Which RGB profile is the source actually using?
Treat untagged values as assumptions, not facts; distinguish sRGB from Adobe RGB before comparing results.
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Workflow Playbook
Convert brand and production colors between web and print spaces while documenting RGB profile assumptions, gamut limits, and round-trip checks.
Hubs
A color value is not self-describing. Before converting, record whether the source should be treated as sRGB, Adobe RGB, or an assumed untagged RGB value, and state whether the target is browser display, exported artwork, or print production.
Move the same color through RGB, CMYK, and a perceptual space such as Lab. That makes it easier to see whether the destination reduces chroma, shifts hue, or changes lightness. Highly saturated colors often reveal gamut limits only after this comparison.
Pick representative brand, UI, and print-critical colors and convert them back into the working RGB space. Record whether the returned values and the perceived appearance are close enough for the actual job, because a reversible-looking number path does not guarantee a visually safe handoff.
Workflow playbook
Start from the supplied hex or RGB values, convert them into a shared RGB basis, and write down whether they are assumed to be sRGB or another working RGB profile.
Generate the web, print, and neutral-reference representations needed for review so the same color can be inspected as RGB, CMYK, Lab, or XYZ rather than guessed from one encoding.
Use the perceptual spaces to spot large hue or lightness shifts, and flag colors whose CMYK or destination rendering will likely clip compared with the original RGB intent.
Convert representative destination values back into RGB and compare the return path so the team can document whether the workflow preserved appearance closely enough for the stated output.
Treat untagged values as assumptions, not facts; distinguish sRGB from Adobe RGB before comparing results.
Check whether saturated colors fall outside the destination and note where visual compromise is expected.
Convert back to the working RGB space and compare both the returned numbers and the perceived appearance.