Vertex::isOnSameLine() - Code Metrics - thephpleague/geotools - Measure and Improve Code Quality continuously with Scrutinizer

Vertex::isOnSameLine() B
last analyzed 2021-06-22 21:14 UTC

↳ Parent: Vertex

Complexity

Conditions	7
Paths	4

Size

Total Lines

Duplication

Lines	0
Ratio	0 %

Code Coverage

Tests	5
CRAP Score	8.1426

Importance

Changes

Metric	Value
c	0
b	0
f	0
dl	0
loc	13
ccs	5
cts	7
cp	0.7143
rs	8.8333
cc	7
nc	4
nop	1
crap	8.1426

<?php

/*
 * This file is part of the Geotools library.
 *
 * (c) Antoine Corcy <[email protected]>
 *
 * For the full copyright and license information, please view the LICENSE
 * file that was distributed with this source code.
 */

namespace League\Geotools\Vertex;

use League\Geotools\Coordinate\Coordinate;
use League\Geotools\Coordinate\CoordinateInterface;
use League\Geotools\Coordinate\Ellipsoid;
use League\Geotools\CoordinateCouple;
use League\Geotools\Geotools;

/**
 * Vertex class
 *
 * @author Antoine Corcy <[email protected]>
 */
class Vertex implements VertexInterface
{
    use CoordinateCouple;

    /**
     * @var double
     */
    protected $gradient;

    /**
     * @var double
     */
    protected $ordinateIntercept;

    /**
     * @var integer
     */
    private $precision = 8;

    /**
     * {@inheritDoc}
     */
    public function setFrom(CoordinateInterface $from)
    {
        $this->from = $from;

        if (empty($this->to) || ($this->to->getLatitude() - $this->from->getLatitude() === 0)) {
            return $this;
        }

        if ($this->to->getLatitude() !== $this->from->getLatitude()) {
            $this->gradient = ($this->to->getLongitude() - $this->from->getLongitude()) / ($this->to->getLatitude() - $this->from->getLatitude());
class Id
{
    public $id;

    public function __construct($id)
    {
        $this->id = $id;
    }

}

class Account
{
    /** @var  Id $id */
    public $id;
}

$account_id = false;

if (starsAreRight()) {
    $account_id = new Id(42);
}

$account = new Account();
if ($account instanceof Id)
{
    $account->id = $account_id;
}
            $this->ordinateIntercept = $this->from->getLongitude() - $this->from->getLatitude() * $this->gradient;
class Id
{
    public $id;

    public function __construct($id)
    {
        $this->id = $id;
    }

}

class Account
{
    /** @var  Id $id */
    public $id;
}

$account_id = false;

if (starsAreRight()) {
    $account_id = new Id(42);
}

$account = new Account();
if ($account instanceof Id)
{
    $account->id = $account_id;
}
        } else {
            $this->gradient = null;
            $this->ordinateIntercept = null;
        }

        return $this;
    }

    /**
     * {@inheritDoc}
     */
    public function getFrom()
    {
        return $this->from;
    }

    /**
     * {@inheritDoc}
     */
    public function setTo(CoordinateInterface $to)
    {
        $this->to = $to;

        if (empty($this->from) || ($this->to->getLatitude() - $this->from->getLatitude() === 0)) {
            return $this;
        }

        if ($this->to->getLatitude() !== $this->from->getLatitude()) {
            $this->gradient = ($this->to->getLongitude() - $this->from->getLongitude()) / ($this->to->getLatitude() - $this->from->getLatitude());
class Id
{
    public $id;

    public function __construct($id)
    {
        $this->id = $id;
    }

}

class Account
{
    /** @var  Id $id */
    public $id;
}

$account_id = false;

if (starsAreRight()) {
    $account_id = new Id(42);
}

$account = new Account();
if ($account instanceof Id)
{
    $account->id = $account_id;
}
            $this->ordinateIntercept = $this->from->getLongitude() - $this->from->getLatitude() * $this->gradient;
class Id
{
    public $id;

    public function __construct($id)
    {
        $this->id = $id;
    }

}

class Account
{
    /** @var  Id $id */
    public $id;
}

$account_id = false;

if (starsAreRight()) {
    $account_id = new Id(42);
}

$account = new Account();
if ($account instanceof Id)
{
    $account->id = $account_id;
}
        } else {
            $this->gradient = null;
            $this->ordinateIntercept = null;
        }

        return $this;
    }

    /**
     * {@inheritDoc}
     */
    public function getTo()
    {
        return $this->to;
    }

    /**
     * {@inheritDoc}
     */
    public function getGradient()
    {
        return $this->gradient;
    }

    /**
     * {@inheritDoc}
     */
    public function getOrdinateIntercept()
    {
        return $this->ordinateIntercept;
    }

    /**
     * @return integer
     */
    public function getPrecision()
    {
        return $this->precision;
    }

    /**
     * @param  integer $precision
     * @return $this
     */
    public function setPrecision($precision)
    {
        $this->precision = $precision;

        return $this;
    }

    /**
     * Returns the initial bearing from the origin coordinate
     * to the destination coordinate in degrees.
     *
     * @return float The initial bearing in degrees
     */
    public function initialBearing()
    {
        Ellipsoid::checkCoordinatesEllipsoid($this->from, $this->to);

        $latA = deg2rad($this->from->getLatitude());
        $latB = deg2rad($this->to->getLatitude());
        $dLng = deg2rad($this->to->getLongitude() - $this->from->getLongitude());

        $y = sin($dLng) * cos($latB);
        $x = cos($latA) * sin($latB) - sin($latA) * cos($latB) * cos($dLng);

        return (float) (rad2deg(atan2($y, $x)) + 360) % 360;
    }

    /**
     * Returns the final bearing from the origin coordinate
     * to the destination coordinate in degrees.
     *
     * @return float The final bearing in degrees
     */
    public function finalBearing()
    {
        Ellipsoid::checkCoordinatesEllipsoid($this->from, $this->to);

        $latA = deg2rad($this->to->getLatitude());
        $latB = deg2rad($this->from->getLatitude());
        $dLng = deg2rad($this->from->getLongitude() - $this->to->getLongitude());

        $y = sin($dLng) * cos($latB);
        $x = cos($latA) * sin($latB) - sin($latA) * cos($latB) * cos($dLng);

        return (float) ((rad2deg(atan2($y, $x)) + 360) % 360 + 180 ) % 360;
    }

    /**
     * Returns the initial cardinal point / direction from the origin coordinate to
     * the destination coordinate.
     * @see http://en.wikipedia.org/wiki/Cardinal_direction
     *
     * @return string The initial cardinal point / direction
     */
    public function initialCardinal()
    {
        Ellipsoid::checkCoordinatesEllipsoid($this->from, $this->to);

        return Geotools::$cardinalPoints[(integer) round($this->initialBearing() / 22.5)];
    }

    /**
     * Returns the final cardinal point / direction from the origin coordinate to
     * the destination coordinate.
     * @see http://en.wikipedia.org/wiki/Cardinal_direction
     *
     * @return string The final cardinal point / direction
     */
    public function finalCardinal()
    {
        Ellipsoid::checkCoordinatesEllipsoid($this->from, $this->to);

        return Geotools::$cardinalPoints[(integer) round($this->finalBearing() / 22.5)];
    }

    /**
     * Returns the half-way point / coordinate along a great circle
     * path between the origin and the destination coordinates.
     *
     * @return CoordinateInterface
     */
    public function middle()
    {
        Ellipsoid::checkCoordinatesEllipsoid($this->from, $this->to);

        $latA = deg2rad($this->from->getLatitude());
        $lngA = deg2rad($this->from->getLongitude());
        $latB = deg2rad($this->to->getLatitude());
        $lngB = deg2rad($this->to->getLongitude());

        $bx = cos($latB) * cos($lngB - $lngA);
        $by = cos($latB) * sin($lngB - $lngA);

        $lat3 = rad2deg(atan2(sin($latA) + sin($latB), sqrt((cos($latA) + $bx) * (cos($latA) + $bx) + $by * $by)));
        $lng3 = rad2deg($lngA + atan2($by, cos($latA) + $bx));

        return new Coordinate([$lat3, $lng3], $this->from->getEllipsoid());
    }

    /**
     * Returns the destination point with a given bearing in degrees travelling along a
     * (shortest distance) great circle arc and a distance in meters.
     *
     * @param integer $bearing  The bearing of the origin in degrees.
     * @param integer $distance The distance from the origin in meters.
     *
     * @return CoordinateInterface
     */
    public function destination($bearing, $distance)
    {
        $lat = deg2rad($this->from->getLatitude());
        $lng = deg2rad($this->from->getLongitude());

        $bearing = deg2rad($bearing);

        $endLat = asin(sin($lat) * cos($distance / $this->from->getEllipsoid()->getA()) + cos($lat) *
            sin($distance / $this->from->getEllipsoid()->getA()) * cos($bearing));
        $endLon = $lng + atan2(sin($bearing) * sin($distance / $this->from->getEllipsoid()->getA()) * cos($lat),
            cos($distance / $this->from->getEllipsoid()->getA()) - sin($lat) * sin($endLat));

        return new Coordinate([rad2deg($endLat), rad2deg($endLon)], $this->from->getEllipsoid());
    }

    /**
     * Returns true if the vertex passed on argument is on the same line as this object
     *
     * @param  Vertex  $vertex The vertex to compare
     * @return boolean
     */
    public function isOnSameLine(Vertex $vertex) {
        if (is_null($this->getGradient()) && is_null($vertex->getGradient()) && $this->from->getLongitude() == $vertex->getFrom()->getLongitude()) {
            return true;
        } elseif (!is_null($this->getGradient()) && !is_null($vertex->getGradient())) {
            return (
                bccomp($this->getGradient(), $vertex->getGradient(), $this->getPrecision()) === 0
                &&
                bccomp($this->getOrdinateIntercept(), $vertex->getOrdinateIntercept(), $this->getPrecision()) ===0
            );
        } else {
            return false;
        }
    }

    /**
     * Returns the other coordinate who is not the coordinate passed on argument
     * @param  CoordinateInterface $coordinate
     * @return null|Coordinate
     */
    public function getOtherCoordinate(CoordinateInterface $coordinate) {
        if ($coordinate->isEqual($this->from)) {
            return $this->to;
        } else if ($coordinate->isEqual($this->to)) {
            return $this->from;
        }
        return null;
    }

    /**
     * Returns the determinant value between $this (vertex) and another vertex.
     *
     * @param  Vertex $vertex [description]
     * @return [type]         [description]

     */
    public function getDeterminant(Vertex $vertex) {
        $abscissaVertexOne = $this->to->getLatitude() - $this->from->getLatitude();
        $ordinateVertexOne = $this->to->getLongitude() - $this->from->getLongitude();
        $abscissaVertexSecond = $vertex->getTo()->getLatitude() - $vertex->getFrom()->getLatitude();
        $ordinateVertexSecond = $vertex->getTo()->getLongitude() - $vertex->getFrom()->getLongitude();

        return bcsub(
            bcmul($abscissaVertexOne, $ordinateVertexSecond, $this->precision),
            bcmul($abscissaVertexSecond, $ordinateVertexOne, $this->precision),
            $this->precision
        );
    }

}


1		<?php
2
3		/*
4		* This file is part of the Geotools library.
5		*
6		* (c) Antoine Corcy <[email protected]>
7		*
8		* For the full copyright and license information, please view the LICENSE
9		* file that was distributed with this source code.
10		*/
11
12		namespace League\Geotools\Vertex;
13
14		use League\Geotools\Coordinate\Coordinate;
15		use League\Geotools\Coordinate\CoordinateInterface;
16		use League\Geotools\Coordinate\Ellipsoid;
17		use League\Geotools\CoordinateCouple;
18		use League\Geotools\Geotools;
19
20		/**
21		* Vertex class
22		*
23		* @author Antoine Corcy <[email protected]>
24		*/
25		class Vertex implements VertexInterface
26		{
27		use CoordinateCouple;
28
29		/**
30		* @var double
31		*/
32		protected $gradient;
33
34		/**
35		* @var double
36		*/
37		protected $ordinateIntercept;
38
39		/**
40		* @var integer
41		*/
42		private $precision = 8;
43
44		/**
45		* {@inheritDoc}
46		*/
47	58	public function setFrom(CoordinateInterface $from)
48		{
49	58	$this->from = $from;
50
51	58	if (empty($this->to) \|\| ($this->to->getLatitude() - $this->from->getLatitude() === 0)) {
52	58	return $this;
53		}
54
55		if ($this->to->getLatitude() !== $this->from->getLatitude()) {
56		$this->gradient = ($this->to->getLongitude() - $this->from->getLongitude()) / ($this->to->getLatitude() - $this->from->getLatitude());
		0 ignored issues – show Documentation Bug introduced 2021-03-30 10:39 UTC by Report Bug Copy Issue Report It seems like `($this->to->getLongitude...s->from->getLatitude())` can also be of type `integer`. However, the property `$gradient` is declared as type `double`. Maybe add an additional type check? Our type inference engine has found a suspicous assignment of a value to a property. This check raises an issue when a value that can be of a mixed type is assigned to a property that is type hinted more strictly. For example, imagine you have a variable `$accountId` that can either hold an Id object or false (if there is no account id yet). Your code now assigns that value to the `id` property of an instance of the `Account` class. This class holds a proper account, so the id value must no longer be false. Either this assignment is in error or a type check should be added for that assignment. class Id { public $id; public function __construct($id) { $this->id = $id; } } class Account { /** @var Id $id */ public $id; } $account_id = false; if (starsAreRight()) { $account_id = new Id(42); } $account = new Account(); if ($account instanceof Id) { $account->id = $account_id; } Loading history...
57		$this->ordinateIntercept = $this->from->getLongitude() - $this->from->getLatitude() * $this->gradient;
		0 ignored issues – show Documentation Bug introduced 2021-03-30 10:39 UTC by Report Bug Copy Issue Report It seems like `$this->from->getLongitud...ude() * $this->gradient` can also be of type `integer`. However, the property `$ordinateIntercept` is declared as type `double`. Maybe add an additional type check? Our type inference engine has found a suspicous assignment of a value to a property. This check raises an issue when a value that can be of a mixed type is assigned to a property that is type hinted more strictly. For example, imagine you have a variable `$accountId` that can either hold an Id object or false (if there is no account id yet). Your code now assigns that value to the `id` property of an instance of the `Account` class. This class holds a proper account, so the id value must no longer be false. Either this assignment is in error or a type check should be added for that assignment. class Id { public $id; public function __construct($id) { $this->id = $id; } } class Account { /** @var Id $id */ public $id; } $account_id = false; if (starsAreRight()) { $account_id = new Id(42); } $account = new Account(); if ($account instanceof Id) { $account->id = $account_id; } Loading history...
58		} else {
59		$this->gradient = null;
60		$this->ordinateIntercept = null;
61		}
62
63		return $this;
64		}
65
66		/**
67		* {@inheritDoc}
68		*/
69	5	public function getFrom()
70		{
71	5	return $this->from;
72		}
73
74		/**
75		* {@inheritDoc}
76		*/
77	49	public function setTo(CoordinateInterface $to)
78		{
79	49	$this->to = $to;
80
81	49	if (empty($this->from) \|\| ($this->to->getLatitude() - $this->from->getLatitude() === 0)) {
82	6	return $this;
83		}
84
85	43	if ($this->to->getLatitude() !== $this->from->getLatitude()) {
86	43	$this->gradient = ($this->to->getLongitude() - $this->from->getLongitude()) / ($this->to->getLatitude() - $this->from->getLatitude());
		0 ignored issues – show Documentation Bug introduced 2021-03-30 10:39 UTC by Report Bug Copy Issue Report It seems like `($this->to->getLongitude...s->from->getLatitude())` can also be of type `integer`. However, the property `$gradient` is declared as type `double`. Maybe add an additional type check? Our type inference engine has found a suspicous assignment of a value to a property. This check raises an issue when a value that can be of a mixed type is assigned to a property that is type hinted more strictly. For example, imagine you have a variable `$accountId` that can either hold an Id object or false (if there is no account id yet). Your code now assigns that value to the `id` property of an instance of the `Account` class. This class holds a proper account, so the id value must no longer be false. Either this assignment is in error or a type check should be added for that assignment. class Id { public $id; public function __construct($id) { $this->id = $id; } } class Account { /** @var Id $id */ public $id; } $account_id = false; if (starsAreRight()) { $account_id = new Id(42); } $account = new Account(); if ($account instanceof Id) { $account->id = $account_id; } Loading history...
87	43	$this->ordinateIntercept = $this->from->getLongitude() - $this->from->getLatitude() * $this->gradient;
		0 ignored issues – show Documentation Bug introduced 2021-03-30 10:39 UTC by Report Bug Copy Issue Report It seems like `$this->from->getLongitud...ude() * $this->gradient` can also be of type `integer`. However, the property `$ordinateIntercept` is declared as type `double`. Maybe add an additional type check? Our type inference engine has found a suspicous assignment of a value to a property. This check raises an issue when a value that can be of a mixed type is assigned to a property that is type hinted more strictly. For example, imagine you have a variable `$accountId` that can either hold an Id object or false (if there is no account id yet). Your code now assigns that value to the `id` property of an instance of the `Account` class. This class holds a proper account, so the id value must no longer be false. Either this assignment is in error or a type check should be added for that assignment. class Id { public $id; public function __construct($id) { $this->id = $id; } } class Account { /** @var Id $id */ public $id; } $account_id = false; if (starsAreRight()) { $account_id = new Id(42); } $account = new Account(); if ($account instanceof Id) { $account->id = $account_id; } Loading history...
88		} else {
89		$this->gradient = null;
90		$this->ordinateIntercept = null;
91		}
92
93	43	return $this;
94		}
95
96		/**
97		* {@inheritDoc}
98		*/
99	5	public function getTo()
100		{
101	5	return $this->to;
102		}
103
104		/**
105		* {@inheritDoc}
106		*/
107	5	public function getGradient()
108		{
109	5	return $this->gradient;
110		}
111
112		/**
113		* {@inheritDoc}
114		*/
115	2	public function getOrdinateIntercept()
116		{
117	2	return $this->ordinateIntercept;
118		}
119
120		/**
121		* @return integer
122		*/
123	5	public function getPrecision()
124		{
125	5	return $this->precision;
126		}
127
128		/**
129		* @param integer $precision
130		* @return $this
131		*/
132		public function setPrecision($precision)
133		{
134		$this->precision = $precision;
135
136		return $this;
137		}
138
139		/**
140		* Returns the initial bearing from the origin coordinate
141		* to the destination coordinate in degrees.
142		*
143		* @return float The initial bearing in degrees
144		*/
145	14	public function initialBearing()
146		{
147	14	Ellipsoid::checkCoordinatesEllipsoid($this->from, $this->to);
148
149	14	$latA = deg2rad($this->from->getLatitude());
150	14	$latB = deg2rad($this->to->getLatitude());
151	14	$dLng = deg2rad($this->to->getLongitude() - $this->from->getLongitude());
152
153	14	$y = sin($dLng) * cos($latB);
154	14	$x = cos($latA) * sin($latB) - sin($latA) * cos($latB) * cos($dLng);
155
156	14	return (float) (rad2deg(atan2($y, $x)) + 360) % 360;
157		}
158
159		/**
160		* Returns the final bearing from the origin coordinate
161		* to the destination coordinate in degrees.
162		*
163		* @return float The final bearing in degrees
164		*/
165	14	public function finalBearing()
166		{
167	14	Ellipsoid::checkCoordinatesEllipsoid($this->from, $this->to);
168
169	14	$latA = deg2rad($this->to->getLatitude());
170	14	$latB = deg2rad($this->from->getLatitude());
171	14	$dLng = deg2rad($this->from->getLongitude() - $this->to->getLongitude());
172
173	14	$y = sin($dLng) * cos($latB);
174	14	$x = cos($latA) * sin($latB) - sin($latA) * cos($latB) * cos($dLng);
175
176	14	return (float) ((rad2deg(atan2($y, $x)) + 360) % 360 + 180 ) % 360;
177		}
178
179		/**
180		* Returns the initial cardinal point / direction from the origin coordinate to
181		* the destination coordinate.
182		* @see http://en.wikipedia.org/wiki/Cardinal_direction
183		*
184		* @return string The initial cardinal point / direction
185		*/
186	7	public function initialCardinal()
187		{
188	7	Ellipsoid::checkCoordinatesEllipsoid($this->from, $this->to);
189
190	7	return Geotools::$cardinalPoints[(integer) round($this->initialBearing() / 22.5)];
191		}
192
193		/**
194		* Returns the final cardinal point / direction from the origin coordinate to
195		* the destination coordinate.
196		* @see http://en.wikipedia.org/wiki/Cardinal_direction
197		*
198		* @return string The final cardinal point / direction
199		*/
200	7	public function finalCardinal()
201		{
202	7	Ellipsoid::checkCoordinatesEllipsoid($this->from, $this->to);
203
204	7	return Geotools::$cardinalPoints[(integer) round($this->finalBearing() / 22.5)];
205		}
206
207		/**
208		* Returns the half-way point / coordinate along a great circle
209		* path between the origin and the destination coordinates.
210		*
211		* @return CoordinateInterface
212		*/
213	7	public function middle()
214		{
215	7	Ellipsoid::checkCoordinatesEllipsoid($this->from, $this->to);
216
217	7	$latA = deg2rad($this->from->getLatitude());
218	7	$lngA = deg2rad($this->from->getLongitude());
219	7	$latB = deg2rad($this->to->getLatitude());
220	7	$lngB = deg2rad($this->to->getLongitude());
221
222	7	$bx = cos($latB) * cos($lngB - $lngA);
223	7	$by = cos($latB) * sin($lngB - $lngA);
224
225	7	$lat3 = rad2deg(atan2(sin($latA) + sin($latB), sqrt((cos($latA) + $bx) * (cos($latA) + $bx) + $by * $by)));
226	7	$lng3 = rad2deg($lngA + atan2($by, cos($latA) + $bx));
227
228	7	return new Coordinate([$lat3, $lng3], $this->from->getEllipsoid());
229		}
230
231		/**
232		* Returns the destination point with a given bearing in degrees travelling along a
233		* (shortest distance) great circle arc and a distance in meters.
234		*
235		* @param integer $bearing The bearing of the origin in degrees.
236		* @param integer $distance The distance from the origin in meters.
237		*
238		* @return CoordinateInterface
239		*/
240	9	public function destination($bearing, $distance)
241		{
242	9	$lat = deg2rad($this->from->getLatitude());
243	9	$lng = deg2rad($this->from->getLongitude());
244
245	9	$bearing = deg2rad($bearing);
246
247	9	$endLat = asin(sin($lat) * cos($distance / $this->from->getEllipsoid()->getA()) + cos($lat) *
248	9	sin($distance / $this->from->getEllipsoid()->getA()) * cos($bearing));
249	9	$endLon = $lng + atan2(sin($bearing) * sin($distance / $this->from->getEllipsoid()->getA()) * cos($lat),
250	9	cos($distance / $this->from->getEllipsoid()->getA()) - sin($lat) * sin($endLat));
251
252	9	return new Coordinate([rad2deg($endLat), rad2deg($endLon)], $this->from->getEllipsoid());
253		}
254
255		/**
256		* Returns true if the vertex passed on argument is on the same line as this object
257		*
258		* @param Vertex $vertex The vertex to compare
259		* @return boolean
260		*/
261	5	public function isOnSameLine(Vertex $vertex) {
262	5	if (is_null($this->getGradient()) && is_null($vertex->getGradient()) && $this->from->getLongitude() == $vertex->getFrom()->getLongitude()) {
263		return true;
264	5	} elseif (!is_null($this->getGradient()) && !is_null($vertex->getGradient())) {
265		return (
266	5	bccomp($this->getGradient(), $vertex->getGradient(), $this->getPrecision()) === 0
267		&&
268	5	bccomp($this->getOrdinateIntercept(), $vertex->getOrdinateIntercept(), $this->getPrecision()) ===0
269		);
270		} else {
271		return false;
272		}
273		}
274
275		/**
276		* Returns the other coordinate who is not the coordinate passed on argument
277		* @param CoordinateInterface $coordinate
278		* @return null\|Coordinate
279		*/
280	3	public function getOtherCoordinate(CoordinateInterface $coordinate) {
281	3	if ($coordinate->isEqual($this->from)) {
282	1	return $this->to;
283	2	} else if ($coordinate->isEqual($this->to)) {
284	1	return $this->from;
285		}
286	1	return null;
287		}
288
289		/**
290		* Returns the determinant value between $this (vertex) and another vertex.
291		*
292		* @param Vertex $vertex [description]
293		* @return [type] [description]
		0 ignored issues – show Documentation introduced 2016-02-25 15:01 UTC by Report Bug Copy Issue Report The doc-type `[type]` could not be parsed: Unknown type name "" at position 0. [(view supported doc-types) This check marks PHPDoc comments that could not be parsed by our parser. To see which comment annotations we can parse, please refer to our documentation on supported doc-types. Loading history...
294		*/
295	4	public function getDeterminant(Vertex $vertex) {
296	4	$abscissaVertexOne = $this->to->getLatitude() - $this->from->getLatitude();
297	4	$ordinateVertexOne = $this->to->getLongitude() - $this->from->getLongitude();
298	4	$abscissaVertexSecond = $vertex->getTo()->getLatitude() - $vertex->getFrom()->getLatitude();
299	4	$ordinateVertexSecond = $vertex->getTo()->getLongitude() - $vertex->getFrom()->getLongitude();
300
301	4	return bcsub(
302	4	bcmul($abscissaVertexOne, $ordinateVertexSecond, $this->precision),
303	4	bcmul($abscissaVertexSecond, $ordinateVertexOne, $this->precision),
304	4	$this->precision
305		);
306		}
307
308		}
309

thephpleague / geotools

Vertex::isOnSameLine() B last analyzed 2021-06-22 21:14 UTC

Complexity

Size

Duplication

Code Coverage

Importance

Duplication Side-by-Side

Filter issues like

Vertex::isOnSameLine() B
last analyzed 2021-06-22 21:14 UTC