$bg->includePolygons(false);
unset($cleaned["contour"]);
} elseif ($z <= 9) {
$bg->addWayFilter("highway", "motorway,trunk,primary,secondary," . "motorway_link,primary_link,secondary_link," . "trunk_link");
$bg->addWayFilter("railway", "rail,preserved");
$bg->addWayFilter("waterway", "river");
$bg->addPOIFilter("place", "city,town");
$bg->includePolygons(false);
unset($cleaned["contour"]);
} elseif ($z <= 11) {
$bg->addWayFilter("highway", "motorway,trunk,primary,secondary,tertiary,unclassified," . "motorway_link,trunk_link,primary_link,secondary_link," . "tertiary_link,unclassified_link");
$bg->addWayFilter("railway", "rail,preserved");
$bg->addWayFilter("waterway", "river");
$bg->addPOIFilter("place", "city,town,village");
$bg->addPOIFilter("railway", "station");
unset($cleaned["contour"]);
}
$data = $bg->getData($cleaned, CONTOUR_CACHE . "/{$kg}/{$z}/{$x}/{$y}.json", CACHE . "/{$kg}/{$z}/{$x}/{$y}.json", $x, $y, $z);
$data["granularity"] = $kg;
$data["bbox"] = array($sw['lon'] - 0.01, $sw['lat'] - 0.01, $ne['lon'] + 0.01, $ne['lat'] + 0.01);
echo "onKothicDataResponse(" . json_encode($data) . ",{$z},{$x},{$y});";
} else {
header("Content-type: application/json");
$bg = new BboxGetter($bbox, "3857", $outProj, $ext, null, $tbl_prefix);
// mapsforge rendering test
if ($mftest == 1) {
$bg->addWayFilter("designation", "public_bridleway");
}
$data = $bg->getData($cleaned, null, null);
echo json_encode($data);
}
adjustProj($inProj);
adjustProj($outProj);
if (isset($cleaned['inUnits']) && $cleaned['inUnits'] == 'microdeg' && $inProj == '4326') {
for ($i = 0; $i < 4; $i++) {
$values[$i] /= 1000000.0;
}
}
// Native projection of DB is 900913 (Google Mercator)
// 041114 ensure reprojected bbox completely contains original bbox by
// taking the min and max eastings and northings of each corner
list($sw['e'], $sw['n']) = reproject($values[0], $values[1], $inProj, '900913');
list($nw['e'], $nw['n']) = reproject($values[0], $values[3], $inProj, '900913');
list($ne['e'], $ne['n']) = reproject($values[2], $values[3], $inProj, '900913');
list($se['e'], $se['n']) = reproject($values[2], $values[1], $inProj, '900913');
$bbox = array(min($sw["e"], $nw["e"]), min($sw["n"], $se["n"]), max($ne["e"], $se["e"]), max($ne["n"], $nw["n"]));
$bg = new BboxGetter($bbox, $inProj, $outProj);
$data = $bg->getData($cleaned, null, null, $outProj);
switch ($format) {
case "geojson":
case "json":
header("Content-type: application/json");
echo json_encode($data);
break;
default:
header("Content-type: text/xml");
echo '<?xml version="1.0"?>';
echo "<pre>";
to_xml($data);
echo "</pre>";
break;
}
exit;
}
adjustProj($inProj);
adjustProj($outProj);
if (isset($cleaned['inUnits']) && $cleaned['inUnits'] == 'microdeg' && $inProj == '4326') {
for ($i = 0; $i < 4; $i++) {
$values[$i] /= 1000000.0;
}
}
// Native projection of DB is 3857 (Google Mercator)
// 041114 ensure reprojected bbox completely contains original bbox by
// taking the min and max eastings and northings of each corner
list($sw['e'], $sw['n']) = reproject($values[0], $values[1], $inProj, '3857');
list($nw['e'], $nw['n']) = reproject($values[0], $values[3], $inProj, '3857');
list($ne['e'], $ne['n']) = reproject($values[2], $values[3], $inProj, '3857');
list($se['e'], $se['n']) = reproject($values[2], $values[1], $inProj, '3857');
$bbox = array(min($sw["e"], $nw["e"]), min($sw["n"], $se["n"]), max($ne["e"], $se["e"]), max($ne["n"], $nw["n"]));
$bg = new BboxGetter($bbox, $inProj, $outProj, $ext);
$data = $bg->getData($cleaned, null, null);
switch ($format) {
case "geojson":
case "json":
header("Content-type: application/json");
echo json_encode($data);
break;
default:
header("Content-type: text/xml");
echo '<?xml version="1.0"?>';
to_xml($data);
break;
}
<?php
require_once '../lib/functionsnew.php';
require_once '../0.6/ws/DataGetter.php';
require_once '../0.6/ws/DBDetails.php';
require_once 'copyrights.php';
$cleaned = clean_input($_REQUEST);
$bbox_in = explode(",", $cleaned["bbox"]);
$inProj = $cleaned["inProj"];
$sw = reproject($bbox_in[0], $bbox_in[1], $inProj, "3857");
$ne = reproject($bbox_in[2], $bbox_in[3], $inProj, "3857");
$bbox = array($sw[0], $sw[1], $ne[0], $ne[1]);
$outProj = $cleaned["outProj"];
adjustProj($outProj);
$conn = pg_connect("dbname=gis user=gis");
header("Content-type: application/json");
header("Access-Control-Allow-Origin: http://www.free-map.org.uk");
$dbd = new DBDetails(null, array("table" => "hampshire", "col" => "the_geom"), null, null, null, null);
$dbd->setIntersection(false);
$bg = new BboxGetter($bbox, null, $dbd, 3857);
$bg->includePolygons(false);
$data = $bg->getData(array("way" => "all"), null, null, $outProj);
$counties = $bg->getUniqueList("county");
$arr = array();
foreach ($counties as $county) {
$arr[$county] = getCopyright($county);
}
$bg->setCopyright($arr);
$data = $bg->simpleGetData();
echo json_encode($data);
pg_close($conn);
exit;
}
adjustProj($inProj);
adjustProj($outProj);
if (isset($cleaned['inUnits']) && $cleaned['inUnits'] == 'microdeg' && $inProj == '4326') {
for ($i = 0; $i < 4; $i++) {
$values[$i] /= 1000000.0;
}
}
// Native projection of DB is 900913 (Google Mercator)
// 041114 ensure reprojected bbox completely contains original bbox by
// taking the min and max eastings and northings of each corner
list($sw['e'], $sw['n']) = reproject($values[0], $values[1], $inProj, '900913');
list($nw['e'], $nw['n']) = reproject($values[0], $values[3], $inProj, '900913');
list($ne['e'], $ne['n']) = reproject($values[2], $values[3], $inProj, '900913');
list($se['e'], $se['n']) = reproject($values[2], $values[1], $inProj, '900913');
$bbox = array(min($sw["e"], $nw["e"]), min($sw["n"], $se["n"]), max($ne["e"], $se["e"]), max($ne["n"], $nw["n"]));
$bg = new BboxGetter($bbox);
$data = $bg->getData($cleaned, null, null, $outProj == '900913' ? null : $outProj);
switch ($format) {
case "geojson":
case "json":
header("Content-type: application/json");
echo json_encode($data);
break;
default:
header("Content-type: text/xml");
echo '<?xml version="1.0"?>';
to_xml($data);
break;
}
