$ scanin -dipn -v -c Scan1-1.TIF 2530_01.cht scanner.icm 2530 Input file 'Scan1-1.TIF': w=638, h=834, d = 3, bpp = 8 Data input file '2530.ti2' Data output file '2530.ti3' Chart reference file '2530_01.cht' Creating diagnostic tiff file 'diag.tif' About to allocate scanrd_ object Verbosity = 2, flags = 0x42a01 About to read input tiff file and discover groups adivval = 1.000000 About to calculate edge lines 605 useful edges out of 1213 About to calculate rotation Mean angle = 0.075017 Standard deviation = 0.984996 Robust mean angle = 0.072161 from 517 lines About to calculate feature information About to read reference feature information Read of chart reference file succeeded About to match features Checking xx Checking yy Checking xy Checking yx Checking xix Checking yiy Checking xiy Checking yix Axis matches for each possible orientation: xx = 0.608301, yy = 0.666992 xy = 0.610055, yx = 0.610055 xix = 0.622056, yiy = 0.660446 xiy = 0.624085, yix = 0.328118 r0 = 0.893192, r90 = 0.349493, r180 = 0.897471, r270 = 0.341515 There are 2 candidate rotations: cc = 0.893192, irot = 0.072161, xoff = 11.432029, yoff = -0.347750, xscale = 1.035776, yscale = 1.046828 cc = 0.897471, irot = 180.072161, xoff = -645.475753, yoff = -849.511998, xscale = 1.035519, yscale = 1.046828 About to compute match transform for rotation 0.072161 deg. About to setup value scanrdg boxes About to read raster values About to compute expected value correlation About to compute match transform for rotation 180.072161 deg. About to write diag file Not all sample values have been filled $ scanin -dipn -v -ca Scan1-2.TIF 2530_02.cht scanner.icm 2530 Input file 'Scan1-2.TIF': w=638, h=834, d = 3, bpp = 8 Data input file '2530.ti2' Data output file '2530.ti3' Chart reference file '2530_02.cht' Creating diagnostic tiff file 'diag.tif' About to allocate scanrd_ object Verbosity = 2, flags = 0x42a01 About to read input tiff file and discover groups adivval = 0.842080 About to calculate edge lines 65 useful edges out of 338 About to calculate rotation Mean angle = 0.384290 Standard deviation = 1.080633 Robust mean angle = 0.222145 from 58 lines About to calculate feature information About to read reference feature information Read of chart reference file succeeded About to match features Checking xx Checking yy Checking xy Checking yx Checking xix Checking yiy Checking xiy Checking yix Axis matches for each possible orientation: xx = 0.765970, yy = 0.473513 xy = 0.782830, yx = 0.782830 xix = 0.523739, yiy = 0.417697 xiy = 0.674169, yix = 0.217821 r0 = 0.892884, r90 = 0.018338, r180 = 0.470106, r270 = 0.021214 There are 1 candidate rotations: cc = 0.892884, irot = 0.222145, xoff = -9.638212, yoff = 0.092212, xscale = 1.053827, yscale = 1.044898 About to compute final match transform Improve match About to setup value scanrdg boxes About to read raster values About to write diag file All sample values have been filled I don't get it!!!! All sample have been filled. On Tue, Nov 25, 2008 at 5:04 PM, Graeme Gill <graeme@xxxxxxxxxxxxx> wrote: > Rick Richardson wrote: > >> Did 75 DPI scans. Works AOK thru colprof!!!! >> > > Use whatever makes sense. There is no need for super > high DPI as long as the patches are adequately sampled, > but note that it's better to use a down sampler that > averages the values, rather than nearest neighbour samples > them. > > profile check complete, peak err = 113.637113, avg err = 25.167050 >> > > Looks like you've got a problem still. You need to look at the > scanin diagnostics (ie. -dipn) to check that the correct alignment > has been achieved. At worst you could specify the fiducial location > manually. > > Graeme Gill. > > -- Rick Richardson rick.richardson@xxxxxxxxxxx http://home.comcast.net/~rickrich1/ Linux printer driver for HP CLJ 2600n http://foo2hp.rkkda.com/ Linux printer driver (KM 2430 and HP 10xx) http://foo2zjs.rkkda.com/ Linux tools for geocaching http://geo.rkkda.com/