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@@ -25,7 +25,10 @@ angular.module('kibana.map2', [])
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enabled: true,
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hexagonSize: 10,
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hexagonAlpha: 1.0,
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- encoding: "color"
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+ areaEncoding: true,
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+ areaEncodingField: "primary",
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+ colorEncoding: true,
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+ colorEncodingField: "primary"
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}
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},
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displayTabs: ["Geopoints", "Binning", "Data"],
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@@ -63,16 +66,39 @@ angular.module('kibana.map2', [])
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var request = $scope.ejs.Request().indices($scope.panel.index);
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- var facet = $scope.ejs.TermsFacet('map')
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- .field($scope.panel.field)
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- .size($scope.panel.display.data.samples)
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- .exclude($scope.panel.exclude)
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- .facetFilter(ejs.QueryFilter(
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- ejs.FilteredQuery(
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- ejs.QueryStringQuery($scope.panel.query || '*'),
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- ejs.RangeFilter($scope.time.field)
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- .from($scope.time.from)
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- .to($scope.time.to))));
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+ console.log("fields", $scope.panel.field, $scope.panel.secondaryfield);
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+
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+ //Use a regular term facet if there is no secondary field
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+ if (typeof $scope.panel.secondaryfield === "undefined") {
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+ var facet = $scope.ejs.TermsFacet('map')
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+ .field($scope.panel.field)
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+ .size($scope.panel.display.data.samples)
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+ .exclude($scope.panel.exclude)
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+ .facetFilter(ejs.QueryFilter(
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+ ejs.FilteredQuery(
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+ ejs.QueryStringQuery($scope.panel.query || '*'),
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+ ejs.RangeFilter($scope.time.field)
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+ .from($scope.time.from)
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+ .to($scope.time.to))));
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+ } else {
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+ //otherwise, use term stats
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+ //NOTE: this will break if valueField is a geo_point
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+ // need to put in checks for that
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+ var facet = $scope.ejs.TermStatsFacet('map')
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+ .keyField($scope.panel.field)
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+ .valueField($scope.panel.secondaryfield)
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+ .size($scope.panel.display.data.samples)
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+ .facetFilter(ejs.QueryFilter(
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+ ejs.FilteredQuery(
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+ ejs.QueryStringQuery($scope.panel.query || '*'),
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+ ejs.RangeFilter($scope.time.field)
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+ .from($scope.time.from)
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+ .to($scope.time.to))));
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+ }
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+
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+
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+
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+
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// Then the insert into facet and make the request
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var request = request.facet(facet).size(0);
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@@ -81,19 +107,31 @@ angular.module('kibana.map2', [])
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var results = request.doSearch();
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+
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// Populate scope when we have results
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results.then(function (results) {
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$scope.panel.loading = false;
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$scope.hits = results.hits.total;
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$scope.data = {};
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+
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_.each(results.facets.map.terms, function (v) {
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+ var metric = 'count';
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+
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+ //If it is a Term facet, use count, otherwise use Total
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+ //May retool this to allow users to pick mean/median/etc
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+ if (typeof $scope.panel.secondaryfield === "undefined") {
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+ metric = 'count';
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+ } else {
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+ metric = 'total';
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+ }
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+
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//FIX THIS
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if (!$scope.isNumber(v.term)) {
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- $scope.data[v.term.toUpperCase()] = v.count;
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+ $scope.data[v.term.toUpperCase()] = v[metric];
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} else {
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- $scope.data[v.term] = v.count;
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+ $scope.data[v.term] = v[metric];
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}
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});
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@@ -133,7 +171,6 @@ angular.module('kibana.map2', [])
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})
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.filter('enabledText', function() {
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return function (value) {
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- console.log(value);
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if (value === true) {
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return "Enabled";
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} else {
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@@ -161,9 +198,9 @@ angular.module('kibana.map2', [])
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});
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function render_panel() {
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- console.log("render_panel");
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- console.log(scope.panel);
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- console.log(elem);
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+ //console.log("render_panel");
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+ //console.log(scope.panel);
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+ //console.log(elem);
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// Using LABjs, wait until all scripts are loaded before rendering panel
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var scripts = $LAB.script("panels/map2/lib/d3.v3.min.js")
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@@ -225,13 +262,40 @@ angular.module('kibana.map2', [])
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.attr("d", path);
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+
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+
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+
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//Geocoded points are decoded into lat/lon, then projected onto x/y
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- var points = _.map(scope.data, function (k, v) {
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+ points = _.map(scope.data, function (k, v) {
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var decoded = geohash.decode(v);
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return projection([decoded.longitude, decoded.latitude]);
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});
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+ var binPoints = [];
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+
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+ //primary field is just binning raw counts
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+ //secondary field is binning some metric like mean/median/total. Hexbins doesn't support that,
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+ //so we cheat a little and just add more points to compensate.
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+ //However, we don't want to add a million points, so normalize against the largest value
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+ if (scope.panel.display.binning.areaEncodingField === 'secondary') {
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+ var max = Math.max.apply(Math, _.map(scope.data, function(k,v){return k;})),
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+ scale = 10/max;
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+
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+ _.map(scope.data, function (k, v) {
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+ var decoded = geohash.decode(v);
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+ return _.map(_.range(0, k*scale), function(a,b) {
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+ binPoints.push(projection([decoded.longitude, decoded.latitude]));
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+ })
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+ });
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+
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+ } else {
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+ binPoints = points;
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+ }
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+
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+
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+
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+
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//hexagonal binning
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if (scope.panel.display.binning.enabled) {
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@@ -240,7 +304,11 @@ angular.module('kibana.map2', [])
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.radius(scope.panel.display.binning.hexagonSize);
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//bin and sort the points, so we can set the various ranges appropriately
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- var binnedPoints = hexbin(points).sort(function(a, b) { return b.length - a.length; });
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+ var binnedPoints = hexbin(binPoints).sort(function(a, b) { return b.length - a.length; });;
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+console.log(binnedPoints);
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+ //clean up some memory
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+ binPoints = [];
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+
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var radius = d3.scale.sqrt()
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.domain([0, binnedPoints[0].length])
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@@ -256,7 +324,7 @@ angular.module('kibana.map2', [])
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.data(binnedPoints)
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.enter().append("path")
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.attr("d", function (d) {
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- if (scope.panel.display.binning.encoding === 'color') {
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+ if (scope.panel.display.binning.areaEncoding === false) {
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return hexbin.hexagon();
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} else {
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return hexbin.hexagon(radius(d.length));
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@@ -267,8 +335,8 @@ angular.module('kibana.map2', [])
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return "translate(" + d.x + "," + d.y + ")";
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})
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.style("fill", function (d) {
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- if (scope.panel.display.binning.encoding === 'area') {
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- return color(10);
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+ if (scope.panel.display.binning.colorEncoding === false) {
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+ return color(binnedPoints[0].length / 2);
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} else {
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return color(d.length);
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}
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