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| {{Horizons Links}} | | {{Horizons Links}} |
| The Horizons Wizard is used to create [[GMS:Solid Module|solids]], a [[GMS:3D Mesh Module|3D mesh]], or [[GMS:HUF Package|HUF]] layers from [[GMS:Horizons|horizon]] data. The wizard is started via the ''[[GMS:Horizons to Solids|Horizons → Solids]]'', ''[[GMS:Horizons to 3D Mesh|Horizons → 3D Mesh]]'', and ''[[GMS:Horizons to HUF|Horizons → HUF]]'' commands. These commands are in the TIN and Boreholes menus. | | The Horizons Wizard is used to create [[GMS:Solid Module|solids]], a [[GMS:3D Mesh Module|3D mesh]], or [[GMS:HUF Package|HUF]] layers from [[GMS:Horizons|horizon]] data. The wizard is started via the '''[[GMS:Horizons to Solids|Horizons → Solids]]''', '''[[GMS:Horizons to 3D Mesh|Horizons → 3D Mesh]]''', and '''[[GMS:Horizons to HUF|Horizons → HUF]]''' commands. These commands are in the TIN and Boreholes menus. |
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| ==Step 1== | | ==Step 1== |
The Horizons Wizard is used to create solids, a 3D mesh, or HUF layers from horizon data. The wizard is started via the Horizons → Solids, Horizons → 3D Mesh, and Horizons → HUF commands. These commands are in the TIN and Boreholes menus.
Step 1
The first step is to define the inputs to be used, which can include boreholes, TINs, and a Horizon Conceptual Model.
Beginning with GMS 9.0, you can also include a raster catalog as input.
Step 2
The second step is to define the top and bottom of the solid, mesh, or HUF layers. When creating HUF data, you may also edit the grid elevations.
Step 3
The third step is to define the interpolation method to be used, as well as options specific to creating solids, a mesh, or HUF package.
Beginning with GMS 7.0, when creating solids, the user can choose the option Preserve projection TIN datasets. This option will create a new TIN that will have a dataset for each horizon. This is often useful so that the user can see the result of the interpolation process for each Horizon. The user can then edit the TIN by hand and include the TIN when executing the Horizons→Solids command.
When creating a 3D mesh for a FEFLOW simulation, make sure to turn on the Prevent pinchouts (FEFLOW mesh) option. This will ensure that the mesh will contain all prism elements and that every mesh layer is continuous throughout the mesh.
