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public interface IInterpolationOp3
Provides access to additional members that control the Interpolating of a GeoDataset.
| Method Summary | |
|---|---|
IGeoDataset |
iDW(IGeoDataset geoData,
double power,
IRasterRadius radius,
Object barrier)
Interpolates using IDW. |
IGeoDataset |
krige(IGeoDataset geoData,
int semiVariogramType,
IRasterRadius radius,
boolean outSemiVariance,
Object barrier)
Interpolates using kriging. |
IGeoDataset |
naturalNeighbor(IGeoDataset geoDataset)
Interpolates using natual neighbor. |
IGeoDataset |
spline(IGeoDataset geoData,
int splineType,
Object weight,
Object numPoints)
Interpolates using splining. |
IRasterDataset |
topoToRasterByFile(String paramFile,
IFeatureClass[] outStream,
IFeatureClass[] outSink)
Interpolates using AnuDem. |
IGeoDataset |
trend(IGeoDataset geoData,
int trendType,
int order)
Interpolates using trend surface. |
IGeoDataset |
trendWithRms(IGeoDataset geoData,
int trendType,
int order,
String out_rms_file)
Interpolates using trend surface with optional rms file. |
IGeoDataset |
variogram(IGeoDataset geoData,
IGeoAnalysisSemiVariogram semiVariogram,
IRasterRadius radius,
boolean outSemiVariance,
Object barrier)
Interpolates using Variogram. |
| Method Detail |
|---|
IGeoDataset iDW(IGeoDataset geoData,
double power,
IRasterRadius radius,
Object barrier)
throws IOException,
AutomationException
|
geoDataset |
an input point featureclass containing the points with z values to be interpolated onto a surface Raster |
| power | exponent of distance. Controls the significance of surrounding points upon the interpolated value. A higher power results in less influence from distant points. It can be any real number greater than zero but the most reasonable results will be obtained using values from 0.5 to 3. A commonly used power is 2 |
| radius | an IRasterRadius indicating the search radius for the input points. The radius distance is specified in map units within which all input sample points will be used to perform interpolation. A commonly used radius is five times the cell size of the output Raster
The object will set and use whatever you set last in your VB script. For example, |
| [barrier] | a shapefile containing arcs to be used as a break or limit in searching for the input sample points |
geoData - A reference to a com.esri.arcgis.geodatabase.IGeoDataset (in)power - The power (in)radius - A reference to a com.esri.arcgis.geoanalyst.IRasterRadius (in)barrier - A Variant (in, optional, pass null if not required)
IOException - If there are interop problems.
AutomationException - If the ArcObject component throws an exception.
IGeoDataset krige(IGeoDataset geoData,
int semiVariogramType,
IRasterRadius radius,
boolean outSemiVariance,
Object barrier)
throws IOException,
AutomationException
|
geoData |
an input point featureclass containing the points with z values to be interpolated onto a surface Raster |
| semiVariogramType | an esriGeoAnalysisSemivariogramEnum specifying the type of mathematical function used to model the semivariance
The types are: esriGeoAnalysisCircularSemivariogram circular semivariogram model esriGeoAnalysisExponentialSemivariogram exponential semivariogram model esriGeoAnalysisGaussianSemivariogram Gaussian or normal distribution semivariogram model esriGeoAnalysisLinearSemivariogram linear semivariogram model with a sill esriGeoAnalysisNoneSemivariogram no model is fit esriGeoAnalysisSphericalSemivariogram spherical semivariogram model This is a commonly used function. esriGeoAnalysisUniversal1Semivariogram Universal Kriging with linear drift The GRAPH and BOTH options are not available with the UNIVERSAL1 method. |
| radius | an IRasterRadius indicating the search radius for the input points
The radius distance is specified in map units within which all input sample points will be used to perform interpolation. A commonly used radius is five times the cell size of the output Raster. The object will set and use whatever you set last in your VB script. For example, will use the args ... ,SAMPLE,12, .... will use the args ... ,RADIUS,207.1, .... |
| [outSemiVariance] | if True an optional output Raster will be created containing predicted semivariance values for each mesh point in output interpolation surface
If the GRAPH option is specified, an {output_variance} grid will not be created. |
| [barrier] | a coverage or shapefile containing the arcs for the barrier information used for limiting the line search for input sample points |
geoData - A reference to a com.esri.arcgis.geodatabase.IGeoDataset (in)semiVariogramType - A com.esri.arcgis.geoanalyst.esriGeoAnalysisSemiVariogramEnum constant (in)radius - A reference to a com.esri.arcgis.geoanalyst.IRasterRadius (in)outSemiVariance - The outSemiVariance (in)barrier - A Variant (in, optional, pass null if not required)
IOException - If there are interop problems.
AutomationException - If the ArcObject component throws an exception.
IGeoDataset variogram(IGeoDataset geoData,
IGeoAnalysisSemiVariogram semiVariogram,
IRasterRadius radius,
boolean outSemiVariance,
Object barrier)
throws IOException,
AutomationException
|
geoData |
an input point featureclass containing the points with z values to be interpolated onto a surface Raster |
|
semiVariogram |
A semivariogram model defined by a GeoAnalystSemiVariogram object using the IGeoAnalysisSemiVariogram::DefineVarigoram method. The semivariogram is described by nugget, sill and range parameters. |
| radius | an IRasterRadius indicating the search radius for the input points
The radius distance is specified in map units within which all input sample points will be used to perform interpolation. A commonly used radius is five times the cell size of the output Raster. The object will set and use whatever you set last in your VB script. For example, will use the args ... ,SAMPLE,12, .... will use the args ... ,RADIUS,207.1, .... |
| outSemiVariance | if True an optional output Raster will be created containing predicted semivariance values for each mesh point in output interpolation surface
If the GRAPH option is specified, an {output_variance} grid will not be created. |
| [barrier] | a coverage or shapefile containing the arcs for the barrier information used for limiting the line search for input sample points |
geoData - A reference to a com.esri.arcgis.geodatabase.IGeoDataset (in)semiVariogram - A reference to a com.esri.arcgis.geoanalyst.IGeoAnalysisSemiVariogram (in)radius - A reference to a com.esri.arcgis.geoanalyst.IRasterRadius (in)outSemiVariance - The outSemiVariance (in)barrier - A Variant (in, optional, pass null if not required)
IOException - If there are interop problems.
AutomationException - If the ArcObject component throws an exception.
IGeoDataset spline(IGeoDataset geoData,
int splineType,
Object weight,
Object numPoints)
throws IOException,
AutomationException
|
geoData |
an input point featureclass containing the points with z values to be interpolated onto a surface Raster |
| splineType | an esriGeoAnalysisSpliceEnum defining the method of Spline to be performed
There are two options. esriGeoAnalysisRegularizedSpline yields a smooth surface and smooth first derivatives esriGeoAnalysisTensionSpline tunes the stiffness of the interpolant according to the character of the modeled phenomenon. |
| [weight] | parameter influencing the character of the surface interpolation
When the Regularized option is chosen, it defines the weight of the third derivatives of the surface in the curvature minimization expression. If the Tension method is run, it defines the weight of tension. When no weight is specified the default is 0.1. |
| [numPoints] | number of points per region used for local approximation
When no numPoints is given the Spline method will use 12. |
geoData - A reference to a com.esri.arcgis.geodatabase.IGeoDataset (in)splineType - A com.esri.arcgis.geoanalyst.esriGeoAnalysisSplineEnum constant (in)weight - A Variant (in, optional, pass null if not required)numPoints - A Variant (in, optional, pass null if not required)
IOException - If there are interop problems.
AutomationException - If the ArcObject component throws an exception.
IGeoDataset trend(IGeoDataset geoData,
int trendType,
int order)
throws IOException,
AutomationException
| geoData | an input point featureclass containing the points with z values to be interpolated onto a surface Raster |
| trendType | an esriGeoAnalysisTrendEnum specifying the type of regression to be performed
esriGeoAnalysisLinearTrend polynomial regression is performed to fit a least-squares surface to the set of input points It is applicable for continuous types of data. esriGeoAnalysisLogisticTrend logistic trend surface analysis is performed It generates a continuous probability surface for binary, or dichotomous, types of data. |
| order | order of the polynomial
It must be an integer value 1 through 12. A value of 1 will fit a flat plane to the points, and a higher value will fit a more complex surface. A commonly used value is 1. |
geoData - A reference to a com.esri.arcgis.geodatabase.IGeoDataset (in)trendType - A com.esri.arcgis.geoanalyst.esriGeoAnalysisTrendEnum constant (in)order - The order (in)
IOException - If there are interop problems.
AutomationException - If the ArcObject component throws an exception.
IGeoDataset naturalNeighbor(IGeoDataset geoDataset)
throws IOException,
AutomationException
| geoDataset | an input point featureclass containing the points with z values to be interpolated onto a surface Raster |
geoDataset - A reference to a com.esri.arcgis.geodatabase.IGeoDataset (in)
IOException - If there are interop problems.
AutomationException - If the ArcObject component throws an exception.
IRasterDataset topoToRasterByFile(String paramFile,
IFeatureClass[] outStream,
IFeatureClass[] outSink)
throws IOException,
AutomationException
|
paramFile |
The input path to a parameter file specifing required parameters to create the surface. The file can be created using a text editor or saved from the Geoprocessing Topo_to_Raster tool. |
|
[outStream] |
Output feature class of stream polyline features |
|
[outSink] |
Output feature class of remaining sink point features |
paramFile - The paramFile (in)outStream - A reference to a com.esri.arcgis.geodatabase.IFeatureClass (out: use single element array, optional, pass single element of null if not required)outSink - A reference to a com.esri.arcgis.geodatabase.IFeatureClass (out: use single element array, optional, pass single element of null if not required)
IOException - If there are interop problems.
AutomationException - If the ArcObject component throws an exception.
IGeoDataset trendWithRms(IGeoDataset geoData,
int trendType,
int order,
String out_rms_file)
throws IOException,
AutomationException
| geoData | an input point featureclass containing the points with z values to be interpolated onto a surface Raster |
| trendType | an esriGeoAnalysisTrendEnum specifying the type of regression to be performed
esriGeoAnalysisLinearTrend polynomial regression is performed to fit a least-squares surface to the set of input points It is applicable for continuous types of data. esriGeoAnalysisLogisticTrend logistic trend surface analysis is performed It generates a continuous probability surface for binary, or dichotomous, types of data. |
| order | order of the polynomial
It must be an integer value 1 through 12. A value of 1 will fit a flat plane to the points, and a higher value will fit a more complex surface. A commonly used value is 1. |
| out_rms_file | Filename for an output text file that contains information about the RMS error of the interpolation. |
geoData - A reference to a com.esri.arcgis.geodatabase.IGeoDataset (in)trendType - A com.esri.arcgis.geoanalyst.esriGeoAnalysisTrendEnum constant (in)order - The order (in)out_rms_file - The out_rms_file (in)
IOException - If there are interop problems.
AutomationException - If the ArcObject component throws an exception.
|
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