schiff

commit 008cace40d1b8d6cc3a565027f847d39dc61a89f
parent cd9cfb175fd8e9c71c95b3ffa38665d1e67bd2ae
Author: Vincent Forest <vincent.forest@meso-star.com>
Date:   Fri, 18 Mar 2016 14:24:31 +0100

Minor update of the schiff-output man page

Diffstat:
M
doc/schiff-output.5
 | 
28
++++++++++++++--------------

1 file changed, 14 insertions(+), 14 deletions(-)
diff --git a/doc/schiff-output.5 b/doc/schiff-output.5
@@ -13,7 +13,7 @@ the estimated cross section of a wavelength submitted by the \fB\-w\fR option of
 It is formatted as "W E e A a S s P p" with "W" the wavelength in vacumm
 (expressed in microns), "E", "A" and "S" the estimation of the extinction,
 absorption and scattering cross\-sections, respectively, and "P" the estimated
-average projected area of the micro organisms. The "e", "a", "s" and "p" values
+average projected area of the soft particles. The "e", "a", "s" and "p" values
 are the standard error of the aforementioned estimations.
 .PP
 An empty line then separates the cross\-sections from the list of per
@@ -46,56 +46,56 @@ are sorted in ascending order with respect to their associated wavelength.
 .SS Grammar
 The following grammar formally describes the
 .BR schiff (1)
-output format
+output format.
 .TP
 \fBschiff-output\fR ::=
   <\fIcross\-sections\fR>
-  empty-line
+  \fIempty-line\fR
   <\fIinverse\-cumulative\-phase\-functions\fR>
 .PP
 \l'20'
 .TP
 <\fIcross\-sections\fR> ::=
-  wavelength <\fIextinction\fR> <\fIabsorption\fR> <\fIscattering\fR> <\fIarea\fR>
+  \fIWAVELENGTH\fR <\fIextinction\fR> <\fIabsorption\fR> <\fIscattering\fR> <\fIarea\fR>
   [ <\fIcross\-sections\fR> ]
 .TP
 <\fIextinction\fR> ::=
-  estimation standard\-error
+  \fIESTIMATION STANDARD\-ERROR\fR
 .TP
 <\fIabsorption\fR> ::=
-  estimation standard\-error
+  \fIESTIMATION STANDARD\-ERROR\fR
 .TP
 <\fIscattering\fR> ::=
-  estimation standard\-error
+  \fIESTIMATION STANDARD\-ERROR\fR
 .TP
 <\fIarea\fR> ::=
-  estimation standard\-error
+  \fIESTIMATION STANDARD\-ERROR\fR
 .PP
 \l'20'
 .TP
 <\fIinverse\-cumulative\-phase\-functions\fR> ::=
   <\fIinverse\-cumulative\-descriptor\fR>
   <\fIangles\fR>
-  empty-line
+  \fIEMPTY-LINE\fR
   [ <\fIinverse\-cumulative\-phase\-functions\fR> ]
 .TP
 <\fIinverse\-cumulative\-descriptor\fR> ::=
-  wavelength theta-limit <\fIPF(theta\-limit)\fR> <\fICDF(theta\-limit)\fR> n
+  \fIWAVELENGTH THETA-LIMIT\fR <\fIPF(theta\-limit)\fR> <\fICDF(theta\-limit)\fR> \fIN\fR
 .TP
 <\fICDF(theta\-limit)\fR> ::=
-  estimation standard\-error
+  \fIESTIMATION STANDARD\-ERROR\fR
 .TP
 <\fIPF(theta\-limit)\fR> ::=
-  estimation standard\-error
+  \fIESTIMATION STANDARD\-ERROR\fR
 .TP
 <\fIangles\fR> ::=
-  real
+  \fIREAL\fR
   [ <\fIangles\fR> ]
 .SH EXAMPLE
 The following result is emitted by the
 .BR schiff (1)
 program invoked on the wavelengths 0.4 and 0.6 micron.
-Note that actually, 
+Note that actually,
 .BR schiff (1)
 does not write comments, i.e. text preceeded by the "#" character. However, in
 the following output, comments are added in order to help in understanding the