IgentForm - Innovative parametric modeler

[Pawel.Kociolek]

This thread is a continuation of thread "IntelForm - Innovative parametric modeler" due to change of the name from IntelForm to IgentForm (with a new webpage www.igentform.com)

26.09.2017 at the Cracow University of Technology was presented and defended diploma thesis by Mrs Marta Tluscik entitled "Application of IgentForm program in the practice of parametric design and structural optimisation using BIM technology", led by Dr.Eng. Jacek Magiera. In attachment is a brief outline of a selected piece of work connected with modeling of one of the towers of Absolute Towers complex in Canada.

[Pawel.Kociolek]

>>>>>>>10th anniversary of IgentForm software development<<<<<<<

This is a great time to thank you for the opportunity to post on this forum, that draws attention to the IgentForm software, which, thanks to its ability to communicate in RTD and IFC formats, significantly increases the design capabilities of Autodesk users, especially those using Autodesk Robot and Autodesk Revit. I would like to take this opportunity to invite you to visit the website (www.igentform.com), where, in connection with the round anniversary, you can find details of an unprecedented opportunity to purchase the IgentForm program  and smoothly incorporate the parametric modeling capabilities into your design practice

[Pawel.Kociolek]

IgentForm - parametric creation of roof geometry

One of IgentForm’s most innovative capabilities  is the ability to model complex and non-standard roof coverings with exceptional ease.

The software features an intuitive interface that requires no programming skills. In just a few minutes, users can create complex structural forms using any custom or standard curves and profiles (including trusses).

A newly introduced functionality allows users to generate roof geometries based on structural deformations.
For any given solid and boundary conditions (walls, beams, or columns, either pinned or fixed), IgentForm calculates and visualizes deformations under any load (by default, self-weight).
This deformation — freely scalable — is stored as a points cloud, which can then be used to model the actual roof surface.

The resulting geometry can serve as the final architectural form or as a starting point for further design exploration using standard IgentForm tools.

Models can be exported in IFC format to Autodesk Revit or directly transferred via the API to Autodesk Robot Structural Analysis.

A short video demonstrating the above functionality in real time is available here - https://youtu.be/QO6SK6Vnfeg

Modeling of the London Gherkin design concept in 3 min?  -  video is available at https://youtu.be/LbHP_vvv-EM?list=PL4hPgm0OnUtzRmpDr1lP-BUxB5Xtt1hCL