{
"version": 1,
"header_image": "",
"allow_edit": false,
"plugins": [],
"panes": [
{
"title": "",
"width": 1,
"row": {
"1": 1,
"2": 1,
"3": 1,
"4": 1
},
"col": {
"1": 1,
"2": 1,
"3": 1,
"4": 1
},
"col_width": 4,
"widgets": [
{
"type": "html",
"settings": {
"html": "let clock = datasources[\"Clock\"][\"numeric_value\"]; // trick to trigger the update\nlet cols = document.getElementsByClassName('gs_w')[0].getAttribute('data-sizex');\ndocument.getElementsByClassName('gs_w')[0].firstElementChild.firstElementChild.innerHTML = \"\";\n\nlet title = \"Fast Beam Interlock System\"; // Change this title. Try not to exceed the 30 chars\n\nlet fontsize = Math.round((-0.66486486*title.length+66.67567568)*cols/4);\nlet lmargin = Math.round((0.43918919*title.length-4.05405405)+3.75*cols*cols-34.75*cols+79.75);\nlet width = 100-lmargin;\n\nvar text = `<div style=\\\"position: relative; margin-top: -15px; text-align: left;\\\">\n\t\t\t<div style=\\\"position: relative;\\\">\n\t\t\t\t<img src=\\\"../img/ess-logo.svg\\\" title=\\\"Designed by Emanuele Laface with PyEpics and Freeboard. Graphics by Dirk Nordt.\\\"></img>\n\t\t\t</div>\n<div class=\\\"tw-value\\\" style=\\\"font-size: `+String(fontsize)+`px; color:#ffffff !important; position: absolute; left: `+String(lmargin)+`%; width: `+String(width)+`%; height: 100%; justify-content: center; display: flex; align-items: center;\\\" title=\\\"Designed by Emanuele Laface with PyEpics and Freeboard. Graphics by Dirk Nordt.\\\">\n\t\t\t\t`+title+`\n\t\t\t</div>\n\t\t</div>`;\n\nif (cols == 1){\n text = \"<div style=\\\"position: static; margin-top: -15px;\\\"><img src=\\\"../img/ess-logo.svg\\\" title=\\\"Designed by Emanuele Laface with PyEpics and Freeboard. Graphics by Dirk Nordt.\\\"><div class=\\\"tw-value\\\" style=\\\"font-size: 30px; color:#ffffff !important; position: relative; bottom: 55px; left: 30px;\\\" title=\\\"Designed by Emanuele Laface with PyEpics and Freeboard. Graphics by Dirk Nordt.\\\"></div></img></div>\";\n document.getElementsByClassName('gs_w')[0].firstElementChild.firstElementChild.innerHTML = title;\n}\n\nreturn text;",
"height": 2
}
}
]
},
{
"title": "Configuration",
"width": 1,
"row": {
"3": 7,
"4": 7,
"5": 7,
"6": 7,
"7": 7,
"8": 7,
"9": 7
},
"col": {
"3": 3,
"4": 1,
"5": 2,
"6": 2,
"7": 2,
"8": 2,
"9": 2
},
"col_width": 1,
"widgets": [
{
"type": "text_widget",
"settings": {
"title": "Beam Destination",
"size": "regular",
"value": "datasources[\"Interlocks\"][\"FBIS::beam_destination\"][\"value\"][\"choices\"][datasources[\"Interlocks\"][\"FBIS::beam_destination\"][\"value\"][\"index\"]];",
"animate": true
}
},
{
"type": "text_widget",
"settings": {
"title": "Beam Mode",
"size": "regular",
"value": "datasources[\"Interlocks\"][\"FBIS::beam_mode\"][\"value\"][\"choices\"][datasources[\"Interlocks\"][\"FBIS::beam_mode\"][\"value\"][\"index\"]];",
"animate": true
}
},
{
"type": "ragIndicator",
"settings": {
"title": "Beam ON",
"value": "var g = datasources[\"Interlocks\"][\"FBIS::beam_state_ok\"][\"value\"][\"index\"];\n\nif (g == 1) {\n return 0;\n} else {\n return 1;\n}",
"green_text": "OK",
"amber_text": "NOK"
}
}
]
},
{
"title": "FBIS STATUS",
"width": 1,
"row": {
"3": 7,
"4": 7,
"6": 7,
"7": 7
},
"col": {
"3": 2,
"4": 2,
"6": 2,
"7": 2
},
"col_width": 2,
"widgets": [
{
"type": "text_widget",
"settings": {
"size": "regular",
"value": "var bi = datasources[\"Interlocks\"][\"FBIS::BI_ok\"][\"value\"][\"index\"];\nvar rbi = datasources[\"Interlocks\"][\"FBIS::RBI_ok\"][\"value\"][\"index\"];\nvar ebi = datasources[\"Interlocks\"][\"FBIS::EBI_ok\"][\"value\"][\"index\"];\n\nif (ebi == 0) {\n return \"Emergency Beam Interlock\";\n} else if (rbi == 0) {\n return \"Regular Beam Interlock\";\n} else if (bi == 0) {\n return \"Beam Inhibit\";\n} else {\n return \"Global Beam Permit OK\";\n}",
"animate": true
}
}
]
},
{
"title": "SYSTEMS",
"width": 1,
"row": {
"3": 31,
"4": 7,
"7": 31,
"8": 31,
"9": 31
},
"col": {
"3": 1,
"4": 4,
"7": 1,
"8": 1,
"9": 1
},
"col_width": 1,
"widgets": [
{
"type": "ragIndicator",
"settings": {
"title": "Insertable Devices",
"value": "var r = datasources[\"Interlocks\"][\"FBIS::MPSID_RBI_ok\"][\"value\"][\"index\"];\nvar g = datasources[\"Interlocks\"][\"FBIS::MPSID_ok\"][\"value\"][\"index\"];\n\nif (g == 1) {\n return 0;\n} else if (r == 0){\n return 2;\n}else {\n return 1;\n}",
"green_text": "OK",
"amber_text": "Inhibit",
"red_text": "Interlock"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "Quadrupole Magnets",
"value": "var r = datasources[\"Interlocks\"][\"FBIS::MPSMag_RBI_ok\"][\"value\"][\"index\"];\nvar g = datasources[\"Interlocks\"][\"FBIS::MPSMag_ok\"][\"value\"][\"index\"];\n\nif (g == 1) {\n return 0;\n} else if (r == 0){\n return 2;\n}else {\n return 1;\n}",
"green_text": "OK",
"amber_text": "Inhibit",
"red_text": "Interlock"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "Vacuum",
"value": "var r = datasources[\"Interlocks\"][\"FBIS::MPSVac_RBI_ok\"][\"value\"][\"index\"];\nvar g = datasources[\"Interlocks\"][\"FBIS::MPSVac_ok\"][\"value\"][\"index\"];\n\nif (g == 1) {\n return 0;\n} else if (r == 0){\n return 2;\n}else {\n return 1;\n}",
"green_text": "OK",
"amber_text": "Inhibit",
"red_text": "Interlock"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "Software Interlock",
"value": "var r = datasources[\"Interlocks\"][\"FBIS::SIS_RBI_ok\"][\"value\"][\"index\"];\nvar g = datasources[\"Interlocks\"][\"FBIS::SIS_ok\"][\"value\"][\"index\"];\n\nif (g == 1) {\n return 0;\n} else if (r == 0){\n return 2;\n}else {\n return 1;\n}",
"green_text": "OK",
"amber_text": "Inhibit",
"red_text": "Interlock"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "Ion Source & LEBT",
"value": "var r = datasources[\"Interlocks\"][\"FBIS::IS_PLC_RBI_ok\"][\"value\"][\"index\"];\nvar g = datasources[\"Interlocks\"][\"FBIS::IS_PLC_ok\"][\"value\"][\"index\"];\n\nif (g == 1) {\n return 0;\n} else if (r == 0){\n return 2;\n}else {\n return 1;\n}",
"green_text": "OK",
"amber_text": "Inhibit",
"red_text": "Interlock"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "RF Systems",
"value": "var r = datasources[\"Interlocks\"][\"FBIS::RF_RBI_ok\"][\"value\"][\"index\"];\nvar g = datasources[\"Interlocks\"][\"FBIS::RF_ok\"][\"value\"][\"index\"];\n\nif (g == 1) {\n return 0;\n} else if (r == 0){\n return 2;\n}else {\n return 1;\n}",
"green_text": "OK",
"amber_text": "Inhibit",
"red_text": "Interlock"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "PSS",
"value": "var r = datasources[\"Interlocks\"][\"FBIS::PSS_RBI_ok\"][\"value\"][\"index\"];\nvar g = datasources[\"Interlocks\"][\"FBIS::PSS_ok\"][\"value\"][\"index\"];\n\nif (g == 1) {\n return 0;\n} else if (r == 0){\n return 2;\n}else {\n return 1;\n}",
"green_text": "OK",
"amber_text": "Inhibit",
"red_text": "Interlock"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "MEBT Chopper LPS",
"value": "var r = datasources[\"Interlocks\"][\"FBIS::MEBT_Ch_PLC_RBI_ok\"][\"value\"][\"index\"];\nvar g = datasources[\"Interlocks\"][\"FBIS::MEBT_Ch_PLC_ok\"][\"value\"][\"index\"];\n\nif (g == 1) {\n return 0;\n} else if (r == 0){\n return 2;\n}else {\n return 1;\n}",
"green_text": "OK",
"amber_text": "Inhibit",
"red_text": "Interlock"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "LEBT Chopper Fault",
"value": "var r = datasources[\"Interlocks\"][\"FBIS::LEBT_Ch_Fault_RBI_ok\"][\"value\"][\"index\"];\nvar g = datasources[\"Interlocks\"][\"FBIS::LEBT_Ch_Fault_ok\"][\"value\"][\"index\"];\n\nif (g == 1) {\n return 0;\n} else if (r == 0){\n return 2;\n}else {\n return 1;\n}",
"green_text": "OK",
"amber_text": "Inhibit",
"red_text": "Interlock"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "BCMs",
"value": "var r = datasources[\"Interlocks\"][\"FBIS::BCM_RBI_ok\"][\"value\"][\"index\"];\nvar g = datasources[\"Interlocks\"][\"FBIS::BCM_ok\"][\"value\"][\"index\"];\n\nif (g == 1) {\n return 0;\n} else if (r == 0){\n return 2;\n}else {\n return 1;\n}",
"green_text": "OK",
"amber_text": "Inhibit",
"red_text": "Interlock"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "BPMs",
"value": "var r = datasources[\"Interlocks\"][\"FBIS::BPM_RBI_ok\"][\"value\"][\"index\"];\nvar g = datasources[\"Interlocks\"][\"FBIS::BPM_ok\"][\"value\"][\"index\"];\n\nif (g == 1) {\n return 0;\n} else if (r == 0){\n return 2;\n}else {\n return 1;\n}",
"green_text": "OK",
"amber_text": "Inhibit",
"red_text": "Interlock"
}
}
]
},
{
"title": "Global Beam Permit",
"width": 1,
"row": {
"3": 11,
"4": 11,
"6": 11,
"7": 11,
"8": 11
},
"col": {
"3": 1,
"4": 2,
"6": 2,
"7": 2,
"8": 2
},
"col_width": 2,
"widgets": [
{
"type": "html",
"settings": {
"html": "<script>\n function setDatasource(event) {\n\t\tfreeboard.showLoadingIndicator(true);\n\t};\n</script>\n<div style=\"position:relative;height:100%;display:flex;flex-direction:column;justify-content:center;align-items:center;\">\n <select style=\"padding:0px 0px\" onchange=\"setDatasource()\" id=\"time-series\">\n <option value=\"1M\">One Month</option>\n <option value=\"2w\">Two Weeks</option>\n <option value=\"1w\">One Week</option>\n <option value=\"2d\">Two Days</option>\n <option value=\"1d\">One Day</option>\n <option value=\"4h\">Four Hours</option>\n <option value=\"1h\">One Hour</option>\n <option value=\"5m\">Five Minutes</option>\n </select>\n</div>",
"height": 1
}
},
{
"type": "flot_extended_plugin",
"settings": {
"plot_type": "line",
"legend": true,
"height": 2,
"value": "var hours2 = 7200 * 1000; // shift to Lund timeslot\nvar clock = datasources[\"Clock5m\"][\"numeric_value\"] + hours2;\nvar series = document.getElementById(\"time-series\").value;\n\nswitch(series){\n case \"1M\":\n var dg = datasources[\"1M\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1M\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1M\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1M\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 2419200; // 1000 ms * 1 month\n break; \n case \"2w\":\n var dg = datasources[\"2w\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"2w\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"2w\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"2w\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 1209600; // 1000 ms * 2 weeks\n break;\n\tcase \"1w\": \n var dg = datasources[\"1w\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1w\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1w\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1w\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 604800; // 1000 ms * 1 week\n break;\n\tcase \"2d\": \n var dg = datasources[\"2d\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"2d\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"2d\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"2d\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 172800; // 1000 ms * 2 days\n break;\n\tcase \"1d\": \n var dg = datasources[\"1d\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1d\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1d\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1d\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 86400; // 1000 ms *1 day\n break;\n\tcase \"4h\": \n var dg = datasources[\"4h\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"4h\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"4h\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"4h\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 14400; // 1000 ms * 4 hours\n break;\n\tcase \"2h\": \n var dg = datasources[\"2h\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"2h\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"2h\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"2h\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 7200; // 1000 ms * 2 hours\n break; \n\tcase \"1h\": \n var dg = datasources[\"1h\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1h\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1h\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1h\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 3600; // 1000 ms * 1h\n break;\n\tcase \"5m\": \n var dg = datasources[\"5m\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"5m\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"5m\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"5m\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 300; // 1000 ms * 5 minutes\n break; \n}\n\nvar a = [];\nvar a_start = [];\nvar a_end = [];\n\nvar tmax = 2918814085000; // roughly 2060\nvar tmin = 962286085000; // roughlt 2000\n\nif(dg.length == 0){\n dg.push([tmax, 0]); \n dg.push([tmin, 0]); \n a_start.push(tmax); // so not take into account in the minimum computation below\n a_end.push(tmin); // so not take into account in the maximum computation below\n} else{\n a_start.push(clock-timespan-hours2);\n a_end.push(clock-hours2);\n}\n\nif(di.length == 0){\n di.push([tmax, 0]); \n di.push([tmin, 0]); \n a_start.push(tmax);\n a_end.push(tmin);\n}else{\n a_start.push(clock-timespan-hours2);\n a_end.push(clock-hours2);\n}\n\nif(dr.length == 0){\n dr.push([tmax, 0]); \n dr.push([tmin, 0]); \n a_start.push(tmax);\n a_end.push(tmin);\n}else{\n a_start.push(clock-timespan-hours2);\n a_end.push(clock-hours2);\n}\n\nif(de.length == 0){\n de.push([tmax, 0]); \n de.push([tmin, 0]); \n a_start.push(tmax);\n a_end.push(tmin);\n}else{\n a_start.push(clock-timespan-hours2);\n a_end.push(clock-hours2);\n}\n\nvar start = hours2 + Math.min(a_start[0], a_start[1], a_start[2], a_start[3]);\nvar end = hours2 + Math.max(a_end[0], a_end[1], a_end[2], a_end[3]);\n\nvar d = dg; // Assign the waveform to show\n\n///////////////////////\n// to have a waveform from the beginnig if the showed beginning is less the the real one\n// For the archiving that signal is the oppositve of the previous point\nvar opposite = 1;\nif (d[0][1] == 1){\n opposite = 0;\n}\na.push([start,opposite]);\n///////////////////////\n\nfor (i=0; i < d.length; i++) {\n var x = d[i][0]+hours2; \n var y = d[i][1];\n if (i == 0) {\n a.push([x,opposite]); \n }\n if (i>0){ // add a point in order to show an horizontal line\n \t a.push([x,d[i-1][1]]);\n }\n a.push([x, y]);\n}\na.push([end,d[d.length-1][1]]); // add a last point with the same value as the actual array lastpoint\n\n// check if it was empty and fill as the current status\nvar fill = datasources[\"Interlocks\"][\"FBIS::beam_permit_ok\"][\"value\"][\"index\"];\n// the array is withou points\nif (d[0][0] == tmax){\n a.length = 0; // delete the previous array\n a = [];\n if (start > tmax){ // it means that in the timespan selected there aren't any point in all the waveforms\n \ta.push([clock,fill]);\n \ta.push([clock-timespan,fill]); \n } else { // set as start/end the min start and max end coming from other waveforms\n \ta.push([start,fill]);\n \ta.push([end,fill]);\n }\n}\n\n\nswitch(series){\n case \"1M\":\n data = [\n {label: 'GBP', data: a, color: 'lime'}\n ];\n break;\n case \"2w\":\n data = [\n {label: 'GBP', data: a, color: 'lime'}\n ];\n break;\n\tcase \"1w\":\n data = [\n \t{label: 'GBP', data: a, color: 'lime'}\n ];\n break;\n\tcase \"2d\":\n data = [\n\t\t\t{label: 'GBP', data: a, color: 'lime'}\n ];\n break;\n\tcase \"1d\":\n data = [\n\t\t\t{label: 'GBP', data: a, color: 'lime'}\n ];\n break;\n\tcase \"4h\":\n data = [\n {label: 'GBP', data: a, color: 'lime'}\n ];\n break;\n\tcase \"2h\":\n data = [\n\t\t\t{label: 'GBP', data: a, color: 'lime'}\n ];\n break; \n\tcase \"1h\":\n data = [\n\t\t\t{label: 'GBP', data: a, color: 'lime'}\n ];\n break;\n\tcase \"5m\":\n data = [\n\t\t\t{label: 'GBP', data: a, color: 'lime'}\n ];\n break; \n \n}\n\nfreeboard.showLoadingIndicator(false);\nreturn data;\n",
"xticks": "6",
"yticks": "[[0,'NOK'], [1, 'OK ']]",
"x_timestamp": true,
"points": false,
"zoom": ""
}
},
{
"type": "flot_extended_plugin",
"settings": {
"plot_type": "line",
"legend": true,
"height": 2,
"value": "var hours2 = 7200 * 1000; // shift to Lund timeslot\nvar clock = datasources[\"Clock5m\"][\"numeric_value\"] + hours2;\nvar series = document.getElementById(\"time-series\").value;\n\nswitch(series){\n case \"1M\":\n var dg = datasources[\"1M\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1M\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1M\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1M\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 2419200; // 1000 ms * 1 month\n break; \n case \"2w\":\n var dg = datasources[\"2w\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"2w\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"2w\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"2w\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 1209600; // 1000 ms * 2 weeks\n break;\n\tcase \"1w\": \n var dg = datasources[\"1w\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1w\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1w\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1w\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 604800; // 1000 ms * 1 week\n break;\n\tcase \"2d\": \n var dg = datasources[\"2d\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"2d\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"2d\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"2d\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 172800; // 1000 ms * 2 days\n break;\n\tcase \"1d\": \n var dg = datasources[\"1d\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1d\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1d\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1d\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 86400; // 1000 ms *1 day\n break;\n\tcase \"4h\": \n var dg = datasources[\"4h\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"4h\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"4h\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"4h\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 14400; // 1000 ms * 4 hours\n break;\n\tcase \"2h\": \n var dg = datasources[\"2h\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"2h\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"2h\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"2h\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 7200; // 1000 ms * 2 hours\n break; \n\tcase \"1h\": \n var dg = datasources[\"1h\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1h\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1h\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1h\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 3600; // 1000 ms * 1h\n break;\n\tcase \"5m\": \n var dg = datasources[\"5m\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"5m\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"5m\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"5m\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 300; // 1000 ms * 5 minutes\n break; \n}\n\nvar a = [];\nvar a_start = [];\nvar a_end = [];\n\nvar tmax = 2918814085000; // roughly 2060\nvar tmin = 962286085000; // roughlt 2000\n\nif(dg.length == 0){\n dg.push([tmax, 0]); \n dg.push([tmin, 0]); \n a_start.push(tmax); // so not take into account in the minimum computation below\n a_end.push(tmin); // so not take into account in the maximum computation below\n} else{\n a_start.push(clock-timespan-hours2);\n a_end.push(clock-hours2);\n}\n\nif(di.length == 0){\n di.push([tmax, 0]); \n di.push([tmin, 0]); \n a_start.push(tmax);\n a_end.push(tmin);\n}else{\n a_start.push(clock-timespan-hours2);\n a_end.push(clock-hours2);\n}\n\nif(dr.length == 0){\n dr.push([tmax, 0]); \n dr.push([tmin, 0]); \n a_start.push(tmax);\n a_end.push(tmin);\n}else{\n a_start.push(clock-timespan-hours2);\n a_end.push(clock-hours2);\n}\n\nif(de.length == 0){\n de.push([tmax, 0]); \n de.push([tmin, 0]); \n a_start.push(tmax);\n a_end.push(tmin);\n}else{\n a_start.push(clock-timespan-hours2);\n a_end.push(clock-hours2);\n}\n\nvar start = hours2 + Math.min(a_start[0], a_start[1], a_start[2], a_start[3]);\nvar end = hours2 + Math.max(a_end[0], a_end[1], a_end[2], a_end[3]);\n\nvar d = di; // Assign the waveform to show\n\n///////////////////////\n// to have a waveform from the beginnig if the showed beginning is less the the real one\n// For the archiving that signal is the oppositve of the previous point\nvar opposite = 1;\nif (d[0][1] == 1){\n opposite = 0;\n}\na.push([start,opposite]);\n///////////////////////\n\nfor (i=0; i < d.length; i++) {\n var x = d[i][0]+hours2; \n var y = d[i][1];\n if (i == 0) {\n a.push([x,opposite]); \n }\n if (i>0){ // add a point in order to show an horizontal line\n \t a.push([x,d[i-1][1]]);\n }\n a.push([x, y]);\n}\na.push([end,d[d.length-1][1]]); // add a last point with the same value as the actual array lastpoint\n\n// check if it was empty and fill as the current status\nvar fill = datasources[\"Interlocks\"][\"FBIS::BI_ok\"][\"value\"][\"index\"];\n// the array is withou points\nif (d[0][0] == tmax){\n a.length = 0; // delete the previous array\n a = [];\n if (start > tmax){ // it means that in the timespan selected there aren't any point in all the waveforms\n \ta.push([clock,fill]);\n \ta.push([clock-timespan,fill]); \n } else { // set as start/end the min start and max end coming from other waveforms\n \ta.push([start,fill]);\n \ta.push([end,fill]);\n }\n}\n\n\nswitch(series){\n case \"1M\":\n data = [\n {label: 'BI', data: a, color: 'yellow'}\n ];\n break;\n case \"2w\":\n data = [\n {label: 'BI', data: a, color: 'yellow'}\n ];\n break;\n\tcase \"1w\":\n data = [\n \t{label: 'BI', data: a, color: 'yellow'}\n ];\n break;\n\tcase \"2d\":\n data = [\n\t\t\t{label: 'BI', data: a, color: 'yellow'}\n ];\n break;\n\tcase \"1d\":\n data = [\n\t\t\t{label: 'BI', data: a, color: 'yellow'}\n ];\n break;\n\tcase \"4h\":\n data = [\n {label: 'BI', data: a, color: 'yellow'}\n ];\n break;\n\tcase \"2h\":\n data = [\n\t\t\t{label: 'BI', data: a, color: 'yellow'}\n ];\n break; \n\tcase \"1h\":\n data = [\n\t\t\t{label: 'BI', data: a, color: 'yellow'}\n ];\n break;\n\tcase \"5m\":\n data = [\n\t\t\t{label: 'BI', data: a, color: 'yellow'}\n ];\n break; \n \n}\n\nfreeboard.showLoadingIndicator(false);\nreturn data;\n",
"xticks": "6",
"yticks": "[[0,'NOK'], [1, 'OK ']]",
"x_timestamp": true,
"points": false,
"zoom": ""
}
},
{
"type": "flot_extended_plugin",
"settings": {
"plot_type": "line",
"legend": true,
"height": 2,
"value": "var hours2 = 7200 * 1000; // shift to Lund timeslot\nvar clock = datasources[\"Clock5m\"][\"numeric_value\"] + hours2;\nvar series = document.getElementById(\"time-series\").value;\n\nswitch(series){\n case \"1M\":\n var dg = datasources[\"1M\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1M\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1M\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1M\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 2419200; // 1000 ms * 1 month\n break; \n case \"2w\":\n var dg = datasources[\"2w\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"2w\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"2w\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"2w\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 1209600; // 1000 ms * 2 weeks\n break;\n\tcase \"1w\": \n var dg = datasources[\"1w\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1w\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1w\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1w\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 604800; // 1000 ms * 1 week\n break;\n\tcase \"2d\": \n var dg = datasources[\"2d\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"2d\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"2d\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"2d\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 172800; // 1000 ms * 2 days\n break;\n\tcase \"1d\": \n var dg = datasources[\"1d\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1d\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1d\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1d\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 86400; // 1000 ms *1 day\n break;\n\tcase \"4h\": \n var dg = datasources[\"4h\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"4h\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"4h\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"4h\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 14400; // 1000 ms * 4 hours\n break;\n\tcase \"2h\": \n var dg = datasources[\"2h\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"2h\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"2h\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"2h\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 7200; // 1000 ms * 2 hours\n break; \n\tcase \"1h\": \n var dg = datasources[\"1h\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1h\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1h\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1h\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 3600; // 1000 ms * 1h\n break;\n\tcase \"5m\": \n var dg = datasources[\"5m\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"5m\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"5m\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"5m\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 300; // 1000 ms * 5 minutes\n break; \n}\n\nvar a = [];\nvar a_start = [];\nvar a_end = [];\n\nvar tmax = 2918814085000; // roughly 2060\nvar tmin = 962286085000; // roughlt 2000\n\nif(dg.length == 0){\n dg.push([tmax, 0]); \n dg.push([tmin, 0]); \n a_start.push(tmax); // so not take into account in the minimum computation below\n a_end.push(tmin); // so not take into account in the maximum computation below\n} else{\n a_start.push(clock-timespan);\n a_end.push(clock);\n}\n\nif(di.length == 0){\n di.push([tmax, 0]); \n di.push([tmin, 0]); \n a_start.push(tmax);\n a_end.push(tmin);\n}else{\n a_start.push(clock-timespan);\n a_end.push(clock);\n}\n\nif(dr.length == 0){\n dr.push([tmax, 0]); \n dr.push([tmin, 0]); \n a_start.push(tmax);\n a_end.push(tmin);\n}else{\n a_start.push(clock-timespan);\n a_end.push(clock);\n}\n\nif(de.length == 0){\n de.push([tmax, 0]); \n de.push([tmin, 0]); \n a_start.push(tmax);\n a_end.push(tmin);\n}else{\n a_start.push(clock-timespan);\n a_end.push(clock);\n}\n\nvar start = Math.min(a_start[0], a_start[1], a_start[2], a_start[3]);\nvar end = Math.max(a_end[0], a_end[1], a_end[2], a_end[3]);\n\nvar d = dr; // Assign the waveform to show\n\n///////////////////////\n// to have a waveform from the beginnig if the showed beginning is less the the real one\n// For the archiving that signal is the oppositve of the previous point\nvar opposite = 1;\nif (d[0][1] == 1){\n opposite = 0;\n}\na.push([start,opposite]);\n///////////////////////\n\nfor (i=0; i < d.length; i++) {\n var x = d[i][0]+hours2; \n var y = d[i][1];\n if (i == 0) {\n a.push([x,opposite]); \n }\n if (i>0){ // add a point in order to show an horizontal line\n \t a.push([x,d[i-1][1]]);\n }\n a.push([x, y]);\n}\na.push([end,d[d.length-1][1]]); // add a last point with the same value as the actual array lastpoint\n\n// check if it was empty and fill as the current status\nvar fill = datasources[\"Interlocks\"][\"FBIS::RBI_ok\"][\"value\"][\"index\"];\n// the array is withou points\nif (d[0][0] == tmax){\n a.length = 0; // delete the previous array\n a = [];\n if (start > tmax){ // it means that in the timespan selected there aren't any point in all the waveforms\n \ta.push([clock,fill]);\n \ta.push([clock-timespan,fill]); \n } else { // set as start/end the min start and max end coming from other waveforms\n \ta.push([start,fill]);\n \ta.push([end,fill]);\n }\n}\n\n\nswitch(series){\n case \"1M\":\n data = [\n {label: 'RBI', data: a, color: 'orange'}\n ];\n break;\n case \"2w\":\n data = [\n {label: 'RBI', data: a, color: 'orange'}\n ];\n break;\n\tcase \"1w\":\n data = [\n \t{label: 'RBI', data: a, color: 'orange'}\n ];\n break;\n\tcase \"2d\":\n data = [\n\t\t\t{label: 'RBI', data: a, color: 'orange'}\n ];\n break;\n\tcase \"1d\":\n data = [\n\t\t\t{label: 'RBI', data: a, color: 'orange'}\n ];\n break;\n\tcase \"4h\":\n data = [\n {label: 'RBI', data: a, color: 'orange'}\n ];\n break;\n\tcase \"2h\":\n data = [\n\t\t\t{label: 'RBI', data: a, color: 'orange'}\n ];\n break; \n\tcase \"1h\":\n data = [\n\t\t\t{label: 'RBI', data: a, color: 'orange'}\n ];\n break;\n\tcase \"5m\":\n data = [\n\t\t\t{label: 'RBI', data: a, color: 'orange'}\n ];\n break; \n \n}\n\nfreeboard.showLoadingIndicator(false);\nreturn data;\n",
"xticks": "6",
"yticks": "[[0,'NOK'], [1, 'OK ']]",
"x_timestamp": true,
"zoom": ""
}
},
{
"type": "flot_extended_plugin",
"settings": {
"plot_type": "line",
"legend": true,
"height": 2,
"value": "var hours2 = 7200 * 1000; // shift to Lund timeslot\nvar clock = datasources[\"Clock5m\"][\"numeric_value\"] + hours2;\nvar series = document.getElementById(\"time-series\").value;\n\nswitch(series){\n case \"1M\":\n var dg = datasources[\"1M\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1M\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1M\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1M\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 2419200; // 1000 ms * 1 month\n break; \n case \"2w\":\n var dg = datasources[\"2w\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"2w\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"2w\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"2w\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 1209600; // 1000 ms * 2 weeks\n break;\n\tcase \"1w\": \n var dg = datasources[\"1w\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1w\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1w\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1w\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 604800; // 1000 ms * 1 week\n break;\n\tcase \"2d\": \n var dg = datasources[\"2d\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"2d\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"2d\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"2d\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 172800; // 1000 ms * 2 days\n break;\n\tcase \"1d\": \n var dg = datasources[\"1d\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1d\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1d\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1d\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 86400; // 1000 ms *1 day\n break;\n\tcase \"4h\": \n var dg = datasources[\"4h\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"4h\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"4h\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"4h\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 14400; // 1000 ms * 4 hours\n break;\n\tcase \"2h\": \n var dg = datasources[\"2h\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"2h\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"2h\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"2h\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 7200; // 1000 ms * 2 hours\n break; \n\tcase \"1h\": \n var dg = datasources[\"1h\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"1h\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"1h\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"1h\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 3600; // 1000 ms * 1h\n break;\n\tcase \"5m\": \n var dg = datasources[\"5m\"][\"FBIS::beam_permit_ok\"];\n var di = datasources[\"5m\"][\"FBIS::BI_ok\"];\n var dr = datasources[\"5m\"][\"FBIS::RBI_ok\"];\n var de = datasources[\"5m\"][\"FBIS::EBI_ok\"];\n var timespan = 1000 * 300; // 1000 ms * 5 minutes\n break; \n}\n\nvar a = [];\nvar a_start = [];\nvar a_end = [];\n\nvar tmax = 2918814085000; // roughly 2060\nvar tmin = 962286085000; // roughlt 2000\n\nif(dg.length == 0){\n dg.push([tmax, 0]); \n dg.push([tmin, 0]); \n a_start.push(tmax); // so not take into account in the minimum computation below\n a_end.push(tmin); // so not take into account in the maximum computation below\n} else{\n a_start.push(clock-timespan-hours2);\n a_end.push(clock-hours2);\n}\n\nif(di.length == 0){\n di.push([tmax, 0]); \n di.push([tmin, 0]); \n a_start.push(tmax);\n a_end.push(tmin);\n}else{\n a_start.push(clock-timespan-hours2);\n a_end.push(clock-hours2);\n}\n\nif(dr.length == 0){\n dr.push([tmax, 0]); \n dr.push([tmin, 0]); \n a_start.push(tmax);\n a_end.push(tmin);\n}else{\n a_start.push(clock-timespan-hours2);\n a_end.push(clock-hours2);\n}\n\nif(de.length == 0){\n de.push([tmax, 0]); \n de.push([tmin, 0]); \n a_start.push(tmax);\n a_end.push(tmin);\n}else{\n a_start.push(clock-timespan-hours2);\n a_end.push(clock-hours2);\n}\n\nvar start = hours2 + Math.min(a_start[0], a_start[1], a_start[2], a_start[3]);\nvar end = hours2 + Math.max(a_end[0], a_end[1], a_end[2], a_end[3]);\n\nvar d = de; // Assign the waveform to show\n\n///////////////////////\n// to have a waveform from the beginnig if the showed beginning is less the the real one\n// For the archiving that signal is the oppositve of the previous point\nvar opposite = 1;\nif (d[0][1] == 1){\n opposite = 0;\n}\na.push([start,opposite]);\n///////////////////////\n\nfor (i=0; i < d.length; i++) {\n var x = d[i][0]+hours2; \n var y = d[i][1];\n if (i == 0) {\n a.push([x,opposite]); \n }\n if (i>0){ // add a point in order to show an horizontal line\n \t a.push([x,d[i-1][1]]);\n }\n a.push([x, y]);\n}\na.push([end,d[d.length-1][1]]); // add a last point with the same value as the actual array lastpoint\n\n// check if it was empty and fill as the current status\nvar fill = datasources[\"Interlocks\"][\"FBIS::EBI_ok\"][\"value\"][\"index\"];\n// the array is withou points\nif (d[0][0] == tmax){\n a.length = 0; // delete the previous array\n a = [];\n if (start > tmax){ // it means that in the timespan selected there aren't any point in all the waveforms\n \ta.push([clock,fill]);\n \ta.push([clock-timespan,fill]); \n } else { // set as start/end the min start and max end coming from other waveforms\n \ta.push([start,fill]);\n \ta.push([end,fill]);\n }\n}\n\n\nswitch(series){\n case \"1M\":\n data = [\n {label: 'EBI', data: a, color: 'red'}\n ];\n break;\n case \"2w\":\n data = [\n {label: 'EBI', data: a, color: 'red'}\n ];\n break;\n\tcase \"1w\":\n data = [\n \t{label: 'EBI', data: a, color: 'red'}\n ];\n break;\n\tcase \"2d\":\n data = [\n\t\t\t{label: 'EBI', data: a, color: 'red'}\n ];\n break;\n\tcase \"1d\":\n data = [\n\t\t\t{label: 'EBI', data: a, color: 'red'}\n ];\n break;\n\tcase \"4h\":\n data = [\n {label: 'EBI', data: a, color: 'red'}\n ];\n break;\n\tcase \"2h\":\n data = [\n\t\t\t{label: 'EBI', data: a, color: 'red'}\n ];\n break; \n\tcase \"1h\":\n data = [\n\t\t\t{label: 'EBI', data: a, color: 'red'}\n ];\n break;\n\tcase \"5m\":\n data = [\n\t\t\t{label: 'EBI', data: a, color: 'red'}\n ];\n break; \n \n}\n\nfreeboard.showLoadingIndicator(false);\nreturn data;\n",
"xticks": "6",
"yticks": "[[0,'NOK'], [1, 'OK ']]",
"x_timestamp": true,
"points": false,
"zoom": ""
}
}
]
},
{
"title": "Hardware Status",
"width": 1,
"row": {
"3": 13,
"4": 15,
"5": 7,
"6": 7,
"7": 7,
"8": 7,
"9": 7
},
"col": {
"3": 3,
"4": 1,
"5": 4,
"6": 4,
"7": 4,
"8": 4,
"9": 4
},
"col_width": 1,
"widgets": [
{
"type": "ragIndicator",
"settings": {
"title": "HW Status and Connections",
"value": "switch (datasources[\"Interlocks\"][\"FBIS::HW_ok\"][\"value\"][\"index\"]) {\n case 1:\n return 0;\n break;\n default:\n \treturn 2;\n}",
"green_text": "OK",
"amber_text": "NOK",
"red_text": "NOKswitch (datasources[\"Interlocks\"][\"FBIS-DLN01::status\"][\"value\"][\"index\"]) {\n case 1:\n return 0;\n break;\n default:\n \treturn 2;\n}"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "DLN01",
"value": "switch (datasources[\"Interlocks\"][\"FBIS-DLN01::status\"][\"value\"][\"index\"]) {\n case 1:\n return 0;\n break;\n default:\n \treturn 2;\n}",
"green_text": "OK",
"amber_text": "NOK",
"red_text": "NOK"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "DLN02",
"value": "switch (datasources[\"Interlocks\"][\"FBIS-DLN02::status\"][\"value\"][\"index\"]) {\n case 1:\n return 0;\n break;\n default:\n \treturn 2;\n}",
"green_text": "OK",
"amber_text": "NOK",
"red_text": "NOK"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "SCU01",
"value": "switch (datasources[\"Interlocks\"][\"FBIS-SCU01::status\"][\"value\"][\"index\"]) {\n case 1:\n return 0;\n case 3:\n return 0;\n break;\n default:\n \treturn 2;\n}",
"green_text": "OK",
"amber_text": "NOK",
"red_text": "NOK"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "SCU02",
"value": "switch (datasources[\"Interlocks\"][\"FBIS-SCU02::status\"][\"value\"][\"index\"]) {\n case 1:\n return 0;\n break;\n case 3:\n return 0;\n break;\n default:\n \treturn 2;\n}",
"green_text": "OK",
"amber_text": "NOK",
"red_text": "NOK"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "SCU03",
"value": "switch (datasources[\"Interlocks\"][\"FBIS-SCU03::status\"][\"value\"][\"index\"]) {\n case 1:\n return 0;\n break;\n case 3:\n return 0;\n break;\n default:\n \treturn 2;\n}",
"green_text": "OK",
"amber_text": "NOK",
"red_text": "NOK"
}
},
{
"type": "ragIndicator",
"settings": {
"title": "SCU04",
"value": "switch (datasources[\"Interlocks\"][\"FBIS-SCU04::status\"][\"value\"][\"index\"]) {\n case 1:\n return 0;\n break;\n case 3:\n return 0;\n break;\n default:\n \treturn 2;\n}",
"green_text": "OK",
"amber_text": "NOK",
"red_text": "NOK"
}
}
]
},
{
"title": "Decision Logic Nodes: Processing Units (PU)",
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},
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},
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"value": "var dln01_pbd = datasources[\"Interlocks\"][\"FBIS-DLN01:Ctrl-AMC-03:cfg_no_of_pbdspu_A\"][\"value\"]; \nvar dln01_pbm = datasources[\"Interlocks\"][\"FBIS-DLN01:Ctrl-AMC-03:cfg_no_of_pbmspu_A\"][\"value\"]; \nvar dln01_spu = datasources[\"Interlocks\"][\"FBIS-DLN01:Ctrl-AMC-03:cfg_no_of_spu_A\"][\"value\"]; \nvar dln01_ssp = datasources[\"Interlocks\"][\"FBIS-DLN01:Ctrl-AMC-03:cfg_no_of_sspu_A\"][\"value\"]; \nvar dln01_pus = dln01_pbd + dln01_pbm + dln01_spu + dln01_ssp;\n\n\nvar dln01_bi = datasources[\"Interlocks\"][\"FBIS-DLN01:Ctrl-AMC-03:no_pu_bi_A\"][\"value\"]; \nvar dln01_rbi = datasources[\"Interlocks\"][\"FBIS-DLN01:Ctrl-AMC-03:no_pu_rbi_A\"][\"value\"]; \nvar dln01_ebi = datasources[\"Interlocks\"][\"FBIS-DLN01:Ctrl-AMC-03:no_pu_ebi_A\"][\"value\"];\n\nvar dln01_bi_p = (dln01_bi/dln01_pus)*100;\nvar dln01_rbi_p = (dln01_rbi/dln01_pus)*100;\nvar dln01_ebi_p = (dln01_ebi/dln01_pus)*100;\nvar dln01_ok_p = 100 - dln01_bi_p - dln01_rbi_p - dln01_ebi;\n\n\nvar dln02_pbd = datasources[\"Interlocks\"][\"FBIS-DLN02:Ctrl-AMC-03:cfg_no_of_pbdspu_A\"][\"value\"]; \nvar dln02_pbm = datasources[\"Interlocks\"][\"FBIS-DLN02:Ctrl-AMC-03:cfg_no_of_pbmspu_A\"][\"value\"]; \nvar dln02_spu = datasources[\"Interlocks\"][\"FBIS-DLN02:Ctrl-AMC-03:cfg_no_of_spu_A\"][\"value\"]; \nvar dln02_ssp = datasources[\"Interlocks\"][\"FBIS-DLN02:Ctrl-AMC-03:cfg_no_of_sspu_A\"][\"value\"]; \nvar dln02_pus = dln02_pbd + dln02_pbm + dln02_spu + dln02_ssp;\n\n\nvar dln02_bi = datasources[\"Interlocks\"][\"FBIS-DLN02:Ctrl-AMC-03:no_pu_bi_A\"][\"value\"]; \nvar dln02_rbi = datasources[\"Interlocks\"][\"FBIS-DLN02:Ctrl-AMC-03:no_pu_rbi_A\"][\"value\"]; \nvar dln02_ebi = datasources[\"Interlocks\"][\"FBIS-DLN02:Ctrl-AMC-03:no_pu_ebi_A\"][\"value\"];\n\nvar dln02_bi_p = (dln02_bi/dln02_pus)*100;\nvar dln02_rbi_p = (dln02_rbi/dln02_pus)*100;\nvar dln02_ebi_p = (dln02_ebi/dln02_pus)*100;\nvar dln02_ok_p = 100 - dln02_bi_p - dln02_rbi_p - dln02_ebi;\n\n\nvar d = [{\n label: 'OK',\n color: 'green',\n data: [[dln02_ok_p, 0], [dln01_ok_p, 1]]\n}, {\n label: 'BI',\n color: 'yellow',\n data: [[dln02_bi_p, 0], [dln01_bi_p, 1]]\n}, {\n label: 'RBI',\n color: 'orange',\n data: [[dln02_rbi_p, 0], [dln01_rbi_p, 1]]\n}, {\n label: 'EBI',\n color: 'red',\n data: [[dln02_ebi_p, 0], [dln01_ebi_p, 1]]\n}];\n\nreturn d;",
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"yticks": "[[0, 'DLN 02 (34 PUs)'], [1, 'DLN 01 (99 PUs)']]",
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}
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"name": "Clock"
}
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