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AGI32 is a computational program that performs numerical point-by-point calculations of incident direct or reflected light on any real surface or imaginary plane. Within this scope, it is used to predict or quantify the distribution of artificial or natural light in any environment.
AGI32 is a simple yet extraordinary model builder capable of constructing almost any architectural environment. Vaults, domes, curves, slopes and extrusions are easily created allowing you to accurately model the architectural elements you encounter everyday. AGI32 supports many 3D entity types (3DFaces, Regions, Bodies, Polymesh and ACIS Solids) allowing you to import models from other programs.
AGI32 is a wonderfully fun and interactive rendering program. Employed on this level, AGI32 can be used to generate extremely fast and accurate color images of the behavior of the specified luminaires within the environment. Fast enough to be used on an iterative basis, designers now have the ability to quickly visualize and share different lighting scenarios before they are specified, purchased and installed.
AGI32 also provides the dramatic capability to ray trace your renderings after the radiosity calculation is complete. Ray tracing will provide extremely crisp shadows and show specular surfaces such as tile, mirror, glass to make your presentation images almost lifelike.
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The interactive VIVALDI visualisation software allows designers, architects and customers to define lighting scenes individually and illustratively using a control panel. In addition to the question of efficient use of energy, lighting quality plays a major role, too: glare-free task lighting, biological lighting similar to daylight (which has a stimulating effect), and emotional lighting for relaxation and well-being. If these three functions are fulfilled, the lighting solution will be fully in line with the Humanergy Balance concept. Thanks to VIVALDI, customers and users can now use the control panel to interactively influence dimming levels and light colours of the luminaires used. Furthermore, a so-called Timeline Editor allows them to determine lighting quantity and light colours of individual lighting solutions. Thus, VIVALDI provides a completely new way of displaying various daylight sequences and adjusting the artificial lighting required perfectly to the available daylight component.
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Photometric Toolbox - Professional Edition is a photometry evaluation program that allows you to create, edit, repair, report and compare luminaire photometric data.
New version 1.6 available! - Photometric Toolbox Professional Edition now includes the computation of the new Luminaire Classification System (LCS) in accordance with IESNA TM-15-07 as well as the Luminaire Efficacy Rating (LER). The handling of European photometric formats Eulumdat and CIBSE TM-14 has also been tremendously improved.
Photometric Toolbox - Professional Edition provides a Wizard approach to entering photometric data from a paper report in either Type C or Type B goniometer formats. When complete, the information is saved as an IES format photometric file for use with any application program (like AGI32).
Editing individual IES files is easy with the Photometric Toolbox - Professional Edition. Its easy to understand worksheet allows you to modify your photometric files, if needed, without having to understand the IESNA data format. Making your photometric data Keyword compliant is simple with standardized keywords you can drag and drop into place.
Photometric Toolbox - Professional Edition will automatically repair IES files with many common problems found prior to the release of the 1995 version of the IES format (LM-63-1995).
Typical problems include:
-Nadir candela not equal
-Incomplete exploration, last vertical angle >90 and <180 (type C)
-Incomplete exploration, first horizontal angle <-90, last horizontal angle <90 (type B)
-Incomplete exploration, first vertical angle <-90, last vertical angle <90 (type B)
Photometric Toolbox - Professional Edition will create a complete photometric report from any IES file. This report is very much like what is originally generated by the photometric testing laboratory when the luminaire is tested. Reports can be generated in Indoor format (interior type C), Roadway (exterior type C), or Flood (type B) formats. Each report format displays the metrics specific to that variety of luminaire.
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Caneco EP is a software intended to conceive or check the networks of Street lighting Low and High Voltage, in accordance with standard NF C 17-200 and Guide UTE C17-205.
More than one simple calculation of voltage drops, Caneco EP proposes a complete dimensioning of the installation, while determining, in an economic way, the starting protectors and the sections of cable.
Caneco EP is the tool of reference to calculate installations EP in urban environment, rural, road, to create the networks of lighting of tunnels, factorys site, parks, buildings, as well as the illuminations by garlands. |
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