original_docstring: 
          Search and update the search tree for a specified amount of time in secounds.
          
docstring: Search and update the search tree for a specified amount of time in secounds.
docstring_tokens: Search and update the search tree for a specified amount of time in secounds .
code: def search(self, time_budget: int) -> None:
          """
          Search and update the search tree for a specified amount of time in secounds.
          """
          start_time = clock()
          num_rollouts = 0
  
          # do until we exceed our time budget
          while clock() - start_time < time_budget:
              node, state = self.select_node()
              turn = state.turn()
              outcome, black_rave_pts, white_rave_pts = self.roll_out(state)
              self.backup(node, turn, outcome, black_rave_pts, white_rave_pts)
              num_rollouts += 1
          run_time = clock() - start_time
          node_count = self.tree_size()
          self.run_time = run_time
          self.node_count = node_count
          self.num_rollouts = num_rollouts
code_tokens: def search ( self , time_budget : int ) -> None : start_time = clock ( ) num_rollouts = 0 while clock ( ) - start_time < time_budget : node , state = self . select_node ( ) turn = state . turn ( ) outcome , black_rave_pts , white_rave_pts = self . roll_out ( state ) self . backup ( node , turn , outcome , black_rave_pts , white_rave_pts ) num_rollouts += 1 run_time = clock ( ) - start_time node_count = self . tree_size ( ) self . run_time = run_time self . node_count = node_count self . num_rollouts = num_rollouts
short_docstring: Search and update the search tree for a specified amount of time in secounds.
short_docstring_tokens: Search and update the search tree for a specified amount of time in secounds .
comment: """
          Search and update the search tree for a specified amount of time in secounds.
          """$SEP$# do until we exceed our time budget