/**
* @covers ResultSet::getPoint
*/
public function testGetPoint()
{
$pointKey = 'point';
$geoPoint = 'POINT(-122.3340921148 38.421022632969)';
$this->result->setString($pointKey, $geoPoint);
$actual = $this->result->getPoint($pointKey)->toWKT();
$excepted = \GeomPoint::fromWKT($geoPoint)->toWKT();
$this->assertSame($actual, $excepted);
}
/**
* @covers GeomPoint::getHemisphere
*/
public function testGetHemisphere()
{
$point = \GeomPoint::fromXY(21, 3.32);
$this->assertEquals(\GeomPoint::NORTHERN_HEMISPHERE, $point->getHemisphere());
$point = \GeomPoint::fromXY(21, -3.32);
$this->assertEquals(\GeomPoint::SOUTHERN_HEMISPHERE, $point->getHemisphere());
}
/**
* @covers InputConverter::setPoint
* @covers InputConverter::getPoint
*/
public function testSetPoint()
{
$point = \GeomPoint::fromXY(12, 21);
$map = array();
$this->converter->setPoint($map, "key", $point);
$expected = array("key_X" => 12, "key_Y" => 21, "key" => $point);
$this->assertEquals($expected, $map);
$actual = $this->converter->getPoint($map, "key");
$this->assertEquals($point, $actual);
}
/**
* Return a GeomPoint representing the value associated with the given key.
* The value associated with the key is assumed to be a string in WKT format.
*
* @param $key
* @return GeomPoint or null if the value associated with the given key is null.
*/
public function getPoint($key)
{
$val = $this->map[$key];
return $val === null ? null : GeomPoint::fromWKT($val);
}
/**
* Create a string (with WKT format) from longitude and latitude
* WKT format for point type: POINT(X Y)
*
* @return GeomPoint|null if values are not set properly in the map.
*/
public function getPoint($map, $key)
{
$x = $this->getValue($map, $key . '_X');
$y = $this->getValue($map, $key . '_Y');
if (!is_numeric($x) && !is_numeric($y)) {
return null;
}
return GeomPoint::fromXY($x, $y);
}
