       indexes.push(i)
 for i in indexes
   [lat, lon] = geodata.points[i]
-  geodata.points[i] = [lat+20, lon+20]
+  geodata.points[i] = [lat+5, lon+50]
 
 indexes = []
 for poly in geodata.locations['AK'].paths

[minX, minY, maxX, maxY] = [Number.MAX_VALUE, Number.MAX_VALUE, Number.MIN_VALUE, Number.MIN_VALUE]
for i in indexes
  [lat, lon] = geodata.points[i]
  [newlat, newlon] = [lat-10, lon-62]
  geodata.points[i] = [newlat, newlon]
  [minX, minY, maxX, maxY] = [Math.min(minX,newlon), Math.min(minY,newlat), Math.max(maxX,newlon), Math.max(maxY,newlat)]
[centerX, centerY] = [(minX+maxX)/2, (minY+maxY)/2]

    }
    @ecef2ortho = get_ecef2ortho(@dlat, @dlon, @zoom, w, h)
    for loc in @locations
      for poly in geodata.locations[loc].paths
        ctx.beginPath()
        ln = 0
