def game_session(game_id: int,
matrix_suite: MatrixSuite,
strategies: List[Strategy],
proportions: List[List[float]],
restarts: int,
rounds=1000) -> None:
"""
Builds the game session according to the given parameters.
Parameters:
*game_id*: Identifier, it gets printed on console
*matrix_suite: The MatrixSuite that the game is played on
*strategies*: The set of strategies that will play against each other
*proportions*: The probability distribution associated to each strategy for replicator dynamic
*restarts*: The number of restart per game session
*rounds* The number of rounds per restart, default is 1000
"""
print("\n==============================================\n")
print("GAME ", game_id, " \n")
grand_table = GrandTable(matrix_suite, strategies, restarts, rounds)
grand_table.play_games()
print(grand_table)
# grand_table.to_latex("Game_" + str(game_id))
for i, proportion in enumerate(proportions):
replicator_dynamic = ReplicatorDynamic(grand_table)
replicator_dynamic.run(proportion,
name="Game_" + str(game_id) + "_" + str(i + 1))
print("Gambit test result:")
Nash.nash_equilibria(strategies, grand_table)
