kibana/visualizations/ndr_capacity_pps_theoretical_line_chart.json

   1 {
   2   $schema: https: //vega.github.io/schema/vega-lite/v2.json
   3   title: "Capacity in Mpps - 0,001% loss ratio"
   4   data: {
   5     url: {
   6       %context%: true
   7       %timefield%: "@timestamp"
   8       index: resu*
   9       body: {
  10         _source: ["@timestamp", "_source", "theoretical_tx_rate_pps", "rate_pps", "flow_count", "frame_size", "user_label", "type"]
  11       },
  12       size: 10000
  13     },
  14     format: { property: "hits.hits" }
  15   },
  16
  17   transform: [
  18         { calculate: "datum._source['rate_pps'] / 1000000" as: "offered_load_pps"},
  19         { calculate: "datum._source['theoretical_tx_rate_pps'] / 1000000" as: "theoretical_tx_rate_pps"},
  20         { calculate: "datum._source['flow_count']" as: "flow_count"},
  21         { calculate: "isNaN(toNumber(datum._source['frame_size'])) ? 362 : toNumber(datum._source['frame_size'])" as: "frame_size"},
  22         { calculate: "datum._source['user_label'] + '-' + datum._source['flow_count']" as: "label"}
  23         { aggregate: [{op: "max", field: "offered_load_pps", as: "max_offered_load_pps"}, {op: "max", field: "theoretical_tx_rate_pps", as: "theoretical_tx_rate_pps"}], groupby: ["frame_size", "label","flow_count"]}
  24
  25     ],
  26   center: true,
  27   hconcat: [
  28   {
  29       width:10,
  30       selection: {
  31         legendSel: {
  32           type: "multi",
  33           encodings: [ "color", "shape" ],
  34           toggle: "event.shiftKey"
  35         }
  36       },
  37       encoding: {
  38         y: {
  39           field: "label",
  40           type: "nominal",
  41           axis: {
  42             title: "",
  43             domain: false,
  44             ticks: false,
  45             offset: 10
  46           },
  47         },
  48         color: {
  49           condition: {
  50             selection: "legendSel",
  51             field: "label",
  52             type: "nominal",
  53             legend: null
  54           },
  55           value: "lightgrey"
  56         }
  57       },
  58       mark: {
  59         type: "square",
  60         size: 120,
  61         opacity: 1
  62       }
  63     },
  64     {
  65     layer: [{
  66     mark: {
  67       type: "line",
  68       tooltip: true,
  69       point: true
  70     },
  71     encoding: {
  72       x: { field: "frame_size", type: "quantitative", title: "Frame size (bytes)", axis: {offset: 10} }
  73       y: { field: "theoretical_tx_rate_pps", type: "quantitative", title: "Offered load (Mpps)" , axis: {offset: 10}  }
  74       strokeDash: {"field": "theoretical_tx_rate_pps", "type": "nominal"}
  75       tooltip: [{"field": "theoretical_tx_rate_pps", "type": "quantitative", title: "theoretical max capacity"}],
  76       color: { "value": "red"}
  77     }
  78     },{
  79       width:500,
  80       height:280,
  81         transform: [
  82           {filter: { selection: "legendSel"}}
  83
  84       ],mark: {
  85       type: "line",
  86       tooltip: true,
  87       point: true
  88     },
  89     selection: {
  90         grid: {
  91           type: "interval",
  92           resolve: "global",
  93           bind: "scales",
  94           translate: "[mousedown[!event.shiftKey], window:mouseup] > window:mousemove!",
  95           zoom: "wheel![!event.shiftKey]"
  96         },
  97         pts: {
  98           type: "single",
  99           fields: ["Label"]
 100         }
 101         },
 102     encoding: {
 103       x: { field: "frame_size", type: "quantitative", title: "Frame size (bytes)", axis: {offset: 10} }
 104       y: { field: "max_offered_load_pps", type: "quantitative", title: "Offered load (Mpps)" , axis: {offset: 10}  }
 105       color: {field: "label", "type": "nominal",
 106              "legend": null}
 107       tooltip: {"field": "max_offered_load_pps", "type": "quantitative"},
 108      shape: {field: "flow_count", type: "nominal"}
 109       }
 110     }
 111     ]
 112   }
 113
 114   ]
 115 }