Math::Symbolic::Constant is a Perl module that offers constants in symbolic calculations.

SYNOPSIS

use Math::Symbolic::Constant;
my $const = Math::Symbolic::Constant->new(25);
my $zero = Math::Symbolic::Constant->zero();
my $one = Math::Symbolic::Constant->one();
my $euler = Math::Symbolic::Constant->euler();
# e = 2.718281828...

This module implements numeric constants for Math::Symbolic trees.. .

Similar software

Math::Symbolic::Custom::Transformation
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Math::Symbolic::Custom::Transformation is a Perl extension to the Math::Symbolic module. You're assumed to be remotely familiar with that module throughout the documentation.

This package implements transformations of Math::Symbolic trees using Math::Symbolic trees. I'll try to explain what this means in the following ... Math::Symbolic::Operator
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Math::Symbolic::Operator is a Perl module with operators in symbolic calculations.

SYNOPSIS

use Math::Symbolic::Operator;

my $sum = Math::Symbolic::Operator->new('+', $term1, $term2);

# or:
my $division =
Math::Symbolic::Operator->new(
{
type => B_DIVISON,
operands => [$term1, $term2],
}
);

my $derivative =
Math::Symbolic::Operator->new(
{
type ... Math::Symbolic::Variable
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Math::Symbolic::Variable is a Perl module which implements variables in symbolic calculations.

SYNOPSIS

use Math::Symbolic::Variable;

my $var1 = Math::Symbolic::Variable->new('name');
$var1->value(5);

my $var2 = Math::Symbolic::Variable->new('x', 2);

my $var3 =
Math::Symbolic::Variable->new(
{
name => 'variable',
value => 1,
}
);

This class implements variables for ... #Calculation Component
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use Math::Logic ':NUM' ; # $TRUE $FALSE $UNDEF -- what you normally want

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Badger::Class is a class metaprogramming Perl module.

SYNOPSIS

# composing a new module
package Your::Module;

use Badger::Class
base => 'Badger::Base', # define base class(es)
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(Popularity: )
:
Math::Symbolic::Operator is a Perl module with operators in symbolic calculations.

SYNOPSIS

use Math::Symbolic::Operator;

my $sum = Math::Symbolic::Operator->new('+', $term1, $term2);

# or:
my $division =
Math::Symbolic::Operator->new(
{
type => B_DIVISON,
operands => [$term1, $term2],
}
);

my $derivative =
Math::Symbolic::Operator->new(
{
type ... Math::Symbolic::Custom::Transformation
(Popularity: )
:
Math::Symbolic::Custom::Transformation is a Perl extension to the Math::Symbolic module. You're assumed to be remotely familiar with that module throughout the documentation.

This package implements transformations of Math::Symbolic trees using Math::Symbolic trees. I'll try to explain what this means in the following ...