Remove ex::to_rational(lst) and ex::to_polynomial(lst).

[ginac.git] / doc / tutorial / ginac.texi

diff --git a/doc/tutorial/ginac.texi b/doc/tutorial/ginac.texi
index 9af3d527096f4f0bdd4c8188fc4e2ab868b19fff..ecf4a2272b271a3ed7baf48a85d7907d13848c4a 100644 (file)
--- a/doc/tutorial/ginac.texi
+++ b/doc/tutorial/ginac.texi
@@ -5502,20 +5502,18 @@ above. You do this by calling
 
 @example
 ex ex::to_polynomial(exmap & m);
-ex ex::to_polynomial(lst & l);
 @end example
 or
 @example
 ex ex::to_rational(exmap & m);
-ex ex::to_rational(lst & l);
 @end example
 
-on the expression to be converted. The supplied @code{exmap} or @code{lst}
-will be filled with the generated temporary symbols and their replacement
-expressions in a format that can be used directly for the @code{subs()}
-method. It can also already contain a list of replacements from an earlier
-application of @code{.to_polynomial()} or @code{.to_rational()}, so it's
-possible to use it on multiple expressions and get consistent results.
+on the expression to be converted. The supplied @code{exmap} will be filled
+with the generated temporary symbols and their replacement expressions in a
+format that can be used directly for the @code{subs()} method. It can also
+already contain a list of replacements from an earlier application of
+@code{.to_polynomial()} or @code{.to_rational()}, so it's possible to use
+it on multiple expressions and get consistent results.
 
 The difference between @code{.to_polynomial()} and @code{.to_rational()}
 is probably best illustrated with an example:
@@ -5526,15 +5524,15 @@ is probably best illustrated with an example:
     ex a = 2*x/sin(x) - y/(3*sin(x));
     cout << a << endl;
 
-    lst lp;
-    ex p = a.to_polynomial(lp);
-    cout << " = " << p << "\n   with " << lp << endl;
+    exmap mp;
+    ex p = a.to_polynomial(mp);
+    cout << " = " << p << "\n   with " << mp << endl;
      // = symbol3*symbol2*y+2*symbol2*x
      //   with @{symbol2==sin(x)^(-1),symbol3==-1/3@}
 
-    lst lr;
-    ex r = a.to_rational(lr);
-    cout << " = " << r << "\n   with " << lr << endl;
+    exmap mr;
+    ex r = a.to_rational(mr);
+    cout << " = " << r << "\n   with " << mr << endl;
      // = -1/3*symbol4^(-1)*y+2*symbol4^(-1)*x
      //   with @{symbol4==sin(x)@}
 @}