#================================================
# This is the final encounter of the game!
# In this encounter, the Prisoner meets a spooky
# wizard (Simon) and his band of apprentices (TAs)
# who present a multi-step riddle. There are
# consequences to intelligence points if the user
# fails to solve the puzzle.
#===============================================
#===============================================
# Defining a global variable for wizard art
# Defining a dictionary of parts of a puzzle
#==============================================
wizard = creatures.Wizard()
final_puzzle = {
'Part I': {
'Question':'Bluejeans Desks is an anagram for which three mages? List them in alphabetical order!',
'Answer' :'deb jessen lukas'
},
'Part II': {
'Question':'Eked Emeriti Mixing is an anagram of which three mages? List their first names, but in alphabetical order according to their last names.',
'Answer' :'mike xengie demitri'
},
'Part III': {
'Question':'What is the name of the man who wrote the Wizard\'s and Sorceress\' favorite programming language?',
'Answer' :'larry wall'
}
}
def main():
# Hero wizard is initialised with randomised power.
# List of creatures initialised, random length
# Game loop - [d]efend, [r]un away, [l]ook at surroundings or [c]onsider stats.
# Defeating a creature increases hero's experience
# Wizard can be attached while running away, but has greater chance of escaping
# Initial setup - create the wizard and creatures
power = random.randint(1, 10)
hero = c.Wizard(power)
(him_her, he_she,
his_her) = ('him', 'he', 'his') if hero.sex == 'male' else ('her', 'she',
'her')
creatures = collections.defaultdict(list)
num_creatures = random.randint(3, 10)
for i in range(num_creatures):
# Following line instantiates one of the subclasses of creature at random
creature = random.choice(c.Creature.__subclasses__())()
creatures[creature.name].append(creature)
print('Our hero is a {} wizard of power {}'.format(hero.level(),
hero.power))
print('{} faces a scary horde of enemies, comprising:'.format(
he_she.title()))
print_creatures(creatures)
print('Can you guide {} through these perilous encounters to safety ...\n'.
format(him_her))
enemy = None
while True:
creature_type = random.choice(list(creatures.keys()))
if not enemy:
enemy = random.choice(creatures[creature_type])
choice = input(
'A {} {} is attacking!\nShould our hero [f]ight back, [r]un away, [l]ook around'
' or carefully [c]onsider {} chances? : '.format(
enemy.description, enemy.name, his_her))
if choice == 'f':
hero_attack, enemy_attack = hero.attack(), enemy.attack()
print('The {} rolls a {}!\nOur hero rolls a {}!!'.format(
enemy.name, enemy_attack, hero_attack))
if enemy_attack > hero_attack:
print('Sadly, our hero has been defeated ...')
sys.exit()
else:
print('Our hero is victorious!! One less {} to deal with.'.
format(enemy.name))
creatures[enemy.name].remove(enemy)
if len(creatures[enemy.name]) == 0:
del (creatures[enemy.name])
hero.power += random.randint(1, enemy.power)
print('{} power has now increased to {}.'.format(
his_her.title(), hero.power))
enemy = None
elif choice == 'l':
print('Our hero takes a swift look around. {} sees:'.format(
he_she.title()))
print_creatures(creatures)
elif choice == 'c':
print('Our hero, who has power {}, senses that {} '
'enemy\'s power is {}'.format(hero.power, his_her,
enemy.power))
elif choice == 'r':
hero_attack, enemy_attack = hero.attack(), enemy.attack() // 2
print('Our hero tries to make a run for it ...')
if enemy_attack > hero_attack:
print(
'... but rolls a {} compared to the {} {}s {} and is defeated.'
.format(hero_attack, enemy.description, enemy.name,
enemy_attack))
sys.exit()
print(
'... and rolls a {} compared to the {} {}\'s {} and so succeeds in escaping!'
.format(hero_attack, enemy.description, enemy.name,
enemy_attack))
enemy = None
print()
if not creatures:
print(
'Congratulations! Our hero has vanquished all enemies and is now safe.'
)
sys.exit()