def play_single_dilemma(player_1: Team,
player_2: Team,
player_1_score: int,
player_2_score: int,
player_1_moves: str,
player_2_moves: str,
suppress_exceptions: bool = True):
player_1_round_score = 0
player_2_round_score = 0
try:
player_1_move = player_1.move(player_1_moves, player_2_moves,
player_1_score, player_2_score,
player_2.team_name)
except Exception:
player_1_move = 'n'
if not suppress_exceptions:
raise
try:
player_2_move = player_2.move(player_2_moves, player_1_moves,
player_2_score, player_1_score,
player_1.team_name)
except Exception:
player_2_move = 'n'
if not suppress_exceptions:
raise
if player_1_move not in GLOBALS.ACCEPTABLE_RESPONSES or player_1_move == 'n':
player_1_round_score = GLOBALS.CRASH
player_1_move = 'n'
print(
f"{player_1.team_name} crashed in a match against {player_2.team_name}, deducting {GLOBALS.CRASH * -1} points as a result"
)
if player_2_move not in GLOBALS.ACCEPTABLE_RESPONSES or player_1_move == 'n':
player_2_round_score = GLOBALS.CRASH
player_2_move = 'n'
print(
f"{player_2.team_name} crashed in a match against {player_1.team_name}, deducting {GLOBALS.CRASH * -1} points as a result"
)
if (player_1_move == GLOBALS.COLLUDE) and (player_2_move
== GLOBALS.COLLUDE):
player_1_round_score += GLOBALS.REWARD
player_2_round_score += GLOBALS.REWARD
elif (player_1_move == GLOBALS.COLLUDE) and (player_2_move
== GLOBALS.BETRAY):
player_1_round_score += GLOBALS.SUCKER
player_2_round_score += GLOBALS.TEMPTATION
elif (player_1_move == GLOBALS.BETRAY) and (player_2_move
== GLOBALS.COLLUDE):
player_1_round_score += GLOBALS.TEMPTATION
player_2_round_score += GLOBALS.SUCKER
elif (player_1_move == GLOBALS.BETRAY) and (player_2_move
== GLOBALS.BETRAY):
player_1_round_score += GLOBALS.PUNISHMENT
player_2_round_score += GLOBALS.PUNISHMENT
return player_1_round_score,\
player_2_round_score,\
player_1_move,\
player_2_move
def load_modules(module_names: List[str]):
"""
Given a list of strings with paths to modules,
load them. Return a list of teams, which are
instances of Team from teamclass.py
"""
teams = []
for team_number, module_name in enumerate(module_names):
teams.append(Team(module_name, team_number))
return teams
def load_modules(module_names):
'''
Given a list of strings with paths to modules,
load them. Return a list of teams, which are
instances of Team from teamclass.py
'''
teams = [False for i in range(len(module_names))]
for count in range(len(module_names)):
teams[count] = Team(module_names[count])
assert False not in teams, "There's a False somewhere in teams"
return teams