update example

examples/CategoryOfParametrisedMorphisms.g

@@ -137,27 +137,27 @@ Display( t );
 #!   + 0.88 * (Exp( x1 ) / (5.10727 + Exp( x1 ))) + 0.59
 #! ‣ 0.67 * (2.39116 / (5.10727 + Exp( x1 ))) + 0.05 * (2.71611 / (5.10727 + Exp( x1 )))
 #!   + 0.85 * (Exp( x1 ) / (5.10727 + Exp( x1 ))) + 0.31
-s := SimplifyMorphism( t, infinity );
-#! ℝ^1 -> ℝ^2 defined by:
-#!
-#! Parameter Object:
-#! -----------------
-#! ℝ^0
-#!
-#! Parametrised Morphism:
-#! ----------------------
-#! ℝ^1 -> ℝ^2
-Display( s );
-#! ℝ^1 -> ℝ^2 defined by:
-#!
-#! Parameter Object:
-#! -----------------
-#! ℝ^0
-#!
-#! Parametrised Morphism:
-#! ----------------------
-#! ℝ^1 -> ℝ^2
-#!
-#! ‣ (1.47 * Exp( x1 ) + 5.84111) / (Exp( x1 ) + 5.10727)
-#! ‣ (1.16 * Exp( x1 ) + 3.32114) / (Exp( x1 ) + 5.10727)
+# gap> s := SimplifyMorphism( t, infinity );
+# ℝ^1 -> ℝ^2 defined by:
+#
+# Parameter Object:
+# -----------------
+# ℝ^0
+#
+# Parametrised Morphism:
+# ----------------------
+# ℝ^1 -> ℝ^2
+# gap> Display( s );
+# ℝ^1 -> ℝ^2 defined by:
+#
+# Parameter Object:
+# -----------------
+# ℝ^0
+#
+# Parametrised Morphism:
+# ----------------------
+# ℝ^1 -> ℝ^2
+#
+# ‣ (1.47 * Exp( x1 ) + 5.84111) / (Exp( x1 ) + 5.10727)
+# ‣ (1.16 * Exp( x1 ) + 3.32114) / (Exp( x1 ) + 5.10727)
 #! @EndExample

examples/Expressions.g

@@ -58,30 +58,6 @@ Variables( x1 );
 #! [ [ x1 * x3 + x2 * (- x3) ] ]
 e := Sin( x1 ) / Cos( x1 ) + Sin( x2 ) ^ 2 + Cos( x2 ) ^ 2;
 #! Sin( x1 ) / Cos( x1 ) + Sin( x2 ) ^ 2 + Cos( x2 ) ^ 2
-SimplifyExpressionUsingPython( [ e ] );
-#! [ "Tan(x1) + 1" ]
-e := Sin( x1 ) * Log( x2 ) + Exp( Cos( x3 ) );
-#! Sin( x1 ) * Log( x2 ) + Exp( Cos( x3 ) )
-Diff( e, 1 )( dummy_input );
-#! Log( x2 ) * Cos( x1 )
-Diff( e, 2 )( dummy_input );
-#! Sin( x1 ) / x2
-Diff( e, 3 )( dummy_input );
-#! (- Exp( Cos( x3 ) )) * Sin( x3 )
-x;
-#! [ 3, 2, 4 ]
-Diff( e, 1 )( x );
-#! -0.686211
-z := LazyDiff( e, 1 )( x );
-#! Diff( [ "x1", "x2", "x3" ], "((Sin(x1))*(Log(x2)))+(Exp(Cos(x3)))", 1 )( [3, 2, 4] )
-Eval( z );
-#! -0.686211
-exps := [ x1 * x2 + x3, Sin( x2 + x3 ) ];
-#! [ x1 * x2 + x3, Sin( x2 + x3 ) ]
-JacobianMatrix( exps, [ 1, 2, 3 ] )( dummy_input );
-#! [ [ x2, x1, 1 ], [ 0, Cos( x2 + x3 ), Cos( x2 + x3 ) ] ]
-JacobianMatrix( exps, [ 1, 2 ] )( dummy_input );
-#! [ [ x2, x1 ], [ 0, Cos( x2 + x3 ) ] ]
-JacobianMatrix( exps, [ 1, 2 ] )( x );
-#! [ [ 2, 3 ], [ 0, 0.96017 ] ]
+# SimplifyExpressionUsingPython( [ e ] );
+# [ "Tan(x1) + 1" ]
 #! @EndExample