Colour pipette
Which RGB-, Lab-, RAL-,...colour has a certain monitor range?
The pipette collects the RGB-colour
values of the monitor, that is it pulls them from any programs. This is
very practical. Working in cooperation with the program "Nearest RAL-colours" one
can, for example, determine the appropriate RAL-colours to a photograph
of a facade.

Often required: Read RGB- and other
colour values off of any program!
The tool also shows the appropriate RAL-colour or harmonic colours.
Short instructions
Please note: The pipette blocks the use of the clipboard
The pipette uses the clipboard in order to copy colour values. As long as
the pipette window is open no other information can be copied to the clipboard.
Regarding the quality of the
RGB-colour values
In contrast to an image processing program the RAL C1
DIGITAL colour pipette does not necessarily collect the RGB-values of the
file displayed on the monitor, rather they are collected from the monitor
display itself.
Although these values are identical, as long as a TrueColor-monitor display
is concerned and no colour management is activated, yet they depart from
each other when the colour depth is lesser or a colour management program
is „mucking things up“. Take CorelDRAW as an example: when attempting
to ascertain RGB-colours with the RAL pipette, in CorelDRAW, the colour management
has to be deactivated by going into "extras/options". Photoshop,
Freehand, Illustrator, InDesign, and QuarkXpress are all similar.
No CMYK-colour
values
The colour pipette can not ascertain any CMYK-colour values, rather it can only ascertain their RGB-equivalent in the respective program. This is, for example, also true for the Acrobat-files for output variations that have CMYK-colour values as their basis (CMYK-offset print). As soon as CMYK is converted into RGB for the monitor there is quality loss in the darker colours.
Thus, as an example, the dark green tones of the RAL-standard colours, in the variation artprint, are displayed as (R, G, B) = (0, 0, 0) colour values on the monitor (and recognized as such by the colour pipette), because every CMYK-area coverage that is more than 300% is automatically converted into zero values in red, green and blue, in a linear calculation into RGB, even when many nuances still exist in these dark areas in CMYK.
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