def apply_adaptation(self, target_illuminant, adaptation='bradford'):
"""
This applies an adaptation matrix to change the XYZ color's illuminant.
You'll most likely only need this during RGB conversions.
"""
logger.debug(" \- Original illuminant: %s", self.illuminant)
logger.debug(" \- Target illuminant: %s", target_illuminant)
# If the XYZ values were taken with a different reference white than the
# native reference white of the target RGB space, a transformation matrix
# must be applied.
if self.illuminant != target_illuminant:
logger.debug(" \* Applying transformation from %s to %s ",
self.illuminant, target_illuminant)
# Sets the adjusted XYZ values, and the new illuminant.
apply_chromatic_adaptation_on_color(color=self,
targ_illum=target_illuminant,
adaptation=adaptation)
def apply_adaptation(self, target_illuminant, adaptation='bradford'):
"""
This applies an adaptation matrix to change the XYZ color's illuminant.
You'll most likely only need this during RGB conversions.
"""
logger.debug(" \- Original illuminant: %s", self.illuminant)
logger.debug(" \- Target illuminant: %s", target_illuminant)
# If the XYZ values were taken with a different reference white than the
# native reference white of the target RGB space, a transformation matrix
# must be applied.
if self.illuminant != target_illuminant:
logger.debug(" \* Applying transformation from %s to %s ",
self.illuminant, target_illuminant)
# Sets the adjusted XYZ values, and the new illuminant.
apply_chromatic_adaptation_on_color(
color=self,
targ_illum=target_illuminant,
adaptation=adaptation)
