We have proficient civil 3D engineers and experts, and we utilize 3D corridor modeling to design adaptable and configurable 3D models of corridors, like highways, roads, and rail routes. A corridor 3D model develops and utilizes different Autodesk civil 3D objects and data, including subassemblies, assemblies, surfaces, feature lines, arrangements, and profiles. The corridor handles the data, binding different assemblies to the baselines and their completed grade profiles.

Corridors continue in a drawing as objects with the name AeccCorridor. Corridor objects incorporate corridor body geometry, longitudinal feature lines, embedded surfaces, rendering backing, and slant hatching support. We can make corridors with different baselines, which empowers us to make more complicated designs, like crossings.

A corridor object is made from a baseline by putting 2D segments at incremental areas, and by making matching slopes that arrive at a surface model at each incremental area. Corridors are made from and in light of existing civil 3D objects, which include:

• Horizontal Baselines
• Vertical Baselines
• Surfaces
• Subassemblies
• Assemblies

After we have created a corridor, we can extract data from it, including surfaces, feature lines, and volume data. We use the Corridor Properties dialog box to view or change:

• a corridor’s administrative information, such as name description, & object style
• parameters such as baselines, frequencies, & targets
• code sets
• corridor feature lines, surfaces, boundaries, & slope patterns