By downloading this code you agree to the
Source Code Use License (PDF). |
{ version = 1.12; (* of denri.p 2018 Jan 07}
(* begin module describe.denri *)
(*
name
denri: compute density for delta Ri
synopsis
denri(data: in, denrip: in, den: out, xyplop: out, output: out)
files
data: output of scan program
den: output of this program. Use it as the xyin input to xyplo.
denrip: parameters to control the program. The file must contain the
following parameters, one per line:
0. The version number of the program. This allows the user to be
warned if an old parameter file is used.
1. numbertoprocess: number of data items to process (negative = all)
2. wantfrom, wantto: position from-to range for computing
3. wantminRi, wantmaxRi: bit from-to range for computing
xyplop: control file for xyplo
output: messages to the user
description
Take the delta Ri values from the scan program and compute the density at
each position and bit level. Bit values from the scan data file are
rounded and counts are placed in bins. The output can then be plotted
with xyplo.
examples
denrip:
1.01 version of denri that this parameter file is designed for.
1000 number of data items to process (negative = all)
-20 20 wantfrom, wantto: position from-to range for computing
-70 20 wantminRi, wantmaxRi: bit from-to range for computing
documentation
see also
scan.p, xyplo.p
author
Thomas Dana Schneider
bugs
technical notes
Four constants in module denri.const define the largest
position range and bit range the program can handle.
*)
(* end module describe.denri *)
{This manual page was created by makman 1.45}
{created by htmlink 1.62}