The File > Import/Export > Export to InRoads File command in INPUT allows generation of a Bentley InRoads‐compatible file, which details the layer boundaries within boreholes that define InRoads surfaces.
To export subsurface data from gINT for import into an InRoads data set, you will need a correspondence file. This is used to map the fields in the source file to the fields in the target file when the table‐and‐field structures of the files don't match. It is used when importing or exporting spreadsheets, Access databases, delimited text files, or gINT projects.
gINT provides a DATA DESIGN utility to make it simple to create these files. (It is possible to create correspondence files with a text editor, but the gINT application is faster to use and less error‐prone.) Once you have a correspondence file for exporting to InRoads format, you can use it for export of these files as often as needed.
To build a correspondence file for export of gINT data to an InRoads‐compatible file:
**POINTPointID,East,North,Station,Offset**LAYERPointID,LayerID,Top Depth,Description,Style
<<Replace(<<TABLE.Field>>,0,0,+,)>>
where <<TABLE.Field>> is the table and field where your station data are stored. This will replace '+' with nothing.
The status log is generated.
After exporting from gINT in this way, you must associate the data upon import into InRoads with a ground surface defined in InRoads.