monitoring/stv_tool.py [214:238]:
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  def change_state(self, from_state, to_state):
    any_changed = False
    for c in self.l:
      if (c.status & from_state) != 0:
        c.status = to_state
        if to_state == ELECTED:
          c.elect()
        elif to_state == ELIMINATED:
          c.eliminate()
        any_changed = True
    return any_changed

  def reverse_random(self):
    # Flip the values to create a different ordering among candidates. Note
    # that this will alternate the domain between [0.0, 1.0) and (0.0, 1.0]
    for c in self.l:
      c.rand = 1.0 - c.rand

  def adjust_weights(self, quota):
    for c in self.l:
      if c.status == ELECTED:
        c.adjust_weight(quota)

  def print_results(self):
    for c in self.l:
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pysteve/lib/plugins/stv.py [116:140]:
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  def change_state(self, from_state, to_state):
    any_changed = False
    for c in self.l:
      if (c.status & from_state) != 0:
        c.status = to_state
        if to_state == ELECTED:
          c.elect()
        elif to_state == ELIMINATED:
          c.eliminate()
        any_changed = True
    return any_changed

  def reverse_random(self):
    # Flip the values to create a different ordering among candidates. Note
    # that this will alternate the domain between [0.0, 1.0) and (0.0, 1.0]
    for c in self.l:
      c.rand = 1.0 - c.rand

  def adjust_weights(self, quota):
    for c in self.l:
      if c.status == ELECTED:
        c.adjust_weight(quota)

  def print_results(self):
    for c in self.l:
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