public function le($other)
{
return le($this, $other);
}
/**
* Dequeues and returns the "smallest" object in this deap.
* The smallest object in this deap is the object
* which is less than or equal to all other objects in this deap.
*
* @return object IComparable The "smallest" object in this deap.
*/
public function dequeueMin()
{
if ($this->count == 0) {
throw new ContainerEmptyException();
}
$result = $this->array[2];
$last = $this->array[$this->count + 1];
--$this->count;
if ($this->count <= 1) {
$this->array[2] = $last;
} else {
$i = 2;
while (2 * $i < $this->count + 2) {
$child = 2 * $i;
if ($child + 1 < $this->count + 2 && lt($this->array[$child + 1], $this->array[$child])) {
$child += 1;
}
$this->array[$i] = $this->array[$child];
$i = $child;
}
$j = $this->dual($i);
if (le($last, $this->array[$j])) {
$this->insertMin($i, $last);
} else {
$this->array[$i] = $this->array[$j];
$this->insertMax($j, $last);
}
}
return $result;
}
$lat2 = $idd->response->items[$s]->fromlatitude;
$long2 = $idd->response->items[$s]->fromlongitude;
///если гео данные пусты пропустить обработку клиента
if ($long22 == "" && $long2 == "") {
continue;
} else {
if ($long22 == "") {
////найти растояние
$dist0 = le($lat1, $long1, $lat2, $long2);
}
if ($long2 == "") {
///найти растояние
$dist0 = le($lat1, $long1, $lat22, $long22);
} else {
///найти растояние
$dist0 = le($lat1, $long1, $lat2, $long2);
}
}
///если фильтр растояния удовлетворяет...
if ($dist1 >= $dist0) {
$from = $idd->response->items[$s]->from;
$to = $idd->response->items[$s]->to;
$price = $idd->response->items[$s]->price;
$phone = $idd->response->items[$s]->client->phone;
$idd1 = $idd->response->items[$s]->id;
$req = "INSERT INTO `current_taxa_android` (`from`, `to`, `price`, `phone`, `dist`, `id_tax`, `taxist_id`) VALUES ('{$from}', '{$to}', '{$price}', '{$phone}', '{$dist0}', '{$idd1}', '" . $ss1 . "');";
echo $phone . "@android-out";
//echo 104;
db_req_without_resp($req);
//////изменить статус на кандидат найден
$sql = "UPDATE `indriver`.`taxist` SET `work`='5' WHERE `taxist_id`='" . $ss1 . "';";
// $sprites []= new Jm_Console_Sprite(' ' . round(mt_rand(0, 1)) . ' ');
}
// add the sprites to the stage
$stage = Jm_Console_Stage::instance();
foreach ($sprites as $sprite) {
$stage->append($sprite);
}
// register the onEnterFrame listener
$stage->addListener(Jm_Console_StageEvent::ENTER_FRAME, 'stage_onEnterFrame');
// initialize the animation clock
$t = 0;
// start animation
$stage->setFps(25);
$stage->play();
} catch (Exception $e) {
le($e);
}
/**
*
*
*/
function stage_onEnterFrame(Jm_Console_StageEvent $event)
{
global $sprites;
global $t;
$stage = Jm_Console_Stage::instance();
$w = $stage->getWidth();
$h = $stage->getHeight();
foreach ($sprites as $index => $sprite) {
$posx = intval(ceil($w / 2)) + $index * 3;
$posy = intval(ceil($h / 2 * (sin(($t / 100 + 3 * $index) * 3.14 / 180) * 0.35 + 1)));
<?php
$lat1 = 62.044395;
$long1 = 129.738739;
$lat2 = 62.017593;
$long2 = 129.688232;
echo le($lat1, $long1, $lat2, $long2);
function le($lat1, $long1, $lat2, $long2)
{
$R = 6372795;
$lat1 *= pi() / 180;
$lat2 *= pi() / 180;
$long1 *= pi() / 180;
$long2 *= pi() / 180;
$cl1 = cos($lat1);
$cl2 = cos($lat2);
$sl1 = sin($lat1);
$sl2 = sin($lat2);
$delta = $long2 - $long1;
$cdelta = cos($delta);
$sdelta = sin($delta);
$y = sqrt(pow($cl2 * $sdelta, 2) + pow($cl1 * $sl2 - $sl1 * $cl2 * $cdelta, 2));
$x = $sl1 * $sl2 + $cl1 * $cl2 * $cdelta;
$ad = atan2($y, $x);
$dist = $ad * $R;
return intval($dist);
}
/**
* Returns a multiset which is the union of this multiset
* and the specified multiset.
* It is assumed that the specified multiset is an instance of
* the MultisetAsLinkedList class.
*
* @param IMultiset $multiset The multiset to join with this multiset.
* @return object IMultiset
* The union of this multiset with the specified multiset.
*/
public function union(IMultiset $set)
{
if ($this->getClass() != $set->getClass()) {
throw new TypeError();
}
if ($this->universeSize != $set->universeSize) {
throw new ArgumentError();
}
$result = new MultisetAsLinkedList($this->universeSize);
$p = $this->list->getHead();
$q = $set->list->getHead();
while ($p !== NULL && q !== NULL) {
if (le($p->getDatum(), $q->getDatum())) {
$result->list->append($p->getDatum());
$p = $p->getNext();
} else {
$result->list->append($q->getDatum());
$q = $q->getNext();
}
}
for (; $p !== NULL; $p = $p->getNext()) {
$result->list->append($p->getDatum());
}
for (; $q != NULL; $q = $q->getNext()) {
$result->list->append($q->getDatum());
}
return $result;
}
function exc($message, $quiet = false)
{
$e = new \Exception($message);
le($e->getMessage());
ld($e->getTraceAsString());
if (!$quiet) {
throw $e;
}
}
/**
* Dequeues and returns the "smallest" object in this heap.
* The smallest element is the object in this heap
* that is less than or equal to all other objects in this heap.
*
* @return object IObject The "smallest" object in this heap.
*/
public function dequeueMin()
{
if ($this->count == 0) {
throw new ContainerEmptyException();
}
$result = $this->array[1];
$last = $this->array[$this->count];
--$this->count;
$i = 1;
while (2 * $i < $this->count + 1) {
$child = 2 * $i;
if ($child + 1 < $this->count + 1 && lt($this->array[$child + 1], $this->array[$child])) {
$child += 1;
}
if (le($last, $this->array[$child])) {
break;
}
$this->array[$i] = $this->array[$child];
$i = $child;
}
$this->array[$i] = $last;
return $result;
}
public function le($column, $value)
{
$this->model->setCondition(le($column, $value));
return $this;
}