/**
* boxshadow_filters
* Builds filter properties for IE
* @return array $filter_properties The new filter properties
*/
function boxshadow_filters($values)
{
// Get the relevant box shadow value
global $cssp;
$value = $cssp->get_final_value($values);
$filter_properties = array();
// Build the filter value
if (preg_match('/([-0-9]+)\\D+([-0-9]+)\\D+([-0-9]+)\\D+#([0-9A-F]{3,6})+/i', trim($value), $matches) == 1) {
$xoffset = intval($matches[1]);
$yoffset = intval($matches[2]);
$blur = intval($matches[3]);
$color = $matches[4];
if (strlen($color) == 3) {
$color = substr($color, 0, 1) . substr($color, 0, 1) . substr($color, 1, 1) . substr($color, 1, 1) . substr($color, 2, 1) . substr($color, 2, 1);
}
$median_offset = round((abs($xoffset) + abs($yoffset)) / 2);
$opacity = $median_offset - $blur > 0 ? ($median_offset - $blur) / $median_offset : 0.05;
$color_opacity = strtoupper(str_pad(dechex(round(hexdec(substr($color, 0, 2)) * $opacity)), 2, '0', STR_PAD_LEFT) . str_pad(dechex(round(hexdec(substr($color, 2, 2)) * $opacity)), 2, '0', STR_PAD_LEFT) . str_pad(dechex(round(hexdec(substr($color, 4, 2)) * $opacity)), 2, '0', STR_PAD_LEFT));
// Calculate direction
$direction = rad2deg(atan2($yoffset, $xoffset * -1));
// Hard Shadow
if ($blur == 0) {
$filter = 'progid:DXImageTransform.Microsoft.dropshadow(OffX=' . $xoffset . ',OffY=' . $yoffset . ',Color=\'#' . strtoupper(str_pad(dechex(round($opacity * 255)), 2, '0', STR_PAD_LEFT)) . $color . '\',Positive=\'true\')';
} else {
$filter = 'progid:DXImageTransform.Microsoft.Shadow(Color=\'#' . $color . '\',Direction=' . $direction . ',Strength=' . $median_offset . ')';
}
// IE8 compliance (note: value inside apostrophes!)
$filter_properties['-ms-filter'] = array('"' . $filter . '"');
// Legacy IE compliance
$filter_properties['filter'] = array($filter);
$filter_properties['zoom'] = array('1');
}
return $filter_properties;
}
/**
* Get a center latitude,longitude from an array of like geopoints
*
* @param array data 2 dimensional array of latitudes and longitudes
* For Example:
* $data = array
* (
* 0 = > array(45.849382, 76.322333),
* 1 = > array(45.843543, 75.324143),
* 2 = > array(45.765744, 76.543223),
* 3 = > array(45.784234, 74.542335)
* );
*
* Thanks to Gio: http://stackoverflow.com/questions/6671183/calculate-the-center-point-of-multiple-latitude-longitude-coordinate-pairs
*/
private function getCenterFromDegrees($data)
{
if (!is_array($data)) {
return FALSE;
}
$num_coords = count($data);
$X = 0.0;
$Y = 0.0;
$Z = 0.0;
foreach ($data as $coord) {
$lat = $coord[0] * pi() / 180;
$lon = $coord[1] * pi() / 180;
$a = cos($lat) * cos($lon);
$b = cos($lat) * sin($lon);
$c = sin($lat);
$X += $a;
$Y += $b;
$Z += $c;
}
$X /= $num_coords;
$Y /= $num_coords;
$Z /= $num_coords;
$lon = atan2($Y, $X);
$hyp = sqrt($X * $X + $Y * $Y);
$lat = atan2($Z, $hyp);
return array($lat * 180 / pi(), $lon * 180 / pi());
}
static function calcBearing($lat1, $lon1, $lat2, $lon2)
{
// Input sind Breite/Laenge in Altgrad
// Der Fall lat/lon1 == lat/lon2 sollte vorher abgefangen werden,
// zB. ueber die Abfrage der Distanz, dass Bearing nur bei Distanz > 5m
// geholt wird, sonst = false gesetzt wird...
if ($lat1 == $lat2 && $lon1 == $lon2) {
return false;
} else {
$pi = 3.141592653589793;
if ($lat1 == $lat2) {
$lat1 += 1.66E-5;
}
if ($lon1 == $lon2) {
$lon1 += 1.66E-5;
}
$rad_lat1 = $lat1 / 180.0 * $pi;
$rad_lon1 = $lon1 / 180.0 * $pi;
$rad_lat2 = $lat2 / 180.0 * $pi;
$rad_lon2 = $lon2 / 180.0 * $pi;
$delta_lon = $rad_lon2 - $rad_lon1;
$bearing = atan2(sin($delta_lon) * cos($rad_lat2), cos($rad_lat1) * sin($rad_lat2) - sin($rad_lat1) * cos($rad_lat2) * cos($delta_lon));
$bearing = 180.0 * $bearing / $pi;
// Output Richtung von lat/lon1 nach lat/lon2 in Altgrad von -180 bis +180
// wenn man Output von 0 bis 360 haben moechte, kann man dies machen:
if ($bearing < 0.0) {
$bearing = $bearing + 360.0;
}
return $bearing;
}
}
function bearing($lat1, $long1, $lat2, $long2)
{
$args = func_get_args();
list($lat1, $long1, $lat2, $long2) = array_map('deg2rad', $args);
$bearing = rad2deg(atan2(asin($long2 - $long1) * cos($lat2), cos($lat1) * sin($lat2) - sin($lat1) * cos($lat2) * cos($long2 - $long1)));
return $bearing < 0 ? 360 + $bearing : $bearing;
}
/**
* ImageResizeFilter::text()
* Фильтр - накладывает полупрозрачный текст по диагонали.
*
* @param mixed $arrParams
* @return void
*/
private static function text($arrParams) {
$objImg = imagecreatefromjpeg(self::$strFile);
//получаем ширину и высоту исходного изображения
$intWidth = imagesx($objImg);
$intHeight = imagesy($objImg);
//угол поворота текста
$intAngle = -rad2deg(atan2((-$intHeight),($intWidth)));
//добавляем пробелы к строке
$strText = ' '.$arrParams['text'].' ';
$intColor = imagecolorallocatealpha($objImg, $arrParams['red'], $arrParams['green'], $arrParams['blue'], $arrParams['alpha']);
$intSize = (($intWidth + $intHeight) / 2) * 2 / strlen($strText);
$arrBox = imagettfbbox($intSize, $intAngle, $arrParams['font'], $strText);
$intX = $intWidth / 2 - abs($arrBox[4] - $arrBox[0]) / 2;
$intY = $intHeight / 2 + abs($arrBox[5] - $arrBox[1]) / 2;
//записываем строку на изображение
imagettftext($objImg, $intSize ,$intAngle, $intX, $intY, $intColor, $arrParams['font'], $strText);
imagejpeg($objImg, self::$strFile, 100);
imagedestroy($objImg);
}//\\ text
function eposr_calculate_distance()
{
if (!session_id()) {
session_start();
}
$_SESSION['location'] = array('lat' => $_POST['us2_lat'], 'lon' => $_POST['us2_lon'], 'address' => $_POST['us2_address']);
$_SESSION['order_type'] = "delivery";
//
$lat1 = $_SESSION['location']['lat'];
$lng1 = $_SESSION['location']['lon'];
//Latitude and longitude set by restaurant on the admin panel setting
$lat2 = esc_attr(get_option('restaurant_lat'));
$lng2 = esc_attr(get_option('restaurant_lon'));
$pi80 = M_PI / 180;
$lat1 *= $pi80;
$lng1 *= $pi80;
$lat2 *= $pi80;
$lng2 *= $pi80;
$r = 6372.797;
// mean radius of Earth in km
//for whitton
$wlat = $lat2 - $lat1;
$wlng = $lng2 - $lng1;
$w = sin($wlat / 2) * sin($wlat / 2) + cos($lat1) * cos($lat2) * sin($wlng / 2) * sin($wlng / 2);
$wc = 2 * atan2(sqrt($w), sqrt(1 - $w));
$wkm = $r * $wc;
if ((double) ($wkm * 1000) <= (double) esc_attr(get_option('delivery_radius'))) {
echo 'accessible';
die;
} else {
echo 'not accessible';
die;
}
}
function mandel($params)
{
$image_x = 4 * $params['w'];
$image_y = 4 * $params['h'];
$image = imagecreatetruecolor($image_x, $image_y);
imagefilledrectangle($image, 0, 0, $image_x, $image_y, 0xffffff);
$f = imagecolorallocate($image, $params['r'], $params['g'], $params['b']);
$color = color($params, $image);
for ($x = 0; $x < $image_x; $x++) {
for ($y = 0; $y < $image_y; $y++) {
$c_r = $x / $params['w'] + -2;
$c_i = $y / $params['h'] + -2;
$z_r = 0;
$z_i = 0;
$i = 0;
while ($z_r * $z_r + $z_i * $z_i < 4 and $i < $params['n']) {
$mod = sqrt($z_r * $z_r + $z_i * $z_i);
$arg = atan2($z_i, $z_r);
$z_r = pow($mod, $params['k']) * cos($params['k'] * $arg) + $c_r;
$z_i = pow($mod, $params['k']) * sin($params['k'] * $arg) + $c_i;
$i++;
}
if ($i == $params['n']) {
imagesetpixel($image, $x, $y, $f);
} else {
imagesetpixel($image, $x, $y, $color[$i]);
}
}
}
return send_image($image);
}
public function getAngleSize(AngleInterface $angle, AngleSizeUnitsEnum $angleSizeUnit = null)
{
$BA = $angle->getFirstVector();
$BC = $angle->getLastVector();
$A = $BA->getLastPoint();
$B = $BA->getFirstPoint();
$C = $BC->getLastPoint();
$Ax = $A->getX();
$Ay = $A->getY();
$Bx = $B->getX();
$By = $B->getY();
$Cx = $C->getX();
$Cy = $C->getY();
$coordSumBAx = $Ax - $Bx;
$coordSumBAy = $Ay - $By;
$coordSumBCx = $Cx - $Bx;
$coordSumBCy = $Cy - $By;
$x1 = $coordSumBCx;
$x2 = $coordSumBAx;
$y1 = $coordSumBCy;
$y2 = $coordSumBAy;
$res = $rads = atan2($x1 * $y2 - $y1 * $x2, $x1 * $x2 + $y1 * $y2);
if (empty($angleSizeUnit)) {
$angleSizeUnit = $this->getAngleSizeUnit();
}
if ($angleSizeUnit->getTypeName() === AngleSizeUnitsEnum::DEG) {
$res = rad2deg($rads);
if ($res < 0) {
$res = $res + 360;
}
}
return new AngleSize($angleSizeUnit, $res);
}
public function inverse($p)
{
$lon;
$lat;
$p->x = ($p->x - $this->x0) / $this->a;
/* descale and de-offset */
$p->y = ($p->y - $this->y0) / $this->a;
$p->x /= $this->k0;
$p->y /= $this->k0;
if ($rho = sqrt($p->x * $p->x + $p->y * $p->y)) {
$c = 2.0 * atan2($rho, $this->R2);
$sinc = sin($c);
$cosc = cos($c);
$lat = asin($cosc * $this->sinc0 + $p->y * $sinc * $this->cosc0 / $rho);
$lon = atan2($p->x * $sinc, $rho * $this->cosc0 * $cosc - $p->y * $this->sinc0 * $sinc);
} else {
$lat = $this->phic0;
$lon = 0.0;
}
$p->x = $lon;
$p->y = $lat;
Proj4php::$proj['gauss']->inverse->apply($this, array($p));
$p->x = Proj4php::$common->adjust_lon($p->x + $this->long0);
/* adjust longitude to CM */
return $p;
}
function distance($zip1, $zip2)
{
$url = parse_url(getenv("CLEARDB_DATABASE_URL"));
$server = $url["host"];
$user = $url["user"];
$pass = $url["pass"];
$database = substr($url["path"], 1);
$db = new PDO("mysql:host={$server};dbname={$database};charset=utf8", $user, $pass);
$stmt = $db->prepare('SELECT * FROM zip WHERE zip = :zip1;');
$stmt->bindParam(':zip1', $zip1);
$stmt->execute();
$result = $stmt->fetchAll(PDO::FETCH_ASSOC);
$lat1 = $result[0]["latitude"];
$lon1 = $result[0]["longitude"];
$stmt = $db->prepare('SELECT * FROM zip WHERE zip = :zip2;');
$stmt->bindParam(':zip2', $zip2);
$stmt->execute();
$result = $stmt->fetchAll(PDO::FETCH_ASSOC);
$lat2 = $result[0]['latitude'];
$lon2 = $result[0]['longitude'];
/* Convert all the degrees to radians */
$lat1 = $this->deg_to_rad($lat1);
$lon1 = $this->deg_to_rad($lon1);
$lat2 = $this->deg_to_rad($lat2);
$lon2 = $this->deg_to_rad($lon2);
/* Find the deltas */
$delta_lat = $lat2 - $lat1;
$delta_lon = $lon2 - $lon1;
/* Find the Great Circle distance */
$temp = pow(sin($delta_lat / 2.0), 2) + cos($lat1) * cos($lat2) * pow(sin($delta_lon / 2.0), 2);
$EARTH_RADIUS = 3956;
$distance = $EARTH_RADIUS * 2 * atan2(sqrt($temp), sqrt(1 - $temp));
return $distance;
}
function CircleDraw($lat_one, $long_one, $radius, $datasrc, $time)
{
//convert from degrees to radians
$lat1 = deg2rad($lat_one);
$long1 = deg2rad($long_one);
$d = $radius;
$d_rad = $d / 6378137;
$hex = 0xc249255;
$color = $datasrc * $hex;
$out = "<name>Data Visualization</name>\n";
$out .= "<visibility>1</visibility>\n";
$out .= "<Placemark>\n";
$out .= "<name>Dilution for node " . $datasrc . " at " . $time . "</name>\n";
$out .= "<visibility>1</visibility>\n";
$out .= "<Style>\n";
$out .= "<geomColor>" . dechex($color) . "</geomColor>\n";
$out .= "<geomScale>1</geomScale></Style>\n";
$out .= "<LineString>\n";
$out .= "<coordinates>\n";
// loop through the array and write path linestrings
for ($i = 0; $i <= 360; $i++) {
$radial = deg2rad($i);
$lat_rad = asin(sin($lat1) * cos($d_rad) + cos($lat1) * sin($d_rad) * cos($radial));
$dlon_rad = atan2(sin($radial) * sin($d_rad) * cos($lat1), cos($d_rad) - sin($lat1) * sin($lat_rad));
$lon_rad = fmod($long1 + $dlon_rad + M_PI, 2 * M_PI) - M_PI;
$out .= rad2deg($lon_rad) . "," . rad2deg($lat_rad) . ",0 ";
}
$out .= "</coordinates>\n";
$out .= "</LineString>\n";
$out .= "</Placemark>\n";
return $out;
}
public function __construct(Coords $p0, Coords $dir, $len, $r0, $r1)
{
$vl = $dir->distance(0, 0, 0);
if ($vl == 1) {
$this->ap = atan2($dir->y, $dir->x);
$this->av = asin($dir->z);
$this->dir = clone $dir;
} else {
$this->ap = atan2($dir->y, $dir->x);
$this->av = asin($dir->z / $vl);
$this->dir = Coords::fromPolar(1, $this->ap, $this->av);
}
$this->p0 = clone $p0;
$this->p1 = $p0->translate($len * $this->dir->x, $len * $this->dir->y, $len * $this->dir->z);
$this->len = $len;
$this->r0 = $r0;
$this->r1 = $r1;
$cap = cos($this->ap - M_PI / 2);
$sap = sin($this->ap - M_PI / 2);
$sav = sin($this->av - M_PI / 2);
$points[] = new Coords($this->p0->x + $this->r0 * $cap, $this->p0->y + $this->r0 * $sap, $this->p0->z + $this->r0 * $sav);
$points[] = new Coords($this->p0->x - $this->r0 * $cap, $this->p0->y - $this->r0 * $sap, $this->p0->z - $this->r0 * $sav);
$points[] = new Coords($this->p1->x + $this->r1 * $cap, $this->p1->y + $this->r1 * $sap, $this->p1->z + $this->r1 * $sav);
$points[] = new Coords($this->p1->x - $this->r1 * $cap, $this->p1->y - $this->r1 * $sap, $this->p1->z - $this->r1 * $sav);
$this->red = new Coords(floor(min($points[0]['x'], $points[1]['x'], $points[2]['x'], $points[3]['x'])), floor(min($points[0]['y'], $points[1]['y'], $points[2]['y'], $points[3]['y'])), floor(min($points[0]['z'], $points[1]['z'], $points[2]['z'], $points[3]['z'])));
$this->blue = new Coords(ceil(max($points[0]['x'], $points[1]['x'], $points[2]['x'], $points[3]['x'])), ceil(max($points[0]['y'], $points[1]['y'], $points[2]['y'], $points[3]['y'])), ceil(max($points[0]['z'], $points[1]['z'], $points[2]['z'], $points[3]['z'])));
}
public function attack($damage, $source = EntityDamageEvent::CAUSE_MAGIC)
{
if ($this->attackTime > 0) {
$lastCause = $this->getLastDamageCause();
if ($lastCause instanceof EntityDamageEvent and $lastCause->getDamage() >= $damage) {
return;
}
}
$pk = new EntityEventPacket();
$pk->eid = $this->getID();
$pk->event = 2;
//Ouch!
Server::broadcastPacket($this->hasSpawned, $pk);
$this->setLastDamageCause($source);
$motion = new Vector3(0, 0, 0);
if ($source instanceof EntityDamageByEntityEvent) {
$e = $source->getDamager();
$deltaX = $this->x - $e->x;
$deltaZ = $this->z - $e->z;
$yaw = atan2($deltaX, $deltaZ);
$motion->x = sin($yaw) * 0.5;
$motion->z = cos($yaw) * 0.5;
}
$this->setMotion($motion);
$this->setHealth($this->getHealth() - $damage);
$this->attackTime = 10;
//0.5 seconds cooldown
}
/**
* @param type $p
* @return type
*/
public function inverse($p)
{
// descale and de-offset
$p->x = ($p->x - $this->x0) / $this->a;
$p->y = ($p->y - $this->y0) / $this->a;
$p->x /= $this->k0;
$p->y /= $this->k0;
if ($rho = sqrt($p->x * $p->x + $p->y * $p->y)) {
$c = 2.0 * atan2($rho, $this->R2);
$sinc = sin($c);
$cosc = cos($c);
$lat = asin($cosc * $this->sinc0 + $p->y * $sinc * $this->cosc0 / $rho);
$lon = atan2($p->x * $sinc, $rho * $this->cosc0 * $cosc - $p->y * $this->sinc0 * $sinc);
} else {
$lat = $this->phic0;
$lon = 0.0;
}
$p->x = $lon;
$p->y = $lat;
//$p = Proj4php::$proj['gauss']->inverse($p);
$p = parent::inverse($p);
// adjust longitude to CM
$p->x = Common::adjust_lon($p->x + $this->long0);
return $p;
}
public function updateMove()
{
if (!$this->isMovement()) {
return null;
}
$target = null;
if ($this->stayTime > 0) {
$this->move(0, 0);
if (--$this->stayTime <= 0) {
$this->stayVec = null;
}
} else {
$target = $this->getTarget();
$x = $target->x - $this->x;
$y = $target->y - $this->y;
$z = $target->z - $this->z;
$speed = [Zombie::NETWORK_ID => 0.11, Creeper::NETWORK_ID => 0.09, Skeleton::NETWORK_ID => 0.1, Spider::NETWORK_ID => 0.113, PigZombie::NETWORK_ID => 0.115, Enderman::NETWORK_ID => 0.121];
$add = $this instanceof PigZombie && $this->isAngry() ? 0.132 : $speed[static::NETWORK_ID];
$this->move(cos($atn = atan2($z, $x)) * $add, sin($atn) * $add);
$this->yaw = rad2deg($atn - M_PI_2);
$this->pitch = $y == 0 ? 0 : rad2deg(-atan2($y, sqrt($x ** 2 + $z ** 2)));
}
$this->updateMovement();
return $target;
}
function direction($u, $v, $good)
{
$stringNum = array("N" => 0, "NNE" => 2, "NE" => 4, "ENE" => 6, "E" => 8, "ESE" => 10, "SE" => 12, "SSE" => 14, "S" => 16, "SSO" => 18, "SO" => 20, "OSO" => 22, "O" => 24, "ONO" => 26, "NO" => 28, "NNO" => 30);
$dirString = array(0 => "N", 1 => "NNE", 2 => "NNE", 3 => "NE", 4 => "NE", 5 => "ENE", 6 => "ENE", 7 => "E", 8 => "E", 9 => "ESE", 10 => "ESE", 11 => "SE", 12 => "SE", 13 => "SSE", 14 => "SSE", 15 => "S", 16 => "S", 17 => "SSO", 18 => "SSO", 19 => "SO", 20 => "SO", 21 => "OSO", 22 => "OSO", 23 => "O", 24 => "O", 25 => "ONO", 26 => "ONO", 27 => "NO", 28 => "NO", 29 => "NNO", 30 => "NNO", 31 => "N", 32 => "N");
$dir = (atan2($u, $v) / pi() + 1) * 180;
$dirSecteur = round($dir / 11.25);
$goods = str_getcsv($good);
//var_dump($goods);
$col = "white";
foreach ($goods as $good) {
//echo $good . '?';
if ($good != '') {
$num = $stringNum[$good];
// echo 'ref='.$num.' et wind='.$dirSecteur . '! ';
//je n'arrive pas Ó bien formuler l'intervalle sur mes numÚros de secteur
if ($num + 3 >= $dirSecteur and $num - 3 <= $dirSecteur) {
$col = "lightgreen";
}
if ($num == 0) {
if ($dirSecteur == 31 or $dirSecteur == 30 or $dirSecteur == 29) {
$col = "lightgreen";
}
}
if ($num == 1) {
if ($dirSecteur == 31) {
$col = "lightgreen";
}
}
}
}
print "<td bgcolor='" . $col . "'>" . $dirString[$dirSecteur] . "</td>";
}
function bearing($lat1, $lon1, $lat2, $lon2)
{
// Inspiration thanks to http://www.movable-type.co.uk/scripts/LatLong.html
$dlong = ($lon2 - $lon1) * M_PI / 180.0;
$lat1 = $lat1 * M_PI / 180.0;
$lat2 = $lat2 * M_PI / 180.0;
return 180 / M_PI * atan2(sin($dlong) * cos($lat2), cos($lat1) * sin($lat2) - sin($lat1) * cos($lat2) * cos($dlong));
}
/**
* @link http://en.wikipedia.org/wiki/Vincenty%27s_formulae
* @param AbstractCoordinate $coordinateA
* @param AbstractCoordinate $coordinateB
* @return float distance in meters
*/
public function getDistance(AbstractCoordinate $coordinateA, AbstractCoordinate $coordinateB)
{
$lonDelta = $coordinateB->getRadianLongitude() - $coordinateA->getRadianLongitude();
$a = pow(cos($coordinateB->getRadianLatitude()) * sin($lonDelta), 2) + pow(cos($coordinateA->getRadianLatitude()) * sin($coordinateB->getRadianLatitude()) - sin($coordinateA->getRadianLatitude()) * cos($coordinateB->getRadianLatitude()) * cos($lonDelta), 2);
$b = sin($coordinateA->getRadianLatitude()) * sin($coordinateB->getRadianLatitude()) + cos($coordinateA->getRadianLatitude()) * cos($coordinateB->getRadianLatitude()) * cos($lonDelta);
$angle = atan2(sqrt($a), $b);
return $this->process($angle * $this->radius);
}
private static function haversineDistance($lat1, $lon1, $lat2, $lon2)
{
$latd = deg2rad($lat2 - $lat1);
$lond = deg2rad($lon2 - $lon1);
$a = sin($latd / 2) * sin($latd / 2) + cos(deg2rad($lat1)) * cos(deg2rad($lat2)) * sin($lond / 2) * sin($lond / 2);
$c = 2 * atan2(sqrt($a), sqrt(1 - $a));
return 6371.0 * $c;
}
function calculateBearing($lat1, $long1, $lat2, $long2)
{
$y = $lat2 - $lat1;
$x = $long2 - $long1;
if ($x == 0 and $y == 0) {
return 0;
}
return $x < 0 ? rad2deg(atan2($x, $y)) + 360 : rad2deg(atan2($x, $y));
}
private function rotate(&$x, &$y, $angle)
{
if ($angle != 0) {
$r = sqrt($x * $x + $y * $y);
$angle = deg2rad($angle) - atan2($y, $x);
$x = $r * cos($angle);
$y = $r * sin($angle);
}
}
public static function destination($lat1, $lon1, $brng, $dt, $unit = KM)
{
$r = self::validateRadius($unit);
$lat1 = deg2rad($lat1);
$lon1 = deg2rad($lon1);
$lat3 = asin(sin($lat1) * cos($dt / $r) + cos($lat1) * sin($dt / $r) * cos(deg2rad($brng)));
$lon3 = $lon1 + atan2(sin(deg2rad($brng)) * sin($dt / $r) * cos($lat1), cos($dt / $r) - sin($lat1) * sin($lat3));
return array("LAT" => rad2deg($lat3), "LON" => rad2deg($lon3));
}
function getDistance($lat1, $lat2, $long1, $long2)
{
$radiusEarth = 6371;
$lat = deg2rad($lat2 - $lat1);
$lng = deg2rad($long2 - $long1);
$a = pow(sin($lat / 2), 2) + cos(deg2rad($lat1)) * cos(deg2rad($lat2)) * pow(sin($lng), 2);
$c = 2 * atan2(sqrt($a), sqrt(abs($lng / 2)));
return $radiusEarth * $c / 1.609344;
}
/**
* Finds a destination given a starting location, bearing and distance.
*
* @since 2.0
*
* @param LatLongValue $startingCoordinates
* @param float $bearing The initial bearing in degrees.
* @param float $distance The distance to travel in km.
*
* @return array The destination coordinates, as non-directional floats in an array with lat and lon keys.
*/
public static function findDestination(LatLongValue $startingCoordinates, $bearing, $distance)
{
$startingCoordinates = array('lat' => deg2rad($startingCoordinates->getLatitude()), 'lon' => deg2rad($startingCoordinates->getLongitude()));
$radBearing = deg2rad((double) $bearing);
$angularDistance = $distance / Maps_EARTH_RADIUS;
$lat = asin(sin($startingCoordinates['lat']) * cos($angularDistance) + cos($startingCoordinates['lat']) * sin($angularDistance) * cos($radBearing));
$lon = $startingCoordinates['lon'] + atan2(sin($radBearing) * sin($angularDistance) * cos($startingCoordinates['lat']), cos($angularDistance) - sin($startingCoordinates['lat']) * sin($lat));
return array('lat' => rad2deg($lat), 'lon' => rad2deg($lon));
}
/**
*
* 根据经纬度计算距离
* @param float $lng1 经度1
* @param float $lat1 纬度2
* @param float $lng2 经度1
* @param float $lat2 纬度2
* @return float 单位(公里 KM)
*/
public static function getdistance($lng1, $lat1, $lng2, $lat2)
{
$r = W2Map::EARTH_RADIUS;
$dlat = deg2rad($lat2 - $lat1);
$dlng = deg2rad($lng2 - $lng1);
$a = pow(sin($dlat / 2), 2) + cos(deg2rad($lat1)) * cos(deg2rad($lat2)) * pow(sin($dlng / 2), 2);
$c = 2 * atan2(sqrt($a), sqrt(1 - $a));
return round($r * $c, 2);
}
private function getDistance($lngOne, $latOne, $lngTwo, $latTwo)
{
$dlat = deg2rad($latTwo - $latOne);
$dlng = deg2rad($lngTwo - $lngOne);
$disA = pow(sin($dlat / 2), 2) + cos(deg2rad($latOne)) * cos(deg2rad($latTwo)) * pow(sin($dlng / 2), 2);
$disB = 2 * atan2(sqrt($disA), sqrt(1 - $disA));
$proDistance = $this->earth * $disB;
return sprintf('%.2f', $proDistance) . 'KM';
}
protected function _haversine($lat1, $long1, $lat2, $long2, $R = '6367.5')
{
$delta_lat = deg2rad($lat2 - $lat1);
$delta_long = deg2rad($long2 - $long1);
$a = sin($delta_lat / 2) * sin($delta_lat / 2) + cos(deg2rad($lat1)) * cos(deg2rad($lat2)) * sin($delta_long / 2) * sin($delta_long / 2);
$c = 2 * atan2(sqrt($a), sqrt(1 - $a));
$d = $R * $c;
return $d;
}
public function getDistanceTo(GeoPointValue $point)
{
$dLat = deg2rad($point->getLatitude() - $this->getLatitude());
$dLon = deg2rad($point->getLongitude() - $this->getLongitude());
$lat1 = deg2rad($this->getLatitude());
$lat2 = deg2rad($point->getLatitude());
$a = sin($dLat / 2) * sin($dLat / 2) + sin($dLon / 2) * sin($dLon / 2) * cos($lat1) * cos($lat2);
$c = 2 * atan2(sqrt($a), sqrt(1 - $a));
return $c * static::EARTH_RADIUS;
}
/**
* @param $x1
* @param $x2
* @param $y1
* @param $y2
* @return int
*/
private static function distance($x1, $x2, $y1, $y2)
{
$R = 6371;
// km
$dY = deg2rad($y2 - $y1);
$dX = deg2rad($x2 - $x1);
$a = sin($dY / 2) * sin($dY / 2) + cos(deg2rad($y1)) * cos(deg2rad($y2)) * sin($dX / 2) * sin($dY / 2);
$c = 2 * atan2(sqrt($a), sqrt(1 - $a));
return $R * $c;
}
/**
* Calculate the distance between two
* points using the Haversine formula.
*
* Supply instances of the coordinate class.
*
* http://en.wikipedia.org/wiki/Haversine_formula
*
* @param Treffynnon\Navigator\Coordinate $point1
* @param Treffynnon\Navigator\Coordinate $point2
* @return float
*/
public function calculate(N\LatLong $point1, N\LatLong $point2)
{
$celestialBody = $this->getCelestialBody();
$deltaLat = $point2->getLatitude()->get() - $point1->getLatitude()->get();
$deltaLong = $point2->getLongitude()->get() - $point1->getLongitude()->get();
$a = sin($deltaLat / 2) * sin($deltaLat / 2) + cos($point1->getLatitude()->get()) * cos($point2->getLatitude()->get()) * sin($deltaLong / 2) * sin($deltaLong / 2);
$c = 2 * atan2(sqrt($a), sqrt(1 - $a));
$d = $celestialBody->volumetricMeanRadius * $c * 1000;
return $d;
}