Thermal Image Editor

The Thermal Image Editor analyzes infrared (thermal) images to compute temperature maps and visualize thermal patterns. It supports radiometric calibration, emissivity correction, and Planck-based temperature conversion, enabling accurate hotspot detection. The tool processes input images, applies user-specified calibration parameters, and outputs both a temperature map and a colorized image. It is designed for researchers, electrical and mechanical engineers, and field technicians who need quantitative thermal data for investigations and reporting. Its unique value lies in combining automated ROI statistics, batch processing, and exportable data alongside flexible palettes and unit localization. Core features include radiometric calibration with user-provided emissivity, optional reflected ambient corrections, and multiple color scales. Use cases include electrical panel fault analysis, roof insulation assessment, and drone-launched thermography inspections. The logic separates required inputs from advanced options, ensuring accessibility while offering depth for power users. Advanced features include ROI-based reporting, CSV exports, and support for common industrial image formats. Outputs comprise a temperature map in the chosen unit, a color-encoded visualization, and downloadable data for integration with external analysis pipelines. The tool aims to minimize misinterpretation by providing traceable calculations and consistent units across regions. Example workflow: upload a thermal image, set emissivity and unit Celsius, select a palette, run analysis, and export hotspot coordinates and temperatures. The tool does not perform hardware calibration itself and relies on user-supplied calibration values; it also excludes real-time video editing.