ham/xnec2c: Updated for 4.4.5. Fix README.

Signed-off-by: Dave Woodfall <dave@slackbuilds.org>

Signed-off-by: Willy Sudiarto Raharjo <willysr@slackbuilds.org>

1 files changed, 19 insertions, 15 deletions

diff --git a/ham/xnec2c/README b/ham/xnec2c/README
index e1975aa8ef..281e24be28 100644
--- a/ham/xnec2c/README
+++ b/ham/xnec2c/README
@@ -1,18 +1,22 @@
-xnec2c is a GTK+ graphical interactive version of nec2c. It incorporates 
-the nec2c core which it uses for reading input files and calculating 
-output data, but it does not need and indeed does not produce an output 
-file by default. Since xnec2c incorporates the nec2c core, it has access 
-to all internal buffers, including structure data, frequency-related 
-data (structure currents, input impedance, gain etc) and radiation pattern 
-data (for the far field and near field). It therefore has the ability to 
-graphically display user-requested data directly, as the frequency loop 
-progresses or after input from the user. Graphs of frequency-related data 
-and the current or charge distribution evolve as the frequency loop 
-progresses, and radiation patterns (far and near field) are sequentially 
-drawn for each frequency step. A new frequency can be entered by the user 
-from spin buttons in the main or radiation pattern windows or by clicking 
-on the graphs of frequency-related data. New output data are then computed 
-and displayed in text and graphical form.
+xnec2c is a GTK+ graphical interactive version of nec2c. It incorporates
+the nec2c core which it uses for reading input files and calculating
+output data, but it does not need and indeed does not produce an output
+file by default.
+
+Since xnec2c incorporates the nec2c core, it has access to all internal
+buffers, including structure data, frequency-related data (structure
+currents, input impedance, gain etc) and radiation pattern data (for the
+far field and near field). It therefore has the ability to graphically
+display user-requested data directly, as the frequency loop progresses
+or after input from the user.
+
+Graphs of frequency-related data and the current or charge distribution
+evolve as the frequency loop progresses, and radiation patterns (far and
+near field) are sequentially drawn for each frequency step. A new
+frequency can be entered by the user from spin buttons in the main or
+radiation pattern windows or by clicking on the graphs of
+frequency-related data.  New output data are then computed and displayed
+in text and graphical form.
 
 nec2c is a C translation of the Fortran nec2 code, which allows analysis
 of antennas.