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[Maxima-commits] [git] Maxima CAS branch master updated. branch-5_48-base-21-gd3bd2bc55
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From: dauti <da...@us...> - 2025-08-09 16:07:33
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- Log -----------------------------------------------------------------
commit d3bd2bc5556ddb8e33aa708af0afc0602eca750e
Author: Wolfgang Dautermann <da...@us...>
Date: Sat Aug 9 18:06:22 2025 +0200
Fix some spelling errors.
diff --git a/doc/info/Special.texi.m4 b/doc/info/Special.texi.m4
index 3793cfcbe..40540e90a 100644
--- a/doc/info/Special.texi.m4
+++ b/doc/info/Special.texi.m4
@@ -2543,7 +2543,7 @@ represented. It must be set to one of @code{false}, @code{erf},
@code{erfc}, or @code{erfi}. When set to @code{false}, the error functions are not
modified. When set to @code{erf}, all error functions (@mref{erfc},
@mref{erfi}, @mref{erf_generalized}, @mref{fresnel_s} and
-@mref{fresnel_c}) are converted to @mref{erf} functions. Similary,
+@mref{fresnel_c}) are converted to @mref{erf} functions. Similarly,
@code{erfc} converts error functions to @mref{erfc}. Finally
@code{erfi} converts the functions to @mref{erfi}.
diff --git a/doc/info/colnew.texi.m4 b/doc/info/colnew.texi.m4
index 76ca5f149..be7f464fe 100644
--- a/doc/info/colnew.texi.m4
+++ b/doc/info/colnew.texi.m4
@@ -224,7 +224,7 @@ m4_displaymath(<<<\eqalign{
@itemize
@item 0, if the problem is regular
@item 1, if the first relax factor is =rstart, and the
- nonlinear iteration does not rely on past covergence
+ nonlinear iteration does not rely on past convergence
(use for an extra sensitive nonlinear problem only).
@item 2, if we are to return immediately upon (a) two
successive nonconvergences, or (b) after obtaining
@@ -1311,7 +1311,7 @@ The maxima code is in file
A more sophisticated example is @ref{bellon-talon,, Bellon&Talon 2005},
which deals with singularities in the
-solution domain, provides an initial quess to the solution
+solution domain, provides an initial guess to the solution
and uses continuation to solve the system of non-linear
differential equations.
diff --git a/doc/info/distrib.texi.m4 b/doc/info/distrib.texi.m4
index 1bc42f4d7..38d53a274 100644
--- a/doc/info/distrib.texi.m4
+++ b/doc/info/distrib.texi.m4
@@ -608,7 +608,7 @@ m4_Normal_RV(0,1)
variable and @math{V} is an
independent
m4_math(\chi^2, chi^2)
-random variable with @math{n} degress of
+random variable with @math{n} degrees of
freedom, then
m4_displaymath(
@@ -2277,7 +2277,7 @@ To make use of this function, write first @code{load("distrib")}.
@node Exponential Random Variable, Lognormal Random Variable, F Random Variable, Functions and Variables for continuous distributions
@subsection Exponential Random Variable
-The @emph{exponential distribution} is the probablity distribution of
+The @emph{exponential distribution} is the probability distribution of
the time between events in a process where the events occur
continuously and independently at a constant average rate.
@@ -5485,10 +5485,10 @@ See @ref{pdf_general_finite_discrete} for more details.
The @emph{binomial distribution} with parameters @math{n} and @math{p}
is a discrete probability distribution. It consists of @math{n}
independent experiments where each experiment consists of a
-Boolean-valued outcome where a success occurs with a probablity
+Boolean-valued outcome where a success occurs with a probability
@math{p}.
-For example, a biased coin that comes up heads with probablity
+For example, a biased coin that comes up heads with probability
@math{p} is tossed @math{n} times. Then the probability of exactly
@math{k} heads in @math{n} tosses is given by the binomial
distribution.
@@ -5942,7 +5942,7 @@ To make use of this function, write first @code{load("distrib")}.
The @emph{Bernoulli distribution} is a discrete probability
distribution which takes on two values, 0 and 1. The value 1 occurs
-with probability @math{p}, and 0 occurs with probabilty @math{1-p}.
+with probability @math{p}, and 0 occurs with probability @math{1-p}.
It is equivalent to the
m4_Binomial_RV(1,p)
@@ -6260,11 +6260,11 @@ See also @mrefdot{random} To make use of this function, write first @code{load("
@node Geometric Random Variable, Discrete Uniform Random Variable, Bernoulli Random Variable, Functions and Variables for discrete distributions
@subsection Geometric Random Variable
-The @emph{Geometric distibution} is a discrete probability
+The @emph{Geometric distribution} is a discrete probability
distribution. It is the distribution of the number
Bernoulli trials that fail before the first success.
-Consider flipping a biased coin where heads occurs with probablity
+Consider flipping a biased coin where heads occurs with probability
@math{p}. Then the probability of @math{k-1} tails in a row followed
by heads is given by the
m4_Geometric_RV(p)
@@ -6523,7 +6523,7 @@ This is interpreted as the probability of @math{x} failures before the first suc
@node Discrete Uniform Random Variable, Hypergeometric Random Variable, Geometric Random Variable, Functions and Variables for discrete distributions
@subsection Discrete Uniform Random Variable
-The @emph{Discrete uniform distribution} is a discrete probablity
+The @emph{Discrete uniform distribution} is a discrete probability
distribution where a finite number of values are equally likely to
occur. The values are @math{1,2,3,...,n}.
@@ -6747,7 +6747,7 @@ distribution.
Let @math{n_1} be the number of objects of a class
@math{A} and @math{n_2} be the number of objects of class @math{B}.
-We take out @math{n} objects, @emph{without} replacment. Then the
+We take out @math{n} objects, @emph{without} replacement. Then the
hypergeometric distribution is the probability that exactly @math{k}
objects are from class @math{A}. Of course @math{n \leq n_1 + n_2}.
@@ -7024,9 +7024,9 @@ To make use of this function, write first @code{load("distrib")}.
The @emph{negative binomial distribution} is a discrete probability
distribution. Suppose we have a sequence of Bernoulli trials where
each trial has two outcomes called ``success'' and ``failure'' where
-``success'' occurs with probablity @math{p} and ``failure'' with
+``success'' occurs with probability @math{p} and ``failure'' with
probability @math{1-p}. We observe the sequence until a predefined
-number @math{r} of sucesses have occurred. Then the number of
+number @math{r} of successes have occurred. Then the number of
failures seen will have a
m4_NegativeBinomial_RV(r, p)
distribution.
diff --git a/doc/info/levin.texi.m4 b/doc/info/levin.texi.m4
index 8ed66a66a..5b284a0df 100644
--- a/doc/info/levin.texi.m4
+++ b/doc/info/levin.texi.m4
@@ -254,7 +254,7 @@ The effect of the number of terms @var{nterms} on the accuracy of @var{levin_u_s
is shown in the following example. The sum of the series and the approximation error
is evaluated for
increasing values of argument @var{nterms} for both values of the optional argument @var{mode}:
-@var{levin_algebraic} and @var{levin_numeric}. The numeric calcuations are performed
+@var{levin_algebraic} and @var{levin_numeric}. The numeric calculations are performed
with bigfloat precision @var{fpprec} of 16. Errors are calculated with @var{fpprec} equal to 64.
The results are reported in three columns:
diff --git a/doc/info/trigtools.texi.m4 b/doc/info/trigtools.texi.m4
index 8b0e07f84..290939bdd 100644
--- a/doc/info/trigtools.texi.m4
+++ b/doc/info/trigtools.texi.m4
@@ -17,7 +17,7 @@
@section Introduction to trigtools
We use open-source computer algebra system(CAS) maxima 5.31.2.
The trigtools package@footnote{This is a conversion by hand of the original ``trigtools-doc.pdf'' file in ``share/contrib/trigtools'', by Raymond Toy. See the pdf for the definitive version.} contains commands that help you work with
-trigonometric expessions. List of functions in trigtools package:
+trigonometric expressions. List of functions in trigtools package:
@itemize
@item @mref{c2sin}
@@ -41,15 +41,15 @@ trigonometric expessions. List of functions in trigtools package:
@menu
* Convert to sin and cos::
-* Convert to Trignometric Functions::
+* Convert to Trigonometric Functions::
* Convert to Hyperbolic Functions::
* Factor Sums of sin and cos Functions::
-* Solve Trignometric Equations::
-* Evaluation of Trignometric Functions::
+* Solve Trigonometric Equations::
+* Evaluation of Trigonometric Functions::
* Contract atan Functions::
@end menu
-@node Convert to sin and cos, Convert to Trignometric Functions, Functions and Variables for trigtools, Functions and Variables for trigtools
+@node Convert to sin and cos, Convert to Trigonometric Functions, Functions and Variables for trigtools, Functions and Variables for trigtools
@subsection Convert to sin and cos
@anchor{c2sin}
@@ -161,8 +161,8 @@ for @math{k} any integer.
@closecatbox
@end deffn
-@node Convert to Trignometric Functions, Convert to Hyperbolic Functions, Convert to sin and cos, Functions and Variables for trigtools
-@subsection Convert to Trignometric Functions
+@node Convert to Trigonometric Functions, Convert to Hyperbolic Functions, Convert to sin and cos, Functions and Variables for trigtools
+@subsection Convert to Trigonometric Functions
@anchor{c2trig}
@deffn {Function} c2trig (@var{x})
@@ -255,7 +255,7 @@ coth(x)=c2trig(coth(x));
@end deffn
-@node Convert to Hyperbolic Functions, Factor Sums of sin and cos Functions, Convert to Trignometric Functions, Functions and Variables for trigtools
+@node Convert to Hyperbolic Functions, Factor Sums of sin and cos Functions, Convert to Trigonometric Functions, Functions and Variables for trigtools
@subsection Convert to Hyperbolic Functions
@anchor{c2hyp}
@@ -286,12 +286,12 @@ Examples:
@closecatbox
@end deffn
-@node Factor Sums of sin and cos Functions, Solve Trignometric Equations, Convert to Hyperbolic Functions, Functions and Variables for trigtools
+@node Factor Sums of sin and cos Functions, Solve Trigonometric Equations, Convert to Hyperbolic Functions, Functions and Variables for trigtools
@subsection Factor Sums of sin and cos Functions
@anchor{trigfactor}
@deffn {Function} trigfactor (@var{x})
-The function trigfactor factors expresions of
+The function trigfactor factors expressions of
form
m4_mathdot(<<<\pm \sin x \pm \cos y>>>, <<<+-sin(x)+-cos(y)>>>)
@@ -413,8 +413,8 @@ Examples:
@closecatbox
@end deffn
-@node Solve Trignometric Equations, Evaluation of Trignometric Functions, Factor Sums of sin and cos Functions, Functions and Variables for trigtools
-@subsection Solve Trignometric Equations
+@node Solve Trigonometric Equations, Evaluation of Trigonometric Functions, Factor Sums of sin and cos Functions, Functions and Variables for trigtools
+@subsection Solve Trigonometric Equations
@anchor{trigsolve}
@deffn {Function} trigsolve (@var{x})
@@ -629,8 +629,8 @@ where @math{a} any from @math{S}, @math{k} any integer.
@closecatbox
@end deffn
-@node Evaluation of Trignometric Functions, Contract atan Functions, Solve Trignometric Equations, Functions and Variables for trigtools
-@subsection Evaluation of Trignometric Functions
+@node Evaluation of Trigonometric Functions, Contract atan Functions, Solve Trigonometric Equations, Functions and Variables for trigtools
+@subsection Evaluation of Trigonometric Functions
@anchor{trigvalue}
@deffn {Function} trigvalue (@var{x})
@@ -672,7 +672,7 @@ in radicals.
Examples:
@enumerate
-@item Values of trignometric functions
+@item Values of trigonometric functions
@example
(%i1) load(trigtools)$
@group
@@ -853,7 +853,7 @@ x = -------------------- + -----------------]
@category{Package trigtools}
@closecatbox
-@node Contract atan Functions, , Evaluation of Trignometric Functions, Functions and Variables for trigtools
+@node Contract atan Functions, , Evaluation of Trigonometric Functions, Functions and Variables for trigtools
@subsection Contract atan Functions
@anchor{atan_contract}
-----------------------------------------------------------------------
Summary of changes:
doc/info/Special.texi.m4 | 2 +-
doc/info/colnew.texi.m4 | 4 ++--
doc/info/distrib.texi.m4 | 22 +++++++++++-----------
doc/info/levin.texi.m4 | 2 +-
doc/info/trigtools.texi.m4 | 32 ++++++++++++++++----------------
5 files changed, 31 insertions(+), 31 deletions(-)
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