colour.corresponding.dataset.corresponding_chromaticities Module¶

Breneman Corresponding Chromaticities Dataset¶

Defines Breneman (1987) results for corresponding chromaticities experiments.

References

[1]	Breneman, E. J. (1987). Corresponding chromaticities for different states of adaptation to complex visual fields. JOSA A, 4(6). Retrieved from http://www.opticsinfobase.org/josaa/fulltext.cfm?uri=josaa-4-6-1115&id=2783

class colour.corresponding.dataset.corresponding_chromaticities.BrenemanExperimentResult[source]¶

Bases: colour.corresponding.dataset.corresponding_chromaticities.BrenemanExperimentResult

Experiment result.

Parameters:

Parameters:	name (unicode) – Test colour name. uvp_t (numeric) – Chromaticity coordinates \(uv_t^p\) of test colour. uvp_m (array_like, (2,)) – Chromaticity coordinates \(uv_m^p\) of matching colour. s_uvp (array_like, (2,), optional) – Interobserver variation (\(x10^3\)) \(\sigma_uv^p\). d_uvp_i (array_like, (2,), optional) – Deviation of individual linear transformation (\(x10^3\)) \(\delta_uv_i^p\). d_uvp_g (array_like, (2,), optional) – Deviation of individual linear transformation (\(x10^3\)) \(\delta_uv_g^p\).

name (unicode) – Test colour name.
uvp_t (numeric) – Chromaticity coordinates \(uv_t^p\) of test colour.
uvp_m (array_like, (2,)) – Chromaticity coordinates \(uv_m^p\) of matching colour.
s_uvp (array_like, (2,), optional) – Interobserver variation (\(x10^3\)) \(\sigma_uv^p\).
d_uvp_i (array_like, (2,), optional) – Deviation of individual linear transformation (\(x10^3\)) \(\delta_uv_i^p\).
d_uvp_g (array_like, (2,), optional) – Deviation of individual linear transformation (\(x10^3\)) \(\delta_uv_g^p\).

class colour.corresponding.dataset.corresponding_chromaticities.PrimariesChromaticityCoordinates[source]¶

Bases: colour.corresponding.dataset.corresponding_chromaticities.PrimariesChromaticityCoordinates

Chromaticity coordinates of primaries.

Parameters:

Parameters:	experiment (integer) – Experiment. illuminants (array_like, (2,)) – Chromaticity coordinates \(uv_t^p\) of test colour. Y (numeric) – White luminance \(Y\) in \(cd/m^2\). P_uvp (numeric) – Chromaticity coordinates \(uv^p\) of primary \(P\). D_uvp (numeric) – Chromaticity coordinates \(uv^p\) of primary \(D\). T_uvp (numeric) – Chromaticity coordinates \(uv^p\) of primary \(T\).

experiment (integer) – Experiment.
illuminants (array_like, (2,)) – Chromaticity coordinates \(uv_t^p\) of test colour.
Y (numeric) – White luminance \(Y\) in \(cd/m^2\).
P_uvp (numeric) – Chromaticity coordinates \(uv^p\) of primary \(P\).
D_uvp (numeric) – Chromaticity coordinates \(uv^p\) of primary \(D\).
T_uvp (numeric) – Chromaticity coordinates \(uv^p\) of primary \(T\).

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENT_1_RESULTS = (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.259, 0.526), uvp_m=(0.2, 0.475), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.259, 0.524), uvp_m=(0.199, 0.487), s_uvp=(4, 4), d_uvp_i=(2, 3), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.459, 0.522), uvp_m=(0.42, 0.509), s_uvp=(19, 4), d_uvp_i=(-10, -7), d_uvp_g=(-19, -3)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.307, 0.526), uvp_m=(0.249, 0.497), s_uvp=(7, 4), d_uvp_i=(-1, 1), d_uvp_g=(-6, -1)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.36, 0.544), uvp_m=(0.302, 0.548), s_uvp=(12, 1), d_uvp_i=(1, -2), d_uvp_g=(-7, -6)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.35, 0.541), uvp_m=(0.29, 0.537), s_uvp=(11, 4), d_uvp_i=(3, 0), d_uvp_g=(-5, -3)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.318, 0.55), uvp_m=(0.257, 0.554), s_uvp=(8, 2), d_uvp_i=(0, 2), d_uvp_g=(-5, -5)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.258, 0.542), uvp_m=(0.192, 0.529), s_uvp=(4, 6), d_uvp_i=(3, 2), d_uvp_g=(3, -6)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.193, 0.542), uvp_m=(0.129, 0.521), s_uvp=(7, 5), d_uvp_i=(3, 2), d_uvp_g=(9, -7)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.18, 0.516), uvp_m=(0.133, 0.469), s_uvp=(4, 6), d_uvp_i=(-3, -2), d_uvp_g=(2, -5)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.186, 0.445), uvp_m=(0.158, 0.34), s_uvp=(13, 33), d_uvp_i=(2, 7), d_uvp_g=(1, 13)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.226, 0.491), uvp_m=(0.178, 0.426), s_uvp=(3, 14), d_uvp_i=(1, -3), d_uvp_g=(0, -1)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.278, 0.456), uvp_m=(0.231, 0.365), s_uvp=(4, 25), d_uvp_i=(0, 2), d_uvp_g=(-5, 7)))¶

Breneman (1987) experiment 1 results.

BRENEMAN_EXPERIMENT_1_RESULTS : tuple

Notes

Illuminants : A, D65
White Luminance : 1500 \(cd/m^2\)
Observers Count : 7

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENT_2_RESULTS = (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.222, 0.521), uvp_m=(0.204, 0.479), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.227, 0.517), uvp_m=(0.207, 0.486), s_uvp=(2, 5), d_uvp_i=(-1, 0), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.464, 0.52), uvp_m=(0.449, 0.511), s_uvp=(22, 3), d_uvp_i=(-8, -8), d_uvp_g=(-7, -2)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.286, 0.526), uvp_m=(0.263, 0.505), s_uvp=(7, 2), d_uvp_i=(0, -1), d_uvp_g=(0, -1)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.348, 0.546), uvp_m=(0.322, 0.545), s_uvp=(13, 3), d_uvp_i=(3, -1), d_uvp_g=(3, -2)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.34, 0.543), uvp_m=(0.316, 0.537), s_uvp=(11, 3), d_uvp_i=(1, 1), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.288, 0.554), uvp_m=(0.265, 0.553), s_uvp=(5, 2), d_uvp_i=(-2, 2), d_uvp_g=(-1, -2)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.244, 0.547), uvp_m=(0.221, 0.538), s_uvp=(4, 3), d_uvp_i=(-2, 1), d_uvp_g=(0, -3)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.156, 0.548), uvp_m=(0.135, 0.532), s_uvp=(4, 3), d_uvp_i=(-1, 3), d_uvp_g=(3, -4)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.159, 0.511), uvp_m=(0.145, 0.472), s_uvp=(9, 7), d_uvp_i=(-1, 2), d_uvp_g=(2, 1)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.16, 0.406), uvp_m=(0.163, 0.331), s_uvp=(23, 31), d_uvp_i=(2, -3), d_uvp_g=(-1, 3)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.19, 0.481), uvp_m=(0.176, 0.431), s_uvp=(5, 24), d_uvp_i=(2, -2), d_uvp_g=(2, 0)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.258, 0.431), uvp_m=(0.244, 0.349), s_uvp=(4, 19), d_uvp_i=(-3, 13), d_uvp_g=(-4, 19)))¶

Breneman (1987) experiment 2 results.

BRENEMAN_EXPERIMENT_2_RESULTS : tuple

Notes

Illuminants : Projector, D55
White Luminance : 1500 \(cd/m^2\)
Observers Count : 7

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENT_3_RESULTS = (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.223, 0.521), uvp_m=(0.206, 0.478), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.228, 0.517), uvp_m=(0.211, 0.494), s_uvp=(1, 3), d_uvp_i=(0, 2), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.462, 0.519), uvp_m=(0.448, 0.505), s_uvp=(11, 4), d_uvp_i=(-3, 6), d_uvp_g=(-4, 6)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.285, 0.524), uvp_m=(0.267, 0.507), s_uvp=(6, 3), d_uvp_i=(-1, 1), d_uvp_g=(-2, 1)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.346, 0.546), uvp_m=(0.325, 0.541), s_uvp=(11, 3), d_uvp_i=(1, -2), d_uvp_g=(2, 3)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.338, 0.543), uvp_m=(0.321, 0.532), s_uvp=(9, 6), d_uvp_i=(-3, 2), d_uvp_g=(-3, 7)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.287, 0.554), uvp_m=(0.267, 0.548), s_uvp=(4, 5), d_uvp_i=(1, -2), d_uvp_g=(0, 5)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.244, 0.547), uvp_m=(0.226, 0.531), s_uvp=(3, 6), d_uvp_i=(-1, 3), d_uvp_g=(-2, 8)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.157, 0.548), uvp_m=(0.141, 0.528), s_uvp=(9, 6), d_uvp_i=(2, 2), d_uvp_g=(0, 6)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.16, 0.51), uvp_m=(0.151, 0.486), s_uvp=(8, 5), d_uvp_i=(-2, -1), d_uvp_g=(-2, -5)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.162, 0.407), uvp_m=(0.158, 0.375), s_uvp=(6, 7), d_uvp_i=(1, -6), d_uvp_g=(4, -23)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.191, 0.482), uvp_m=(0.179, 0.452), s_uvp=(4, 5), d_uvp_i=(0, 1), d_uvp_g=(1, -7)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.258, 0.432), uvp_m=(0.238, 0.396), s_uvp=(4, 8), d_uvp_i=(5, 3), d_uvp_g=(4, -11)))¶

Breneman (1987) experiment 3 results.

BRENEMAN_EXPERIMENT_3_RESULTS : tuple

Notes

Illuminants : Projector, D55
White Luminance : 75 \(cd/m^2\)
Observers Count : 7

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENT_4_RESULTS = (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.258, 0.523), uvp_m=(0.199, 0.467), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.257, 0.524), uvp_m=(0.205, 0.495), s_uvp=(2, 2), d_uvp_i=(0, 4), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.46, 0.521), uvp_m=(0.416, 0.501), s_uvp=(11, 6), d_uvp_i=(-6, 4), d_uvp_g=(-6, 9)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.308, 0.526), uvp_m=(0.253, 0.503), s_uvp=(7, 3), d_uvp_i=(-1, 1), d_uvp_g=(-1, 0)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.36, 0.544), uvp_m=(0.303, 0.541), s_uvp=(14, 5), d_uvp_i=(1, -4), d_uvp_g=(1, 2)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.35, 0.541), uvp_m=(0.296, 0.527), s_uvp=(11, 7), d_uvp_i=(-2, 4), d_uvp_g=(-3, 9)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.317, 0.55), uvp_m=(0.26, 0.547), s_uvp=(9, 5), d_uvp_i=(1, -3), d_uvp_g=(0, 3)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.258, 0.543), uvp_m=(0.203, 0.52), s_uvp=(4, 6), d_uvp_i=(0, 8), d_uvp_g=(0, 9)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.193, 0.543), uvp_m=(0.142, 0.516), s_uvp=(6, 9), d_uvp_i=(3, 8), d_uvp_g=(2, 6)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.18, 0.516), uvp_m=(0.14, 0.484), s_uvp=(9, 5), d_uvp_i=(-2, -1), d_uvp_g=(-1, -9)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.185, 0.445), uvp_m=(0.151, 0.394), s_uvp=(8, 10), d_uvp_i=(2, -8), d_uvp_g=(8, -24)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.225, 0.49), uvp_m=(0.18, 0.448), s_uvp=(4, 8), d_uvp_i=(1, -1), d_uvp_g=(3, -11)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.278, 0.455), uvp_m=(0.229, 0.388), s_uvp=(6, 14), d_uvp_i=(1, 12), d_uvp_g=(3, 0)))¶

Breneman (1987) experiment 4 results.

BRENEMAN_EXPERIMENT_4_RESULTS : tuple

Notes

Illuminants : A, D65
White Luminance : 75 \(cd/m^2\)
Observers Count : 7

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENT_5_RESULTS = (BrenemanExperimentResult(name=u'Gray', uvp_t=(0.028, 0.48), uvp_m=(0.212, 0.491), s_uvp=(2, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Red', uvp_t=(0.449, 0.512), uvp_m=(0.408, 0.514), s_uvp=(11, 5), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.269, 0.505), uvp_m=(0.262, 0.511), s_uvp=(4, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.331, 0.548), uvp_m=(0.303, 0.545), s_uvp=(4, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.322, 0.541), uvp_m=(0.303, 0.538), s_uvp=(4, 4), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.268, 0.555), uvp_m=(0.264, 0.55), s_uvp=(3, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.224, 0.538), uvp_m=(0.227, 0.535), s_uvp=(3, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Green', uvp_t=(0.134, 0.531), uvp_m=(0.159, 0.53), s_uvp=(9, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.145, 0.474), uvp_m=(0.165, 0.49), s_uvp=(8, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.163, 0.329), uvp_m=(0.173, 0.378), s_uvp=(7, 12), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.179, 0.438), uvp_m=(0.189, 0.462), s_uvp=(5, 4), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.245, 0.364), uvp_m=(0.239, 0.401), s_uvp=(4, 16), d_uvp_i=None, d_uvp_g=None))¶

Breneman (1987) experiment 5 results.

BRENEMAN_EXPERIMENT_5_RESULTS : tuple

Notes

Effective White Levels : 130 and 2120 \(cd/m^2\)
Observers Count : 7

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENT_6_RESULTS = (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.257, 0.525), uvp_m=(0.201, 0.482), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.267, 0.521), uvp_m=(0.207, 0.485), s_uvp=(5, 3), d_uvp_i=(-1, 0), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.457, 0.521), uvp_m=(0.398, 0.516), s_uvp=(9, 4), d_uvp_i=(-2, -5), d_uvp_g=(1, -9)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.316, 0.526), uvp_m=(0.253, 0.503), s_uvp=(5, 3), d_uvp_i=(-3, -2), d_uvp_g=(-1, -3)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.358, 0.545), uvp_m=(0.287, 0.55), s_uvp=(7, 3), d_uvp_i=(3, 0), d_uvp_g=(7, -6)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.35, 0.541), uvp_m=(0.282, 0.54), s_uvp=(6, 3), d_uvp_i=(-1, 0), d_uvp_g=(2, -5)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.318, 0.551), uvp_m=(0.249, 0.556), s_uvp=(7, 2), d_uvp_i=(-1, 1), d_uvp_g=(2, -5)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.256, 0.547), uvp_m=(0.188, 0.537), s_uvp=(5, 4), d_uvp_i=(3, 1), d_uvp_g=(4, -2)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.193, 0.542), uvp_m=(0.133, 0.52), s_uvp=(13, 3), d_uvp_i=(5, -2), d_uvp_g=(5, -4)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.18, 0.516), uvp_m=(0.137, 0.466), s_uvp=(12, 10), d_uvp_i=(0, 0), d_uvp_g=(-2, 2)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.186, 0.445), uvp_m=(0.156, 0.353), s_uvp=(12, 45), d_uvp_i=(6, 1), d_uvp_g=(2, 6)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.225, 0.492), uvp_m=(0.178, 0.428), s_uvp=(6, 14), d_uvp_i=(1, -1), d_uvp_g=(-1, 3)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.276, 0.456), uvp_m=(0.227, 0.369), s_uvp=(6, 27), d_uvp_i=(-2, 4), d_uvp_g=(-3, 9)))¶

Breneman (1987) experiment 6 results.

BRENEMAN_EXPERIMENT_6_RESULTS : tuple

Notes

Illuminants : A, D55
White Luminance : 11100 \(cd/m^2\)
Observers Count : 8

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENT_7_RESULTS = (BrenemanExperimentResult(name=u'Gray', uvp_t=(0.208, 0.481), uvp_m=(0.211, 0.486), s_uvp=(2, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Red', uvp_t=(0.448, 0.512), uvp_m=(0.409, 0.516), s_uvp=(9, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.269, 0.505), uvp_m=(0.256, 0.506), s_uvp=(4, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.331, 0.549), uvp_m=(0.305, 0.547), s_uvp=(5, 4), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.322, 0.541), uvp_m=(0.301, 0.539), s_uvp=(5, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.268, 0.555), uvp_m=(0.257, 0.552), s_uvp=(3, 4), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.225, 0.538), uvp_m=(0.222, 0.536), s_uvp=(3, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Green', uvp_t=(0.135, 0.531), uvp_m=(0.153, 0.529), s_uvp=(8, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.145, 0.475), uvp_m=(0.16, 0.484), s_uvp=(3, 5), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.163, 0.331), uvp_m=(0.171, 0.379), s_uvp=(4, 11), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.179, 0.438), uvp_m=(0.187, 0.452), s_uvp=(4, 7), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.245, 0.365), uvp_m=(0.24, 0.398), s_uvp=(4, 10), d_uvp_i=None, d_uvp_g=None))¶

Breneman (1987) experiment 7 results.

BRENEMAN_EXPERIMENT_7_RESULTS : tuple

Notes

Effective White Levels : 850 and 11100 \(cd/m^2\)
Observers Count : 8

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENT_10_RESULTS = (BrenemanExperimentResult(name=u'Gray', uvp_t=(0.208, 0.482), uvp_m=(0.213, 0.494), s_uvp=(3, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Red', uvp_t=(0.447, 0.512), uvp_m=(0.411, 0.506), s_uvp=(15, 7), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.269, 0.505), uvp_m=(0.269, 0.511), s_uvp=(4, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.331, 0.549), uvp_m=(0.315, 0.536), s_uvp=(7, 8), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.323, 0.542), uvp_m=(0.31, 0.526), s_uvp=(6, 8), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.268, 0.556), uvp_m=(0.268, 0.541), s_uvp=(3, 6), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.226, 0.538), uvp_m=(0.23, 0.525), s_uvp=(4, 8), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Green', uvp_t=(0.135, 0.531), uvp_m=(0.158, 0.524), s_uvp=(6, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.145, 0.476), uvp_m=(0.161, 0.491), s_uvp=(4, 4), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.163, 0.33), uvp_m=(0.171, 0.377), s_uvp=(6, 19), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.179, 0.439), uvp_m=(0.187, 0.465), s_uvp=(5, 5), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.245, 0.366), uvp_m=(0.24, 0.402), s_uvp=(3, 12), d_uvp_i=None, d_uvp_g=None))¶

Breneman (1987) experiment 10 results.

BRENEMAN_EXPERIMENT_10_RESULTS : tuple

Notes

Effective White Levels : 15 and 270 \(cd/m^2\)
Observers Count : 7

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENT_8_RESULTS = (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.258, 0.524), uvp_m=(0.195, 0.469), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.257, 0.525), uvp_m=(0.2, 0.494), s_uvp=(2, 3), d_uvp_i=(1, 2), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.458, 0.522), uvp_m=(0.41, 0.508), s_uvp=(12, 4), d_uvp_i=(-3, 5), d_uvp_g=(-7, 2)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.308, 0.526), uvp_m=(0.249, 0.502), s_uvp=(6, 2), d_uvp_i=(-1, 1), d_uvp_g=(-3, -1)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.359, 0.545), uvp_m=(0.299, 0.545), s_uvp=(12, 4), d_uvp_i=(0, -2), d_uvp_g=(-3, 0)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.349, 0.54), uvp_m=(0.289, 0.532), s_uvp=(10, 4), d_uvp_i=(0, 1), d_uvp_g=(-2, 2)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.317, 0.55), uvp_m=(0.256, 0.549), s_uvp=(9, 5), d_uvp_i=(0, -3), d_uvp_g=(-3, 1)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.26, 0.545), uvp_m=(0.198, 0.529), s_uvp=(5, 5), d_uvp_i=(3, 1), d_uvp_g=(0, 3)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.193, 0.543), uvp_m=(0.137, 0.52), s_uvp=(9, 5), d_uvp_i=(3, 0), d_uvp_g=(2, 1)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.182, 0.516), uvp_m=(0.139, 0.477), s_uvp=(9, 4), d_uvp_i=(-3, 0), d_uvp_g=(-2, -4)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.184, 0.444), uvp_m=(0.15, 0.387), s_uvp=(5, 11), d_uvp_i=(3, -10), d_uvp_g=(6, -22)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.224, 0.489), uvp_m=(0.177, 0.439), s_uvp=(5, 6), d_uvp_i=(1, 1), d_uvp_g=(1, -7)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.277, 0.454), uvp_m=(0.226, 0.389), s_uvp=(4, 10), d_uvp_i=(1, 4), d_uvp_g=(1, -8)))¶

Breneman (1987) experiment 8 results.

BRENEMAN_EXPERIMENT_8_RESULTS : tuple

Notes

Illuminants : A, D65
White Luminance : 350 \(cd/m^2\)
Observers Count : 8

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENT_9_RESULTS = (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.254, 0.525), uvp_m=(0.195, 0.465), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.256, 0.524), uvp_m=(0.207, 0.496), s_uvp=(4, 6), d_uvp_i=(3, 2), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.459, 0.521), uvp_m=(0.415, 0.489), s_uvp=(20, 14), d_uvp_i=(2, 12), d_uvp_g=(-2, 21)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.307, 0.525), uvp_m=(0.261, 0.5), s_uvp=(7, 7), d_uvp_i=(0, 1), d_uvp_g=(-5, 2)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.359, 0.545), uvp_m=(0.313, 0.532), s_uvp=(7, 5), d_uvp_i=(-2, -3), d_uvp_g=(-6, 13)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.349, 0.54), uvp_m=(0.302, 0.51), s_uvp=(11, 15), d_uvp_i=(0, 12), d_uvp_g=(-5, 24)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.317, 0.55), uvp_m=(0.268, 0.538), s_uvp=(7, 10), d_uvp_i=(1, -4), d_uvp_g=(-4, 12)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.259, 0.544), uvp_m=(0.212, 0.51), s_uvp=(10, 11), d_uvp_i=(0, 14), d_uvp_g=(-4, 22)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.193, 0.542), uvp_m=(0.15, 0.506), s_uvp=(6, 10), d_uvp_i=(-1, 13), d_uvp_g=(-2, 15)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.181, 0.517), uvp_m=(0.144, 0.487), s_uvp=(9, 6), d_uvp_i=(-3, 0), d_uvp_g=(-1, -9)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.184, 0.444), uvp_m=(0.155, 0.407), s_uvp=(4, 11), d_uvp_i=(-2, -6), d_uvp_g=(6, -36)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.225, 0.49), uvp_m=(0.183, 0.458), s_uvp=(5, 8), d_uvp_i=(1, -3), d_uvp_g=(2, -19)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.276, 0.454), uvp_m=(0.233, 0.404), s_uvp=(7, 12), d_uvp_i=(2, 9), d_uvp_g=(0, -16)), BrenemanExperimentResult(name=u'(Gray)h', uvp_t=(0.256, 0.525), uvp_m=(0.208, 0.498), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'(Red)h', uvp_t=(0.456, 0.521), uvp_m=(0.416, 0.501), s_uvp=(15, 7), d_uvp_i=None, d_uvp_g=(-6, -9)), BrenemanExperimentResult(name=u'(Brown)h', uvp_t=(0.349, 0.539), uvp_m=(0.306, 0.526), s_uvp=(11, 8), d_uvp_i=None, d_uvp_g=(-8, 7)), BrenemanExperimentResult(name=u'(Foliage)h', uvp_t=(0.26, 0.545), uvp_m=(0.213, 0.528), s_uvp=(7, 9), d_uvp_i=None, d_uvp_g=(-4, 5)), BrenemanExperimentResult(name=u'(Green)h', uvp_t=(0.193, 0.543), uvp_m=(0.149, 0.525), s_uvp=(10, 8), d_uvp_i=None, d_uvp_g=(-1, -1)), BrenemanExperimentResult(name=u'(Blue)h', uvp_t=(0.184, 0.444), uvp_m=(0.156, 0.419), s_uvp=(7, 8), d_uvp_i=None, d_uvp_g=(4, -45)), BrenemanExperimentResult(name=u'(Purple)h', uvp_t=(0.277, 0.456), uvp_m=(0.236, 0.422), s_uvp=(6, 11), d_uvp_i=None, d_uvp_g=(-2, -29)))¶

Breneman (1987) experiment 9 results.

BRENEMAN_EXPERIMENT_9_RESULTS : tuple

Notes

Illuminants : A, D65
White Luminance : 15 \(cd/m^2\)
Observers Count : 8
The colors indicated by (.)h are the darker colors presented at the higher luminescence level of the lighter colors.

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENT_11_RESULTS = (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.208, 0.482), uvp_m=(0.174, 0.52), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.209, 0.483), uvp_m=(0.176, 0.513), s_uvp=(3, 4), d_uvp_i=(2, 2), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.45, 0.512), uvp_m=(0.419, 0.524), s_uvp=(10, 2), d_uvp_i=(3, 2), d_uvp_g=(8, -1)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.268, 0.506), uvp_m=(0.24, 0.528), s_uvp=(6, 2), d_uvp_i=(-4, 0), d_uvp_g=(-3, 0)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.331, 0.547), uvp_m=(0.293, 0.553), s_uvp=(6, 2), d_uvp_i=(3, -1), d_uvp_g=(5, 1)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.323, 0.542), uvp_m=(0.29, 0.552), s_uvp=(5, 2), d_uvp_i=(-1, -3), d_uvp_g=(0, -1)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.266, 0.549), uvp_m=(0.236, 0.557), s_uvp=(4, 2), d_uvp_i=(-3, -2), d_uvp_g=(-4, 2)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.227, 0.538), uvp_m=(0.194, 0.552), s_uvp=(4, 2), d_uvp_i=(2, -3), d_uvp_g=(-1, 1)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.146, 0.534), uvp_m=(0.118, 0.551), s_uvp=(8, 3), d_uvp_i=(4, -2), d_uvp_g=(-6, 3)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.16, 0.475), uvp_m=(0.13, 0.513), s_uvp=(9, 4), d_uvp_i=(1, -1), d_uvp_g=(-4, -3)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.177, 0.34), uvp_m=(0.133, 0.427), s_uvp=(6, 14), d_uvp_i=(4, -17), d_uvp_g=(11, -29)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.179, 0.438), uvp_m=(0.146, 0.482), s_uvp=(6, 10), d_uvp_i=(1, 4), d_uvp_g=(0, -1)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.245, 0.366), uvp_m=(0.216, 0.419), s_uvp=(4, 13), d_uvp_i=(-3, 8), d_uvp_g=(4, -2)))¶

Breneman (1987) experiment 1 results.

BRENEMAN_EXPERIMENT_11_RESULTS : tuple

Notes

Illuminants : green, D65
White Luminance : 1560 \(cd/m^2\)
Observers Count : 7

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENT_12_RESULTS = (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.205, 0.482), uvp_m=(0.174, 0.519), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.208, 0.482), uvp_m=(0.181, 0.507), s_uvp=(4, 3), d_uvp_i=(0, 1), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.451, 0.512), uvp_m=(0.422, 0.526), s_uvp=(20, 3), d_uvp_i=(0, -5), d_uvp_g=(10, -5)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.268, 0.506), uvp_m=(0.244, 0.525), s_uvp=(5, 2), d_uvp_i=(-6, 0), d_uvp_g=(-2, -1)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.331, 0.548), uvp_m=(0.292, 0.553), s_uvp=(10, 2), d_uvp_i=(5, 2), d_uvp_g=(11, 1)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.324, 0.542), uvp_m=(0.286, 0.554), s_uvp=(8, 1), d_uvp_i=(5, -3), d_uvp_g=(10, -4)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.266, 0.548), uvp_m=(0.238, 0.558), s_uvp=(6, 2), d_uvp_i=(-3, -1), d_uvp_g=(-1, -2)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.227, 0.538), uvp_m=(0.196, 0.555), s_uvp=(6, 3), d_uvp_i=(3, -4), d_uvp_g=(2, -5)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.145, 0.534), uvp_m=(0.124, 0.551), s_uvp=(8, 6), d_uvp_i=(1, -1), d_uvp_g=(-8, -1)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.16, 0.474), uvp_m=(0.135, 0.505), s_uvp=(5, 2), d_uvp_i=(1, -1), d_uvp_g=(-4, -3)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.178, 0.339), uvp_m=(0.149, 0.392), s_uvp=(4, 20), d_uvp_i=(-1, -5), d_uvp_g=(3, -7)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.179, 0.44), uvp_m=(0.15, 0.473), s_uvp=(4, 8), d_uvp_i=(3, 2), d_uvp_g=(2, 0)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.246, 0.366), uvp_m=(0.222, 0.404), s_uvp=(5, 15), d_uvp_i=(-4, 2), d_uvp_g=(4, 2)))¶

Breneman (1987) experiment 12 results.

BRENEMAN_EXPERIMENT_12_RESULTS : tuple

Notes

Illuminants : D55, green
White Luminance : 75 \(cd/m^2\)
Observers Count : 7

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENTS_PRIMARIES_CHROMATICITIES = {1: PrimariesChromaticityCoordinates(experiment=1, illuminants=(u'A', u'D65'), Y=1500, P_uvp=(0.671, 0.519), D_uvp=(-0.586, 0.627), T_uvp=(0.253, 0.016)), 2: PrimariesChromaticityCoordinates(experiment=2, illuminants=(u'Projector', u'D55'), Y=1500, P_uvp=(0.675, 0.523), D_uvp=(-0.466, 0.617), T_uvp=(0.255, 0.018)), 3: PrimariesChromaticityCoordinates(experiment=3, illuminants=(u'Projector', u'D55'), Y=75, P_uvp=(0.664, 0.51), D_uvp=(-0.256, 0.729), T_uvp=(0.244, 0.003)), 4: PrimariesChromaticityCoordinates(experiment=4, illuminants=(u'A', u'D65'), Y=75, P_uvp=(0.674, 0.524), D_uvp=(-0.172, 0.628), T_uvp=(0.218, -0.026)), 6: PrimariesChromaticityCoordinates(experiment=6, illuminants=(u'A', u'D55'), Y=11100, P_uvp=(0.659, 0.506), D_uvp=(-0.141, 0.615), T_uvp=(0.249, 0.009)), 8: PrimariesChromaticityCoordinates(experiment=8, illuminants=(u'A', u'D65'), Y=350, P_uvp=(0.659, 0.505), D_uvp=(-0.246, 0.672), T_uvp=(0.235, -0.006)), 9: PrimariesChromaticityCoordinates(experiment=9, illuminants=(u'A', u'D65'), Y=15, P_uvp=(0.693, 0.546), D_uvp=(-0.446, 0.773), T_uvp=(0.221, -0.023)), 11: PrimariesChromaticityCoordinates(experiment=11, illuminants=(u'D55', u'green'), Y=1560, P_uvp=(0.68, 0.529), D_uvp=(0.018, 0.576), T_uvp=(0.307, 0.08)), 12: PrimariesChromaticityCoordinates(experiment=12, illuminants=(u'D55', u'green'), Y=75, P_uvp=(0.661, 0.505), D_uvp=(0.039, 0.598), T_uvp=(0.345, 0.127))}¶

Breneman (1987) experiments primaries chromaticities.

BRENEMAN_EXPERIMENTS_PRIMARIES_CHROMATICITIES : dict

colour.corresponding.dataset.corresponding_chromaticities.BRENEMAN_EXPERIMENTS = {1: (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.259, 0.526), uvp_m=(0.2, 0.475), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.259, 0.524), uvp_m=(0.199, 0.487), s_uvp=(4, 4), d_uvp_i=(2, 3), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.459, 0.522), uvp_m=(0.42, 0.509), s_uvp=(19, 4), d_uvp_i=(-10, -7), d_uvp_g=(-19, -3)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.307, 0.526), uvp_m=(0.249, 0.497), s_uvp=(7, 4), d_uvp_i=(-1, 1), d_uvp_g=(-6, -1)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.36, 0.544), uvp_m=(0.302, 0.548), s_uvp=(12, 1), d_uvp_i=(1, -2), d_uvp_g=(-7, -6)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.35, 0.541), uvp_m=(0.29, 0.537), s_uvp=(11, 4), d_uvp_i=(3, 0), d_uvp_g=(-5, -3)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.318, 0.55), uvp_m=(0.257, 0.554), s_uvp=(8, 2), d_uvp_i=(0, 2), d_uvp_g=(-5, -5)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.258, 0.542), uvp_m=(0.192, 0.529), s_uvp=(4, 6), d_uvp_i=(3, 2), d_uvp_g=(3, -6)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.193, 0.542), uvp_m=(0.129, 0.521), s_uvp=(7, 5), d_uvp_i=(3, 2), d_uvp_g=(9, -7)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.18, 0.516), uvp_m=(0.133, 0.469), s_uvp=(4, 6), d_uvp_i=(-3, -2), d_uvp_g=(2, -5)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.186, 0.445), uvp_m=(0.158, 0.34), s_uvp=(13, 33), d_uvp_i=(2, 7), d_uvp_g=(1, 13)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.226, 0.491), uvp_m=(0.178, 0.426), s_uvp=(3, 14), d_uvp_i=(1, -3), d_uvp_g=(0, -1)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.278, 0.456), uvp_m=(0.231, 0.365), s_uvp=(4, 25), d_uvp_i=(0, 2), d_uvp_g=(-5, 7))), 2: (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.222, 0.521), uvp_m=(0.204, 0.479), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.227, 0.517), uvp_m=(0.207, 0.486), s_uvp=(2, 5), d_uvp_i=(-1, 0), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.464, 0.52), uvp_m=(0.449, 0.511), s_uvp=(22, 3), d_uvp_i=(-8, -8), d_uvp_g=(-7, -2)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.286, 0.526), uvp_m=(0.263, 0.505), s_uvp=(7, 2), d_uvp_i=(0, -1), d_uvp_g=(0, -1)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.348, 0.546), uvp_m=(0.322, 0.545), s_uvp=(13, 3), d_uvp_i=(3, -1), d_uvp_g=(3, -2)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.34, 0.543), uvp_m=(0.316, 0.537), s_uvp=(11, 3), d_uvp_i=(1, 1), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.288, 0.554), uvp_m=(0.265, 0.553), s_uvp=(5, 2), d_uvp_i=(-2, 2), d_uvp_g=(-1, -2)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.244, 0.547), uvp_m=(0.221, 0.538), s_uvp=(4, 3), d_uvp_i=(-2, 1), d_uvp_g=(0, -3)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.156, 0.548), uvp_m=(0.135, 0.532), s_uvp=(4, 3), d_uvp_i=(-1, 3), d_uvp_g=(3, -4)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.159, 0.511), uvp_m=(0.145, 0.472), s_uvp=(9, 7), d_uvp_i=(-1, 2), d_uvp_g=(2, 1)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.16, 0.406), uvp_m=(0.163, 0.331), s_uvp=(23, 31), d_uvp_i=(2, -3), d_uvp_g=(-1, 3)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.19, 0.481), uvp_m=(0.176, 0.431), s_uvp=(5, 24), d_uvp_i=(2, -2), d_uvp_g=(2, 0)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.258, 0.431), uvp_m=(0.244, 0.349), s_uvp=(4, 19), d_uvp_i=(-3, 13), d_uvp_g=(-4, 19))), 3: (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.223, 0.521), uvp_m=(0.206, 0.478), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.228, 0.517), uvp_m=(0.211, 0.494), s_uvp=(1, 3), d_uvp_i=(0, 2), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.462, 0.519), uvp_m=(0.448, 0.505), s_uvp=(11, 4), d_uvp_i=(-3, 6), d_uvp_g=(-4, 6)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.285, 0.524), uvp_m=(0.267, 0.507), s_uvp=(6, 3), d_uvp_i=(-1, 1), d_uvp_g=(-2, 1)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.346, 0.546), uvp_m=(0.325, 0.541), s_uvp=(11, 3), d_uvp_i=(1, -2), d_uvp_g=(2, 3)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.338, 0.543), uvp_m=(0.321, 0.532), s_uvp=(9, 6), d_uvp_i=(-3, 2), d_uvp_g=(-3, 7)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.287, 0.554), uvp_m=(0.267, 0.548), s_uvp=(4, 5), d_uvp_i=(1, -2), d_uvp_g=(0, 5)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.244, 0.547), uvp_m=(0.226, 0.531), s_uvp=(3, 6), d_uvp_i=(-1, 3), d_uvp_g=(-2, 8)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.157, 0.548), uvp_m=(0.141, 0.528), s_uvp=(9, 6), d_uvp_i=(2, 2), d_uvp_g=(0, 6)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.16, 0.51), uvp_m=(0.151, 0.486), s_uvp=(8, 5), d_uvp_i=(-2, -1), d_uvp_g=(-2, -5)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.162, 0.407), uvp_m=(0.158, 0.375), s_uvp=(6, 7), d_uvp_i=(1, -6), d_uvp_g=(4, -23)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.191, 0.482), uvp_m=(0.179, 0.452), s_uvp=(4, 5), d_uvp_i=(0, 1), d_uvp_g=(1, -7)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.258, 0.432), uvp_m=(0.238, 0.396), s_uvp=(4, 8), d_uvp_i=(5, 3), d_uvp_g=(4, -11))), 4: (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.258, 0.523), uvp_m=(0.199, 0.467), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.257, 0.524), uvp_m=(0.205, 0.495), s_uvp=(2, 2), d_uvp_i=(0, 4), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.46, 0.521), uvp_m=(0.416, 0.501), s_uvp=(11, 6), d_uvp_i=(-6, 4), d_uvp_g=(-6, 9)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.308, 0.526), uvp_m=(0.253, 0.503), s_uvp=(7, 3), d_uvp_i=(-1, 1), d_uvp_g=(-1, 0)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.36, 0.544), uvp_m=(0.303, 0.541), s_uvp=(14, 5), d_uvp_i=(1, -4), d_uvp_g=(1, 2)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.35, 0.541), uvp_m=(0.296, 0.527), s_uvp=(11, 7), d_uvp_i=(-2, 4), d_uvp_g=(-3, 9)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.317, 0.55), uvp_m=(0.26, 0.547), s_uvp=(9, 5), d_uvp_i=(1, -3), d_uvp_g=(0, 3)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.258, 0.543), uvp_m=(0.203, 0.52), s_uvp=(4, 6), d_uvp_i=(0, 8), d_uvp_g=(0, 9)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.193, 0.543), uvp_m=(0.142, 0.516), s_uvp=(6, 9), d_uvp_i=(3, 8), d_uvp_g=(2, 6)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.18, 0.516), uvp_m=(0.14, 0.484), s_uvp=(9, 5), d_uvp_i=(-2, -1), d_uvp_g=(-1, -9)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.185, 0.445), uvp_m=(0.151, 0.394), s_uvp=(8, 10), d_uvp_i=(2, -8), d_uvp_g=(8, -24)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.225, 0.49), uvp_m=(0.18, 0.448), s_uvp=(4, 8), d_uvp_i=(1, -1), d_uvp_g=(3, -11)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.278, 0.455), uvp_m=(0.229, 0.388), s_uvp=(6, 14), d_uvp_i=(1, 12), d_uvp_g=(3, 0))), 5: (BrenemanExperimentResult(name=u'Gray', uvp_t=(0.028, 0.48), uvp_m=(0.212, 0.491), s_uvp=(2, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Red', uvp_t=(0.449, 0.512), uvp_m=(0.408, 0.514), s_uvp=(11, 5), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.269, 0.505), uvp_m=(0.262, 0.511), s_uvp=(4, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.331, 0.548), uvp_m=(0.303, 0.545), s_uvp=(4, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.322, 0.541), uvp_m=(0.303, 0.538), s_uvp=(4, 4), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.268, 0.555), uvp_m=(0.264, 0.55), s_uvp=(3, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.224, 0.538), uvp_m=(0.227, 0.535), s_uvp=(3, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Green', uvp_t=(0.134, 0.531), uvp_m=(0.159, 0.53), s_uvp=(9, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.145, 0.474), uvp_m=(0.165, 0.49), s_uvp=(8, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.163, 0.329), uvp_m=(0.173, 0.378), s_uvp=(7, 12), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.179, 0.438), uvp_m=(0.189, 0.462), s_uvp=(5, 4), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.245, 0.364), uvp_m=(0.239, 0.401), s_uvp=(4, 16), d_uvp_i=None, d_uvp_g=None)), 6: (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.257, 0.525), uvp_m=(0.201, 0.482), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.267, 0.521), uvp_m=(0.207, 0.485), s_uvp=(5, 3), d_uvp_i=(-1, 0), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.457, 0.521), uvp_m=(0.398, 0.516), s_uvp=(9, 4), d_uvp_i=(-2, -5), d_uvp_g=(1, -9)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.316, 0.526), uvp_m=(0.253, 0.503), s_uvp=(5, 3), d_uvp_i=(-3, -2), d_uvp_g=(-1, -3)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.358, 0.545), uvp_m=(0.287, 0.55), s_uvp=(7, 3), d_uvp_i=(3, 0), d_uvp_g=(7, -6)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.35, 0.541), uvp_m=(0.282, 0.54), s_uvp=(6, 3), d_uvp_i=(-1, 0), d_uvp_g=(2, -5)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.318, 0.551), uvp_m=(0.249, 0.556), s_uvp=(7, 2), d_uvp_i=(-1, 1), d_uvp_g=(2, -5)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.256, 0.547), uvp_m=(0.188, 0.537), s_uvp=(5, 4), d_uvp_i=(3, 1), d_uvp_g=(4, -2)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.193, 0.542), uvp_m=(0.133, 0.52), s_uvp=(13, 3), d_uvp_i=(5, -2), d_uvp_g=(5, -4)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.18, 0.516), uvp_m=(0.137, 0.466), s_uvp=(12, 10), d_uvp_i=(0, 0), d_uvp_g=(-2, 2)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.186, 0.445), uvp_m=(0.156, 0.353), s_uvp=(12, 45), d_uvp_i=(6, 1), d_uvp_g=(2, 6)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.225, 0.492), uvp_m=(0.178, 0.428), s_uvp=(6, 14), d_uvp_i=(1, -1), d_uvp_g=(-1, 3)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.276, 0.456), uvp_m=(0.227, 0.369), s_uvp=(6, 27), d_uvp_i=(-2, 4), d_uvp_g=(-3, 9))), 7: (BrenemanExperimentResult(name=u'Gray', uvp_t=(0.208, 0.481), uvp_m=(0.211, 0.486), s_uvp=(2, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Red', uvp_t=(0.448, 0.512), uvp_m=(0.409, 0.516), s_uvp=(9, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.269, 0.505), uvp_m=(0.256, 0.506), s_uvp=(4, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.331, 0.549), uvp_m=(0.305, 0.547), s_uvp=(5, 4), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.322, 0.541), uvp_m=(0.301, 0.539), s_uvp=(5, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.268, 0.555), uvp_m=(0.257, 0.552), s_uvp=(3, 4), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.225, 0.538), uvp_m=(0.222, 0.536), s_uvp=(3, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Green', uvp_t=(0.135, 0.531), uvp_m=(0.153, 0.529), s_uvp=(8, 2), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.145, 0.475), uvp_m=(0.16, 0.484), s_uvp=(3, 5), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.163, 0.331), uvp_m=(0.171, 0.379), s_uvp=(4, 11), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.179, 0.438), uvp_m=(0.187, 0.452), s_uvp=(4, 7), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.245, 0.365), uvp_m=(0.24, 0.398), s_uvp=(4, 10), d_uvp_i=None, d_uvp_g=None)), 8: (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.258, 0.524), uvp_m=(0.195, 0.469), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.257, 0.525), uvp_m=(0.2, 0.494), s_uvp=(2, 3), d_uvp_i=(1, 2), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.458, 0.522), uvp_m=(0.41, 0.508), s_uvp=(12, 4), d_uvp_i=(-3, 5), d_uvp_g=(-7, 2)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.308, 0.526), uvp_m=(0.249, 0.502), s_uvp=(6, 2), d_uvp_i=(-1, 1), d_uvp_g=(-3, -1)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.359, 0.545), uvp_m=(0.299, 0.545), s_uvp=(12, 4), d_uvp_i=(0, -2), d_uvp_g=(-3, 0)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.349, 0.54), uvp_m=(0.289, 0.532), s_uvp=(10, 4), d_uvp_i=(0, 1), d_uvp_g=(-2, 2)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.317, 0.55), uvp_m=(0.256, 0.549), s_uvp=(9, 5), d_uvp_i=(0, -3), d_uvp_g=(-3, 1)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.26, 0.545), uvp_m=(0.198, 0.529), s_uvp=(5, 5), d_uvp_i=(3, 1), d_uvp_g=(0, 3)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.193, 0.543), uvp_m=(0.137, 0.52), s_uvp=(9, 5), d_uvp_i=(3, 0), d_uvp_g=(2, 1)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.182, 0.516), uvp_m=(0.139, 0.477), s_uvp=(9, 4), d_uvp_i=(-3, 0), d_uvp_g=(-2, -4)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.184, 0.444), uvp_m=(0.15, 0.387), s_uvp=(5, 11), d_uvp_i=(3, -10), d_uvp_g=(6, -22)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.224, 0.489), uvp_m=(0.177, 0.439), s_uvp=(5, 6), d_uvp_i=(1, 1), d_uvp_g=(1, -7)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.277, 0.454), uvp_m=(0.226, 0.389), s_uvp=(4, 10), d_uvp_i=(1, 4), d_uvp_g=(1, -8))), 9: (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.254, 0.525), uvp_m=(0.195, 0.465), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.256, 0.524), uvp_m=(0.207, 0.496), s_uvp=(4, 6), d_uvp_i=(3, 2), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.459, 0.521), uvp_m=(0.415, 0.489), s_uvp=(20, 14), d_uvp_i=(2, 12), d_uvp_g=(-2, 21)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.307, 0.525), uvp_m=(0.261, 0.5), s_uvp=(7, 7), d_uvp_i=(0, 1), d_uvp_g=(-5, 2)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.359, 0.545), uvp_m=(0.313, 0.532), s_uvp=(7, 5), d_uvp_i=(-2, -3), d_uvp_g=(-6, 13)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.349, 0.54), uvp_m=(0.302, 0.51), s_uvp=(11, 15), d_uvp_i=(0, 12), d_uvp_g=(-5, 24)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.317, 0.55), uvp_m=(0.268, 0.538), s_uvp=(7, 10), d_uvp_i=(1, -4), d_uvp_g=(-4, 12)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.259, 0.544), uvp_m=(0.212, 0.51), s_uvp=(10, 11), d_uvp_i=(0, 14), d_uvp_g=(-4, 22)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.193, 0.542), uvp_m=(0.15, 0.506), s_uvp=(6, 10), d_uvp_i=(-1, 13), d_uvp_g=(-2, 15)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.181, 0.517), uvp_m=(0.144, 0.487), s_uvp=(9, 6), d_uvp_i=(-3, 0), d_uvp_g=(-1, -9)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.184, 0.444), uvp_m=(0.155, 0.407), s_uvp=(4, 11), d_uvp_i=(-2, -6), d_uvp_g=(6, -36)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.225, 0.49), uvp_m=(0.183, 0.458), s_uvp=(5, 8), d_uvp_i=(1, -3), d_uvp_g=(2, -19)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.276, 0.454), uvp_m=(0.233, 0.404), s_uvp=(7, 12), d_uvp_i=(2, 9), d_uvp_g=(0, -16)), BrenemanExperimentResult(name=u'(Gray)h', uvp_t=(0.256, 0.525), uvp_m=(0.208, 0.498), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'(Red)h', uvp_t=(0.456, 0.521), uvp_m=(0.416, 0.501), s_uvp=(15, 7), d_uvp_i=None, d_uvp_g=(-6, -9)), BrenemanExperimentResult(name=u'(Brown)h', uvp_t=(0.349, 0.539), uvp_m=(0.306, 0.526), s_uvp=(11, 8), d_uvp_i=None, d_uvp_g=(-8, 7)), BrenemanExperimentResult(name=u'(Foliage)h', uvp_t=(0.26, 0.545), uvp_m=(0.213, 0.528), s_uvp=(7, 9), d_uvp_i=None, d_uvp_g=(-4, 5)), BrenemanExperimentResult(name=u'(Green)h', uvp_t=(0.193, 0.543), uvp_m=(0.149, 0.525), s_uvp=(10, 8), d_uvp_i=None, d_uvp_g=(-1, -1)), BrenemanExperimentResult(name=u'(Blue)h', uvp_t=(0.184, 0.444), uvp_m=(0.156, 0.419), s_uvp=(7, 8), d_uvp_i=None, d_uvp_g=(4, -45)), BrenemanExperimentResult(name=u'(Purple)h', uvp_t=(0.277, 0.456), uvp_m=(0.236, 0.422), s_uvp=(6, 11), d_uvp_i=None, d_uvp_g=(-2, -29))), 10: (BrenemanExperimentResult(name=u'Gray', uvp_t=(0.208, 0.482), uvp_m=(0.213, 0.494), s_uvp=(3, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Red', uvp_t=(0.447, 0.512), uvp_m=(0.411, 0.506), s_uvp=(15, 7), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.269, 0.505), uvp_m=(0.269, 0.511), s_uvp=(4, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.331, 0.549), uvp_m=(0.315, 0.536), s_uvp=(7, 8), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.323, 0.542), uvp_m=(0.31, 0.526), s_uvp=(6, 8), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.268, 0.556), uvp_m=(0.268, 0.541), s_uvp=(3, 6), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.226, 0.538), uvp_m=(0.23, 0.525), s_uvp=(4, 8), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Green', uvp_t=(0.135, 0.531), uvp_m=(0.158, 0.524), s_uvp=(6, 3), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.145, 0.476), uvp_m=(0.161, 0.491), s_uvp=(4, 4), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.163, 0.33), uvp_m=(0.171, 0.377), s_uvp=(6, 19), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.179, 0.439), uvp_m=(0.187, 0.465), s_uvp=(5, 5), d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.245, 0.366), uvp_m=(0.24, 0.402), s_uvp=(3, 12), d_uvp_i=None, d_uvp_g=None)), 11: (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.208, 0.482), uvp_m=(0.174, 0.52), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.209, 0.483), uvp_m=(0.176, 0.513), s_uvp=(3, 4), d_uvp_i=(2, 2), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.45, 0.512), uvp_m=(0.419, 0.524), s_uvp=(10, 2), d_uvp_i=(3, 2), d_uvp_g=(8, -1)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.268, 0.506), uvp_m=(0.24, 0.528), s_uvp=(6, 2), d_uvp_i=(-4, 0), d_uvp_g=(-3, 0)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.331, 0.547), uvp_m=(0.293, 0.553), s_uvp=(6, 2), d_uvp_i=(3, -1), d_uvp_g=(5, 1)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.323, 0.542), uvp_m=(0.29, 0.552), s_uvp=(5, 2), d_uvp_i=(-1, -3), d_uvp_g=(0, -1)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.266, 0.549), uvp_m=(0.236, 0.557), s_uvp=(4, 2), d_uvp_i=(-3, -2), d_uvp_g=(-4, 2)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.227, 0.538), uvp_m=(0.194, 0.552), s_uvp=(4, 2), d_uvp_i=(2, -3), d_uvp_g=(-1, 1)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.146, 0.534), uvp_m=(0.118, 0.551), s_uvp=(8, 3), d_uvp_i=(4, -2), d_uvp_g=(-6, 3)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.16, 0.475), uvp_m=(0.13, 0.513), s_uvp=(9, 4), d_uvp_i=(1, -1), d_uvp_g=(-4, -3)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.177, 0.34), uvp_m=(0.133, 0.427), s_uvp=(6, 14), d_uvp_i=(4, -17), d_uvp_g=(11, -29)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.179, 0.438), uvp_m=(0.146, 0.482), s_uvp=(6, 10), d_uvp_i=(1, 4), d_uvp_g=(0, -1)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.245, 0.366), uvp_m=(0.216, 0.419), s_uvp=(4, 13), d_uvp_i=(-3, 8), d_uvp_g=(4, -2))), 12: (BrenemanExperimentResult(name=u'Illuminant', uvp_t=(0.205, 0.482), uvp_m=(0.174, 0.519), s_uvp=None, d_uvp_i=None, d_uvp_g=None), BrenemanExperimentResult(name=u'Gray', uvp_t=(0.208, 0.482), uvp_m=(0.181, 0.507), s_uvp=(4, 3), d_uvp_i=(0, 1), d_uvp_g=(0, 0)), BrenemanExperimentResult(name=u'Red', uvp_t=(0.451, 0.512), uvp_m=(0.422, 0.526), s_uvp=(20, 3), d_uvp_i=(0, -5), d_uvp_g=(10, -5)), BrenemanExperimentResult(name=u'Skin', uvp_t=(0.268, 0.506), uvp_m=(0.244, 0.525), s_uvp=(5, 2), d_uvp_i=(-6, 0), d_uvp_g=(-2, -1)), BrenemanExperimentResult(name=u'Orange', uvp_t=(0.331, 0.548), uvp_m=(0.292, 0.553), s_uvp=(10, 2), d_uvp_i=(5, 2), d_uvp_g=(11, 1)), BrenemanExperimentResult(name=u'Brown', uvp_t=(0.324, 0.542), uvp_m=(0.286, 0.554), s_uvp=(8, 1), d_uvp_i=(5, -3), d_uvp_g=(10, -4)), BrenemanExperimentResult(name=u'Yellow', uvp_t=(0.266, 0.548), uvp_m=(0.238, 0.558), s_uvp=(6, 2), d_uvp_i=(-3, -1), d_uvp_g=(-1, -2)), BrenemanExperimentResult(name=u'Foliage', uvp_t=(0.227, 0.538), uvp_m=(0.196, 0.555), s_uvp=(6, 3), d_uvp_i=(3, -4), d_uvp_g=(2, -5)), BrenemanExperimentResult(name=u'Green', uvp_t=(0.145, 0.534), uvp_m=(0.124, 0.551), s_uvp=(8, 6), d_uvp_i=(1, -1), d_uvp_g=(-8, -1)), BrenemanExperimentResult(name=u'Blue-green', uvp_t=(0.16, 0.474), uvp_m=(0.135, 0.505), s_uvp=(5, 2), d_uvp_i=(1, -1), d_uvp_g=(-4, -3)), BrenemanExperimentResult(name=u'Blue', uvp_t=(0.178, 0.339), uvp_m=(0.149, 0.392), s_uvp=(4, 20), d_uvp_i=(-1, -5), d_uvp_g=(3, -7)), BrenemanExperimentResult(name=u'Sky', uvp_t=(0.179, 0.44), uvp_m=(0.15, 0.473), s_uvp=(4, 8), d_uvp_i=(3, 2), d_uvp_g=(2, 0)), BrenemanExperimentResult(name=u'Purple', uvp_t=(0.246, 0.366), uvp_m=(0.222, 0.404), s_uvp=(5, 15), d_uvp_i=(-4, 2), d_uvp_g=(4, 2)))}¶

Breneman (1987) experiments.

BRENEMAN_EXPERIMENTS : dict