._site

succ: <= htl

diff --git a/sim.py b/sim.py
--- a/sim.py
+++ b/sim.py
@@ -484,12 +484,12 @@ if __name__ == "__main__":
         print("===", run, "===")
         routelengths = fold(net, 20)
         linklens = linklengths(net)
-        print (np.mean(linklens), np.mean(routelengths), "±", np.std(routelengths), "succ", len([r for r in routelengths if r < 20])/len(routelengths), min(routelengths), max(routelengths), sum(deviationfromsmallworld(linklens, numbins=10)))
+        print (np.mean(linklens), np.mean(routelengths), "±", np.std(routelengths), "succ", len([r for r in routelengths if r < args.maxhtl])/len(routelengths), min(routelengths), max(routelengths), sum(deviationfromsmallworld(linklens, numbins=10)))
         for i in range(args.steps):
             routelengths = fold(net, foldperstep, args.strategy, args.maxhtl)
             linklens = linklengths(net)
             lensnapshots[(run, i+1)] = linklens, routelengths
-            print (np.mean(linklens), np.mean(routelengths), "±", np.std(routelengths), "succ", len([r for r in routelengths if r < 20])/len(routelengths),
+            print (np.mean(linklens), np.mean(routelengths), "±", np.std(routelengths), "succ", len([r for r in routelengths if r < args.maxhtl])/len(routelengths),
                    min(routelengths), max(routelengths), sum(deviationfromsmallworld(linklens, numbins=10)))
 
     # now plot the data
@@ -501,9 +501,9 @@ if __name__ == "__main__":
         # only plot one in 10 results
         if i % 10 and i != 1: 
             continue
-        succ = len([r for r in routelen if r < 20])/len(routelen)
+        succ = len([r for r in routelen if r < args.maxhtl])/len(routelen)
         pl.hist(linklen, 10000, cumulative=True, normed=True, histtype='step', label=str(run) + ", " + "{:}".format(i*foldperstep) + ", len: " + "{:.2f}".format(np.mean(routelen)) + ", succ: " + "{:.2f}".format(succ))
         pl.semilogx()
     pl.legend(loc="upper left")
-    pl.title(str(args.size) + " nodes, " + str(args.connections) + " connections per node, optimized with strategy " + args.strategy)
+    pl.title(str(args.size) + " nodes, " + str(args.connections) + " connections per node, optimized with strategy " + args.strategy + ". succ: found in max " + str(args.maxhtl) + " steps.")
     pl.savefig(args.output)