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@@ -484,6 +484,14 @@ kbn.valueFormats.Mbits = kbn.formatBuilders.decimalSIPrefix('bps', 2);
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kbn.valueFormats.GBs = kbn.formatBuilders.decimalSIPrefix('Bs', 3);
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kbn.valueFormats.GBs = kbn.formatBuilders.decimalSIPrefix('Bs', 3);
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kbn.valueFormats.Gbits = kbn.formatBuilders.decimalSIPrefix('bps', 3);
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kbn.valueFormats.Gbits = kbn.formatBuilders.decimalSIPrefix('bps', 3);
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+// Floating Point Operations per Second
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+kbn.valueFormats.flops = kbn.formatBuilders.decimalSIPrefix('FLOP/s');
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+kbn.valueFormats.mflops = kbn.formatBuilders.decimalSIPrefix('FLOP/s', 2);
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+kbn.valueFormats.gflops = kbn.formatBuilders.decimalSIPrefix('FLOP/s', 3);
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+kbn.valueFormats.tflops = kbn.formatBuilders.decimalSIPrefix('FLOP/s', 4);
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+kbn.valueFormats.pflops = kbn.formatBuilders.decimalSIPrefix('FLOP/s', 5);
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+kbn.valueFormats.eflops = kbn.formatBuilders.decimalSIPrefix('FLOP/s', 6);
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+
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// Hash Rate
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// Hash Rate
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kbn.valueFormats.Hs = kbn.formatBuilders.decimalSIPrefix('H/s');
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kbn.valueFormats.Hs = kbn.formatBuilders.decimalSIPrefix('H/s');
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kbn.valueFormats.KHs = kbn.formatBuilders.decimalSIPrefix('H/s', 1);
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kbn.valueFormats.KHs = kbn.formatBuilders.decimalSIPrefix('H/s', 1);
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@@ -1019,6 +1027,17 @@ kbn.getUnitFormats = () => {
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{ text: 'exahashes/sec', value: 'EHs' },
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{ text: 'exahashes/sec', value: 'EHs' },
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],
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],
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},
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},
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+ {
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+ text: 'computation throughput',
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+ submenu: [
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+ { text: 'FLOP/s', value: 'flops' },
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+ { text: 'MFLOP/s', value: 'mflops' },
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+ { text: 'GFLOP/s', value: 'gflops' },
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+ { text: 'TFLOP/s', value: 'tflops' },
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+ { text: 'PFLOP/s', value: 'pflops' },
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+ { text: 'EFLOP/s', value: 'eflops' },
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+ ],
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+ },
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{
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{
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text: 'throughput',
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text: 'throughput',
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submenu: [
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submenu: [
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@@ -1085,7 +1104,7 @@ kbn.getUnitFormats = () => {
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{ text: 'Watt (W)', value: 'watt' },
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{ text: 'Watt (W)', value: 'watt' },
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{ text: 'Kilowatt (kW)', value: 'kwatt' },
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{ text: 'Kilowatt (kW)', value: 'kwatt' },
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{ text: 'Milliwatt (mW)', value: 'mwatt' },
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{ text: 'Milliwatt (mW)', value: 'mwatt' },
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- { text: 'Watt per square metre (W/m²)', value: 'Wm2' },
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+ { text: 'Watt per square meter (W/m²)', value: 'Wm2' },
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{ text: 'Volt-ampere (VA)', value: 'voltamp' },
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{ text: 'Volt-ampere (VA)', value: 'voltamp' },
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{ text: 'Kilovolt-ampere (kVA)', value: 'kvoltamp' },
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{ text: 'Kilovolt-ampere (kVA)', value: 'kvoltamp' },
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{ text: 'Volt-ampere reactive (var)', value: 'voltampreact' },
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{ text: 'Volt-ampere reactive (var)', value: 'voltampreact' },
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@@ -1182,14 +1201,14 @@ kbn.getUnitFormats = () => {
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submenu: [
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submenu: [
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{ text: 'parts-per-million (ppm)', value: 'ppm' },
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{ text: 'parts-per-million (ppm)', value: 'ppm' },
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{ text: 'parts-per-billion (ppb)', value: 'conppb' },
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{ text: 'parts-per-billion (ppb)', value: 'conppb' },
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- { text: 'nanogram per cubic metre (ng/m³)', value: 'conngm3' },
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- { text: 'nanogram per normal cubic metre (ng/Nm³)', value: 'conngNm3' },
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- { text: 'microgram per cubic metre (μg/m³)', value: 'conμgm3' },
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- { text: 'microgram per normal cubic metre (μg/Nm³)', value: 'conμgNm3' },
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- { text: 'milligram per cubic metre (mg/m³)', value: 'conmgm3' },
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- { text: 'milligram per normal cubic metre (mg/Nm³)', value: 'conmgNm3' },
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- { text: 'gram per cubic metre (g/m³)', value: 'congm3' },
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- { text: 'gram per normal cubic metre (g/Nm³)', value: 'congNm3' },
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+ { text: 'nanogram per cubic meter (ng/m³)', value: 'conngm3' },
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+ { text: 'nanogram per normal cubic meter (ng/Nm³)', value: 'conngNm3' },
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+ { text: 'microgram per cubic meter (μg/m³)', value: 'conμgm3' },
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+ { text: 'microgram per normal cubic meter (μg/Nm³)', value: 'conμgNm3' },
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+ { text: 'milligram per cubic meter (mg/m³)', value: 'conmgm3' },
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+ { text: 'milligram per normal cubic meter (mg/Nm³)', value: 'conmgNm3' },
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+ { text: 'gram per cubic meter (g/m³)', value: 'congm3' },
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+ { text: 'gram per normal cubic meter (g/Nm³)', value: 'congNm3' },
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],
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],
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},
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},
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];
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];
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