added the sprem() function

[ginac.git] / ginsh / ginsh.1.in

diff --git a/ginsh/ginsh.1.in b/ginsh/ginsh.1.in
index a66c23e1295276511c077daf74fc7c5ff9275381..e520213846612ccb1ddeb0949ee29d0cd356a4b3 100644 (file)
--- a/ginsh/ginsh.1.in
+++ b/ginsh/ginsh.1.in
@@ -119,7 +119,7 @@ for example $0, $1 etc.
 .SS LAST PRINTED EXPRESSIONS
 ginsh provides the three special symbols
 .RS
-", "" and """
+%, %% and %%%
 .RE
 that refer to the last, second last, and third last printed expression, respectively.
 These are handy if you want to use the results of previous computations in a new
@@ -144,9 +144,6 @@ unary minus
 .B *
 multiplication
 .TP
-.B %
-non-commutative multiplication
-.TP
 .B /
 division
 .TP
@@ -345,6 +342,9 @@ detail here. Please refer to the GiNaC documentation.
 .BI series( expression ", " relation-or-symbol ", " order )
 \- series expansion
 .br
+.BI sprem( expression ", " expression ", " symbol )
+\- sparse pseudo-remainder of polynomials
+.br
 .BI sqrfree( "expression [" ", " symbol-list] )
 \- square-free factorization of a polynomial
 .br
@@ -407,6 +407,22 @@ This is useful for debugging and for learning about GiNaC internals.
 .PP
 The command
 .RS
+.BI print_latex( expression );
+.RE
+prints a LaTeX representation of the given
+.IR expression .
+.PP
+The command
+.RS
+.BI print_csrc( expression );
+.RE
+prints the given
+.I expression
+in a way that can be used in a C or C++ program (complex numbers are not
+supported, though).
+.PP
+The command
+.RS
 .BI iprint( expression );
 .RE
 prints the given
@@ -458,7 +474,7 @@ x
 [[\-x+x^2\-2,(x+1)^2],[c,d]]
 > determinant(M);
 \-2*d\-2*x*c\-x^2*c\-x*d+x^2*d\-c
-> collect(", x);
+> collect(%, x);
 (\-d\-2*c)*x+(d\-c)*x^2\-2*d\-c
 > solve quantum field theory;
 parse error at quantum
@@ -492,7 +508,7 @@ C++ programming language
 .PP
 CLN \- A Class Library for Numbers, Bruno Haible
 .SH COPYRIGHT
-Copyright \(co 1999-2001 Johannes Gutenberg Universit\(:at Mainz, Germany
+Copyright \(co 1999-2002 Johannes Gutenberg Universit\(:at Mainz, Germany
 
 This program is free software; you can redistribute it and/or modify
 it under the terms of the GNU General Public License as published by