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Changing the interpolation's method of colours.
--
The superior man understands what is right;
the inferior man understands what will sell.
-- Confucius
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Le_Forgeron wrote:
> Changing the interpolation's method of colours.
I think HSV and XYV have the most natural transitions. Both xxL
interpolations have an odd dark spot in the blues, presumably because of
the way luminisoty is calculated. Though the standard RGB interpolation
isn't without merit.
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Le Fri, 07 Dec 2007 06:23:58 -0600, Mike Raiford a modifié des petits
morceaux de l'univers pour nous faire lire :
> Le_Forgeron wrote:
>
>> Changing the interpolation's method of colours.
>
> I think HSV and XYV have the most natural transitions. Both xxL
> interpolations have an odd dark spot in the blues, presumably because of
> the way luminisoty is calculated. Though the standard RGB interpolation
> isn't without merit.
I believe there is no right choice: it will always depend on the chosen
colours and the expected effect. Every interpolation has its own merit.
Sometimes, for some colours, any interpolation won't be as good as
another.
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Le Forgeron napsal(a):
> Le Fri, 07 Dec 2007 06:23:58 -0600, Mike Raiford a modifié des petits
> morceaux de l'univers pour nous faire lire :
>
>> Le_Forgeron wrote:
>>
>>> Changing the interpolation's method of colours.
>> I think HSV and XYV have the most natural transitions. Both xxL
>> interpolations have an odd dark spot in the blues, presumably because of
>> the way luminisoty is calculated. Though the standard RGB interpolation
>> isn't without merit.
>
> I believe there is no right choice: it will always depend on the chosen
> colours and the expected effect. Every interpolation has its own merit.
> Sometimes, for some colours, any interpolation won't be as good as
> another.
I'm used to RGB interpolation. When I want rainbow colors I specify the
six colors
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Personally I liked the YUV interpolation in the original thread the most.
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