1. If the depth intervals are large, split them out into smaller intervals that will allow you to see the level of detail you desire, then replace the layer name with a layer number (i.e. here Anuvium = 1, Dakota Formation = 2, and Morrison Formation = 3).
   
2. Repeat the previous step for all boreholes in the file and then save the file.
3. In Voxler, click File | Import.
4. In the Import dialog select the data file and click Open.
5. If the data file is an XLSX file, in the XLSX Import Options dialog, select the sheet name and click OK.
6. Right click on the data module in the Network Manager and click Computational | Gridder.
7. Select the Gridder module in the Network Manager and click on the General tab in the Property Manager.
8. Set the gridding parameters (apply gridding and search anisotropy if the XY range is much larger than the Z range). Hint: Specify a smaller Z interval for more grid lines in the Z direction and better resolution.
9. Click the Begin Gridding button.
10. Right click on the Gridder module in the Network Manager and click Graphics Output | Isosurface. 
11. Set the Isovalue in the Property Manager to a value just short of your second Layer # (i.e. 1.99 for a Layer # of 2) to show the top of the second formation. 
12. Repeat steps 10-11 for the other layers.
13. Right click on the Gridder module in the Network Manager and click Graphics Output | VolRender. 
14. Edit the Colormap settings in the Property Manager to fill each layer with a specific color.

For more information, see: Using Voxler With Other Golden Software Programs Webinar. 

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Updated December 17, 2018