Class Laplace

Laplace expansion strategy for matrix determinant Computing up to about M[9] is about as much as you can do with this method of computing determinants in a reasonable time.

Chippyash\Math\Matrix\Derivative\Strategy\Determinant\Laplace implements Chippyash\Math\Matrix\Interfaces\DeterminantStrategyInterface, Chippyash\Math\Matrix\Interfaces\TuningInterface uses Chippyash\Math\Matrix\Traits\CreateCorrectScalarType

Namespace: Chippyash\Math\Matrix\Derivative\Strategy\Determinant
Link: examples/example-laplace-bounds.php
Located at Derivative/Strategy/Determinant/Laplace.php

Methods summary
`public Chippyash\Type\Interfaces\NumericTypeInterface`	# `determinant( Chippyash\Math\Matrix\NumericMatrix $mA )` Compute determinant using laplace expansion $mA must be - square This is not checked here - that is done in the determinant derivative class Compute determinant using laplace expansion $mA must be - square This is not checked here - that is done in the determinant derivative class Parameters `$mA` Returns Chippyash\Type\Interfaces\NumericTypeInterface Implementation of `Chippyash\Math\Matrix\Interfaces\DeterminantStrategyInterface::determinant()`
`public mixed`	# `tune( Chippyash\Type\String\StringType $name, mixed $value )` Tune an item on a class. Available items: - clearCache : boolean - if $value == true, will clear determinant cache Always returns number of items currently in cache Tune an item on a class. Available items: - clearCache : boolean - if $value == true, will clear determinant cache Always returns number of items currently in cache Parameters `$name` Item to tune `$value` Value to set Returns mixed previous value of item Throws InvalidArgumentException if name does not exist Implementation of `Chippyash\Math\Matrix\Interfaces\TuningInterface::tune()`

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Class Laplace

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