• Acta Optica Sinica
  • Vol. 43, Issue 1, 0133001 (2023)
Yasheng Li1, Ningfang Liao1,*, Yumei Li1, Songlin Li2..., Wenmin Wu1 and Qiumei Fan1|Show fewer author(s)
Author Affiliations
  • 1State Key Discipline Laboratory of Color Science and Engineering, Beijing Institute of Technology, Beijing 100081, China
  • 2Leyard Optoelectronics Co., Ltd., Beijing 100091, China
  • show less
    DOI: 10.3788/AOS221132 Cite this Article Set citation alerts
    Yasheng Li, Ningfang Liao, Yumei Li, Songlin Li, Wenmin Wu, Qiumei Fan. Production of Driven Images for Wide-Color-Gamut Multi-Primary Display Systems[J]. Acta Optica Sinica, 2023, 43(1): 0133001 Copy Citation Text show less
    System of 6-primary color LED display. (a) Configuration of system; (b) spectrum of 6-primary-color LED; (c) CIE1931 chromaticities of 6-primary LED
    Fig. 1. System of 6-primary color LED display. (a) Configuration of system; (b) spectrum of 6-primary-color LED; (c) CIE1931 chromaticities of 6-primary LED
    Test results of color acquiring ability of typical RGB cameras
    Fig. 2. Test results of color acquiring ability of typical RGB cameras
    Test results of channel independence. (a) Spectral radiance of each channel; (b) addition result and practical testing result of spectral radiance of all channels
    Fig. 3. Test results of channel independence. (a) Spectral radiance of each channel; (b) addition result and practical testing result of spectral radiance of all channels
    Modeling strategy for primary color conversion models, with P1-P6 representing primaries and W representing white point.(a) 4-primary color system; (b) 5-primary color system; (c) 6-primary color system
    Fig. 4. Modeling strategy for primary color conversion models, with P1-P6 representing primaries and W representing white point.(a) 4-primary color system; (b) 5-primary color system; (c) 6-primary color system
    5-primary color LED display system. (a) Primary spectrum; (b) color gamut
    Fig. 5. 5-primary color LED display system. (a) Primary spectrum; (b) color gamut
    Wide-gamut image of ColorChecker SG. (a) sRGB image; (b) CIE1931 XY coordinates of 96 blocks
    Fig. 6. Wide-gamut image of ColorChecker SG. (a) sRGB image; (b) CIE1931 XY coordinates of 96 blocks
    Driven images of 5-primary-color LED display obtained by experiment. (a) 444 nm; (b) 468 nm; (c) 500 nm; (d) 520 nm;(e) 652 nm
    Fig. 7. Driven images of 5-primary-color LED display obtained by experiment. (a) 444 nm; (b) 468 nm; (c) 500 nm; (d) 520 nm;(e) 652 nm
    Color difference between simulation result and theoretical value of 96 color blocks of SG color
    Fig. 8. Color difference between simulation result and theoretical value of 96 color blocks of SG color
    Main wavelength /nm444468500520652
    x0.15730.12410.09710.21430.6848
    y0.04130.12970.61410.71950.2988
    z0.80140.74620.28880.06620.0164
    Table 1. Main wavelength and CIE 1931 chromaticities of 5-primary color LED display
    Color differenceMinimum ΔEAverage ΔEMaximum ΔE
    CIELAB ΔE0.040.935.34
    CIELUV ΔE0.081.137.79
    Table 2. Minimum, average, and maximum of color difference
    Yasheng Li, Ningfang Liao, Yumei Li, Songlin Li, Wenmin Wu, Qiumei Fan. Production of Driven Images for Wide-Color-Gamut Multi-Primary Display Systems[J]. Acta Optica Sinica, 2023, 43(1): 0133001
    Download Citation