\n";
echo "\n";
if (is_dir($path))
{
//printf("more files\n",$path);
echo "\n";
echo "\n";
printf(" | \n", $path, $date2);
echo "
\n";
// echo "\n";
// printf(" | \n", $path, $date2);
// echo "
\n";
echo "\n";
echo "
\n";
}
else
echo "No files available for ".$date.".\n";
echo "
\n";
echo "
\n";
echo "
\n";
//echo "Some information on the plots:
\n";
echo "From the top:
\n";
echo "THRESHOLD:
\n ";
echo " threshold (RATE_CONTROL_THRESHOLD.fits threshold)
\n";
echo "CURRENT:
\n";
echo " blue: predicted currents
\n";
echo " black: measured (FEEDBACK_CALIBRATED_CURRENTS.fits Imed)
\n";
echo " gray: patch with highest current (FEEDBACK_CALIBRATED_CURRENTS.fits I[highest current])
\n";
echo " dark gray: patch with 4th highest current (FEEDBACK_CALIBRATED_CURRENTS.fits I[4th highest current])
\n";
echo " very dark gray: width of current distribution in camera (Imed+Idev)
\n";
echo "TRIGGER RATE:
\n ";
echo " black: trigger rate (FTM_CONTROL_TRIGGER_RATES.fits TriggerRate)
\n";
echo " red (one point per run):cleaning rate (AnalysisResultsRunLP.fNumEvtsAfterCleaning/AnalysisResultsRunLP.fOnTimeAfterCuts)
\n";
echo " blue (one point per run): rate after quality cuts (AnalysisResultsRunLP.fNumEvtsAfterQualCuts/AnalysisResultsRunLP.fOnTimeAfterCuts)
\n";
echo "RELATIVE ONTIME:
\n ";
echo " relative ontime (FTM_CONTROL_TRIGGER_RATES.fits OnTime/ElapsedTime)
\n";
echo "ELEVATION:
\n ";
echo " elevation (DRIVE_CONTROL_POINTING_POSITION.fits 90-Zd)
\n";
echo "TEMPERATURE:
\n ";
echo " black: sensor temperature (FSC_CONTROL_TEMPERATURE.fits T_sens)
\n";
echo " blue: outside temperature (MAGIC_WEATHER_DATA.fits T)
\n";
echo " red: container temperature (TEMPERATURE_DATA.fits T)
\n";
echo " green: minimum, average and maximum fad temperature (FAD_CONTROL_TEMPERATURE.fits Data1/temp)
\n";
echo "
\n";
//echo "HUMIDITY:
\n ";
//echo " green: PFmini rel. hum sensor (most trusted sensor)
\n";
//echo " azure: 4 rel. hum. sensors of the FSC board.
\n";
//echo " orange line: if humidity crosses this line, please note it in the logbook.
\n";
//echo " red line: if humidity crosses this line, please write a mail about it to fact-online.
\n";
//echo "These limits are not carved in stone. If we find, the humidity never crosses the 37% limit, we might lower the red line substantially.
\n";
//echo "
\n";
//echo "SQM:
\n ";
//echo " black: 'mag' [magnitudes / (sq arcsec)] of the Unihedron SQM-LE, looking
// close to the FoV of the telescope
\n";
//echo "magnitudes/ (sq arcsec) can be converted to photons per (s sr m^2) as:
\n";
//echo "photon flux = 4.4e20 * 10^(-0.4*mag)
\n";
//echo "
\n";
echo " \n";
echo "