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We’ve had issues when printing jobs containing vector artwork that needs to be enlarged 500 - 900% when imported in any layout program to be a usable size, (this is vector art with a document setup as pixels and is the size of a postage stamp, i.e. tiny artwork).
Vector art can be scaled up or down at any size and will look and print great, but….In the past few months, with some of the vector downloads (from various sites), once enlarged it looks and prints like the attached screenshot. My question, is there an advantage to creating vector art very small and as pixels, rather than creating larger artwork and in “inches" for example? I’m guessing the file size might have something to do with it being done that way. But generally, vector files are small in kilobytes/megabytes, so that’s not a big advantage.
The fix is to open the file in Illustrator, scale it to a large size, save and then import it. The issue is that some jobs have been printed on press, before the pixelation is caught by someone, and has to be fixed then reprinted. We’ve also had this happen when printing customer files containing the same type of vector art.
Any thoughts or input on this issue would be greatly appreciated.
Why do you flatten it before importing into InDesign?
All you have to do is save as an AI file with PDF compatiblity turned on and then place it into your ID file.
The flattening will then be done in InDesign at the moment when you write a PDF. Or maybe not even then, provided you export a PDF/X-4.
People usually make small files when preparing artwork for Microstock services. The reason for that is:
- the services want EPS files
- in EPS transparency is flattened to pixels
- pixels make large files
Of
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Moving to Illustrator
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The image has been partially rasterized. Maybe due to effects, maybe due to flattening.
The drop shadows might be still live effects, so you could try and open Effects Document raster effects settings and input a higher resolution.
But the rasterization in the center of the image might actually be flattened to piels. This cannot be solved afterwards.
Try and open the layers panel in Illustrator to inspect the artwork.
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Interesting thread - would love to learn more about the printing side
So just guessing:
The area under the text had to be razerised, bacuse illustrator saw it as the only way to maintain the gradient AND drop shadow apperances together.
The lucky confetti on our right just escaped the drop shadows range so is still vector
The equally fortunate i is sitting pretty on the top of the stack- above the chaos.
The n gets away with just a raster shadow?.
And Ilustrator now tired, probably treated the o area as a complex region and rasterized it with the excuse '' it will print faster ''.
Are the files dimensions too small for an increase in the flatten transparency settings to help ?
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"And Ilustrator now tired, probably..."
Really?
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https://forums.adobe.com/people/Ray+Yorkshire schrieb
And Ilustrator now tired,
The trouble is that people download an EPS and think it's a vector image.
And the people uploading to "various sites" sometimes don't know better either.
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All input above is great! And does make sense, I've done flatten transparency and considering how small the file dimensions are to make it high resolution for enlargement in Indesign, it makes a huge file in mb. Which took way longer to export to a print pdf, and also a really long time to process for plating. So, getting back to original question.
My question, is there an advantage to creating vector art very small and as pixels, rather than creating larger artwork and in “inches" for example? I’m guessing the file size might have something to do with it being done that way. But generally, vector files are small in kilobytes/megabytes, so that’s not a big advantage.
Because if I open any small art in Illustrator, enlarge it 500% save it, import it into Indesign, it doesn't do the pixelation at all.
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Why do you flatten it before importing into InDesign?
All you have to do is save as an AI file with PDF compatiblity turned on and then place it into your ID file.
The flattening will then be done in InDesign at the moment when you write a PDF. Or maybe not even then, provided you export a PDF/X-4.
People usually make small files when preparing artwork for Microstock services. The reason for that is:
- the services want EPS files
- in EPS transparency is flattened to pixels
- pixels make large files
Of course the EPS files (when saved as EPS 10 from Illustrator) also contain editable AI files.
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Actually, we only tried the Flatten Transparency once to see if that would be the way to go without sizing up the art, since we had already placed the art in Indesign and didn't want to have to resize or re-import the art, but Flatten Transparency AND increasing the resolution made the tiny file "gigantic (mb)" and took too long to process...Sizing up the file in Illustrator, then saving the .ai file for import...so it would be a nice usable size for layout is what we've been doing for a fix.
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