AGi32

If you are looking for AGi32, you have come to the right place. We explain what AGi32 is and point you to the official download.

What is AGi32?

AGi32 is a program offered by Lighting Analysts for illumination engineers. Its primary goal is to serve as a computational platform and simulator for lighting designs and arrays, so that illumination engineers can craft better, more effective lighting plans.

Capable of calculating point-by-point light incidents on various surfaces and materials for the prediction of luminance distributions, it is equipped with the facilities for two calculation methods: the direct method and the radiosity method. It also manages automated point generation as well as multidirectional and user-defined calculation points.

The program has model-building capabilities too, of course, although users can choose to simply import a 3D model from a CAD application into the program: compatible file formats are DWG and DXF. Simple as well as complex geometric constructions are supported. Room surfaces can be user-defined as well. It also has object libraries for enhancing photorealism.

AGi32 is capable of assembling a catalog of luminaires for reference and can export models or simulation graphics as DXF or DWG files. It has a powerful rendering engine with ray tracing capabilities that supply highly realistic as well as crisp imagery.

Download AGi32 from the developer

File.org does not provide software hosting. We send you directly to the developer's site, to make sure you download the latest, original version of the program.

Download AGi32 (external link)

 

File types supported by AGi32

About file types supported by AGi32

File.org aims to be the go-to resource for file type- and related software information. We spend countless hours researching various file formats and software that can open, convert, create or otherwise work with those files.

If you have additional information about which types of files AGi32 can process, please do get in touch - we would love hearing from you.

Last updated: : December 10, 2014