function renderData(map) {
    var opts = map.options;
    var tooltip = template(opts.tooltip);
    var rows = {};

    // Convert data rows into a hash keyed by id:
    for (var i = 0; i < opts.rows.length; i++) {
      rows[String(opts.rows[i].id)] = opts.rows[i];
    }

    for (i = 0; i < map.geodata.length; i++) {
      var geo = map.geodata[i].properties || {};
      var row = rows[String(geo.id)];

      if (row) {
        if (opts.heat_scale) {
          geo.fill_color = map.heat(map.getRowValue('fill_color', row));
        } else {
          geo.fill_color = map.getStyle('fill_color', row);
        }

        geo.stroke_color = map.getStyle('stroke_color', row);
        geo.stroke_size = map.getStyle('stroke_size', row);
        geo.tooltip = tooltip(row);
      }
    }

    // Sort geographies by stroke size:
    map.geodata.sort(function(a, b) {
      return a.properties.stroke_size - b.properties.stroke_size;
    });
  }
// Some visual data (such as outlines) will need to be pre-calculated for rendering order.
Some visual data (such as outlines) will need to be pre-calculated for rendering order.
Some visual data ( such as outlines ) will need to be pre - calculated for rendering order .
function renderData(map) {
    var opts = map.options;
    var tooltip = template(opts.tooltip);
    var rows = {};
    for (var i = 0; i < opts.rows.length; i++) {
      rows[String(opts.rows[i].id)] = opts.rows[i];
    }
    for (i = 0; i < map.geodata.length; i++) {
      var geo = map.geodata[i].properties || {};
      var row = rows[String(geo.id)];
      if (row) {
        if (opts.heat_scale) {
          geo.fill_color = map.heat(map.getRowValue('fill_color', row));
        } else {
          geo.fill_color = map.getStyle('fill_color', row);
        }
        geo.stroke_color = map.getStyle('stroke_color', row);
        geo.stroke_size = map.getStyle('stroke_size', row);
        geo.tooltip = tooltip(row);
      }
    }
    map.geodata.sort(function(a, b) {
      return a.properties.stroke_size - b.properties.stroke_size;
    });
  }
function renderData ( map ) { var opts = map . options ; var tooltip = template ( opts . tooltip ) ; var rows = { } ; for ( var i = 0 ; i < opts . rows . length ; i ++ ) { rows [ String ( opts . rows [ i ] . id ) ] = opts . rows [ i ] ; } for ( i = 0 ; i < map . geodata . length ; i ++ ) { var geo = map . geodata [ i ] . properties || { } ; var row = rows [ String ( geo . id ) ] ; if ( row ) { if ( opts . heat_scale ) { geo . fill_color = map . heat ( map . getRowValue ( 'fill_color' , row ) ) ; } else { geo . fill_color = map . getStyle ( 'fill_color' , row ) ; } geo . stroke_color = map . getStyle ( 'stroke_color' , row ) ; geo . stroke_size = map . getStyle ( 'stroke_size' , row ) ; geo . tooltip = tooltip ( row ) ; } } map . geodata . sort ( function ( a , b ) { return a . properties . stroke_size - b . properties . stroke_size ; } ) ; }
Some visual data (such as outlines) will need to be pre-calculated for rendering order.
Some visual data ( such as outlines ) will need to be pre - calculated for rendering order .
// Convert data rows into a hash keyed by id: // Sort geographies by stroke size: