30.11.2018 – One of the forms of IgentForm’s activities is the creation of specialized software for the needs of construction and architecture, based on the latest IT technologies using, among others, parallel processing capabilities.
The company IgentForm has recently started cooperation with the company gp-projekt (http://www.gp-projekt.pl), specializing in the design of prestressed structures for building construction. On commission and in cooperation with gp-project an innovative program called IgentGP was created, which significantly accelerates the creation of project documentation, and one of its unique features is the ability to write generated 3D tendons in IFC format, which allows their use in projects made in BIM technology. The program allows the generation of tendons with a different number of strands with covers in all commonly used compression systems as well as the definition and generation of safety zones due to the potential drilling or punching in concrete beams.
„Increasing competitiveness requires the actual implementation of innovative solutions that allow the delivery of modern and useful products to investors, contractors and architects. Implementation of this idea would not be possible without cooperation with IgentForm, which properly understood our need and creatively and patiently worked to achieve the intended goal. This is how we imagined good and flexible cooperation.”
gp-projectis a design studio providing services in the field of designing construction structures at every stage of the investment. The studio’s specialty is conceptual and optimization projects in which modern solutions and technologies are used, in particular monolithic compression. The company’s portfolio includes numerous facilities completed in Poland and abroad. More information about the company can be found at http://www.gp-projekt.pl
Companies interested in creating a dedicated, high-quality and reliable software are asked to contact us at firstname.lastname@example.org
ATTENTION: Load TakeDown
15.06.2018 – In IgentForm, the next step was done to implement the calculation capabilities according to the Load TakeDown method. To the possibility of displaying the influence surfaces, the possibility of distributing loads from plates to elements directly supporting the plates and the possibility to export these loads to Autodesk Robot Structural Analysis program have been added. Details in the User Zone
28/03/2018 – A new program called IgentPres has been added to the offer. It was created in response to the needs of Warbud SA, one of the largest construction companies in Poland (www.warbud.pl). The software was to help speed up the implementation of the compression project in the field of BIM 3D documentation of the currently built office facility in Warsaw. At present, in the program, based on 2D workshop drawings, it is possible to recover geometry 3D of tendons, parameterize them (anchor types, number of strands, strength parameters, protection zones) and export 3D models of these tendons to IFC format
On 16.11.2017 IgentDraw program was added to the offer designed for parametric creation of reinforcement drawings for plates. It was created in the same technology as the IgentForm program. It has the ability to work on DXF background. The final result is the ability to save the drawing and the summary reinforcement table in DXF format. A short description of the functionality of the program can be found below, and a free demo version of the program can be downloaded in the Download section
In the current semester in the Department of Building Constructions of the University of Technology and Life Sciences in Bydgoszcz, the IgentForm program will be used by students for modeling of steel towers used for assembly of mobile devices. The coordinator of the project exercise is Mr MSc. Jarosław Gajewski. A short English-language video on modeling is available at https://youtu.be/rbYPkQP4O9I
26.09.2017 at the Cracow University of Technology was presented and defended diploma thesis by Mrs. Marta Tłuścik entitled “Application of IgentForm program in the practice of parametric design and structural optimisation using BIM technology“, led by Dr Eng. Jacek Magiera. Below is a brief outline of a selected piece of work connected with modeling of one of the towers of Absolute Towers complex in Canada.
We inform, that on 30.05.2017 the company name has been changed from IntelForm to IgentForm (new domain www.igentform.com)
During the transitional period both old and new name may exist
PROMOTION: When you purchase a perpetual license, free upgrade till 31.12.2018.
Free educational version
Details in section Order the program
NOVELTIES: Possibility to generate solids based on DXF (29.06.2017)
Details in section User zone
IgentForm is a unique program for parametric modeling of the structure. It is designed for architects as a tool to support the work at the conceptual stage of the project, as well as for engineers as a tool for rapid prototyping of advanced geometrical forms.
In IgentForm structure model consists of one or more masses whose mutual position can be determined by means of appropriate parameters (eg. The position of one mass above another or cutting one mass to another).
At the level of a single mass parameterization is subject to, among others, contour and shape of the mass, the amount of floors and roof structure. Additionally, the program IgentForm introduces the concept of structural lines (by default these are all external contour lines with the possibility to add a line inside the contour), for which you can define the structural arrangement consisting of beams, columns, walls, trusses, etc.
After each change of any parameter, model of a 3D structure is automatically regenerated and visualized in real time.
The program IgentForm allows to export created model to the following formats:
RTD (connection with Autodesk Robot Structural Analysis)
IFC (connection with Autodesk Revit, Autodesk Concrete Building Structures (CBS), ArchiCAD and others)
DXF (connection with Autodesk AutoCAD and others)
OBJ (connection with Autodesk 3ds Max and others)
Program can operate in polish, english and french language.
With a simple-to-use and advanced in functionality parameterization, masses become Intelligent Forms that inspire the imagination and creativity of designers, enabling the creation of innovative structures.