Required Parameters - Available Colormaps

Identifier	Description	WMS Legend Example
blue_magenta	Colormap with custom markings for precipitation. The inverted version is magenta_blue without custom markers.
blue_to_red	Colormap with fixed parameter dependent scaling. Also exists as an inverted version called red_to_blue.
blues	Colormap with fixed parameter dependent scaling.
blues_inverted	Inversion of blues.
ceiling_height_segmented	Designed for ceiling_height_agl parameters.
dwd_warnings	Segmented colormap intended to be used for warn parameters.
gray	Colormap with fixed parameter-dependent scaling.
gray_inverted	Inversion of gray.
gray_transparent	Grayscale from transparent to white.
jet	Colormap with fixed parameter-dependent scaling that goes from blue to red with green in between.
jet_inverted	Inversion of jet.
jet_segmented	A segmented version of jet with 40 steps.
jet_segmented_inverted	Inversion of jet_segmented.
lifted_index_global	A colormap specifically created to display the subtle changes of the lifted index on a global scale.
lifted_index_global_segmented	A segmented version of lifted_index_global.
magenta_blue	Inversion of blue_magenta.
periodic	Periodic colormap with fixed parameter dependent scaling. Best used for periodic quantities like directions.
periodic_inverted	Inversion of periodic.
plasma	Colormap with fixed parameter dependent scaling that goes from purple to yellow.
plasma_inverted	Inversion of plasma.
prism	Colormap with fixed parameter dependent scaling, but without a one-to-one correspondence between values and colors.
prism_inverted	Inversion of prism.
radar_log	Colormap with fixed parameter dependent logarithmic scaling, developed for displaying precipitation.
radar_segmented	An alternative to display precipitation.
reds	Colormap with fixed parameter dependent scaling, where the smallest value corresponds to white and the largest one to red.
reds_inverted	Inversion of reds.
red_to_blue	Inversion of blue_to_red.
red_yellow_green	An inverted traffic light, useful e.g. for visibility where lower values correspond to more problematic situations.
seismic	Colormap with fixed parameter dependent scaling, similar to blue_to_red but with stronger colors.
seismic_inverted	Inversion of seismic.
t_europe	Colormap with fixed parameter dependent scaling developed to display temperature in mid-lattitude areas throughout the whole year in pleasant colors.
t_europe_segmented	A segmented variant of t_europe.
t_global	Colormap with fixed parameter dependent scaling developed to display temperature on the whole globe throughout the whole year, focussing on subtle changes.
t_global_segmented	A segmented variant of t_global.
traffic_light	From red to green, best suited for warning parameters where low values correspond to higher risks.
traffic_light_inverted	From green to red, best suited for warning parameters where high values correspond to higher risks.
viridis	Colormap with fixed parameter-dependent scaling, where the smallest value corresponds to blue and the largest value to yellow.
viridis_inverted	Inversion of viridis.
visibility_segmented	Designed for the visibility:m parameter with transparency for high values.
wave_height_segmented	Colormap from blue to red, developed for displaying wave heights.