Comparison of virtually determined and measured in real conditions parameters of different light sources

This study aims to compare the parameters of different light sources determined through virtual simulations and those measured under real-world conditions. By examining various lighting technologies, including Sun, spotlight, and lightbulb, this research seeks to identify the discrepancies and correlations between computational models and empirical data. Analyzed parameters include luminous flux, light intensity and light distribution method. The findings highlight the strengths and limitations of virtual modeling in predicting the performance of lighting sources, providing insights for improving the accuracy of simulations and guiding practical applications in lighting design and optimization. The research aims to present the lighting parameters that can be implemented virtually. In this way, the created virtual simulation through the developed application can facilitate both trainers and trainees in various disciplines related to lighting. А developed virtual laboratory presents the lighting control objects in a computergenerated 3D environment. At the end of the report, conclusions and some recommendations from the research are drawn and formulated.