 
     temps.transition()
       .duration(600)
-      .delay((d,i) -> i * 60)
+      .delay((d,i) -> i * 100)
       .attr("r", 80)
       .attr("cx", (d,i) -> projection([d.geometry.coordinates[0], d.geometry.coordinates[1]])[0])
       .attr("cy", (d,i) -> projection([d.geometry.coordinates[0], d.geometry.coordinates[1]])[1])


    p.exit().remove()
    updateCities()

    rtn


parseTime = d3.time.format("%H%M").parse

WorldPlot = () ->
  highlight = null
  width = 960
  height = 650
  radius = 240
