/**
* Constructor.
*
* @param float[][][]|LinearRing[] $linearRings
* @param CoordinateResolutionSystem|BoundingBox $arg,...
*/
public function __construct(array $linearRings)
{
$this->coordinates = array_map(function ($linearRing) {
if (!$linearRing instanceof LinearRing) {
$linearRing = new LinearRing($linearRing);
}
return $linearRing->getCoordinates();
}, $linearRings);
if (func_num_args() > 1) {
$this->setOptionalConstructorArgs(array_slice(func_get_args(), 1));
}
}
/**
* Constructor.
*
* @param float[][][]|LinearRing[] $linearRings
* @param CoordinateResolutionSystem|BoundingBox $arg,...
*/
public function __construct(array $linearRings)
{
foreach ($linearRings as $linearRing) {
if (!$linearRing instanceof LinearRing) {
$linearRing = new LinearRing($linearRing);
}
$this->coordinates[] = $linearRing->getCoordinates();
}
if (func_num_args() > 1) {
$this->setOptionalConstructorArgs(array_slice(func_get_args(), 1));
}
}
public static function from_array($point_sets, $srid = null, $with_z = false, $with_m = false)
{
$poly = new self($srid, $with_z, $with_m);
foreach ($point_sets as $set) {
$poly->rings[] = LinearRing::from_array($set, $srid, $with_z, $with_m);
}
return $poly;
}
function test_LinearRing_addComponent()
{
$ring = new LinearRing();
$point = new Point(0, 0);
$ring->addComponents($point);
$this->assertTrue(count($ring->components), 2);
$this->assertEqual($ring->components[0]->x, $point->x);
$this->assertEqual($ring->components[0]->y, $point->y);
$this->assertEqual($ring->components[0]->x, $ring->components[1]->x);
$this->assertEqual($ring->components[0]->y, $ring->components[1]->y);
$newPoint = new Point(10, 10);
$ring->addComponents($newPoint);
$this->assertTrue(count($ring->components), 3);
$this->assertEqual($ring->components[1]->x, $newPoint->x);
$this->assertEqual($ring->components[1]->y, $newPoint->y);
$this->assertEqual($ring->components[0]->x, $ring->components[2]->x);
$this->assertEqual($ring->components[0]->y, $ring->components[2]->y);
}
