六基色激光投影机在不同色温下的多基色色坐标和亮度数据

课题组提出了一种绘制六基色激光显示系统色域边界的方法。通过依次测量六种单一基色的色坐标及其强度、两种相邻基色混合产生的2p点的色坐标和强度、三种相邻基色混合产生的3p点的色坐标和强度、四种基色混合产生的4p点的色坐标和强度、五种基色混合产生的5p点的色坐标和强度、六种基色混合产生的6p点的色坐标及强度，我们可以把色域边界描绘出来。通过Matlab分割的方法可以计算出实测色域立体的体积和立体色域覆盖率。改变色温，通过双三基色方法配平，重复测试过程，即可得到不同色温下的多基色色坐标和亮度数据。本数据集为通过彩色亮度计SRC-600测量的六基色激光投影机在不同色温下的多基色色坐标和亮度得到的xlsx文件。Our research team proposed a method for mapping the gamut boundary of a six-primary-color laser display system. By sequentially measuring the chromaticity coordinates and intensity of each of the six individual primary colors, along with the chromaticity coordinates and intensity of 2p points generated by mixing two adjacent primaries, 3p points from three adjacent primaries, 4p points from four primaries, 5p points from five primaries, and 6p points from all six primaries, the gamut boundary can be accurately mapped. The volume of the measured solid gamut and the solid gamut coverage ratio can be calculated through the Matlab segmentation approach. By altering the color temperature, calibrating via the dual-three-primary-color method, and repeating the test workflow, chromaticity coordinates and luminance data of multi-primary colors under different color temperatures can be acquired. This dataset comprises XLSX files storing the chromaticity coordinates and luminance data of multi-primary colors for a six-primary-color laser projector across various color temperatures, measured using the SRC-600 color luminance meter.

搜集汇总

背景与挑战

背景概述

该数据集包含六基色激光投影机在不同色温下的多基色色坐标和亮度数据，通过测量六种基色及其混合状态的色坐标与强度，使用彩色亮度计SRC-600采集生成。数据用于描绘色域边界并计算色域体积和覆盖率，以支持激光显示系统的研究。