function reprojectPoint(&$nX, &$nY, $szFrom, $szTo)
{
//echo "reproject $nX,$nY from $szFrom to $szTo\n";
//check to see if reprojection is necessary
if ($szFrom == '' || $szTo == '') {
return;
}
if (stristr($szFrom, "epsg") !== false && stristr($szFrom, "init=") == false) {
$szFrom = "init=" . strtolower($szFrom);
}
if (stristr($szTo, "epsg") !== false && stristr($szTo, "init=") == false) {
$szTo = "init=" . strtolower($szTo);
}
if ($szFrom == $szTo) {
return;
}
$oPoint = ms_newPointObj();
$oPoint->setXY($nX, $nY);
$oPoint->project(ms_newProjectionObj($szFrom), ms_newProjectionObj($szTo));
$nX = $oPoint->x;
$nY = $oPoint->y;
//echo " :".$nX." ,".$nY."<br>";
}
function getMercatorExtent($x, $y, $z)
{
$grid_count = pow(2, $z);
$block_size = 360.0 / $grid_count;
$temp_x = -180.0 + $block_size * $x;
$temp_y = 180.0 - $block_size * $y;
$temp_x2 = $temp_x + $block_size;
$temp_y2 = $temp_y - $block_size;
$lon = $temp_x;
$lat = (2.0 * atan(exp($temp_y / 180.0 * pi())) - pi() / 2.0) * 180.0 / pi();
$lon2 = $temp_x2;
$lat2 = (2.0 * atan(exp($temp_y2 / 180.0 * pi())) - pi() / 2.0) * 180.0 / pi();
$projIn = ms_newProjectionObj("proj=latlong");
$projOut = ms_newProjectionObj("+proj=merc +a=6378137 +b=6378137 +lat_ts=0.0 +lon_0=0.0 +x_0=0.0 +y_0=0 +units=m +k=1.0 +nadgrids=@null");
$sw = ms_newPointObj();
$ne = ms_newPointObj();
$sw->setXY($lon, $lat2);
$ne->setXY($lon2, $lat);
$sw->project($projIn, $projOut);
$ne->project($projIn, $projOut);
$array = array();
$array[0] = $sw->x;
$array[1] = $sw->y;
$array[2] = $ne->x;
$array[3] = $ne->y;
return $array;
}
/**
* Run the server and sends data
* @return string or void
*/
function run()
{
// Check cache
if (ENABLE_CACHE) {
$cache_file = $this->get_cache_file_name();
if (file_exists($cache_file)) {
$this->send_header();
readfile($cache_file);
exit;
}
}
// If not layer are requested, send all as networklinks
if (!$this->typename) {
$this->_networklink = true;
$this->typename = $this->get_layer_list();
} else {
$this->_networklink = false;
}
if ($this->_networklink == false) {
//desliga todos os layers
for ($i = 0; $i < $this->map_object->numlayers; $i++) {
$l = $this->map_object->getLayer($i);
$l->set("status", MS_OFF);
}
//ajusta a legenda
$nomesl = explode(',', $this->typename);
foreach ($nomesl as $nomel) {
$layer = $this->map_object->getlayerbyname($nomel);
if ($layer) {
$layer->set("status", MS_DEFAULT);
if ($layer->numclasses > 0) {
$classe = $layer->getclass(0);
if ($classe->name == "" || $classe->name == " ") {
$classe->set("name", $layer->getmetadata("tema"));
}
//corrige o titulo da legenda
$nclass = $layer->numclasses;
for ($j = 0; $j < $nclass; $j++) {
$classe = $layer->getclass($j);
if ($classe->title === "") {
$classe->title = $classe->name;
}
}
}
}
}
}
$imageObj = $this->map_object->drawlegend();
$url = $imageObj->saveWebImage();
$protocolo = explode("/", $_SERVER['SERVER_PROTOCOL']);
$url = strtolower($protocolo[0] . "://" . $_SERVER['HTTP_HOST']) . $url;
$legenda = " <ScreenOverlay>" . PHP_EOL . " <name>Legenda</name>" . PHP_EOL . " <Icon>" . PHP_EOL . " <href>" . $url . "</href>" . PHP_EOL . " </Icon>" . PHP_EOL . " <overlayXY x='0.01' y='0.14' xunits='fraction' yunits='fraction'/>" . PHP_EOL . " <screenXY x='0.01' y='0.14' xunits='fraction' yunits='fraction'/>" . PHP_EOL . " <size x='-1' y='-1' xunits='pixels' yunits='pixels'/>" . PHP_EOL . " </ScreenOverlay>" . PHP_EOL;
if ($this->_networklink == false) {
$this->_xml = new SimpleXMLElement('<kml xmlns="http://earth.google.com/kml/2.0"><Document >' . $legenda . '</Document></kml>');
} else {
$this->_xml = new SimpleXMLElement('<kml xmlns="http://earth.google.com/kml/2.0"><Document ></Document></kml>');
}
// Prepare projection
$this->in_proj = ms_newProjectionObj($this->map_object->getProjection());
// Set projection to GOOGLE earth's projection
$this->out_proj = ms_newProjectionObj("init=epsg:4326");
// Set endpoint
//die($_SERVER['REQUEST_URI']);
$protocolo = explode("/", $_SERVER['SERVER_PROTOCOL']);
$protocolo = strtolower($protocolo[0]);
$this->endpoint = $protocolo . '://' . $_SERVER['SERVER_NAME'] . ($_SERVER['SERVER_PORT'] ? ':' . $_SERVER['SERVER_PORT'] : '') . $_SERVER['PHP_SELF'];
// Process request
if (!$this->has_error()) {
$this->process_request();
}
if ($this->has_error()) {
$this->add_errors();
}
return $this->send_stream($this->get_kml());
}
fwrite($debug, '$_REQUEST = ' . print_r($_REQUEST, true));
$jsonPoly = str_replace('\\', '', $_REQUEST['ROIRENDERER']);
fwrite($debug, '$jsonPoly = ' . print_r($jsonPoly, true) . "\n");
$_REQUEST['ROIRENDERER'] = json_decode($jsonPoly, true);
$jsonFormats = str_replace('\\', '', $_REQUEST['formats']);
$formats = json_decode($jsonFormats, true);
fwrite($debug, '$_REQUEST = ' . print_r($_REQUEST, true));
fwrite($debug, '$_REQUEST[ROIRENDERER] = ' . print_r($_REQUEST['ROIRENDERER'], true));
fwrite($debug, '$formats = ' . print_r($formats, true));
fwrite($debug, '$mapfile = ' . $_REQUEST['mapfile'] . "\n");
//Obtener el mapa y la proyección de éste
$oMap = ms_newMapObj($_REQUEST['mapfile']);
// fwrite($debug, '$oMap = '.print_r($oMap, true)."\n");
$mapProj = ms_newProjectionObj($oMap->getProjection());
//Proyección geográfica para gml y kml
$geoProj = ms_newProjectionObj("proj=latlong");
$nROI = count($_REQUEST['ROIRENDERER']);
$szFileNamePol = getUniqueName('Poligonos_usuario');
$szFileNameLin = getUniqueName('Lineas_usuario');
$szFileNamePto = getUniqueName('Puntos_usuario');
for ($i = 0; $i < $nROI; $i++) {
$aROI = $_REQUEST['ROIRENDERER'][$i];
fwrite($debug, '$aRoi = $_REQUEST[ROIRENDERER][' . i . '] = ' . print_r($aROI, true) . "\n");
switch ($aROI['type']) {
// case 'rectangle':
// $szHayPol=true;
// break;
case 'polygon':
$szHayPol = true;
break;
case 'line':
