AEC Terrain

AEC Terrain is a free trial software published in the CAD list of programs, part of Graphic Apps.

This CAD program is available in English. It was last updated on 2022-01-24. AEC Terrain is compatible with the following operating systems: Windows.

The company that develops AEC Terrain is AEC Logic Private Limited. The latest version released by its developer is 2.0. This version was rated by 4 users of our site and has an average rating of 4.8.

The download we have available for AEC Terrain has a file size of 17.13 MB. Just click the green Download button above to start the downloading process. The program is listed on our website since 2013-12-15 and was downloaded 112 times. We have already checked if the download link is safe, however for your own protection we recommend that you scan the downloaded software with your antivirus. If your antivirus detects the AEC Terrain as malware or if the download link is broken, use the contact page to email us.

How to install AEC Terrain on your Windows device:

• Click on the Download button on our website. This will start the download from the website of the developer.
• Once the AEC Terrain is downloaded click on it to start the setup process (assuming you are on a desktop computer).
• When the installation is finished you should be able to see and run the program.

* Requires AutoCAD installed on your computer.

Introducing you AEC Terrain interface which is designed to simplify terrain management and 3D-modeling. AEC Terrain creates Digital Elevation Model from multiple input point files on AutoCAD graphic editor. All purpose multi-level pads, road alignments, mining applications and airfields can be generated on the terrain on different layers with different slope parameters for CUT and FILL.

The mechanism of AEC Terrain interface is very simple. As we know, Terrain is representation of a surface derived from irregularly spaced special points and the Triangular Irregular Network (TIN) model represents a surface as a set of contiguous, non-overlapping triangles using Delaunay Triangulation. These triangles are made from a set of points called mass points. These mass points shall be the input through CSV/Excel Files.

Highlights

• The Interface opens an instance of AutoCAD and closes while terminating such instance.
• You can work easily as you are with AutoCAD. Now, earth work calculations are made on the fly while Terrain is modeled.
• Generates multiple TIN Surfaces from multiple point files.
• Contours can be generated at any desired intervals and automatically sets colors from highest to the lowest contours.
• Predefined 3D land features can be added to your program and set them to show on your project.
• Finished TIN surface is generated when a particular area is to be graded on an irregular surface to a certain level.
• While founding engineering structures, extended excavations and fill influence lines could be verified for practical positioning.
• Breaklines feature fine-tunes Cut Fill edge lines.
• Cross sections, profiles and plans can be generated on the fly.
• Volume of thickened surface can be obtained from the application.

Key Benefits

• Mining applications where mass volumes of earth works are handled.
• Useful for normal building level pads, foundation excavations, drains, canals, earthen dams, embankments, bridge approaches, mining, road formations and so on .
• Data integration through publishing to AEC ERP .
• Terrain applications are useful to found any engineering structures and understanding this enables accurate project planning.
• Designed to integrate with any ERP system.
• The 3D viewing on the web is made easy with Autodesk freeware products like Design review, Trueview and Freewheel tools.
  Introducing you AEC Terrain interface which is designed to simplify terrain management and 3D-modeling. AEC Terrain creates Digital Elevation Model from multiple input point files on AutoCAD graphic editor. All purpose multi-level pads, road alignments, mining applications and airfields can be generated on the terrain on different layers with different slope parameters for CUT and FILL
  The mechanism of AEC Terrain interface is very simple. As we know Terrain is representation of a surface derived from irregularly spaced special points and the Triangular Irregular Network (TIN) model represents a surface as a set of contiguous, non-overlapping triangles using Delaunay Triangulation. These triangles are made from a set of points called mass points. These mass points shall be the input through CSV/Excel Files

  Overview

  AEC Terrain is a Shareware software in the category Graphics Applications developed by AEC Logic Private Limited.

  The latest version of AEC Terrain is 2.0, released on 11/13/2014. It was initially added to our database on 11/13/2014.

  AEC Terrain runs on the following operating systems: Windows. The download file has a size of 16.3MB.

  AEC Terrain has not been rated by our users yet.

  AEC Terrain is a software utility that integrates with AutoCAD so that it can help you easily carry out tasks involving terrain management as well as 3D modeling.

  The applicability of this piece of software connects it with a multitude of operations. Being able to integrate with any ERP system, the tool enables you to build drains, canals, level pads, foundation excavations, embarkments, bridge approaches, road formations, and whatnot.

  Apart from that, users should be aware that the piece of software is able to generate coordinates for Cut and Fill elements so that the layout can be transferred to the ground.

  Assigning tasks related to the output elements can be done by extracting Bill of Quantities / WBS, with the possibility of publishing the BOQ to AEC ERP for the successful management of schedules and budgets.

  Calculating the volume of thickened surfaces can be done with the help of this tool, and the same applies to generating multiple TIN Surfaces by means of multiple point files. Besides, verifying the accuracy of engineering structures or extended excavations can be done as well, and creating ground surface, trimming boundaries, and introducing cut and fill slopes are tasks that can be completed using the component’s set of features.

  As for the output the AutoCAD component can generate, it should be pointed out that it can be packed as one of the following file formats: PDF, DWF, DXF, and DWF, which provides you with considerable freedom.

  System requirements

  • Processors : Intel Pentium-based or AMD AthlonTM-based PC or workstation
  • Memory : 1GB (More memory typically results in better performance)
  • Disk Space : 1GB minimum free disk space (which includes the 400MB install footprint for a complete installation)
  • .NET FRAMEWORK 2.0
  • AUTOCAD

  Limitations in the unregistered version

  • One-day or seven-uses trial
  • Nag screen

    

    AEC Terrain Description

    AEC Terrain is designed to seamlessly integrate within AutoCAD and to simplify terrain management and 3D modelling.
    With the help of AEC Terrain you have the possibility to input multiple points, then view the road alignments and terrain images. Also, the application estimates the quantities quickly and accurately based on the inputs.System requirementsProcessors : Intel Pentium-based or AMD AthlonTM-based PC or workstation
    Memory : 1GB (More memory typically results in better performance)
    Disk Space : 1GB minimum free disk space (which includes the 400MB install footprint for a complete installation)
    .NET Framework 2.0
    AutoCAD
    Limitations in the unregistered versionOne day trial or seven uses
    Nag screen

    Introducing you AEC Terrain interface which is designed to simplify terrain management and 3D-modeling. AEC Terrain creates Digital Elevation Model from multiple input point files on AutoCAD graphic editor. All purpose multi-level pads, road alignments, mining applications and airfields can be generated on the terrain on different layers with different slope parameters for CUT and FILL

    The mechanism of AEC Terrain interface is very simple. As we know Terrain is representation of a surface derived from irregularly spaced special points and the Triangular Irregular Network (TIN) model represents a surface as a set of contiguous, non-overlapping triangles using Delaunay Triangulation. These triangles are made from a set of points called mass points. These mass points shall be the input through CSV/Excel Files