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authorThomas White <taw@physics.org>2014-04-04 11:26:21 +0200
committerThomas White <taw@physics.org>2014-04-07 16:41:43 +0200
commitb4dc27e6212ef444e51536898be6b5825166e16b (patch)
tree99fd9f7f8cded0c434e576628d59df08c6fa58b3 /doc/man/hdfsee.1
parente619466c35a54ee630abc9520c7246266dbee1e5 (diff)
Update docs
Diffstat (limited to 'doc/man/hdfsee.1')
-rw-r--r--doc/man/hdfsee.14
1 files changed, 2 insertions, 2 deletions
diff --git a/doc/man/hdfsee.1 b/doc/man/hdfsee.1
index a8c59fb6..da3a51f3 100644
--- a/doc/man/hdfsee.1
+++ b/doc/man/hdfsee.1
@@ -81,12 +81,12 @@ Use \fIscale\fR as the colour scale. Possible scales are: \fBmono\fR, \fBinvmon
.PD 0
.IP \fB--median-filter=\fR\fIn\fR
.PD
-Apply a median filter with box "radius" \fIn\fR to the image. Each pixel will be set to the median of the values from a \fI(n+1)\fRx\fI(n+1)\fR square centered on the pixel. This might help with peak detection if the background is high and/or noisy. The \fIunfiltered\fR image will be used for the final integration of the peaks. If you also use \fB--noise-filter\fR, the median filter will be applied first.
+Apply a median filter with box "radius" \fIn\fR to the image. Each pixel will be set to the median of the values from a \fI(n+1)\fRx\fI(n+1)\fR square centered on the pixel. If you also use \fB--noise-filter\fR, the median filter will be applied first.
.PD 0
.IP \fB--filter-noise\fR
.PD
-Apply a noise filter to the image with checks 3x3 squares of pixels and sets all of them to zero if any of the nine pixels have a negative value. This filter may help with peak detection under certain circumstances. The \fIunfiltered\fR image will be used for the final integration of the peaks, because the filter is destroys a lot of information from the pattern. If you also use \fB--median-filter\fR, the median filter will be applied first.
+Apply a noise filter to the image with checks 3x3 squares of pixels and sets all of them to zero if any of the nine pixels have a negative value. If you also use \fB--median-filter\fR, the median filter will be applied first.
.SH AUTHOR
This page was written by Thomas White.