In this article we need to:
Recommend a best source data format (ArcView ASCII grid)
Recommend a best source data projection: WGS84 lat/long in decimal degrees
Configuring EDXCV to convert to .gcv
Confirming the .gcv conversion in EDXCV
Confirming the .gcv conversion in SignalPro
Also should have:
What to do if you have a shapefile (.shp)
How to create a clutter heights file (.cht)
Also…Creating a clutter heights file
When running EDXCV and attempting to apply clutter heights and data to a project. You will need two seperate .asc files. One of the files should be associated to the clutter data, using the EDXCV you wil convert the file over to .gcv. The other .asc file should be associated to the clutter heights, you will use EDXCV to convert this file ov er to .cht. You must have the .gcv file and the .cht file. It is good to know that even though you check the “create CHT box” if you dont change the file extension to .cht, the .cht file will not be created. You must check the CHT box and also change the file extension to .cht