Guide on using AGi32

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    AGi32 is a lighting design and analysis software used by architects, engineers, and lighting designers to create photorealistic visualizations of lighting designs. It is designed to simulate the behavior of light in real-world environments and can be used to analyze lighting systems, calculate illuminance levels, and generate lighting performance reports. AGi32 also features an intuitive user interface, making it easy to create, modify, and analyze lighting designs with accuracy and efficiency. This software is widely used in the architecture, engineering, and construction (AEC) industry, and is considered a top-tier tool for lighting design and analysis.


    1. Install AGi32 software: Download and install AGi32 software from the official website, and activate it with a valid license.
    2. Create a new project: Open AGi32 and create a new project by clicking on “File” and then “New Project.”
    3. Import a floor plan: Import your floor plan or building design into AGi32 by clicking on “File” and then “Import.”
    4. Add lighting fixtures: Add the lighting fixtures you want to use in your design by clicking on “Insert” and then “Lighting Fixtures.” You can also customize the fixtures to suit your design requirements.
    5. Place lighting fixtures: Place the lighting fixtures in your design by clicking on the fixtures and dragging them to the desired location.
    6. Set lighting parameters: Set the lighting parameters such as light output, beam spread, and color temperature by clicking on the fixture and going to the “Properties” tab.
    7. Run a calculation: Run a calculation to determine the lighting levels and illuminance values in your design by clicking on “Calculate” and then “Calculate” again.
    8. Analyze results: Analyze the results of your calculation by clicking on “View” and then “Results.” You can also generate reports and graphs to help you understand the performance of your design.
    9. Modify design: Modify your design as needed by making changes to the lighting fixtures, parameters, and other elements. Repeat the calculation and analysis steps as needed.
    10. Save and export: Save your design by clicking on “File” and then “Save.” You can also export your design in various file formats, such as PDF, JPG, and DXF.


    • Photorealistic Visualization: Allows designers to create photorealistic visualizations of lighting designs, allowing them to see how the design will look in a real-world environment.
    • Lighting Analysis and Performance Reports: Perform detailed lighting analysis and generate performance reports, providing accurate information on lighting levels and energy efficiency.
    • User-friendly Interface: Features an intuitive user interface, making it easy for designers to create and modify lighting designs, even for those with limited experience.
    • Cost Effective: More cost-effective than other lighting design and analysis software, as it allows designers to quickly identify and resolve any design problems, reducing the need for costly rework.
    • Improved Design Process: Helps designers to optimize their lighting designs by providing quick and accurate calculations and analysis of lighting levels, reducing the time and effort required to achieve the desired result.
    • Increased Accuracy: Advanced simulation and analysis features help to ensure the accuracy of lighting designs, reducing the risk of mistakes and increasing the overall quality of the design.
    • Collaboration and Sharing: AGi32 allows designers to collaborate and share their designs with others, making it easier for teams to work together and streamline the design process.


    • Steep learning curve: Can be difficult to learn and master, especially for those who are not familiar with lighting design or have limited experience in using similar software.
    • High cost: Expensive software option, especially for smaller firms or individual users, which can make it less accessible for some users.
    • Resource-intensive: Requires a powerful computer and dedicated graphics card, which can be expensive and may not be available to all users.
    • Limited compatibility: Only compatible with Windows operating systems, which can limit its use for those who prefer to use other operating systems.
    • Complexity: Highly complex software with a wide range of features and capabilities, which can be overwhelming for new users and make it difficult to navigate.
    • Requires specialized knowledge: Designed for use by professionals in the lighting design industry, and requires a deep understanding of lighting design principles and techniques to use effectively.
    • Technical limitations: There may be limitations to the types of lighting fixtures that can be modeled and analyzed, which can impact the accuracy of the results.
    • Need for ongoing updates: AGi32 is a constantly evolving software and requires regular updates to keep up with changes in technology and advancements in the lighting design industry.
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