diff --git a/SydneyTide-python.py b/SydneyTide-python.py
index 5718f16..0170bbc 100644
--- a/SydneyTide-python.py
+++ b/SydneyTide-python.py
@@ -6,14 +6,14 @@ from pylab import *
 # Brett Miller  9th October 2015.
 # This program reads Harmonics for Fort Denison as provided by BOM on the 9th October 2015
 #
-# NOT FOR DISTRIBUTION 
-#   the predictions from this code have been cross checked against some daily predictions but 
+# NOT FOR DISTRIBUTION
+#   the predictions from this code have been cross checked against some daily predictions but
 #   not against all.
 # USE AT YOUR OWN CAUTION.  NO GAURENTEE MADE THAT THESE PREDICTIONS ARE CORRECT.
 #
 # The x-tide method for calculating tides is:-
 #  z(t,y,site)= MWL(site) + sum[c=1,N](nodefactor(c,y).amp(c,site).cos( speed(c).t + eqarg(c,y) - kappa(c,site) ))
-#     where 
+#     where
 #	t is the time since the beginning of the year
 #	y is the year
 #	site is the site of interest
@@ -42,7 +42,7 @@ H=open("HARMONIC","r")
 l=readlinenocomm(H)
 numconstits=int(l)
 
-print "Number of Constituents = ",numconstits
+print("Number of Constituents = ",numconstits)
 
 # Read in the constituent speeds
 
@@ -53,7 +53,7 @@ while i<numconstits:
 	ll=l.split()
 	constitspeed[ll[0]]=float(ll[1])
 	i=i+1
-	
+
 l=readlinenocomm(H)
 sy=int(l)
 l=readlinenocomm(H)
@@ -77,13 +77,13 @@ while i<numconstits:
 		j=j+1
 	equalibrium_arg[constit]=v
 	i=i+1
-	
+
 l=readlinenocomm(H)
-if l[0:5]<>'*END*':
-	print "Error, expected end after eq args.  Got:  ",l
+if l[0:5]!='*END*':
+	print("Error, expected end after eq args.  Got:  ",l)
 
 # Read in the node factors
-	
+
 l=readlinenocomm(H)
 numyears=int(l)
 
@@ -103,10 +103,10 @@ while i<numconstits:
 		j=j+1
 	node_factor[constit]=v
 	i=i+1
-	
+
 l=readlinenocomm(H)
-if l[0:5]<>'*END*':
-	print "Error, expected end after node factors.  Got:  ",l
+if l[0:5]!='*END*':
+	print("Error, expected end after node factors.  Got:  ",l)
 
 harm['sa']=[0.0410686,0.04,44.3373]
 harm['ssa']=[0.0821373,0.0233,140.8642]
@@ -222,13 +222,13 @@ harm['MSO5']=[72.9271398,0.0001,247.7639]
 harm['MSK5']=[74.0251729,0.0002,189.3859]
 
 MSL=0.9952
-		
+
 # Now do the maths
 
-start_time=datetime.datetime(2016,07,29,0,0,0)
-end_time=datetime.datetime(2016,07,30,0,0,0)
+start_time=datetime.datetime(2016,7,29,0,0,0)
+end_time=datetime.datetime(2016,7,30,0,0,0)
 
-time_step=datetime.timedelta(minutes=15)		
+time_step=datetime.timedelta(minutes=15)
 
 x=[]
 y=[]
@@ -259,6 +259,3 @@ plt.figure()
 plot(x,y,c='g',label='Sample')
 plt.gcf().autofmt_xdate()
 show()
-
-
-