gINT Civil Tools includes MicroStation tools and tools available only in gINT Civil Tools on the tool ribbons. The following table shows the name, description, and location of the gINT-specific tools. Click on the tool name to view the help topic for that tool.

For descriptions of other tools available in gINT Civil Tools, refer to The Ribbon help topic.

	Tool Name	Tool Description	Tool Ribbon Location
	Open	Opens the configured connection to an existing database.	Geotechnical > gINT Projects > Connectivity
	Close	Closes the configured connection to an existing database.	Geotechnical > gINT Projects > Connectivity
	Query	Allows selection of entries from the connected database according to the Mapping of the connection created using the Database Connectivity function.	Geotechnical > gINT Projects > Connectivity
	Query All	Loads all the entries from the connected database according to the Mapping of the connection created using the Database Connectivity function.	Geotechnical > gINT Projects > Connectivity
	Query All Projects	Loads all the entries from all the projects of the connected database per the Mapping of the connection created using the Database Connectivity function. Note: An SQL Database Connection Type is required to use this tool.	Geotechnical > gINT Projects > Connectivity
	Item Types	Displays all the item types the current model contains.	Geotechnical > gINT Projects > Connectivity
	Advanced Query	Loads specific entries from the database using filters.	Geotechnical > gINT Projects > Connectivity
	Annotate Boreholes	Adds a label of the selected value at the top of the Boreholes.	Geotechnical > gINT Projects > Connectivity
	Annotate Item Types	Displays the Annotate Item Types dialog, which allows you to select the item type to be annotated and the property to apply to the annotation.	Geotechnical > gINT Projects > Connectivity
	New Borehole	Creates a new entry in the connected database.	Geotechnical > Site Map > Borehole
	Upload Plan	Creates and uploads an iModel that contains the list of planned boreholes to the iModelHub.	Geotechnical > Site Map > Mobile
	Create Terrain	Creates a terrain model to represent a stratum found in the boreholes.	Geotechnical > 3D Modeling > 3D
	Create Mesh	Creates a 3D mesh from the selected lithology.	Geotechnical > 3D Modeling > 3D
	Create Mesh from Existing Terrain	Creates a Mesh from a top and a bottom terrain, within a defined boundary	Geotechnical > 3D Modeling > 3D
	Cut From Existing Ground	Cuts a terrain model with another terrain model.	Geotechnical > 3D Modeling > 3D
	Create Terrain from Existing	Creates a terrain from an existing one, within a defined boundary	Geotechnical > 3D Modeling > 3D
	Create Existing Ground	Creates a terrain model using the tops of the boreholes.	Geotechnical > 3D Modeling > 3D
	Snap to Terrain	Moves a borehole to match the selected terrain elevation.	Geotechnical > 3D Modeling > 3D
	Update Z	Updates the information stored in the database.	Geotechnical > 3D Modeling > 3D
	Create Cross Section	Creates a 2D section representation for boreholes.	Geotechnical > 3D Modeling > Cross Sections
	Add Terrain	Adds a terrain to the section representation.	Geotechnical > 3D Modeling > Cross Sections
	Add Mesh	Adds a mesh to the section representation.	Geotechnical > 3D Modeling > Cross Sections
	Create Fence Diagram	Attaches a fence diagram to the active model.	Geotechnical > 3D Modeling > Cross Sections
	Create Interpretation	Select an existing borehole and place the new one. Optionally, you can specify a Name, User and Comment to keep trace of who and why this interpretation point has been added to the DGN file.	Geotechnical > 3D Modeling > Cross Sections
	Update Interpretation	The Interpretation point will display in the 3D view	Geotechnical > 3D Modeling > Cross Sections
	Export to LandXML	Exports selected terrains to LandXML format.	Geotechnical > 3D Modeling > Export