The Multiple Light LED Spectrum Simulator is an innovative, web-based application designed to help users accurately model and visualize LED spectral outputs. Built using HTML, JavaScript, and FastAPI, the system provides a smooth and responsive interface for selecting LEDs based on wavelength or correlated color temperature (CCT). With its integrated database backend, users can easily store, organize, and retrieve custom light profiles for repeated experiments or analysis.
What sets this simulator apart is its ability to combine real sensor data, wavelength-based spectral datasets, and Gaussian distribution modeling to generate highly precise and realistic LED spectra. Users can simulate single or multiple light sources simultaneously and instantly view the combined spectral output. This makes the tool ideal for optical engineering, lighting design, photonic research, and applications where accurate spectral representation is essential.
The platform also features powerful tools for saving configurations, comparing results, and exporting professional PDF reports. These capabilities make the simulator not only a visualization tool but a complete solution for LED spectrum analysis, color science research, and lighting system development. Whether for academic use, product design, or laboratory testing, the Multiple Light LED Spectrum Simulator delivers reliable, SEO-friendly functionality tailored for modern lighting and optical applications.
If you’re looking for a similar project or need expert help with custom software development or digital signal processing in MATLAB, you’re in the right place. We deliver high-quality projects in just a few days or weeks—not months. We’re available 24/7 to discuss your requirements and provide support through live chat.
Core Features
Source & Tools
Fiverr, Visual Studio, GitHub
Frontend & Backend
HTML, CSS, JavaScript, FastAPI, SQLite Database
Features & Functionalities
NumPy, SciPy, Chart.js, Custom JS Graphs, PDF Export, REST API, Gaussian Spectral Modeling