parameters: (self, params, payoff_matrices)
return_statement: return exploitability.unreg_exploitability(params, payoff_matrices)
docstring: Compute and return exploitability that solver is minimizing.
  
      Args:
        params: e.g., tuple of params (dist,)
        payoff_matrices: (>=2 x A x A) np.array, payoffs for each joint action
      Returns:
        float, exploitability of current dist
docstring_summary: Compute and return exploitability that solver is minimizing.
docstring_tokens: Compute and return exploitability that solver is minimizing .
function: def exploitability(self, params, payoff_matrices):
      """Compute and return exploitability that solver is minimizing.
  
      Args:
        params: e.g., tuple of params (dist,)
        payoff_matrices: (>=2 x A x A) np.array, payoffs for each joint action
      Returns:
        float, exploitability of current dist
      """
      return exploitability.unreg_exploitability(params, payoff_matrices)
function_tokens: def exploitability ( self , params , payoff_matrices ) : return exploitability . unreg_exploitability ( params , payoff_matrices )