<?
// Webcam Configuration
//
global $webcam;
$webcam['title']=       "";
$webcam['short']=       "";
$webcam['longitude']=   11.211606; 
$webcam['latitude']=    47.391961; 
$webcam['kurzName']= "kochel";
// Image-upload
$webcam['topOffset']=  350;
$webcam['maxGamma']=    1.3;
$webcam['maxIso']=      1600;
$webcam['maxExposure']= 4;
// Image-display
$webcam['hugeWidth']=   4272;
$webcam['hugeHeight']=  2848;
$webcam['logo']='logoKochel.png';

$webcam['captureInterval']= 0;
$webcam['windAvgBarrier']=12;
$webcam['windGustBarrier']=16;

$webcam['stormAvgBarrier']=25;
$webcam['stormGustBarrier']=35;
//$webcam['captureInterval']= 0;

$webcam['captureIntervalStorm'] = 60;

$webcam['errorMsg']= "Wegen einer technischen Störung ist die Kamera derzeit offline";
//$webcam['textImageFarbeBoe'] =0;
$webcam['surfersZoom']= array( 
  array(816,459,1663,1805,1909,1073) 
);
$webcam['wetterPID'] = 447;


$webcam['wxFunc']= function($values, $fields, &$raw_fields, &$camtxt, &$fieldsarr, $webcam) {
	//Stationseinstellungen: 10min Aufzeichnungsintervall, Höhe 620m
	//$fieldsarr = array();
	$mysqli=openMysqlWetter();

	$a=0;
	foreach($values as $i){
		//echo tutu;
		if (isset($i['arOutTemp']) && isset($i['arWindAvg'])){
			//echo $i['arOutTemp']."\n";
			$date=explode("-",$i['arDate']);
			$time=explode(":",$i['arTime']);
			if ($date[2] == 2001){
                                 $date[2] = 2017;
                        }
			$weathertime= $date[2].date("m",strtotime($date[1])).$date[0].$time[0].$time[1];
			//echo strtotime($weathertime)."hh\n";
			//echo "select uid from tx_webcam_wetter where pid = ".$webcam['wetterPID']." and stationtime='".$weathertime."'\n";

			$fetchs=$mysqli->query("select uid from tx_webcam_wetter where pid=".$webcam['wetterPID']." and stationtime='".$weathertime."'");

			$fetchs = $fetchs->fetch_assoc();
			//echo "fetch = ".$fetchs;
			if (!$fetchs){
				//echo "fetch = ".$fetchs;

				$fieldsarr[$a]['pid']=$fields['pid'];
				$fieldsarr[$a]['tstamp']=$fields['tstamp'];
				$fieldsarr[$a]['crdate']=$fields['crdate'];
				$fieldsarr[$a]['cruser_id']=$fields['cruser_id'];
				$fieldsarr[$a]['deleted']=$fields['deleted'];
				$fieldsarr[$a]['hidden']=$fields['hidden'];
				$fieldsarr[$a]['dp']=$fields['dp'];
				$fieldsarr[$a]['ws']=$fields['ws'];
				$fieldsarr[$a]['r1h']=$fields['r1h'];
				$fieldsarr[$a]['r24h']=$fields['r24h'];
				$fieldsarr[$a]['rtot']=$fields['rtot'];
				$fieldsarr[$a]['forecast']=$fields['forecast'];
				$fieldsarr[$a]['forecastRawIcon']=$fields['forecastRawIcon'];
				$fieldsarr[$a]['forecastRawRule']=$i['arForecastRuleNum'];
				$fieldsarr[$a]['forecastRaw']=$fields['forecastRaw'];
				$fieldsarr[$a]['arRainfall']=$i['arRainfall'];
				$fieldsarr[$a]['arRainRateHi']=$i['arRainRateHi'];
				$fieldsarr[$a]['rhi']=$fields['rhi'];
				
				
				//echo $fields['pid']."\n";
				// Temperatur + Feuchtigkeit am Envoy - in der Kamera
				$fieldsarr[$a]['tempin']=$i['arInTemp'];
				$fieldsarr[$a]['rhi']=$i['arInHum'];
				
				//Außentemperatur + Luftfeuchtigkeit
				$fieldsarr[$a]['tempout']=$i['arOutTemp'];
				$tempOut = $fieldsarr[$a]['tempout'];
				$fieldsarr[$a]['rho']=$i['arOutHum'];

				$fieldsarr[$a]['stationtime']= $weathertime;
				//echo $fieldsarr[$a]['pid']."= fieldsarr[".$a."]['pid']\n";
				//Taupunkt berechnen
				//$fields['dp']=$values['rtBaroCurr']
				
				//Grundwind - Durchscnitt der letzten 10min
				$fieldsarr[$a]['minws']=$i['arWindAvg'];
				$windav = $fieldsarr[$a]['minws'];
				
				$esaet=6.1078*exp(((17.1*$i['arOutTemp'])/(235+$i['arOutTemp'])));
				$edampf=$esaet*(0.01*$i['arOutHum']);
				$taubool=true;
				$tau=$i['arOutTemp'];
				$n=0;
				while ($taubool){
					$n++;
					$tau=$tau-0.01;
					$esaet=6.1078*exp(((17.1*$tau)/(235+$tau)));
					
					if (($edampf-$esaet)<0.1){
						$fieldsarr[$a]['dp']=$tau;
					}
					if ($n>3000){
						$taubool=false;
					}
					
				}
				//windchill berechnen
				$fieldsarr[$a]['wc']=$tempOut;
				if ($tempOut<10 && $windav>10){
					$fieldsarr[$a]['wc']=13.12+(0.6215*$tempOut)-(11.37*pow($windav,0.16))+(0.3965*pow($windav,0.16)*$tempOut);
				}
				
				$fieldsarr[$a]['dir0']=$fields['dir0'];
				//Windrichtung in Grad umrechnen
				if ($i['arWindPrevailDir'] != "---"){
					switch ($i['arWindPrevailDir']) {
						case "N":
							$fieldsarr[$a]['dir0']='360';
							break;
						case "NNE":
							$fieldsarr[$a]['dir0']='22.5';
							break;
						case "NE":
							$fieldsarr[$a]['dir0']='45';
							break;
						case "ENE":
							$fieldsarr[$a]['dir0']='87.5';
							break;
						case "E":
							$fieldsarr[$a]['dir0']='90';
							break;
						case "ESE":
							$fieldsarr[$a]['dir0']='112.5';
							break;
						case "SE":
							$fieldsarr[$a]['dir0']='135';
							break;
						case "SSE":
							$fieldsarr[$a]['dir0']='157.5';
							break;
						case "S":
							$fieldsarr[$a]['dir0']='180';
							break;
						case "SSW":
							$fieldsarr[$a]['dir0']='202.5';
							break;
						case "SW":
							$fieldsarr[$a]['dir0']='225';
							break;
						case "WSW":
							$fieldsarr[$a]['dir0']='247.5';
							break;
						case "W":
							$fieldsarr[$a]['dir0']='270';
							break;
						case "WNW":
							$fieldsarr[$a]['dir0']='292.5';
							break;
						case "NW":
							$fieldsarr[$a]['dir0']='315';
							break;
						case "NNW":
							$fieldsarr[$a]['dir0']='337.5';
							break;
					}
				}
				//Windrichtung korrigieren
			$fieldsarr[$a]['dir0'] += 315;
			if ($fieldsarr[$a]['dir0'] >  360) { $fieldsarr[$a]['dir0'] -= 360;}
				
				
				//Böe
				$fieldsarr[$a]['maxws']=$i['arWindHi'];

				//Luftdruck - Envoy auf 620m über NN gestellt
				$fieldsarr[$a]['rp']=$i['arBaro'];
					
				//Wassertemperatur = Außentemperatur am Wasser
				$fieldsarr[$a]['wassertemp']=$i['arTempExtra1'];
				
				//Batterie
				//$fields['bat']=$values['rtBattVoltage'];
				//$fieldsarr[$a]['stationtime']=$fields;
				//echo $a;
				//echo count($fieldsarr)."\n";
				$a++;
				//echo $fieldsarr[$a]['stationtime']."-".$fields['tempout']."\n";
			}
		}
		//echo count($fieldsarr[0]['stationtime'])."\n";
	}

	return true;
	//RealtimeWeather
	// Temperatur am Envoy
	/*$fields[$i]['tempout']=$values[$i]['rtInsideTemp'];

	//Taupunkt berechnen
	//$fields['dp']=$values['rtBaroCurr']

	//Luftfeuchtigkeit zur Anzeige am Envoy
	$fields['rho']=$values['rtInsideHum'];

	//Luftfeuchtigkeit am Wasser
	$fields['rhi']=$values['rtOutsideHum'];

	//Grundwind - Durchscnitt der letzten 15min
	$fields['minws']=$values['rtWindAvgSpeed'];

	//Böe - Aktuelle Messung
	$fields['ws']=$values['rtWindSpeed'];

	//Luftdruck
	$fields['rp']=$values['rtBaroCurr'];

	//Wassertemperatur - Außentemperatur am Wasser
	$fields['wassertemp']=$values['rtOutsideTemp'];
	//Batterie
	$fields['bat']=$values['rtBattVoltage'];

	//Forecast roh daten speichern
	$fields['forecastRaw']=$values['rtForecast'];
	$fields['forecastRawIcon']=$values['rtForeIcon'];
	$fields['forecastRawRule']=$values['rtForeRule'];
	//Windchill
	$fields['wc']=$values['rtWindChill'];

	//windrichtung
	$fields['dir0']=$values['rtWindDir'];*/


};

$webcam['symboleLinksCam']= Array(
				Array("F&ouml;hndiagramm Meteomedia", "foehndiagramm", "shadowbox",
        			"http://www.wetteralarm.at/uploads/pics/uwz-at_foehn_de.png"),
				Array("Kristallbad Trimini", 'extlinksym', null,
        			null, 'http://www.kristall-trimini-kochel-am-see.de/')); 

?>