Blender 3D Software Platform as An Environment for Dynamic Modeling of Gamma Radiation Fields

Using the Blender 3D complex, programs have been developed for dynamic modeling of the radiation situation in real time in a three-dimensional virtual environment based on the known distribution of radionuclide activity in the surrounding space. Computer visualization of the interaction of radiation with matter is performed by comparing ionizing radiation with visible light, establishing a one-to-one correspondence between the energy of the spectral line of gamma radiation of a nuclide and the wavelength of visible light. This allows us to connect vision to the analysis of the radiation situation and reduce the time it takes to make decisions when working at radiation-hazardous facilities.