > ArcObjects namespaces > GlobeCore > ESRI.ArcGIS.GlobeCore > Interfaces > IG > IGlobeHeightProperties Interface (ArcObjects .NET 10.5 SDK) |
Provides access to members that manipulate the height properties of a globe layer. Note: the IGlobeHeightProperties interface has been superseded byIGlobeHeightProperties2. Please consider using the more recent version.
The IGlobeHeightProperties interface can be used to manage the height properties of a data layer in globe.
| Description | ||
|---|---|---|
 |
Apply | Apply to the corresponding layer. |
|
ApplyFeatureProperties | Obtain feature geometry with the correct properties. |
 |
BaseLayer | The base layer. |
 |
BaseOption | The base option. |
|
ElevationExpression | The elevation expression for features, in globe units. |
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ElevationExpressionString | The elevation expression string for features, in globe units. |
|
ExtrusionExpression | The extrusion expression object. |
|
ExtrusionExpressionString | The extrusion expression string. |
|
ExtrusionType | The extrusion type. |
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HasElevationValues | Indicates whether the feature layer has elevation values. |
|
Offset | The constant elevation offset in meters. |
|
UseElevationValues | Indicates whether elevation values in the feature layer are used. |
|
ZFactor | The z factor. |
| CoClasses and Classes | Description |
|---|---|
| GlobeHeightProperties | The globe layer height properties. |
The code below illustrates how we can use IGlobeHeightProperties set the base height of a draped layer, present in the TOC, to a raster elevation surface.
public void Drape_Layer_On_ElevationRaster(IGlobeDisplay pGlobeDisplay, ILayer pLayer)
{
IGlobeDisplayLayers pGlobeDispLyrs=(IGlobeDisplayLayers) pGlobeDisplay;
//Create elevation raster layer
IRasterLayer pElevLayer=new RasterLayerClass();
pElevLayer.CreateFromFilePath("C:\\temp\\elev_raster");
//Create and add the GlobeLayerProperties extension
//with the Type set to ElevationData
IGlobeLayerProperties pLyr_GlobeLayerProps=new GlobeLayerPropertiesClass();
pLyr_GlobeLayerProps.Type=esriGlobeDataType.esriGlobeDataElevation;
ILayerExtensions pLyrExt=(ILayerExtensions) pElevLayer;
pLyrExt.AddExtension(pLyr_GlobeLayerProps);
//Set the base option for pLayer to be esriGlobeLayerBaseLayer
//and its base layer to be pElevLayer
IGlobeLayerProperties pDrapeLyr_GlobeLayerProps;
pDrapeLyr_GlobeLayerProps =pGlobeDispLyrs.FindGlobeProperties(pLayer);
IGlobeHeightProperties pDrapeLyr_GlobeHeightProps;
pDrapeLyr_GlobeHeightProps=pDrapeLyr_GlobeLayerProps.HeightProperties;
pDrapeLyr_GlobeHeightProps.BaseLayer=pElevLayer;
pDrapeLyr_GlobeHeightProps.BaseOption=esriGlobeLayerBaseOption.esriGlobeLayerBaseLayer;
//Apply the height properties of the pLayer
pDrapeLyr_GlobeHeightProps.Apply(pGlobeDisplay.Globe, pLayer);
pGlobeDisplay.RefreshViewers();
}