def runExperiment(aiTypes, n):
j = 0
while j < n:
aiPlayers = []
stats = []
for t in aiTypes:
aiPlayers.append(ggai.constructParty())
if t[0][0] == 'd':
ai = ggai.AIOpponent(t[1], t[2])
elif t[0][0] == 'n':
ai = ggai.AIOpponent_nondeterministic(t[1], t[2])
aiPlayers[-1].trust = [0]*len(aiTypes)
aiPlayers[-1].assignAI(ai)
winner = runGame(aiPlayers)
if winner != 'time up':
if winner == 'tie':
stats.append('tie')
j += 1
continue
at = 'd' if isinstance(winner, ggai.AIOpponent) else 'n'
stats.append({'type': at, 'attack_metric': winner.ai_control.attack_metric, 'defend_metric': winner.ai_control.defend_metric})
j += 1
return stats
event = pygame.event.poll()
if event.type == pygame.QUIT:
running = 0
else:
screen.fill((227, 237, 216))
# [SCENE] Create Party
if current_scene == CREATE_PARTY:
partyScene.update(event)
partyScene.render(screen)
huPlayer = partyScene.isFinished()
aiPlayers = []
for i in range(NUM_AI_PLAYERS):
aiPlayers.append(ggai.constructParty())
aiPlayers[i].trust = [0] * (NUM_AI_PLAYERS + 1)
aiPlayers[i].assignAI(ggai.AIOpponent(ggai.metric_distance, ggai.metric_threat))
# huParty.party_members[x].chartype gives element type
# '' .rotation gives element angle
# huParty.party_position[x]
# CharacterSprite class in ggparty has this info
if huPlayer != -1:
huPlayer.trust = [0] * (NUM_AI_PLAYERS + 1)
switchToScene(GAME_GRID)
mapScene.addPartyToMap(huPlayer, ggparty.UP, starts[0][0], starts[0][1])
huPlayer.grid_color = ggparty.BLUE
huPlayer.maxHealth()
for i in range(NUM_AI_PLAYERS):
mapScene.addPartyToMap(aiPlayers[i], ggparty.UP, starts[i + 1][0], starts[i + 1][1])
aiPlayers[i].grid_color = ggparty.RED
