<?php
/*
 File: CUtags.txt

 Purpose: load Cumulus variables into a $WX[] array for use with the Canada/World/USA template sets

 Instructions:  
 Save this page as CUtags.txt and place in your cumulus\webfiles directory
 
 Use the Cumulus, Configuration, Internet, Files panel select an unused entry.

 In the Local Filenames, press Browse and select the CUtags.txt file as the local filename.
 In the Remote Filenames box, enter the directory and CUtags.php as the Remote Filename to use. 
 Leave the Binary? box unchecked,
 Check the Process? box.
 Leave the Realtime? box unchecked.
 Check the FTP? box.
 
 Press OK on the Internet Settings dialog to close it and save the settings.


 Author: Ken True - webmaster@saratoga-weather.org

 (created by gen-CUtags.php - V1.07 - 02-Jan-2013)

 These tags generated on 2013-01-13 01:01:57 GMT
   From tags.txt updated 2013-01-12 18:01:52 GMT

*/
// --------------------------------------------------------------------------

// allow viewing of generated source

if (isset($_REQUEST["sce"]) and strtolower($_REQUEST["sce"]) == "view" ) {
//--self downloader --
   $filenameReal = __FILE__;
   $download_size = filesize($filenameReal);
   header("Pragma: public");
   header("Cache-Control: private");
   header("Cache-Control: no-cache, must-revalidate");
   header("Content-type: text/plain");
   header("Accept-Ranges: bytes");
   header("Content-Length: $download_size");
   header("Connection: close");
   
   readfile($filenameReal);
   exit;
}
$WXsoftware = 'CU';  
$defsFile = './CU-defs.php';  // filename with $varnames = $WX['CU-varnames']; equivalents
 
$rawdatalines = <<<END_OF_RAW_DATA_LINES
$RT_date = '<#date format=dd/MM/yy>';              // 0 date (always dd/mm/yy)
$RT_timehhmmss = '<#timehhmmss>';                  // 1 time (always hh:mm:ss)
$RT_timehhmm = $RT_time = substr($RT_timehhmmss,0,5); // 1 (hh:mm)
$RT_temp = $RT_temperature = '<#temp>';            // 2 outside temperature
$RT_hum = $RT_humidity = '<#hum>';                 // 3 relative humidity
$RT_dew = $RT_dewpt = '<#dew>';                    // 4 dewpoint
$RT_wspeed = $RT_avgspd = '<#wspeed>';             // 5 wind speed (average)
$RT_wlatest = '<#wlatest>';                        // 6 latest wind speed reading
$RT_bearing = '<#bearing>';                        // 7 wind bearing (degrees)
$RT_rrate = $RT_currentrainratehr = '<#rrate>';    // 8 current rain rate (mm / in per hour)
$RT_rfall = $RT_dayrn = '<#rfall>';                // 9 rain today (0.0 mm / in)
$RT_press = $RT_baro = '<#press>';                 // 10 barometer
$RT_baro1 = round($RT_press,1);                    // 10 rounded to 1 dec place
$RT_currentwdir = $RT_dirlabel = '<#currentwdir>'; // 11 current wind direction (compass [cardinal] point)
$RT_beaufortnumber = '<#beaufortnumber>';          // 12 wind speed (beaufort)
$RT_windunit = $RT_uomwind = '<#windunit>';        // 13 wind units - m/s, mph, km/h, kts
$RT_tempunitnodeg = $RT_uomtemp = '<#tempunitnodeg>'; // 14 temperature units - degree C, degree F
$RT_pressunit = $RT_uombaro = '<#pressunit>';      // 15 pressure units -mb, hPa, in
$RT_rainunit = $RT_uomrain = '<#rainunit>';        // 16 rain units - mm, in
$RT_windrun = $RT_windruntoday = '<#windrun>';     // 17 wind run (today)
$RT_presstrendval = $RT_trend = '<#presstrendval>';   // 18 pressure trend value
$RT_rmonth = $RT_monthrn = '<#rmonth>';            // 19 monthly rainfall
$RT_ryear = $RT_yearrn = '<#ryear>';               // 20 yearly rainfall
$RT_rfallY = $RT_yesterdayrain = '<#rfallY>';      // 21 yesterday's rainfall
$RT_intemp = '<#intemp>';                          // 22 inside temperature
$RT_inhum = '<#inhum>';                            // 23 inside humidity
$RT_wchill = $RT_windch = '<#wchill>';             // 24 wind chill
$RT_windchnodp = round(preg_replace('|,|','.',$RT_wchill),0);  // 24 rounded to 0 dec places and converted to decimal point
$RT_temptrend = $RT_tempchangehour = '<#temptrend>';  // 25 temperature trend value
$RT_tempTH = $RT_maxtemp = '<#tempTH>';            // 26 today's high temp
$RT_TtempTH = $RT_maxtempt = '<#TtempTH>';         // 27 time of today's high temp (hh:mm)
$RT_tempTL = $RT_mintemp = '<#tempTL>';            // 28 today's low temp
$RT_TtempTL = $RT_mintempt = '<#TtempTL>';         // 29 time of today's low temp (hh:mm)
$RT_windTM = '<#windTM>';                          // 30 today's high wind speed (average)
$RT_TwindTM = '<#TwindTM>';                        // 31 time today's highwindspeed(ave) (hh:mm)
$RT_wgustTM = $RT_maxgst = '<#wgustTM>';           // 32 today's high wind gust
$RT_TwgustTM = $RT_maxgstt = '<#TwgustTM>';        // 33 time of today's high wind gust (hh:mm)
$RT_pressTH = $RT_highbaro = '<#pressTH>';         // 34 today's high pressure
$RT_TpressTH = $RT_highbarot = '<#TpressTH>';      // 35 time of today's high pressure (hh:mm)
$RT_pressTL = $RT_lowbaro = '<#pressTL>';          // 36 today's low pressure
$RT_TpressTL = $RT_lowbarot = '<#TpressTL>';       // 37 time of today's low pressure (hh:mm)
$RT_version = '<#version>';                        // 38 Cumulus version
$RT_build = $RT_wdbuild = '<#build>';              // 39 Cumulus build number
$RT_wdversion = $RT_version.'-b'.$RT_build;        // 30 - 38 WD version - version and build combined
$RT_wgust = $RT_gstspd = '<#wgust>';               // 40 10-minute high gust
$RT_heatindex = $RT_heati = '<#heatindex>';        // 41 heat index
$RT_heatinodp = round(preg_replace('|,|','.',$RT_heatindex),0); // 41 rounded to 0 dec places and converted to decimal point
$RT_humidex = '<#humidex>';                        // 42 humidex
$RT_UV = $RT_VPuv = '<#UV>';                       // 43 UV Index
$RT_ET = $RT_VPet = '<#ET>';                       // 44 evapotranspiration today
$RT_SolarRad = $RT_VPsolar = '<#SolarRad>';        // 45 solar radiation W/m2
$RT_avgbearing = '<#avgbearing>';                  // 46 10-minute average wind bearing (degrees)
$RT_rhour = $RT_hourrn = '<#rhour>';               // 47 rainfall last hour
$RT_forecastnumber = '<#forecastnumber>';          // 48 The number (Zambretti) of the current forecast as per Strings.ini. If no forecast 0 (zero) is returned
$RT_isdaylight = '<#isdaylight>';                  // 49 Flag to indicate that the location of the station is currently in daylight (1 = yes, 0 = No)
$RT_SensorContactLost = '<#SensorContactLost>';    // 50 "Fine Offset only", (1 = Yes, 0 = No)
$RT_wdir = $RT_dir0minuteago = '<#wdir>';          // 51 wdir - Average wind direction
$RT_cloudbasevalue = '<#cloudbasevalue>';          // 52 Cloud base
$RT_cloudbaseunit = '<#cloudbaseunit>';            // 53 Cloud base units
$RT_apptemp = $RT_apparenttemp = '<#apptemp>';     // 54 Apparent Temperature
$RT_SunshineHours = $RT_VPSunHrs0minuteago = '<#SunshineHours>'; // 55 Sunshine hours so far today
$RT_CurrentSolarMax = '<#CurrentSolarMax>';        // 56 Current theoretical max solar rad
$RT_currentsolarpercent = ($RT_CurrentSolarMax > 0)? round($RT_SolarRad/$RT_CurrentSolarMax*100,0) : 0;  // current solar rad as % of solar max
$RT_IsSunny = '<#IsSunny>';                        // 57 Flag to indicate that the sun is shining (1 = yes, 0 = No)
// extended data points - Highs, lows and times not included in standard realtime
$RT_humTH = '<#humTH>';                            // today's high humidity
$RT_humTL = '<#humTL>';                            // today's low humidity
$RT_ThumTH = '<#ThumTH>';                          // time of today's high humidity
$RT_ThumTL = '<#ThumTL>';                          // time of today's low humidity
$RT_dewpointTH = '<#dewpointTH>';                  // today's high dewpoint
$RT_dewpointTL = '<#dewpointTL>';                  // today's low dewpoint
$RT_TdewpointTH = '<#TdewpointTH>';                // time of today's high dewpoint
$RT_TdewpointTL = '<#TdewpointTL>';                // time of today's low dewpoint
$RT_apptempTH = '<#apptempTH>';                    // today's high apptemp
$RT_apptempTL = '<#apptempTL>';                    // today's low apptemp
$RT_TapptempTH = '<#TapptempTH>';                  // time of today's high apptemp
$RT_TapptempTL = '<#TapptempTL>';                  // time of today's low apptemp
$RT_wchillTL = '<#wchillTL>';                      // today's low wchill
$RT_TwchillTL = '<#TwchillTL>';                    // time of today's low wchill
$RT_solarTH = '<#solarTH>';                        // today's high solar
$RT_TsolarTH = '<#TsolarTH>';                      // time of today's high solar
$RT_UVTH = '<#UVTH>';                              // today's high UV
$RT_TUVTH = '<#TUVTH>';                            // time of today's high UV
$RT_rrateTM = '<#rrateTM>';                        // today's maximum rain rate
$RT_r24hour = '<#r24hour>';                        // r24hour
$RT_StormRain = '<#StormRain>';                    // StormRain
$RT_MinutesSinceLastRainTip = '<#MinutesSinceLastRainTip>';   // MinutesSinceLastRainTip
$RT_forecast = '<#forecast>';                      // station forecast
// extended data points -  sun, moon, forecast, for header section of MX "UI" style website
$RT_sunrise = '<#sunrise>';                        // time of today's sunrise
$RT_sunset = '<#sunset>';                          // time of today's sunset
$RT_moonrise = '<#moonrise>';                      // time of today's monnrise
$RT_moonset = '<#moonset>';                        // time of today's moonset
$RT_moonAge = '<#MoonAge>';                        // moon age (days)
$RT_moonPercent = '<#MoonPercent>';                // moon percent visible
$RT_moonPercentAbs = '<#MoonPercentAbs>';          // moon percent visible
$RT_moonphase = '<#moonphase>';                    // moon phase
END_OF_RAW_DATA_LINES;

// end of generation script

// put data in  array
//
$WX = array();
global $WX;
$WXComment = array();
$data = explode(":|:",$rawdatalines);
$nscanned = 0;
foreach ($data as $v => $line) {
  list($vname,$vval,$vcomment) = explode("|",trim($line).'|||');
  if(substr($vname,0,1) == "#") { //
    continue; // ignore comment records
  }
  if(substr($vname,0,1) == "!") { // handle beta tags conditionally
    if($vval == "") {
	  continue; // skip this one
	} else {
	  $vname = substr($vname,1);
	  if($vcomment <> "") {$vcomment .= " (Beta)"; }
	}
  }
  if ($vname <> "") {
    $WX[$vname] = trim($vval);
    if($vcomment <> "") { $WXComment[$vname] = trim($vcomment); }
  }
  $nscanned++;
}
if(isset($_REQUEST['debug'])) {
  print "<!-- loaded $nscanned $WXsoftware \$WX[] entries -->\n";
}

if (isset($_REQUEST["sce"]) and strtolower($_REQUEST["sce"]) == "dump" ) {

  print "<pre>\n";
  print "// \$WX[] array size = $nscanned entries.\n";
  foreach ($WX as $key => $val) {
	  $t =  "\$WX['$key'] = '$val';";
	  if(isset($WXComment[$key])) {$t .=  " $WXComment[$key]"; }
	  print "$t\n";
  }
  print "</pre>\n";
  exit;
}
if(file_exists("CU-defs.php")) { include_once("CU-defs.php"); }
?>