def diplomacy(self, target):
'Learn something about another country.'
print('{0} sent a diplomat to {1}.'.format(self.name, target.name))
self_target_key = identity_key(self, target)
if target.identity == 'P':
while True:
response = input('Do you accept the diplomat [y,N]? ').lower()
if response in ('y', 'yes', 'n', 'no', ''):
break
print('Invalid response.')
if response in ('y', 'yes'):
print('You accepted the diplomat.')
self.__relationships__[self_target_key] += 3
else:
print('You rejected the diplomat.')
self.__relationships__[identity_key(self, target)] -= 1
return
if self.__relationships__[identity_key(self, target)] < randint(35, 45):
statement = [
'{0} ordered the diplomat away.'.format(target.name),
'He mysteriously disappeared.',
'He got lynched.',
'She defected to {0}.'.format(target.name),
'She was never seen again.'
]
print(choice(statement))
self.__relationships__[identity_key(self, target)] -= 1
return
self.__relationships__[self_target_key] += 3
def dual_attack(self, ally, target):
'Country proposes dual attack on another country.'
print('You propose to attack {0} with {1}'.format(
target.name, ally.name))
self_ally_key = identity_key(self, ally)
self_target_key = identity_key(self, target)
ally_target_key = identity_key(ally, target)
# Calculate ally response
response_calc = (self.__relationships__[self_ally_key] -
randint(-2, 5) -
self.__relationships__[ally_target_key] // 2)
# This may change
if response_calc > 30:
print('{0} agrees to attack {1}.'.format(ally.name, target.name))
else:
print('{0} refuses to attack {1}.'.format(ally.name, target.name))
return
damage = int(lognormvariate(2.4, 0.4))
industry_drain = damage * 3 // 4
self.resources['industry'] = max(
0, self.resources['industry'] - industry_drain)
ally.resources['industry'] = max(
0, ally.resources['industry'] - industry_drain)
target.resources['population'] -= damage
relationship_drain = 7 + damage * 2
self.__relationships__[self_target_key] -= relationship_drain
self.__relationships__[ally_target_key] -= relationship_drain
if damage == 0:
print('Somehow, you both failed to kill anyone!')
elif damage <= 4:
statement = [
'Your bombs rain down from above!',
'Your soldiers storm the mainland!'
]
print(choice(statement))
print('{0} thousand were killed!'.format(damage))
elif damage <= 14:
statement = [
'Tactile missiles strike from two sides!',
'Soldiers overwhelm {0}, wreaking havoc!'.format(target.name)
]
print(choice(statement))
print('{0} thousand were killed!'.format(damage))
else:
print('Dual nuclear strikes obliterate the enemy!')
print('{0} thousand are now dust!!!'.format(damage))
print('Your resources are now {0}.'.format(self.resources['industry']))
def charity(self, target):
'Give a country a gift.'
types = ['food', 'industry']
while True:
print('What will you give?')
print('(1) Food')
print('(2) Industrial Resources')
try:
send_input = int(input('>> '))
except ValueError:
print('Invalid input.')
continue
if send_input in (1, 2):
send_type = types[send_input - 1]
break
print('Invalid choice.')
if self.resources[send_type] == 0:
print("You don't have anything to give.")
return
while True:
print('How much will you give?')
try:
send_quant = int(input('>> '))
except ValueError:
print('Invalid input.')
continue
if send_quant <= self.resources[send_type] and send_quant > 0:
break
print('Invalid quantity.')
print('{0} sends its regards.'.format(target.name))
self.resources[send_type] -= send_quant
target.resources[send_type] += send_quant
self.__relationships__[identity_key(self, target)] += max(
1, send_quant // 4)
def charity(self, target):
'Country gives to another country.'
print('{0} gave a gift to {1}.'.format(self.name, target.name))
types = ['food', 'industry']
send_type = choice(types)
send_quant = randint(1, self.resources[send_type] // 3)
self.resources[send_type] -= send_quant
target.resources[send_type] += send_quant
self.__relationships__[identity_key(self, target)] += max(1, send_quant // 4)
def trade(self, target):
'Country proposes a trade.'
seed()
types = ['food', 'industry']
send_type = choice(types)
send_max = (self.resources[send_type] + 1) * 3 // 5
rec_type = choice(types)
rec_max = (target.resources[rec_type] + 1) * 4 // 5
self_target_key = identity_key(self, target)
send_quant = randint(1, send_max)
radius = randint(-5, 5)
rec_quant = max(1, min(send_quant + radius, rec_max))
if target.identity == 'P':
while True:
print('{0} wants to trade {1} tons of {2} resources'.format(self.name,
send_quant,
send_type),
end=' ')
print('for {0} tons of {1} resources.'.format(rec_quant, rec_type))
response = input('Do you accept this trade [y,N]? ').lower()
if response in ('y', 'yes', 'n', 'no', ''):
if response in ('y', 'yes'):
print('Trade accepted.')
self.resources[send_type] -= send_quant
self.resources[rec_type] += rec_quant
target.resources[send_type] += send_quant
target.resources[rec_type] -= rec_quant
self.__relationships__[self_target_key] += 5
else:
print('Trade declined.')
self.__relationships__[self_target_key] -= 5
break
else:
print("{0} attempts to trade with {1}.".format(self.name, target.name))
response = choice((True, True, True, False))
if response:
self.resources[send_type] -= send_quant
self.resources[rec_type] += rec_quant
target.resources[send_type] += send_quant
target.resources[rec_type] -= rec_quant
self.__relationships__[self_target_key] += 5
else:
self.__relationships__[self_target_key] -= 5
def attack(self, target):
'Country attacks another country.'
print('{0} is attacking {1}!'.format(self.name, target.name))
seed()
# Damage mostly 1-3, theoretical range is 0-12
damage = int(lognormvariate(1, 0.5))
# This may change
industry_drain = damage * 3 // 2
if industry_drain > self.resources['industry']:
industry_drain = self.resources['industry']
self.resources['industry'] = max(0, self.resources['industry']
- industry_drain)
target.resources['population'] -= damage
if damage == 0:
# Randomized statements
statement = [
'{0} tried to attack {1}, but failed!'.format(self.name,
target.name),
'{0} saw it coming a mile away!'.format(target.name),
'A spy warned {0} of the attack!'.format(target.name)
]
print(choice(statement), end=' ')
print('No one was killed.')
elif damage <= 4:
print('{0} attacked {1}! {2} thousand were killed!'.format(self.name,
target.name,
damage))
elif damage <= 8:
# Randomized statements
statement = [
'{0} launched missiles at {1}!'.format(self.name, target.name),
'{0} surprise-attacked {1}!'.format(self.name, target.name),
]
print(choice(statement), end=' ')
print('{0} thousand were killed!'.format(damage))
else:
print('A devastating nuclear attack devastated {0}'.format(target.name))
print('{0} thousand were wiped out!!!'.format(damage))
if self.identity == 'P':
print('Your industrial resources are now {0} thousand tons.'.format(
self.resources['industry']))
relationship_drain = 5 + damage * 2
self.__relationships__[identity_key(self, target)] -= relationship_drain
def trade(self, target):
'Country proposes a trade.'
types = ['food', 'industry']
while True:
print('What do you want to trade?')
print('(1) Food')
print('(2) Industrial Resources')
try:
send_input = int(input('>> '))
except ValueError:
print('Invalid input.')
continue
if send_input in (1, 2):
send_type = types[send_input - 1]
break
print('Invalid choice.')
if self.resources[send_type] == 0:
print('You have nothing to give.')
return
print('How much?')
while True:
try:
send_quant = int(input('>> '))
except ValueError:
print('Invalid input.')
continue
if send_quant <= self.resources[send_type] and send_quant > 0:
break
print('Invalid quantity.')
while True:
print('What do you want in return?')
print('(1) Food')
print('(2) Industrial Resources')
try:
rec_input = int(input('>> '))
except ValueError:
print('Invalid input.')
continue
if rec_input in (1, 2):
rec_type = types[rec_input - 1]
break
print('Invalid choice.')
while True:
print('How much?')
try:
rec_quant = int(input('>> '))
except ValueError:
print('Invalid input.')
continue
if rec_quant > 0:
break
print('Invalid quantity.')
if (rec_quant > target.resources[rec_type] + 5
or rec_quant + randint(0, 10) > send_quant
or self.__relationships__[identity_key(self, target)] +
randint(0, 20) < 50):
print('{0} refuses your trade.'.format(target.name))
self.__relationships__[identity_key(self, target)] -= 5
else:
print('{0} accepts your trade.'.format(target.name))
self.resources[send_type] -= send_quant
self.resources[rec_type] += rec_quant
target.resources[send_type] += send_quant
target.resources[rec_type] -= rec_quant
self.__relationships__[identity_key(self,
target)] += send_quant // 5
def dual_attack(self, ally, target):
'Country proposes dual attack on another country.'
if self.identity == 'P':
print('You propose to attack {0} with {1}'.format(target.name,
ally.name))
else:
print('{0} proposes to attack {1} with {2}'.format(self.name,
target.name,
ally.name))
if ally.identity == 'P':
while True:
ally_response = input('Do you accept [y,N]? ').lower()
if ally_response in ('y', 'yes', 'n', 'no', ''):
break
if ally_response in ('y', 'yes'):
print('You agree to attack {0} with {1}'.format(target.name,
ally.name))
else:
print('You refuse to attack {0}'.format(target.name))
return
else:
# Calculate ally response
response_calc = (self.__relationships__[identity_key(self, ally)]
- randint(0, 10)
- self.__relationships__[identity_key(ally, target)]
// 2)
# This may change
if response_calc > 30:
print('{0} agrees to attack {1}.'.format(ally.name,
target.name))
else:
print('{0} refuses to attack {1}.'.format(ally.name,
target.name))
return
damage = int(lognormvariate(2.4, 0.4))
industry_drain = damage * 3 // 4
self.resources['industry'] = max(0, self.resources['industry']
- industry_drain)
ally.resources['industry'] = max(0, ally.resources['industry']
- industry_drain)
target.resources['population'] -= damage
relationship_drain = 10 + damage * 2
self.__relationships__[identity_key(self, target)] -= relationship_drain
self.__relationships__[identity_key(ally, target)] -= relationship_drain
if damage == 0:
print('Somehow, you both failed to kill anyone!')
elif damage <= 4:
statement = [
'Bombs rain down from above!',
'Soldiers storm the mainland!'
]
print(choice(statement))
print('{0} thousand were killed!'.format(damage))
elif damage <= 14:
statement = [
'Tactile missiles strike from two sides!',
'Soldiers overwhelm {0}, wreaking havoc!'.format(target.name)
]
print(choice(statement))
print('{0} thousand were killed!'.format(damage))
else:
print('Dual nuclear strikes obliterate the enemy!')
print('{0} thousand are now dust!!!'.format(damage))
if self.identity == 'P':
print('Your resources are now {0}.'.format(self.resources['industry']))
elif ally.identity == 'P':
print('Your resources are now {0}.'.format(ally.resources['industry']))