Barrier Spline Interpolation
Usage Instruction
It is possible to interpolate data around barriers to guarantee the accuracy of the interpolation simulation. Only line data sets are currently supported. Common forms of barriers include: faults, cliffs, shorelines
Application Scenarios
Contour extraction of gas gas concentration with barrier partition. For safety monitoring in the coal exploration industry.
There will be corresponding applications in hydrology (simulating water quality) and meteorology.
Parameter Instruction
| Parameter Name | Default Value | Parameter Definition | Parameter Type |
|---|---|---|---|
| Source Dataset | Point data set to be interpolated for analysis | DatasetVector | |
| Barrier dataset | Barrier datasets, currently only line datasets are supported | DatasetVector | |
| Field Name | The name of the field that stores the values used for interpolation analysis. Fields of text type are not supported for interpolation analysis. | String | |
| Scaling Ratio | 1.0 | Scaling ratio for performing interpolation analysis values | Double |
| Target Datasource | The data source where the specified Resulting dataset is stored | Datasource | |
| Pixel Format | Pixel Format | PixelFormat | |
| No value | 0 | No value | Double |
| Expected Points (Optional) |
0 | The number of points expected to participate in the interpolation operation | Int |
| Resolution | 0 | Resolution | Double |
| Smoothness coefficient | 0.100000001490116 | Smoothness coefficient with the value range [0,1] | Double |
| Tension coefficient | 0 | Tension coefficient | Double |
Output Result
| Parameter Name | Parameter Definition | Parameter Type |
|---|---|---|
| Resulting dataset | Name of the specified result dataset | String |
The figure below shows. The left figure shows the interpolation of the data set without obstacles and the right figure shows the interpolation of the data set with obstacles.
