# Semi-Physical Simulation Method for Stellar Maps with Color Temperature Information

## TL;DR

This paper introduces a new method to simulate stellar maps with accurate color temperature control for each star using OLED technology.

## Contribution

The novel contribution is an OLED-based semi-physical simulation method that enables independent control of each star's color temperature.

## Key findings

- The developed simulator can independently control the color temperature of each star in the stellar map.
- The simulation effect was verified using four different stellar maps.
- The method achieves a simulation close to real space conditions by incorporating color temperature information.

## Abstract

Existing stellar map simulators lack color temperature information, have complex system structures, and cannot independently control the color temperatures of stars. Therefore, this study developed an OLED-based semi-physical simulation method and a simulation algorithm for stellar maps with color temperature information to realize a semi-physical simulation of stellar maps close to the real situation in space. The study also aimed to independently control the color temperature of each star. The simulation effect of the stellar map with color temperature information was verified using four stellar maps. The developed simulator achieved independent and controllable color temperature information for each star in the stellar map.