// generate a random walk
steps = 10000
random = new Random()
def walk(ssize) {
  def cur = 0.0
  def x = []
  def y = []
  for (i in 0..steps) {
    y[i] = cur
    x[i] = i
    cur += random.nextGaussian() * ssize
  }
  return [x:x, y:y]
}
// now x is time for the x-axis, and y is the random variable
beer = walk(10)
whiskey = walk(100)
OutputCell.HIDDEN

p = new TimePlot(title: "Drunken Sailor Walks", showLegend: true, lodThreshold: 2000)
p << new Line(x:beer.x, y:beer.y, displayName:"Beer Walk")
p << new Line(x:whiskey.x, y:whiskey.y, displayName:"Whiskey Walk")