Build Tile From VTK File
Usage Instructions
This tool supports generating S3M 3.01 tile data from geological data in *.vtk format.
Parameter Descriptions
| Parameter Name | Parameter Description | Parameter Type |
|---|---|---|
| VTK File | Input source *.vtk data. | String |
| Tile Name: | Set the name of the resulting tile data. | String |
| Storage Path: | Set the storage path for the resulting tile data. | String |
| Source Coordinate System (Optional) |
Specify the coordinate system of the source data by entering an EPSG code or a coordinate system file. Coordinate system files are limited to *.prj and *.xml files exported by iDesktopX via functions such as Export Coordinate System Note: If the source coordinate system is left empty or set to a planar coordinate system, coordinate transformation will not be possible, and the resulting tile data will use a planar coordinate system. |
String |
| Target Coordinate System (Optional) |
Set the coordinate system of the resulting tile data by entering an EPSG code or a coordinate system file. Combined with the transformation method and projection transformation parameters, coordinate transformation of the data can be achieved. When the EPSG code is set to 0, set to a planar non-projected coordinate system, or left empty, no coordinate transformation will be performed and the source coordinate system will remain unchanged. Coordinate system files are limited to *.prj and *.xml files exported by iDesktopX via functions such as Export Coordinate System. |
String |
| Transformation Method (Optional) |
Select the coordinate system transformation method from the dropdown menu. Options include: 1. Geocentric Translation (3-para): Suitable for three-parameter geocentric coordinate transformation. 2. Molodensky (3-para): The Molodensky three-parameter transformation method. 3. Abridged Molodensky (3-para): A simplified three-parameter transformation method. 4. Position Vector (7-para): A seven-parameter transformation method. 5. Coordinate Frame (7-para): A seven-parameter geocentric transformation method. 6. Bursa-Wolf (7-para): A commonly used seven-parameter transformation method. 7. Molodensky-Badekas (10-para): A ten-parameter spatial coordinate transformation model. 8. China_3D_7P (7-para): A three-dimensional seven-parameter transformation method used for conversion between different coordinate systems and the China Geodetic Coordinate System 2000 (CGCS2000). Suitable for national and provincial ellipsoidal surfaces with 3 degrees or larger separations between different earth ellipsoid datums. The transformation method involves three translation parameters, three rotation parameters, and one scale parameter, while also considering the differences in semi-major axis and flattening of the two corresponding earth ellipsoids. |
CoordSysTransMethod |
| Projection Transformation Parameter (Optional) |
Set the parameters for projection transformation, including scale difference, rotation angle, offset, rotation origin, etc. Specific parameter values are specified by the Projection Transformation Parameter tool. | CoordSysTransParameter |
Output Results
| Parameter Name | Parameter Description | Parameter Type |
|---|---|---|
| Tile Result Path | The storage path of the resulting tile data. | String |