TerrainCAD is a terrain generation, editing and modeling software. Powered by TerrainLib, TerrainCAD employs blazing fast and robust algorithms to create and modify terrain meshes in no time. The capabilities of TerrainCAD can be broadly classified as (1) Terrain Generation, (2) Terrain Editing, and (3) Terrain Modeling

Terrain for Rhino is a terrain modeling plug-in for Rhinoceros (commonly known as Rhino). This plug-in gives Rhino the ability to create a terrain mesh from a set of unordered points. The terrain mesh is created as a Delaunay Triangulation, which is regarded as the best method to create a terrain mesh from unorganized point data. Terrain for Rhino is powered by PointLib, a state of the art terrain modeling library developed by SYCODE.

Terrain for AutoCAD is a terrain modeling plug-in for AutoCAD. This plug-in gives AutoCAD the ability to create a terrain mesh from a set of unordered points, lines, polylines and splines. The terrain mesh is created as a Delaunay Triangulation. Terrain for AutoCAD can also import a set of points from a text file containing point coordinate data along with point numbers and point descriptions.

Mesh To Solid is a software to convert a mesh into a solid. Mesh To Solid is designed to be extremely user friendly and easy to understand. Its as easy as opening a mesh file using the Open command and saving it as a solid using the Save As command.

PLT Export for SolidWorks is a HPGL Plot PLT file export add-in for SolidWorks®. This add-in gives SolidWorks the ability to export geometric data from a SolidWorks drawing document to a HPGL PLT file. PLT Export for SolidWorks reads curve data from a SolidWorks drawing document and converts it into corresponding pen movements in a HPGL Plot file.

3DM Import for AutoCAD is a Rhino 3D Model / OpenNURBS 3DM file import plug-in for AutoCAD. This plug-in gives AutoCAD the ability to import geometric data from 3DM files. 3DM Import for AutoCAD offers seamless conversion of 3DM geometry to AutoCAD's DWG geometry. The integrity of layers, blocks, block instances or inserts, dimensions, etc. are maintained across the conversion. Optionally, polycurves, meshes and blocks can be exploded.