def _complete_quest(self, quest: Quest):
item_reward = quest.give_item_rewards()
xp_reward = quest.give_reward()
if isinstance(quest, FetchQuest):
# if we just completed a fetch quest, we need to remove the required items for the quest
self._remove_fetch_quest_required_items(quest)
print(
f'Quest {quest.name} is completed! XP awarded: {quest.xp_reward}!')
if isinstance(item_reward, Item):
print(
f'{self.name} is awarded {item_reward.name} from the quest {quest.name}!'
)
self.award_item(item_reward)
elif isinstance(item_reward, list):
for item in item_reward:
print(
f'{self.name} is awarded {item.name} from the quest {quest.name}!'
)
self.award_item(item)
del self.quest_log[quest.ID] # remove from quest log
self.completed_quests.add(quest.ID)
self._award_experience(xp_reward)
def add_quest(self, quest: Quest):
if quest.ID in self.quest_log:
raise Exception(f'{quest.name} is already in your quest log!')
self.quest_log[quest.ID] = quest
# there are some cases where the quest can be completed on accept, i.e having the required items
quest.check_if_complete(self)
self._check_if_quest_completed(quest)
def add_quest(self, quest: Quest):
if quest.ID in self.quest_log:
raise Exception(f'{quest.name} is already in your quest log!')
self.quest_log[quest.ID] = quest
# there are some cases where the quest can be completed on accept, i.e having the required items
quest.check_if_complete(self)
self._check_if_quest_completed(quest)
def test_get_hint_if_not_started(self, questions_provider):
questions_list = self.generate_questions_list()
questions_provider.get_questions.return_value = questions_list
quest = Quest(questions_provider)
quest.is_started = False
quest.current_question_number = 2
messages_list = quest.get_hint()
self.assertEqual(len(messages_list), 1)
self.assertEqual(messages_list[0].text, quest.messages['quest_not_started'])
self.assertEqual(messages_list[0].as_reply, False)
def __init__(self, vision, controller, window):
self.vision = vision
self.controller = controller
self.window = window
self.current_resource = 2
self.train_troops = 0
self.state = State(vision, controller, window)
self.gather = Gather(vision, self.state, controller)
self.building = Building(vision, self.state, controller, window)
self.quest = Quest(vision, controller)
self.last_inf_check = 0
self.last_shelter_check = 0
def __init__(self):
logger.logger()
logger.log("Initialization...")
str_const.set_fracs_list()
vk_session = vk_api.VkApi(token=vk_token.token)
self.vk = vk_session.get_api()
self.longpoll = VkLongPoll(vk_session, wait=const.wait)
self.is_running = True
#self.counter = 0
self.player = PlayerManager()
self.database = LiteDB()
self.quest = Quest()
logger.log("Initialization complete!")
def test_assess_answer_if_not_started_incorrect_answer(self, questions_provider):
questions_list = self.generate_questions_list()
q2 = questions_list[1]
q2.assess_answer.return_value = (False, q2.fail_message)
questions_provider.get_questions.return_value = questions_list
quest = Quest(questions_provider)
quest.is_started = False
quest.current_question_number = 1
messages_list = quest.assess_answer(questions_list[1].answer + 'abc')
self.assertEqual(len(messages_list), 1)
self.assertEqual(messages_list[0].text, quest.messages['quest_not_started'])
self.assertEqual(messages_list[0].as_reply, True)
def test_start_quest_if_not_started(self, questions_provider):
questions_list = self.generate_questions_list()
questions_provider.get_questions.return_value = questions_list
quest = Quest(questions_provider)
messages_list = quest.start_quest()
self.assertEqual(quest.is_started, True)
self.assertEqual(len(messages_list), 3)
self.assertEqual(quest.get_current_question(), questions_provider.get_questions()[0])
self.assertEqual(quest.current_question_number, 0)
self.assertEqual(messages_list[0].text, quest.messages['welcome'])
self.assertEqual(messages_list[0].as_reply, False)
self.assertEqual(messages_list[1].text, 'Question 1 of 3')
self.assertEqual(messages_list[1].as_reply, False)
self.assertEqual(messages_list[2].text, questions_provider.get_questions()[0].get_question())
self.assertEqual(messages_list[2].as_reply, False)
def generate_quests(source, items, rooms):
try:
read = open(source,"r")
while True:
lines = read.readline()
if not lines.strip() and len(lines)>0:
continue
elif len(lines)>0:
questList = lines.strip("\n").split("|")
else:
break
reward = questList[0].strip()
action = questList[1].strip()
desc = questList[2].strip()
before = questList[3].strip()
after = questList[4].strip()
req = questList[5].strip()
fail_msg = questList[6].strip()
pass_msg = questList[7].strip()
room = questList[8].strip()
if len(questList) >0:
quest = Quest(reward, action, desc, before, after, req, fail_msg, pass_msg, room)
quests.append(quest)
read.close()
return quests
except:
return
def test_assess_answer_if_started_correct_answer_last_question(self, questions_provider):
questions_list = self.generate_questions_list()
q3 = questions_list[2]
q3.assess_answer.return_value = (True, q3.success_message)
questions_provider.get_questions.return_value = questions_list
quest = Quest(questions_provider)
quest.is_started = True
quest.current_question_number = 2
messages_list = quest.assess_answer(questions_list[2].answer)
self.assertEqual(len(messages_list), 3)
self.assertEqual(messages_list[0].text, questions_list[2].success_message)
self.assertEqual(messages_list[0].as_reply, True)
self.assertEqual(messages_list[1].text, quest.messages['correct_answer'])
self.assertEqual(messages_list[1].as_reply, True)
self.assertEqual(messages_list[2].text, quest.messages['finish'])
self.assertEqual(messages_list[2].as_reply, False)
self.assertEqual(quest.is_started, False)
def readDataFromFile(file_name):
try:
sheet = read_excel(file_name, sheet_name="Sheet1")
quests = []
for index, row in sheet.iterrows():
quests.append(Quest(row))
return quests
except:
print("Error reading file.")
sys.exit()
def _complete_quest(self, quest: Quest):
item_reward = quest.give_item_rewards()
xp_reward = quest.give_reward()
if isinstance(quest, FetchQuest):
# if we just completed a fetch quest, we need to remove the required items for the quest
self._remove_fetch_quest_required_items(quest)
print(f'Quest {quest.name} is completed! XP awarded: {quest.xp_reward}!')
if isinstance(item_reward, Item):
print(f'{self.name} is awarded {item_reward.name} from the quest {quest.name}!')
self.award_item(item_reward)
elif isinstance(item_reward, list):
for item in item_reward:
print(f'{self.name} is awarded {item.name} from the quest {quest.name}!')
self.award_item(item)
del self.quest_log[quest.ID] # remove from quest log
self.completed_quests.add(quest.ID)
self._award_experience(xp_reward)
def generate_quests(source, items, rooms):
"""Returns a list of quests according to the specifications in a config file, (source). Source contains quest specifications of the form:
reward | action | quest description | before_text | after_text | quest requirements | failure message | success message | quest location"""
#Read the file for quests entered as a command line argument
infile = open(source, "r")
lines = []
while True:
line = infile.readline()
if line == "":
break
elif line == "\n":
continue
else:
lines.append(line.strip())
infile.close()
#Create quest objects (instances of the Quest class) that are appended to a list and returned. Check validity of rooms and rewards for quests and then assign the respective item/roomo object to the quest.
total_quests = []
for quests in range(len(lines)):
quest = lines[quests].split(" | ")
if len(quest) != 9:
sys.exit("Please specify a valid configuration file.")
else:
new_quest = Quest(quest[0], quest[1], quest[2], quest[3], quest[4],
quest[5], quest[6], quest[7], quest[8])
new_quest.check_reward(items)
new_quest.check_room(rooms)
total_quests.append(new_quest)
for room in range(len(rooms)):
if new_quest.room.get_name() == rooms[room].get_name():
rooms[room].quest = new_quest
return total_quests
class Game():
def __init__(self):
logger.logger()
logger.log("Initialization...")
str_const.set_fracs_list()
vk_session = vk_api.VkApi(token=vk_token.token)
self.vk = vk_session.get_api()
self.longpoll = VkLongPoll(vk_session, wait=const.wait)
self.is_running = True
#self.counter = 0
self.player = PlayerManager()
self.database = LiteDB()
self.quest = Quest()
logger.log("Initialization complete!")
def process(self):
while self.is_running:
self.quest.check_quest(self.vk, self.database)
#logger.log("Begin check")
events = self.longpoll.check()
#logger.log("End check")
if len(events) != 0:
for i in range(len(events)):
event = events[i]
if event:
self._proc_event(event)
def _proc_event(self, event):
if not event.from_me:
if event.type == VkEventType.MESSAGE_NEW and event.text:
random.seed()
#---------------------------------------------------------------stop
self.is_running = self.player.stop(self.vk, event)
#---------------------------------------------------------------stop
self.player.event_handling(self.vk, event, self.database,
self.quest)
def make_quest(username, description, label, usernames):
us = usernames[username]
reward = 10
if label == 'hard':
reward = 20
elif label == 'medium':
reward = 15
# creating quest instance called task
task = Quest(description, reward)
# appending task to quest list
us.add_quest(task)
def test_start_quest_if_already_started(self, questions_provider):
questions_list = self.generate_questions_list()
questions_provider.get_questions.return_value = questions_list
quest = Quest(questions_provider)
quest.is_started = True
quest.current_question_number = 2
messages_list = quest.start_quest()
self.assertEqual(quest.is_started, True)
self.assertEqual(quest.get_current_question(), questions_provider.get_questions()[2])
self.assertEqual(quest.current_question_number, 2)
self.assertEqual(len(messages_list), 1)
self.assertEqual(messages_list[0].text, quest.messages['quest_already_started'])
self.assertEqual(messages_list[0].as_reply, False)
def test_get_current_question_if_started(self, questions_provider):
questions_list = self.generate_questions_list()
q3 = questions_list[2]
q3.get_question.return_value = q3.text
questions_provider.get_questions.return_value = questions_list
quest = Quest(questions_provider)
quest.is_started = True
quest.current_question_number = 2
messages_list = quest.get_question_text()
self.assertEqual(quest.get_current_question(), questions_list[2])
self.assertEqual(quest.current_question_number, 2)
self.assertEqual(len(messages_list), 2)
self.assertEqual(messages_list[0].text, 'Question 3 of 3')
self.assertEqual(messages_list[0].as_reply, False)
self.assertEqual(messages_list[1].text, questions_list[2].get_question())
self.assertEqual(messages_list[1].as_reply, False)
def __init__(self, obstical_type, file_path, inital_position):
pygame.sprite.Sprite.__init__(self)
self.position = inital_position
fps = 15
self.obstical_type = obstical_type
self.file_path = file_path
self.spritesheet = Spritesheet(self.file_path)
# Size of rect for the first girl i found, this might be a parameter later
self.rect = pygame.Rect(self.position[0], self.position[1], 40, 20)
self.radius = 30
self.quest = Quest(obstical_type)
# self..quest.speakables = [
# "This Drink Tastes Gross"
# ]
self.speak = Text_Display(self.quest.speak)
self.animations = {
"stand": [
Animation(self.spritesheet, fps, [(50, 0, 48, 48)]),
Animation(self.spritesheet, fps, [(50, 55, 32, 48)]),
Animation(self.spritesheet, fps, [(50, 102, 32, 48)]),
Animation(self.spritesheet, fps, [(50, 151, 32, 48)]),
],
"walk": [
Animation(self.spritesheet, fps, [(0, 7, 32, 48), (36, 7, 32, 48), (73, 7, 32, 48)]),
Animation(self.spritesheet, fps, [(0, 55, 32, 48), (36, 55, 32, 48), (73, 55, 32, 48)]),
Animation(self.spritesheet, fps, [(0, 102, 32, 48), (36, 102, 32, 48), (73, 102, 32, 48)]),
Animation(self.spritesheet, fps, [(0, 151, 32, 48), (36, 151, 32, 48), (73, 151, 32, 48)]),
],
}
self.direction = NPC.SOUTH
self.animation = NPC.STAND
animation = self.animations[self.animation][self.direction]
animation.updates(pygame.time.get_ticks())
self.image = animation.frame
def test_assess_answer_if_started_correct_answer(self, questions_provider):
questions_list = self.generate_questions_list()
q2 = questions_list[1]
q2.assess_answer.return_value = (True, q2.success_message)
questions_provider.get_questions.return_value = questions_list
quest = Quest(questions_provider)
quest.is_started = True
quest.current_question_number = 1
messages_list = quest.assess_answer(questions_list[1].answer)
self.assertEqual(quest.get_current_question(), questions_list[2])
self.assertEqual(quest.current_question_number, 2)
self.assertEqual(len(messages_list), 4)
self.assertEqual(messages_list[0].text, questions_list[1].success_message)
self.assertEqual(messages_list[0].as_reply, True)
self.assertEqual(messages_list[1].text, quest.messages['correct_answer'])
self.assertEqual(messages_list[1].as_reply, True)
self.assertEqual(messages_list[2].text, 'Question 3 of 3')
self.assertEqual(messages_list[2].as_reply, False)
self.assertEqual(messages_list[3].text, questions_list[2].get_question())
self.assertEqual(messages_list[3].as_reply, False)
Lord([typeslist[2], typeslist[4]]),
Lord([typeslist[2], typeslist[5]]),
Lord([typeslist[3], typeslist[4]]),
Lord([typeslist[3], typeslist[5]]),
Lord([typeslist[4], typeslist[5]]),
Lord([typeslist[0]])
]
def roll():
return random.randint(0, 5)
quests = [
Quest(str(i), typeslist[random.randint(1, 5)], roll(), roll(), roll(),
roll(), roll(), roll(), roll(), roll(), roll(), roll(),
random.randint(0, 25)) for i in range(60)
]
#players = []
def checkArgs():
return
def main():
#shuffle decks using shuffle(deckobj, times) {for times random.shuffle(deck)}
initializeGame()
return
def test_init_with_valid_questions_provider(self, questions_provider):
questions_list = self.generate_questions_list()
questions_provider.get_questions.return_value = questions_list
quest = Quest(questions_provider)
self.assertEquals(quest.questions, questions_provider.get_questions())
class CommandQuest(Enum):
slovo: list = [[Quest.get_quest_up(), 'up', 'вверх'],
[Quest.get_quest_down(), 'down', 'вниз'],
[Quest.get_quest_hello(), 'начать']]
def __init__(self, key: str, quest_name):
super().__init__(key)
self.quest = Quest.from_name(quest_name, self)
self.data.quest_name = quest_name
def test_init_with_null_questions_provider(self):
with self.assertRaises(AttributeError):
quest = Quest(None)
class Game:
def __init__(self, vision, controller, window):
self.vision = vision
self.controller = controller
self.window = window
self.current_resource = 2
self.train_troops = 0
self.state = State(vision, controller, window)
self.gather = Gather(vision, self.state, controller)
self.building = Building(vision, self.state, controller, window)
self.quest = Quest(vision, controller)
self.last_inf_check = 0
self.last_shelter_check = 0
def run(self):
util.log("Starting MaggotBot!")
while True and self.state != 'unknown':
self.state.clean_state(turf=1)
if self.vision.is_visible('dev_free', threshold=0.7):
self.controller.click_object(
self.vision.find_template('dev_free', threshold=0.7))
util.log('Finished research / building.')
if self.vision.is_visible('dev_help', threshold=0.7):
self.controller.click_object(
self.vision.find_template('dev_help', threshold=0.7))
util.log('Requested help for research / building.')
if time.time() - self.last_shelter_check > 300:
self.building.to_building('shelter')
util.log('Checking shelter.')
if self.vision.is_visible('turf_shelter', threshold=0.675):
self.controller.click_point(
statics.buildings['shelter']['points'])
time.sleep(1)
self.controller.click_point(statics.shelter['hours'])
time.sleep(0.3)
self.controller.click_point(statics.shelter['ok'])
time.sleep(0.75)
self.controller.click_point(statics.shelter['clear'])
time.sleep(0.3)
self.controller.click_point(statics.shelter['grunt'])
time.sleep(0.3)
self.controller.click_point(statics.shelter['go'])
time.sleep(1.25)
self.vision.refresh_frame()
self.last_shelter_check = time.time()
util.log('Sheltered leader.')
else:
self.last_shelter_check = time.time()
elif self.vision.is_visible('chest_collect', threshold=0.9):
self.controller.click_point(statics.chest['chest'])
if self.vision.is_visible('chest_5x', 0.8):
util.log('Collected 5x free chest.')
else:
util.log('Collected free chest.')
self.controller.click_point(statics.chest['claim'])
elif self.vision.is_visible('hud_gift', threshold=0.7):
self.controller.click_point(statics.hud['guild'])
time.sleep(1.25)
self.controller.click_point(statics.guild['tab1'])
time.sleep(0.5)
self.controller.click_point(statics.guild['gift'])
time.sleep(0.5)
self.vision.refresh_frame()
while self.vision.is_visible('guild_open', threshold=0.7):
self.controller.click_point(statics.guild['open'])
time.sleep(0.5)
self.controller.click_point(statics.guild['delete'])
self.vision.refresh_frame()
util.log('Collected guild gift.')
elif not self.vision.is_visible('hud_army', threshold=0.8):
util.log('Attempting to gather.')
self.gather.gather()
# elif self.vision.is_visible('barracks_idle') and self.train_troops == 1:
# self.controller.click_object(self.vision.find_template('barracks_idle'))
# time.sleep(1.25)
# self.vision.refresh_frame()
# if self.vision.is_visible('unit_ballista'):
# self.controller.click_object(self.vision.find_template('unit_ballista'))
# time.sleep(1.25)
# self.vision.refresh_frame()
# if self.vision.is_visible('barracks_train'):
# self.controller.click_object(self.vision.find_template('barracks_train'))
# self.vision.is_visible('quest_uncompleted') or
elif (self.vision.is_visible('quest_has_q', threshold=0.8)
or self.vision.is_visible(
'quest_has_completed',
threshold=0.8)) and self.quest.time_lapsed():
self.quest.check_quests()
elif self.vision.is_visible('dev_no_cr', threshold=0.8):
self.building.upgrade()
elif time.time() - self.last_inf_check > 300:
self.building.to_building('infirmary')
if self.vision.is_visible('turf_infirmary', threshold=0.65):
self.controller.click_point(
statics.buildings['infirmary']['points'])
self.controller.click_point(statics.infirmary['heal'])
util.log('Healing troops.')
self.last_inf_check = time.time()
time.sleep(1)
def quests(string):
print()
Quest.showCurrentQuests()
print()
return [True, False]
def init():
global gameOver
global gameWin
gameOver = False
gameWin = False
global dictOfCards
global heroes
global decks
dictOfCards = {}
heroes = []
decks = {}
dictOfCards['Eowyn'] = Hero('Eowyn', 1, 1, 3, 4, 'Spirit', 9)
dictOfCards['Eleanor'] = Hero('Eleanor', 1, 2, 3, 1, 'Spirit', 7)
dictOfCards['Thalin'] = Hero('Thalin', 2, 2, 4, 1, 'Tactics', 9)
dictOfCards['Wandering Took'] = Ally('Wandering Took', 1, 1, 2, 1,
'Spirit', 2)
dictOfCards['Lorien Guide'] = Ally('Lorien Guide', 1, 1, 2, 0, 'Spirit', 3)
dictOfCards['Northern Tracker'] = Ally('Northern Tracker', 2, 2, 3, 1,
'Spirit', 4)
dictOfCards['Veteran Axehand'] = Ally('Veteran Axehand', 2, 1, 2, 0,
'Tactics', 2)
dictOfCards['Gondorian Spearman'] = Ally('Gondorian Spearman', 1, 1, 1, 0,
'Tactics', 2)
dictOfCards['Horseback Archer'] = Ally('Horseback Archer', 2, 1, 2, 0,
'Tactics', 3)
dictOfCards['Beorn'] = Ally('Beorn', 3, 3, 6, 1, 'Tactics', 6)
dictOfCards['Gandalf'] = Ally('Gandalf', 4, 4, 4, 4, 'Neutral', 5)
dictOfCards['Flies and Spiders'] = Quest('Flies and Spiders',
'Passage through Mirkwood', 8)
dictOfCards['A fork in the road'] = Quest('A fork in the road',
'Passage through Mirkwood', 2)
dictOfCards['Beorns Path'] = Quest('Beorns Path',
'Passage through Mirkwood', 10)
dictOfCards['Dol Guldur Orcs'] = Enemy('Dol Guldur Orcs', 2, 0, 3, 10, 2)
dictOfCards['Chieftan Ufthak'] = Enemy('Chieftan Ufthak', 3, 3, 6, 35, 2)
dictOfCards['Dol Guldur Beastmaster'] = Enemy('Dol Guldur Beastmaster', 3,
1, 5, 35, 2)
dictOfCards['Necromancers Pass'] = Land('Necromancers Pass', 3, 2)
dictOfCards['Enchanted Stream'] = Land('Enchanted Stream', 2, 2)
dictOfCards['Forest Spider'] = Enemy('Forest Spider', 2, 1, 4, 25, 2)
dictOfCards['Old Forest Road'] = Land('Old Forest Road', 1, 3)
dictOfCards['East Bight Patrol'] = Enemy('East Bight Patrol', 3, 1, 2, 5,
3)
dictOfCards['Black Forest Bats'] = Enemy('Black Forest Bats', 1, 0, 2, 15,
1)
dictOfCards['Forest Gate'] = Land('Forest Gate', 2, 4)
dictOfCards['King Spider'] = Enemy('King Spider', 3, 1, 3, 20, 2)
dictOfCards['Hummerhorns'] = Enemy('Hummerhorns', 2, 0, 3, 40, 1)
dictOfCards['Ungoliants Spawn'] = Enemy('Ungoliants Spawn', 5, 2, 9, 32, 3)
dictOfCards['Great Forest Web'] = Land('Great Forest Web', 2, 2)
dictOfCards['Mountains of Mirkwood'] = Land('Mountains of Mirkwood', 2, 3)
heroes.append(dictOfCards['Eowyn'])
heroes.append(dictOfCards['Eleanor'])
heroes.append(dictOfCards['Thalin'])
playerDeck = RegularDeck('Player Deck')
playerDeck.addCard(dictOfCards['Wandering Took'], 3)
playerDeck.addCard(dictOfCards['Lorien Guide'], 3)
playerDeck.addCard(dictOfCards['Northern Tracker'], 3)
playerDeck.addCard(dictOfCards['Veteran Axehand'], 3)
playerDeck.addCard(dictOfCards['Gondorian Spearman'], 3)
playerDeck.addCard(dictOfCards['Horseback Archer'], 3)
playerDeck.addCard(dictOfCards['Beorn'], 1)
playerDeck.addCard(dictOfCards['Gandalf'], 3)
decks['Player Deck'] = playerDeck
questDeck = QuestDeck('Passage through Mirkwood')
questDeck.addCard(dictOfCards['Flies and Spiders'], 1)
decks['Quest Deck'] = questDeck
# encounterDeck = RegularDeck('Encounter Deck')
# encounterDeck.addCard(dictOfCards['Dol Guldur Orcs'], 4)
# encounterDeck.addCard(dictOfCards['Enchanted Stream'], 4)
# encounterDeck.addCard(dictOfCards['Black Forest Bats'], 4)
# encounterDeck.addCard(dictOfCards['Hummerhorns'], 4)
# encounterDeck.addCard(dictOfCards['Old Forest Road'], 4)
# encounterDeck.addCard(dictOfCards['Forest Spider'], 4)
# encounterDeck.addCard(dictOfCards['East Bight Patrol'], 4)
# decks['Encounter Deck'] = encounterDeck
# ---------------- Full Version -----------------------------
# questDeck = QuestDeck('Passage through Mirkwood')
# questDeck.addCard(dictOfCards['Flies and Spiders'], 1)
# questDeck.addCard(dictOfCards['A fork in the road'], 1)
# questDeck.addCard(dictOfCards['Beorns Path'], 1)
# decks['Quest Deck'] = questDeck
encounterDeck = RegularDeck('Encounter Deck')
encounterDeck.addCard(dictOfCards['Dol Guldur Orcs'], 3)
encounterDeck.addCard(dictOfCards['Chieftan Ufthak'], 1)
encounterDeck.addCard(dictOfCards['Dol Guldur Beastmaster'], 2)
encounterDeck.addCard(dictOfCards['Necromancers Pass'], 2)
encounterDeck.addCard(dictOfCards['Enchanted Stream'], 2)
encounterDeck.addCard(dictOfCards['Forest Spider'], 4)
encounterDeck.addCard(dictOfCards['Old Forest Road'], 2)
encounterDeck.addCard(dictOfCards['East Bight Patrol'], 1)
encounterDeck.addCard(dictOfCards['Black Forest Bats'], 1)
encounterDeck.addCard(dictOfCards['Forest Gate'], 2)
encounterDeck.addCard(dictOfCards['King Spider'], 2)
encounterDeck.addCard(dictOfCards['Hummerhorns'], 1)
encounterDeck.addCard(dictOfCards['Ungoliants Spawn'], 1)
encounterDeck.addCard(dictOfCards['Great Forest Web'], 2)
encounterDeck.addCard(dictOfCards['Mountains of Mirkwood'], 3)
decks['Encounter Deck'] = encounterDeck
def main():
settings_provider = BotSettingsProvider()
questions_provider = QuestionsProviderPsql(settings_provider)
quest = Quest(questions_provider)
bot = BotContainer(settings_provider, BotLogic(quest))
bot.start()
def test_init_with_none_questions_list_in_questions_provider(self, questions_provider):
questions_provider.get_questions.return_value = None
with self.assertRaises(AttributeError):
quest = Quest(None)
def npc_need(self, level):
"""Returns a need/job from the NPC"""
quest = Quest(level)
self.quest_type, self.job = quest.main()
def __tester_load_stat():
quest = Quest(qid=0,
qtype='SIMPLE',
priority='A',
topics=list(),
question='test',
answer_true='a',
answers_false=['b'])
quest.load_stat(asked=0, answered=0, last_10=str(), last_time=1000)
p0 = quest.grade = 100
quest = Quest(qid=0,
qtype='SIMPLE',
priority='B',
topics=list(),
question='test',
answer_true='a',
answers_false=['b'])
quest.load_stat(asked=0, answered=0, last_10=str(), last_time=1000)
p1 = quest.grade = 90
quest = Quest(qid=0,
qtype='SIMPLE',
priority='C',
topics=list(),
question='test',
answer_true='a',
answers_false=['b'])
quest.load_stat(asked=1000,
answered=1000,
last_10='1111111111',
last_time=0)
p2 = quest.grade = 1
u_tester.run(p0, p1, p2)
class NPC(pygame.sprite.Sprite):
# Directions
NORTH = 3
EAST = 2
SOUTH = 0
WEST = 1
# Define the Animations
STAND = "stand"
WALK = "walk"
def __init__(self, obstical_type, file_path, inital_position):
pygame.sprite.Sprite.__init__(self)
self.position = inital_position
fps = 15
self.obstical_type = obstical_type
self.file_path = file_path
self.spritesheet = Spritesheet(self.file_path)
# Size of rect for the first girl i found, this might be a parameter later
self.rect = pygame.Rect(self.position[0], self.position[1], 40, 20)
self.radius = 30
self.quest = Quest(obstical_type)
# self..quest.speakables = [
# "This Drink Tastes Gross"
# ]
self.speak = Text_Display(self.quest.speak)
self.animations = {
"stand": [
Animation(self.spritesheet, fps, [(50, 0, 48, 48)]),
Animation(self.spritesheet, fps, [(50, 55, 32, 48)]),
Animation(self.spritesheet, fps, [(50, 102, 32, 48)]),
Animation(self.spritesheet, fps, [(50, 151, 32, 48)]),
],
"walk": [
Animation(self.spritesheet, fps, [(0, 7, 32, 48), (36, 7, 32, 48), (73, 7, 32, 48)]),
Animation(self.spritesheet, fps, [(0, 55, 32, 48), (36, 55, 32, 48), (73, 55, 32, 48)]),
Animation(self.spritesheet, fps, [(0, 102, 32, 48), (36, 102, 32, 48), (73, 102, 32, 48)]),
Animation(self.spritesheet, fps, [(0, 151, 32, 48), (36, 151, 32, 48), (73, 151, 32, 48)]),
],
}
self.direction = NPC.SOUTH
self.animation = NPC.STAND
animation = self.animations[self.animation][self.direction]
animation.updates(pygame.time.get_ticks())
self.image = animation.frame
def turn_towards_player(self, player_position):
# These direction are not great yet, should probly be in npc as a function
if player_position[0] < self.position[0]:
self.direction = NPC.WEST
self.animation = NPC.STAND
elif player_position[0] > self.position[0]:
self.direction = NPC.EAST
self.animation = NPC.STAND
elif player_position[1] < self.position[1]:
self.direction = NPC.NORTH
self.animation = NPC.STAND
elif player_position[1] > self.position[1]:
self.direction = NPC.SOUTH
self.animation = NPC.STAND
self.update()
def update(self):
"""
Creates the animation of the npc occolating.
Called in process_events in main
"""
animation = self.animations[self.animation][self.direction]
animation.updates(pygame.time.get_ticks())
self.image = animation.frame
# self.rect = animation.rect
self.rect.x = self.position[0]
self.rect.y = self.position[1]
def action_advance(self):
self.quest.progress_quest()
self.speak = Text_Display(self.quest.speak)
return self.speak
