/**
* EXECUTE QUERY
*/
function q_execMapQuery()
{
// use layers with complex queries that are too long to select results
// cause maxscaledenom is not used...
$oldDatas = array();
for ($i = 0; $i < $this->map->numlayers; $i++) {
$qLayer = $this->map->getLayer($i);
if ($qLayer->getMetaData('PM_RESULT_DATASUBSTITION') != '') {
$oldDatas[$i] = $qLayer->data;
$qLayer->set('data', $qLayer->getMetaData('PM_RESULT_DATASUBSTITION'));
}
}
// Patch from Alessandro Pasotti for fixing problems with result returned
$this->map->setSize($this->mapwidth, $this->mapheight);
// Set $this->map->extent to values of current map extent
// otherwise values of TOLERANCE in map file are not interpreted correctly
$this->map->setExtent($this->GEOEXT['minx'], $this->GEOEXT['miny'], $this->GEOEXT['maxx'], $this->GEOEXT['maxy']);
$this->map->preparequery();
// query by point
if (count($this->imgxy_arr) == 2) {
$this->pointQuery = 1;
$this->x_pix = $this->imgxy_arr[0];
$this->y_pix = $this->imgxy_arr[1];
$x_geo = $this->minx_geo + $this->x_pix / $this->mapwidth * $this->xdelta_geo;
$y_geo = $this->maxy_geo - $this->y_pix / $this->mapheight * $this->ydelta_geo;
$XY_geo = ms_newPointObj();
$XY_geo->setXY($x_geo, $y_geo);
$searchArea = -1;
// ===> USE TOLERANCE IN MAP FILE FOR EACH LAYER <===
// Use '@' to avoid warning if query found nothing
$qtype = $this->mode != "iquery" ? MS_MULTIPLE : MS_SINGLE;
// MS_MULTIPLE for normal query, MS_SINGLE for iquery
@$this->map->queryByPoint($XY_geo, $qtype, $searchArea);
PMCommon::freeMsObj($XY_geo);
// query by Rectangle
} else {
$this->pointQuery = 0;
$minx_pix = $this->imgxy_arr[0];
$miny_pix = $this->imgxy_arr[1];
$maxx_pix = $this->imgxy_arr[2];
$maxy_pix = $this->imgxy_arr[3];
if ($minx_pix == $maxx_pix) {
$maxx_pix = $maxx_pix + 2;
}
// increase max extent if min==max
if ($miny_pix == $maxy_pix) {
$maxy_pix = $maxy_pix - 2;
}
// -- " --
$this->minx_sel_geo = $this->minx_geo + $minx_pix / $this->mapwidth * $this->xdelta_geo;
$this->miny_sel_geo = $this->maxy_geo - $maxy_pix / $this->mapheight * $this->ydelta_geo;
$this->maxx_sel_geo = $this->minx_geo + $maxx_pix / $this->mapwidth * $this->xdelta_geo;
$this->maxy_sel_geo = $this->maxy_geo - $miny_pix / $this->mapheight * $this->ydelta_geo;
$selrect = ms_newrectObj();
$selrect->setExtent($this->minx_sel_geo, $this->miny_sel_geo, $this->maxx_sel_geo, $this->maxy_sel_geo);
@$this->map->queryByRect($selrect);
PMCommon::freeMsObj($selrect);
//$queryFile = "d:/webdoc/tmp/qresults.txt";
//$savedq = $this->map->savequery($queryFile);
//printDebug($this->map->loadquery($queryFile));
//error_log(
}
// use layers with complex queries that are too long to select results
// cause maxscaledenom is not used...
// reset data tag
if (count($oldDatas)) {
foreach ($oldDatas as $i => $v) {
$qLayer = $this->map->getLayer($i);
$qLayer->set('data', $v);
}
}
}
/**
* EXECUTE QUERY
*/
public function q_execMapQuery()
{
//--------------------------------
// Initialize tolerance to 0
//--------------------------------
$msLayers = array();
// query in specified groups only:
if (isset($_REQUEST['groups']) && $_REQUEST['groups']) {
$msLayers = getLayersByGroupOrLayerName($this->map, $_REQUEST['groups']);
// all groups:
} else {
for ($i = 0; $i < $this->map->numlayers; $i++) {
$msLayers[] = $this->map->getLayer($i);
}
}
foreach ($msLayers as $msLayer) {
// change tolerance only for buffer zone search.
if ($this->queryType == 'object') {
$msLayer->set('tolerance', 0);
}
}
// Modified by Thomas RAFFIN (SIRAP)
// to test (substitution)
// query by point
// Modified by Thomas RAFFIN (SIRAP)
// use layers with complex queries that are too long to select results
// cause maxscaledenom is not used...
$oldDatas = array();
for ($i = 0; $i < $this->map->numlayers; $i++) {
$qLayer = $this->map->getLayer($i);
$layerName = $qLayer->name;
if ($qLayer->getMetaData('PM_RESULT_DATASUBSTITION') != '') {
$oldDatas[$layerName] = $qLayer->data;
$qLayer->set('data', $qLayer->getMetaData('PM_RESULT_DATASUBSTITION'));
}
}
// few lines from incphp/query/query.php
// Patch from Alessandro Pasotti for fixing problems with result returned
$this->map->setSize($this->mapwidth, $this->mapheight);
// Set $this->map->extent to values of current map extent
// otherwise values of TOLERANCE in map file are not interpreted correctly
$this->map->setExtent($this->GEOEXT['minx'], $this->GEOEXT['miny'], $this->GEOEXT['maxx'], $this->GEOEXT['maxy']);
$this->map->preparequery();
if ($this->queryType == 'object') {
if (isset($_SESSION['pluginsConfig']['graphicalqueries']) && isset($_SESSION['pluginsConfig']['graphicalqueries']['bufferOnlyWithScale'])) {
$bufferOnlyWithScale = $_SESSION['pluginsConfig']['graphicalqueries']['bufferOnlyWithScale'] == 1;
} else {
$bufferOnlyWithScale = true;
}
if (!$bufferOnlyWithScale) {
// PMCommon::setGroups($this->map, $this->querygroups, $this->scale, 0, 1);
PMCommon::setGroups($this->map, $this->querygroups, 0, 0, 1);
}
// Search selected object
$jsonPMResult = $_SESSION['JSON_Results'];
// "[...]" ou "{...}"
$PMResult = json_decode($jsonPMResult);
// array ou class
if ($PMResult) {
$objUnion = false;
// List layer of selected object
$layersWithResult = $PMResult[0];
// be carreful : 0.000000001 is too small !!
$smallBuffer = 1.0E-8;
$mapProjStr = $this->map->getProjection();
if ($_SESSION['MS_VERSION'] < 6) {
$mapProjObj = ms_newprojectionobj($mapProjStr);
} else {
$mapProjObj = new projectionObj($mapProjStr);
}
// Loop on layers
$layerName = '';
foreach ($layersWithResult as $layerWithResult) {
$objUnionLayer = false;
// init layer to close the last open one
$layer = false;
$layerProjObj = false;
// Loop on layer objects
foreach ($layerWithResult->values as $selectedObject) {
// layer name
$currentLayerName = $selectedObject[0]->shplink[0];
if ($currentLayerName != $layerName) {
if ($layer) {
$layer->close();
}
$layerName = $currentLayerName;
$layer = $this->map->getLayerByName($layerName);
$layerProjObj = false;
$layerProjStr = $layer->getProjection();
if ($mapProjStr && $layerProjStr && $mapProjStr != $layerProjStr) {
if ($_SESSION['MS_VERSION'] < 6) {
$layerProjObj = ms_newprojectionobj($layerProjStr);
} else {
$layerProjObj = new projectionObj($layerProjStr);
}
}
$layer->open();
}
$shpIndex = $selectedObject[0]->shplink[1];
// Retrieve shape by its index.
$objShape = PMCommon::resultGetShape($_SESSION['MS_VERSION'], $layer, null, $shpIndex, -1);
// changed for compatibility with PG layers and MS >= 5.6
// reproject
if ($layerProjObj) {
$objShape->project($layerProjObj, $mapProjObj);
}
// Union of the shapes
if ($objUnionLayer) {
$objUnionLayer = $objShape->union($objUnionLayer);
} else {
$objUnionLayer = $objShape;
}
}
// End foreach : Loop of the layer
// close layer if exists
if ($layer) {
$layer->close();
}
if ($objUnionLayer) {
// Line : Buffer to convert Line or Point to Polygon
if ($objUnionLayer->type == MS_SHAPE_LINE && isset($_REQUEST['select_buffer']) && $_REQUEST['select_buffer'] > 0 || $objUnionLayer->type == MS_SHAPE_POINT) {
$objUnionLayer = $objUnionLayer->buffer($smallBuffer);
// if polygon -> the outline is removed to not select contiguous objects
} else {
if ($objUnionLayer->type == MS_SHAPE_POLYGON && !isset($_REQUEST['select_buffer'])) {
$objBoundary = $objUnionLayer->boundary();
$objBoundary = $objBoundary->buffer($smallBuffer);
$objUnionLayer = $objUnionLayer->difference($objBoundary);
}
}
}
if ($objUnionLayer) {
if ($objUnion) {
$objUnion = $objUnion->union($objUnionLayer);
} else {
$objUnion = $objUnionLayer;
}
}
// End if($objUnionLayer)
}
// End foreach : loop of layers
// Buffer -> Buffer zone
if (isset($_REQUEST['select_buffer'])) {
if ($objUnion) {
$objUnion = $objUnion->buffer($_REQUEST['select_buffer']);
unset($_REQUEST['select_buffer']);
}
}
if ($objUnion) {
// Query
@$this->map->queryByShape($objUnion);
}
}
// Query by point
} else {
if ($this->queryType == 'point') {
$tmpPoint = ms_newPointObj();
$tmpPoint->setXYZ($_REQUEST['select_pointX'], $_REQUEST['select_pointY'], 0);
if (isset($_REQUEST['select_buffer'])) {
@$this->map->queryByPoint($tmpPoint, MS_MULTIPLE, $_REQUEST['select_buffer']);
} else {
@$this->map->queryByPoint($tmpPoint, MS_MULTIPLE, -1);
}
PMCommon::freeMsObj($tmpPoint);
// query by Shape
} else {
if ($this->queryType == 'polygon') {
//'shape')
$poly = $_REQUEST['select_poly'];
$tmpLine = ms_newLineObj();
$tmpPoly = explode(',', $poly);
foreach ($tmpPoly as $point) {
$tmpTab = explode(' ', $point);
$tmpLine->addXY($tmpTab[0], $tmpTab[1]);
}
$objPoly = ms_newShapeObj(MS_SHAPE_POLYGON);
$objPoly->add($tmpLine);
// Buffer -> Buffer zone
if (isset($_REQUEST['select_buffer'])) {
$objPoly = $objPoly->buffer($_REQUEST['select_buffer']);
unset($_REQUEST['select_buffer']);
}
@$this->map->queryByShape($objPoly);
PMCommon::freeMsObj($tmpLine);
PMCommon::freeMsObj($objPoly);
// query by PolyLine
} else {
if ($this->queryType == 'line') {
$poly = $_REQUEST['select_line'];
$tmpLine = ms_newLineObj();
$tmpPoly = explode(',', $poly);
foreach ($tmpPoly as $point) {
$tmpTab = explode(' ', $point);
$tmpLine->addXY($tmpTab[0], $tmpTab[1]);
}
// Reduce the polygon to a polyline
for ($i = count($tmpPoly) - 1; $i >= 0; $i--) {
$tmpTab = explode(' ', $tmpPoly[$i]);
$tmpLine->addXY($tmpTab[0], $tmpTab[1]);
}
$objPoly = ms_newShapeObj(MS_SHAPE_POLYGON);
$objPoly->add($tmpLine);
// Buffer -> Buffer zone
if (isset($_REQUEST['select_buffer'])) {
$bufferLocal = $_REQUEST['select_buffer'];
if ($bufferLocal < 0) {
$bufferLocal = 0;
}
$objPoly = $objPoly->buffer($bufferLocal);
unset($_REQUEST['select_buffer']);
}
@$this->map->queryByShape($objPoly);
PMCommon::freeMsObj($tmpLine);
PMCommon::freeMsObj($objPoly);
// query by circle
} else {
if ($this->queryType == 'circle') {
$point = $_REQUEST['select_point'];
$radius = $_REQUEST['select_radius'];
$tmpPoint = ms_newPointObj();
$tmpTab = explode(' ', $point);
$tmpPoint->setXYZ($tmpTab[0], $tmpTab[1], 0);
if (isset($_REQUEST['select_buffer'])) {
@$this->map->queryByPoint($tmpPoint, MS_MULTIPLE, $radius + $_REQUEST['select_buffer']);
} else {
@$this->map->queryByPoint($tmpPoint, MS_MULTIPLE, $radius);
}
PMCommon::freeMsObj($tmpPoint);
}
}
}
}
}
// Modified by Thomas RAFFIN (SIRAP)
// use layers with complex queries that are too long to select results
// cause maxscaledenom is not used...
// reset data tag
foreach ($oldDatas as $qLayer => $oldData) {
$qLayer = $this->map->getLayerByName($qLayer);
$qLayer->set('data', $oldData);
}
}
function reprojectPoint(&$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." ,".$nY."<br>";
}
function xy2imagem($map_file, $xy, $map = "")
{
if (!is_array($xy)) {
$xy = explode(" ", $xy);
}
$pt = ms_newPointObj();
include dirname(__FILE__) . "/../ms_configura.php";
if ($map == "") {
$map = ms_newMapObj($map_file);
substituiConObj($map, $postgis_mapa);
$map = desligatemas($map);
$map = desligamargem($map);
$imgo = $map->draw();
}
$e = $map->extent;
$vx = $e->minx * -1 - $xy[0] * -1;
$vy = $xy[1] * -1 + $e->maxy * 1;
$c = $map->cellsize;
$x = $vx / $c;
$y = $vy / $c;
$pt->setXY($x, $y);
return $pt;
}
function identificaQBP3($tema = "", $x = 0, $y = 0, $map_file = "", $resolucao = 0, $item = "", $tiporetorno = "", $etip = false, $ext = "", $wkt = "nao")
{
if ($map_file == "") {
$mapa = $this->mapa;
$map_file = $this->arquivo;
} else {
$mapa = ms_newMapObj($map_file);
}
if ($ext != "") {
$extmapa = $mapa->extent;
$e = explode(" ", $ext);
$extmapa->setextent(min($e[0], $e[2]), min($e[1], $e[3]), max($e[0], $e[2]), max($e[1], $e[3]));
//$mapa->save($this->arquivo);
}
if ($tema == "") {
$layer = $this->layer;
} else {
$layer = $mapa->getLayerByName($tema);
}
$layer->set("status", MS_DEFAULT);
$layer->set("template", "none.htm");
$pt = ms_newPointObj();
$pt->setXY($x, $y);
if (strtoupper($layer->getmetadata("convcaracter")) == "NAO") {
$convC = false;
} else {
$convC = true;
}
//
//operação especial para o caso de wms
//
if ($layer->connectiontype == MS_WMS) {
$wkt = "nao";
$layer->set("toleranceunits", MS_PIXELS);
$layer->set("tolerance", $resolucao);
$mapa = desligatemas($mapa);
$mapa = desligamargem($mapa);
$imgo = $mapa->draw();
$ptimg = xy2imagem($map_file, array($x, $y), $mapa);
//$formatoinfo = "MIME";
$formatosinfo = $layer->getmetadata("formatosinfo");
if ($formatosinfo != "") {
$formatosinfo = explode(",", $formatosinfo);
if ($formatosinfo[0] != "") {
$formatoinfo = $formatosinfo[0];
}
foreach ($formatosinfo as $f) {
if (strtoupper($f) == "TEXT/PLAIN") {
$formatoinfo = "text/plain";
}
}
} else {
$formatoinfo = $layer->getmetadata("wms_feature_info_type");
if ($formatoinfo == "") {
$formatoinfo = $layer->getmetadata("wms_feature_info_mime_type");
}
if ($formatoinfo == "") {
$formatoinfo = "text/plain";
}
}
$res = $layer->getWMSFeatureInfoURL($ptimg->x, $ptimg->y, 1, $formatoinfo);
$res = str_replace("INFOFORMAT", "INFO_FORMAT", $res);
$res2 = $layer->getWMSFeatureInfoURL($ptimg->x, $ptimg->y, 1, "MIME");
$res2 = str_replace("INFOFORMAT", "INFO_FORMAT", $res2);
//echo $res." ".$res2;exit;
$resposta = file($res);
//var_dump($resposta);exit;
$n = array();
if (strtoupper($formatoinfo) != "TEXT/HTML" && strtoupper($formatoinfo) != "MIME") {
foreach ($resposta as $r) {
$t = explode("=", $r);
if (count($t) > 1) {
$v = str_replace("\\n", "", $t[1]);
$v = str_replace("\\r", "", $v);
if (trim($v) != "") {
$va = trim($v);
if ($convC == true) {
$va = $this->converte($va);
}
$n[] = array("alias" => trim($t[0]), "valor" => $va, "link" => "", "img" => "");
}
}
}
//caso esri
if (count($n) > 0 && $n[0] == "") {
//error_reporting(0);
$resposta = file($res);
$cabecalho = str_replace('" "', '"|"', $resposta[0]);
$cabecalho = explode("|", $cabecalho);
$linha = str_replace('" "', '"|"', $resposta[1]);
$linha = explode("|", $linha);
for ($i = 0; $i < count($cabecalho); ++$i) {
if ($convC == true) {
$va = $this->converte($linha[$i]);
} else {
$va = $linha[$i];
}
$n[] = array("alias" => $cabecalho[$i], "valor" => $va, "link" => "", "img" => "");
}
}
}
//var_dump($n);exit;
$id = nomeRandomico();
if (count($n) == 0 && strtoupper($formatoinfo) != "TEXT/HTML") {
$formatoinfo = "MIME";
}
if (strtoupper($formatoinfo) == "TEXT/HTML" && $res != "") {
$n[] = array("alias" => "", "valor" => "<iframe width=250px id='" . $id . "' name='" . $id . "' src='" . $res . "'></iframe>", "link" => "", "img" => "");
}
if (strtoupper($formatoinfo) == "MIME" && $res2 != "") {
$n[] = array("alias" => "", "valor" => "<iframe width=250px id='" . $id . "' name='" . $id . "' src='" . $res2 . "'></iframe>", "link" => "", "img" => "");
}
if ($res != "") {
$n[] = array("alias" => "Link WMS", "valor" => "getfeatureinfo " . $formatoinfo, "link" => $res, "img" => "", "idIframe" => $id);
}
if ($res2 != "") {
$n[] = array("alias" => "Link WMS", "valor" => "getfeatureinfo padrão do serviço", "link" => $res2, "img" => "", "idIframe" => $id);
}
if ($res == "" && $res2 == "") {
$n[] = array("alias" => "Ocorreu um erro", "valor" => "", "link" => "", "img" => "");
}
return array($n);
}
//se o usuario estiver logado e o tema for editavel, a lista de itens
//nao usa os alias para permitir a edicao dos dados
if (!empty($_COOKIE["i3geocodigologin"]) && $layer->getmetadata("EDITAVEL") == "SIM") {
$itens = "";
$itensdesc = "";
$lks = "";
$itemimg = "";
$locimg = "";
} else {
$itens = $layer->getmetadata("ITENS");
// itens
$itensdesc = $layer->getmetadata("ITENSDESC");
// descrição dos itens
$lks = $layer->getmetadata("ITENSLINK");
// link dos itens
$itemimg = $layer->getmetadata("ITEMIMG");
//indica um item que será utilizado para colocar um ícone
$locimg = $layer->getmetadata("IMGLOC");
//indica o local onde estão os ícones
}
$tips = $layer->getmetadata("TIP");
$itensLayer = pegaItens($layer, $mapa);
$nitens = count($itensLayer);
if ($itens == "") {
$itens = $itensLayer;
} else {
$itens = explode(",", $itens);
}
if ($itensdesc == "") {
$itensdesc = $itensLayer;
} else {
$itensdesc = explode(",", $itensdesc);
}
if ($lks == "") {
$lks = array_fill(0, $nitens - 1, '');
} else {
$lks = explode(",", $lks);
}
if ($itemimg == "") {
$itemimg = array_fill(0, $nitens - 1, '');
} else {
$itemimg = explode(",", $itemimg);
}
if ($locimg == "") {
$locimg = array_fill(0, $nitens - 1, '');
} else {
$locimg = explode(",", $locimg);
}
$tips = str_replace(" ", ",", $tips);
$tips = explode(",", $tips);
//o retorno deve ser do tipo TIP
if ($etip == true) {
$temp = array_combine($itens, $itensdesc);
$templ = array_combine($itens, $lks);
$tempimg = array_combine($itens, $itemimg);
$temploc = array_combine($itens, $locimg);
$itensdesc = array();
$itens = array();
$lks = array();
$itemimg = array();
$locimg = array();
//foreach($tips as $t){
foreach ($itensLayer as $t) {
$itens[] = $t;
if ($temp[$t] != "") {
$itensdesc[] = $temp[$t];
} else {
$itensdesc[] = $t;
}
if ($templ[$t] != "") {
$lks[] = $templ[$t];
} else {
$lks[] = "";
}
if ($tempimg[$t] != "") {
$itemimg[] = $tempimg[$t];
} else {
$itemimg[] = "";
}
if ($temploc[$t] != "") {
$locimg[] = $temploc[$t];
} else {
$locimg[] = "";
}
}
}
if ($layer->connectiontype != MS_WMS && $layer->type == MS_LAYER_RASTER) {
$wkt = "nao";
$layer->set("toleranceunits", MS_PIXELS);
$layer->set("tolerance", $resolucao);
$ident = @$layer->queryByPoint($pt, 0, 0);
//0.01);
}
if ($layer->type == MS_LAYER_POINT || $layer->type == MS_LAYER_LINE || $layer->type == MS_LAYER_CHART) {
$layer->set("toleranceunits", MS_PIXELS);
$layer->set("tolerance", $resolucao);
$ident = @$layer->queryByPoint($pt, 1, -1);
//0.01);
}
if ($layer->type == MS_LAYER_POLYGON) {
$layer->set("toleranceunits", MS_PIXELS);
$layer->set("tolerance", $resolucao);
$ident = @$layer->queryByPoint($pt, 1, -1);
}
if ($ident == MS_SUCCESS) {
//$ident = @$layer->queryByPoint($pt, 1, -1);
//verifica se o layer e editavel no sistema METAESTAT
$editavel = "nao";
//
$sopen = $layer->open();
$res_count = $layer->getNumresults();
if (strtoupper($layer->getmetadata("convcaracter")) == "NAO") {
$convC = false;
} else {
$convC = true;
}
if ($sopen == MS_FAILURE) {
return "erro";
}
for ($i = 0; $i < $res_count; ++$i) {
$valori = array();
if ($this->v >= 6) {
$shape = $layer->getShape($layer->getResult($i));
} else {
$result = $layer->getResult($i);
$shp_index = $result->shapeindex;
$shape = $layer->getfeature($shp_index, -1);
}
$conta = 0;
//var_dump($itens);exit;
if ($tiporetorno == "shape" || $tiporetorno == "googlerelevo") {
if ($tiporetorno == "shape") {
$resultado[] = $shape;
}
if ($tiporetorno == "googlerelevo") {
$lin = $shape->line(0);
$p = $lin->point(0);
$resultado = array("elevation" => $shape->values[$item], "location" => array("lat" => $p->x, "lng" => $p->y));
}
} else {
if ($etip == false && $item != "") {
$resultado[] = $shape->values[$item];
} else {
//var_dump($itens);exit;
foreach ($itens as $it) {
$val = $shape->values[$it];
if ($convC == true) {
$val = $this->converte($val);
}
$link = $lks[$conta];
foreach ($itens as $t) {
$valtemp = $shape->values[$t];
$busca = '[' . $t . ']';
$link = str_replace($busca, $valtemp, $link);
}
$img = "";
if ($locimg[$conta] != "" && $itemimg[$conta] != "") {
$img = "<img src='" . $locimg[$conta] . "//" . $shape->values[$itemimg[$conta]] . "' //>";
} else {
if ($itemimg[$conta] != "") {
$img = "<img src='" . $shape->values[$itemimg[$conta]] . "' //>";
}
}
//indica se o item é tbm uma etiqueta
$etiqueta = "nao";
if (in_array($it, $tips)) {
$etiqueta = "sim";
}
$arraytemp = array("item" => $it, "alias" => $this->converte($itensdesc[$conta]), "valor" => $val, "link" => $link, "img" => $img, "tip" => $etiqueta);
if ($etip == false) {
$valori[] = $arraytemp;
} else {
$valori[$it] = $arraytemp;
}
$conta = $conta + 1;
}
if ($wkt == "sim") {
$arraytemp = array("alias" => "wkt", "valor" => $shape->towkt(), "link" => "", "img" => "", "tip" => "");
$valori[] = $arraytemp;
}
$resultado[] = $valori;
}
}
}
$layer->close();
} else {
$resultado[] = " ";
}
if ($etip == true) {
return array("resultado" => $resultado, "itensLayer" => $itensLayer);
} else {
return $resultado;
}
}
function selecaoPT($xy, $tipo, $tolerancia)
{
if ($tipo == "novo") {
$this->selecaoLimpa();
$tipo = "adiciona";
}
if ($tipo == "limpa") {
return $this->selecaoLimpa();
}
if ($tipo == "inverte") {
return $this->selecaoInverte();
}
if (!$this->layer) {
return "erro";
}
$shp_atual = array();
if ($this->qyfileTema != "" && file_exists($this->qyfileTema)) {
$shp_atual = $this->unserializeQ($this->qyfileTema);
}
$shpi = array();
$c = explode(" ", $xy);
$pt = ms_newPointObj();
$pt->setXY($c[0], $c[1]);
if ($tolerancia == 0) {
$this->layer->set("tolerance", 0);
$this->layer->set("toleranceunits", 6);
if ($this->layer->type == MS_LAYER_POINT || $this->layer->type == MS_LAYER_LINE) {
$this->layer->set("tolerance", 5);
$ident = @$this->layer->queryByPoint($pt, 1, 0);
} else {
$ident = @$this->layer->queryByPoint($pt, 1, 0);
}
} else {
error_reporting(0);
$projInObj = ms_newprojectionobj("proj=longlat,ellps=WGS84,datum=WGS84,no_defs");
$projOutObj = ms_newprojectionobj("proj=poly,ellps=GRS67,lat_0=0,lon_0=" . $pt->x . ",x_0=5000000,y_0=10000000");
$poPoint = ms_newpointobj();
$poPoint->setXY($pt->x, $pt->y);
//$dd1 = ms_newpointobj();
//$dd1->setXY($rect->minx, $rect->miny);
$poPoint->project($projInObj, $projOutObj);
$dd2 = ms_newpointobj();
$dd2->setXY($poPoint->x + $tolerancia, $poPoint->y);
$dd2->project($projOutObj, $projInObj);
$d = $pt->distanceToPoint($dd2);
if ($d < 0) {
$d = $d * -1;
}
//calcula a distancia 29100
//gera o buffer
$s = ms_newShapeObj(MS_SHAPE_POINT);
$linha = ms_newLineObj();
$linha->add($pt);
$s->add($linha);
$buffer = $s->buffer($d);
$ident = @$this->layer->queryByShape($buffer);
}
if ($ident != 1) {
$res_count = $this->layer->getNumresults();
$shpi = array();
for ($i = 0; $i < $res_count; ++$i) {
$result = $this->layer->getResult($i);
$shpi[] = $result->shapeindex;
}
}
if ($tipo == "adiciona") {
return $this->selecaoAdiciona($shpi, $shp_atual);
}
if ($tipo == "retira") {
return $this->selecaoRetira($shpi, $shp_atual);
}
}
function ProcesaROI(&$aROI)
{
// debug
//renderText(count($_SESSION['ROIRENDERER']));
$aPoints = array();
if ($aROI['type'] == 'rectangle') {
//for rectangles, we assume that there are two coordinates, top left and bottom right.
array_push($aPoints, $aROI['aGeoCoords'][0]);
array_push($aPoints, $aROI['aGeoCoords'][1]);
array_push($aPoints, $aROI['aGeoCoords'][2]);
array_push($aPoints, $aROI['aGeoCoords'][1]);
array_push($aPoints, $aROI['aGeoCoords'][2]);
array_push($aPoints, $aROI['aGeoCoords'][3]);
array_push($aPoints, $aROI['aGeoCoords'][0]);
array_push($aPoints, $aROI['aGeoCoords'][3]);
array_push($aPoints, $aROI['aGeoCoords'][0]);
array_push($aPoints, $aROI['aGeoCoords'][1]);
$nPoints = 5;
// flag for poly
$bPoly = true;
} elseif ($aROI['type'] == 'circle') {
// convert center and radius to pixel
$dCenterX = $aROI['aGeoCoords'][0];
$dCenterY = $aROI['aGeoCoords'][1];
$dRadiusX = $aROI['aGeoCoords'][2];
$dRadius = abs($dRadiusX - $dCenterX);
// flag for non-poly
$bPoly = false;
} elseif ($aROI['type'] == 'polygon') {
// loop and set coordinates
$nCount = count($aROI['aGeoCoords']);
for ($i = 0; $i < $nCount; $i++) {
array_push($aPoints, $aROI['aGeoCoords'][$i]);
}
array_push($aPoints, $aROI['aGeoCoords'][0]);
array_push($aPoints, $aROI['aGeoCoords'][1]);
$nPoints = round($nCount / 2);
// flag for poly
$bPoly = true;
} elseif ($aROI['type'] == 'line') {
// Only mode 1 and 2 (add) is supported for now.
if ($aROI['mode'] != 1 and $aROI['mode'] != 2) {
$this->maszErrorMsg[] = "Tipo de Elemento inválido. " . "Sólo agregar elementos está habilitado";
}
// For a line, we have a pair of value for each vertex.
$nVertex = count($aROI['aGeoCoords']);
for ($i = 0; $i < $nVertex; $i++) {
array_push($aPoints, $aROI['aGeoCoords'][$i]);
}
} elseif ($aROI['type'] == 'point') {
// Only mode 1 and 2 (add) is supported for now.
if ($aROI['mode'] != 1 and $aROI['mode'] != 2) {
$this->maszErrorMsg[] = "Tipo de Elemento inválido. " . "Sólo agregar elementos está habilitado";
}
array_push($aPoints, $aROI['aGeoCoords'][0]);
array_push($aPoints, $aROI['aGeoCoords'][1]);
} elseif ($aROI['type'] == 'feature') {
$nPoints = 0;
$nLayers = $GLOBALS['oMapSession']->oMap->numlayers;
for ($i = 0; $i < $nLayers; $i++) {
$oLayer = $GLOBALS['oMapSession']->oMap->getLayer($i);
$oLayer->set('status', MS_OFF);
}
$oLayer = @$GLOBALS['oMapSession']->oMap->getLayerByName($aROI['selectedLayer']);
if ($oLayer && $oLayer->type == MS_LAYER_POLYGON) {
$nResults = 0;
//create the query template that turns polygons into something useful.
$szTemplatePath = getSessionSavePath() . "roirenderer_template.html";
if (!file_exists($szTemplatePath)) {
$szTemplate = '[shpxy xf="," yf="," sf="|" proj="image"]';
$hTemplate = fopen($szTemplatePath, "w+");
fwrite($hTemplate, $szTemplate);
fclose($hTemplate);
}
//put the template on each class ... is this necessary?
for ($i = 0; $i < $oLayer->numclasses; $i++) {
$oClass = $oLayer->getClass($i);
$oClass->set("template", $szTemplatePath);
}
//make sure the layer is on (doh)
$oLayer->set("status", MS_ON);
$oLayer->set('tolerance', 0);
$oLayer->set('toleranceunits', MS_PIXELS);
//its a new query ...
if (count($aROI['aGeoCoords']) == 2) {
$aROI['aOrigCoords'] = $aROI['aGeoCoords'];
$oPoint = ms_newPointObj();
$oPoint->setXY($aROI['aGeoCoords'][0], $aROI['aGeoCoords'][1]);
@$oLayer->queryByPoint($oPoint, MS_SINGLE, 0);
$nResults = $oLayer->getNumResults();
unset($aROI['aGeoCoords']);
if ($nResults > 0) {
//save the query results for future passes ...
$aROI['query_file'] = getSessionSavePath() . "/" . uniqid("") . ".qry";
$GLOBALS['oMapSession']->oMap->saveQuery($aROI['query_file']);
}
} else {
if (isset($aROI['query_file']) && file_exists($aROI['query_file'])) {
//load the query and find a layer with query results ...
$GLOBALS['oMapSession']->oMap->loadQuery($aROI['query_file']);
$nResults = $oLayer->getNumResults();
}
}
if ($nResults > 0) {
$szCode = $GLOBALS['oMapSession']->oMap->processQueryTemplate(array(), false);
//there seems to be a bug ... query results are not getting reset ... so we
//introduce a | after each shape and then only take the first shape ...
$aszCode = explode("|", $szCode);
$szCode = substr($aszCode[0], 0, -1);
$szCode = '$' . 'aPoints = array(' . $szCode . ');';
//?? aqui se debería procesar los puntos de coord mapa a Pix
eval($szCode);
$nPoints = count($aPoints) / 2;
$bPoly = true;
}
}
}
return $aPoints;
}
$pt->setXY($ISUAGcities[$key]['lon'], $ISUAGcities[$key]['lat'], 0);
$pt->draw($map, $snet, $img, 1, round($value, $rnd[$var]));
// Climate
if ($var == "gdd32" || $var == "gdd50" || $var == "prec") {
$pt = ms_newPointObj();
$pt->setXY($ISUAGcities[$key]['lon'], $ISUAGcities[$key]['lat'], 0);
$pt->draw($map, $snet, $img, 2, "(" . round($value - $climate[$key][$var], $rnd[$var]) . ")");
}
if (isset($_GET["var2"])) {
// Value LL
$pt = ms_newPointObj();
$pt->setXY($ISUAGcities[$key]['lon'], $ISUAGcities[$key]['lat'], 0);
if ($var2 == 'c530') {
$pt->draw($map, $snet, $img, 2, $row[$var2] . " " . $row[$var2 . '_f']);
} else {
$pt->draw($map, $snet, $img, 2, round($row[$var2], $rnd[$var2]) . " " . $row[$var2 . '_f']);
}
}
// City Name
$pt = ms_newPointObj();
$pt->setXY($ISUAGcities[$key]['lon'], $ISUAGcities[$key]['lat'], 0);
if ($key == "A131909" || $key == "A130209") {
$pt->draw($map, $snet, $img, 0, $ISUAGcities[$key]['name']);
} else {
$pt->draw($map, $snet, $img, 0, $ISUAGcities[$key]['name']);
}
}
iemmap_title($map, $img, $year . " " . $varDef[$var], "(" . $sstr_txt . " - " . $estr_txt . ")");
$map->drawLabelCache($img);
header("Content-type: image/png");
$img->saveImage('');
function getMercatorExtent($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 $array;
}
/**
* DRAW XY LAYER: ADD POINTS FROM DB TO MAP IMAGE
*/
protected function pmap_drawXYLayer($img)
{
$grouplist = $_SESSION["grouplist"];
// Loop through groups and layers to find XYLayers
foreach ($grouplist as $grp) {
$glayerList = $grp->getLayers();
foreach ($glayerList as $glayer) {
$XYLayerProperties = $glayer->getXYLayerProperties();
if ($XYLayerProperties) {
// XYLayer found, now process
$mLayer = $this->map->getLayer($glayer->getLayerIdx());
$mLayerStatus = $mLayer->status;
if ($mLayerStatus == MS_ON) {
// Check if XYLayer is switched ON
$pearDbClass = $_SESSION['pearDbClass'];
require_once "{$pearDbClass}.php";
require_once "../query/query.php";
// Check if Layer projection differs from Map projection
$changeLayProj = PMCommon::checkProjection($this->map, $mLayer);
// Map extent for limiting query
if ($changeLayProj) {
$me = $this->map->extent;
$mapExt = ms_newRectObj();
$mapExt->setExtent($me->minx, $me->miny, $me->maxx, $me->maxy);
$mapExt->project($changeLayProj['mapProj'], $changeLayProj['layProj']);
} else {
$mapExt = $this->map->extent;
}
$map_xmin = $mapExt->minx;
$map_ymin = $mapExt->miny;
$map_xmax = $mapExt->maxx;
$map_ymax = $mapExt->maxy;
if ($changeLayProj) {
PMCommon::freeMsObj($mapExt);
}
// XY Layer Properties
$dsn = $XYLayerProperties["dsn"];
$xyTable = $XYLayerProperties["xyTable"];
$x_fld = $XYLayerProperties["x_fld"];
$y_fld = $XYLayerProperties["y_fld"];
$classidx_fld = $XYLayerProperties["classidx_fld"];
$resFldStr = $mLayer->getMetaData("RESULT_FIELDS");
$resFieldList = preg_split('/[\\s,]+/', $resFldStr);
// Prepare query
if (preg_match("/@/", $xyTable)) {
// Check for WHERE filter in table definition
$xyList = preg_split('/@/', $xyTable);
$whereFilter = $xyList[1];
$xyTable = $xyList[0];
}
$sql_SELECT = "SELECT {$x_fld}, {$y_fld}, {$classidx_fld} FROM {$xyTable} ";
$sql_WHERE = "WHERE " . ($whereFilter ? $whereFilter . " AND " : "") . " {$x_fld} >= {$map_xmin} AND {$x_fld} <= {$map_xmax} AND {$y_fld} >= {$map_ymin} AND {$y_fld} <= {$map_ymax}";
$sql = "{$sql_SELECT} {$sql_WHERE}";
pm_logDebug(3, $sql, "P.MAPPER-DEBUG: map.php/pmap_drawXYLayer() - SQL Cmd:");
// init DB class
$db = new $pearDbClass();
// Connect to DB
$dbh = $db->connect($dsn);
if ($db->isError($dbh)) {
PMCommon::db_logErrors($dbh);
die;
}
// Execute query
$res = $dbh->query($sql);
if ($db->isError($res)) {
PMCommon::db_logErrors($res);
die;
}
// Draw points on map image
while ($xyRow = $res->fetchRow()) {
$ptX = $xyRow[0];
$ptY = $xyRow[1];
$clIdx = $xyRow[2];
$xyPoint = ms_newPointObj();
$xyPoint->setXY($ptX, $ptY);
$xyPoint->draw($this->map, $mLayer, $img, $clIdx, "");
PMCommon::freeMsObj($xyPoint);
}
//$res->free();
$dbh->disconnect();
}
}
}
}
}
/**
* Process request
*/
function process_request()
{
$layer = @$this->map_object->getLayerByName($this->typename);
if (!$layer) {
$this->set_error('Layer not found ' . $layer_name, $layer_name);
return false;
}
// Get class
$class = null;
for ($i = 0; $i < $layer->numclasses; $i++) {
$_class = @$layer->getClass($i);
if ($this->classname == $_class->name) {
$class =& $_class;
$this->classindex = $i;
break;
}
}
if (!$class) {
$this->set_error('Class name not found ' . $layer_name, $this->classname);
return false;
}
// Get symbol size
for ($i = 0; $i < $class->numstyles; $i++) {
$_style = @$class->getStyle($i);
if ($_style->symbolname) {
// 64 pixel is standard Google Earth pushpin
//$_style->set('size', 64);
$symbolsize = $_style->size;
break;
}
}
// Provide a default here
if (!$symbolsize) {
$symbolsize = 10;
}
$ext = $this->map_object->extent;
$centerx = ($ext->maxx - $ext->minx) / 2;
$centery = ($ext->maxy - $ext->miny) / 2;
// Create a new layer
$this->icon_layer = ms_newLayerObj($this->map_object, $layer);
$this->map_object->setSize($symbolsize, $symbolsize);
$this->map_object->setExtent($centerx - $symbolsize, $centery - $symbolsize, $centerx + $symbolsize, $centery + $symbolsize);
$this->icon_layer->set('status', MS_ON);
$this->iconpoint = ms_newPointObj();
$this->iconpoint->setXY($centerx, $centery);
}
function zoomPonto($xy)
{
$apt = explode(" ", $xy);
$pt = ms_newPointObj();
$e = $this->mapa->extent;
$pt = xy2imagem($this->arquivo, $xy);
$this->mapa->zoompoint(1, $pt, $this->mapa->width, $this->mapa->height, $e);
}
$sizey = $zSizey;
} else {
$zSizex = $sizex;
$zSizey = $sizey;
}
if (!is_array($ext)) {
$zExtent = $zMap->extent;
} elseif (!empty($fsens)) {
$fext = move_map($ext, $fsens);
$zExtent = ms_newRectObj();
$zExtent->setextent($fext[0], $fext[1], $fext[2], $fext[3]);
} else {
$zExtent = ms_newRectObj();
$zExtent->setextent($ext[0], $ext[1], $ext[2], $ext[3]);
}
$zClick = ms_newPointObj();
if ($act and ($refx and $refy) and sizeof($ext) > 3) {
$refx = floor($refx * ($sizex / $conf[globals][minimapx]));
$refy = floor($refy * ($sizey / $conf[globals][minimapy]));
$zClick->setXY($refx, $refy, 0);
$zMap->zoomscale($scl * 1000, $zClick, $sizex, $sizey, $zLimit, $zLimit);
} else {
if ($act != "edition" and $click_x and $click_y) {
$zClick->setXY($click_x, $click_y, 0);
$clicked = TRUE;
} else {
$zClick->setXY(floor($sizex / 2), floor($sizey / 2), 0);
$clicked = FALSE;
}
if ($clicked and ($act == "zoomin" or !empty($fzoom))) {
$zMap->zoompoint(2, $zClick, $sizex, $sizey, $zExtent, $zLimit);
function ProcessURLArray($aVars)
{
//simpan tool navigasi yang sedang aktif
$GLOBALS["gszCurrentTool"] = isset($aVars["CMD"]) ? $aVars["CMD"] : "ZOOM_IN";
//set batas koordinat peta
$oExt = $GLOBALS["goMap"];
$fMinX = isset($aVars["MINX"]) ? $aVars["MINX"] : $oExt->extent->minx;
$fMinY = isset($aVars["MINY"]) ? $aVars["MINY"] : $oExt->extent->miny;
$fMaxX = isset($aVars["MAXX"]) ? $aVars["MAXX"] : $oExt->extent->maxx;
$fMaxY = isset($aVars["MAXY"]) ? $aVars["MAXY"] : $oExt->extent->maxy;
$GLOBALS["goMap"]->setextent($fMinX, $fMinY, $fMaxX, $fMaxY);
//lebar dan tinggi gambar peta
$fW = $GLOBALS["goMap"]->width;
$fH = $GLOBALS["goMap"]->height;
if (isset($_GET["legendlayername"])) {
for ($i = 0; $i < $GLOBALS["goMap"]->numlayers; $i++) {
$oLayer = $GLOBALS["goMap"]->getLayer($i);
if (in_array($oLayer->name, $_GET["legendlayername"])) {
$oLayer->set("status", MS_ON);
} else {
$oLayer->set("status", MS_OFF);
}
}
}
//lakukan perubahan skala, sesuai tool navigasi terpilih
if (isset($aVars["CMD"]) && isset($aVars["MAINMAP_x"])) {
//titik tempat user meng-klik pada lokasi peta
$nX = isset($aVars["MAINMAP_x"]) ? intval($aVars["MAINMAP_x"]) : $fW / 2.0;
$nY = isset($aVars["MAINMAP_y"]) ? intval($aVars["MAINMAP_y"]) : $fW / 2.0;
if (isset($aVars["MAINMAP_x"]) && isset($aVars["MAINMAP_y"])) {
$oPixelPos = ms_newpointobj();
$oPixelPos->setxy($nX, $nY);
$oGeoExt = ms_newrectobj();
$oGeoExt->setextent($fMinX, $fMinY, $fMaxX, $fMaxY);
//ubah skala peta, dengan method zoompoint atau setextent
if ($aVars["CMD"] == "ZOOM_IN") {
$GLOBALS["goMap"]->zoompoint(2, $oPixelPos, $fW, $fH, $oGeoExt);
} else {
if ($aVars["CMD"] == "ZOOM_OUT") {
$GLOBALS["goMap"]->zoompoint(-2, $oPixelPos, $fW, $fH, $oGeoExt);
} else {
if ($aVars["CMD"] == "RECENTER") {
$GLOBALS["goMap"]->zoompoint(1, $oPixelPos, $fW, $fH, $oGeoExt);
} else {
if ($aVars["CMD"] == "ZOOM_ALL") {
$GLOBALS["goMap"]->setextent($GLOBALS["gfMinX"], $GLOBALS["gfMinY"], $GLOBALS["gfMaxX"], $GLOBALS["gfMaxY"]);
} else {
if ($aVars["CMD"] == "QUERY") {
$nGeoX = Pix2Geo($nX, 0, $fW, $fMinX, $fMaxX, 0);
$nGeoY = Pix2Geo($nY, 0, $fH, $fMinY, $fMaxY, 1);
$oGeo = ms_newPointObj();
$oGeo->setXY($nGeoX, $nGeoY);
// Simbol '@' digunakan supaya tidak muncul pesan peringatan
// ketika objek tidak ditemukan
@$GLOBALS["goMap"]->queryByPoint($oGeo, MS_SINGLE, -1);
$GLOBALS["gShowQueryResults"] = TRUE;
}
}
}
}
}
}
} else {
if (isset($aVars["KEYMAP_x"]) && isset($aVars["KEYMAP_y"])) {
$oRefExt = $GLOBALS["goMap"]->reference->extent;
$nX = intval($aVars["KEYMAP_x"]);
$nY = intval($aVars["KEYMAP_y"]);
$fWidthPix = doubleval($GLOBALS["goMap"]->reference->width);
$fHeightPix = doubleval($GLOBALS["goMap"]->reference->height);
$nGeoX = Pix2Geo($nX, 0, $fWidthPix, $oRefExt->minx, $oRefExt->maxx, 0);
$nGeoY = Pix2Geo($nY, 0, $fHeightPix, $oRefExt->miny, $oRefExt->maxy, 1);
$fDeltaX = ($fMaxX - $fMinX) / 2.0;
$fDeltaY = ($fMaxY - $fMinY) / 2.0;
$GLOBALS["goMap"]->setextent($nGeoX - $fDeltaX, $nGeoY - $fDeltaY, $nGeoX + $fDeltaX, $nGeoY + $fDeltaY);
}
}
}
if ($szUnits == "default") {
$oMap->scalebar->set("units", $oMap->units);
} else {
$oMap->scalebar->set("units", $_UNITS[$szUnits]);
}
$oMap->scalebar->outlinecolor->setRGB(0, 0, 0);
$oMap->scalebar->set("status", MS_EMBED);
/**
* Uncomment this to enable debug
*/
//$oMap->setconfigoption('MS_ERRORFILE','/tmp/ms_tmp/wms2pdf.log');
/**
* Mode setting
*/
//if($szMode == "scale"){
$oCenter = ms_newPointObj();
$oCenter->setXY($nMapWidth / 2, $nMapHeight / 2);
$oMap->zoomscale($szScale, $oCenter, $nMapWidth, $nMapHeight, $oMap->extent);
//}
/**
* If document produced is not a pdf, we need to set the imageurl path.
*/
$oMap->web->set('imagepath', $_IMAGEPATH);
$oMap->web->set('imageurl', $_IMAGEURL);
/**
* Map outputformat
* Modification par MAT, sélection du format PNG pour permettre la transparence (OPACITY)
* MOdification pour avoir un meilleur rendu cartographique lors de l'impression (Nicolas G.)
*/
$oMap->outputformat->setOption("QUALITY", "100");
$oMap->outputformat->set("transparent", "1");
$focus["zoomin"] = "focus";
}
$ext = array($extminx, $extminy, $extmaxx, $extmaxy);
$e_extent = ms_newRectObj();
$e_extent->setextent($ext[0], $ext[1], $ext[2], $ext[3]);
// changement de taille d'image-carte en pixels
if (!isset($_REQUEST['size'])) {
$sizex = $e_map->width;
$sizey = $e_map->height;
} else {
list($sizex, $sizey) = split('x', $_REQUEST['size']);
}
$sizecheck["{$sizex}x{$sizey}"] = " selected=\"selected\"";
$e_map->set('width', $sizex);
$e_map->set('height', $sizey);
$e_click = ms_newPointObj();
// objet de pointage
$e_click->setXY(floor($sizex / 2), floor($sizey / 2), 0);
// par d?faut, comme un clic au centre
// au cas ou fichier trk téléchargé
if (!empty($_FILES['trackfileimp']['name'])) {
//debug("_FILES");
echo import_track($_FILES['trackfileimp']['tmp_name'], "trk", "wgs84");
unlink($_FILES['trackfileimp']['tmp_name']);
// efface le fichier t?l?charg?
}
// recherche des villes correspondant aux crit?res
if (!empty($_REQUEST['ville'])) {
$cities = $db->get_cities($_REQUEST['ville'], $deptsregion);
// filtre rajout? pour les depts de la r?gion
if (!$cities or count($cities) == 0) {
/**
* ZOOM MAP TO SPECIFIED SCALE
*/
function zoom2scale()
{
$GEOEXT = $_SESSION["GEOEXT"];
$geoext0 = ms_newrectObj();
$geoext0->setExtent($GEOEXT["minx"], $GEOEXT["miny"], $GEOEXT["maxx"], $GEOEXT["maxy"]);
// PREPARE MAP IMG
$x_pix = $this->mapW / 2;
$y_pix = $this->mapH / 2;
$xy_pix = ms_newPointObj();
$xy_pix->setXY($x_pix, $y_pix);
$this->map->zoomscale($this->scale, $xy_pix, $this->mapW, $this->mapH, $geoext0);
PMCommon::freeMsObj($xy_pix);
}
function redesenhaEntorno()
{
$nomes = nomeRandomico();
$this->mapa->prepareimage();
$e = $this->mapa->extent;
$w = $this->mapa->width;
$h = $this->mapa->height;
$s = $this->mapa->scaledenom;
$this->mapa = desligamargem($this->mapa);
$pt = ms_newPointObj();
//desenha o leste
$pt->setXY($w + $w / 2, $h / 2);
$this->mapa->zoompoint(0, $pt, $w, $h, $e);
$nomeL = gravaImagemMapa($this->mapa);
//desenha o oeste
$pt->setXY(0 - $w / 2, $h / 2);
$this->mapa->zoomscale($s * 2, $pt, $w, $h, $e);
$nomeO = gravaImagemMapa();
//desenha o norte
$pt->setXY($w / 2, 0 - $h);
$this->mapa->zoomscale($s * 2, $pt, $w, $h, $e);
$nomeN = gravaImagemMapa();
//desenha o sul
$pt->setXY($w / 2, $h * 2);
$this->mapa->zoomscale($s * 2, $pt, $w, $h, $e);
$nomeS = gravaImagemMapa();
return "var imagens=['" . $nomeL["url"] . "','" . $nomeO["url"] . "','" . $nomeN["url"] . "','" . $nomeS["url"] . "'];";
}
function rainfallMap()
{
global $rootpath, $basins, $mapscript;
$map = ms_newMapObj("{$rootpath}/data/gis/squaw.map");
$map->set("width", 200);
$map->set("height", 300);
$map->setextent(420000.0, 4645000.0, 451000.0, 4686000.0);
$img = $map->prepareImage();
$background = $map->getLayerByName("background");
$background->set("status", MS_ON);
$background->draw($img);
$counties = $map->getLayerByName("iacounties");
$counties->set("status", MS_ON);
$counties->draw($img);
$basin = $map->getLayerByName("squaw_basin");
$basin->set("status", MS_ON);
$basin->draw($img);
$b = $map->getLayerByName("basins");
foreach ($this->totprec as $id => $rain) {
$pt = ms_newPointObj();
$pt->setXY($basins[$id]["utm_x"], $basins[$id]["utm_y"]);
$pt->draw($map, $b, $img, 0, $rain);
$pt->free();
}
$map->drawLabelCache($img);
$url = $img->saveWebImage();
return $url;
}