E
Ednaz
Guest
The best example of this that I know of is the ProPhoto RGB color space. It's really big, and if I don't convert it down to adobe RGB before printing, it's not at all unusual for me to discover weird things happening with color when I print. That's the image. Then there's what the monitor shows, which is a lot smaller than Adobe RGB with older monitors, but close with new ones. (Of course it's perfectly on Adobe RGB if you shell out $5,000 for the really exotic monitors...)
Then there's the print, and the gamut there is a combo of ink and paper interactions, along with the aggressiveness of the profile. It used to take me a couple months of fiddling to finally get a profile that I didn't have to adjust for some of my photos. (Three or four prints in a week, with dry time, and then looking under three different color temp environments.) I'm a cross-processing deep saturation kind of guy, and find that I can't get decent prints of my stuff with any of the "public" profiles, which are very, very conservative to allow for variations between printers and batches of ink. For awhile I had two Epson 4000s and I had very, very different profiles for each for any given paper.
Now I have 10 images that I know push the corners of what any printer can produce, and it takes me only a few tries to get dialed in with a new paper. I profile with the colorvision hardware and software tools, then print my 10 images, tweak, and print one more confirming set.
So I think the statement you found is confusion between image, image on monitor, image on paper.
Then there's the print, and the gamut there is a combo of ink and paper interactions, along with the aggressiveness of the profile. It used to take me a couple months of fiddling to finally get a profile that I didn't have to adjust for some of my photos. (Three or four prints in a week, with dry time, and then looking under three different color temp environments.) I'm a cross-processing deep saturation kind of guy, and find that I can't get decent prints of my stuff with any of the "public" profiles, which are very, very conservative to allow for variations between printers and batches of ink. For awhile I had two Epson 4000s and I had very, very different profiles for each for any given paper.
Now I have 10 images that I know push the corners of what any printer can produce, and it takes me only a few tries to get dialed in with a new paper. I profile with the colorvision hardware and software tools, then print my 10 images, tweak, and print one more confirming set.
So I think the statement you found is confusion between image, image on monitor, image on paper.
"Note: The printer's color space will generally be smaller then the
image's color space, often resulting in colors that can't be
reproduced. The rendering intent you choose attempts to compensate
for these out-of-gamut colors."
Are they talking about extended gamut color spaces?