$premo = $ysign == $actrY ? $actrM * 1 : 12;
// We have in this year also data from 1.1. of next year so we use $ysign
// NEXT DAY sign
$chDay = $actDay;
}
// CREATE ARRAYS FOR JS DATA CALCULATION
$aTemp[] = convcf($row['temperature']);
$aDP[] = convcf($row['dew_point_temperature']);
$aHum[] = $row['outdoor_humidity'];
$aBaro[] = round($row['barometer'] * $r_baro, 2);
$aWS[] = round($row['average_windspeed'] * $r_wind, 1);
$agWS[] = round($row['gust_windspeed'] * $r_wind, 1);
$awindir[] = $row['wind_direction'];
$aSolar[] = $row['actual_solar_reading'];
$aUV[] = $row['davis_vp_uv'];
$aIndTemp[] = convcf($row['indoor_temperature']);
$dailyRain = $row['daily_rainfall'];
// yesterday_rainfall system is a little bit problematic
$pdtstamp = strtotime(substr($row['datetime'], 0, 10) . ' 00:00:00') * 1000;
//js timestamp; substr is for time correction
$actrM = substr($row['datetime'], 5, 2);
$actrY = substr($row['datetime'], 0, 4);
}
date_default_timezone_set($TZconf);
// Back to configured timezone
// FINISH DAYS RAIN DATA TO MONTH - last month
$rainC .= "[" . $premo . ',' . $monthrSum . "],";
$rainS += $monthrSum;
$rainT .= "[" . $premo . ',' . $rainS . "],";
if (mysql_affected_rows() < 2) {
// we need at least two values for drawing a line in graph.
//Proceed data
while ($row = mysql_fetch_array($sql, MYSQL_ASSOC)) {
$dTimeArray .= strtotime($row['datetime']) * 1000 . ',';
$dTemp .= convcf($row['temperature']) . ',';
$dDP .= convcf($row['dew_point_temperature']) . ',';
$dBaro .= round($row['barometer'] * $r_baro, 2) . ',';
$dWindDir .= $row['wind_direction'] . ',';
$dAvgWS .= round($row['average_windspeed'] * $r_wind * $windcon, 1) . ',';
$dGustWS .= round($row['gust_windspeed'] * $r_wind * $windcon, 1) . ',';
$dHum .= $row['outdoor_humidity'] . ',';
$dRainSpd .= round($row['rain_rate'] * $r_rate, 2) . ',';
$dRainT .= round($row['daily_rainfall'] * $r_rain, 2) . ',';
$dSolar .= $row['actual_solar_reading'] . ',';
$dCond .= '"' . str_replace('_', ' ', $row['current_weather_desc']) . '",';
$dUV .= $row['davis_vp_uv'] . ',';
$dIndTemp .= convcf($row['indoor_temperature']) . ',';
}
date_default_timezone_set($TZconf);
// Back to configured timezone
if (mysql_affected_rows() < 2) {
// we need at least two values for drawing a line in graph.
$emptyGraph = true;
}
// metric/imperial units conversion for spike correcting
$baroSpike = $metric ? 1 : 33.86;
$tempSpike = $metric ? 1 : 1.8;
$rainSpike = $metric ? 1 : 2.54;
$windSpike = $metric ? 1 : 0.6214;
$outData = 'var dTemp = [' . rmSpike(substr($dTemp, 0, -1), $dsp['temp'] * $tempSpike) . '];
var dDP = [' . rmSpike(substr($dDP, 0, -1), $dsp['temp'] * $tempSpike) . '];
var dBaro = [' . rmSpike(substr($dBaro, 0, -1), $dsp['baro'] / $baroSpike) . '];
$chwindSpd[] = $value;
//only for bad value comparsion
break;
case 2:
$windGst[] = mxround($value * $mwind * $windcon, 1);
$chwindGst[] = $value;
//only for bad value comparsion
break;
case 3:
$windDir[] = $value;
$chwindDir[] = $value;
//only for bad value comparsion
break;
case 4:
# print_r($temp); exit;
$temp[] = convcf($value);
$chtemp[] = $value;
// ...
break;
case 5:
$humi[] = $value;
$chhumi[] = $value;
break;
case 6:
$baro[] = mxround($value * $mbaro, 2);
$chbaro[] = $value;
break;
case 7:
$rain[] = mxround($value * $mrain, 2);
$chrain[] = $value;
break;