def move(request, user_id, move_id):
player = Recipient.getRecipient(int(user_id))
print(player)
mechanic = Mechanics.get_mechanic(int(move_id))
response = mechanic.execute_move(player)
# Determine if state should change (all players on same move # or time out or done)
return HttpResponse(json.dumps({"state" : player.game_state(),
"players" : Recipient.active_players,
"donorPool" : int(Mechanics.donor_pool * 100),
"formerPatients" : Recipient.former_patients,
"result" : response}, default=lambda o: o.__dict__, ensure_ascii=False),
content_type = "application/json")
def end_day(cls):
Mechanics.new_day()
for player in Recipient.active_players:
player.new_day()
# anyone left?
if len(Recipient.active_players) == 0:
return
# allocate organ
factor = Mechanics.donor_pool * max(5, len(Recipient.active_players))/30.0
if (random.random() <= factor):
# sort recipients by recipientListImpact
cls.sort_recipients()
# HACK: tickets over first 5: 10, 6, 4, 2, 1 = 23
ticket = random.randrange(23)
if ticket < 10:
selection = cls.active_players[0]
elif len(Recipient.active_players) < 2:
return
elif ticket < 16:
selection = cls.active_players[1]
elif len(Recipient.active_players) < 3:
return
elif ticket < 20:
selection = cls.active_players[2]
elif len(Recipient.active_players) < 4:
return
elif ticket < 22:
selection = cls.active_players[3]
elif len(Recipient.active_players) < 5:
return
else:
selection = cls.active_players[4]
Recipient.former_patients.append(selection)
Recipient.active_players.remove(selection)
if (random.random() < selection.rejectionProbability):
selection.status = 'transplant-dead'
else:
selection.status = 'transplant-healed'
