In a message dated 6/9/2001 6:18:40 AM EST, [EMAIL PROTECTED] writes:
I just tried scanning a slide and outputting a colour TIFF and an IR one.
It was very educational. Any sort of mark, scratch or dust spot is utterly
black in the IR scan.
If you look closer, you'll see that the dust
If you purchase a high resolution scanner which now is prone to give
you image artifacts generated by a micro bleb or dust particle (see
ragged edges - below) on the film, and then negate the high dpi by
applying ICE which - in effect - smoothes (or smears) the entire
image (like blurring in
: Infrared scan
| If you purchase a high resolution scanner which now is prone to give
| you image artifacts generated by a micro bleb or dust particle (see
| ragged edges - below) on the film, and then negate the high dpi by
| applying ICE which - in effect - smoothes (or smears) the entire
| image (like
Rob writes ...
I just tried scanning a slide and outputting a colour TIFF
and an IR one. It was very educational. Any sort of mark,
scratch or dust spot is utterly black in the IR scan.
Some of the image is also visible as is some of the grain,
which probably explains why the image is
In a message dated 6/9/2001 4:27:15 PM EST, [EMAIL PROTECTED]
writes:
Just curious but is any of Nikon's ICE code in firmware or is it all
contained in NikonScan?
It's a software algorithm in NikonScan. The scanner itself just
returns infrared data along with rgb data.
Regards,
Ed
At 08:27 09-06-01 -0700, shAf wrote:
Rob writes ...
I just tried scanning a slide and outputting a colour TIFF
and an IR one. It was very educational. Any sort of mark,
scratch or dust spot is utterly black in the IR scan.
Some of the image is also visible as is some of the grain,
At 17:37 09-06-01 -0400, [EMAIL PROTECTED] wrote:
In a message dated 6/9/2001 4:27:15 PM EST, [EMAIL PROTECTED]
writes:
Just curious but is any of Nikon's ICE code in firmware or is it all
contained in NikonScan?
It's a software algorithm in NikonScan. The scanner itself just
returns
