Features Automated Plan Production |
- Style-based annotation, drafting and display Integrated project management tools
- Powerful dynamic model
- Based on AutoCAD software
- Includes Survey Features
- Storm water Design and Analysis
|
|
Based on AutoCAD software
|
| AutoCAD® Civil 3D® software is based on industry-leading AutoCAD® software. Work in a familiar graphical environment with drafting tools you already know and plot project documentation and plan sets with dependable accuracy and fidelity. |
|
Complete Survey Funtionality
|
| Survey commands are cleanly integrated into the Civil 3D toolset and user interface. Users have a consistent environment for all tasks, ranging from fieldbook import, least squares adjustment, and editing of survey observations to management of point groups, creation of surfaces and layout of parcels and alignments. |
|
Points
|
| Create points using a variety of coordinate geometry (COGO) and graphical methods. AutoCAD Civil 3D software incorporates points as part of the engineering model, making them integral throughout the analysis and design process. |
|
Surfaces
|
| Build surfaces from a variety of 3D source data. Analyze contours, slope, elevation, and watershed areas, and update contours, volumes, and surface analysis instantly when making surface edits. |
|
Alignments
|
| The alignment object includes tangent, curve, and spiral elements and enables the addition of any labeling required in the finished draft. Editing with a tabular editor or graphical interface automatically updates the alignment's labeling. |
|
Profiles
|
| Extract profiles of multiple surfaces based on alignment geometry. Automatically create the profile appearance and annotation based on the styles that you select. Update profile labeling and drafting dynamically. |
|
Corridor Modeling
|
| Generate a dynamic model of any road, rail, or corridor project based on design elements, including alignments, profiles, superelevation, and criteria included in design subassemblies. Any change to any elements that were used to create the model result in updated corridor volumes, surfaces, sections, and other analysis and output. |
|
Pipe Layout
|
| Lay out sanitary and storm drainage systems as dynamic, interactive networks. Make changes to pipes and structures using graphical as well as numerical input. |
|
Visualization
|
| Take advantage of integrated rendering and visualization to create powerful drawings. |
| |
