def main(difficulty=0):
objectivelist = hb.rotate(hb.arrayreader("missionobjectives.txt"))
objectivelist[1] = [float(i) for i in objectivelist[1]]
#The complications has four rows, name, relative probability of expected complication, relative probability of unexpected complication, reward multiplier .
complicationlist = hb.rotate(hb.arrayreader("missioncomplications.txt"))
j = 1
while j < 3:
complicationlist[j] = [float(i) for i in complicationlist[j]]
j += 1
if difficulty == 0:
difficulty = round(np.random.triangular(0.6, 0.6, 10.5))
reward = random.randint(8, 12) * 4**difficulty * 10
objectivenum = 1
objectivenum += 1 + round((random.random() * difficulty / 3))
objectives = []
while len(objectives) < objectivenum:
objectivelist[1] = hb.normalise(objectivelist[1])
dumb = np.random.choice(objectivelist[0], p=objectivelist[1])
index = objectivelist[0].index(dumb)
objectives.append(dumb)
objectivelist = hb.arraycleaner(objectivelist, index)
opencompicationnum = random.randint(0, 2) + round(
(random.random() * difficulty / 4))
opencomplications = []
while len(opencomplications) < opencompicationnum:
complicationlist[1] = hb.normalise(complicationlist[1])
dumb = np.random.choice(complicationlist[0], p=complicationlist[1])
index = complicationlist[0].index(dumb)
opencomplications.append(dumb)
reward *= float(complicationlist[3][index])
complicationlist = hb.arraycleaner(complicationlist, index)
secretcompicationnum = random.randint(0, 2) + round(
(random.random() * difficulty / 4))
secretcomplications = []
while len(secretcomplications) < secretcompicationnum:
complicationlist[2] = hb.normalise(complicationlist[2])
dumb = np.random.choice(complicationlist[0], p=complicationlist[2])
index = complicationlist[0].index(dumb)
secretcomplications.append(dumb)
reward *= float(complicationlist[3][index])
complicationlist = hb.arraycleaner(complicationlist, index)
reward = hb.sigfig(reward, 2)
output = {}
output["difficulty"] = difficulty
output["objectives"] = objectives
output["reward"] = reward
output["opencomplications"] = opencomplications
output["secretcomplications"] = secretcomplications
return (output)
import numpy as np
import innnamegenerator as name
import homebrew as hb
odditylist = (hb.arrayreader("innoddity.txt"))
odditylist = (hb.rotate(odditylist))
with open("innspeciality.txt") as f:
specialtylist = f.read().splitlines()
with open("innsecret.txt") as f:
secretlist = f.read().splitlines()
def main():
output = {}
output["name"] = name.main()
output["oddity"] = np.random.choice(odditylist[0])
output["specialty"] = np.random.choice(specialtylist)
if np.random.random() < 0.85:
output["secret"] = "The beer is watered down"
else:
output["secret"] = np.random.choice(secretlist)
return (output)
fantasyocupationstype = [
"Academia", "Artisan", "Bourgeoisie", "Common", "Law", "Magic", "Nature",
"Outlaw", "Performer", "Religion", "Warrior"
]
with open("NPCcharacteristics.txt", encoding='latin-1') as f:
characteristiclist = f.read().splitlines()
with open("medievalNPCcharacteristics.txt", encoding='latin-1') as f:
characteristiclist += f.read().splitlines()
with open("NPCtraits.txt", encoding='latin-1') as f:
traitlist = f.read().splitlines()
occupationlist = (hb.arrayreader("medievalNPCoccupation.txt"))
occupationlist += (hb.arrayreader("fantasyNPCoccupation.txt"))
occupationlist = hb.rotate(occupationlist)
with open("NPCsecrets.txt", encoding='latin-1') as f:
secretlist = f.read().splitlines()
with open("fantasyNPCsecrets.txt", encoding='latin-1') as f:
secretlist += f.read().splitlines()
with open("medievalNPCsecrets.txt", encoding='latin-1') as f:
secretlist += f.read().splitlines()
with open("femalename.txt", encoding='latin-1') as f:
femalenamelist = f.read().splitlines()
import numpy as np
import innnamegenerator as name
import homebrew as hb
odditylist = (hb.arrayreader("innoddity.txt"))
odditylist += (hb.arrayreader("fantasyinnoddity.txt"))
odditylist = (hb.rotate(odditylist))
with open("innspeciality.txt") as f:
specialtylist = f.read().splitlines()
with open("innsecret.txt") as f:
secretlist = f.read().splitlines()
with open("fantasyinnsecret.txt") as f:
secretlist += f.read().splitlines()
def main():
output = {}
output["name"] = name.main()
output["oddity"] = np.random.choice(odditylist[0])
output["specialty"] = np.random.choice(specialtylist)
if np.random.random() < 0.85:
output["secret"] = "The beer is watered down"
else:
output["secret"] = np.random.choice(secretlist)
return (output)
import numpy as np
import homebrew as hb
riddlelist = (hb.arrayreader("riddles.txt"))
# List of all riddles, needs to be rotated to be human readable.
def main(input):
input = int(input)
if (input == 0):
#leveledlist is the list of riddles that fit the difficulty parameter
leveledlist = riddlelist
else:
leveledlist = []
for riddle in riddlelist:
if (int(riddle[0]) == input):
leveledlist.append(riddle)
leveledlist.append(riddle)
leveledlist.append(riddle)
if (abs(int(riddle[0]) - input) == 0):
leveledlist.append(riddle)
#Riddles with difficulties +- 1 the stated value can be picked but they are a 1/3 as likely.
leveledlist = (hb.rotate(leveledlist))
output = {}
i = np.random.randint(0, len(leveledlist[0]))
output["riddle"] = leveledlist[1][i]
output["answer"] = leveledlist[2][i]
return (output)
import fantasysettlementgenerator
import fantasybookgenerator
import syfanplanetgenerator
import riddlegenerator
import weathergenerator
import medievalshipnamegenerator
import names
import psqlfunctions as psqlf
import homebrew as hb
import racemanagement as rm
import numpy as np
from titlecase import titlecase
taglist = (hb.arrayreader("universaltags.txt"))
def main(ctx, races, item, *args):
arg = []
for input in args:
arg.append(input)
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
# Genre prep
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
dum = []
if item in ["fantasynpc", "fnpc", "fantasyinn", "finn", "fantasysettlement", "fsettlement", "fset", "fantasybookcase", "fbookcase", "fbc", "fantasybook", "fbook"]:
import numpy as np
import homebrew as hb
# import the content from the text files
templist = (hb.arrayreader("temperatures.txt"))
weatherlist = (hb.arrayreader("weathers.txt"))
rareweatherlist = (hb.arrayreader("rareweathers.txt"))
def main(input):
rand = np.random.random()
#initialize lists
templistselect = []
templistselect2 = []
weatherlistselect = []
weatherlistselect2 = []
#sets a random but weighted temperature for the provided climate, temp takes values between 1 and 5
if (input == "arctic" or input == "polar" or input == "1"):
if rand < 0.6:
temp = 1
elif rand < 0.97:
temp = 2
else:
temp = 3
elif (input == "winter" or input == "cold" or input == "2"):
import discord
from discord.ext import commands
import interface
import homebrew as hb
with open("token.txt", encoding='latin-1') as f:
TOKEN = f.read()
with open("discordid.txt", encoding='latin-1') as f:
idnum = f.read()
prefixes = hb.rotate(hb.arrayreader("prefixes.txt"))
prefixes[0] = [int(i) for i in prefixes[0]]
with open("helptext.txt", encoding='latin-1') as f:
helptext = f.read().splitlines()
with open("itemlisttext.txt", encoding='latin-1') as f:
itemlisttext = f.read().splitlines()
def prefix(bot, message): # Function finds the prefix ussed by the guild
prefix = "!"
if isinstance(message.channel, discord.abc.GuildChannel):
for n in range(len(prefixes[0])):
if int(prefixes[0][n - 1]) == message.guild.id:
prefix = int(prefixes[0][n - 1])
prefix = str(prefixes[1][n - 1])
return (prefix)