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1.1 root 1: .TH IMSCAN 1 "arend"
2: .CT 1 graphics
3: .SH NAME
4: imscan \(mi scan greyscale images
5: .SH SYNOPSIS
6: .B imscan
7: [
8: .BI -s N
9: ]
10: [
11: .BI -l N
12: ]
13: .I file
14: .SH DESCRIPTION
15: .I Imscan
16: digitizes an image with an Imagitex grey-scale scanner
17: and places the result in the named file in the form of
18: .IR picfile (5).
19: The options are
20: .TP
21: .BI -s N
22: Set a scale factor
23: .RI 1\(<= N \(<=9,
24: default 4.
25: With scale factor
26: .I N
27: the image is subsampled: only 1 out of every
28: .I N\(muN
29: pixels is stored.
30: A larger scale factor, therefore, produces a smaller image.
31: .TP
32: .BI -l N
33: Use lens focal length
34: .I N,
35: where
36: .I N
37: is either 5 or 8 (default).
38: The 8-inch lens scans images at 480 dots per inch.
39: The 5-inch lens scans at 754 dots per inch.
40: .SH "SEE ALSO"
41: .IR cscan (1),
42: .IR pico (1),
43: .IR qsnap (1),
44: .I mugs
45: in
46: .IR face (9.7),
47: .IR picfile (5)
48: .SH BUGS
49: It is hard to get more than 2000 pixels per scanline reliably.
50: For large originals, higher scale factors work better than
51: smaller ones.
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