anchor.diff:      list_to_float(Price).
   
   
  -%% Pick and return a random element from a given list
  +%%-----------------------------------------------------------------------------
  +%% Function : choice/1
  +%% Purpose  : Pick and return a random element from a given list.
  +%%-----------------------------------------------------------------------------
   choice(List) ->
       reseed(),
       Maximum = length(List),
  
positive.code:     list_to_float(Timestamp).
  
  
  %% Generates a cryptographically unique integer based on current time
  timehash() ->
      Timestamp = float_to_list(timestamp()),
      HashBin  = crypto:sha(Timestamp),
  
negative.code:     register(ticker_proc, spawn(market, ticker, [Listings, ?TICKER_INTERVAL])).
  
  
  %%-----------------------------------------------------------------------------
  %% Function : stop/0
  %% Purpose  : Stops the simulation.
  %%-----------------------------------------------------------------------------
  stop() ->
      Procs = [ticker_proc]
              ++ atoms_sequence("broker", "_", 1, ?NUM_BROKERS)
  