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Edit File : Complex.php \| Size : 11.01 KB
<?php /** * * Class for the management of Complex numbers * * @copyright Copyright (c) 2013-2018 Mark Baker (https://github.com/MarkBaker/PHPComplex) * @license https://opensource.org/licenses/MIT MIT / namespace Complex; /* * Complex Number object. * * @package Complex * * @method float abs() * @method Complex acos() * @method Complex acosh() * @method Complex acot() * @method Complex acoth() * @method Complex acsc() * @method Complex acsch() * @method float argument() * @method Complex asec() * @method Complex asech() * @method Complex asin() * @method Complex asinh() * @method Complex atan() * @method Complex atanh() * @method Complex conjugate() * @method Complex cos() * @method Complex cosh() * @method Complex cot() * @method Complex coth() * @method Complex csc() * @method Complex csch() * @method Complex exp() * @method Complex inverse() * @method Complex ln() * @method Complex log2() * @method Complex log10() * @method Complex negative() * @method Complex pow(int\|float $power) * @method float rho() * @method Complex sec() * @method Complex sech() * @method Complex sin() * @method Complex sinh() * @method Complex sqrt() * @method Complex tan() * @method Complex tanh() * @method float theta() * @method Complex add(...$complexValues) * @method Complex subtract(...$complexValues) * @method Complex multiply(...$complexValues) * @method Complex divideby(...$complexValues) * @method Complex divideinto(...$complexValues) / class Complex { /* * @constant Euler's Number. / const EULER = 2.7182818284590452353602874713526624977572; /* * @constant Regexp to split an input string into real and imaginary components and suffix / const NUMBER_SPLIT_REGEXP = '` ^ ( # Real part [-+]?(\d+\.?\d\|\d\.?\d+) # Real value (integer or float) ([Ee][-+]?[0-2]?\d{1,3})? # Optional real exponent for scientific format ) ( # Imaginary part [-+]?(\d+\.?\d\|\d\.?\d+) # Imaginary value (integer or float) ([Ee][-+]?[0-2]?\d{1,3})? # Optional imaginary exponent for scientific format )? ( # Imaginary part is optional ([-+]?) # Imaginary (implicit 1 or -1) only ([ij]?) # Imaginary i or j - depending on whether mathematical or engineering ) $`uix'; /* * @var float $realPart The value of of this complex number on the real plane. / protected $realPart = 0.0; /* * @var float $imaginaryPart The value of of this complex number on the imaginary plane. / protected $imaginaryPart = 0.0; /* * @var string $suffix The suffix for this complex number (i or j). / protected $suffix; /* * Validates whether the argument is a valid complex number, converting scalar or array values if possible * * @param mixed $complexNumber The value to parse * @return array * @throws Exception If the argument isn't a Complex number or cannot be converted to one / private static function parseComplex($complexNumber) { // Test for real number, with no imaginary part if (is_numeric($complexNumber)) { return [$complexNumber, 0, null]; } // Fix silly human errors $complexNumber = str_replace( ['+-', '-+', '++', '--'], ['-', '-', '+', '+'], $complexNumber ); // Basic validation of string, to parse out real and imaginary parts, and any suffix $validComplex = preg_match( self::NUMBER_SPLIT_REGEXP, $complexNumber, $complexParts ); if (!$validComplex) { // Neither real nor imaginary part, so test to see if we actually have a suffix $validComplex = preg_match('/^([\-\+]?)([ij])$/ui', $complexNumber, $complexParts); if (!$validComplex) { throw new Exception('Invalid complex number'); } // We have a suffix, so set the real to 0, the imaginary to either 1 or -1 (as defined by the sign) $imaginary = 1; if ($complexParts[1] === '-') { $imaginary = 0 - $imaginary; } return [0, $imaginary, $complexParts[2]]; } // If we don't have an imaginary part, identify whether it should be +1 or -1... if (($complexParts[4] === '') && ($complexParts[9] !== '')) { if ($complexParts[7] !== $complexParts[9]) { $complexParts[4] = 1; if ($complexParts[8] === '-') { $complexParts[4] = -1; } } else { // ... or if we have only the real and no imaginary part // (in which case our real should be the imaginary) $complexParts[4] = $complexParts[1]; $complexParts[1] = 0; } } // Return real and imaginary parts and suffix as an array, and set a default suffix if user input lazily return [ $complexParts[1], $complexParts[4], !empty($complexParts[9]) ? $complexParts[9] : 'i' ]; } public function __construct($realPart = 0.0, $imaginaryPart = null, $suffix = 'i') { if ($imaginaryPart === null) { if (is_array($realPart)) { // We have an array of (potentially) real and imaginary parts, and any suffix list ($realPart, $imaginaryPart, $suffix) = array_values($realPart) + [0.0, 0.0, 'i']; } elseif ((is_string($realPart)) \|\| (is_numeric($realPart))) { // We've been given a string to parse to extract the real and imaginary parts, and any suffix list($realPart, $imaginaryPart, $suffix) = self::parseComplex($realPart); } } if ($imaginaryPart != 0.0 && empty($suffix)) { $suffix = 'i'; } elseif ($imaginaryPart == 0.0 && !empty($suffix)) { $suffix = ''; } // Set parsed values in our properties $this->realPart = (float) $realPart; $this->imaginaryPart = (float) $imaginaryPart; $this->suffix = strtolower($suffix ?? ''); } /* * Gets the real part of this complex number * * @return Float / public function getReal(): float { return $this->realPart; } /* * Gets the imaginary part of this complex number * * @return Float / public function getImaginary(): float { return $this->imaginaryPart; } /* * Gets the suffix of this complex number * * @return String / public function getSuffix(): string { return $this->suffix; } /* * Returns true if this is a real value, false if a complex value * * @return Bool / public function isReal(): bool { return $this->imaginaryPart == 0.0; } /* * Returns true if this is a complex value, false if a real value * * @return Bool / public function isComplex(): bool { return !$this->isReal(); } public function format(): string { $str = ""; if ($this->imaginaryPart != 0.0) { if (\abs($this->imaginaryPart) != 1.0) { $str .= $this->imaginaryPart . $this->suffix; } else { $str .= (($this->imaginaryPart < 0.0) ? '-' : '') . $this->suffix; } } if ($this->realPart != 0.0) { if (($str) && ($this->imaginaryPart > 0.0)) { $str = "+" . $str; } $str = $this->realPart . $str; } if (!$str) { $str = "0.0"; } return $str; } public function __toString(): string { return $this->format(); } /* * Validates whether the argument is a valid complex number, converting scalar or array values if possible * * @param mixed $complex The value to validate * @return Complex * @throws Exception If the argument isn't a Complex number or cannot be converted to one / public static function validateComplexArgument($complex): Complex { if (is_scalar($complex) \|\| is_array($complex)) { $complex = new Complex($complex); } elseif (!is_object($complex) \|\| !($complex instanceof Complex)) { throw new Exception('Value is not a valid complex number'); } return $complex; } /* * Returns the reverse of this complex number * * @return Complex / public function reverse(): Complex { return new Complex( $this->imaginaryPart, $this->realPart, ($this->realPart == 0.0) ? null : $this->suffix ); } public function invertImaginary(): Complex { return new Complex( $this->realPart, $this->imaginaryPart -1, ($this->imaginaryPart == 0.0) ? null : $this->suffix ); } public function invertReal(): Complex { return new Complex( $this->realPart * -1, $this->imaginaryPart, ($this->imaginaryPart == 0.0) ? null : $this->suffix ); } protected static $functions = [ 'abs', 'acos', 'acosh', 'acot', 'acoth', 'acsc', 'acsch', 'argument', 'asec', 'asech', 'asin', 'asinh', 'atan', 'atanh', 'conjugate', 'cos', 'cosh', 'cot', 'coth', 'csc', 'csch', 'exp', 'inverse', 'ln', 'log2', 'log10', 'negative', 'pow', 'rho', 'sec', 'sech', 'sin', 'sinh', 'sqrt', 'tan', 'tanh', 'theta', ]; protected static $operations = [ 'add', 'subtract', 'multiply', 'divideby', 'divideinto', ]; /** * Returns the result of the function call or operation * * @return Complex\|float * @throws Exception\|\InvalidArgumentException */ public function __call($functionName, $arguments) { $functionName = strtolower(str_replace('_', '', $functionName)); // Test for function calls if (in_array($functionName, self::$functions, true)) { return Functions::$functionName($this, ...$arguments); } // Test for operation calls if (in_array($functionName, self::$operations, true)) { return Operations::$functionName($this, ...$arguments); } throw new Exception('Complex Function or Operation does not exist'); } } Back

Edit File : Complex.php | Size : 11.01 KB

<?php

/**
 *
 * Class for the management of Complex numbers
 *
 * @copyright  Copyright (c) 2013-2018 Mark Baker (https://github.com/MarkBaker/PHPComplex)
 * @license    https://opensource.org/licenses/MIT    MIT
 */
namespace Complex;

/**
 * Complex Number object.
 *
 * @package Complex
 *
 * @method float abs()
 * @method Complex acos()
 * @method Complex acosh()
 * @method Complex acot()
 * @method Complex acoth()
 * @method Complex acsc()
 * @method Complex acsch()
 * @method float argument()
 * @method Complex asec()
 * @method Complex asech()
 * @method Complex asin()
 * @method Complex asinh()
 * @method Complex atan()
 * @method Complex atanh()
 * @method Complex conjugate()
 * @method Complex cos()
 * @method Complex cosh()
 * @method Complex cot()
 * @method Complex coth()
 * @method Complex csc()
 * @method Complex csch()
 * @method Complex exp()
 * @method Complex inverse()
 * @method Complex ln()
 * @method Complex log2()
 * @method Complex log10()
 * @method Complex negative()
 * @method Complex pow(int|float $power)
 * @method float rho()
 * @method Complex sec()
 * @method Complex sech()
 * @method Complex sin()
 * @method Complex sinh()
 * @method Complex sqrt()
 * @method Complex tan()
 * @method Complex tanh()
 * @method float theta()
 * @method Complex add(...$complexValues)
 * @method Complex subtract(...$complexValues)
 * @method Complex multiply(...$complexValues)
 * @method Complex divideby(...$complexValues)
 * @method Complex divideinto(...$complexValues)
 */
class Complex
{
    /**
     * @constant    Euler's Number.
     */
    const EULER = 2.7182818284590452353602874713526624977572;

/**
     * @constant    Regexp to split an input string into real and imaginary components and suffix
     */
    const NUMBER_SPLIT_REGEXP =
        '` ^
            (                                   # Real part
                [-+]?(\d+\.?\d*|\d*\.?\d+)          # Real value (integer or float)
                ([Ee][-+]?[0-2]?\d{1,3})?           # Optional real exponent for scientific format
            )
            (                                   # Imaginary part
                [-+]?(\d+\.?\d*|\d*\.?\d+)          # Imaginary value (integer or float)
                ([Ee][-+]?[0-2]?\d{1,3})?           # Optional imaginary exponent for scientific format
            )?
            (                                   # Imaginary part is optional
                ([-+]?)                             # Imaginary (implicit 1 or -1) only
                ([ij]?)                             # Imaginary i or j - depending on whether mathematical or engineering
            )
        $`uix';

/**
     * @var    float    $realPart    The value of of this complex number on the real plane.
     */
    protected $realPart = 0.0;

/**
     * @var    float    $imaginaryPart    The value of of this complex number on the imaginary plane.
     */
    protected $imaginaryPart = 0.0;

/**
     * @var    string    $suffix    The suffix for this complex number (i or j).
     */
    protected $suffix;

/**
     * Validates whether the argument is a valid complex number, converting scalar or array values if possible
     *
     * @param     mixed    $complexNumber   The value to parse
     * @return    array
     * @throws    Exception    If the argument isn't a Complex number or cannot be converted to one
     */
    private static function parseComplex($complexNumber)
    {
        // Test for real number, with no imaginary part
        if (is_numeric($complexNumber)) {
            return [$complexNumber, 0, null];
        }

// Fix silly human errors
        $complexNumber = str_replace(
            ['+-', '-+', '++', '--'],
            ['-', '-', '+', '+'],
            $complexNumber
        );

// Basic validation of string, to parse out real and imaginary parts, and any suffix
        $validComplex = preg_match(
            self::NUMBER_SPLIT_REGEXP,
            $complexNumber,
            $complexParts
        );

if (!$validComplex) {
            // Neither real nor imaginary part, so test to see if we actually have a suffix
            $validComplex = preg_match('/^([\-\+]?)([ij])$/ui', $complexNumber, $complexParts);
            if (!$validComplex) {
                throw new Exception('Invalid complex number');
            }
            // We have a suffix, so set the real to 0, the imaginary to either 1 or -1 (as defined by the sign)
            $imaginary = 1;
            if ($complexParts[1] === '-') {
                $imaginary = 0 - $imaginary;
            }
            return [0, $imaginary, $complexParts[2]];
        }

// If we don't have an imaginary part, identify whether it should be +1 or -1...
        if (($complexParts[4] === '') && ($complexParts[9] !== '')) {
            if ($complexParts[7] !== $complexParts[9]) {
                $complexParts[4] = 1;
                if ($complexParts[8] === '-') {
                    $complexParts[4] = -1;
                }
            } else {
                // ... or if we have only the real and no imaginary part
                //  (in which case our real should be the imaginary)
                $complexParts[4] = $complexParts[1];
                $complexParts[1] = 0;
            }
        }

// Return real and imaginary parts and suffix as an array, and set a default suffix if user input lazily
        return [
            $complexParts[1],
            $complexParts[4],
            !empty($complexParts[9]) ? $complexParts[9] : 'i'
        ];
    }

public function __construct($realPart = 0.0, $imaginaryPart = null, $suffix = 'i')
    {
        if ($imaginaryPart === null) {
            if (is_array($realPart)) {
                // We have an array of (potentially) real and imaginary parts, and any suffix
                list ($realPart, $imaginaryPart, $suffix) = array_values($realPart) + [0.0, 0.0, 'i'];
            } elseif ((is_string($realPart)) || (is_numeric($realPart))) {
                // We've been given a string to parse to extract the real and imaginary parts, and any suffix
                list($realPart, $imaginaryPart, $suffix) = self::parseComplex($realPart);
            }
        }

if ($imaginaryPart != 0.0 && empty($suffix)) {
            $suffix = 'i';
        } elseif ($imaginaryPart == 0.0 && !empty($suffix)) {
            $suffix = '';
        }

// Set parsed values in our properties
        $this->realPart = (float) $realPart;
        $this->imaginaryPart = (float) $imaginaryPart;
        $this->suffix = strtolower($suffix ?? '');
    }

/**
     * Gets the real part of this complex number
     *
     * @return Float
     */
    public function getReal(): float
    {
        return $this->realPart;
    }

/**
     * Gets the imaginary part of this complex number
     *
     * @return Float
     */
    public function getImaginary(): float
    {
        return $this->imaginaryPart;
    }

/**
     * Gets the suffix of this complex number
     *
     * @return String
     */
    public function getSuffix(): string
    {
        return $this->suffix;
    }

/**
     * Returns true if this is a real value, false if a complex value
     *
     * @return Bool
     */
    public function isReal(): bool
    {
        return $this->imaginaryPart == 0.0;
    }

/**
     * Returns true if this is a complex value, false if a real value
     *
     * @return Bool
     */
    public function isComplex(): bool
    {
        return !$this->isReal();
    }

public function format(): string
    {
        $str = "";
        if ($this->imaginaryPart != 0.0) {
            if (\abs($this->imaginaryPart) != 1.0) {
                $str .= $this->imaginaryPart . $this->suffix;
            } else {
                $str .= (($this->imaginaryPart < 0.0) ? '-' : '') . $this->suffix;
            }
        }
        if ($this->realPart != 0.0) {
            if (($str) && ($this->imaginaryPart > 0.0)) {
                $str = "+" . $str;
            }
            $str = $this->realPart . $str;
        }
        if (!$str) {
            $str = "0.0";
        }

return $str;
    }

public function __toString(): string
    {
        return $this->format();
    }

/**
     * Validates whether the argument is a valid complex number, converting scalar or array values if possible
     *
     * @param     mixed    $complex   The value to validate
     * @return    Complex
     * @throws    Exception    If the argument isn't a Complex number or cannot be converted to one
     */
    public static function validateComplexArgument($complex): Complex
    {
        if (is_scalar($complex) || is_array($complex)) {
            $complex = new Complex($complex);
        } elseif (!is_object($complex) || !($complex instanceof Complex)) {
            throw new Exception('Value is not a valid complex number');
        }

return $complex;
    }

/**
     * Returns the reverse of this complex number
     *
     * @return    Complex
     */
    public function reverse(): Complex
    {
        return new Complex(
            $this->imaginaryPart,
            $this->realPart,
            ($this->realPart == 0.0) ? null : $this->suffix
        );
    }

public function invertImaginary(): Complex
    {
        return new Complex(
            $this->realPart,
            $this->imaginaryPart * -1,
            ($this->imaginaryPart == 0.0) ? null : $this->suffix
        );
    }

public function invertReal(): Complex
    {
        return new Complex(
            $this->realPart * -1,
            $this->imaginaryPart,
            ($this->imaginaryPart == 0.0) ? null : $this->suffix
        );
    }

protected static $functions = [
        'abs',
        'acos',
        'acosh',
        'acot',
        'acoth',
        'acsc',
        'acsch',
        'argument',
        'asec',
        'asech',
        'asin',
        'asinh',
        'atan',
        'atanh',
        'conjugate',
        'cos',
        'cosh',
        'cot',
        'coth',
        'csc',
        'csch',
        'exp',
        'inverse',
        'ln',
        'log2',
        'log10',
        'negative',
        'pow',
        'rho',
        'sec',
        'sech',
        'sin',
        'sinh',
        'sqrt',
        'tan',
        'tanh',
        'theta',
    ];

protected static $operations = [
        'add',
        'subtract',
        'multiply',
        'divideby',
        'divideinto',
    ];

/**
     * Returns the result of the function call or operation
     *
     * @return    Complex|float
     * @throws    Exception|\InvalidArgumentException
     */
    public function __call($functionName, $arguments)
    {
        $functionName = strtolower(str_replace('_', '', $functionName));

// Test for function calls
        if (in_array($functionName, self::$functions, true)) {
            return Functions::$functionName($this, ...$arguments);
        }
        // Test for operation calls
        if (in_array($functionName, self::$operations, true)) {
            return Operations::$functionName($this, ...$arguments);
        }
        throw new Exception('Complex Function or Operation does not exist');
    }
}

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