message_box('Sample spectral power distribution interpolation.') clone_spd.interpolate(colour.SpectralShape(360, 780, 1)) print(clone_spd[666]) print('\n') message_box('Sample spectral power distribution extrapolation.') clone_spd.extrapolate(colour.SpectralShape(340, 830)) print(clone_spd[340], clone_spd[360]) print('\n') message_box('Sample spectral power distribution align.') clone_spd.align(colour.SpectralShape(400, 700, 5)) print(clone_spd[400], clone_spd[700]) print('\n') message_box('Constant value filled spectral power distribution.') print(colour.constant_spd(3.1415)[400]) print('\n') message_box('Zeros filled spectral power distribution.') print(colour.zeros_spd()[400]) print('\n') message_box('Ones filled spectral power distribution.') print(colour.ones_spd()[400])
message_box("Sample spectral power distribution interpolation.") clone_spd.interpolate(colour.SpectralShape(360, 780, 1)) print(clone_spd[666]) print("\n") message_box("Sample spectral power distribution extrapolation.") clone_spd.extrapolate(colour.SpectralShape(340, 830)) print(clone_spd[340], clone_spd[360]) print("\n") message_box("Sample spectral power distribution align.") clone_spd.align(colour.SpectralShape(400, 700, 5)) print(clone_spd[400], clone_spd[700]) print("\n") message_box("Constant value filled spectral power distribution.") print(colour.constant_spd(3.1415)[400]) print("\n") message_box("Zeros filled spectral power distribution.") print(colour.zeros_spd()[400]) print("\n") message_box("Ones filled spectral power distribution.") print(colour.ones_spd()[400])