Baffle timestamp: ' . date("r", $timestamp ) . '';
//placeText(560, 1395, "LN2 Tank", 130, 5, "#000000");
$link = $adeiChannel[15][6] . "," . $adeiChannel[15][7];
//placePicWithLink(563,1367, "LN2tank.png", 45, "LN2 tank", $link);
$value = $adeiValue[15][6]*0.77+0.83;
$link = $adeiChannel[15][6];
$text = sprintf('%.0F', $value) . " %";
//placeTextWithLink(590, 1395, $text, 70, 4, "#000000", "LN2 tank level", $link);
$value = $adeiValue[15][7]-1.86;
$link = $adeiChannel[15][7];
$text = sprintf('%.1F', $value) . " bar";
//placeTextWithLink(590, 1450, $text, 70, 4, "#000000", "LN2 tank pressure", $link);
for ($id = 0; $id < 3; $id++)
{
$value = $adeiValue[15][$id];
$pic = "ice.png";
$text = "---";
if ($value < 800)
{
$text = sprintf('%.0F', $value) . " K";
if ($value > $max[$id]) $pic = "iceOff.png";
else
{
$value = $adeiValue[15][$id + 3];
if ($value > 0.1 && $value <= 100.0) $pic = "iceOn.png";
else $pic = "iceBlink.gif";
}
}
$pos = $id;
if ($id == 0) $pos = 1;
else if ($id == 1) $pos = 0;
$link = $adeiChannel[15][$id] . "," . $adeiChannel[15][$id + 3];
placePicWithLink(410 + $pos * 50, 1375, $pic, 30, "status baffle PP" . ($id + 1) . "
blue: cooled, red: warmed, blinking: warming, grey: undefined", $link);
placeTextWithLink(437 + $pos * 50, 1355, $text, 70, 4, "#000000", "temperature baffle PP" . ($id + 1), $link);
}
// ########## PRESSURES ##########
// CC2320
$value = $adeiValue[7][0];
$pic = "cc";
$text = "---";
if ($value > 1E+2) { $pic = $pic; $text = "OFF"; }
else if ($value > 2E-5) { $pic = $pic . "Off"; $text = "high"; }
else if ($value <= 1E-4 && $value >= 1E-11) { $pic = $pic . "On"; $text = sprintf('%.1E', $value); }
else if ($value < 1E-11) { $text = "LOW"; }
placePicWithLink(410, 1435, $pic . ".png", 30, "status cold cathode gauge CC2320
green: on, red: off, grey: undefined", $adeiChannel[7][0]);
placeTextWithLink(439, 1415, $text, 70, 4, "#000000", "pressure [mbar] cold cathode gauge CC2320:
P = ".sprintf('%.3E mbar;', $value), $adeiChannel[7][0]);
$time_conversion_factor = 621355968000000000; // conversion for PCS7 .NET value;
$timestamp = ($adeiValue[7][8] - $time_conversion_factor) / 10000000;
echo '
Vacuum timestamp: ' . date("r", $timestamp ) . '
';
// CC2345
$value = $adeiValue[7][7];
$pic = "cc";
$text = "---";
if ($value > 1E-4) { $pic = $pic . "Off"; $text = "OFF"; }
else if ($value <= 1E-4 && $value >= 1E-11) { $pic = $pic . "On"; $text = sprintf('%.1E', $value); }
else if ($value < 1E-11) { $text = "LOW"; }
placePicWithLink(427, 1482, $pic . ".png", 30, "status cold cathode gauge CC2345
green: on, red: off, grey: undefined", $adeiChannel[7][7]);
placeTextWithLink(406, 1462, $text, 70, 4, "#000000", "pressure [mbar] cold cathode gauge CC2345:
P = ".sprintf('%.3E mbar;', $value), $adeiChannel[7][7]);
// Ex3110
$value = $adeiValue[8][0];
$pic = "ex";
$text = "---";
if ($value > 2E-5) {$text = "OFF"; {if ($MSmode < 5) $pic = $pic . "Off"; else $pic = $pic;}}
else if ($value <= 2E-5 && $value > 1E-12) { $pic = $pic . "On"; $text = sprintf('%.1E', $value); }
placePicWithLink(510, 1435, $pic . ".png", 30, "status extractor ion gauge Ex3110
green: on, red: off, grey: undefined", $adeiChannel[8][0]);
placeTextWithLink(539, 1415, $text, 70, 4, "#000000", "pressure [mbar] extractor ion gauge Ex3110", $adeiChannel[8][0]);
// Ex1110
$value = $adeiValue[28][0];
$link = $adeiChannel[28][0];
$pic = "ex";
$text = "---";
if ($value > 2E-5) {$text = "OFF"; {if ($MSmode < 5) $pic = $pic . "Off"; else $pic = $pic;}}
else if ($value <= 2E-5 && $value > 1E-12) { $pic = $pic . "On"; $text = sprintf('%.1E', $value);}
placePicWithLink(460, 1435, $pic.".png", 30, "status extractor ion gauge Ex1110
green: off, blinking: on, grey: undefined", $link);
placeTextWithLink(489, 1415, $text, 70, 4, "#000000", "pressure [mbar] extractor ion gauge Ex1110", $link);
// Ex0096
$value = $adeiValue[9][2];
$link = $adeiChannel[9][2];
$pic = "ex";
$text = "---";
if ($value > 1E+2) {$text = "OFF"; {if ($MSmode < 5) $pic = $pic . "Off"; else $pic = $pic;}}
else if ($value > 2E-5) { $pic = $pic . "Off"; $text = "OFF"; }
else if ($value <= 2E-5 && $value > 1E-12) { $pic = $pic . "On"; $text = sprintf('%.1E', $value);}
placePicWithLink(230, 1220, $pic.".png", 30, "status extractor ion gauge 0096
green: off, blinking: on, grey: undefined", $link);
placeTextWithLink(259, 1200, $text, 70, 4, "#000000", "pressure [mbar] extractor ion gauge 0096", $link);
// CC FPD
$value = $adeiValue[6][1];
$pic = "cc";
$text = "---";
if ($value > 1E-4) { $pic = $pic . "Off"; $text = "OFF"; }
if ($value < 1E-11) { $pic = $pic . "Off"; $text = "OFF"; }
else if ($value <= 1E-4 && $value > 1E-12) { $pic = $pic . "On"; $text = sprintf('%.1E', $value); }
placePicWithLink(188, 1475, $pic . ".png", 30, "status FPD cold cathode gauge
green: on, red: off, grey: undefined", $adeiChannel[6][1]);
placeTextWithLink(217, 1455, $text, 70, 4, "#000000", "pressure [mbar] FPD cold cathode gauge", $adeiChannel[6][1]);
// Gauge Baffle
$value = $adeiValue[4][0];
$link = $adeiChannel[4][0];
$color = "#000000";
$pic = "gauge";
$text = "---";
if ($value > 1E-4) { $pic = $pic . "Off"; $text = "OFF"; }
// standard cold blue "#0026FF" , ice cold blue "#107BC7"
if ($value < 2E-6 && $value > 1E-9) { $pic ="gaugeOn"; $color ="#107BC7"; $text = sprintf('%.1E', $value); }
else if ($value >= 1E-6 && $value < 1e-1) { $pic = "gaugeOff"; $color = "FF0000"; $text = sprintf('%.1E', $value); }
placePicWithLink(460, 1315, $pic . ".png", 30, "status baffle insulation vacuum gauge
gray: off, green: on, red: too high
Should be < 5e-6 mbar for HV operation!!!", $link);
placeTextWithLink(460+29, 1295, $text, 70, 4, $color, "pressure [mbar] baffle insulation vacuum gauge", $link);
// PS CC1232
$value = $adeiValue[27][0];
$link = $adeiChannel[27][0];
$pic = "cc";
$text = "---";
if ($value >= 9.9E-5) { $pic = $pic . "Off"; $text = "OFF"; }
else if ($value < 1E-4 && $value > 1.2E-11) { $pic = $pic . "On"; $text = sprintf('%.1E', $value); }
placePicWithLink(370, 240, $pic . ".png", 30, "status cold cathode gauge CC1232
green: on, red: off, grey: undefined", $link);
placeTextWithLink(399, 220, $text, 70, 4, "#000000", "pressure [mbar] cold cathode gauge CC1232", $link);
// PS Ex1221
$value = $adeiValue[27][5];
$link = $adeiChannel[27][5];
$pic = "ex";
$text = "---";
if ($value >= 9.9E-5) {$text = "OFF"; {if ($PSmode < 5) $pic = $pic . "Off"; else $pic = $pic;}}
else if ($value < 1E-4 && $value > 7E-13) { $pic = $pic . "On"; $text = sprintf('%.1E', $value); }
placePicWithLink(188, 141, $pic . ".png", 30, "status extractor ion gauge Ex1221
green: on, red: off, grey: undefined", $link);
placeTextWithLink(217, 121, $text, 70, 4, "#000000", "pressure [mbar] extractor ion gauge Ex1221", $link);
// ########## VACUUM PUMPS ##########
// MS TMP Temperatures
//Tmax
$value = max($adeiValue[25][0], $adeiValue[25][1], $adeiValue[25][2]);
$link = $adeiChannel[25][0] . "," . $adeiChannel[25][1] . "," . $adeiChannel[25][2];
$color = "#000000";
if ($value < 10) $color = "#0026FF";
else if ($value > 50) $color = "#FF0000";
placeTextWithLink(435, 1625, sprintf('%.1F °C', $value), 70, 3, $color, "TMP max temperature PP2", $link);
$value = max($adeiValue[26][0], $adeiValue[26][1], $adeiValue[26][2]);
$link = $adeiChannel[26][0] . "," . $adeiChannel[26][1] . "," . $adeiChannel[26][2];
$color = "#000000";
if ($value < 10) $color = "#0026FF";
else if ($value > 50) $color = "#FF0000";
placeTextWithLink(535, 1625, sprintf('%.1F °C', $value), 70, 3, $color, "TMP max temperature PP3", $link);
// TMPs (PP2 + PP3)
for ($pp = 0; $pp < 2; $pp++)
{
for ($id = 0; $id < 3; $id++)
{
$value = $adeiValue[$pp + 7][$id + 1];
$pic = "tmp";
$text = "---";
if ($value < 30)
{
If ($MSmode < 5) $pic = $pic . "Off";
}
else if ($value >= 30 && $value < 520)
{
$text = sprintf('%.0F', $value);
if ($value > 500)
{
$value = $adeiValue[$pp + 7][$id + 4];
//$pic = $pic . "On";
if ($value == 1) $pic = $pic . "On";
else if ($value == 0) $pic = $pic . "Closed";
}
else if ($value > 220)
{
$value = $adeiValue[$pp + 7][$id + 4];
//$pic = $pic . "On";
if ($value == 1) $pic = $pic . "Standby";
else if ($value == 0) $pic = $pic . "Standby";
}
}
if (($id == 2) & ($pp == 0)) $pic = "tmp";
placePicWithLink(410 + $pp * 100, 1528 + $id * 35, $pic . ".png", 30, "status turbo-molecular pump TMP" . ($pp + 2) . ($id + 4) . "20
green: on, yellow: on but isolated, red: off, grey: undefined", $adeiChannel[$pp + 7][$id + 1]);
placeTextWithLink(439 + $pp * 100, 1518 + $id * 35, $text, 50, 4, "#000000", "rotational speed [Hz] turbo-molecular pump TMP" . ($pp + 2) . ($id + 4) . "20", $adeiChannel[$pp + 7][$id + 1]);
}
}
// PS TMPs
for ($id = 0; $id < 2; $id++)
{
$value = $adeiValue[27][$id + 1];
$link = $adeiChannel[27][$id + 1];
$pic = "tmp";
$text = "---";
if ($value < 50)
{
If ($PSmode < 5) $pic = $pic . "Off";
}
else if ($value >= 50 && $value < 700)
{
$text = sprintf('%.0F', $value);
if ($value > 570)
{
$value = $adeiValue[27][$id + 3];
//$pic = $pic . "On";
if ($value == 1) $pic = $pic . "On";
else if ($value == 0) $pic = $pic . "Standby";
}
}
placePicWithLink(370, 157 + $id * 35, $pic . ".png", 30, "status turbo-molecular pump TMP" . (1122 + $id) . "
green: on, yellow: on but isolated, red: off, grey: undefined", $link);
placeTextWithLink(399, 148 + $id * 35, $text, 50, 4, "#000000", "rotational speed [Hz] turbo-molecular pump TMP" . (1122 + $id), $link);
}
// FPD CP
$value = $adeiValue[6][3];
$pic = "cp";
$text = "---";
if ($value > 20)
{
$pic = $pic . "Off";
}
else if ($value <= 20 && $value > 5)
{
$text = sprintf('%.0F K', $value);
$value = $adeiValue[6][12];
if ($value == 1) { $pic = $pic . "On"; }
else if ($value == 0) { $pic = $pic . "Standby"; }
}
placePicWithLink(345, 1480, $pic . ".png", 30, "status FPD UHV cryo pump
green: on, yellow: on but isolated, red: off, grey: undefined", $adeiChannel[6][3]);
placeTextWithLink(375, 1460, $text, 70, 3, "#000000", "temperature FPD UHV cryo pump", $adeiChannel[6][3]);
// ########## FPD SOURCES ##########
$pic = "source";
$text = "---";
if ($adeiValue[6][9] == 1 && $adeiValue[6][10] == 1) { $pic = $pic . "On"; $text = "OUT"; }
else if ($adeiValue[6][9] == 1 && $adeiValue[6][10] == 0) { $pic = $pic . "EIn"; $text = "IN"; }
else if ($adeiValue[6][9] == 0 && $adeiValue[6][10] == 1) { $pic = $pic . "GIn"; $text = "IN"; }
else if ($adeiValue[6][9] == 0 && $adeiValue[6][10] == 0) { $pic = $pic . "Off"; $text = "IN"; }
$link = $adeiChannel[6][9] . "," . $adeiChannel[6][10];
placePicWithLink(345, 1525, $pic . ".png", 30, "status FPD sources (electron and gamma source)
green: retracted (out), red: inserted (in), grey: undefined", $link);
placeTextWithLink(375, 1505, $text, 70, 3, "#000000", "status FPD sources (electron and gamma source)", $link);
// ########## AIR COILS ##########
// LFCS
$tol = 0.3;
$text = "Unkn";
$color = "#FFD800";
$lfcs_array_offset = 2;
$lfcs_config = -1; // store config for emcs later in loop
for ($pp = 0; $pp < sizeof($aircoil_settings); $pp++)
{
for ($id = 0; $id < 22; $id++) // still old air coil number
{
$tol = abs($tol);
if ($id == 20) {$lfcs_array_offset = -19; }
if ($id == 21) {$lfcs_array_offset = -21; }
if (abs($adeiValue[0][$id + $lfcs_array_offset] - $aircoil_settings[$pp][$id + 1]) < $tol)
{
if ($id == 19) { $text = $aircoil_settings[$pp][0]; $lfcs_config = $pp; $color = "#FF9300"; }
if ($id == 21) { $color = "#4CFF00"; } }
else break;
}
if ($lfcs_config > -1) break;
}
if ($text == "All Off") { $text = "OFF"; $color = "#FF0000"; }
$mace_setting["LFCS"]=$text;
placeText(-15, 232, "LFCS", 85, 5, "#000000");
placeBox(10, 230, $text, 85, 3, $color);
// EMCS
$tol = 0.2;
$text = "???";
$color = "#FFD800";
$EMCShor = $aircoil_settings[$lfcs_config][21];
$EMCSver = $aircoil_settings[$lfcs_config][22];
if ($adeiValue[0][0] > $EMCSver - $tol && $adeiValue[0][0] < $EMCSver + $tol && $adeiValue[0][1] > $EMCShor - $tol && $adeiValue[0][1] < $EMCShor + $tol) { $text = "On OK"; $color = "#4CFF00"; }
else if ($adeiValue[0][0] > $tol || $adeiValue[0][1] > $tol) { $text = "Unkn"; $color = "#FFD800"; }
else { $text = "ERR ".$lfcs[$lfcs_config][16]; $color = "#FF0000"; }
if ($adeiValue[0][0] < $tol && $adeiValue[0][1] < $tol && $adeiValue[0][0] > -$tol && $adeiValue[0][1] > -$tol) { $text = "OFF"; $color = "#FF0000"; }
$mace_setting["EMCS"]=$text;
placeText(50, 232, "EMCS", 85, 5, "#000000");
placeBox(75, 230, $text, 85, 3, $color);
// print current values
$tol = 0.5;
for ($coil = 0; $coil < 22; $coil++)
{
$current = $adeiValue[0][$coil];
$voltage = $adeiValue[1][$coil];
$voltage = sprintf('%.1F', $voltage);
$color = "#000000";
if (abs($current) < $adeiValue[21][$coil] - $tol || abs($current) > $adeiValue[21][$coil] + $tol) $color = "#FF0000";
if ($current < -$tol && $adeiValue[22][$coil] != 1) $color = "#FF0000";
if ($current > $tol && $adeiValue[22][$coil] != 0) $color = "#FF0000";
$current = sprintf('%.1F', $current);
if ($current <= -100 || $current >= 100) $current = sprintf('%.0F', $current);
if ($current >= -0.1 && $current <= 0.1) $current = sprintf('%.1F', 0.0);
$vpos = -26;
$pos = 609 + ($coil - 4) * 42.9;
if ($coil == 0) {$pos = 320; $vpos = 56;} // pos for EMCS VER
else if ($coil == 1) {$pos = 378; $vpos = 56;} // pos for EMCS HOR
else if ($coil == 21) {$pos = $pos + 4;} // for coil 21
$lem = $adeiValue[2][$coil];
$color = "#006400";
if ($lem == 1) $current = "LEM";
$label = ($coil - 1);
if ($coil == 0) $label = "VER";
else if ($coil == 1) $label = "HOR";
// add value label
//if ($coil == 2) {
// placeText($vpos+2, $pos-30, "I [A] =", 50, 2, "#888888");
// placeText($vpos+17, $pos-30, "U [V] =", 47, 1, "#888888");
//}
// add air coil numbers here
placeText($vpos+32, $pos, $label, 70, 2, "#000000");
// print voltage value of air coil
placeTextWithLink($vpos+18, $pos, $voltage, 70, 1, $color, "air-coil voltage [V]", $adeiChannel[1][$coil]);
// print current value of air coil
placeTextWithLink($vpos, $pos, $current, 70, 4, $color, "air-coil current [A]
LEM: DCCT offline", $adeiChannel[0][$coil]);
}
// ######### HV Divider Temp Monitoring
if ($MSmode == 5)
{ // only display in MS operation mode High-Voltage
$K35_temp = $adeiValue[10][26];
$K35_link = $adeiChannel[10][26];
$K65_temp = $adeiValue[10][27];
$K65_link = $adeiChannel[10][27];
$divider_temp_spec = 25.0;
$tol_div = 0.2;
$color = "#FFFFFF";
if (abs($K35_temp - $divider_temp_spec) > $tol_div) $color = "#FF0000";
if (abs($K35_temp) < 1) $color = "#ABABAB";
placeBox(586, 322,sprintf('%.1F °C', $K35_temp), 50, 2, $color);
placePicWithLink(536,324, "K35_drawing.png", 50, "K35 temperature status", $K35_link);
$color = "#FFFFFF";
if (abs($K65_temp - $divider_temp_spec) > $tol_div) $color = "#FF0000";
if (abs($K65_temp) < 1) $color = "#ABABAB";
placeBox(586, 378,sprintf('%.1F °C', $K65_temp), 50, 2, $color);
placePicWithLink(536,379, "K65_drawing.png", 50, "K65 temperature status", $K65_link);
}
// ########## HIGH VOLTAGE ##########
if (($MSmode == 5) or ($MSmode == 4))
{ // only display in MS operation mode High-Voltage or baking
// ##### path to patch panel configuration file
if (file_exists("patchpanel/data/activeIEconfig.txt"))
{$path_to_patchpanel = "patchpanel/data/activeIEconfig.txt"; }// only for KAAS server
else {$path_to_patchpanel = "patchpanel/ringstoadei.txt"; } // for IKP dev server
// load patch-panel configuration
$handle = fopen($path_to_patchpanel, "r");
$ringsToAdei = array();
if ($handle)
{
while (($buffer = fgets($handle, 4096)) !== false)
{
$buffer = trim($buffer);
$ringsToAdei[count($ringsToAdei)] = $buffer;
}
fclose($handle);
}
// labels
$posY = 8; // offset between labels and voltages (13)
$posX = 10; // down/bottom (7)
if ($MSmode == 5)
{ // only display in MS operation mode High-Voltage
$K35_value = $adeiValue[30][0];
$K35_link = $adeiChannel[30][0];
$K35_TS = $adeiValue[30][1];
$K35_RunFlag = $adeiValue[30][2];
$K35_text = "not connected";
$APR_value = $adeiValue[10][32];
$APR_link = $adeiChannel[10][32];
$APR_text = "not connected";
$K65_value = $adeiValue[30][3];
$K65_link = $adeiChannel[30][3];
$K65_TS = $adeiValue[30][4];
$K65_RunFlag = $adeiValue[30][5];
// Kal1 = DVM at IE Common voltage for SuperKrypton 2021
$Kal1_value = $adeiValue[30][6];
$Kal1_link = $adeiChannel[30][6];
$Kal1_TS = $adeiValue[30][7];
$Kal1_RunFlag = $adeiValue[30][8];
$Kal1_text = "DVM @ IE Common";
// Kal2 = JRL at PS vessel voltage
$Kal2_value = $adeiValue[30][9];
$Kal2_link = $adeiChannel[30][9];
$Kal2_TS = $adeiValue[30][10];
$Kal2_RunFlag = $adeiValue[30][11];
$Kal2_text = "JRL @ PS(IE)";
$time_conversion_factor = 2082844800;
$most_recent_TS = max($K35_TS,$K65_TS,$Kal1_TS);
if (max($K35_RunFlag,$K65_RunFlag,$Kal1_RunFlag) > 0)
{
$timestamp = ($most_recent_TS - $time_conversion_factor);
echo 'HV meas. timestamp: ' . date("r", $timestamp ) . '
';
}
else echo ' HV meas. OFFLINE
';
//############# HV Monitoring K35 #################
// HV switch for K35
$hv_switch1103_k35 = $adeiValue[35][2];
$K35_text = "K35 readout";
if ($hv_switch1103_k35 == 1) $K35_text = "K35 @ MoS Voltage";
else if ($hv_switch1103_k35 == 0) $K35_text = "K35 @ MS Voltage + IE";
// voltage monitoring readout K35
$color = "#000000";
$factor_m = 1972.462;
$factor_m_rel_error = 1.0e-6;
$offset = 4.62e-06;
$offset_error = 5e-07;
$gain = 0.99999889;
$gain_error = 1e-07;
$value = ($K35_value - $offset) * $gain * $factor_m;
$voltage_error = abs($value * $factor_m_rel_error * 1e3); // in mV
if ($voltage_error*100 < 1) { $voltage_error = 0.2; }
// voltage display K35
$link = $K35_link;
$text = "K35 divider readout 436-REU-0-0201-0001, since KNM10 connected to main spectrometer precision voltage.";
// coordinate offset on display
$Xoffset = 660;
$Yoffset = 320;
// if (($K35_RunFlag > 0) && $local)
if (($K35_RunFlag > 0) & ($value < 1))
{
placeTextWithLink($Yoffset+20, $Xoffset-54, "U0 = ".sprintf('%.3F', $value ) . "(" . sprintf('%.0F', $voltage_error ) .") V" , 270, 5, $color, $text, $link);
}
//display stability indicators
{
if ((sizeof($REU0201) > 2) & ($value < 1000))
{
placeText($Yoffset+45, $Xoffset+11, $K35_text, 140, 2, $color); // K35 voltage reading
if ($REU0201[0]['ppmdev'] <= 2e-6) $color1 = "lightgreen";
if ($REU0201[1]['ppmdev'] <= 2e-6) $color2 = "lightgreen";
if ($REU0201[2]['ppmdev'] <= 2e-6) $color3 = "lightgreen";
if ($REU0201[3]['ppmdev'] <= 2e-6) $color4 = "lightgreen";
if ($REU0201[0]['ppmdev'] > 2e-6) $color1 = "orange";
if ($REU0201[1]['ppmdev'] > 2e-6) $color2 = "orange";
if ($REU0201[2]['ppmdev'] > 2e-6) $color3 = "orange";
if ($REU0201[3]['ppmdev'] > 2e-6) $color4 = "orange";
if ($REU0201[0]['ppmdev'] > 5e-6) $color1 = "#FFA0A0";
if ($REU0201[1]['ppmdev'] > 5e-6) $color2 = "#FFA0A0";
if ($REU0201[2]['ppmdev'] > 5e-6) $color3 = "#FFA0A0";
if ($REU0201[3]['ppmdev'] > 5e-6) $color4 = "#FFA0A0";
placeBox($Yoffset+60, $Xoffset+115, "10s", 35, 1, $color1,0);
placeBox($Yoffset+60, $Xoffset+80, "20s", 35, 1, $color2,0);
placeBox($Yoffset+60, $Xoffset+45, "1m", 35, 1, $color3,0);
placeBox($Yoffset+60, $Xoffset+10, "5m", 35, 1, $color4,0);
echo 'HV status timestamp 0201: ' . $extraction_time_HV . '
';
}
else placeText($Yoffset+45, $Xoffset+11, $K35_text, 140, 2, $color); // K35 voltage reading
}
//############# HV Monitoring K65 #################
// HV switch for K65
$hv_switch1102_k65 = $adeiValue[35][1];
$K65_text = "K65 readout";
if ($hv_switch1102_k65 == 1) $K65_text = "K65 @ MoS Voltage";
else if ($hv_switch1102_k65 == 0) $K65_text = "K65 @ MS Voltage + IE";
// calibration from KDB: [ -2.43e-06, 0.999999697, -3636.269 ]
// voltage monitoring readout K65
$color = "#000000";
$factor_m = 3636.261;
$factor_m_rel_error = 1.0e-6; // including calibration, gain and offset error
$offset = 6.01e-06;
$offset_error = 5e-7;
$gain = 0.99999789;
$gain_error = 1e-7;
$value = ($K65_value - $offset) * $gain * $factor_m;
$voltage_error = abs($value * $factor_m_rel_error * 1e3); // in mV
if ($voltage_error < 1) { $voltage_error = 1; }
// voltage display K65
$link = $K65_link;
$text = "K65 divider channel 436-REU-0-0301-0001, precision voltage value, KNM5 calibration, in 2022 connected to K35";
$Xoffset = 930;
$Yoffset = 320;
if (($K65_RunFlag > 0) & ($value < 1))
{
if (($value < -19724.6) & ($value > -19724.7)) placeText(340, 796, "calibration in progress", 170, 2, "green"); // calibration ongoing
placeTextWithLink($Yoffset+20, $Xoffset-54, "U0 = ".sprintf('%.3F', $value ) . "(" . sprintf('%.0F', $voltage_error ) .") V" , 270, 5, $color, $text, $link);
}
//display stability indicators
{
if ((sizeof($REU0301) > 2) & ($value < 1000))
{
placeText($Yoffset+45, $Xoffset+11, $K65_text, 140, 2, $color); // K65 voltage reading
if ($REU0301[0]['ppmdev'] <= 2e-6) $color1 = "lightgreen";
if ($REU0301[1]['ppmdev'] <= 2e-6) $color2 = "lightgreen";
if ($REU0301[2]['ppmdev'] <= 2e-6) $color3 = "lightgreen";
if ($REU0301[3]['ppmdev'] <= 2e-6) $color4 = "lightgreen";
if ($REU0301[0]['ppmdev'] > 2e-6) $color1 = "orange";
if ($REU0301[1]['ppmdev'] > 2e-6) $color2 = "orange";
if ($REU0301[2]['ppmdev'] > 2e-6) $color3 = "orange";
if ($REU0301[3]['ppmdev'] > 2e-6) $color4 = "orange";
if ($REU0301[0]['ppmdev'] > 5e-6) $color1 = "#FFA0A0";
if ($REU0301[1]['ppmdev'] > 5e-6) $color2 = "#FFA0A0";
if ($REU0301[2]['ppmdev'] > 5e-6) $color3 = "#FFA0A0";
if ($REU0301[3]['ppmdev'] > 5e-6) $color4 = "#FFA0A0";
placeBox($Yoffset+60, $Xoffset+115, "10s", 35, 1, $color1,0);
placeBox($Yoffset+60, $Xoffset+80, "20s", 35, 1, $color2,0);
placeBox($Yoffset+60, $Xoffset+45, "1m", 35, 1, $color3,0);
placeBox($Yoffset+60, $Xoffset+10, "5m", 35, 1, $color4,0);
echo 'HV status timestamp 0301: ' . $extraction_time_HV . '
';
}
else placeText($Yoffset+45, $Xoffset+11, $K65_text, 140, 2, $color); // K65 voltage reading
}
//############# HV Monitoring Kal_U1 #################
// voltage monitoring readout Kal1
// in 2021 used for IE Common monitoring
$color = "#000000";
//$factor_m = 5000.1021;
//$offset = 4.529e-6;
//$gain = 0.999997525656185;
$factor_m = 1.0;
$offset = 0.0;
$gain = 1.0;
$value = ($Kal1_value - $offset) * $gain * $factor_m;
// $voltage_error = abs($value * 2e-3);
$voltage_error = abs($value * 20 * 10e-6);
//if ($voltage_error*100 < 1) { $voltage_error = 0.2; }
if ($voltage_error*100 < 0.002) { $voltage_error = 0.002; }
// voltage display
$link = $Kal1_link;
// $text = "JRL divider at Kal1 monitoring input 436-REU-0-0501-0001, precision voltage value";
$text = "DVM at IE Common, 436-REU-0-0401-0001, precision voltage value";
if ($Kal1_RunFlag > 0)
{
placeText(304, 815, $Kal1_text, 130, 2, $color); // Kal1 voltage reading
if (abs($value) > 36000) placeText(490, 116, "calibration in progress", 170, 2, "green"); // calibration ongoing
placeTextWithLink(284, 765, "UIE = ".sprintf('%.3F', $value ) . "(" . sprintf('%.0F', $voltage_error*100 ) .") V" , 230, 4, $color, $text, $link);
}
//############# HV Monitoring Kal_U2 #################
// voltage monitoring readout Kal2
// from 2024 on used for PS monitoring
$color = "#000000";
$factor_m = 5004.2;
$offset = 0.0;
$gain = 1.0;
$value = ($Kal2_value - $offset) * $gain * $factor_m;
// $voltage_error = abs($value * 2e-3);
$voltage_error = abs($value * 75 * 1e-6);
if ($voltage_error < 0.1) { $voltage_error = 0.1; }
// voltage display
$link = $Kal2_link;
// $text = "JRL divider at Kal1 monitoring input 436-REU-0-0501-0001, precision voltage value";
$text = "DVM at PS IE, 436-REU-0-0101-0001, precision voltage value";
if ($Kal2_RunFlag > 0)
{
placeText(460, 135, $Kal2_text, 130, 2, $color); // Kal2 voltage reading
placeTextWithLink(440, 85, "UPS = ".sprintf('%.1F', $value ) . "(" . sprintf('%.0F', $voltage_error*10 ) .") V" , 230, 4, $color, $text, $link);
}
// Post Regulation Current Monitor
$U_ist = abs($adeiValue[10][0]);
$APR_on = abs($adeiValue[10][29]);
$PID_setpoint = abs($adeiValue[10][30]);
$I_PR = abs($adeiValue[10][31]);
$P_PR = $U_ist * $I_PR/1000;
// low voltage U < 25 kV, high voltage up to 33 kV, not higher.
// set limits to make sure not to exceed 28W limit or 0.95 mA for low voltages
// at high voltages limit to 24W or 0,7 mA for stable operation
$pic = "postreg";
if ($I_PR >= 0.1)
{
if ($I_PR < 0.46) {$pic = $pic."Warn";}
else if (($I_PR >= 0.46) && ($I_PR <= 0.95) && ($P_PR < 28)) {$pic = $pic."On";}
else if (($I_PR > 0.95) | ($P_PR >= 28)) {$pic = $pic."Alarm";}
}
else $pic = $pic."Off";
$pos_y = 501;
$pos_x = 455;
$color = "#000000";
placePic($pos_y,$pos_x, $pic.".png", 30, "Status of HV post regulation
green = normal operation
gray = off
red = current or power too high
orange = current too low");
if ($I_PR < 0.1)
{
placeText($pos_y+31,$pos_x-15, "OFF", 60, 2, $color, "HV post regulation offline.");
}
else
{
placeTextWithLink($pos_y+31,$pos_x-15, sprintf('%.2F mA', $I_PR), 60, 2, $color,
"Current through post regulation triode shunt. 0.46-0.95 mA as long as power < 28 W for optimal performance.",
$adeiChannel[10][28]);
placeTextWithLink($pos_y+45,$pos_x-14, sprintf('%2.0F W', $P_PR), 60, 2, $color,
"Power consumption of post regulation triode shunt. Must be < 28 W to prevent damage to triode.",
$adeiChannel[10][28]);
if ($APR_on)
{
if ($PID_setpoint < 9.0) { $APR_text = "APR ON"; $color = "#40AA40"; }
else { $APR_text = "APR HIGH"; $color = "#FF0000"; }
placeTextWithLink($pos_y+57,$pos_x-9, $APR_text, 50, 0, $color,
"Advanced Post Regulation (APR) status.
Correction at ".sprintf('%.2F %', 10*$PID_setpoint).".
Keep below 90 % at all times.",
$adeiChannel[10][30]);
}
}
//############# HV PID set point display #################
$APR_text = "APR set point";
// voltage monitoring readout K35 used for APR target value calculation
$color = "#777777";
$factor_m = 1972.462;
$factor_m_rel_error = 1.0e-6;
$offset = 0;//4.97e-06; // ORCA does not use offset for defining APR
$offset_error = 3.4e-07;
$gain = 1;//0.999999323; // ORCA does not use gain for defining APR
$gain_error = 8.9e-08;
$value = ($APR_value - $offset) * $gain * $factor_m;
$voltage_error = abs($value * $factor_m_rel_error * 1e3); // in mV
if ($voltage_error*100 < 1) { $voltage_error = 0.2; }
// voltage display APR
$link = $APR_link;
$text = "APR target voltage 436-CFB-0-1500-0033, only valid if K35 is used for APR control.";
// coordinate offset on display
$Xoffset = 660;
$Yoffset = 373;
// only show in case K35 is active
if (($K35_RunFlag > 0) & ($APR_on > 0))
{
placeTextWithLink($Yoffset+20, $Xoffset-54, "Uset = ".sprintf('%.3F', $value ) ." V" , 270, 4, $color, $text, $link);
}
} // end of PCS7 mode switch
//placeText(180, 845, "MS WEST IE", 70, 2,"#808080"); // west IE being displayed in loop below
//placeText(450, 845, "MS EAST IE", 70, 2,"#808080"); // east IE
placeText(265, 815, "MS IE COMMON", 130, 2, "#000000"); // mainspec IE Common
// MS Tank from Precision HCP Supply or Standard HCN
$text = "MS TANK";
$ms_hcp_soll = $adeiValue[10][1]; //flipped 2021-02-16 for new HCP device
$ms_hcn_soll = $adeiValue[10][25];
if ($ms_hcn_soll > 1) {
// next two lines are only for the HNC 40 kV power supply operation
$adeiValue[10][0] = $adeiValue[10][24];
$adeiValue[10][1] = $adeiValue[10][25];
}
$HCP = true;
if ($ms_hcn_soll == 0) {
if ($ms_hcp_soll == 0) { $text = $text . " OFF";}
else { $text = $text . " HCP"; $HCP = true; }
} else { $text = $text . " HCN"; $HCP = false; }
placeText(70, 830, $text, 100, 2, "#000000"); // mainspec tank
// switch values here between HCN and HCP in Value and Channel Array !!!
//if ($HCP) { $adeiValue[10][0] = -$adeiValue[10][24]; $adeiValue[10][1] = $adeiValue[10][25]; $adeiChannel[10][0] = $adeiChannel[10][24]; $adeiChannel[10][1] = $adeiChannel[10][25]; }
if ($HCP) { $adeiValue[10][0] = -$adeiValue[10][0];}
placeText(110-$posY, 845, "W7-11", 70, 2, "#000000"); // w7-11
placeText(503+$posY+$posX, 845, "E7-11", 70, 2, "#000000"); // e7-11
placeText(126-$posY, 600, "W6", 70, 2, "#000000"); // w6
placeText(487+$posY+$posX, 600, "E6", 70, 2, "#000000"); // e6
placeText(126-$posY, 1090, "W12", 70, 2, "#000000"); // w12
placeText(487+$posY+$posX, 1090, "E12", 70, 2, "#000000"); // e12
placeText(161-$posY, 516, "W5", 70, 2, "#000000"); // w5
placeText(452+$posY+$posX, 516, "E5", 70, 2, "#000000"); // e5
placeText(161-$posY, 1174, "W13", 70, 2, "#000000"); // w13
placeText(452+$posY+$posX, 1174, "E13", 70, 2, "#000000"); // e13
placeText(194-$posY, 434, "W4", 70, 2, "#000000"); // w4
placeText(419+$posY+$posX, 434, "E4", 70, 2, "#000000"); // e4
placeText(194-$posY, 1256, "W14", 70, 2, "#000000"); // w14
placeText(419+$posY+$posX, 1256, "E14", 70, 2, "#000000"); // e14
placeText(225-$posY, 385, "W3", 70, 2, "#000000"); // w3
placeText(388+$posY+$posX, 385, "E3", 70, 2, "#000000"); // e3
placeText(225-$posY, 1305, "W15", 70, 2, "#000000"); // w15
placeText(388+$posY+$posX, 1305, "E15", 70, 2, "#000000"); // e15
placeText(273-$posY, 352, "W2", 70, 2, "#000000"); // w2
placeText(340+$posY+$posX, 352, "E2", 70, 2, "#000000"); // e2
placeText(273-$posY, 1338, "W16", 70, 2, "#000000"); // w16
placeText(340+$posY+$posX, 1338, "E16", 70, 2, "#000000"); // e16
if ($adeiValue[10][8] > 10.0) placeText(309, 359, "APE", 70, 2, "#000000"); // ape south
if ($adeiValue[10][10] > 10.0) placeText(309, 1331, "APE", 70, 2, "#000000"); // ape north
// offset voltages
$posY = 16; // offset between outer and inner voltages
$ringsPosY = array( 275, 275+$posY, 227, 227+$posY, 196, 196+$posY, 163, 163+$posY, 128, 128+$posY, 112, 112+$posY, 128, 128+$posY, 163, 163+$posY, 196, 196+$posY, 227, 227+$posY, 275, 275+$posY, 342, 342-$posY, 390, 390-$posY, 421, 421-$posY, 454, 454-$posY, 489, 489-$posY, 505, 505-$posY, 489, 489-$posY, 454, 454-$posY, 421, 421-$posY, 390, 390-$posY, 342, 342-$posY );
$ringsPosX = array( 352, 352, 385, 385, 434, 434, 516, 516, 600, 600, 845, 845, 1090, 1090, 1174, 1174, 1256, 1256, 1305, 1305, 1338, 1338, 352, 352, 385, 385, 434, 434, 516, 516, 600, 600, 845, 845, 1090, 1090, 1174, 1174, 1256, 1256, 1305, 1305, 1338, 1338 );
$tol = 0.2;
$ringNames = array( "W2", "W2i", "W3", "W3i", "W4", "W4i", "W5", "W5i", "W6", "W6i", "W7-11", "W7-11i", "W12", "W12i", "W13", "W13i", "W14", "W14i", "W15", "W15i", "W16", "W16i", "E2", "E2i", "E3", "E3i", "E4", "E4i", "E5", "E5i", "E6", "E6i", "E7-11", "E7-11i", "E12", "E12i", "E13", "E13i", "E14", "E14i", "E15", "E15i", "E16", "E16i");
for ($pp = 0; $pp < 2; $pp++) // west (0), east (1)
{
for ($id = 0; $id < 22; $id++) // rings: o, i, o, i, ...
{
// show voltage if not shorted to IE
if ($ringsToAdei[$id + 22*$pp] != "IE" && $ringsToAdei[$id + 22*$pp] != "")
{
// color
if ( ($adeiValue[11 + 2*$pp][$ringsToAdei[$id + 22*$pp]] > $adeiValue[12 + 2*$pp][$ringsToAdei[$id + 22*$pp]] - $tol) && ($adeiValue[11 + 2*$pp][$ringsToAdei[$id + 22*$pp]] < $adeiValue[12 + 2*$pp][$ringsToAdei[$id + 22*$pp]] + $tol) )
$color = "#000000";
else
$color = "#FF0000";
// show voltage
if ( ($id % 2 == 0) || ($id % 2 == 1 && $ringsToAdei[$id + 22*$pp] != $ringsToAdei[$id + 22*$pp - 1]) )
{
$value = $adeiValue[11 + 2*$pp][$ringsToAdei[$id + 22*$pp]];
$mace_setting[$ringNames[$id + 22*$pp]]=$value;
placeTextWithLink($ringsPosY[$id + 22*$pp], $ringsPosX[$id + 22*$pp], "+" . sprintf('%.1F', $value), 70, 4, $color, "relative voltage offset", $adeiChannel[11 + 2*$pp][$ringsToAdei[$id + 22*$pp]]);
}
}
}
}
// tank, ie, dipole, ape
$ringsPosY = array( 52, 247, 155, 425, 306, 306, 0, 240, 300, 285, 300, 315 );
$ringsPosX = array( 805, 805, 805, 805, 319, 1371, 0, 150, 160, 190, 220, 190 );
$tolA = array ( 15, 2, 1, 1, 1, 1, 0, 250, 2, 2, 2, 2);
// MS voltages
for ($pp = 0; $pp < 6; $pp++) // tank (0), ie (1), ie west (2), ie east (3), ape south (4), ape north (5)
{
// color
if ( ($adeiValue[10][2*$pp] > $adeiValue[10][2*$pp + 1] - $tolA[$pp]) && ($adeiValue[10][2*$pp] < $adeiValue[10][2*$pp + 1] + $tolA[$pp]) )
$color = "#000000";
else
$color = "#FF0000";
// show voltage
$value = $adeiValue[10][2*$pp];
$link = $adeiChannel[10][2*$pp];
$dipolestatus = $adeiValue[2][16];
$dipolelink = $adeiChannel[2][16];
if ($pp == 0) { $text = "absolute tank potential HCN:436-EHV-0-1001-0002 HCP:436-EHV-0-1002-0002"; }
else if ($pp == 1) { $text = "IE common offset potential, 436-EHV-0-1003-0002"; }
else if ($pp == 2) { $text = "relative voltage potential west IE"; }
else if ($pp == 3) { $text = "relative voltage potential east IE"; }
else if ($pp == 4) { $text = "relative voltage potential south APE"; }
else if ($pp == 5) { $text = "relative voltage potential north APE"; }
if ($pp == 2 || $pp == 3)
{
if ($dipolestatus == 1) // dipole enabled
{
$color = "#990000";
$value = $adeiValue[10][2*$pp];
if ($pp == 2)
{
placeText($ringsPosY[$pp] + 40, $ringsPosX[$pp], "DIPOLE", 150, 4, "#CC0000" );
}
else if ($pp == 3)
{
placeText($ringsPosY[$pp] + 40, $ringsPosX[$pp], "DIPOLE", 150, 4, "#CC0000");
}
}
else
{
$value = $adeiValue[10][2*$pp]; // dipole disabled
$color = "#909090";
}
if ($pp == 2) placeText(180, 825, "MS WEST IE", 110, 2, $color); // west IE
else if ($pp == 3) placeText(450, 825, "MS EAST IE", 110, 2, $color); // east IE
$link = $adeiChannel[10][2*$pp+1] . "," . $adeiChannel[10][2*$pp] . "," . $dipolelink;
}
// tank potential
if ($pp == 0) placeTextWithLink($ringsPosY[$pp], $ringsPosX[$pp], sprintf('%.1F V', -$value), 150, 4, $color, $text, $link);
// IE common
else if ($pp == 1)
{
if ($Kal1_RunFlag == 0) $digits = '%.2F V'; else $digits = '%.1F V';
placeTextWithLink($ringsPosY[$pp], $ringsPosX[$pp], sprintf($digits, -$value), 150, 4, $color, $text, $link);
$mace_setting["IECommon"]=-$value;
$digits = '';
}
// IE dipoles
else if ($pp == 2 || $pp == 3) placeTextWithLink($ringsPosY[$pp], $ringsPosX[$pp], sprintf('%.2F V', $value), 150, 5, $color, $text, $link);
// APE
else if ($pp == 4 || $pp == 5)
{
if ($adeiValue[10][2*$pp] > 10.0) { placeTextWithLink($ringsPosY[$pp], $ringsPosX[$pp] , sprintf('%.1F', $value), 70, 4, $color, $text, $link); }
}
}
}
// PS voltages (add $pp < 10 for PS IE )
if ($PSmode == 5)
{ // only display in PS operation mode High-Voltage
// only indices 7++ are needed for PS (copy from MS definition)
$ringsPosY = array( 52, 247, 155, 425, 306, 306, 0, 240, 300, 285, 300, 315 );
$ringsPosX = array( 805, 805, 805, 805, 319, 1371, 0, 150, 160, 190, 220, 190 );
$tolA = array ( 15, 2, 1, 1, 1, 1, 0, 250, 2, 2, 2, 2);
placeText(265, 190, "PS TANK", 70, 2, "#000000"); // prespec tank
placeText(330, 160, "PS IE", 120, 2, "#505050"); // prespec IE
for ($pp = 7; $pp < 11; $pp++) // PS tank (channel 7 = array entry 14 + 15), IE west (8), IE east (9)
{ // changed upper limit from 12 to 11 in order to skip IE channel 4
// color and text
if ($pp == 7) { $text = "Primary PS tank potential of 416EHV1001"; $color = "#000000";}
else if ($pp == 8) { $text = "relative voltage potential PS IE1 Ch1A of 416EHV1002"; $color = "#505050";}
else if ($pp == 9) { $text = "relative voltage potential PS IE2 Ch1B of 416EHV1002"; $color = "#505050";}
else if ($pp == 10) { $text = "relative voltage potential PS IE3 Ch2A of 416EHV1003"; $color = "#505050";}
else if ($pp == 11) { $text = "relative voltage potential PS IE4 Ch2B of 416EHV1003"; $color = "#A0A0A0";}
// setpoint mismatch color
if ( ($adeiValue[10][2*$pp] > $adeiValue[10][2*$pp + 1] - $tolA[$pp]) && ($adeiValue[10][2*$pp] < $adeiValue[10][2*$pp + 1] + $tolA[$pp]) )
$color = $color;
else
$color = "#FF0000";
// show voltage
$value = $adeiValue[10][2*$pp];
$link = $adeiChannel[10][2*$pp];
if ($pp == 7) placeTextWithLink($ringsPosY[$pp], $ringsPosX[$pp], sprintf('%.1F V', -$value), 150, 5, $color, $text, $link);
else placeTextWithLink($ringsPosY[$pp], $ringsPosX[$pp], sprintf('%.0F V', -$value), 60, 2, $color, $text, $link);
}
}
// ########## Split Ring Electrodes ##########
$srPosX = array( 59, 284, 1420 );
$srPosY = array( 402, 402, 377 );
$srKATRINNumber = array( "418-EEL-3-2150", "418-EEL-3-4150", "438-EEL-3-5150" );
// CPS-PS electrode 418-EEL-2150
// $sr: 0 = cps-ps ; 1 = PS-MS ; 2 = MS-FPD
for ($sr = 0; $sr < 3; $sr++)
{
$splitringON = $adeiValue[36][4*$sr + 3];
$pic = "splitring";
if ($splitringON = 1)
{
$color = "#000000";
$splitringVal = $adeiValue[36][4*$sr + 4];
$splitringPOL = $adeiValue[36][4*$sr + 5];
$splitringSet = $adeiValue[36][4*$sr + 6];
$link = $adeiChannel[36][$sr*4 + 4];
if (abs($splitringVal) < 25) { $color="#FF0000"; $pic = $pic."Alarm"; $sign = "";}
else {
if ($splitringPOL == 0) {$sign = "+"; $pic = $pic."On";}
if ($splitringPOL == 1) {$sign = ""; $pic = $pic."Warn";}
}
placePicWithLink($srPosY[$sr]-32,$srPosX[$sr]+16, $pic.".png", 30, "status of split ring electrode (green = polarity pos and OK, gray = off, red = low voltage alarm, orange = polarity neg warning", $link);
placeTextWithLink($srPosY[$sr],$srPosX[$sr], $sign.sprintf('%.0F V', $splitringVal), 60, 2, $color, "Voltage on split ring electrode ".$srKATRINNumber[$sr], $link);
}
else placePicWithLink($srPosY[$sr]-32,$srPosX[$sr]+16, $pic."Off.png", 30, "status of split ring electrode", $link);
}
// ########## DETECTOR ##########
// detector powered
$lowVoltage = array( 12, 8, 6, 6, 120 );
$lowVoltageTol = array( 0.2, 0.2, 0.2, 0.2, 0.5);
$link = "";
$pic = "fpdOn";
$text = "ON";
for ($id = 0; $id < 5; $id++)
{
if ($id == 4) // 120V channel is in FAST group, need exception here
{
$value = $adeiValue[5][0];
$link = $link . $adeiChannel[5][0] . ",";
}
else
{
$value = $adeiValue[6][4 + $id];
$link = $link . $adeiChannel[6][4 + $id] . ",";
}
if (!($value < $lowVoltage[$id] + $lowVoltageTol[$id] && $value > $lowVoltage[$id] - + $lowVoltageTol[$id]))
{
$pic = "fpdOff";
$text = "OFF";
}
}
$link = substr($link, 0, strlen($link) - 1);
placePicWithLink(345, 1570, $pic . ".png", 30, "status FPD power
green: on, red: off, grey: undefined", $link);
placeTextWithLink(374, 1550, $text, 70, 4, "#000000", "status FPD power", $link);
// carousel
$value = $adeiValue[6][11];
$color = "#000000";
if ($value < -95) $value = "---";
else $value = sprintf('%.0F', $adeiValue[6][11]) . " °C";
placeTextWithLink(255, 1565, $value, 100, 4, $color, "temperature FPD carousel/electronics", $adeiChannel[6][11]);
placeText(275, 1565, "carousel", 100, 2, "#000000");
// ORCA run number
$value = $adeiValue[6][13];
$link = $adeiChannel[6][13];
$color = "#EEEEEE";
$run_number = floor($value);
$subrun_number = floor(($value-$run_number)*1000);
placePicWithLink(189, 1534, "orca_icon.png", 45, "ORCA run.subrun number [530-CHN-0-0001-0001]", $link);
placeBox(188, 1580, " Run: ".$run_number." ", 85, 2, $color);
placeBox(203, 1580, "Subrun: ".$subrun_number." ", 85, 2, $color);
// ########## MAGNETOMETERS ##########
$mag = array(4, 6, 3); // removed 4th entry of south ring, due to disconnection
for ($pp = 0; $pp < 3; $pp++)
{
$bx = 0;
$by = 0;
$bz = 0;
$link = "";
for ($id = 0; $id < $mag[$pp]; $id++)
{
$bx = $bx + $adeiValue[16 + $pp][3 * $id];
$by = $by + $adeiValue[16 + $pp][3 * $id + 1];
$bz = $bz + $adeiValue[16 + $pp][3 * $id + 2];
$link = $link . $adeiChannel[16 + $pp][3 * $id + 2] . ",";
//echo $bx . " " . $by . " " . $bz . "
";
}
$bx = $bx / $mag[$pp];
$by = $by / $mag[$pp];
$bz = $bz / $mag[$pp];
$link = substr($link, 0, strlen($link) - 1);
$value = sqrt($bx * $bx + $by * $by + $bz * $bz);
$text = "averaged field precise magnetometers ";
if ($pp == 0) $text = $text . "north ";
else if ($pp == 1) $text = $text . "middle ";
else if ($pp == 2) $text = $text . "south ";
$text = $text . "ring";
placeTextWithLink(553, 1015 - 170 * $pp, sprintf('%.1F G', $value), 80, 5, "#000000", $text, $link);
}
// ########## SAP MAGNETOMETERS ##########
$mag = array(5, 4,); // 5 SAP North Ring, 4 SAP South Ring magnetometers
for ($pp = 0; $pp < 2; $pp++)
{
$bx = 0;
$by = 0;
$bz = 0;
$link = "";
for ($id = 0; $id < $mag[$pp]; $id++)
{
$bx = $bx + $adeiValue[37 + $pp][3 * $id];
$by = $by + $adeiValue[37 + $pp][3 * $id + 1];
$bz = $bz + $adeiValue[37 + $pp][3 * $id + 2];
$link = $link . $adeiChannel[37 + $pp][37 * $id + 2] . ",";
//echo $bx . " " . $by . " " . $bz . "
";
}
$bx = $bx / $mag[$pp];
$by = $by / $mag[$pp];
$bz = $bz / $mag[$pp];
$link = substr($link, 0, strlen($link) - 1);
// radings in muT, therfore factor 100 for Gauss display
$value = 0.01*sqrt($bx * $bx + $by * $by + $bz * $bz);
$text = "averaged field precise magnetometers SAP ";
if ($pp == 0) $text = $text . "north ";
else if ($pp == 1) $text = $text . "south ";
$text = $text . "ring";
placeTextWithLink(553, 1240 - 110 * $pp, sprintf('%.1F G', $value), 80, 5, "#000000", $text, $link);
}
// dipole
// $pic = "status";
// if ($pulserId[0] == "dipole" && $daqElapsed[0] > 30)
// {
// if ($pulserCounts[0] > 0) $pic = $pic . "On";
// else if ($pulserCounts[0] == 0) $pic = $pic . "Off";
// }
//placePic($posY + 34 + 25, $posX + 80, $pic . ".png", 17, "status dipole sync pulser
green: on, red: off, grey: undefined");
// egun
// $pic = "status";
// if ($pulserId[1] == "egun" && $daqElapsed[0] > 30)
// {
// if ($pulserCounts[1] > 0) $pic = $pic . "On";
// else if ($pulserCounts[1] == 0) $pic = $pic . "Off";
// }
//placePic($posY + 34 + 50, $posX + 80, $pic . ".png", 17, "status egun sync pulser
green: on, red: off, grey: undefined");
// muon
// $pic = "status";
// if ($pulserId[3] == "muon" && $daqElapsed[0] > 30)
// {
// if ($pulserCounts[3] > 0) $pic = $pic . "On";
// else if ($pulserCounts[3] == 0) $pic = $pic . "Off";
// }
// placePic($posY + 34 + 75, $posX + 80, $pic . ".png", 17, "status muon sync pulser
green: on, red: off, grey: undefined");
// ########## HIGH PRESSURE MS ##########
$value = $adeiValue[9][3];
if ($value > 1.0)
{
if ($value < 20.0) $pic = "bottleBlinking.gif";
else $pic = "bottleOn.png";
$text = "ON";
$color = "#000000";
if ($adeiValue[9][4] != 64) $color = "#FF0000";
placeTextWithLink(135, 1387, sprintf('%.1F %', $adeiValue[9][3]), 70, 4, $color, "gas flow leak valve", $adeiChannel[9][5]);
placeTextWithLink(160, 1387, sprintf('%.1E', $adeiValue[9][0]), 70, 4, $color, "pressure [mbar] MKS Baratron", $adeiChannel[9][3]);
}
else
{
$pic = "bottle.png";
$text = "OFF";
}
$link = $adeiChannel[9][3] . "," . $adeiChannel[9][0];
placePicWithLink(135, 1358, $pic, 48, "status gas injection system
gray: off, blinking: low, green: on
Should be off for nominal pressure measurements!!!", $link);
placeTextWithLink(180, 1347, $text, 70, 4, "#000000", "status gas injection system", $link);
// ########## HIGH PRESSURE PS ##########
$value = $adeiValue[27][7];
$posOK = $adeiValue[27][6];
$link = $adeiChannel[27][6].",".$adeiChannel[27][7];
if ($value < 1)
{
$pic = "bottle.png";
$text = "OFF";
$color = "#909090";
}
else if (($value >= 1) && ($value < 15))
{
$pic = "bottleBlinking.gif";
$text = "ON";
$color = "#000000";
}
else if ($value >= 15)
{
$pic = "bottleOn.png";
$text = sprintf('%.1F', $value)." %";
$color = "#000000";
if ($posOK == 1) placeBox(418, 107, "Pos OK", 40, 2, "#00FF00");
else placeBox(418, 107, "PosErr", 40, 2, "#FF0000");
}
placePicWithLink(370, 113 , $pic, 30, "status PS gas injection system
gray: off, blinking: low, green: on
Should be off for nominal pressure measurements!!!", $link);
placeTextWithLink(402, 99, $text, 60, 2, $color, "status gas injection system", $link);
// ########## TLK Wall and LAUDA and PS TEMPERATURE ##########
if ($PSmode == 5)
{ // only display if PS operation mode is HV
// mean of 4023, 4033, 4043
$link = $adeiChannel[29][0] . "," . $adeiChannel[29][1] . "," . $adeiChannel[29][2];
$value = ($adeiValue[29][0] + $adeiValue[29][1] + $adeiValue[29][2])/3.0;
$color = "#B1B1B1";
if ($value < 800)
{
$draw_x = 159;
$draw_y = 350;
placeBoxRight($draw_y, $draw_x,sprintf('%.1F °C', $value), 55, 1, $color,0);
placePicWithLink($draw_y, $draw_x+7, "newTemperature.png", 10, "Average temperature of pre spectrometer vessel sensors 4023..33..43.", $link);
}
}
if ($PSmode != 5)
{ // only display if PS operation mode is Baking
$min = 18;
$max = 30;
// sensor 4100 ID [29][3]
$link = $adeiChannel[29][3];
$value = $adeiValue[29][3];
$color = "#000000";
if ($value < $min) $color = "#0026FF";
else if ($value > $max) $color = "#FF0000";
if ($value < 400) placeTextLeftWithLink(445, 5, "Twall = " . sprintf('%.1F °C', $value), 180, 4, $color, "TLK separation wall temperature of RTP4100", $link);
$min = 15;
// LAUDA System 5401 [34][0..1]
$link = $adeiChannel[34][0].",".$adeiChannel[34][1];
$value = $adeiValue[34][0];
$max = $adeiValue[34][1]+1;
$color = "#000000";
if ($value < $min) $color = "#0026FF";
else if ($value > $max) $color = "#FF0000";
if ($value < 400) placeTextLeftWithLink(475, 5, "TLAUDA = " . sprintf('%.1F °C', $value), 180, 4, $color, "LAUDA System actual temperature value", $link);
// ########## PS VESSEL TEMPERATURES ##########
$min = 18;
$max = 65;
// mean of 4023, 4033, 4043
$link = $adeiChannel[29][0] . "," . $adeiChannel[29][1] . "," . $adeiChannel[29][2];
$value = ($adeiValue[29][0] + $adeiValue[29][1] + $adeiValue[29][2])/3.0;
$color = "#000000";
if ($value < $min) $color = "#0026FF";
else if ($value > $max) $color = "#FF0000";
if ($value < 4000) placeTextWithLink(305, 185, sprintf('%.1F °C', $value), 90, 4, $color, "PS mean temperature of 4023..33..43", $link);
// mean of 3901, 3902, 3903, 3904
$link = $adeiChannel[29][4] . "," . $adeiChannel[29][5] . "," . $adeiChannel[29][6] . "," . $adeiChannel[29][7];
$value = ($adeiValue[29][4] + $adeiValue[29][5] + $adeiValue[29][6] + $adeiValue[29][7])/4.0;
$color = "#000000";
if ($value < $min) $color = "#0026FF";
else if ($value > $max) $color = "#FF0000";
if ($value < 4000) placeTextWithLink(295, 110, sprintf('%.1F °C', $value), 90, 4, $color, "PS mean temperature of 3902..03..04 upper NEG port", $link);
// mean of 3912, 3913, (3914 failed)
$link = $adeiChannel[29][8] . "," . $adeiChannel[29][9] . "," . $adeiChannel[29][10] . "," . $adeiChannel[29][11];
// $value = ($adeiValue[29][8] + $adeiValue[29][9] + $adeiValue[29][10] + $adeiValue[29][11])/4.0;
$value = ($adeiValue[29][8] + $adeiValue[29][9] + $adeiValue[29][10])/3.0;
$color = "#000000";
if ($value < $min) $color = "#0026FF";
else if ($value > $max) $color = "#FF0000";
if ($value < 4000) placeTextWithLink(315, 110, sprintf('%.1F °C', $value), 90, 4, $color, "PS mean temperature of 3912..13..14 side NEG port", $link);
}
// ########## MS VESSEL TEMPERATURES ##########
$min = 14;
$max = 24;
// 0066
$value = $adeiValue[20][0];
$color = "#000000";
if ($value < $min) $color = "#0026FF";
else if ($value > $max) $color = "#FF0000";
if (($value < 400) & ($value > 0)) placeTextWithLink(110, 933, "TIE0066 = " . sprintf('%.1F °C', $value), 170, 4, $color, "IE temperature 0066", $adeiChannel[20][0]);
// 0076
$value = $adeiValue[20][1];
$color = "#000000";
if ($value < $min) $color = "#0026FF";
else if ($value > $max) $color = "#FF0000";
if (($value < 400) & ($value > 0)) placeTextWithLink(110+20, 933, "TIE0076 = " . sprintf('%.1F °C', $value), 170, 4, $color, "IE temperature 0076", $adeiChannel[20][1]);
// 0270
$value = $adeiValue[20][2];
$color = "#000000";
if ($value < $min) $color = "#0026FF";
else if ($value > $max) $color = "#FF0000";
if (($MSmode != 5) & ($value < 400) & ($value > 0)) placeTextWithLink(307, 805, "T0270 = " . sprintf('%.1F °C', $value), 160, 4, $color, "tank temperature 0270", $adeiChannel[20][2]);
if (($MSmode == 5) & ($value < 400) & ($value > 0)) placeTextWithLink(110, 677, "T0270 = " . sprintf('%.1F °C', $value), 160, 4, $color, "tank temperature 0270", $adeiChannel[20][2]);
// define global tank temperature
$global_MS_temperature = $adeiValue[20][2];
// 0283
$value = $adeiValue[20][3];
$color = "#000000";
if ($value < $min) $color = "#0026FF";
else if ($value > $max) $color = "#FF0000";
if (($MSmode != 5) & ($value < 400) & ($value > 0)) placeTextWithLink(307, 963, "T0283 = " . sprintf('%.1F °C', $value), 160, 4, $color, "tank temperature 0283", $adeiChannel[20][3]);
if (($MSmode == 5) & ($value < 400) & ($value > 0)) placeTextWithLink(130, 677, "T0283 = " . sprintf('%.1F °C', $value), 160, 4, $color, "tank temperature 0283", $adeiChannel[20][3]);
// port 0100 saphire window
$value = $adeiValue[19][3];
$color = "#000000";
if ($value > 30) placeTextLeftWithLink(105, 1275, "Tsaphire = " . sprintf('%.1F °C', $value), 160, 4, $color, "port 0100 saphire window temperature", $adeiChannel[19][3]);
$color = "#000000";
// ########## STS ##########
placeTextLeftWithWebsiteLink(370, 1, "←STS", 60, 5, $color, "Link to STS Status Overview", "https://katrin.kit.edu/status-sts/");
// ########## WebTrium Link ##########
placeTextLeftWithWebsiteLink(20, 1450, "→ WebTrium", 155, 4, $color, "Link to WebTrium Overview", "https://webtrium.edm.nat.tum.de/");
// ########## FPD Status ##########
placeTextLeftWithWebsiteLink(50, 1450, "→ FPD Status", 155, 4, $color, "Link to FPD Status Overview", "https://iap-katrin-fpd.iap.kit.edu/fpdstatus/");
// ########## Sanshiro Katana Page ##########
placeTextLeftWithWebsiteLink(80, 1450, "→ Brew Kaffee Beans and Idle", 275, 4, $color, "Link to Brew Kaffee Beans and Idle page at UW/Seattle", "https://katana.npl.washington.edu/~sanshiro/");
// ########## MoS und HV Status ##########
placeTextLeftWithWebsiteLink(110, 1450, "→ MoS and HV Status", 240, 4, $color, "Link to Monitor Spectrometer and High Voltage Status Overview", "https://katrin.kit.edu/bora-mos");
// ########## Magnet Overview ##########
placeTextLeftWithWebsiteLink(140, 1450, "→ Magnet Control System", 270, 4, $color, "Link to Magnet Control System Status Page", "https://katrin.kit.edu/bora-mcs");
// ########## PS ##########
// placeText(100, 170, "PS", 60, 30, $color);
// ########## MAC-E filter configuration display ##########
$tol = 0.2;
$tol = abs($tol);
$color = "#FFD800"; //base color: US school bus yellow
for ($pp = 0; $pp < sizeof($mace_configurations); $pp++) // loop over all predefined configurations
{
for ($id = 1; $id < sizeof($mace_configurations[$pp]); $id++) // loop thru all parameters, but not name in $id=0
{
if (($id < 3) & (array_values($mace_configurations[$pp])[$id] != array_values($mace_setting)[$id])) break;
if (abs(array_values($mace_configurations[$pp])[$id] - array_values($mace_setting)[$id]) < $tol)
{
if ($id == 25) {
$mace_setting["Config"] = $mace_configurations[$pp]["Config"];
$color = "#4CFF00"; // success color: harlequin green
}
else
{
$color = "#FF9300"; // failure color: dark orange
}
}
else break;
}
if ($color == "#4CFF00") break;
}
if (($mace_setting["Config"] == "unkn") or ($mace_setting["Config"] == "other"))
{
$color = "#FFD800"; //unknown config color: US school bus yellow
}
placeText(115, 232, "MAC-E", 85, 5, "#000000");
placeBox(140, 230, $mace_setting["Config"] , 85, 3, $color);
if ($V4_open) {
// ########## PS Ion Monitor status display ##########
if ($adeiValue[39][1] < 0.5)
{
$ion_mon_stat = "active";
$color = "#4CFF00";
}
else
{
$ion_mon_stat = "bypassed";
$color = "#FF0000";
placePicWithLink(130, 33, "alarm_flash.gif", 50, "Ion alarm not armed!", $adeiChannel[39][1]);
}
placeText(115+65, 4, "Ion Mon", 105, 5, "#000000");
placeBox(140+65, 2, $ion_mon_stat , 105, 3, $color);
}
// ########## PS HIGH VOLTAGE SWITCH ##########
$value = $adeiValue[48][0];
$link = $adeiChannel[48][0];
$pic = "ground";
if ($value == 1) placePicWithLink(335, 250, $pic . ".png", 30, "status PS high-voltage grounding switch", $link);
// ########## MS HIGH VOLTAGE SWITCH ##########
$value = $adeiValue[31][1];
$pic = "switch";
if ($value == 1) $pic = $pic . "Open";
else if ($value == 0) $pic = $pic . "Closed";
placePicWithLink(498, 501, $pic . ".png", 80, "status high-voltage grounding switch", $adeiChannel[31][1]);
// ########## EGUN COUPLING SWITCH ##########
if ($MSmode == 5) // only display in MS operation mode High-Voltage
{
$switch_status = $adeiValue[46][0];
$laser_status = $adeiValue[47][0];
$switch_name = "egunSwitch";
$egun_name = "egun";
if ($switch_status == 1) $switch_name = $switch_name . "HV";
else $switch_name = $switch_name . "GND";
placePicWithLink(415, 325, $switch_name . ".png", 90, "status egun coupling switch", $adeiChannel[46][0]);
if ($laser_status > 2 ) $egun_name = $egun_name . "On";
else $egun_name = $egun_name . "Off";
placePicWithLink(431, 300, $egun_name . ".png", 30, "status egun operation", $adeiChannel[47][0]);
}
// ########## MONITOR SPECTROMETR COUPLING STATUS ##########
$hv_switch1101_mos = $adeiValue[35][0];
$mos = "beamline_mos.png";
placePicXY(525, 120, $mos, 190, 60, "status monitor spectrometer connection");
if ($hv_switch1101_mos == 1)
{
$color = "#4CFF00"; // green
placeBox(586, 120, "MoS coupled", 190, 2, $color);
}
else
{
$color = "#CFCFCF"; // light gray
placeBox(586, 120, "MoS separated", 190, 2, $color);
}
// ########## define global dewpoint max value ###########
$global_max_dewpoint = -273.0;
// ########## PS Opus weather station ##########
$data_index = 40;
$Opus_tempC = $adeiValue[$data_index][0];
$Opus_tempF = $adeiValue[$data_index][1];
$Opus_dewpointC = $adeiValue[$data_index][2];
$Opus_dewpointF = $adeiValue[$data_index][3];
$Opus_relH_percent = $adeiValue[$data_index][4];
$Opus_relH_gramm = $adeiValue[$data_index][5];
$Opus_absPressure_hPa = $adeiValue[$data_index][6];
$Opus_relPressure_hPa = $adeiValue[$data_index][7];
$Opus_voltage = $adeiValue[$data_index][8];
$Opus_tempC_channel = $adeiChannel[$data_index][0];
$Opus_tempF_channel = $adeiChannel[$data_index][1];
$Opus_dewpointC_channel = $adeiChannel[$data_index][2];
$Opus_dewpointF_channel = $adeiChannel[$data_index][3];
$Opus_relH_percent_channel = $adeiChannel[$data_index][4];
$Opus_relH_gramm_channel = $adeiChannel[$data_index][5];
$Opus_absPressure_hPa_channel = $adeiChannel[$data_index][6];
$Opus_relPressure_hPa_channel = $adeiChannel[$data_index][7];
$Opus_voltage_channel = $adeiChannel[$data_index][8];
// update dewpoint max value
if ($Opus_dewpointC > $global_max_dewpoint) $global_max_dewpoint = $Opus_dewpointC;
$location_text = "pre spectrometer";
$draw_x = 0;
$draw_y = -15;
placePicWithLink($draw_y, $draw_x+5, "newTemperature.png", 23, "temperature at ".$location_text, $Opus_tempC_channel);
placeTextWithLink($draw_y, $draw_x+30, sprintf('%.1F °C', $Opus_tempC), 90, 4, "#000000", "temperature at ".$location_text, $Opus_tempC_channel);
placePicWithLink($draw_y+25, $draw_x+5, "newPressure.png", 23, "atmospheric pressure at ".$location_text, $Opus_absPressure_hPa_channel);
placeTextWithLink($draw_y+25, $draw_x+30, sprintf('%.0F hPa', $Opus_absPressure_hPa), 90, 4, "#000000", "atmospheric pressure at ".$location_text, $Opus_absPressure_hPa_channel);
placePicWithLink($draw_y+50, $draw_x+5, "newHumidity.png", 23, "relative humidity at ".$location_text, $Opus_relH_percent_channel);
placeTextWithLink($draw_y+50, $draw_x+30, sprintf('%.1F %', $Opus_relH_percent), 90, 4, "#000000", "relative humidity at ".$location_text , $Opus_relH_percent_channel);
placePicWithLink($draw_y+75, $draw_x+5, "newDewpoint.png", 23, "dewpoint at ".$location_text, $Opus_dewpointC_channel);
placeTextWithLink($draw_y+75, $draw_x+30, sprintf('%.1F °C', $Opus_dewpointC), 90, 4, "#000000", "dewpoint at ".$location_text , $Opus_dewpointC_channel);
// ########## DET Opus weather station ##########
$data_index = 41;
$Opus_tempC = $adeiValue[$data_index][0];
$Opus_tempF = $adeiValue[$data_index][1];
$Opus_dewpointC = $adeiValue[$data_index][2];
$Opus_dewpointF = $adeiValue[$data_index][3];
$Opus_relH_percent = $adeiValue[$data_index][4];
$Opus_relH_gramm = $adeiValue[$data_index][5];
$Opus_absPressure_hPa = $adeiValue[$data_index][6];
$Opus_relPressure_hPa = $adeiValue[$data_index][7];
$Opus_voltage = $adeiValue[$data_index][8];
$Opus_tempC_channel = $adeiChannel[$data_index][0];
$Opus_tempF_channel = $adeiChannel[$data_index][1];
$Opus_dewpointC_channel = $adeiChannel[$data_index][2];
$Opus_dewpointF_channel = $adeiChannel[$data_index][3];
$Opus_relH_percent_channel = $adeiChannel[$data_index][4];
$Opus_relH_gramm_channel = $adeiChannel[$data_index][5];
$Opus_absPressure_hPa_channel = $adeiChannel[$data_index][6];
$Opus_relPressure_hPa_channel = $adeiChannel[$data_index][7];
$Opus_voltage_channel = $adeiChannel[$data_index][8];
// update dewpoint max value
if ($Opus_dewpointC > $global_max_dewpoint) $global_max_dewpoint = $Opus_dewpointC;
$location_text = "detector platform";
$draw_x = 1600;
$draw_y = -15;
placePicWithLink($draw_y, $draw_x+5, "newTemperature.png", 23, "temperature at ".$location_text, $Opus_tempC_channel);
placeTextWithLink($draw_y, $draw_x+30, sprintf('%.1F °C', $Opus_tempC), 90, 4, "#000000", "temperature at ".$location_text, $Opus_tempC_channel);
placePicWithLink($draw_y+25, $draw_x+5, "newPressure.png", 23, "atmospheric pressure at ".$location_text, $Opus_absPressure_hPa_channel);
placeTextWithLink($draw_y+25, $draw_x+30, sprintf('%.0F hPa', $Opus_absPressure_hPa), 90, 4, "#000000", "atmospheric pressure at ".$location_text, $Opus_absPressure_hPa_channel);
placePicWithLink($draw_y+50, $draw_x+5, "newHumidity.png", 23, "relative humidity at ".$location_text, $Opus_relH_percent_channel);
placeTextWithLink($draw_y+50, $draw_x+30, sprintf('%.1F %', $Opus_relH_percent), 90, 4, "#000000", "relative humidity at ".$location_text , $Opus_relH_percent_channel);
// ########## Detector Platform OLD ##########
//placePicWithLink(-135, 1605, "newTemperature.png", 23, "temperature in KATRIN hall", $adeiChannel[19][1]);
//placeTextWithLink(-135, 1630, sprintf('%.1F °C', $adeiValue[19][1]), 90, 4, "#000000", "temperature in KATRIN hall", $adeiChannel[19][1]);
//placePicWithLink(-110, 1605, "newPressure.png", 23, "atmospheric pressure in KATRIN hall", $adeiChannel[19][0]);
//placeTextWithLink(-110, 1630, sprintf('%.0F hPa', $adeiValue[19][0] * 0.0689475729 * 1000.0), 90, 4, "#000000", "atmospheric pressure in KATRIN hall", $adeiChannel[19][0]);
//placePicWithLink(-85, 1605, "newHumidity.png", 23, "relative humidity in KATRIN hall", $adeiChannel[19][2]);
//placeTextWithLink(-85, 1630, sprintf('%.1F %', $adeiValue[19][2]), 90, 4, "#000000", "relative humidity in KATRIN hall", $adeiChannel[19][2]);
// ########## HV Opus weather station ##########
$data_index = 42;
$Opus_tempC = $adeiValue[$data_index][0];
$Opus_tempF = $adeiValue[$data_index][1];
$Opus_dewpointC = $adeiValue[$data_index][2];
$Opus_dewpointF = $adeiValue[$data_index][3];
$Opus_relH_percent = $adeiValue[$data_index][4];
$Opus_relH_gramm = $adeiValue[$data_index][5];
$Opus_absPressure_hPa = $adeiValue[$data_index][6];
$Opus_relPressure_hPa = $adeiValue[$data_index][7];
$Opus_voltage = $adeiValue[$data_index][8];
$Opus_tempC_channel = $adeiChannel[$data_index][0];
$Opus_tempF_channel = $adeiChannel[$data_index][1];
$Opus_dewpointC_channel = $adeiChannel[$data_index][2];
$Opus_dewpointF_channel = $adeiChannel[$data_index][3];
$Opus_relH_percent_channel = $adeiChannel[$data_index][4];
$Opus_relH_gramm_channel = $adeiChannel[$data_index][5];
$Opus_absPressure_hPa_channel = $adeiChannel[$data_index][6];
$Opus_relPressure_hPa_channel = $adeiChannel[$data_index][7];
$Opus_voltage_channel = $adeiChannel[$data_index][8];
// update dewpoint max value
if ($Opus_dewpointC > $global_max_dewpoint) $global_max_dewpoint = $Opus_dewpointC;
$location_text = "high-voltage cage";
$draw_x = 434;
$draw_y = 586;
if (($Opus_tempC > 0) && (($Opus_tempC < 99)) && ($Opus_absPressure_hPa > 0))
{
placeBoxRight($draw_y, $draw_x,sprintf('%.1F °C', $Opus_tempC), 65, 2, $color);
placePicWithLink($draw_y+2, $draw_x+5, "newTemperature.png", 15, "temperature at ".$location_text.", and
rel. humidity is H = ".sprintf('%.1F %', $Opus_relH_percent).",
dewpoint Td = ".sprintf('%.1F °C', $Opus_dewpointC).",
atm. pressure is p = ".sprintf('%.0F hPa', $Opus_absPressure_hPa).".", $Opus_tempC_channel);
}
// ########## MS bottom Opus weather station ##########
$data_index = 43;
$Opus_tempC = $adeiValue[$data_index][0];
$Opus_tempF = $adeiValue[$data_index][1];
$Opus_dewpointC = $adeiValue[$data_index][2];
$Opus_dewpointF = $adeiValue[$data_index][3];
$Opus_relH_percent = $adeiValue[$data_index][4];
$Opus_relH_gramm = $adeiValue[$data_index][5];
$Opus_absPressure_hPa = $adeiValue[$data_index][6];
$Opus_relPressure_hPa = $adeiValue[$data_index][7];
$Opus_voltage = $adeiValue[$data_index][8];
$Opus_tempC_channel = $adeiChannel[$data_index][0];
$Opus_tempF_channel = $adeiChannel[$data_index][1];
$Opus_dewpointC_channel = $adeiChannel[$data_index][2];
$Opus_dewpointF_channel = $adeiChannel[$data_index][3];
$Opus_relH_percent_channel = $adeiChannel[$data_index][4];
$Opus_relH_gramm_channel = $adeiChannel[$data_index][5];
$Opus_absPressure_hPa_channel = $adeiChannel[$data_index][6];
$Opus_relPressure_hPa_channel = $adeiChannel[$data_index][7];
$Opus_voltage_channel = $adeiChannel[$data_index][8];
// update dewpoint max value
if ($Opus_dewpointC > $global_max_dewpoint) $global_max_dewpoint = $Opus_dewpointC;
$location_text = "main spectrometer basement";
$draw_x = 845;
$draw_y = 586;
$color = "#CCCCCC";
if (($Opus_tempC > 0) && (($Opus_tempC < 99)) && ($Opus_absPressure_hPa > 0))
{
placeBoxRight($draw_y, $draw_x,sprintf('%.1F °C', $Opus_tempC), 65, 2, $color);
placePicWithLink($draw_y+2, $draw_x+5, "newTemperature.png", 15, "temperature at ".$location_text.", and
rel. humidity is H = ".sprintf('%.1F %', $Opus_relH_percent).",
dewpoint Td = ".sprintf('%.1F °C', $Opus_dewpointC).",
atm. pressure is p = ".sprintf('%.0F hPa', $Opus_absPressure_hPa).".", $Opus_tempC_channel);
}
// ########## MS top Opus weather station ##########
$data_index = 44;
$Opus_tempC = $adeiValue[$data_index][0];
$Opus_tempF = $adeiValue[$data_index][1];
$Opus_dewpointC = $adeiValue[$data_index][2];
$Opus_dewpointF = $adeiValue[$data_index][3];
$Opus_relH_percent = $adeiValue[$data_index][4];
$Opus_relH_gramm = $adeiValue[$data_index][5];
$Opus_absPressure_hPa = $adeiValue[$data_index][6];
$Opus_relPressure_hPa = $adeiValue[$data_index][7];
$Opus_voltage = $adeiValue[$data_index][8];
$Opus_tempC_channel = $adeiChannel[$data_index][0];
$Opus_tempF_channel = $adeiChannel[$data_index][1];
$Opus_dewpointC_channel = $adeiChannel[$data_index][2];
$Opus_dewpointF_channel = $adeiChannel[$data_index][3];
$Opus_relH_percent_channel = $adeiChannel[$data_index][4];
$Opus_relH_gramm_channel = $adeiChannel[$data_index][5];
$Opus_absPressure_hPa_channel = $adeiChannel[$data_index][6];
$Opus_relPressure_hPa_channel = $adeiChannel[$data_index][7];
$Opus_voltage_channel = $adeiChannel[$data_index][8];
// update dewpoint max value
if ($Opus_dewpointC > $global_max_dewpoint) $global_max_dewpoint = $Opus_dewpointC;
$location_text = "main spectrometer under the roof";
$draw_x = 845;
$draw_y = 31;
if (($Opus_tempC > 0) && (($Opus_tempC < 99)) && ($Opus_absPressure_hPa > 0))
{
placeBoxRight($draw_y, $draw_x,sprintf('%.1F °C', $Opus_tempC), 65, 2, $color);
placePicWithLink($draw_y+2, $draw_x+5, "newTemperature.png", 15, "temperature at ".$location_text.", and
rel. humidity is H = ".sprintf('%.1F %', $Opus_relH_percent).",
dewpoint Td = ".sprintf('%.1F °C', $Opus_dewpointC).",
atm. pressure is p = ".sprintf('%.0F hPa', $Opus_absPressure_hPa).".", $Opus_tempC_channel);
}
// ########## MoS general Opus weather station ##########
$data_index = 45;
$Opus_tempC = $adeiValue[$data_index][0];
$Opus_tempF = $adeiValue[$data_index][1];
$Opus_dewpointC = $adeiValue[$data_index][2];
$Opus_dewpointF = $adeiValue[$data_index][3];
$Opus_relH_percent = $adeiValue[$data_index][4];
$Opus_relH_gramm = $adeiValue[$data_index][5];
$Opus_absPressure_hPa = $adeiValue[$data_index][6];
$Opus_relPressure_hPa = $adeiValue[$data_index][7];
$Opus_voltage = $adeiValue[$data_index][8];
$Opus_tempC_channel = $adeiChannel[$data_index][0];
$Opus_tempF_channel = $adeiChannel[$data_index][1];
$Opus_dewpointC_channel = $adeiChannel[$data_index][2];
$Opus_dewpointF_channel = $adeiChannel[$data_index][3];
$Opus_relH_percent_channel = $adeiChannel[$data_index][4];
$Opus_relH_gramm_channel = $adeiChannel[$data_index][5];
$Opus_absPressure_hPa_channel = $adeiChannel[$data_index][6];
$Opus_relPressure_hPa_channel = $adeiChannel[$data_index][7];
$Opus_voltage_channel = $adeiChannel[$data_index][8];
$location_text = "monitor spectrometer building";
$draw_x = 0;
$draw_y = 536;
placePicWithLink($draw_y, $draw_x+5, "newTemperature.png", 23, "temperature at ".$location_text, $Opus_tempC_channel);
placeTextWithLink($draw_y, $draw_x+30, sprintf('%.1F °C', $Opus_tempC), 90, 4, "#000000", "temperature at ".$location_text, $Opus_tempC_channel);
placePicWithLink($draw_y+25, $draw_x+5, "newPressure.png", 23, "atmospheric pressure at ".$location_text, $Opus_absPressure_hPa_channel);
placeTextWithLink($draw_y+25, $draw_x+30, sprintf('%.0F hPa', $Opus_absPressure_hPa), 90, 4, "#000000", "atmospheric pressure at ".$location_text, $Opus_absPressure_hPa_channel);
placePicWithLink($draw_y+50, $draw_x+5, "newHumidity.png", 23, "relative humidity at ".$location_text, $Opus_relH_percent_channel);
placeTextWithLink($draw_y+50, $draw_x+30, sprintf('%.1F %', $Opus_relH_percent), 90, 4, "#000000", "relative humidity at ".$location_text , $Opus_relH_percent_channel);
// ########## MS condensation alert during HV operation ##########
if ($MSmode == 5)
{
if ($global_max_dewpoint - $global_MS_temperature > -1) // check dewpoint 1 °C below tank temperature
{
placePic(-130+96, 425, "alarm_flash.gif", 25, "Condensation alert, don't operate high voltage!");
$color = "#FFD800"; // yellow
placeBox(-130+120, 363, "CONDENSATION ALERT" , 150, 3, $color);
}
}
?>