• Laser & Optoelectronics Progress
  • Vol. 58, Issue 19, 1933001 (2021)
Chunjie Shi* and Fei Zhu
Author Affiliations
  • College of Network Communication, Zhejiang Yuexiu University, Shaoxing , Zhejiang 312000, China
  • show less
    DOI: 10.3788/LOP202158.1933001 Cite this Article Set citation alerts
    Chunjie Shi, Fei Zhu. Research on Color Vision Differences of Observers Based on Color Appearance Model CIECAM02 and CIECAM16[J]. Laser & Optoelectronics Progress, 2021, 58(19): 1933001 Copy Citation Text show less
    Flow chart of calculation method
    Fig. 1. Flow chart of calculation method
    Spectral curves of light sources
    Fig. 2. Spectral curves of light sources
    Spectral reflectance distribution of GretagMacbeth ColorChecker standard 24 color card
    Fig. 3. Spectral reflectance distribution of GretagMacbeth ColorChecker standard 24 color card
    208 sets of color matching functions
    Fig. 4. 208 sets of color matching functions
    Average value of color difference between individual observer and the CIE1964 standard observer in CIECAM-UCS
    Fig. 5. Average value of color difference between individual observer and the CIE1964 standard observer in CIECAM-UCS
    Color difference between individual observer and the CIE1964 standard observer in CIECAM-UCS
    Fig. 6. Color difference between individual observer and the CIE1964 standard observer in CIECAM-UCS
    Individual differences under the light 279
    Fig. 7. Individual differences under the light 279
    CodeSource typeCCT /KDuvRaRfRg
    82Incandescent(60WA19)28120.0001100100100
    123RGB(465/535/590)50230.0004827790
    165RGBA(460/530/575/625)49950.00019387102
    279LED phosphor blue pump(111)68110.0039827485
    301CIE D series 6500 K65000.0032100100100
    Table 1. Colorimetric of the selected light sources
    Input parametersCIECAM02/CIECAM16
    XYZXYZindividual,208CMFs
    XWYWZWXWYWZWindividual,208CMFs
    YbYb=20%×Yw=20
    LALA=Lw×Yb/Yw
    Surround parametersF=1,c=0.69,Nc=1.0
    Table 2. Input parameters of color appearance model
    ColorLights_CIECAM02Lights_CIECAM16
    82123165279301Average82123165279301Average
    11.271.161.121.151.201.181.281.241.181.251.281.25
    21.221.181.141.131.171.171.181.221.171.171.231.20
    31.051.391.351.581.391.351.191.491.431.641.501.45
    40.900.960.971.090.950.970.971.011.011.171.031.04
    51.081.381.361.691.371.381.161.411.391.731.441.43
    61.401.401.341.481.511.431.481.421.331.431.531.44
    71.891.931.841.951.911.901.852.041.932.092.041.99
    81.261.801.762.091.801.741.461.961.902.231.951.90
    91.741.621.551.481.561.591.711.671.571.531.601.62
    101.391.041.121.261.271.221.381.021.091.231.281.20
    111.041.241.261.481.231.251.071.301.321.581.321.32
    121.631.771.691.881.781.751.631.891.802.031.921.86
    131.352.011.982.312.021.931.602.222.152.482.192.13
    141.321.311.371.421.331.351.351.341.401.461.381.39
    152.011.581.721.591.691.721.941.641.741.651.751.74
    161.391.581.501.751.541.551.371.681.591.881.671.64
    171.561.171.371.411.471.401.551.161.351.361.451.37
    181.791.951.862.162.061.962.032.112.002.282.202.12
    190.670.820.781.220.900.880.520.560.520.830.730.63
    200.600.750.731.150.760.800.420.500.490.780.620.56
    210.540.690.681.060.650.720.370.470.470.720.500.51
    220.490.630.620.960.570.650.330.430.430.650.420.45
    230.410.630.640.840.510.600.270.490.470.580.380.44
    240.330.630.610.730.440.550.220.440.430.530.360.40
    Average1.181.281.271.451.301.181.281.261.431.32
    All average1.291.29
    Table 3. Color differences of different color centers
    Color appearance modelLight 82Light 123Light 165Light 279Light 301
    CIECAM021.151.271.271.461.29
    CIECAM161.151.281.261.431.32
    Table 4. Individual differences in the color appearance model
    Chunjie Shi, Fei Zhu. Research on Color Vision Differences of Observers Based on Color Appearance Model CIECAM02 and CIECAM16[J]. Laser & Optoelectronics Progress, 2021, 58(19): 1933001
    Download Citation