if ($haveUV) {
$uvTrends = explode('#', $ws['uvTrends']);
}
if ($haveSolar) {
$solarTrends = explode('#', $ws['solarTrends']);
}
$end_trends = count($minutes);
for ($i = 0; $i < $end_trends; $i++) {
$wsTrends[$i]['min'] = $minutes[$i];
$wsTrends[$i]['temp'] = wsConvertTemperature($tempTrends[$i], $from_temp);
$wsTrends[$i]['wind'] = wsConvertWindspeed($windTrends[$i], $from_wind);
$wsTrends[$i]['gust'] = wsConvertWindspeed($gustTrends[$i], $from_wind);
$wsTrends[$i]['dir'] = wsConvertWinddir($wdirTrends[$i]);
$wsTrends[$i]['hum'] = $humiTrends[$i];
$wsTrends[$i]['baro'] = wsConvertBaro($baroTrends[$i], $from_baro);
$wsTrends[$i]['rain'] = wsConvertRainfall($rainTrends[$i], $from_rain);
if ($haveUV) {
$wsTrends[$i]['uv'] = $uvTrends[$i];
}
if ($haveSolar) {
$wsTrends[$i]['sol'] = $solarTrends[$i];
}
}
}
if ($wp == 'MB') {
// clean rain
$count = count($wsTrends);
for ($i = 1; $i < $count; $i++) {
$wsTrends[$i]['rain'] = $ws['rainToday'] - $wsTrends[$i]['rain'];
}
}
$ws['rainRateMaxYday'] = wsConvertRainfall($wx['rainRateMaxYday'], $from_rain);
$ws['lastRainTip'] = $ws['lastRained'] = date('YmdHis', strtotime($wx['lastRained']));
$ws['rainToday'] = wsConvertRainfall($wx['rainToday'], $from_rain);
$ws['rainYday'] = wsConvertRainfall($wx['rainYday'], $from_rain);
#$ws['rainWeek'] = wsConvertRainfall ($wx['rainWeek']),$from_rain);
$ws['rainMonth'] = wsConvertRainfall($wx['rainMonth'], $from_rain);
$ws['rainYear'] = wsConvertRainfall($wx['rainYear'], $from_rain);
#$ws['rainTodayLow'] = wsConvertRainfall ($wx['rainTodayLow'],$from_rain);
#$ws['rainYdayLow'] = wsConvertRainfall ($wx['rainYdayLow'],$from_rain);
#$ws['rainYdayHigh'] = wsConvertRainfall ($wx['rainYdayHigh'],$from_rain);
#$ws['rainRateYday'] = wsConvertRainfall ($wx['rainRateYday'],$from_rain);
#$ws['rainDayMnth'] = $wx['rainDayMnth']*1.0;
#$ws['rainDayYear'] = $wx['rainDayYear']*1.0;
#$ws['rainDaysWithNo'] = $wx['rainDaysWithNo']*1.0;
# ------------------------------------------ EVAPOTRANSPIRATION --------
$ws['etToday'] = wsConvertRainfall($wx['etToday'], $from_rain);
#$ws['etYday'] = wsConvertRainfall ($wx['etYday'],$from_rain);
#$ws['etMonth'] = wsConvertRainfall ($wx['etMonth'],$from_rain);
#$ws['etYear'] = wsConvertRainfal l($wx['etYear'],$from_rain);
# ------------------------------------------ wind ---------------------
$from_wind = trim(strtolower($wx['fromwind']));
// "m/s", "mph", "km/h", "kts" ?? 'kmh' 'Bft'?? windrun "km", "miles",
$ws['windAct'] = wsConvertWindspeed($wx['windAct'], $from_wind);
$ws['gustAct'] = wsConvertWindspeed($wx['gustAct'], $from_wind);
$ws['windActDsc'] = wsConvertWinddir($wx['windActDir']);
// $wx['windActDsc']
$ws['windActDir'] = $wx['windActDir'];
$ws['windAvgDir'] = $wx['windAvgDir'];
$ws['windBeafort'] = $wx['windBeafort'];
$ws['gustMaxToday'] = wsConvertWindspeed($wx['gustMaxToday'], $from_wind);
$ws['gustMaxTodayTime'] = cu_time($wx['gustMaxTodayTime']);
$ws['rainHourAct'] = $ws['rainHour'] = wsConvertRainfall($wx['rainHourAct'], $from_rain);
$ws['rainRateMaxToday'] = wsConvertRainfall($wx['rainRateMaxToday'], $from_rain);
$ws['rainRateMaxYday'] = '';
#wsConvertRainfall ($wx['rainRateMaxYday'],$from_rain);
$ws['lastRainTip'] = '';
#$ws['lastRained'] = date('YmdHis',strtotime($wx['lastRained']));
$ws['rainToday'] = wsConvertRainfall($wx['rainToday'], $from_rain);
$ws['rainYday'] = wsConvertRainfall($wx['rainYday'], $from_rain);
#$ws['rainWeek'] = wsConvertRainfall ($wx['rainWeek'],$from_rain);
$ws['rainMonth'] = wsConvertRainfall($wx['rainMonth'], $from_rain);
$ws['rainYear'] = wsConvertRainfall($wx['rainYear'], $from_rain);
$ws['rainAll'] = wsConvertRainfall($wx['rainAll'], $from_rain);
$ws['rainTodayLow'] = wsConvertRainfall($wx['rainTodayLow'], $from_rain);
$ws['rainYdayLow'] = wsConvertRainfall($wx['rainYdayLow'], $from_rain);
$ws['rainYdayHigh'] = wsConvertRainfall($wx['rainYdayHigh'], $from_rain);
$ws['rainRateYday'] = wsConvertRainfall($wx['rainRateYday'], $from_rain);
$ws['rainDayMnth'] = $wx['rainDayMnth'] * 1.0;
$ws['rainDayYear'] = $wx['rainDayYear'] * 1.0;
$ws['rainDaysWithNo'] = $wx['rainDaysWithNo'] * 1.0;
# ------------------------------------------ EVAPOTRANSPIRATION --------
$ws['etToday'] = '';
# wsConvertRainfall ($wx['etToday'],$from_rain);
$ws['etYday'] = '';
$ws['etMonth'] = '';
$ws['etYear'] = '';
$ws['etAll'] = '';
# ------------------------------------------ wind ---------------------
$from_wind = trim(strtolower($wx['fromwind']));
// "m/s", "mph", "km/h", "kts" ?? 'kmh' 'Bft'?? windrun "km", "miles",
$ws['windAct'] = wsConvertWindspeed($wx['windAct'], $from_wind);
$ws['gustAct'] = wsConvertWindspeed($wx['gustAct'], $from_wind);
$ws['rainTodayLow'] = wsConvertRainfall($wx['rainTodayLow'], $from_rain); $ws['rainYdayLow'] = wsConvertRainfall($wx['rainYdayLow'], $from_rain); $ws['rainYdayHigh'] = wsConvertRainfall($wx['rainYdayHigh'], $from_rain); $ws['rainRateYday'] = wsConvertRainfall($wx['rainRateYday'], $from_rain); $ws['rainDayMnth'] = 'n/a'; # $wx['rainDayMnth']*1.0; $ws['rainDayYear'] = 'n/a'; # $wx['rainDayYear']*1.0; $ws['rainDaysWithNo'] = 'n/a'; # $wx['rainDaysWithNo']*1.0; # ------------------------------------------ EVAPOTRANSPIRATION -------- $ws['etToday'] = wsConvertRainfall($wx['etToday'], $from_rain); $ws['etYday'] = wsConvertRainfall($wx['etYday'], $from_rain); $ws['etMonth'] = wsConvertRainfall($wx['etMonth'], $from_rain); $ws['etYear'] = wsConvertRainfall($wx['etYear'], $from_rain); $ws['etAll'] = wsConvertRainfall($wx['etAll'], $from_rain); # ------------------------------------------ wind --------------------- $from_wind = trim(strtolower($wx['fromwind'])); // "m/s", "mph", "km/h", "kts" ?? 'kmh' 'Bft'?? windrun "km", "miles", $ws['windAct'] = wsConvertWindspeed($wx['windAct'], $from_wind); $ws['gustAct'] = wsConvertWindspeed($wx['gustAct'], $from_wind); $ws['windActDsc'] = $wx['windActDsc']; //NNE $ws['windActDir'] = $wx['windActDir'] * 1.0; // 20 deg $ws['windAvgDir'] = $wx['windAvgDir'] * 1.0; $ws['windBeafort'] = $wx['windBeafort']; $ws['gustMaxToday'] = wsConvertWindspeed($wx['gustMaxToday'], $from_wind); $ws['gustMaxTodayTime'] = mbdate($wx['gustMaxTodayTime']); $ws['gustMaxYday'] = wsConvertWindspeed($wx['gustMaxYday'], $from_wind); $ws['gustMaxYdayTime'] = mbdate($wx['gustMaxYTime']);
// 4 Days with rain for the month
$ws['rainDayYear'] = '65';
// 65 Days with rain for the year
$ws['rainRateAct'] = wsConvertRainfall('0.0', $from);
$ws['rainRateToday'] = wsConvertRainfall('0.0', $from);
$ws['rainHour'] = wsConvertRainfall('0.0', $from);
$ws['rainToday'] = wsConvertRainfall('0.0', $from);
$ws['rainYday'] = wsConvertRainfall('0.0', $from);
$ws['rainMonth'] = wsConvertRainfall('2.0 mm', $from);
$ws['rainYear'] = wsConvertRainfall('168.4 mm', $from);
$ws['rainDaysWithNo'] = '2';
$ws['rainWeek'] = wsConvertRainfall('1.8', $from);
# ------------------------------------------ EVAPOTRANSPIRATION --------
$ws['etToday'] = wsConvertRainfall('0.0', $from);
$ws['etYday'] = wsConvertRainfall('0.0', $from);
$ws['etMonth'] = wsConvertRainfall('0.0', $from);
# ------------------------------------------ wind ---------------------
$to = $SITE['uomWind'];
$from = 'kts';
// = 'kts','mph','kmh','km/h','m/s','Bft'
$ws['windActDsc'] = 'WSW';
$ws['windBeafort'] = '0';
$ws['gustMaxTodayTime'] = wdDate('08:58');
$ws['gustMaxYdayTime'] = wdDate('16:59');
$ws['gustMaxMonthTime'] = wdYMD('2015', '4', '1');
$ws['gustMaxYearTime'] = wdYMD('2015', '3', '31');
$ws['windAct'] = wsConvertWindspeed('1.1', $from);
$ws['gustAct'] = wsConvertWindspeed('0.0', $from);
$ws['gustMaxHour'] = wsConvertWindspeed('19:12', $from);
$ws['gustMaxToday'] = wsConvertWindspeed('5.2 kts', $from);
$ws['gustMaxYday'] = wsConvertWindspeed('13.0', $from);
$windlimit = 6;
# At wich (average) windspeed in Beaufort the extra Beaufort text is shown?
#
# Soil & Grass-forecast
$sgdepth1 = '4';
$sgdepth2 = '8';
if (isset($SITE['soilUsed']) && $SITE['soilUsed'] == true) {
# we have soilsensors in use
$sgdepth1 = $SITE['soilDepth_1'];
if ($SITE['soilCount'] > 1) {
$sgdepth2 = $SITE['soilDepth_2'];
}
}
$sgdepth1 = wsConvertRainfall($sgdepth1, $uoms[4], $uomsTo[4]) . $SITE['uomSnow'];
# Depth for Soil 1
$sgdepth2 = wsConvertRainfall($sgdepth2, $uoms[4], $uomsTo[4]) . $SITE['uomSnow'];
# Depth for Soil 2
#
$soilWanted = true;
// set to false if no soil table is wanted even if wxsim supplies the data
#
# array with all possible fields and their specifications
$fields = array();
# for every field there are the folowings specs
# loc = location in data row = fieldnumber. 0 = not used
# unit = unit of measurement. For lastret.txt equals to defaults in settings. latest.csv contains own uom
# nameTxt = fieldname used in lastret.txt
# nameCsv = fieldname used in latest.csv
$fields['temp'] = array('loc' => 0, 'unit' => 0, 'nameTxt' => 'AIR', 'nameCsv' => 'Temperature');
$fields['hum'] = array('loc' => 0, 'unit' => '%', 'nameTxt' => '%RH', 'nameCsv' => 'Rel.Hum.');
$fields['tempMax'] = array('loc' => 0, 'unit' => 0, 'nameTxt' => 'TMAX', 'nameCsv' => 'Hi Temp');
function load_realtime_file($realtime_all, &$error_display)
{
global $SITE, $ws, $wsDebug, $fileTimeUpload;
#
if ($SITE['realtime'] != 'none') {
if (!isset($SITE['realtime_file'])) {
$error_display = 'realtime = ' . $SITE['realtime'] . ' but: no realtime-file specified. ';
ws_message($realtime_all . '(' . __LINE__ . '): ' . $error_display . '- continue -->');
return;
}
if (!is_file($SITE['realtime_file'])) {
$error_display = 'realtime = ' . $SITE['realtime'] . ' but: no ' . $SITE['realtime_file'] . ' found. ';
ws_message($realtime_all . '(' . __LINE__ . '): ' . $error_display . '- continue -->');
return;
}
if (isset($SITE['realtime_file2']) && !is_file($SITE['realtime_file2'])) {
$error_display = 'realtime file 2 = ' . $SITE['realtime_file2'] . ' but: no ' . $SITE['realtime_file2'] . ' found. ';
ws_message($realtime_all . '(' . __LINE__ . '): ' . $error_display . '- continue -->');
}
}
ws_message($realtime_all . '(' . __LINE__ . '): ' . $SITE['realtime_file'] . ' try to load. -->');
$string = file_get_contents($SITE['realtime_file']);
$filetime = filemtime($SITE['realtime_file']);
if (isset($fileTimeUpload)) {
if (30 + $filetime < $fileTimeUpload) {
ws_message($realtime_all . '(' . __LINE__ . '): realtime file to old Tagfile = ' . $fileTimeUpload . ' realtimefile = ' . $filetime . ' -->');
return;
}
}
#
switch ($SITE['realtime']) {
case 'wflash':
$pos = strpos(substr($string, 0, 10), 'F=');
if (!$pos === false) {
$string = substr($string, $pos + 2);
}
$arr_rt = explode(",", $string);
$fromTemp = 'F';
// ='°C', ='°F'
$fromWind = 'mPh';
// =' km/h', =' kts', =' m/s', =' mph'
$fromRain = 'in';
// =' mm', =' in'
$fromBaro = 'inHg';
// =' hPa', =' mb', =' inHg'
#
$ws['rtTime'] = wdDate(trim($arr_rt[1]));
$ws['tempAct'] = (string) wsConvertTemperature($arr_rt[9], $fromTemp);
$ws['tempActInside'] = (string) wsConvertTemperature($arr_rt[8], $fromTemp);
# $ws['tempDelta'] = (string)wsConvertTemperature($arr_rt[37], $fromTemp);
$temp1hourAgo = (string) wsConvertTemperature($arr_rt[9], $fromTemp, $fromTemp) - (string) wsConvertTemperature($arr_rt[37], $fromTemp, $fromTemp);
$ws['tempDelta'] = $ws['tempAct'] - wsConvertTemperature($temp1hourAgo, $fromTemp);
$ws['dewpAct'] = (string) wsConvertTemperature($arr_rt[24], $fromTemp);
$ws['appTemp'] = (string) wsConvertTemperature($arr_rt[29], $fromTemp);
# ??
$ws['chilAct'] = (string) wsConvertTemperature($arr_rt[21], $fromTemp);
$ws['heatAct'] = (string) wsConvertTemperature($arr_rt[23], $fromTemp);
$ws['windAct'] = (string) wsConvertWindspeed($arr_rt[4], $fromWind);
$ws['windActDir'] = 1.0 * $arr_rt[3];
$ws['gustAct'] = (string) wsConvertWindspeed($arr_rt[5], $fromWind);
$ws['windBeafort'] = (string) wsBeaufortNumber($ws['windAct'], $SITE['uomWind']);
$ws['windActDir'] = (string) round($arr_rt[3]);
$ws['baroAct'] = (string) wsConvertBaro($arr_rt[25], $fromBaro);
$ws['baroDelta'] = (string) wsConvertBaro($arr_rt[53], $fromBaro);
$ws['humiAct'] = (string) round($arr_rt[7]);
$ws['humiInAct'] = (string) round($arr_rt[6]);
$ws['uvAct'] = (string) round($arr_rt[19], 1);
# $ws['uvMaxToday'] = (string)round($arr_rt[46],1);
$ws['solarAct'] = (string) round($arr_rt[20], 1);
# process wflash2.txt
if (isset($SITE['realtime_file2'])) {
ws_message($realtime_all . '(' . __LINE__ . '): ' . $SITE['realtime_file2'] . ' try to load. -->');
$string = file_get_contents($SITE['realtime_file2']);
$pos = strpos(substr($string, 0, 10), 'S=');
if (!$pos === false) {
$string = substr($string, 9);
}
$arr_rt = explode(",", substr($string, 2));
$rtdate = wdDate(trim($arr_rt[0]));
if ($rtdate > $ws['rtTime']) {
$ws['rtTime'] = $rtdate;
}
$ws['tempMinToday'] = (string) wsConvertTemperature($arr_rt[92], $fromTemp);
$ws['tempMaxToday'] = (string) wsConvertTemperature($arr_rt[36], $fromTemp);
$ws['dewpMinToday'] = (string) wsConvertTemperature($arr_rt[107], $fromTemp);
$ws['dewpMaxToday'] = (string) wsConvertTemperature($arr_rt[51], $fromTemp);
$ws['chilMinToday'] = (string) wsConvertTemperature($arr_rt[104], $fromTemp);
$ws['heatMaxToday'] = (string) wsConvertTemperature($arr_rt[50], $fromTemp);
$ws['gustMaxToday'] = (string) wsConvertWindspeed($arr_rt[32], $fromWind);
$ws['windAvgDir'] = (string) $arr_rt[2];
$ws['baroMinToday'] = (string) wsConvertBaro($arr_rt[108], $fromBaro);
$ws['baroMaxToday'] = (string) wsConvertBaro($arr_rt[52], $fromBaro);
$ws['rainToday'] = (string) wsConvertRainfall($arr_rt[254], $fromRain);
$ws['rainRateAct'] = (string) wsConvertRainfall($arr_rt[257], $fromRain);
$ws['rainRateToday'] = (string) wsConvertRainfall($arr_rt[150], $fromRain);
$ws['humiMinToday'] = (string) round($arr_rt[90]);
$ws['humiMaxToday'] = (string) round($arr_rt[34]);
$ws['windAvgDir'] = (string) round($arr_rt[2]);
$ws['solarMaxToday'] = (string) $arr_rt[47];
$ws['uvMaxToday'] = (string) round($arr_rt[46], 1);
}
// eo realtimefile 2
break;
case 'json':
$oldDegree = iconv('UTF-8', 'windows-1252//TRANSLIT', '°');
// clean for nonjson characters
$from = array('°', '°', $oldDegree);
$string = str_replace($from, '', $string);
#
if ($SITE['WXsoftware'] == 'WC') {
// uses decimal , no point
$string = str_replace(',', '.', $string);
$string = str_replace('|', ',', $string);
}
$arr_rt = json_decode($string, true);
$fromTemp = str_replace('°', '', $arr_rt['tempunit']);
$fromWind = $arr_rt['windunit'];
$fromRain = $arr_rt['rainunit'];
$fromBaro = $arr_rt['pressunit'];
$ws['rtTime'] = wdDate($arr_rt['date']);
$ws['tempAct'] = (string) wsConvertTemperature($arr_rt['temp'], $fromTemp);
// "temp":"4,6",
$ws['tempActInside'] = (string) wsConvertTemperature($arr_rt['intemp'], $fromTemp);
// "intemp":"18,7",
$ws['dewpAct'] = (string) wsConvertTemperature($arr_rt['dew'], $fromTemp);
// "dew":"3,3",
$ws['appTemp'] = (string) wsConvertTemperature($arr_rt['apptemp'], $fromTemp);
$ws['chilAct'] = (string) wsConvertTemperature($arr_rt['wchill'], $fromTemp);
$ws['windAct'] = (string) wsConvertWindspeed($arr_rt['wlatest'], $fromWind);
$ws['windBeafort'] = (string) wsBeaufortNumber($ws['windAct'], $SITE['uomWind']);
$ws['gustAct'] = (string) wsConvertWindspeed($arr_rt['wgust'], $fromWind);
$ws['windActDir'] = (string) $arr_rt['bearing'];
$ws['windAvgDir'] = (string) $arr_rt['avgbearing'];
$ws['baroAct'] = (string) wsConvertBaro($arr_rt['press'], $fromBaro);
$ws['rainToday'] = (string) wsConvertRainfall($arr_rt['rfall'], $fromRain);
$ws['rainRateAct'] = (string) wsConvertRainfall($arr_rt['rrate'], $fromRain);
$ws['humiAct'] = (string) $arr_rt['hum'];
$ws['humiInAct'] = (string) $arr_rt['inhum'];
$ws['uvAct'] = (string) $arr_rt['UV'];
if ($ws['uvAct'] > $ws['uvMaxToday']) {
$ws['uvMaxToday'] = $ws['uvAct'];
}
$ws['solarAct'] = (string) $arr_rt['SolarRad'];
if ($ws['solarAct'] > $ws['solarMaxToday']) {
$ws['solarMaxToday'] = $ws['solarAct'];
}
break;
case 'cltrw':
$oldDegree = iconv('UTF-8', 'windows-1252//TRANSLIT', '°');
$from = array('°', '°', $oldDegree);
$string = trim(str_replace($from, '', $string));
$string = preg_replace("/[\r\n]+[\\s\t]*[\r\n]+/", "\n", $string);
$arr_rt = explode(" ", $string);
if ($arr_rt[0] != '12345') {
$errorfile = substr($string, 0, 20);
ws_message($realtime_all . '(' . __LINE__ . '): This file (' . $SITE['realtime_file'] . ') seems not to be a ' . $SITE['realtime'] . ' type file
' . $errorfile . ' -->');
return;
}
$fromTemp = 'c';
$fromWind = 'kts';
$fromRain = 'mm';
$fromBaro = 'hpa';
$arr = explode('-', $arr_rt['32']);
$last = count($arr) - 1;
$time = trim(str_replace('_', ' ', $arr[$last]));
$ws['rtTime'] = wdDate($time);
$ws['tempAct'] = (string) wsConvertTemperature($arr_rt['4'], $fromTemp);
$ws['tempActInside'] = (string) wsConvertTemperature($arr_rt['12'], $fromTemp);
$ws['dewpAct'] = (string) wsConvertTemperature($arr_rt['72'], $fromTemp);
$ws['appTemp'] = (string) wsConvertTemperature($arr_rt['130'], $fromTemp);
$ws['chilAct'] = (string) wsConvertTemperature($arr_rt['44'], $fromTemp);
$ws['windAct'] = (string) wsConvertWindspeed($arr_rt['1'], $fromWind);
$ws['windBeafort'] = (string) wsBeaufortNumber($ws['windAct'], $SITE['uomWind']);
$ws['gustAct'] = (string) wsConvertWindspeed($arr_rt['2'], $fromWind);
$ws['windActDir'] = (string) $arr_rt['3'];
$ws['windAvgDir'] = (string) $arr_rt['117'];
$ws['baroAct'] = (string) wsConvertBaro($arr_rt['6'], $fromBaro);
$ws['rainToday'] = (string) wsConvertRainfall($arr_rt['7'], $fromRain);
$ws['rainRateAct'] = (string) wsConvertRainfall($arr_rt['10'], $fromRain);
$ws['humiAct'] = (string) $arr_rt['5'];
$ws['uvAct'] = (string) $arr_rt['79'];
$ws['solarAct'] = (string) $arr_rt['127'];
break;
case 'http':
$pos = strpos(substr($string, 0, 20), '|', 0);
if (!$pos) {
$split_char = ',';
} else {
$split_char = '|';
}
$arr_rt = explode($split_char, $string);
# $arr_rt[nr]
# 0 1 2 3 4 5 6 7 8 9
# [hh]:[mm],[th0temp-act],[th0temp-dmin],[th0temp-dmax],[thb0temp-act],[th0dew-act],[th0dew-dmin],[th0dew-dmax],[wind0chill-act],[wind0chill-dmin],
# 10 11 12 13 14 15 16 17 18 19
# [wind0wind-act],[wind0avgwind-act],[wind0wind-max10],[wind0wind-dmax],[wind0dir-act],[wind0dir-avg10:--],[thb0seapress-act],[thb0seapress-dmin],[thb0seapress-dmax],[thb0seapress-ymin],
# 20 21 22 23 24 25 26 27 28 29
# [thb0seapress-ymax],[rain0total-daysum],[rain0rate-act],[rain0rate-dmax],[th0hum-act],[th0hum-dmin],[th0hum-dmax],[thb0hum-act],[th0temp-val60:--],[th0temp-dmintime],
# 30 31 32 33 34 35 36 37 38 39
# [th0temp-dmaxtime],[th0dew-dmintime],[th0dew-dmaxtime],[wind0chill-dmin],[rain0rate-dmaxtime],[th0hum-dmintime],[th0hum-dmaxtime],[thb0seapress-dmintime],[thb0seapress-dmaxtime],[thb0seapress-val60:--],
# 40 41 42 43 44 45 46 47 48 49
# [wind0wind-act=bft.0],[wind0wind-dmaxtime],[wind0avgwind-dmax],[uv0index-act:--],[sol0rad-act:--],[sol0rad-hmax:--],[sol0rad-dmax:--],[mbsystem-swversion],[mbsystem-buildnum],[YYYY]:[MM]:[DD]:[Uhh]:[Umm]:[Uss]
# 50
#[forecast-text]
$ws['rtTime'] = wdDate(trim($arr_rt['0']));
$ws['tempAct'] = (string) wsConvertTemperature($arr_rt[1], 'c');
$ws['dewpAct'] = (string) wsConvertTemperature($arr_rt[5], 'c');
$ws['chilAct'] = (string) wsConvertTemperature($arr_rt[8], 'c');
$ws['chilMinToday'] = (string) wsConvertTemperature($arr_rt[9], 'c');
$ws['windAct'] = (string) wsConvertWindspeed($arr_rt[11], 'm/s');
$ws['windBeafort'] = (string) wsBeaufortNumber($ws['windAct'], $SITE['uomWind']);
$ws['gustAct'] = (string) wsConvertWindspeed($arr_rt[12], 'm/s');
$ws['windActDir'] = (string) $arr_rt[14];
$ws['windAvgDir'] = (string) $arr_rt[15];
$ws['baroAct'] = (string) wsConvertBaro($arr_rt[16], 'hpa');
$ws['rainToday'] = (string) wsConvertRainfall($arr_rt[21], 'mm');
$ws['rainRateAct'] = (string) wsConvertRainfall($arr_rt[22], 'mm');
$ws['humiAct'] = (string) $arr_rt[24];
$ws['humiInAct'] = (string) $arr_rt[27];
$ws['uvAct'] = (string) $arr_rt[43];
$ws['solarAct'] = (string) $arr_rt[44];
break;
case 'weatherlink':
#echo $string; exit;
$arr = explode("\n", $string);
# var_dump ($arr); exit;
$end = count($arr);
for ($n = 0; $n < $end; $n++) {
$line = trim($arr[$n]);
if ($line == '') {
continue;
}
$substr = substr($line, 1, 5);
if ($substr == '-----') {
continue;
}
if (substr($line, 0, 1) != '|') {
continue;
}
list($skip, $name, $content) = explode('|', $line . '|');
$name = trim($name);
$content = trim($content);
# if ($content == '' ) {ws_message ( $startEcho.$tagsScript.'('.__LINE__.'):empty line '.$n.' name '.$name .$endEcho.PHP_EOL;continue; }
$arr_rt[$name] = $content;
}
# var_dump ($arr_rt); exit;
$oldDegree = iconv('UTF-8', 'windows-1252//TRANSLIT', '°');
$from = array('°', '°', $oldDegree);
$arr_rt['tempunit'] = str_replace($from, '', $arr_rt['tempunit']);
$arr_rt['windunit'] = str_replace('r', '', $arr_rt['windunit']);
$fromTemp = $arr_rt['tempunit'];
$fromWind = $arr_rt['windunit'];
$fromRain = $arr_rt['rainunit'];
$fromBaro = $arr_rt['pressunit'];
$ws['rtTime'] = wdDate($arr_rt['date']);
$ws['rtVersion'] = $arr_rt['rtVersion'];
$ws['tempAct'] = (string) wsConvertTemperature($arr_rt['temp'], $fromTemp);
// "temp":"4,6",
$ws['tempActInside'] = (string) wsConvertTemperature($arr_rt['intemp'], $fromTemp);
// "intemp":"18,7",
$ws['dewpAct'] = (string) wsConvertTemperature($arr_rt['dew'], $fromTemp);
// "dew":"3,3",
$ws['chilAct'] = (string) wsConvertTemperature($arr_rt['wchill'], $fromTemp);
$ws['windAct'] = (string) wsConvertWindspeed($arr_rt['wlatest'], $fromWind);
$ws['windBeafort'] = (string) wsBeaufortNumber($ws['windAct'], $SITE['uomWind']);
$ws['gustAct'] = (string) wsConvertWindspeed($arr_rt['wgust'], $fromWind);
$ws['windActDir'] = (string) $arr_rt['bearing'];
$ws['windAvgDir'] = (string) $arr_rt['avgbearing'];
$ws['baroAct'] = (string) wsConvertBaro($arr_rt['press'], $fromBaro);
$ws['rainToday'] = (string) wsConvertRainfall($arr_rt['rfall'], $fromRain);
$ws['rainRateAct'] = (string) wsConvertRainfall($arr_rt['rrate'], $fromRain);
$ws['humiAct'] = (string) $arr_rt['hum'];
$ws['uvAct'] = (string) $arr_rt['UV'];
if ($ws['uvAct'] > $ws['uvMaxToday']) {
$ws['uvMaxToday'] = $ws['uvAct'];
}
$ws['solarAct'] = (string) $arr_rt['SolarRad'];
if ($ws['solarAct'] > $ws['solarMaxToday']) {
$ws['solarMaxToday'] = $ws['solarAct'];
}
break;
default:
ws_message($realtime_all . '(' . __LINE__ . '): unknown realtime type ' . $SITE['realtime'] . ' found -->');
}
}
$ws['rainYday'] = wsConvertRainfall($wx['rainYday'], $from_rain); $ws['rainWeek'] = wsConvertRainfall($wx['rainWeek'], $from_rain); $ws['rainMonth'] = wsConvertRainfall($wx['rainMonth'], $from_rain); $ws['rainYear'] = wsConvertRainfall($wx['rainYear'], $from_rain); $ws['rainTodayLow'] = wsConvertRainfall($wx['rainTodayLow'], $from_rain); $ws['rainYdayLow'] = wsConvertRainfall($wx['rainYdayLow'], $from_rain); $ws['rainYdayHigh'] = wsConvertRainfall($wx['rainYdayHigh'], $from_rain); $ws['rainRateYday'] = wsConvertRainfall($wx['rainRateYday'], $from_rain); $ws['rainDayMnth'] = $wx['rainDayMnth'] * 1.0; $ws['rainDayYear'] = $wx['rainDayYear'] * 1.0; $ws['rainDaysWithNo'] = $wx['rainDaysWithNo'] * 1.0; # ------------------------------------------ EVAPOTRANSPIRATION -------- $ws['etToday'] = wsConvertRainfall($wx['etToday'], $from_rain); $ws['etYday'] = wsConvertRainfall($wx['etYday'], $from_rain); $ws['etMonth'] = wsConvertRainfall($wx['etMonth'], $from_rain); $ws['etYear'] = wsConvertRainfall($wx['etYear'], $from_rain); # ------------------------------------------ wind --------------------- $from_wind = trim(strtolower($wx['fromwind'])); // "m/s", "mph", "km/h", "kts" ?? 'kmh' 'Bft'?? windrun "km", "miles", $ws['windAct'] = wsConvertWindspeed($wx['windAct'], $from_wind); $ws['gustAct'] = wsConvertWindspeed($wx['gustAct'], $from_wind); $ws['gustMaxHour'] = wsConvertWindspeed($wx['gustMaxHour'], $from_wind); $ws['windActDsc'] = $wx['windActDsc']; //NNE $ws['windActDir'] = $wx['windActDir'] * 1.0; // 20 deg $ws['windAvgDir'] = $wx['windAvgDir'] * 1.0; $ws['windBeafort'] = $wx['windBeafort']; $ws['gustMaxToday'] = wsConvertWindspeed($wx['gustMaxToday'], $from_wind); $ws['gustMaxTodayTime'] = wdDate($wx['gustMaxTodayTime']); $ws['gustMaxYday'] = wsConvertWindspeed($wx['gustMaxYday'], $from_wind);
function checkConvertData($textData, $type, $backData)
{
global $textData, $type, $backData, $iconsWD;
$input = trim($textData);
if ($input === '-') {
return;
}
if ($input === '_') {
$input = '-';
return;
}
switch ($type) {
case 'B':
break;
case 'C':
if (!is_numeric($input)) {
$backData = 'yellow';
return;
}
if ($input <= -30 || $input >= 40) {
$textData .= ' exceptional data? ';
$backData = 'yellow';
return;
}
$convert = wsConvertTemperature($input, $type, 'f');
$textData = $input . '°C ( = ' . $convert . ' °F )';
break;
case 'D':
if (!is_numeric($input)) {
$backData = 'yellow';
return;
}
if ($input < 0 || $input >= 360.1) {
$textData .= ' exceptional data? ';
$backData = 'yellow';
return;
}
$convert = wsConvertWinddir($input);
$textData = $input . '°( = ' . $convert . ' )';
break;
case 'F':
if (!is_numeric($input)) {
$backData = 'yellow';
return;
}
if ($input < 0 || $input >= 30000) {
$textData .= ' exceptional data? ';
$backData = 'yellow';
return;
}
$convert = round($input / 3.28084, 0);
$textData = $input . ' feet ( = ' . $convert . ' meter )';
break;
case 'H':
if (!is_numeric($input)) {
$backData = 'yellow';
return;
}
if ($input <= 900 || $input >= 1400) {
$textData .= ' exceptional data? ';
$backData = 'yellow';
return;
}
$convertMb = wsConvertBaro($input, 'hpa', 'mb');
$convertMmhg = wsConvertBaro($input, 'hpa', 'mmhg');
$convertInhg = wsConvertBaro($input, 'hpa', 'inhg');
$textData = $input . ' hPa ( = ' . $convertMb . ' mb; ' . $convertMmhg . ' mmHg; ' . $convertInhg . ' inHg )';
break;
case 'I':
if (!is_numeric($input)) {
$backData = 'yellow';
return;
}
if ($input < 0 || $input > 36) {
$textData .= ' exceptional data? ';
$backData = 'yellow';
return;
}
$textData = $input . ' ( ' . $iconsWD[$input]['iconDescription'] . ' )';
break;
case 'K':
if (!is_numeric($input)) {
$backData = 'yellow';
return;
}
if ($input < 0 || $input >= 100) {
$textData .= ' exceptional data? ';
$backData = 'yellow';
return;
}
$convertKmh = wsConvertWindspeed($input, 'kts', 'kmh');
$convertMs = wsConvertWindspeed($input, 'kts', 'ms');
$convertMph = wsConvertWindspeed($input, 'kts', 'mph');
$textData = $input . ' kts ( = ' . $convertKmh . ' k/H; ' . $convertMs . ' ms; ' . $convertMph . ' m/H )';
break;
case 'M':
if (!is_numeric($input)) {
$backData = 'yellow';
return;
}
if ($input < 0 || $input >= 300) {
$textData .= ' exceptional data? ';
$backData = 'yellow';
return;
}
$convert = wsConvertRainfall($input, 'mm', 'in');
$textData = $input . ' mm ( = ' . $convert . ' in )';
break;
case 'N':
if (!is_numeric($input)) {
$backData = 'yellow';
return;
}
break;
case 'P':
$textData = $input . '%';
break;
case 'T':
if ($input == 0) {
return;
}
$time = strtotime($input);
$string = date('H:i', $time);
if ($string != $input) {
$textData = $string . ' <> ' . $input . ' exceptional data? ';
$backData = 'yellow';
return;
}
break;
case 'U':
break;
}
}
public function getWeatherData($userLocation = '')
{
global $SITE, $pageName;
#----------------------------------------------------------------------------------------------
# clean user input
#----------------------------------------------------------------------------------------------
$lat = round($SITE['latitude'], 2);
$lon = round($SITE['longitude'], 2);
$this->location = $userLocation = $lat . ',' . $lon;
#----------------------------------------------------------------------------------------------
# try loading data from cache
#----------------------------------------------------------------------------------------------
$toTemp = $SITE['uomTemp'];
$toWind = $SITE['uomWind'];
$toRain = $SITE['uomRain'];
$this->cachePath = $SITE['cacheDir'];
if ($this->enableCache) {
$filename = $pageName . '_' . $lat . '_' . $lon . '_' . $toTemp . '_' . $toWind . '_' . $toRain;
$from = array('.', ',');
$filename = str_replace($from, '_', $filename);
$from = array('°', '∞', '/', ' ');
$filename = str_replace($from, '', $filename);
$this->cacheFile = $this->cachePath . $filename;
$returnArray = $this->loadFromCache();
// load from cache returns data only when its data is valid
if ($returnArray) {
// if data is in cache and valid return data to calling program
return $returnArray;
}
// eo return to calling program
}
// eo check cache
# echo $this->cacheFile; exit;
#----------------------------------------------------------------------------------------------
$this->apiUrlpart[1] = $this->location;
$this->apiUrlpart[3] = $this->key;
// key as supplied by weatherservice
for ($i = 0; $i < count($this->apiUrlpart); $i++) {
$this->weatherApiUrl .= $this->apiUrlpart[$i];
}
#----------------------------------------------------------------------------------------------
# echo $this->weatherApiUrl; exit;
$good_data = $this->makeRequest();
if (!$good_data) {
echo '<!-- <br />Could not load weatherdata (' . $this->weatherApiUrl . ') - no information returned -->' . PHP_EOL;
if ($this->enableCache && !empty($this->cachePath)) {
echo '<!-- Try to use the cache if it is not too old -->' . PHP_EOL;
$this->cacheTime = $this->cacheTime * 5;
return $this->loadFromCache();
}
return false;
}
$xml = new SimpleXMLElement($this->rawData);
# echo '<pre>'; print_r ($xml);
$returnArray = array();
#--------------------------------------------------------------------------------------------------
# first, get and save request info / units etc
#--------------------------------------------------------------------------------------------------
$returnArray['request_info']['type'] = (string) $xml->request->type;
$returnArray['request_info']['query'] = (string) $xml->request->query;
$returnArray['request_info']['time'] = (string) $xml->current_condition->observation_time;
#--------------------------------------------------------------------------------------------------
# get current condition descriptions
#--------------------------------------------------------------------------------------------------
$returnArray['current_condition']['time'] = (string) $xml->current_condition->observation_time;
$returnArray['current_condition']['weatherCode'] = (string) $xml->current_condition->weatherCode;
$returnArray['current_condition']['iconUrl'] = trim((string) $xml->current_condition->weatherIconUrl);
$returnArray['current_condition']['weatherDesc'] = (string) $xml->current_condition->weatherDesc;
if (!strpos($SITE['uomTemp'], 'C')) {
$to_temp = 'f';
} else {
$to_temp = 'c';
}
if ($to_temp == 'c') {
$returnArray['current_condition']['temp'] = (string) (string) $xml->current_condition->temp_C;
$returnArray['current_condition']['feelsLike'] = (string) (string) $xml->current_condition->FeelsLikeC;
} else {
$returnArray['current_condition']['temp'] = (string) (string) $xml->current_condition->temp_F;
$returnArray['current_condition']['feelsLike'] = (string) (string) $xml->current_condition->FeelsLikeF;
}
$amount = (string) $xml->current_condition->windspeedKmph;
$returnArray['current_condition']['wind'] = (string) wsConvertWindspeed($amount, $this->uomWind);
$amount = (string) $xml->current_condition->precipMM;
$returnArray['current_condition']['rain'] = (string) wsConvertRainfall($amount, $this->uomRain);
$amount = (string) $xml->current_condition->pressure;
$returnArray['current_condition']['baro'] = (string) wsConvertBaro($amount, $this->uomBaro);
$returnArray['current_condition']['humidity'] = (string) $xml->current_condition->humidity;
$returnArray['current_condition']['windDir'] = (string) $xml->current_condition->winddir16Point;
$returnArray['current_condition']['windDeg'] = (string) $xml->current_condition->winddirDegree;
$returnArray['current_condition']['cloudCover'] = (string) $xml->current_condition->cloudcover;
// ? ?? percent ?
$returnArray['current_condition']['visibility'] = (string) $xml->current_condition->visibility;
// miles ?
#--------------------------------------------------------------------------------------------------
# get forecast info
#--------------------------------------------------------------------------------------------------
$end_weather = count($xml->weather);
for ($i = 0; $i < $end_weather; $i++) {
$returnArray['forecast'][$i] = array();
$object = $xml->weather[$i];
$returnArray['forecast'][$i]['date'] = strtotime($object->date);
if ($to_temp == 'c') {
$returnArray['forecast'][$i]['tempLow'] = (string) $object->mintempC;
$returnArray['forecast'][$i]['tempHigh'] = (string) $object->maxtempC;
} else {
$returnArray['forecast'][$i]['tempLow'] = (string) $object->mintempF;
$returnArray['forecast'][$i]['tempHigh'] = (string) $object->maxtempF;
}
$returnArray['forecast'][$i]['UV'] = (string) $object->uvIndex;
$object = $object->hourly[0];
$returnArray['forecast'][$i]['weatherCode'] = (string) $object->weatherCode;
$returnArray['forecast'][$i]['iconUrl'] = trim((string) $object->weatherIconUrl);
$returnArray['forecast'][$i]['weatherDesc'] = (string) $object->weatherDesc;
$amount = (string) $object->windspeedKmph;
$returnArray['forecast'][$i]['wind'] = (string) wsConvertWindspeed($amount, $this->uomWind);
$amount = (string) $object->precipMM;
$returnArray['forecast'][$i]['rain'] = (string) wsConvertRainfall($amount, $this->uomRain);
$returnArray['forecast'][$i]['rainChance'] = (string) $object->chanceofrain;
$returnArray['forecast'][$i]['windDir'] = (string) $object->winddir16Point;
$returnArray['forecast'][$i]['windDeg'] = (string) $object->winddirDegree;
}
// eo for loop forecasts
if ($this->enableCache && !empty($this->cachePath)) {
$this->writeToCache($returnArray);
}
$this->rawdata = '';
return $returnArray;
}
$limit_high = (string) wsConvertBaro('1050', 'hpa');
$limit_high = round(5 * floor($limit_high / 5), 1);
$string .= '
<pressure unit="' . $uomBaro . '" label="' . langtransstr('Pressure') . '">
<min dt="' . WStime($ws['baroMinTodayTime']) . '" uabbr=" hpa" label="' . langtransstr('Lowest ') . '">' . $ws['baroMinToday'] . '</min>
<max dt="' . WStime($ws['baroMaxTodayTime']) . '" uabbr=" hpa" label="' . langtransstr('Highest ') . '">' . $ws['baroMaxToday'] . '</max>
<current dt="' . WStime($ws['actTime']) . '">' . $ws['baroAct'] . '</current>
<limits min="' . $limit_low . '" max="' . $limit_high . '"> </limits>
</pressure>';
$string .= '
<humidity unit="%" label="' . langtransstr('Humidity') . '">
<min dt="' . WStime($ws['humiMinTodayTime']) . '" uabbr="%" label="' . langtransstr('Lowest') . '">' . $ws['humiMinToday'] . '</min>
<max dt="' . WStime($ws['humiMaxTodayTime']) . '" uabbr="%" label="' . langtransstr('Highest') . '">' . $ws['humiMaxToday'] . '</max>
<current dt="' . WStime($ws['actTime']) . '">' . $ws['humiAct'] . '</current>
</humidity>';
$limit_high = (string) wsConvertRainfall('50', 'hpa');
if ($ws['rainMonth'] > $limit_high) {
$limit_high = 5 * ceil($ws['rainMonth'] / 5);
}
$limit_high = round(5 * floor($limit_high / 5), 1);
if (!isset($ws['rainHour'])) {
$ws['rainHour'] = 0;
}
$string .= '
<precipitation unit="' . $uomRain . '" label="' . langtransstr('Precipitation') . '">
<current dt="' . WStime($ws['actTime']) . '" uabbr="' . $uomRain . '" label="' . langtransstr('Today') . '">' . $ws['rainToday'] . '</current>
<interval1h dt="1 ' . langtransstr('Hour') . '" uabbr="' . $uomRain . '" label="' . langtransstr('Last hour') . '">' . $ws['rainHour'] . '</interval1h>
<interval6h dt="' . langtransstr('Month') . '" uabbr="' . $uomRain . '" label="' . langtransstr('This month') . '">' . $ws['rainMonth'] . '</interval6h>
<limits min="0" max="' . $limit_high . '"> </limits>
</precipitation>';
$string .= '
break;
case 1:
// rain
$wsWxsimArray[$i][$arrConvert[$n]] = wsConvertRainfall($amount, $usedunit);
break;
case 2:
// wind
$wsWxsimArray[$i][$arrConvert[$n]] = wsConvertWindspeed($amount, $usedunit);
break;
case 3:
// baro
$wsWxsimArray[$i][$arrConvert[$n]] = wsConvertBaro($amount, $usedunit);
break;
case 4:
// snow
$wsWxsimArray[$i][$arrConvert[$n]] = wsConvertRainfall($amount, $usedunit);
break;
case 5:
// distance
$wsWxsimArray[$i][$arrConvert[$n]] = wsConvertDistance($amount, $usedunit);
break;
echo '<!-- unsupported conversion in ' . $pageName . ' -->' . PHP_EOL;
}
// eo switch convert
}
// eo for every field to be converted
}
// eo every line
}
// eo convert
# save array in cache
function convert_testtags()
{
global $ymd, $ws, $wsTrends, $SITE, $pageFile, $my_date_format;
echo '<!-- module ' . $pageFile . ' loading ' . $SITE['wsTags'] . ' -->' . PHP_EOL;
$ws['originated'] = 'leuven testtags.php -';
include $SITE['wsTags'];
// load testtags.php
if (isset($ws['actTime'])) {
// it is a leuven one
$ws['wsVersion'] = str_replace('---', '', $ws['wsVersion']);
if (!isset($ws['tempActExtra2'])) {
$ws['tempActExtra2'] = '';
}
return;
}
# the testtags.php is a Saratoga one ! not leuven
$ws['originated'] = 'saratoga testtags.php - ' . $date . ' - ' . $time;
#
echo '<!-- module ' . $pageFile . ' probable Saratoga testtags - converting -->' . PHP_EOL;
#
ob_start();
$weathercond = $weathercond;
$ws['wdCurCond'] = $Currentsolardescription;
$ws['wdCurIcon'] = $iconnumber;
// Current icon number
$ws['wdMetarCcn'] = $weatherreport;
// Current weather conditions from selected METAR
$ws['wdMetarCld'] = '';
// Cloud METAR label from the metargif
# ------------------------------------------ units ---------------------
if (!isset($uomtemp)) {
$from_temp = $SITE['uomTemp'];
} else {
$from_temp = $uomtemp;
}
// = 'C', 'F', (or '�C', '�F', or '°C', '°F' )
if (!isset($uombaro)) {
$from_baro = $SITE['uomBaro'];
} else {
$from_baro = $uombaro;
}
// = 'inHg', 'hPa', 'kPa', 'mb'
if (!isset($uomrain)) {
$from_rain = $SITE['uomRain'];
} else {
$from_rain = $uomrain;
}
// = 'mm', 'in'$from = $uomrain;
if (!isset($uomwind)) {
$from_wind = $SITE['uomWind'];
} else {
$from_wind = $uomwind;
}
// = 'kts','mph','kmh','km/h','m/s','Bft'
if (!isset($uomdistance)) {
$wdDist = $SITE['uomDistance'];
} else {
$wdDist = $uomdistance;
}
// = 'mi','km' (for windrun variables)
# ------------------------------------------- date - time --------------
if (!isset($datefmt)) {
$wdDatefmt = $SITE['uomDistance'];
} else {
$wdDatefmt = $datefmt;
}
// = 'd/m/y', 'm/d/y'
$wdSeconds = '00';
$wdMinute = $time_minute;
$wdHour = $time_hour;
$wdDay = $date_day;
$wdMonth = $date_month;
$wdYear = $date_year;
$ymd = (string) $wdYear . $wdMonth . $wdDay;
//
$ws['actTime'] = (string) $ymd . $wdHour . $wdMinute . $wdSeconds;
// '20120523113945';
# ------------------------------------------ temperature ---------------------------------
$from = $from_temp;
$ws['tempMinTodayTime'] = wdDate($mintempt);
$ws['tempMinYdayTime'] = wdDate($mintempyestt);
$ws['tempMinMonthTime'] = wdYMD($mrecordlowtempyear, $mrecordlowtempmonth, $mrecordlowtempday);
$ws['tempMinYearTime'] = wdYMD($yrecordlowtempyear, $yrecordlowtempmonth, $yrecordlowtempday);
$ws['tempMaxTodayTime'] = wdDate($maxtempt);
$ws['tempMaxYdayTime'] = wdDate($maxtempyestt);
//yday
$ws['tempMaxMonthTime'] = wdYMD($mrecordhightempyear, $mrecordhightempmonth, $mrecordhightempday);
$ws['tempMaxYearTime'] = wdYMD($yrecordhightempyear, $yrecordhightempmonth, $yrecordhightempday);
$ws['dewpMinTodayTime'] = wdDate($mindewt);
$ws['dewpMinYdayTime'] = wdDate($mindewyestt);
//yday
$ws['dewpMaxTodayTime'] = wdDate($maxdewt);
$ws['dewpMaxYdayTime'] = wdDate($maxdewyestt);
// yday
$ws['heatMaxTodayTime'] = wdDate($maxheatt);
$ws['heatMaxYdayTime'] = wdDate($maxheatyestt);
$ws['heatMaxMonthTime'] = wdYMD($mrecordhighheatindexyear, $mrecordhighheatindexmonth, $mrecordhighheatindexday);
$ws['heatMaxYearTime'] = wdYMD($yrecordhighheatindexyear, $yrecordhighheatindexmonth, $yrecordhighheatindexday);
$ws['chilMinTodayTime'] = wdDate($minwindcht);
$ws['chilMinYdayTime'] = wdDate($minchillyestt);
// yday
$ws['chilMinMonthTime'] = wdYMD($mrecordlowchillyear, $mrecordlowchillmonth, $mrecordlowchillday);
$ws['chilMinYearTime'] = wdYMD($yrecordlowchillyear, $yrecordlowchillmonth, $yrecordlowchillday);
$ws['tempAct'] = wsConvertTemperature($temperature, $from);
// convert and clean of units
if (isset($indoortemp)) {
$ws['tempActInside'] = wsConvertTemperature($indoortemp, $from);
} else {
$ws['tempActInside'] = '';
}
if (isset($generalextratemp1)) {
$ws['tempActExtra1'] = wsConvertTemperature($generalextratemp1, $from);
} else {
$ws['tempActExtra1'] = '';
}
if (isset($generalextratemp2)) {
$ws['tempActExtra2'] = wsConvertTemperature($generalextratemp2, $from);
} else {
$ws['tempActExtra2'] = '';
}
$ws['tempDelta'] = wsConvertTemperature($tempchangehour, $from);
$ws['tempToday'] = wsConvertTemperature($avtempsincemidnight, $from);
$ws['tempMinToday'] = wsConvertTemperature($mintemp, $from);
$ws['tempMinYday'] = wsConvertTemperature($mintempyest, $from);
$ws['tempMinMonth'] = wsConvertTemperature($mrecordlowtemp, $from);
$ws['tempMinYear'] = wsConvertTemperature($yrecordlowtemp, $from);
$ws['tempMaxToday'] = wsConvertTemperature($maxtemp, $from);
$ws['tempMaxYday'] = wsConvertTemperature($maxtempyest, $from);
$ws['tempMaxMonth'] = wsConvertTemperature($mrecordhightemp, $from);
$ws['tempMaxYear'] = wsConvertTemperature($yrecordhightemp, $from);
$ws['dewpAct'] = wsConvertTemperature($dewpt, $from);
$ws['dewpDelta'] = wsConvertTemperature($dewchangelasthour, $from);
$ws['dewpMinToday'] = wsConvertTemperature($mindew, $from);
$ws['dewpMinYday'] = wsConvertTemperature($mindewyest, $from);
$ws['dewpMaxToday'] = wsConvertTemperature($maxdew, $from);
$ws['dewpMaxYday'] = wsConvertTemperature($maxdewyest, $from);
$ws['heatAct'] = wsConvertTemperature($heati, $from);
$ws['heatDelta'] = 0;
$ws['heatMaxToday'] = wsConvertTemperature($maxheat, $from);
$ws['heatMaxYday'] = wsConvertTemperature($maxheatyest, $from);
$ws['heatMaxMonth'] = wsConvertTemperature($mrecordhighheatindex, $from);
$ws['heatMaxYear'] = wsConvertTemperature($yrecordhighheatindex, $from);
$ws['chilAct'] = wsConvertTemperature($windch, $from);
$ws['chilDelta'] = 0;
$ws['chilMinToday'] = wsConvertTemperature($minwindch, $from);
$ws['chilMinYday'] = wsConvertTemperature($minchillyest, $from);
$ws['chilMinMonth'] = wsConvertTemperature($mrecordlowchill, $from);
$ws['chilMinYear'] = wsConvertTemperature($yrecordlowchill, $from);
$ws['hudxAct'] = wsConvertTemperature($humidexcelsius, 'C');
$ws['hudxDelta'] = 0;
$ws['hudxMaxToday'] = wsConvertTemperature($todayhihumidex, 'C');
# ------------------------------------------ extreme temp ------------------------------
$ws['daysXHigh'] = $daysTmaxGT30C;
$ws['daysHigh'] = $daysTmaxGT25C;
$ws['daysLow'] = $daysTminLT0C;
$ws['daysXLow'] = $daysTminLTm15C;
# ------------------------------------------ pressure / baro -----------------------------
$from = $from_baro;
$ws['baroMinTodayTime'] = wdDate($lowbarot);
$ws['baroMinYdayTime'] = wdDate($minbaroyestt);
// ytd
$ws['baroMinMonthTime'] = wdYMD($mrecordlowbaroyear, $mrecordlowbaromonth, $mrecordlowbaroday);
$ws['baroMinYearTime'] = wdYMD($yrecordlowbaroyear, $yrecordlowbaromonth, $yrecordlowbaroday);
$ws['baroMaxTodayTime'] = wdDate($highbarot);
$ws['baroMaxYdayTime'] = wdDate($maxbaroyestt);
// ytd
$ws['baroMaxMonthTime'] = wdYMD($mrecordhighbaroyear, $mrecordhighbaromonth, $mrecordhighbaroday);
$ws['baroMaxYearTime'] = wdYMD($yrecordhighbaroyear, $yrecordhighbaromonth, $yrecordhighbaroday);
$ws['baroAct'] = wsConvertBaro($baro, $from);
$ws['baroDelta'] = wsConvertBaro($trend, $from);
$ws['baroMinToday'] = wsConvertBaro($lowbaro, $from);
$ws['baroMinYday'] = wsConvertBaro($minbaroyest, $from);
$ws['baroMinMonth'] = wsConvertBaro($mrecordlowbaro, $from);
$ws['baroMinYear'] = wsConvertBaro($yrecordlowbaro, $from);
$ws['baroMaxToday'] = wsConvertBaro($highbaro, $from);
$ws['baroMaxYday'] = wsConvertBaro($maxbaroyest, $from);
$ws['baroMaxMonth'] = wsConvertBaro($mrecordhighbaro, $from);
$ws['baroMaxYear'] = wsConvertBaro($yrecordhighbaro, $from);
# ------------------------------------------ humidity -----------------------------------
$ws['humiMinTodayTime '] = wdDate($lowhumt);
$ws['humiMinYdayTime '] = wdDate($minhumyestt);
// ytd
$ws['humiMaxTodayTime'] = wdDate($highhumt);
$ws['humiMaxYdayTime'] = wdDate($maxhumyestt);
// ytd
$ws['humiAct'] = $humidity * 1.0;
$ws['humiExtra'] = '';
# $generalextrahum1*1.0;
$ws['humiDelta'] = $humchangelasthour * 1.0;
$ws['humiMinToday'] = $lowhum * 1.0;
$ws['humiMinYday'] = $minhumyest * 1.0;
$ws['humiMaxToday'] = $highhum * 1.0;
$ws['humiMaxYday'] = $maxhumyest * 1.0;
# ------------------------------------------ rain ---------------------------------------
$from = $from_rain;
$ws['rainDayMnth'] = $dayswithrain;
// %dayswithrain% Days with rain for the month
$ws['rainDayYear'] = $dayswithrainyear;
// %dayswithrainyear% Days with rain for the year
$ws['rainRateAct'] = wsConvertRainfall($currentrainratehr, $from);
$ws['rainRateToday'] = wsConvertRainfall($maxrainrate, $from);
$ws['rainHour'] = wsConvertRainfall($hourrn, $from);
$ws['rainToday'] = wsConvertRainfall($dayrn, $from);
$ws['rainYday'] = wsConvertRainfall($yesterdayrain, $from);
$ws['rainMonth'] = wsConvertRainfall($monthrn, $from);
$ws['rainYear'] = wsConvertRainfall($yearrn, $from);
$ws['rainDaysWithNo'] = $dayswithnorain;
$ws['rainWeek'] = wsConvertRainfall($raincurrentweek, $from);
# ------------------------------------------ EVAPOTRANSPIRATION --------------------------
$ws['etToday'] = wsConvertRainfall($VPet, $from);
$ws['etYday'] = wsConvertRainfall($yesterdaydaviset, $from);
$ws['etMonth'] = wsConvertRainfall($VPetmonth, $from);
# ------------------------------------------ wind ---------------------------------------
$from = $from_wind;
$ws['windActDsc'] = $dirlabel;
$ws['windBeafort'] = $beaufortnum;
$ws['gustMaxTodayTime'] = wdDate($maxgstt);
$ws['gustMaxYdayTime'] = wdDate($maxgustyestt);
$ws['gustMaxMonthTime'] = wdYMD($mrecordhighgustyear, $mrecordhighgustmonth, $mrecordhighgustday);
$ws['gustMaxYearTime'] = wdYMD($yrecordhighgustyear, $yrecordhighgustmonth, $yrecordhighgustday);
$ws['windAct'] = wsConvertWindspeed($avgspd, $from);
$ws['gustAct'] = wsConvertWindspeed($gstspd, $from);
$ws['gustMaxHour'] = wsConvertWindspeed($maxgsthr, $from);
$ws['gustMaxToday'] = wsConvertWindspeed($maxgst, $from);
$ws['gustMaxYday'] = wsConvertWindspeed($maxgustyest, $from);
$ws['gustMaxMonth'] = wsConvertWindspeed($mrecordwindgust, $from);
$ws['gustMaxYear'] = wsConvertWindspeed($yrecordwindgust, $from);
if ($ws['gustAct'] <= $ws['windAct']) {
$ws['gustAct'] = $ws['windAct'];
}
# ------------------------------------------ UV ---------------------------------------
$ws['uvMaxTodayTime'] = wdDate($highuvtime);
$ws['uvMaxYdayTime'] = wdDate($highuvyesttime);
$ws['uvMaxMonthTime'] = wdYMD($mrecordhighuvyear, $mrecordhighuvmonth, $mrecordhighuvday);
$ws['uvMaxYearTime'] = wdYMD($yrecordhighuvyear, $yrecordhighuvmonth, $yrecordhighuvday);
$ws['uvAct'] = $VPuv;
$ws['uvMaxToday'] = $highuv;
$ws['uvMaxYday'] = $highuvyest;
$ws['uvMaxMonth'] = $mrecordhighuv;
$ws['uvMaxYear'] = $yrecordhighuv;
# ------------------------------------------ Solar --------------------------------------
$ws['solarMaxTodayTime'] = wdDate($highsolartime);
$ws['solarMaxYdayTime'] = wdDate($highsolaryesttime);
$ws['solarMaxMonthTime'] = wdYMD($mrecordhighsolaryear, $mrecordhighsolarmonth, $mrecordhighsolarday);
$ws['solarMaxYearTime'] = wdYMD($yrecordhighsolaryear, $yrecordhighsolarmonth, $yrecordhighsolarday);
$ws['solarAct'] = $VPsolar * 1.0;
$ws['solActPerc'] = $currentsolarpercent;
$ws['solarMaxToday'] = $highsolar;
$ws['solarMaxYday'] = $highsolaryest;
$ws['solarMaxMonth'] = $mrecordhighsolar;
$ws['solarMaxYear'] = $yrecordhighsolar;
# ------------------------------------------ cloud height --------------------------------
$from = 'ft';
$ws['cloudHeight'] = wsConvertDistance($cloudheightfeet, $from);
# ------------------------------------------ forecasts -----------------------------------
$ws['fcstWD'] = $iconnumber;
$ws['fcstTxt'] = $vpforecasttext;
# ------------------------------------------ sun and moon --------------------------------
$ws['sunrise'] = date($SITE['timeOnlyFormat'], strtotime($sunrise));
$ws['sunset'] = date($SITE['timeOnlyFormat'], strtotime($sunset));
$ws['moonrise'] = date($SITE['timeOnlyFormat'], strtotime($moonrise));
$ws['moonset'] = date($SITE['timeOnlyFormat'], strtotime($moonset));
$ws['lunarPhasePerc'] = $moonphase * 1.0;
$ws['lunarAge'] = substr($moonage, 9, 3);
// %moonphasename% %moonlunation%
# ------------------------------------------ some more -----------------------------------
$ws['wsVersion'] = "version {$wdversiononly} b {$wdbuild}";
$ws['wsHardware'] = '';
// unknown
$ws['wsUptime'] = $windowsuptime;
if (!isset($wsTrends)) {
$wsTrends = array();
}
$i = 0;
$wsTrends[$i]['min'] = 0;
$wsTrends[$i]['temp'] = $temp0minuteago;
$wsTrends[$i]['wind'] = $wind0minuteago;
$wsTrends[$i]['gust'] = $gust0minuteago;
$wsTrends[$i]['dir'] = langtransstr($dir0minuteago);
$wsTrends[$i]['hum'] = $hum0minuteago;
$wsTrends[$i]['dew'] = $dew0minuteago;
$wsTrends[$i]['baro'] = $baro0minuteago;
$wsTrends[$i]['rain'] = $rain0minuteago;
$wsTrends[$i]['sol'] = $VPsolar0minuteago;
$wsTrends[$i]['uv'] = $VPuv0minuteago;
$i = 1;
$wsTrends[$i]['min'] = 5;
$wsTrends[$i]['temp'] = $temp5minuteago;
$wsTrends[$i]['wind'] = $wind5minuteago;
$wsTrends[$i]['gust'] = $gust5minuteago;
$wsTrends[$i]['dir'] = langtransstr($dir5minuteago);
$wsTrends[$i]['hum'] = $hum5minuteago;
$wsTrends[$i]['dew'] = $dew5minuteago;
$wsTrends[$i]['baro'] = $baro5minuteago;
$wsTrends[$i]['rain'] = $rain5minuteago;
$wsTrends[$i]['sol'] = $VPsolar5minuteago;
$wsTrends[$i]['uv'] = $VPuv5minuteago;
$i = 2;
$wsTrends[$i]['min'] = 10;
$wsTrends[$i]['temp'] = $temp10minuteago;
$wsTrends[$i]['wind'] = $wind10minuteago;
$wsTrends[$i]['gust'] = $gust10minuteago;
$wsTrends[$i]['dir'] = langtransstr($dir10minuteago);
$wsTrends[$i]['hum'] = $hum10minuteago;
$wsTrends[$i]['dew'] = $dew10minuteago;
$wsTrends[$i]['baro'] = $baro10minuteago;
$wsTrends[$i]['rain'] = $rain10minuteago;
$wsTrends[$i]['sol'] = $VPsolar10minuteago;
$wsTrends[$i]['uv'] = $VPuv10minuteago;
$i = 3;
$wsTrends[$i]['min'] = 15;
$wsTrends[$i]['temp'] = $temp15minuteago;
$wsTrends[$i]['wind'] = $wind15minuteago;
$wsTrends[$i]['gust'] = $gust15minuteago;
$wsTrends[$i]['dir'] = langtransstr($dir15minuteago);
$wsTrends[$i]['hum'] = $hum15minuteago;
$wsTrends[$i]['dew'] = $dew15minuteago;
$wsTrends[$i]['baro'] = $baro15minuteago;
$wsTrends[$i]['rain'] = $rain15minuteago;
$wsTrends[$i]['sol'] = $VPsolar15minuteago;
$wsTrends[$i]['uv'] = $VPuv15minuteago;
$i = 4;
$wsTrends[$i]['min'] = 20;
$wsTrends[$i]['temp'] = $temp20minuteago;
$wsTrends[$i]['wind'] = $wind20minuteago;
$wsTrends[$i]['gust'] = $gust20minuteago;
$wsTrends[$i]['dir'] = langtransstr($dir20minuteago);
$wsTrends[$i]['hum'] = $hum20minuteago;
$wsTrends[$i]['dew'] = $dew20minuteago;
$wsTrends[$i]['baro'] = $baro20minuteago;
$wsTrends[$i]['rain'] = $rain20minuteago;
$wsTrends[$i]['sol'] = $VPsolar20minuteago;
$wsTrends[$i]['uv'] = $VPuv20minuteago;
$i = 5;
$wsTrends[$i]['min'] = 30;
$wsTrends[$i]['temp'] = $temp30minuteago;
$wsTrends[$i]['wind'] = $wind30minuteago;
$wsTrends[$i]['gust'] = $gust30minuteago;
$wsTrends[$i]['dir'] = langtransstr($dir30minuteago);
$wsTrends[$i]['hum'] = $hum30minuteago;
$wsTrends[$i]['dew'] = $dew30minuteago;
$wsTrends[$i]['baro'] = $baro30minuteago;
$wsTrends[$i]['rain'] = $rain30minuteago;
$wsTrends[$i]['sol'] = $VPsolar30minuteago;
$wsTrends[$i]['uv'] = $VPuv30minuteago;
$i = 6;
$wsTrends[$i]['min'] = 45;
$wsTrends[$i]['temp'] = $temp45minuteago;
$wsTrends[$i]['wind'] = $wind45minuteago;
$wsTrends[$i]['gust'] = $gust45minuteago;
$wsTrends[$i]['dir'] = langtransstr($dir45minuteago);
$wsTrends[$i]['hum'] = $hum45minuteago;
$wsTrends[$i]['dew'] = $dew45minuteago;
$wsTrends[$i]['baro'] = $baro45minuteago;
$wsTrends[$i]['rain'] = $rain45minuteago;
$wsTrends[$i]['sol'] = $VPsolar45minuteago;
$wsTrends[$i]['uv'] = $VPuv45minuteago;
$i = 7;
$wsTrends[$i]['min'] = 60;
$wsTrends[$i]['temp'] = $temp60minuteago;
$wsTrends[$i]['wind'] = $wind60minuteago;
$wsTrends[$i]['gust'] = $gust60minuteago;
$wsTrends[$i]['dir'] = langtransstr($dir60minuteago);
$wsTrends[$i]['hum'] = $hum60minuteago;
$wsTrends[$i]['dew'] = $dew60minuteago;
$wsTrends[$i]['baro'] = $baro60minuteago;
$wsTrends[$i]['rain'] = $rain60minuteago;
$wsTrends[$i]['sol'] = $VPsolar60minuteago;
$wsTrends[$i]['uv'] = $VPuv60minuteago;
$i = 8;
$wsTrends[$i]['min'] = 75;
$wsTrends[$i]['temp'] = $temp75minuteago;
$wsTrends[$i]['wind'] = $wind75minuteago;
$wsTrends[$i]['gust'] = $gust75minuteago;
$wsTrends[$i]['dir'] = langtransstr($dir75minuteago);
$wsTrends[$i]['hum'] = $hum75minuteago;
$wsTrends[$i]['dew'] = $dew75minuteago;
$wsTrends[$i]['baro'] = $baro75minuteago;
$wsTrends[$i]['rain'] = $rain75minuteago;
$wsTrends[$i]['sol'] = $VPsolar75minuteago;
$wsTrends[$i]['uv'] = $VPuv75minuteago;
$i = 9;
$wsTrends[$i]['min'] = 90;
$wsTrends[$i]['temp'] = $temp90minuteago;
$wsTrends[$i]['wind'] = $wind90minuteago;
$wsTrends[$i]['gust'] = $gust90minuteago;
$wsTrends[$i]['dir'] = langtransstr($dir90minuteago);
$wsTrends[$i]['hum'] = $hum90minuteago;
$wsTrends[$i]['dew'] = $dew90minuteago;
$wsTrends[$i]['baro'] = $baro90minuteago;
$wsTrends[$i]['rain'] = $rain90minuteago;
$wsTrends[$i]['sol'] = $VPsolar90minuteago;
$wsTrends[$i]['uv'] = $VPuv90minuteago;
$i = 10;
$wsTrends[$i]['min'] = 105;
$wsTrends[$i]['temp'] = $temp105minuteago;
$wsTrends[$i]['wind'] = $wind105minuteago;
$wsTrends[$i]['gust'] = $gust105minuteago;
$wsTrends[$i]['dir'] = langtransstr($dir105minuteago);
$wsTrends[$i]['hum'] = $hum105minuteago;
$wsTrends[$i]['dew'] = $dew105minuteago;
$wsTrends[$i]['baro'] = $baro105minuteago;
$wsTrends[$i]['rain'] = $rain105minuteago;
$wsTrends[$i]['sol'] = $VPsolar105minuteago;
$wsTrends[$i]['uv'] = $VPuv105minuteago;
$i = 11;
$wsTrends[$i]['min'] = 120;
$wsTrends[$i]['temp'] = $temp120minuteago;
$wsTrends[$i]['wind'] = $wind120minuteago;
$wsTrends[$i]['gust'] = $gust120minuteago;
$wsTrends[$i]['dir'] = langtransstr($dir120minuteago);
$wsTrends[$i]['hum'] = $hum120minuteago;
$wsTrends[$i]['dew'] = $dew120minuteago;
$wsTrends[$i]['baro'] = $baro120minuteago;
$wsTrends[$i]['rain'] = $rain120minuteago;
$wsTrends[$i]['sol'] = $VPsolar120minuteago;
$wsTrends[$i]['uv'] = $VPuv120minuteago;
for ($i = 0; $i < 12; $i++) {
$wsTrends[$i]['temp'] = wsConvertTemperature($wsTrends[$i]['temp'], $from_temp);
$wsTrends[$i]['dew'] = wsConvertTemperature($wsTrends[$i]['dew'], $from_temp);
$wsTrends[$i]['baro'] = wsConvertBaro($wsTrends[$i]['baro'], $from_baro);
$wsTrends[$i]['rain'] = wsConvertRainfall($wsTrends[$i]['rain'], $from_rain);
$wsTrends[$i]['wind'] = wsConvertWindspeed($wsTrends[$i]['wind'], $from_wind);
$wsTrends[$i]['gust'] = wsConvertWindspeed($wsTrends[$i]['gust'], $from_wind);
}
$ws['check_ok'] = '3.00';
if (!isset($SITE['soilUsed']) || $SITE['soilUsed'] == false) {
ob_clean();
return;
}
$from = $uomtemp;
# Temp sensor 1 actual value
$ws['soilTempAct'][1] = wsConvertTemperature($soiltemp, $from);
// convert and clean of units
# Temp sensor 1 maximum value for today month and year
$ws['soilTempMaxToday'][1] = wsConvertTemperature($maxsoiltemp, $from);
$ws['soilTempMaxMonth'][1] = wsConvertTemperature($mrecordhighsoil, $from);
$ws['soilTempMaxMonthTime'][1] = wdYMD($mrecordhighsoilyear, $mrecordhighsoilmonth, $mrecordhighsoilday);
$ws['soilTempMaxYear'][1] = wsConvertTemperature($yrecordhighsoil, $from);
$ws['soilTempMaxYearTime'][1] = wdYMD($yrecordhighsoilyear, $yrecordhighsoilmonth, $yrecordhighsoilday);
$ws['soilTempMaxAlltime'][1] = wsConvertTemperature($recordhighsoil, $from);
$ws['soilTempMaxAlltimeTime'][1] = wdYMD($recordhighsoilyear, $recordhighsoilmonth, $recordhighsoilday);
# Temp sensor 1 minimum value for today month and year
$ws['soilTempMinToday'][1] = wsConvertTemperature($minsoiltemp, $from);
$ws['soilTempMinMonth'][1] = wsConvertTemperature($mrecordlowsoil, $from);
$ws['soilTempMinMonthTime'][1] = wdYMD($mrecordlowsoilyear, $mrecordlowsoilmonth, $mrecordlowsoilday);
$ws['soilTempMinYear'][1] = wsConvertTemperature($yrecordlowsoil, $from);
$ws['soilTempMinYearTime'][1] = wdYMD($yrecordlowsoilyear, $yrecordlowsoilmonth, $yrecordlowsoilday);
$ws['soilTempMinAlltime'][1] = wsConvertTemperature($recordlowsoil, $from);
$ws['soilTempMinAlltimeTime'][1] = wdYMD($recordlowsoilyear, $recordlowsoilmonth, $recordlowsoilday);
# Temp sensor 2 actual value & Values and time for min and max for today - month and year
$ws['soilTempAct'][2] = wsConvertTemperature($VPsoiltemp2, $from);
// convert and clean of units
$ws['soilTempMaxToday'][2] = wsConvertTemperature($hiVPsoiltemp2, $from);
$ws['soilTempMaxMonth'][2] = wsConvertTemperature($mrecordhighsoil2, $from);
$ws['soilTempMaxMonthTime'][2] = wdYMD($mrecordhighsoilyear2, $mrecordhighsoilmonth2, $mrecordhighsoilday2);
$ws['soilTempMaxYear'][2] = wsConvertTemperature($yrecordhighsoil2, $from);
$ws['soilTempMaxYearTime'][2] = wdYMD($yrecordhighsoilyear2, $yrecordhighsoilmonth2, $yrecordhighsoilday2);
$ws['soilTempMaxAlltime'][2] = wsConvertTemperature($recordhighsoil2, $from);
$ws['soilTempMaxAlltimeTime'][2] = wdYMD($recordhighsoilyear2, $recordhighsoilmonth2, $recordhighsoilday2);
$ws['soilTempMinToday'][2] = wsConvertTemperature($loVPsoiltemp2, $from);
$ws['soilTempMinMonth'][2] = wsConvertTemperature($mrecordlowsoil2, $from);
$ws['soilTempMinMonthTime'][2] = wdYMD($mrecordlowsoilyear2, $mrecordlowsoilmonth2, $mrecordlowsoilday2);
$ws['soilTempMinYear'][2] = wsConvertTemperature($yrecordlowsoil2, $from);
$ws['soilTempMinYearTime'][2] = wdYMD($yrecordlowsoilyear2, $yrecordlowsoilmonth2, $yrecordlowsoilday2);
$ws['soilTempMinAlltime'][2] = wsConvertTemperature($recordlowsoil2, $from);
$ws['soilTempMinAlltimeTime'][2] = wdYMD($recordlowsoilyear2, $recordlowsoilmonth2, $recordlowsoilday2);
# Temp sensor 3 actual value & Values and time for min and max for today - month and year
$ws['soilTempAct'][3] = wsConvertTemperature($VPsoiltemp3, $from);
// convert and clean of units
$ws['soilTempMaxToday'][3] = wsConvertTemperature($hiVPsoiltemp3, $from);
$ws['soilTempMaxMonth'][3] = wsConvertTemperature($mrecordhighsoil3, $from);
$ws['soilTempMaxMonthTime'][3] = wdYMD($mrecordhighsoilyear3, $mrecordhighsoilmonth3, $mrecordhighsoilday3);
$ws['soilTempMaxYear'][3] = wsConvertTemperature($yrecordhighsoil3, $from);
$ws['soilTempMaxYearTime'][3] = wdYMD($yrecordhighsoilyear3, $yrecordhighsoilmonth3, $yrecordhighsoilday3);
$ws['soilTempMaxAlltime'][3] = wsConvertTemperature($recordhighsoil3, $from);
$ws['soilTempMaxAlltimeTime'][3] = wdYMD($recordhighsoilyear3, $recordhighsoilmonth3, $recordhighsoilday3);
$ws['soilTempMinToday'][3] = wsConvertTemperature($loVPsoiltemp3, $from);
$ws['soilTempMinMonth'][3] = wsConvertTemperature($mrecordlowsoil3, $from);
$ws['soilTempMinMonthTime'][3] = wdYMD($mrecordlowsoilyear3, $mrecordlowsoilmonth3, $mrecordlowsoilday3);
$ws['soilTempMinYear'][3] = wsConvertTemperature($yrecordlowsoil3, $from);
$ws['soilTempMinYearTime'][3] = wdYMD($yrecordlowsoilyear3, $yrecordlowsoilmonth3, $yrecordlowsoilday3);
$ws['soilTempMinAlltime'][3] = wsConvertTemperature($recordlowsoil3, $from);
$ws['soilTempMinAlltimeTime'][3] = wdYMD($recordlowsoilyear3, $recordlowsoilmonth3, $recordlowsoilday3);
# Temp sensor 4 actual value & Values and time for min and max for today - month and year
$ws['soilTempAct'][4] = wsConvertTemperature($VPsoiltemp4, $from);
// convert and clean of units
$ws['soilTempMaxToday'][4] = wsConvertTemperature($hiVPsoiltemp4, $from);
$ws['soilTempMaxMonth'][4] = wsConvertTemperature($mrecordhighsoil4, $from);
$ws['soilTempMaxMonthTime'][4] = wdYMD($mrecordhighsoilyear4, $mrecordhighsoilmonth4, $mrecordhighsoilday4);
$ws['soilTempMaxYear'][4] = wsConvertTemperature($yrecordhighsoil4, $from);
$ws['soilTempMaxYearTime'][4] = wdYMD($yrecordhighsoilyear4, $yrecordhighsoilmonth4, $yrecordhighsoilday4);
$ws['soilTempMaxAlltime'][4] = wsConvertTemperature($recordhighsoil4, $from);
$ws['soilTempMaxAlltimeTime'][4] = wdYMD($recordhighsoilyear4, $recordhighsoilmonth4, $recordhighsoilday4);
$ws['soilTempMinToday'][4] = wsConvertTemperature($loVPsoiltemp4, $from);
$ws['soilTempMinMonth'][4] = wsConvertTemperature($mrecordlowsoil4, $from);
$ws['soilTempMinMonthTime'][4] = wdYMD($mrecordlowsoilyear4, $mrecordlowsoilmonth4, $mrecordlowsoilday4);
$ws['soilTempMinYear'][4] = wsConvertTemperature($yrecordlowsoil4, $from);
$ws['soilTempMinYearTime'][4] = wdYMD($yrecordlowsoilyear4, $yrecordlowsoilmonth4, $yrecordlowsoilday4);
$ws['soilTempMinAlltime'][4] = wsConvertTemperature($recordlowsoil4, $from);
$ws['soilTempMinAlltimeTime'][4] = wdYMD($recordlowsoilyear4, $recordlowsoilmonth4, $recordlowsoilday4);
#
# Moisture sensor 1 actual value
$ws['moistAct'][1] = $VPsoilmoisture;
# Moisture sensor 1 maximum value for today month and year
$ws['moistMaxToday'][1] = $hiVPsoilmoisture;
$ws['moistMaxMonth'][1] = $mrecordhighsoilmoist;
$ws['moistMaxMonthTime'][1] = wdYMD($mrecordhighsoilmoistyear, $mrecordhighsoilmoistmonth, $mrecordhighsoilmoistday);
$ws['moistMaxYear'][1] = $yrecordhighsoilmoist;
$ws['moistMaxYearTime'][1] = wdYMD($yrecordhighsoilmoistyear, $yrecordhighsoilmoistmonth, $yrecordhighsoilmoistday);
$ws['moistMaxAlltime'][1] = $recordhighsoilmoist;
$ws['moistMaxAlltimeTime'][1] = wdYMD($recordhighsoilmoistyear, $recordhighsoilmoistmonth, $recordhighsoilmoistday);
# Moisture sensor 1 mimimum value for today
$ws['moistMinToday'][1] = $loVPsoilmoisture;
# Moisture sensor 1 date/time maximum occured
# Moisture sensor 2 actual value & Values and time for min and max for today - month and year
$ws['moistAct'][2] = $VPsoilmoisture2;
$ws['moistMaxToday'][2] = $hiVPsoilmoisture2;
$ws['moistMinToday'][2] = $loVPsoilmoisture2;
# Moisture sensor 3 actual value & Values and time for min and max for today - month and year
$ws['moistAct'][3] = $VPsoilmoisture3;
$ws['moistMaxToday'][3] = $hiVPsoilmoisture3;
$ws['moistMinToday'][3] = $loVPsoilmoisture3;
# Moisture sensor 4 actual value & Values and time for min and max for today - month and year
$ws['moistAct'][4] = $VPsoilmoisture4;
$ws['moistMaxToday'][4] = $hiVPsoilmoisture4;
$ws['moistMinToday'][4] = $loVPsoilmoisture4;
#
$ws['moistAvMonth'][1] = $avtempjansoil;
// Average soil temperature for january from your data
$ws['moistAvMonth'][2] = $avtempfebsoil;
$ws['moistAvMonth'][3] = $avtempmarsoil;
$ws['moistAvMonth'][4] = $avtempaprsoil;
$ws['moistAvMonth'][5] = $avtempmaysoil;
$ws['moistAvMonth'][6] = $avtempjunsoil;
$ws['moistAvMonth'][7] = $avtempjulsoil;
$ws['moistAvMonth'][8] = $avtempaugsoil;
$ws['moistAvMonth'][9] = $avtempsepsoil;
$ws['moistAvMonth'][10] = $avtempoctsoil;
$ws['moistAvMonth'][11] = $avtempnovsoil;
$ws['moistAvMonth'][12] = $avtempdecsoil;
$ws['moistAvMonthThisyear'][1] = $avtempjannowsoil;
// Average soil temperature for january from your data, this year
$ws['moistAvMonthThisyear'][2] = $avtempfebnowsoil;
$ws['moistAvMonthThisyear'][3] = $avtempmarnowsoil;
$ws['moistAvMonthThisyear'][4] = $avtempaprnowsoil;
$ws['moistAvMonthThisyear'][5] = $avtempmaynowsoil;
$ws['moistAvMonthThisyear'][6] = $avtempjunnowsoil;
$ws['moistAvMonthThisyear'][7] = $avtempjulnowsoil;
$ws['moistAvMonthThisyear'][8] = $avtempaugnowsoil;
$ws['moistAvMonthThisyear'][9] = $avtempsepnowsoil;
$ws['moistAvMonthThisyear'][10] = $avtempoctnowsoil;
$ws['moistAvMonthThisyear'][11] = $avtempnovnowsoil;
$ws['moistAvMonthThisyear'][12] = $avtempdecnowsoil;
#-----------------------------------------------------------------------------------------
# leaf sensor 1 - 4
$ws['leafAct'][1] = $VPleaf;
$ws['leafWetLast10'][1] = $leafminlast10min;
// Minutes last 10 minutes leaf wetness was above zero
$ws['leafWetLast60'][1] = $leafminlast60min;
// Minutes last 10 minutes leaf wetness was above zero
$ws['leafMaxToday'][1] = $hiVPleaf;
$ws['leafMinToday'][1] = $loVPleaf;
$ws['leafMaxMonth'][1] = $mrecordhighleaf;
$ws['leafMaxYear'][1] = $yrecordhighleaf;
$ws['leafMaxMonthTime'][1] = wdYMD($mrecordhighleafyear, $mrecordhighleafmonth, $mrecordhighleafday);
$ws['leafMaxYearTime'][1] = wdYMD($yrecordhighleafyear, $yrecordhighleafmonth, $yrecordhighleafday);
$ws['leafAct'][2] = $VPleaf2;
$ws['leafHighToday'][2] = $hiVPleaf2;
$ws['leafLowToday'][2] = $loVPleaf2;
$ws['leafWetLast10'][2] = $leafminlast10min2;
// Minutes last 10 minutes leaf wetness was above zero
$ws['leafWetLast60'][2] = $leafminlast60min2;
// Minutes last 10 minutes leaf wetness was above zero
$ws['leafAct'][3] = $VPleaf3;
$ws['leafAct'][4] = $VPleaf4;
#-----------------------------------------------------------------------------------------
ob_clean();
}
$arr = array();
$arr['temp'] = '[' . $tstr;
$arr['tmax'] = wsConvertTemperature($tmax, $wu_unit_temp);
$arr['tmin'] = wsConvertTemperature($tmin, $wu_unit_temp);
$arr['hum'] = '[' . $hstr;
$arr['hmax'] = $hmax;
$arr['hmin'] = $hmin;
$arr['wind'] = '[' . $wstr;
$arr['wmax'] = wsConvertWindspeed($wmax, $wu_unit_wind);
$arr['wmin'] = wsConvertWindspeed($wmin, $wu_unit_wind);
$arr['baro'] = '[' . $bstr;
$arr['bmax'] = wsConvertBaro($bmax, $wu_unit_baro);
$arr['bmin'] = wsConvertBaro($bmin, $wu_unit_baro);
$arr['rain'] = '[' . $rstr;
$arr['rmax'] = wsConvertRainfall($rmax, $wu_unit_rain);
$arr['rmin'] = wsConvertRainfall($rmin, $wu_unit_rain);
$arr['solr'] = '[' . $sstr;
$arr['smax'] = $smax;
$arr['smin'] = $smin;
$string = serialize($arr);
if (file_put_contents($cachefile, $string)) {
echo "<!-- wu weatherarray {$cachefile} saved to cache -->" . PHP_EOL;
} else {
echo PHP_EOL . "<!-- \nWARNING Could not save data ({$cachefile}) to cache (" . $SITE['cacheDir'] . "). \nWARNING Please make sure your cache directory exists and is writable. -->" . PHP_EOL;
}
$temp = $arr['temp'];
$hum = $arr['hum'];
$wind = $arr['wind'];
$rain = $arr['rain'];
$baro = $arr['wind'];
$solr = $arr['solr'];
public function getWeatherData($userLocation = '')
{
global $SITE, $pageName;
#----------------------------------------------------------------------------------------------
$this->location = $userLocation = $SITE['latitude'] . ',' . $SITE['longitude'];
#----------------------------------------------------------------------------------------------
# try loading data from cache
#----------------------------------------------------------------------------------------------
if ($this->enableCache && !empty($SITE['cacheDir'])) {
$this->cachePath = $SITE['cacheDir'];
$uoms = $SITE['uomTemp'] . '_' . $SITE['uomWind'] . '_' . $SITE['uomRain'];
$from = array('°', '∞', '/', ' ', ',');
$name = $pageName . '_' . $this->location . '_' . $uoms;
$name = str_replace($from, '', $name);
$this->cacheFile = $this->cachePath . $name;
$returnArray = $this->loadFromCache();
// load from cache returns data only when its data is valid
if (!empty($returnArray)) {
// if data is in cache and valid return data to calling program
return $returnArray;
}
// eo return to calling program
}
// eo check cache
#----------------------------------------------------------------------------------------------
# combine user constants and input (1)location (2)units for temp etc to required url
#http://free.worldweatheronline.com/feed/weather.ashx?q=leuven,belgium&format=xml&num_of_days=5&key=0f9bf9919c100150121001
#----------------------------------------------------------------------------------------------
$this->apiUrlpart[1] = $this->location;
$this->apiUrlpart[3] = $this->key;
for ($i = 0; $i < count($this->apiUrlpart); $i++) {
$this->weatherApiUrl .= $this->apiUrlpart[$i];
}
#----------------------------------------------------------------------------------------------
if ($this->makeRequest()) {
$xml = new SimpleXMLElement($this->rawData);
$returnArray = array();
#--------------------------------------------------------------------------------------------------
# first, get and save request info / units etc
#--------------------------------------------------------------------------------------------------
$i = 0;
// headings
$returnArray['request_info'][$i]['type'] = 'type';
$returnArray['request_info'][$i]['city'] = 'city';
$returnArray['request_info'][$i]['time'] = 'time';
$returnArray['request_info'][$i]['uomTemp'] = 'uomTemp';
$returnArray['request_info'][$i]['uomDistance'] = 'uomDistance';
$returnArray['request_info'][$i]['uomBaro'] = 'uomBaro';
$returnArray['request_info'][$i]['uomWind'] = 'uomWind';
$i = 1;
// data
$returnArray['request_info'][$i]['type'] = (string) $xml->request->type;
$returnArray['request_info'][$i]['city'] = (string) $xml->request->query;
$returnArray['request_info'][$i]['time'] = (string) $xml->current_condition->observation_time;
$returnArray['request_info'][$i]['uomTemp'] = '°C';
$returnArray['request_info'][$i]['uomDistance'] = ' km';
$returnArray['request_info'][$i]['uomBaro'] = ' hpa';
$returnArray['request_info'][$i]['uomWind'] = ' km/h';
#--------------------------------------------------------------------------------------------------
# get current condition descriptions
#--------------------------------------------------------------------------------------------------
$i = 0;
// headings
$returnArray['current_condition'][$i]['time'] = 'time';
$returnArray['current_condition'][$i]['weatherCode'] = 'weatherCode';
$returnArray['current_condition'][$i]['iconUrl'] = 'iconUrl';
$returnArray['current_condition'][$i]['weatherDesc'] = 'description';
$returnArray['current_condition'][$i]['tempNU'] = 'temp';
$returnArray['current_condition'][$i]['temp'] = 'temp';
$returnArray['current_condition'][$i]['windNU'] = 'wind';
$returnArray['current_condition'][$i]['wind'] = 'wind';
$returnArray['current_condition'][$i]['rainNU'] = 'rain';
$returnArray['current_condition'][$i]['rain'] = 'rain';
$returnArray['current_condition'][$i]['baroNU'] = 'baro';
$returnArray['current_condition'][$i]['baro'] = 'baro';
$returnArray['current_condition'][$i]['humidity'] = 'humidity';
$returnArray['current_condition'][$i]['windDir'] = 'windDir';
$returnArray['current_condition'][$i]['windDeg'] = 'windDeg';
$returnArray['current_condition'][$i]['cloudCover'] = 'cloudCover';
// ? ?? percent ?
$i = 1;
// data
$returnArray['current_condition'][$i]['time'] = (string) $xml->current_condition->observation_time;
$returnArray['current_condition'][$i]['weatherCode'] = (string) $xml->current_condition->weatherCode;
$returnArray['current_condition'][$i]['iconUrl'] = (string) $xml->current_condition->weatherIconUrl;
$returnArray['current_condition'][$i]['weatherDesc'] = (string) $xml->current_condition->weatherDesc;
$amount = (string) $xml->current_condition->temp_C;
$returnArray['current_condition'][$i]['tempNU'] = (string) wsConvertTemperature($amount, $this->uomTemp, $SITE['uomTemp']);
$returnArray['current_condition'][$i]['temp'] = (string) wsConvertTemperature($amount, $this->uomTemp, $SITE['uomTemp']) . $SITE['uomTemp'];
$amount = (string) $xml->current_condition->windspeedKmph;
$returnArray['current_condition'][$i]['windNU'] = (string) wsConvertWindspeed($amount, $this->uomWind, $SITE['uomWind']);
$returnArray['current_condition'][$i]['wind'] = (string) wsConvertWindspeed($amount, $this->uomWind, $SITE['uomWind']) . $SITE['uomWind'];
$amount = (string) $xml->current_condition->precipMM;
$returnArray['current_condition'][$i]['rainNU'] = (string) wsConvertRainfall($amount, $this->uomRain, $SITE['uomRain']);
$returnArray['current_condition'][$i]['rain'] = (string) wsConvertRainfall($amount, $this->uomRain, $SITE['uomRain']) . $SITE['uomRain'];
$amount = (string) $xml->current_condition->pressure;
$returnArray['current_condition'][$i]['baroNU'] = (string) wsConvertBaro($amount, $this->uomBaro, $SITE['uomBaro']);
$returnArray['current_condition'][$i]['baro'] = (string) wsConvertBaro($amount, $this->uomBaro, $SITE['uomBaro']) . $SITE['uomBaro'];
$returnArray['current_condition'][$i]['humidityNU'] = (string) $xml->current_condition->humidity;
$returnArray['current_condition'][$i]['humidity'] = (string) $xml->current_condition->humidity . ' %';
$returnArray['current_condition'][$i]['windDir'] = (string) $xml->current_condition->winddir16Point;
$returnArray['current_condition'][$i]['windDeg'] = (string) $xml->current_condition->winddirDegree;
$returnArray['current_condition'][$i]['cloudCover'] = (string) $xml->current_condition->cloudcover;
// ? ?? percent ?
#--------------------------------------------------------------------------------------------------
# get forecast info
#--------------------------------------------------------------------------------------------------
$i = 0;
$returnArray['forecast'][$i]['date'] = 'date';
$returnArray['forecast'][$i]['weatherCode'] = 'weatherCode';
$returnArray['forecast'][$i]['iconUrl'] = 'iconUrl';
$returnArray['forecast'][$i]['weatherDesc'] = 'description';
$returnArray['forecast'][$i]['tempLowNU'] = 'tempLow';
$returnArray['forecast'][$i]['tempLow'] = 'tempLow';
$returnArray['forecast'][$i]['tempHighNU'] = 'tempHigh';
$returnArray['forecast'][$i]['tempHigh'] = 'tempHigh';
$returnArray['forecast'][$i]['windNU'] = 'wind';
$returnArray['forecast'][$i]['wind'] = 'wind';
$returnArray['forecast'][$i]['rainNU'] = 'rain';
$returnArray['forecast'][$i]['rain'] = 'rain';
$returnArray['forecast'][$i]['windDir'] = 'windDir';
$returnArray['forecast'][$i]['windDeg'] = 'windDeg';
$i2 = count($xml->weather);
for ($i = 1; $i <= $i2; $i++) {
$returnArray['forecast'][$i]['date'] = strtotime((string) $xml->weather[$i - 1]->date);
$returnArray['forecast'][$i]['weatherCode'] = (string) $xml->weather[$i - 1]->weatherCode;
$returnArray['forecast'][$i]['iconUrl'] = (string) $xml->weather[$i - 1]->weatherIconUrl;
$returnArray['forecast'][$i]['weatherDesc'] = langtransstr((string) $xml->weather[$i - 1]->weatherDesc);
$amount = (string) $xml->weather[$i - 1]->tempMinC;
$returnArray['forecast'][$i]['tempLowNU'] = (string) wsConvertTemperature($amount, $this->uomTemp, $SITE['uomTemp']);
$returnArray['forecast'][$i]['tempLow'] = (string) $returnArray['forecast'][$i]['tempLowNU'] . $SITE['uomTemp'];
$amount = (string) $xml->weather[$i - 1]->tempMaxC;
$returnArray['forecast'][$i]['tempHighNU'] = (string) wsConvertTemperature($amount, $this->uomTemp, $SITE['uomTemp']);
$returnArray['forecast'][$i]['tempHigh'] = (string) $returnArray['forecast'][$i]['tempHighNU'] . $SITE['uomTemp'];
$amount = (string) $xml->weather[$i - 1]->windspeedKmph;
$returnArray['forecast'][$i]['windNU'] = (string) wsConvertWindspeed($amount, $this->uomWind, $SITE['uomWind']);
$returnArray['forecast'][$i]['wind'] = (string) $returnArray['forecast'][$i]['windNU'] . $SITE['uomWind'];
$amount = (string) $xml->weather[$i - 1]->precipMM;
$returnArray['forecast'][$i]['rainNU'] = (string) wsConvertRainfall($amount, $this->uomRain, $SITE['uomRain']);
$returnArray['forecast'][$i]['rain'] = (string) $returnArray['forecast'][$i]['rainNU'] . $SITE['uomRain'];
$returnArray['forecast'][$i]['windDir'] = (string) $xml->weather[$i - 1]->winddir16Point;
$returnArray['forecast'][$i]['windDeg'] = (string) $xml->weather[$i - 1]->winddirDegree;
}
// eo for loop forecasts
if ($this->enableCache && !empty($this->cachePath)) {
$this->writeToCache($returnArray);
}
$this->rawdata = '';
return $returnArray;
}
// eo makeRequest processing
return false;
}
$fromYday = $wx['fromrainYday']; $ws['rainRateAct'] = wsConvertRainfall($wx['rainRateAct'], $from); $ws['rainRateMaxToday'] = $ws['rainRateAct']; $ws['rainRateToday'] = $ws['rainRateAct']; #$ws['lastRained'] = $wx['lastRained']; $ws['rainToday'] = wsConvertRainfall($wx['rainToday'], $from); $ws['rainHour'] = wsConvertRainfall($wx['rainHour'], $from); $ws['rainYday'] = wsConvertRainfall($wx['rainYday'], $fromYday); $ws['rainMonth'] = wsConvertRainfall($wx['rainMonth'], $from); $ws['rainYear'] = wsConvertRainfall($wx['rainYear'], $from); $ws['rainDayMnth'] = $wx['rainDayMnth'] * 1.0; $ws['rainDayYear'] = $wx['rainDayYear'] * 1.0; $ws['rainDaysWithNo'] = $wx['rainDaysWithNo'] * 1.0; # ------------------------------------------ EVAPOTRANSPIRATION -------- $ws['etToday'] = wsConvertRainfall($wx['etToday'], $from); $ws['etYday'] = wsConvertRainfall($wx['etYday'], $fromYday); # ------------------------------------------ wind --------------------- $from = trim(strtolower($wx['fromwind'])); // =' km/h', =' kts', =' m/s', =' mph' $fromYday = $wx['fromwindYday']; $ws['windAct'] = wsConvertWindspeed($wx['windAct'], $from); $ws['windActDsc'] = $wx['windActDsc']; $ws['windActDir'] = $wx['windActDir']; $ws['windAvgDir'] = $wx['windAvgDir']; $ws['windBeafort'] = wsBeaufortNumber($wx['windAct'], $from); $ws['gustAct'] = wsConvertWindspeed($wx['gustAct'], $from); $ws['gustMaxToday'] = wsConvertWindspeed($wx['gustMaxToday'], $from); $ws['gustMaxTodayTime'] = wview_time($wx['gustMaxTodayTime']); $ws['gustMaxYday'] = wsConvertWindspeed($wx['gustMaxYday'], $fromYday); $ws['gustMaxYdayTime'] = $wx['gustMaxYdayTime']; $ws['gustMaxMonth'] = wsConvertWindspeed($wx['gustMaxMonth'], $from);
}
$wsWxsimPlain[$i]['windSpeed'] = wsConvertWindspeed($wind1, $WXSIMwindunits[$i]);
$wsWxsimPlain[$i]['gust'] = wsConvertWindspeed($WXSIMgust[$i], $WXSIMwindunits[$i]);
$wsWxsimPlain[$i]['windDir'] = $WXSIMwinddiricon[$i];
$from = array('<', 'mm.', 'cm.', 'in.', 'mm', 'cm', 'in', '>', '+');
$string = str_replace($from, '', $WXSIMprecip[$i]);
$wsWxsimPlain[$i]['rain'] = wsConvertRainfall($string, $uoms[1]);
$wsWxsimPlain[$i]['rainExtra'] = '';
if (wsFound($WXSIMprecip[$i], '<')) {
$wsWxsimPlain[$i]['rainExtra'] = langtransstr('<');
}
if (wsFound($WXSIMprecip[$i], '>')) {
$wsWxsimPlain[$i]['rainExtra'] = langtransstr('>');
}
$string = str_replace($from, '', $WXSIMsnow[$i]);
$wsWxsimPlain[$i]['snow'] = wsConvertRainfall($string, $uoms[4], $SITE['uomSnow']);
$wsWxsimPlain[$i]['snowExtra'] = '';
if (wsFound($WXSIMsnow[$i], '<')) {
$wsWxsimPlain[$i]['snowExtra'] = langtransstr('<');
}
if (wsFound($WXSIMsnow[$i], '>')) {
$wsWxsimPlain[$i]['snowExtra'] = langtransstr('>');
}
$wsWxsimPlain[$i]['pop'] = $WXSIMpop[$i];
$wsWxsimPlain[$i]['UV'] = $WXSIMuv[$i];
}
# save array in cache
#echo '<pre> date '.$d.PHP_EOL; print_r($wsWxsimPlain); exit;
$fileTime = time();
// save the time we processed this file and saved to cache
if (!file_put_contents($cacheFile, serialize($wsWxsimPlain))) {
public function getWeatherData($location = '')
{
global $SITE, $sunset, $sunrise, $pageName;
$SITE['hwaIconsDir'] = 'wsHwa/hwa_icons/';
# check if data (for this location) is in cache
if ($this->enableCache && !empty($this->cachePath)) {
$this->cachePath = $SITE['cacheDir'];
$uoms = $SITE['uomTemp'] . '-' . $SITE['uomBaro'] . '-' . $SITE['uomRain'];
$from = array('°', '�', '/', ' ');
$to = array('', '', '', '');
$uoms = str_replace($from, $to, $uoms);
$this->cacheFile = $this->cachePath . $pageName . '-' . $uoms;
$returnArray = $this->loadFromCache();
// load from cache returns data only when its data is valid
if (!empty($returnArray)) {
// if data is in cache and valid return data to calling program
return $returnArray;
}
// eo return to calling program
}
// eo check cache
#----------------------------------------------------------------------------------------------
# combine user constants and input (1)location (2)units for temp etc to required url
#----------------------------------------------------------------------------------------------
$this->apiUrlpart[0] = 'http://www.hetweeractueel.nl/includes/custom/mosfeed.php?id=';
$this->apiUrlpart[1] = $SITE['hwaXmlId'];
$this->apiUrlpart[2] = '&securitycode=';
$this->apiUrlpart[3] = $SITE['hwaXmlKey'];
$this->apiUrlpart[4] = '&extended=1';
// # combine thew params tinto a correct URL
$this->weatherApiUrl = '';
for ($i = 0; $i < count($this->apiUrlpart); $i++) {
$this->weatherApiUrl .= $this->apiUrlpart[$i];
}
#----------------------------------------------------------------------------------------------
if ($this->makeRequest()) {
$xml = new SimpleXMLElement($this->rawData);
// echo "<pre>"; print_r ($xml);
$returnArray = array();
$rainSave = 0;
$windSave = 0;
$tempMaxSave = -100;
$tempMinSave = +100;
$windSave = 0;
#--------------------------------------------------------------------------------------------------
# first, get and save request info / units etc
#--------------------------------------------------------------------------------------------------
$i = 0;
// headings
$returnArray['request_info'][$i]['type'] = 'type';
$returnArray['request_info'][$i]['city'] = 'city';
$returnArray['request_info'][$i]['datum'] = 'date';
$returnArray['request_info'][$i]['url'] = 'url';
$returnArray['request_info'][$i]['timestamp'] = 'timestamp';
$returnArray['request_info'][$i]['uomTemp'] = 'uomTemp';
$returnArray['request_info'][$i]['uomBaro'] = 'uomBaro';
$returnArray['request_info'][$i]['uomWind'] = 'uomWind';
$returnArray['request_info'][$i]['uomRain'] = 'uomRain';
$i = 1;
// data
$returnArray['request_info'][$i]['type'] = (string) $xml->Plaatsen->Plaats['id'];
$returnArray['request_info'][$i]['city'] = (string) $xml->Plaatsen->Plaats['naam'];
$returnArray['request_info'][$i]['datum'] = (string) $xml['aanmaakdatum'];
$returnArray['request_info'][$i]['url'] = (string) $xml->Plaatsen->Plaats['alias'];
$returnArray['request_info'][$i]['timestamp'] = strtotime($returnArray['request_info'][$i]['datum'] . (string) $xml['aanmaaktijd']);
$returnArray['request_info'][$i]['uomTemp'] = '°C';
$returnArray['request_info'][$i]['uomBaro'] = 'hPa';
$returnArray['request_info'][$i]['uomWind'] = ' bft';
$returnArray['request_info'][$i]['uomRain'] = 'mm';
#--------------------------------------------------------------------------------------------------
# get forecast info
#--------------------------------------------------------------------------------------------------
$i = 0;
$returnArray['forecast'][$i]['date'] = 'date';
$returnArray['forecast'][$i]['hour'] = 'hour';
$returnArray['forecast'][$i]['timestamp'] = 'timestamp';
# EXTRA 12 hours data
$returnArray['forecast'][$i]['iconL'] = 'icon';
$returnArray['forecast'][$i]['iconUrlL'] = 'iconUrl';
$returnArray['forecast'][$i]['weatherDescL'] = 'description';
$returnArray['forecast'][$i]['part'] = 'Day/Night';
$returnArray['forecast'][$i]['tempLowNU'] = 'tempLow';
$returnArray['forecast'][$i]['tempLow'] = 'tempLow';
$returnArray['forecast'][$i]['tempHighNU'] = 'tempHigh';
$returnArray['forecast'][$i]['tempHigh'] = 'tempHigh';
$returnArray['forecast'][$i]['rainChance'] = 'CoR';
$returnArray['forecast'][$i]['snowChance'] = 'CoS';
$returnArray['forecast'][$i]['thunderChance'] = 'CoT';
# 6 hours data
$returnArray['forecast'][$i]['rainNU'] = 'rain';
$returnArray['forecast'][$i]['rain'] = 'rain';
# 3 hours data
$returnArray['forecast'][$i]['icon'] = 'icon';
$returnArray['forecast'][$i]['iconUrl'] = 'iconUrl';
$returnArray['forecast'][$i]['weatherDesc'] = 'description';
$returnArray['forecast'][$i]['tempNU'] = 'temp';
$returnArray['forecast'][$i]['temp'] = 'temp';
$returnArray['forecast'][$i]['baro'] = 'baro';
$returnArray['forecast'][$i]['windSpeedNU'] = 'wind';
$returnArray['forecast'][$i]['windSpeed'] = 'wind';
$returnArray['forecast'][$i]['windDir'] = 'windDir';
$returnArray['forecast'][$i]['windDirIcon'] = 'windDirIcon';
#
$i2 = count($xml->Plaatsen->Plaats->Verwachtingen->Verwachting);
$utcDiff = date('Z');
// to help to correct utc differences
for ($n = 1; $n <= $i2; $n++) {
$arr = $xml->Plaatsen->Plaats->Verwachtingen->Verwachting[$n - 1];
# if (!isset($arr->weersymbool_12u) ){continue;} // skip new 3 hour details
$i++;
$returnArray['forecast'][$i]['date'] = $datum = (string) $arr['datum'];
// [date] => 20130424
$returnArray['forecast'][$i]['hour'] = $hour = substr('00' . (string) $arr['uur'], -2);
// [hour] => 12
$timeString = $datum . 'T' . $hour . '0000';
$returnArray['forecast'][$i]['timestamp'] = $timeOurs = $utcDiff + strtotime($timeString);
$returnArray['forecast'][$i]['date'] = date('Ymd', $timeOurs);
$returnArray['forecast'][$i]['hour'] = date('H', $timeOurs);
# 12 hour forecast data
if (isset($arr->weersymbool_12u)) {
$tekst = (string) $arr->weersymbool_12u;
$returnArray['forecast'][$i]['iconL'] = $tekst;
$returnArray['forecast'][$i]['iconUrlL'] = $SITE['hwaIconsDir'] . $tekst . $this->iconType;
$tekst = (string) $arr->weersomschrijving_12u;
if (!isset($this->descriptions[$tekst])) {
$returnArray['forecast'][$i]['weatherDescL'] = $tekst;
} else {
$returnArray['forecast'][$i]['weatherDescL'] = $this->descriptions[$tekst];
}
if (isset($arr->maximumtemperatuur)) {
$returnArray['forecast'][$i]['part'] = 'daytime';
$returnArray['forecast'][$i]['tempLow'] = $returnArray['forecast'][$i]['tempLowNU'] = '';
if ($amount < $tempMaxSave) {
$amount = $tempMaxSave;
}
$amount = (string) $arr->maximumtemperatuur;
$returnArray['forecast'][$i]['tempHighNU'] = $result = (string) wsConvertTemperature($amount, $this->uomTemp, $SITE['uomTemp']);
$returnArray['forecast'][$i]['tempHigh'] = $result . $SITE['uomTemp'];
} else {
$returnArray['forecast'][$i]['part'] = 'nighttime';
$amount = (string) $arr->minimumtemperatuur;
if ($amount > $tempMinSave) {
$amount = $tempMinSave;
}
$returnArray['forecast'][$i]['tempLowNU'] = $result = (string) wsConvertTemperature($amount, $this->uomTemp, $SITE['uomTemp']);
$returnArray['forecast'][$i]['tempLow'] = $result . $SITE['uomTemp'];
$returnArray['forecast'][$i]['tempHigh'] = $returnArray['forecast'][$i]['tempHighNU'] = '';
}
$returnArray['forecast'][$i]['rainChance'] = (int) $arr->neerslagkans;
$returnArray['forecast'][$i]['snowChance'] = (int) $arr->sneeuwkans;
$returnArray['forecast'][$i]['thunderChance'] = (int) $arr->onweerkans;
#
$amount = (string) $arr->neerslaghoeveelheid;
$result = (string) wsConvertRainfall($amount, $this->uomRain, $SITE['uomRain']);
$returnArray['forecast'][$i]['rainNUL'] = $result + $rainSave;
$returnArray['forecast'][$i]['rainL'] = $result + $rainSave . $SITE['uomRain'];
$amount = (int) $arr->windsnelheid;
if ($windSave > $amount) {
$amount = $windSave;
}
$returnArray['forecast'][$i]['windSpeedL'] = $amount . ' bft';
$returnArray['forecast'][$i]['windSpeedNUL'] = $amount;
# echo '<!-- rain at '.$timeString.' '.($result + $rainSave).' == '.$returnArray['forecast'][$i]['rainL'] .' -->'.PHP_EOL;
}
// eo 12 hour data
# 6 hours data
if (isset($arr->neerslaghoeveelheid)) {
$amount = (string) $arr->neerslaghoeveelheid;
$returnArray['forecast'][$i]['rainNU'] = $result = (string) wsConvertRainfall($amount, $this->uomRain, $SITE['uomRain']);
$returnArray['forecast'][$i]['rain'] = $result . $SITE['uomRain'];
$rainSave = $rainSave + $result;
if (isset($arr->maximumtemperatuur)) {
$amount = (string) $arr->maximumtemperatuur;
$tempMaxSave = (string) wsConvertTemperature($amount, $this->uomTemp, $SITE['uomTemp']);
} else {
$amount = (string) $arr->minimumtemperatuur;
$tempMinSave = (string) wsConvertTemperature($amount, $this->uomTemp, $SITE['uomTemp']);
}
}
# 3 hours data
$tekst = (string) $arr->weersymbool;
if ($tekst == '') {
$string = '<!-- ' . $pageName . ' -- invalid input for ' . $timeString . ' -->' . PHP_EOL;
echo $string;
unset($returnArray['forecast'][$i]);
$i = $i - 1;
continue;
}
$returnArray['forecast'][$i]['icon'] = $tekst;
$returnArray['forecast'][$i]['iconUrl'] = $SITE['hwaIconsDir'] . $tekst . $this->iconType;
(string) $arr->weersymbool;
$tekst = (string) $arr->weersomschrijving;
if ($tekst == '') {
$string = '<!-- ' . $pageName . ' -- invalid input for ' . $timeString . ' -->' . PHP_EOL;
echo $string;
unset($returnArray['forecast'][$i]);
$i = $i - 1;
continue;
}
if (!isset($this->descriptions[$tekst])) {
$returnArray['forecast'][$i]['weatherDesc'] = $tekst;
} else {
$returnArray['forecast'][$i]['weatherDesc'] = $this->descriptions[$tekst];
}
$amount = (string) $arr->temperatuur;
$returnArray['forecast'][$i]['tempNU'] = $result = (string) wsConvertTemperature($amount, $this->uomTemp, $SITE['uomTemp']);
$returnArray['forecast'][$i]['temp'] = $result . $SITE['uomTemp'];
$amount = (string) $arr->luchtdruk;
$returnArray['forecast'][$i]['baroNU'] = $result = (string) wsConvertBaro($amount, $this->uomBaro, $SITE['uomBaro']);
$returnArray['forecast'][$i]['baro'] = (string) $arr->luchtdruk . $SITE['uomBaro'];
$amount = (int) $arr->windsnelheid;
$returnArray['forecast'][$i]['windSpeed'] = $amount . ' bft';
$returnArray['forecast'][$i]['windSpeedNU'] = $amount;
if ($amount > $windSave) {
$windSave = $amount;
}
$dir = strtoupper($arr->windrichting);
if ($dir == '') {
$dir = 'N';
}
$returnArray['forecast'][$i]['windDir'] = $this->windDir[$dir];
$returnArray['forecast'][$i]['windDirIcon'] = (string) $arr->windrichting;
// echo '<!-- '; print_r ($returnArray['forecast'][$i]); echo ' -->';
if (isset($arr->weersymbool_12u)) {
$rainSave = 0;
// used to gather 12 hour data for 6 hour data
$tempMaxSave = -100;
// 12 hours data from 3 hours data
$tempMinSave = +100;
// same
$windSave = 0;
// same
}
}
// eo for loop forecasts
}
// eo makeRequest processing
$this->rawdata = '';
if (!isset($returnArray['forecast']) || count($returnArray['forecast']) < 3) {
return $returnArray;
}
if ($this->enableCache && !empty($this->cachePath)) {
$this->writeToCache($returnArray);
}
$this->rawdata = '';
# echo '<pre>'.PHP_EOL; print_r ($returnArray); exit;
return $returnArray;
}
function wsConvertArray($kind, $array, $usedunit, $reqUnit)
{
if ($usedunit == $reqUnit) {
return $array;
}
foreach ($array as $key => $value) {
switch ($kind) {
case 'temp':
$array[$key] = wsConvertTemperature($value, $usedunit, $reqUnit);
break;
case 'wind':
$array[$key] = wsConvertWindspeed($value, $usedunit, $reqUnit);
break;
case 'rain':
$array[$key] = wsConvertRainfall($value, $usedunit, $reqUnit);
break;
case 'baro':
$array[$key] = wsConvertBaro($value, $usedunit, $reqUnit);
break;
}
// end switch
}
// end foreach
return $array;
}
