@@ -111,7 +111,7 @@ def pull_2d_hcurl(f, F):
111111 assert isinstance (F , BasicCallableMapping )
112112 assert F .ldim == 2
113113
114- # Assume that f is a list/tuple of callable functions
114+ # Assume that f is a list/tuple of callable functions
115115 f1 , f2 = f
116116
117117 def f1_logical (eta1 , eta2 ):
@@ -121,9 +121,6 @@ def f1_logical(eta1, eta2):
121121 a2_phys = f2 (x , y )
122122
123123 J_T_value = F .jacobian (eta1 , eta2 ).T
124- print (f"{ J_T_value .shape = } " )
125- print (f"{ a1_phys .shape = } " )
126- print (f"{ a2_phys .shape = } " )
127124 value_1 = J_T_value [..., 0 , 0 ].T * a1_phys + J_T_value [..., 0 , 1 ].T * a2_phys
128125 return value_1
129126
@@ -303,10 +300,7 @@ def pull_3d_hdiv(f, F):
303300
304301 def f1_logical (eta1 , eta2 , eta3 ):
305302 x , y , z = F (eta1 , eta2 , eta3 )
306- print ("Shape of x:" , x .shape )
307- print ("Shape of y:" , y .shape )
308- print ("Shape of z:" , z .shape )
309-
303+
310304 a1_phys = f1 (x , y , z )
311305 a2_phys = f2 (x , y , z )
312306 a3_phys = f3 (x , y , z )
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