Cleanup

src/solvers/odepack.py

@@ -186,7 +186,6 @@ def integrate_start(self, t, y):
         """
         Helper program for the initialization of LSODAR
         """
-        #print('We have rkstarter {} and rkstarter_active {}'.format(self.rkstarter, self._rkstarter_active))
         if not(self.rkstarter>1 and self._rkstarter_active):
             # first call or classical restart after a discontinuity
             ISTATE=1
@@ -409,7 +408,6 @@ def state_events(t,y):
             opts["output_index"] = output_index
         # deciding on restarting options
         self._rkstarter_active = True if ISTATE == 3 and self.rkstarter > 1 else False
-        #print('rkstarter_active set to {} and ISTATE={}'.format(self._rkstarter_active, ISTATE))
 
         #Retrieving statistics
         self.statistics["nstatefcns"]            += IWORK[9]

src/solvers/radar5.py

@@ -207,8 +207,6 @@ def compute_ydelay(self, t, y, past, ipast):
         return ydelay
 
     def F(self, t, y, past, ipast):
-        #print('F:', t, y, past, ipast)
-
         # First find the correct place in the past vector for each time-lag
         # then evaluate all required solution components at that point
         ydelay = self.compute_ydelay(t,y, past,  ipast)
@@ -277,8 +275,6 @@ def integrate(self, t, y, tf, opts):
 
         #Store the opts
         self._opts = opts
-        #print("INIT", t,y,tf,self.inith, self.problem.ipast)
-        #print("GRID", self.problem.grid, self.problem.ngrid)
         #t, y, h, iwork, flag, past = radar5.assimulo_radar5(self.F,            \
         a = radar5.assimulo_radar5(self.F,            \
                                        self.problem.phi,        \
@@ -316,8 +312,6 @@ def integrate(self, t, y, tf, opts):
                                        #len(past)                \
                                        #)
         t, y, h, iwork, flag, past = a[0]
-        #print a[0]
-        #print len(a[0])
         #self.past = copy.deepcopy(past)
         self.past = past
         self.tk = N.trim_zeros(self.past[::self.idif], 'b')

tests/solvers/test_odepack.py

@@ -275,7 +275,6 @@ def test_interpol(self):
         self.sim.reset()
         t_sol1,y_sol1=self.sim.simulate(0.5)
         ind05=N.nonzero(N.array(t_sol)==0.5)[0][0]
-        #print y_sol[ind05],y_sol1[-1]
         nose.tools.assert_almost_equal(y_sol[ind05,0],y_sol1[-1,0],6)
 
     @testattr(stddist = True)