def strength_determine(self, modifier=None, modifier2=None):
roll = rollsim(2,20)
# Handle the modifier argument
if(modifier is not None):
if(modifier == 'important'):
roll += 2
elif(modifier == 'weak'):
roll -= 2
elif(modifier == 'strong'):
roll += 2
elif(modifier == 'prime'):
roll += 4
if(modifier2 is not None):
if(modifier2 == 'important'):
roll += 2
elif(modifier2 == 'weak'):
roll -= 2
elif(modifier2 == 'strong'):
roll += 2
elif(modifier2 == 'prime'):
roll += 4
# Iterate over the array then return
for i in self.statistic:
if(roll <= i.upper):
return i.string1
elif(roll >= 26):
return self.statistic[-1].string1
return None
def get_goal(self):
roll = rollsim(1,100)
result = None
for i in self.goals:
if(roll <= i.upper):
result = i.description
break
return result
def price(self):
roll = rollsim(1, 100)
result = None
for i in self.pay_price:
if(roll <= i.upper):
result = i.description
break
return result
def generate(self):
location = ''
purpose = ''
roll = rollsim(1,100)
for i in self.dungeon_location:
if(roll <= i.upper):
location = i.description
break
roll = rollsim(1,20)
for i in self.dungeon_purpose:
if(roll <= i.upper):
purpose = i.description
break
return location, purpose
def generate(self):
event = ''
event_desc = ''
roll = rollsim(1,100)
for i in self.events_table:
if(roll <= i.upper):
event = i.name
event_desc = i.description
break
meaning = ''
roll = rollsim(1, 100)
meaning += self.action[roll - 1] + ' '
roll = rollsim(1, 100)
meaning += self.subject[roll - 1]
return event, event_desc, meaning
def get_faction(self):
roll = rollsim(1, 100)
result = None
desc = None
for i in self.factions:
if(roll <= i.upper):
result = i.string1
desc = i.string2
break
return result, desc
def generate(self):
name = MName().New()
ruler_status = self.ruler_status[rollsim(0, len(self.ruler_status) - 1)]
temp = ruler_status
first = list(temp.lower())
if (first[0] == "a" or first[0] == "i" or first[0] == "u" or first[0] == "e" or first[0] == "o"):
start = "an"
else:
start = "a"
result = 'The village/town/city named {4} is governed by {5} {0}, known for its {1} and {2}. It is in a state of calamity due to {3}.'.format(
colored(ruler_status, 'cyan'),
colored(self.traits[rollsim(0, len(self.traits) - 1)], 'green'),
colored(self.known_for[rollsim(0, len(self.known_for) - 1)], 'green'),
colored(self.calamity[rollsim(0, len(self.calamity) - 1)], 'yellow'),
colored(name, 'magenta'),
start
)
return result
def detail(self, chaos=None):
roll = rollsim(2, 20)
# Handle the chaos argument
if(chaos is not None):
if(chaos == '+'):
roll += 2
elif(chaos == '-'):
roll -= 2
# Iterate over the array then return
for i in self.details_table:
if(roll <= i.upper):
return i.string1, i.string2
elif(roll >= 18):
return self.details_table[-1].string1, self.details_table[-1].string2
return None
def plot_twist(self):
roll = rollsim(0, len(self.twist) - 1)
return self.twist[roll]
def exotic(self):
roll = rollsim(0, len(self.dungeon_exotic) - 1)
result = self.dungeon_exotic[roll]
return result
def description_gen(self):
result = ''
result += self.description_1[rollsim(0, len(self.description_1) - 1)]
result += ' '
result += self.description_2[rollsim(0, len(self.description_2) - 1)]
return result
def action_gen(self):
result = ''
result += self.action_1[rollsim(0, len(self.action_1) - 1)]
result += ' '
result += self.action_2[rollsim(0, len(self.action_2) - 1)]
return result
def calculate(self, rank, chaos=None):
roll1 = rollsim(1, 10)
roll2 = rollsim(1, 10)
total = roll1 + roll2
# For exceptional results
roll1 = rollsim(1, 10)
roll2 = rollsim(1, 10)
total2 = roll1 + roll2
# For Chaos
isChaos = False
# Calculate the likelihood
if(rank == 1):
total -= 8
elif(rank == 2):
total -= 6
elif(rank == 3):
total -= 4
elif(rank == 4):
total -= 2
elif(rank == 6):
total += 2
elif(rank == 7):
total += 4
elif(rank == 8):
total += 6
elif(rank == 9):
total += 8
# Add the Chaos Factor
if(chaos is not None):
if(chaos == '+'):
total += 2
elif(chaos == '-'):
total -= 2
isChaos = True
# For exceptionals and events
digits = str(total2)
if(len(digits) > 1):
digit1 = int(digits[0])
digit2 = int(digits[1])
# Return the answer
if(total < 11):
if(len(digits) > 1):
if(isChaos == True):
if(digits[0] == digits[1]):
return 'Exceptionally no. Roll for an event or detail.'
elif(digit1 % 2 == 1 and digit2 % 2 == 1):
return 'Exceptionally no.'
elif(digit1 % 2 == 0 and digit2 % 2 == 0):
return 'No. Roll for an event or detail.'
return 'No.'
elif (total >= 11):
if(len(digits) > 1):
if(isChaos == True):
if(digits[0] == digits[1]):
return 'Exceptionally yes. Roll for an event or detail.'
elif(digit1 % 2 == 1 and digit2 % 2 == 1):
return 'Exceptionally yes.'
elif(digit1 % 2 == 0 and digit2 % 2 == 0):
return 'Yes. Roll for an event or detail.'
return 'Yes.'