FarnsworthMunsell100Hue: Farnsworth D-15 cap colors
In CVD: Color Vision Deficiencies
Description
Usage
Format
Author(s)
Source
References
Examples
Description
FarnsworthMunsell100Hue contains the cap colors for the Farnsworth Munsell 100-Hue tests, in CIELab and RGB from Farnsworth D (1957)
The Farnsworth Munsell 100-Hue is a test for detecting congenital and acquired color vision deficiencies.
Usage
1
Format
This data frame contains the following columns:
- CapNo
Cap Number
- Munsell
Munsell color
- x.C
CIE x cap color
- y.C
CIE y cap color
- R
R channel cap color
- G
G channel cap color
- B
B channel cap color
Author(s)
Jose Gama
Source
Farnsworth D: The Farnsworth-Munsell 100-Hue Test for the Examination of Color Discrimination Manual. Baltimore, Munsell Color Co., 1957, pp. 1-7.
References
Farnsworth D: The Farnsworth-Munsell 100-Hue Test for the Examination of Color Discrimination Manual. Baltimore, Munsell Color Co., 1957, pp. 1-7.
Examples
1
2
Example output
CapNo Munsell x.C y.C R G B
1 1 5.5R 5.35/5.7 0.3953 0.3265 170 116 105
2 2 7.5R 5.27/5.6 0.4036 0.3334 170 115 101
3 3 9R 5.25/5.5 0.4071 0.3388 167 113 97
4 4 9.5R 5.29/5.6 0.4124 0.3440 165 114 96
5 5 1YR 5.28/5.5 0.4145 0.3503 164 114 92
6 6 2.5YR 5.18/5.4 0.4182 0.3566 164 114 88
7 7 3YR 5.21/5.4 0.4193 0.3616 163 115 86
8 8 4YR 5.18/5.6 0.4250 0.3684 162 117 84
9 9 5YR 5.16/5.6 0.4280 0.3764 163 119 82
10 10 7YR 5.25/5.2 0.4234 0.3821 163 121 81
11 11 8YR 5.22/5.6 0.4293 0.3922 164 123 78
12 12 9YR 5.25/5.8 0.4315 0.4014 162 123 73
13 13 0.4Y 5.38/5.7 0.4287 0.4067 161 125 72
14 14 1Y 5.39/5.8 0.4270 0.4127 162 129 73
15 15 2.5Y 5.55/5.9 0.4264 0.4212 159 132 74
16 16 4Y 5.50/5.9 0.4223 0.4279 154 131 71
17 17 4.7Y 5.64/6.0 0.4198 0.4334 156 138 76
18 18 6Y 5.67/5.7 0.4110 0.4339 154 138 76
19 19 7.5Y 5.81/5.5 0.4010 0.4308 149 137 76
20 20 8Y 5.69/5.2 0.3939 0.4266 143 140 74
21 21 9Y 5.79/5.1 0.3898 0.4282 142 143 87
22 22 0.5GY 5.86/4.9 0.3822 0.4243 139 144 88
23 23 2GY 5.88/5.1 0.3730 0.4285 136 145 92
24 24 3GY 5.76/4.8 0.3662 0.4254 133 147 96
25 25 4GY 5.85/4.9 0.3610 0.4253 128 146 98
26 26 5GY 5.85/4.7 0.3528 0.4197 126 149 102
27 27 5.9GY 5.77/4.4 0.3428 0.4108 126 149 104
28 28 6.5GY 5.86/4.7 0.3398 0.4127 120 150 106
29 29 7GY 5.88/4.7 0.3330 0.4093 117 150 108
30 30 9GY 5.92/4.8 0.3209 0.4018 113 152 109
31 31 9.5GY 5.98/4.8 0.3151 0.3980 106 152 113
32 32 0.5G 5.95/4.8 0.3080 0.3934 105 153 115
33 33 1.5G 5.86/5.0 0.3018 0.3926 105 154 119
34 34 2G 5.99/5.1 0.2966 0.3860 96 152 119
35 35 3G 5.82/5.1 0.2898 0.3828 90 148 122
36 36 4.5G 5.68/4.9 0.2844 0.3727 91 150 126
37 37 5G 5.71/5.0 0.2803 0.3697 88 150 129
38 38 6.5G 5.77/4.9 0.2766 0.3640 89 151 132
39 39 8G 5.76/4.9 0.2723 0.3592 85 150 133
40 40 9G 5.74/5.1 0.2678 0.3548 84 153 136
41 41 0.5BG 5.80/5.1 0.2643 0.3493 84 151 137
42 42 2BG 5.72/5.2 0.2598 0.3441 82 150 140
43 43 3BG 5.69/5.2 0.2558 0.3387 80 151 143
44 44 4BG 5.75/5.2 0.2543 0.3325 73 152 146
45 45 5.5BG 5.81/5.2 0.2507 0.3264 69 153 149
46 46 6BG 5.59/4.8 0.2513 0.3222 75 153 151
47 47 6.5BG 5.75/4.9 0.2497 0.3207 75 152 152
48 48 7.5BG 5.68/5.1 0.2457 0.3128 80 153 157
49 49 9.5BG 5.65/4.8 0.2461 0.3058 85 151 160
50 50 1B 5.75/4.9 0.2442 0.3019 84 150 162
51 51 2.5B 5.72/5.0 0.2430 0.2954 89 150 163
52 52 3.5B 5.59/5.1 0.2395 0.2866 95 149 165
53 53 5.3B 5.53/5.1 0.2389 0.2807 102 149 164
54 54 7.5B 5.54/5.0 0.2427 0.2760 103 146 165
55 55 9B 5.55/5.1 0.2444 0.2724 108 146 169
56 56 9.8B 5.6/4.9 0.2482 0.2716 107 141 166
57 57 2PB 5.61/5.0 0.2518 0.2675 114 144 170
58 58 2.5PB 5.60/5.0 0.2545 0.2663 114 141 169
59 59 4PB 5.62/5.1 0.2567 0.2649 118 141 170
60 60 5PB 5.70/5.2 0.2587 0.2618 120 138 168
61 61 5.3PB 5.57/4.8 0.2634 0.2648 121 133 162
62 62 6PB 5.55/4.9 0.2646 0.2630 128 136 165
63 63 7PB 5.51/5.1 0.2661 0.2592 132 137 166
64 64 7.5PB 5.49/4.9 0.2709 0.2612 136 136 166
65 65 9PB 5.56/4.7 0.2767 0.2635 138 136 164
66 66 10PB 5.51/4.9 0.2788 0.2614 143 136 164
67 67 1P 5.57/4.4 0.2860 0.2679 146 135 163
68 68 2.5P 5.54/4.5 0.2887 0.2659 147 134 160
69 69 4P 5.60/4.7 0.2945 0.2687 152 133 159
70 70 5P 5.43/4.6 0.2960 0.2665 152 132 156
71 71 5.5P 5.63/4.5 0.3024 0.2713 155 129 152
72 72 7.5P 5.70/4.7 0.3092 0.2737 160 130 152
73 73 8.5P 5.58/5.0 0.3160 0.2729 157 124 145
74 74 10P 5.53/5.0 0.3205 0.2753 163 126 146
75 75 1.5RP 5.51/5.4 0.3298 0.2777 167 126 144
76 76 2.5RP 5.57/5.3 0.3340 0.2815 167 123 140
77 77 3.5RP 5.62/5.4 0.3398 0.2849 168 121 136
78 78 5RP 5.50/5.4 0.3505 0.2901 170 119 132
79 79 5.5RP 5.50/5.5 0.3544 0.2907 172 121 130
80 80 6.8RP 5.51/5.9 0.3626 0.2946 172 117 126
81 81 7.5RP 5.50/5.9 0.3666 0.2982 171 117 122
82 32 9.5RP 5.39/5.6 0.3733 0.3050 169 115 117
83 83 0.5R 5.47/5.7 0.3766 0.3078 173 119 118
84 84 1.6R 5.35/5.7 0.3838 0.3109 172 118 114
85 85 3.5R 5.37/5.7 0.3908 0.3194 171 117 109
CVD documentation built on May 2, 2019, 1:58 p.m.
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Description Usage Format Author(s) Source References Examples
Description
FarnsworthMunsell100Hue contains the cap colors for the Farnsworth Munsell 100-Hue tests, in CIELab and RGB from Farnsworth D (1957)
The Farnsworth Munsell 100-Hue is a test for detecting congenital and acquired color vision deficiencies.
Usage
1 |
Format
This data frame contains the following columns:
- CapNo
Cap Number
- Munsell
Munsell color
- x.C
CIE x cap color
- y.C
CIE y cap color
- R
R channel cap color
- G
G channel cap color
- B
B channel cap color
Author(s)
Jose Gama
Source
Farnsworth D: The Farnsworth-Munsell 100-Hue Test for the Examination of Color Discrimination Manual. Baltimore, Munsell Color Co., 1957, pp. 1-7.
References
Farnsworth D: The Farnsworth-Munsell 100-Hue Test for the Examination of Color Discrimination Manual. Baltimore, Munsell Color Co., 1957, pp. 1-7.
Examples
1 2 |
Example output
CapNo Munsell x.C y.C R G B
1 1 5.5R 5.35/5.7 0.3953 0.3265 170 116 105
2 2 7.5R 5.27/5.6 0.4036 0.3334 170 115 101
3 3 9R 5.25/5.5 0.4071 0.3388 167 113 97
4 4 9.5R 5.29/5.6 0.4124 0.3440 165 114 96
5 5 1YR 5.28/5.5 0.4145 0.3503 164 114 92
6 6 2.5YR 5.18/5.4 0.4182 0.3566 164 114 88
7 7 3YR 5.21/5.4 0.4193 0.3616 163 115 86
8 8 4YR 5.18/5.6 0.4250 0.3684 162 117 84
9 9 5YR 5.16/5.6 0.4280 0.3764 163 119 82
10 10 7YR 5.25/5.2 0.4234 0.3821 163 121 81
11 11 8YR 5.22/5.6 0.4293 0.3922 164 123 78
12 12 9YR 5.25/5.8 0.4315 0.4014 162 123 73
13 13 0.4Y 5.38/5.7 0.4287 0.4067 161 125 72
14 14 1Y 5.39/5.8 0.4270 0.4127 162 129 73
15 15 2.5Y 5.55/5.9 0.4264 0.4212 159 132 74
16 16 4Y 5.50/5.9 0.4223 0.4279 154 131 71
17 17 4.7Y 5.64/6.0 0.4198 0.4334 156 138 76
18 18 6Y 5.67/5.7 0.4110 0.4339 154 138 76
19 19 7.5Y 5.81/5.5 0.4010 0.4308 149 137 76
20 20 8Y 5.69/5.2 0.3939 0.4266 143 140 74
21 21 9Y 5.79/5.1 0.3898 0.4282 142 143 87
22 22 0.5GY 5.86/4.9 0.3822 0.4243 139 144 88
23 23 2GY 5.88/5.1 0.3730 0.4285 136 145 92
24 24 3GY 5.76/4.8 0.3662 0.4254 133 147 96
25 25 4GY 5.85/4.9 0.3610 0.4253 128 146 98
26 26 5GY 5.85/4.7 0.3528 0.4197 126 149 102
27 27 5.9GY 5.77/4.4 0.3428 0.4108 126 149 104
28 28 6.5GY 5.86/4.7 0.3398 0.4127 120 150 106
29 29 7GY 5.88/4.7 0.3330 0.4093 117 150 108
30 30 9GY 5.92/4.8 0.3209 0.4018 113 152 109
31 31 9.5GY 5.98/4.8 0.3151 0.3980 106 152 113
32 32 0.5G 5.95/4.8 0.3080 0.3934 105 153 115
33 33 1.5G 5.86/5.0 0.3018 0.3926 105 154 119
34 34 2G 5.99/5.1 0.2966 0.3860 96 152 119
35 35 3G 5.82/5.1 0.2898 0.3828 90 148 122
36 36 4.5G 5.68/4.9 0.2844 0.3727 91 150 126
37 37 5G 5.71/5.0 0.2803 0.3697 88 150 129
38 38 6.5G 5.77/4.9 0.2766 0.3640 89 151 132
39 39 8G 5.76/4.9 0.2723 0.3592 85 150 133
40 40 9G 5.74/5.1 0.2678 0.3548 84 153 136
41 41 0.5BG 5.80/5.1 0.2643 0.3493 84 151 137
42 42 2BG 5.72/5.2 0.2598 0.3441 82 150 140
43 43 3BG 5.69/5.2 0.2558 0.3387 80 151 143
44 44 4BG 5.75/5.2 0.2543 0.3325 73 152 146
45 45 5.5BG 5.81/5.2 0.2507 0.3264 69 153 149
46 46 6BG 5.59/4.8 0.2513 0.3222 75 153 151
47 47 6.5BG 5.75/4.9 0.2497 0.3207 75 152 152
48 48 7.5BG 5.68/5.1 0.2457 0.3128 80 153 157
49 49 9.5BG 5.65/4.8 0.2461 0.3058 85 151 160
50 50 1B 5.75/4.9 0.2442 0.3019 84 150 162
51 51 2.5B 5.72/5.0 0.2430 0.2954 89 150 163
52 52 3.5B 5.59/5.1 0.2395 0.2866 95 149 165
53 53 5.3B 5.53/5.1 0.2389 0.2807 102 149 164
54 54 7.5B 5.54/5.0 0.2427 0.2760 103 146 165
55 55 9B 5.55/5.1 0.2444 0.2724 108 146 169
56 56 9.8B 5.6/4.9 0.2482 0.2716 107 141 166
57 57 2PB 5.61/5.0 0.2518 0.2675 114 144 170
58 58 2.5PB 5.60/5.0 0.2545 0.2663 114 141 169
59 59 4PB 5.62/5.1 0.2567 0.2649 118 141 170
60 60 5PB 5.70/5.2 0.2587 0.2618 120 138 168
61 61 5.3PB 5.57/4.8 0.2634 0.2648 121 133 162
62 62 6PB 5.55/4.9 0.2646 0.2630 128 136 165
63 63 7PB 5.51/5.1 0.2661 0.2592 132 137 166
64 64 7.5PB 5.49/4.9 0.2709 0.2612 136 136 166
65 65 9PB 5.56/4.7 0.2767 0.2635 138 136 164
66 66 10PB 5.51/4.9 0.2788 0.2614 143 136 164
67 67 1P 5.57/4.4 0.2860 0.2679 146 135 163
68 68 2.5P 5.54/4.5 0.2887 0.2659 147 134 160
69 69 4P 5.60/4.7 0.2945 0.2687 152 133 159
70 70 5P 5.43/4.6 0.2960 0.2665 152 132 156
71 71 5.5P 5.63/4.5 0.3024 0.2713 155 129 152
72 72 7.5P 5.70/4.7 0.3092 0.2737 160 130 152
73 73 8.5P 5.58/5.0 0.3160 0.2729 157 124 145
74 74 10P 5.53/5.0 0.3205 0.2753 163 126 146
75 75 1.5RP 5.51/5.4 0.3298 0.2777 167 126 144
76 76 2.5RP 5.57/5.3 0.3340 0.2815 167 123 140
77 77 3.5RP 5.62/5.4 0.3398 0.2849 168 121 136
78 78 5RP 5.50/5.4 0.3505 0.2901 170 119 132
79 79 5.5RP 5.50/5.5 0.3544 0.2907 172 121 130
80 80 6.8RP 5.51/5.9 0.3626 0.2946 172 117 126
81 81 7.5RP 5.50/5.9 0.3666 0.2982 171 117 122
82 32 9.5RP 5.39/5.6 0.3733 0.3050 169 115 117
83 83 0.5R 5.47/5.7 0.3766 0.3078 173 119 118
84 84 1.6R 5.35/5.7 0.3838 0.3109 172 118 114
85 85 3.5R 5.37/5.7 0.3908 0.3194 171 117 109
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