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Diffstat (limited to '')
| -rw-r--r-- | examples/lisp-esque.conf | 22 |
1 files changed, 12 insertions, 10 deletions
diff --git a/examples/lisp-esque.conf b/examples/lisp-esque.conf index c9dad3c..a26f82c 100644 --- a/examples/lisp-esque.conf +++ b/examples/lisp-esque.conf @@ -141,17 +141,19 @@ ; If you want a more advance calculation of the correlated colour ; temperature you can replace (temperature) in the step about with ; (temperature') and add the following *before* it: - ; (compose temperature' as-is (divide_by_maximum cmf_10deg)) + ; (compose temperature' temperature as-is (divide_by_maximum cmf_10deg)) ; This is the default, but you can also use for example and of the following: - ; (compose temperature' as-is (divide_by_maximum series_d)) - ; (compose temperature' as-is (clip_whitepoint simple_whitepoint)) - ; (compose temperature' as-is (divide_by_maximum cmf_2deg)) - ; (compose temperature' as-is redshift') - ; Where Redshift' needs to be composed by temperature': - ; (compose redshift' as-is yes) ; as in redshift<=1.8 - ; (compose redshift' as-is no) ; as in redshift>1.8 - ; (compose redshift' as-is yes yes) ; as in redshift<=1.8 but interpolating in linear RGB - ; (compose redshift' as-is no yes) ; as in redshift>1.8 but interpolating in linear RGB + ; (compose temperature' temperature as-is (divide_by_maximum series_d)) + ; (compose temperature' temperature as-is (clip_whitepoint simple_whitepoint)) + ; (compose temperature' temperature as-is (divide_by_maximum cmf_2deg)) + ; (compose temperature' temperature as-is redshift') + ; Where Redshift' needs to be composed before temperature': + ; (compose redshift' redshift as-is yes) ; as in redshift<=1.8 + ; (compose redshift' redshift as-is no) ; as in redshift>1.8 + ; (compose redshift' redshift as-is yes yes) ; as in redshift<=1.8 + ; ; but interpolating in linear RGB + ; (compose redshift' redshift as-is no yes) ; as in redshift>1.8 + ; ; but interpolating in linear RGB ; See `info blueshift 'configuration api' 'colour curve manipulators'` ; and look for ‘temperature’ for details. |