ops::atan() - Code Metrics - ghostjat/Np - Measure and Improve Code Quality continuously with Scrutinizer

ops::atan() A
last analyzed 2024-03-21 13:34 UTC

↳ Parent: ops

Complexity

Conditions	1
Paths	1

Size

Total Lines	2
Code Lines	1

Duplication

Lines	0
Ratio	0 %

Importance

Changes	1
Bugs	0	Features	0

Metric	Value
cc	1
eloc	1
c	1
b	0
f	0
nc	1
nop	0
dl	0
loc	2
rs	10

<?php

namespace Np;

/**
 * Operations
 * A fast lite & memory efficient Scientific Computing for php
 * 
 * @package   Np
 * @category  Scientific Computing
 * @author    ghost (Shubham Chaudhary)
 * @email     [email protected]
 * @copyright (c) 2020-2021, Shubham Chaudhary
 */
trait ops {

    /**
     * Return the element-wise maximum of two matrices| two vectors.
     * @param matrix|vector $d
     * @return matrix|vector
     */
    public function max(matrix|vector $d): matrix|vector {
        if ($this instanceof matrix && $d instanceof matrix && $this->checkShape($this, $d)) {
            $r = self::factory($this->row, $this->col);
        } elseif ($this instanceof vector && $d instanceof vector && $this->checkShape($this, $d)) {
            $r = self::factory($this->col);
        }
        for ($i = 0; $i < $this->ndim; ++$i) {
            $r->data[$i] = max($this->data[$i], $d->data[$i]);
        }
        return $r;
    }

    /**
     * Return the element-wise minimum of two matrices|two vectors.
     * @param matrix|vector $d
     * @return matrix|vector
     */
    public function min(matrix|vector $d): matrix|vector {
        if ($this instanceof matrix && $d instanceof matrix && $this->checkShape($this, $d)) {
            $r = self::factory($this->row, $this->col);
        } elseif ($this instanceof vector && $d instanceof vector && $this->checkShape($this, $d)) {
            $r = self::factory($this->col);
        }
        for ($i = 0; $i < $this->ndim; ++$i) {
            $r->data[$i] = max($this->data[$i], $d->data[$i]);
        }
        return $r;
    }

    /**
     * Run a function over all of the elements in the matrix|vector. 
     * @param callable $func
     * @return matrix|vector
     */
    public function map(callable $func): matrix|vector {
        if ($this instanceof matrix) {
            $r = self::factory($this->row, $this->col);
        } else {
            $r = self::factory($this->col);
        }
        for ($i = 0; $i < $this->ndim; ++$i) {
            $r->data[$i] = $func($this->data[$i]);
        }
        return $r;
    }

    public function abs(): matrix|vector {
        return $this->map('abs');
    }

    public function sqrt(): matrix|vector {
        return $this->map('sqrt');
    }

    public function exp(): matrix|vector {
        return $this->map('exp');
    }

    public function exp1(): matrix|vector {
        return $this->map('exp1');
    }

    public function log(float $b = M_E): matrix|vector {
        $ar = $this->copy();
        for ($i = 0; $i < $ar->ndim; ++$i) {
            log($ar->data[$i], $b);
        }
        return $ar;
    }

    public function log1p(): matrix|vector {
        return $this->map('log1p');
    }

    public function sin(): matrix|vector {
        return $this->map('sin');
    }

    public function asin(): matrix|vector {
        return $this->map('asin');
    }

    public function cos(): matrix|vector {
        return $this->map('cos');
    }

    public function acos(): matrix|vector {
        return $this->map('acos');
    }

    public function tan(): matrix|vector {
        return $this->map('tan');
    }

    public function atan(): matrix|vector {
        return $this->map('atan');
    }

    public function radToDeg(): matrix|vector {
        return $this->map('rad2deg');
    }

    public function degToRad(): matrix|vector {
        return $this->map('deg2rad');
    }

    public function floor(): matrix|vector {
        return $this->map('floor');
    }

    public function ceil(): matrix|vector {
        return $this->map('ceil');
    }
    
    public function free():void {
        if($this instanceof matrix) {
            unset($this->row);
            unset($this->col);
            unset($this->ndim);
            unset($this->dtype);
            unset($this->data);
            return;
        }
        unset($this->col);
        unset($this->ndim);
        unset($this->dtype);
        unset($this->data);
        return;
    }
    
    /**
     * make a copy of matrix|vector;
     * @return matrix|vector
     */
    public function copy(): matrix|vector {
        return clone $this;
    }
    
    /**
     * Clip the elements in the matrix to be between given minimum and maximum
     * and return a new matrix.
     * 
     * @param float $min
     * @param float $max
     * @return matrix
     */
    public function clip(float $min, float $max): matrix|vector {
        if ($this instanceof matrix) {
            $ar = self::factory($this->row, $this->col);
        } else {
            $ar = self::factory($this->col);
        }
        for ($i = 0; $i < $this->ndim; ++$i) {
            if ($this->data[$i] > $max) {
                $ar->data[$i] = $max;
                continue;
            }
            if ($this->data[$i] < $min) {
                $ar->data[$i] = $min;
                continue;
            }
            $ar->data[$i] = $this->data[$i];
        }
        return $ar;
    }

    /**
     * Clip the matrix|vector to be lower bounded by a given minimum.
     * @param float $min
     * @return matrix
     */
    public function clipLower(float $min): matrix|vector {
        if ($this instanceof matrix) {
            $ar = self::factory($this->row, $this->col);
        } else {
            $ar = self::factory($this->col);
        }
        for ($i = 0; $i < $this->ndim; ++$i) {
            if ($this->data[$i] < $min) {
                $ar->data[$i] = $min;
                continue;
            }
            $ar->data[$i] = $this->data[$i];
        }
        return $ar;
    }

    /**
     * Clip the matrix|vector to be upper bounded by a given maximum.
     *
     * @param float $max
     * @return matrix
     */
    public function clipUpper(float $max): matrix|vector {
        if ($this instanceof matrix) {
            $ar = self::factory($this->row, $this->col);
        } else {
            $ar = self::factory($this->col);
        }
        for ($i = 0; $i < $this->ndim; ++$i) {
            if ($this->data[$i] > $max) {
                $ar->data[$i] = $max;
                continue;
            }
            $ar->data[$i] = $this->data[$i];
        }
        return $ar;
    }

    /**
     * return a reshaped data buffer as matrix
     * @param int $row
     * @param int $col
     * @return matrix
     */
    public function reshape(int $row, int $col): matrix {
        if ($this->ndim != $row * $col) {
            self::_dimensionaMisMatchErr('given dimenssion is not valid for current bufferData');
        }
        if ($this instanceof vector) {
            $ar = matrix::factory($row, $col);
            $ar->data = $this->data;
            return $ar;
        }
        $this->row = $row;

        $this->col = $col;

        return $this;

    }
}


1			<?php
2
3			namespace Np;
4
5			/**
6			* Operations
7			* A fast lite & memory efficient Scientific Computing for php
8			*
9			* @package Np
10			* @category Scientific Computing
11			* @author ghost (Shubham Chaudhary)
12			* @email [email protected]
13			* @copyright (c) 2020-2021, Shubham Chaudhary
14			*/
15			trait ops {
16
17			/**
18			* Return the element-wise maximum of two matrices\| two vectors.
19			* @param matrix\|vector $d
20			* @return matrix\|vector
21			*/
22			public function max(matrix\|vector $d): matrix\|vector {
23			if ($this instanceof matrix && $d instanceof matrix && $this->checkShape($this, $d)) {
24			$r = self::factory($this->row, $this->col);
25			} elseif ($this instanceof vector && $d instanceof vector && $this->checkShape($this, $d)) {
26			$r = self::factory($this->col);
27			}
28			for ($i = 0; $i < $this->ndim; ++$i) {
29			$r->data[$i] = max($this->data[$i], $d->data[$i]);
30			}
31			return $r;
32			}
33
34			/**
35			* Return the element-wise minimum of two matrices\|two vectors.
36			* @param matrix\|vector $d
37			* @return matrix\|vector
38			*/
39			public function min(matrix\|vector $d): matrix\|vector {
40			if ($this instanceof matrix && $d instanceof matrix && $this->checkShape($this, $d)) {
41			$r = self::factory($this->row, $this->col);
42			} elseif ($this instanceof vector && $d instanceof vector && $this->checkShape($this, $d)) {
43			$r = self::factory($this->col);
44			}
45			for ($i = 0; $i < $this->ndim; ++$i) {
46			$r->data[$i] = max($this->data[$i], $d->data[$i]);
47			}
48			return $r;
49			}
50
51			/**
52			* Run a function over all of the elements in the matrix\|vector.
53			* @param callable $func
54			* @return matrix\|vector
55			*/
56			public function map(callable $func): matrix\|vector {
57			if ($this instanceof matrix) {
58			$r = self::factory($this->row, $this->col);
59			} else {
60			$r = self::factory($this->col);
61			}
62			for ($i = 0; $i < $this->ndim; ++$i) {
63			$r->data[$i] = $func($this->data[$i]);
64			}
65			return $r;
66			}
67
68			public function abs(): matrix\|vector {
69			return $this->map('abs');
70			}
71
72			public function sqrt(): matrix\|vector {
73			return $this->map('sqrt');
74			}
75
76			public function exp(): matrix\|vector {
77			return $this->map('exp');
78			}
79
80			public function exp1(): matrix\|vector {
81			return $this->map('exp1');
82			}
83
84			public function log(float $b = M_E): matrix\|vector {
85			$ar = $this->copy();
86			for ($i = 0; $i < $ar->ndim; ++$i) {
87			log($ar->data[$i], $b);
88			}
89			return $ar;
90			}
91
92			public function log1p(): matrix\|vector {
93			return $this->map('log1p');
94			}
95
96			public function sin(): matrix\|vector {
97			return $this->map('sin');
98			}
99
100			public function asin(): matrix\|vector {
101			return $this->map('asin');
102			}
103
104			public function cos(): matrix\|vector {
105			return $this->map('cos');
106			}
107
108			public function acos(): matrix\|vector {
109			return $this->map('acos');
110			}
111
112			public function tan(): matrix\|vector {
113			return $this->map('tan');
114			}
115
116			public function atan(): matrix\|vector {
117			return $this->map('atan');
118			}
119
120			public function radToDeg(): matrix\|vector {
121			return $this->map('rad2deg');
122			}
123
124			public function degToRad(): matrix\|vector {
125			return $this->map('deg2rad');
126			}
127
128			public function floor(): matrix\|vector {
129			return $this->map('floor');
130			}
131
132			public function ceil(): matrix\|vector {
133			return $this->map('ceil');
134			}
135
136			public function free():void {
137			if($this instanceof matrix) {
138			unset($this->row);
139			unset($this->col);
140			unset($this->ndim);
141			unset($this->dtype);
142			unset($this->data);
143			return;
144			}
145			unset($this->col);
146			unset($this->ndim);
147			unset($this->dtype);
148			unset($this->data);
149			return;
150			}
151
152			/**
153			* make a copy of matrix\|vector;
154			* @return matrix\|vector
155			*/
156			public function copy(): matrix\|vector {
157			return clone $this;
158			}
159
160			/**
161			* Clip the elements in the matrix to be between given minimum and maximum
162			* and return a new matrix.
163			*
164			* @param float $min
165			* @param float $max
166			* @return matrix
167			*/
168			public function clip(float $min, float $max): matrix\|vector {
169			if ($this instanceof matrix) {
170			$ar = self::factory($this->row, $this->col);
171			} else {
172			$ar = self::factory($this->col);
173			}
174			for ($i = 0; $i < $this->ndim; ++$i) {
175			if ($this->data[$i] > $max) {
176			$ar->data[$i] = $max;
177			continue;
178			}
179			if ($this->data[$i] < $min) {
180			$ar->data[$i] = $min;
181			continue;
182			}
183			$ar->data[$i] = $this->data[$i];
184			}
185			return $ar;
186			}
187
188			/**
189			* Clip the matrix\|vector to be lower bounded by a given minimum.
190			* @param float $min
191			* @return matrix
192			*/
193			public function clipLower(float $min): matrix\|vector {
194			if ($this instanceof matrix) {
195			$ar = self::factory($this->row, $this->col);
196			} else {
197			$ar = self::factory($this->col);
198			}
199			for ($i = 0; $i < $this->ndim; ++$i) {
200			if ($this->data[$i] < $min) {
201			$ar->data[$i] = $min;
202			continue;
203			}
204			$ar->data[$i] = $this->data[$i];
205			}
206			return $ar;
207			}
208
209			/**
210			* Clip the matrix\|vector to be upper bounded by a given maximum.
211			*
212			* @param float $max
213			* @return matrix
214			*/
215			public function clipUpper(float $max): matrix\|vector {
216			if ($this instanceof matrix) {
217			$ar = self::factory($this->row, $this->col);
218			} else {
219			$ar = self::factory($this->col);
220			}
221			for ($i = 0; $i < $this->ndim; ++$i) {
222			if ($this->data[$i] > $max) {
223			$ar->data[$i] = $max;
224			continue;
225			}
226			$ar->data[$i] = $this->data[$i];
227			}
228			return $ar;
229			}
230
231			/**
232			* return a reshaped data buffer as matrix
233			* @param int $row
234			* @param int $col
235			* @return matrix
236			*/
237			public function reshape(int $row, int $col): matrix {
238			if ($this->ndim != $row * $col) {
239			self::_dimensionaMisMatchErr('given dimenssion is not valid for current bufferData');
240			}
241			if ($this instanceof vector) {
242			$ar = matrix::factory($row, $col);
243			$ar->data = $this->data;
244			return $ar;
245			}
246			$this->row = $row;
			0 ignored issues – show Bug Best Practice introduced 2021-06-09 17:39 UTC by Report Bug Copy Issue Report The property `row` does not exist. Although not strictly required by PHP, it is generally a best practice to declare properties explicitly. Loading history...
247			$this->col = $col;
			0 ignored issues – show Bug Best Practice introduced 2021-06-09 17:39 UTC by Report Bug Copy Issue Report The property `col` does not exist. Although not strictly required by PHP, it is generally a best practice to declare properties explicitly. Loading history...
248			return $this;
			0 ignored issues – show Bug Best Practice introduced 2021-06-09 17:39 UTC by Report Bug Copy Issue Report The expression `return $this` returns the type `Np\ops` which includes types incompatible with the type-hinted return `Np\matrix`. Loading history...
249			}
250			}
251

ghostjat / Np

ops::atan() A last analyzed 2024-03-21 13:34 UTC

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ops::atan() A
last analyzed 2024-03-21 13:34 UTC