format

man/man1/mcluster.1

@@ -157,35 +157,37 @@ radius of 2 pc, consisting of 1000 stars. For parameters
 which are not specified default values are taken, which can be
 changed within the code. 
 
-
-.nf -N 1000 -R 0.8 -P 1 -W 3.0 -f 1 -B 100 -o test1  
-          mcluster -f 2 -m 0.08 -a -1.35 -m 0.5 -a -2.7 -m 100.0    
-          mcluster -t 3 -X 8500 -X 0 -X 0 -V 0 -V 220 -V 0          
-          mcluster -D 1.6 -Q 0.4 -P -1                              
-.fi
+.EX
+     mcluster -N 1000 -R 0.8 -P 1 -W 3.0 -f 1 -B 100 -o test1  
+     mcluster -f 2 -m 0.08 -a -1.35 -m 0.5 -a -2.7 -m 100.0    
+     mcluster -t 3 -X 8500 -X 0 -X 0 -V 0 -V 220 -V 0          
+     mcluster -D 1.6 -Q 0.4 -P -1
+     
+.EE
 Since units are not virial units, data need to be scaled. The data is in
 solar-mass, parsec and km/s, thus the mass-scale should be 0.0043032 to make it
 to virial units (see also units(1NEMO)). Otherwise auto-scaling can be done via NEMO routines.
 Here's an example of setting up a plummer sphere, re-virializing them for \fIhackcode1(1NEMO)\fP
 and some example plotting of the results:
-.nf
 
-	mcluster -o plummer1
-	tabcomment plummer1.txt - delete=t > plummer1.tab
-	tabtos plummer1.tab plummer1.dat block1=m,pos,vel
-	hackforce plummer1.dat plummer1.datf
-	snapvirial plummer1.datf plummer1.datv mscale=t rscale=f vscale=f virial=1
-	hackcode1 plummer1.datv plummer1.out tstop=10 freqout=100 freq=200
-	snapdiagplot plummer1.out
-	snapmradii plummer1.out 0.01,0.1:0.9:0.1,0.99 | tabplot - 1 2:11 line=1,1 color=2,3::8,4
+.EX
+mcluster -o plummer1
+tabcomment plummer1.txt - delete=t > plummer1.tab
+tabtos plummer1.tab plummer1.dat block1=m,pos,vel
+hackforce plummer1.dat plummer1.datf
+snapvirial plummer1.datf plummer1.datv mscale=t rscale=f vscale=f virial=1
+hackcode1 plummer1.datv plummer1.out tstop=10 freqout=100 freq=200
+napdiagplot plummer1.out
+snapmradii plummer1.out 0.01,0.1:0.9:0.1,0.99 |\\
+    tabplot - 1 2:11 line=1,1 color=2,3::8,4
 
-.fi
+.EE
 
 .SH "INSTALL"
 Within NEMO this is a non-standard install via "mknemo mcluster"
 
 .SH "SEE ALSO"
-mkplummer(1NEMO)
+mkplummer(1NEMO), mkplum(1falcON), snapshot(5NEMO)
 .PP
 Kuepper A.H.W., Maschberger T., Kroupa P., Baumgardt H., 2011, MNRAS, 417, 2300
 "Mass segregation and fractal substructure in young massive clusters: 
@@ -203,11 +205,11 @@ Andreas H.W. Kuepper
 .SH "FILES"
 .nf
 .ta +3.0i
-~/usr/kuepper/mcluster		source code + manual
+~/usr/kuepper/mcluster		source code + manual, README
 .fi
 
 .SH "HISTORY"
 .nf
-.ta +1.5i +5.5i
+.ta +1.25i +4.5i
 2-dec-2017	man page added to NEMO		PJT
 .fi