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From: Robert Dodier <robert_dodier@us...>  20050529 19:12:24

Update of /cvsroot/maxima/maxima/doc/info/pt In directory sc8prcvs1.sourceforge.net:/tmp/cvsserv9441 Added Files: maxima_pt.texi Log Message: Pull together translated texinfo files. Adapted from doc/info/maxima.texi. At present only 11 of the texi files are translated; the plan is to replace references to Englishlanguage files one by one. Also all of the titles need to be translated as well.  NEW FILE: maxima_pt.texi  \input texinfo @c *texinfo* @c 20000417 Jim Van Zandt <jrv@...> Added header, @c info directory entry, reference to introduction chapter, and menu @c descriptions. Rearranged chapters. @c to update the menus do: @c (texinfomultiplefilesupdate "maxima.texi" t t) @c @c texinfomultiplefilesupdate will delete the detailed node listing! @c %**start of header @setfilename maxima.info @synindex vr fn @settitle Maxima Manual @c %**end of header @setchapternewpage odd @ifinfo This is a Texinfo Maxima Manual Copyright 1994,2001 William F. Schelter @format STARTINFODIRENTRY * Maxima: (maxima). A computer algebra system. ENDINFODIRENTRY @end format @end ifinfo @ifinfo @macro var {expr} <\expr\> @end macro @end ifinfo @titlepage @sp 10 @comment The title is printed in a large font. @center @titlefont{Maxima Manual} @end titlepage @node Top, Introduction to Maxima, (dir), (dir) @top Maxima is a computer algebra system, implemented in Lisp. Maxima is derived from the Macsyma system, developed at MIT in the years 1968 through 1982 as part of Project MAC. MIT turned over a copy of the Macsyma source code to the Department of Energy in 1982; that version is now known as DOE Macsyma. A copy of DOE Macsyma was maintained by Professor William F. Schelter of the University of Texas from 1982 until his death in 2001. In 1998, Schelter obtained permission from the Department of Energy to release the DOE Macsyma source code under the GNU Public License, and in 2000 he initiated the Maxima project at SourceForge to maintain and develop DOE Macsyma, now called Maxima. @c includes @menu Maxima infrastructure * Introduction to Maxima:: Sample Maxima sessions. * Bug Detection and Reporting:: Finding and reporting bugs in Maxima. * Help:: Asking for help from within a Maxima session. * Command Line:: Maxima command line syntax. * Operators:: Operators used in Maxima expressions. * Expressions:: Expressions in Maxima. * Simplification:: Simplifying expressions. * Plotting:: 2D and 3D graphical output. * Input and Output:: File input and output. * Floating Point:: Low level numerical routines. * Contexts:: Sets of assumed facts. Support for specific areas of mathematics * Polynomials:: Standard forms for polynomials, and functions operating on them. * Constants:: Numerical constants. * Logarithms:: Manipulation of expressions involving logarithms. * Trigonometric:: Manipulating expressions with trig and inverse trig functions. * Special Functions:: Special functions * Orthogonal Polynomials:: Orthogonal Polynomials and Special functions * Elliptic Functions:: Elliptic Functions and Integrals * Limits:: Limits of expressions. * Differentiation:: Differential calculus. * Integration:: Integral calculus. * Equations:: Defining and solving equations. * Differential Equations:: Defining and solving differential equations. * Numerical:: Numerical integration, Fourier transforms, etc. * Statistics:: Statistical functions. * Arrays and Tables:: Creating and working with arrays. * Matrices and Linear Algebra:: Matrix operations. * Affine:: * itensor:: Indicial Tensor Manipulation. * ctensor:: Component Tensor Manipulation. * atensor:: Algebraic Tensor Manipulation. * Series:: Taylor and power series. * Number Theory:: Number theory. * Symmetries:: * Groups:: Abstract algebra. Advanced facilities and programming * Runtime Environment:: Customization of the Maxima environment. * Miscellaneous Options:: Options with a global effect on Maxima. * Rules and Patterns:: User defined pattern matching and simplification rules. * Lists:: Manipulation of lists. * Sets:: Manipulation of sets. * Function Definition:: Defining functions. * Program Flow:: Defining Maxima programs. * Debugging:: Debugging Maxima programs. Index * Function and Variable Index:: Index. @comment @detailmenu  The Detailed Node Listing  Introduction * Introduction to Maxima:: Help * Introduction to Help:: * Lisp and Maxima:: * Garbage Collection:: * Documentation:: * Definitions for Help:: Command Line * Introduction to Command Line:: * Definitions for Command Line:: Operators * nary:: * nofix:: * operator:: * postfix:: * prefix:: * Definitions for Operators:: Expressions * Introduction to Expressions:: * Assignment:: * Complex:: * Inequality:: * Syntax:: * Definitions for Expressions:: Simplification * Definitions for Simplification:: Plotting * Definitions for Plotting:: Input and Output * Introduction to Input and Output:: * Files:: * Definitions for Input and Output:: Floating Point * Definitions for Floating Point:: Contexts * Definitions for Contexts:: Polynomials * Introduction to Polynomials:: * Definitions for Polynomials:: Constants * Definitions for Constants:: Logarithms * Definitions for Logarithms:: Trigonometric * Introduction to Trigonometric:: * Definitions for Trigonometric:: Special Functions * Introduction to Special Functions:: * specint:: * Definitions for Special Functions:: Orthogonal Polynomials * Introduction to Orthogonal Polynomials:: * Definitions for Orthogonal Polynomials:: Elliptic Functions * Introduction to Elliptic Functions and Integrals:: * Definitions for Elliptic Functions:: * Definitions for Elliptic Integrals:: Limits * Definitions for Limits:: Differentiation * Definitions for Differentiation:: Integration * Introduction to Integration:: * Definitions for Integration:: Equations * Definitions for Equations:: Differential Equations * Definitions for Differential Equations:: Numerical * Introduction to Numerical:: * Fourier packages:: * Definitions for Numerical:: * Definitions for Fourier Series:: Statistics * Definitions for Statistics:: Arrays and Tables * Definitions for Arrays and Tables:: Matrices and Linear Algebra * Introduction to Matrices and Linear Algebra:: * Dot:: * Vectors:: * eigen:: * Definitions for Matrices and Linear Algebra:: Affine * Definitions for Affine:: itensor * Introduction to itensor:: * Definitions for itensor:: ctensor * Introduction to ctensor:: * Definitions for ctensor:: atensor * Introduction to atensor:: * Definitions for atensor:: Series * Introduction to Series:: * Definitions for Series:: Number Theory * Definitions for Number Theory:: Symmetries * Definitions for Symmetries:: Groups * Definitions for Groups:: Runtime Environment * Introduction for Runtime Environment:: * Interrupts:: * Definitions for Runtime Environment:: Miscellaneous Options * Introduction to Miscellaneous Options:: * Share:: * Definitions for Miscellaneous Options:: Rules and Patterns * Introduction to Rules and Patterns:: * Definitions for Rules and Patterns:: Lists * Introduction to Lists:: * Definitions for Lists:: Sets * Introduction to Sets:: * Definitions for Sets:: Function Definition * Introduction to Function Definition:: * Function:: * Macros:: * Definitions for Function Definition:: Program Flow * Introduction to Program Flow:: * Definitions for Program Flow:: Debugging * Definitions for Debugging:: @comment @end detailmenu @end menu @c Put the @node lines here, rather than in the @included files, @c so emacs can automatically update them with Cc Cu Ce. @c nota bene: Cc Cu Ca and texinfomultiplefilesupdate will delete @c the detailed node listing! @node Introduction to Maxima, Bug Detection and Reporting, Top, Top @chapter Introduction to Maxima @include Introduction.texi @node Bug Detection and Reporting, Help, Introduction to Maxima, Top @chapter Bug Detection and Reporting @include Bugs_pt.texi @node Help, Command Line, Bug Detection and Reporting, Top @chapter Help @include Help.texi @node Command Line, Operators, Help, Top @chapter Command Line @include Command_pt.texi @node Operators, Expressions, Command Line, Top @chapter Operators @include Operators.texi @node Expressions, Simplification, Operators, Top @chapter Expressions @include Expressions.texi @node Simplification, Plotting, Expressions, Top @chapter Simplification @include Simplification.texi @node Plotting, Input and Output, Simplification, Top @chapter Plotting @include Plotting_pt.texi @node Input and Output, Floating Point, Plotting, Top @chapter Input and Output @include Input_pt.texi @node Floating Point, Contexts, Input and Output, Top @chapter Floating Point @include Floating.texi @node Contexts, Polynomials, Floating Point, Top @chapter Contexts @include Contexts.texi @node Polynomials, Constants, Contexts, Top @chapter Polynomials @include Polynomials.texi @node Constants, Logarithms, Polynomials, Top @chapter Constants @include Constants.texi @node Logarithms, Trigonometric, Constants, Top @chapter Logarithms @include Logarithms.texi @node Trigonometric, Special Functions, Logarithms, Top @chapter Trigonometric @include Trigonometric.texi @node Special Functions, Orthogonal Polynomials, Trigonometric, Top @chapter Special Functions @include Special.texi @node Orthogonal Polynomials, Elliptic Functions, Special Functions, Top @chapter Orthogonal Polynomials @include SpecfunII.texi @node Elliptic Functions, Limits, Orthogonal Polynomials, Top @chapter Elliptic Functions @include Elliptic.texi @node Limits, Differentiation, Elliptic Functions, Top @chapter Limits @include Limits.texi @node Differentiation, Integration, Limits, Top @chapter Differentiation @include Differentiation.texi @node Integration, Equations, Differentiation, Top @chapter Integration @include Integration_pt.texi @node Equations, Differential Equations, Integration, Top @chapter Equations @include Equations_pt.texi @node Differential Equations, Numerical, Equations, Top @chapter Differential Equations @include Differential.texi @c @include NonCommutative.texi @node Numerical, Statistics, Differential Equations, Top @chapter Numerical @include Numerical.texi @node Statistics, Arrays and Tables, Numerical, Top @chapter Statistics @include Statistics.texi @node Arrays and Tables, Matrices and Linear Algebra, Statistics, Top @chapter Arrays and Tables @include Arrays_pt.texi @node Matrices and Linear Algebra, Affine, Arrays and Tables, Top @chapter Matrices and Linear Algebra @include Matrices_pt.texi @node Affine, itensor, Matrices and Linear Algebra, Top @chapter Affine @include Affine_pt.texi @node itensor, ctensor, Affine, Top @chapter itensor @include Itensor.texi @node ctensor, atensor, itensor, Top @chapter ctensor @include Ctensor.texi @node atensor, Series, ctensor, Top @chapter atensor @include Atensor_pt.texi @node Series, Number Theory, atensor, Top @chapter Series @include Series.texi @node Number Theory, Symmetries, Series, Top @chapter Number Theory @include Number.texi @node Symmetries, Groups, Number Theory, Top @chapter Symmetries @include Symmetries.texi @node Groups, Runtime Environment, Symmetries, Top @chapter Groups @include Groups.texi @node Runtime Environment, Miscellaneous Options, Groups, Top @chapter Runtime Environment @include Runtime.texi @node Miscellaneous Options, Rules and Patterns, Runtime Environment, Top @chapter Miscellaneous Options @include Miscellaneous.texi @node Rules and Patterns, Lists, Miscellaneous Options, Top @chapter Rules and Patterns @include Rules.texi @node Lists, Sets, Rules and Patterns, Top @chapter Lists @include Lists_pt.texi @node Sets, Function Definition, Lists, Top @chapter Sets @include nset.texi @node Function Definition, Program Flow, Sets, Top @chapter Function Definition @include Function.texi @node Program Flow, Debugging, Function Definition, Top @chapter Program Flow @include Program.texi @node Debugging, Function and Variable Index, Program Flow, Top @chapter Debugging @include Debugging.texi @node Function and Variable Index, , Debugging, Top @chapter Indices @include Indices.texi @c end includes @summarycontents @contents @bye 