def main(arg1=None, arg2=None):
# Generates a random planet from tables and RNGs, the output is an object
#The input selects the size 0: Random, 1:Outpost, 2:Village, 3:Town, 4:City
problemlist = []
output = {}
output["error"] = None
if arg2 not in [
None, "land", "water", "gas", "overpopulated", "populated",
"uninhabited"
]:
output["error"] = "Incorrect input"
rnd = random.random()
if rnd < 0.50:
output["name"] = random.choice(namelist)
else:
output["name"] = randomnamegenerator.main()
rnd = random.random()
if rnd < 0.97:
output["sol"] = str(random.randint(7, 40)) + " hours"
else:
output["sol"] = "Tidally locked"
#-----------------------
#~~~~~~Planet type~~~~~~
#-----------------------
rnd = random.random()
if rnd < 0.7:
planettype = 1 # land planet
elif rnd < 0.9:
planettype = 2 # water planet
else:
planettype = 3 # gas planet
if arg1 == "land":
planettype = 1 # land planet
elif arg1 == "water":
planettype = 2 # water planet
elif arg1 == "gas":
planettype = 3 # gas planet
if arg2 == "land":
planettype = 1 # land planet
elif arg2 == "water":
planettype = 2 # water planet
elif arg2 == "gas":
planettype = 3 # gas planet
if planettype == 1:
# land planet
nature = random.choice(["planet", "continental planet", "world",\
"terrestrial planet", "telluric planet", "rocky planet", "rocky world"])
# gravity
rnd2 = random.random()
if rnd2 < 0.50:
output["gravity"] = str(
hb.sigfig(1 / 3 + random.random() * 2 / 3, 2)) + " g"
else:
output["gravity"] = str(hb.sigfig(1 + (random.random() * 2)**3,
2)) + " g"
environmentlist = ["Tundras", "Taigas", "Forests", "Grasslands", "Deserts", "Jungles",\
"Ice plains", "Mountains", "Swamps", "Volcanoes", "Levitating islands", "Islands",\
"Underwater cave system", "Cave system", "Ruins", "Nuclear wasteland", "Savannah"]
output["environment"] = []
n = random.randint(1, 10)
for x in range(0, n):
output["environment"].append(
environmentlist.pop(random.randrange(len(environmentlist))))
rnd2 = random.random()
if rnd2 < 0.30:
populated = 3 #overpopulated
elif rnd2 < 0.80:
populated = 2 #populated
else:
populated = 0 #uninhabited
assetlist.extend(["Unique flora", "Unique fauna", "Tasty flora", "Tasty fauna",\
"Flora with medical uses", "Fauna with medical uses", "Fertile underwater Land", \
"Flora with military uses", "Fauna with military uses",\
"Flora with unexplained capacity", "Fauna with unexplained capacity"\
])
odditylist.extend(["Sweet smell in the atmosphere", "Colorful water", \
"Very large flora", "Very large fauna", "Cyclical food chain",\
"Fauna with unique breeding method", "Presence of an intelligent hive mind",\
"Strongly symbiotic ecosystem", "No large flora", "No large fauna"])
problemlist.extend(["Toxins in the atmosphere", "Toxic water", \
"Very dangerous flora", "Very dangerous fauna", "Poisonous wildlife",\
"Presence of an intelligent and dangerous hive mind",\
"Very delicate ecosystem", "No flora", "No fauna", "No wildlife"])
odditylist.extend(["Mercury lakes",\
"The continents travel a few meters a day, all maps are carefully dated"])
if planettype == 2:
# waterworld
nature = random.choice(["water planet", "ocean planet", "water world",\
"aquaplanet", "panthalassic planet", "ocean world"])
# gravity
rnd2 = random.random()
if rnd2 < 0.50:
output["gravity"] = str(
hb.sigfig(1 / 3 + random.random() * 2 / 3, 2)) + " g"
else:
output["gravity"] = str(hb.sigfig(1 + (random.random() * 2)**3,
2)) + " g"
environmentlist = ["Islands", "Artificial islands", "Coral reefs", "Open ocean",\
"Ice plains", "Submarine volcanoes", "Ruins", "Seaweed forests", \
"Underwater cave system", "Seaweed meadows", "Deep sea", "Salt marches"]
output["environment"] = []
n = random.randint(1, 7)
for x in range(0, n):
output["environment"].append(
environmentlist.pop(random.randrange(len(environmentlist))))
rnd2 = random.random()
if rnd2 < 0.05:
populated = 3 #overpopulated
elif rnd2 < 0.60:
populated = 2 #populated
else:
populated = 0 #uninhabited
assetlist.extend(["Unique flora", "Unique fauna", "Tasty flora", "Tasty fauna",\
"Flora with medical uses", "Fauna with medical uses", "Fertile underwater Land", \
"Flora with military uses", "Fauna with military uses",\
"Flora with unexplained capacity", "Fauna with unexplained capacity"\
])
odditylist.extend(["Sweet smell in the atmosphere", "Colorful water", \
"Very large flora", "Very large fauna", "Cyclical food chain",\
"Fauna with unique breeding method", "Presence of an intelligent hive mind",\
"Strongly symbiotic ecosystem", "No large flora", "No large fauna"])
problemlist.extend(["Toxins in the atmosphere", "Toxic water", \
"Very dangerous flora", "Very dangerous fauna", "Poisonous wildlife",\
"Presence of an intelligent and dangerous hive mind",\
"Very delicate ecosystem", "No flora", "No fauna", "No wildlife"])
assetlist.extend(["Powerful and stable currents" \
])
odditylist.extend(["City sized wale like creatures with complicated ecosystems inside" \
])
if planettype == 3:
# gas planet
nature = random.choice(["gas planet", "failed star", "gas dwarf",\
"gas giant", "helium planet", "puffy planet"])
# gravity
output["gravity"] = "Varies"
environmentlist = ["Floating islands", "Large particulates", "No particulates", "Surface",\
"Liquid particulates", "Ruins", "Artificial islands"]
output["environment"] = []
n = random.randint(1, 4)
for x in range(0, n):
output["environment"].append(
environmentlist.pop(random.randrange(len(environmentlist))))
rnd2 = random.random()
if rnd2 < 0.02:
populated = 3 #overpopulated
elif rnd2 < 0.25:
populated = 2 #populated
else:
populated = 0 #uninhabited
assetlist.extend(["Natural flora", "Natural fauna", "Natural wildlife",
"Flora with unexplained capacity", "Fauna with unexplained capacity",\
"Breathable air", "Survivable pressure", "Powerful and stable air currents",\
"Large water source"])
odditylist.extend(["City sized wale like creatures with complicated ecosystems inside",\
"Powerful and chaotic air currents", "Areas of explosive gazes"])
problemlist.extend(["Highly radioactive core", "Frequent dangerous storms", \
"Very dangerous flora", "Very dangerous fauna", "Corrosive atmosphere"])
#-----------------------
#~~~~~~Population~~~~~~
#-----------------------
if arg1 == "overpopulated":
populated = 3 # overpopulated planet
elif arg1 == "populated":
planettype = 2 # populated planet
elif arg1 == "uninhabited":
planettype = 0 # uninhabited planet
if arg2 == "overpopulated":
populated = 3 # overpopulated planet
elif arg2 == "populated":
planettype = 2 # populated planet
elif arg2 == "uninhabited":
planettype = 0 # uninhabited planet
if populated == 3: #overpopulated
state = random.choice(["an ultra urbanised", "a densely populated",\
"a heavily populated", "an overpopulated", "a crowded", "a swarming"])
assetlist.extend(["Patriotic population", "Good moral", "Highly educated population",\
"Healthy population", "Extremely lawful population", "Great collection of art",\
"Great repository of knowledge", "Perfect infrastructure", "Popular spaceport",\
"Great night life", "Cheap food supply line",\
"Extremely advanced medicine", "Wonderful welfare", "Fantastic theater",\
"A renowned academy", "Renowned research center", "Efficient bureaucracy",\
"Effective judicial system", "Uniformly morale population", "Advanced technology"\
, "Widespread prosperity", "Acclaimed tax laws"])
odditylist.extend(["Religious Population", "Extensive bureaucracy", "Distinctive architecture",\
"Distinctive fashion", "Eccentric laws", "Strict traditions", "Timid population", "Welcoming population",\
"Boisterous population", "Most of the population is obsessed with a specific sport.", \
"Most of the population is obsessed with 21st century earth.",\
"Most of the population is obsessed with medieval earth.",\
"Most of the population is obsessed with a specific color.",\
"Most of the population is obsessed with a recent book.",\
"The opera is very popular", "The population as a great dislike of cybernetics",\
"Nearly everyone has cybernetics", "Pets with a cybernetic link to the owner are very popular.",\
"Recent change in government"\
])
problemlist.extend(["Traitors population", "Low moral", "Uneducated population", "Sickly population",\
"Extremely criminal population", "No real culture", "Popular obscurantist movement",\
"Archaic infrastructure", "Decaying spaceport", "No night life", "Expensive food",\
"Primitive medicine", "No welfare", "Wide spread poverty", "Horrendous wealth distribution",\
"No scientific community", "Cumbersome bureaucracy", "Corrupt tax laws",\
"Archaic judicial system", "Uniformly selfish population", "Social tensions", "Segregation",\
"Social warfare", "Bloody crime on war", "Primitive technology", "Wide spread drug addiction",])
odditylist.extend(["Most of the population lives in a virtual world."\
])
problemlist.extend([
"Real estate meltdown", "Extreme amounts of homelessness", "Famine"
])
elif populated == 2: #populated
state = random.choice(["a lightly populated", "a rural",\
"a sparsely populated", "a moderately populated", \
"a inhabited",\
"a populated"])
assetlist.extend(["Patriotic population", "Good moral", "Highly educated population",\
"Healthy population", "Extremely lawful population", "Great collection of art",\
"Great repository of knowledge", "Perfect infrastructure", "Popular spaceport",\
"Great night life", "Cheap food supply line",\
"Extremely advanced medicine", "Wonderful welfare", "Fantastic theater",\
"A renowned academy", "Renowned research center", "Efficient bureaucracy",\
"Effective judicial system", "Uniformly morale population", "Advanced technology"\
, "Widespread prosperity", "Acclaimed tax laws"])
odditylist.extend(["Religious Population", "Extensive bureaucracy", "Distinctive architecture",\
"Distinctive fashion", "Eccentric laws", "Strict traditions", "Timid population", "Welcoming population",\
"Boisterous population", "Most of the population is obsessed with a specific sport.", \
"Most of the population is obsessed with 21st century earth.",\
"Most of the population is obsessed with medieval earth.",\
"Most of the population is obsessed with a specific color.",\
"Most of the population is obsessed with a recent book.",\
"The opera is very popular", "The population as a great dislike of cybernetics",\
"Nearly everyone has cybernetics", "Pets with a cybernetic link to the owner are very popular.",\
"Recent change in government"\
])
problemlist.extend(["Traitors population", "Low moral", "Uneducated population", "Sickly population",\
"Extremely criminal population", "No real culture", "Popular obscurantist movement",\
"Archaic infrastructure", "Decaying spaceport", "No night life", "Expensive food",\
"Primitive medicine", "No welfare", "Wide spread poverty", "Horrendous wealth distribution",\
"No scientific community", "Cumbersome bureaucracy", "Corrupt tax laws",\
"Archaic judicial system", "Uniformly selfish population", "Social tensions", "Segregation",\
"Social warfare", "Bloody crime on war", "Primitive technology", "Wide spread drug addiction"])
else: #uninhabited
state = random.choice(["a uninhabitable", "a uninhabited", "a deserted",\
"a forsaken", "an abandoned", "a wild", "a ravaged", "a devastated", "a savage",\
"a desolate"])
assetlist.extend(["Successful research station", "Brand new research station",\
"Well built shelters for travelers", "A full spaceport for exports", "Luxury hotel",\
"Reputed wildlife resort"\
])
odditylist.extend(["A people once inhabited this planet, nobody knows what happened to them."\
, "Is the site for a experimental AI settlement"])
problemlist.extend(
["Something about the planet tends to make people go mad."])
output["problem"] = str(random.choice(problemlist))
output["asset"] = str(random.choice(assetlist))
output["oddity"] = str(random.choice(odditylist))
output["descriptor"] = state + " " + nature
#-----------------------
#~~~~~~Government~~~~~~
#-----------------------
if populated > 0:
output["government"] = str(random.choice(governmentadjectivelist))\
+ " " + str(random.choice(governmenttypelist))
else:
output["government"] = None
return (output)
def main(ctx, arg1, arg2, arg3, arg4):
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
# Names
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
if arg1 == "randomname" or arg1 == "rname":
openoutput = randomnamegenerator.main()
elif arg1 == "malename" or arg1 == "mname":
openoutput = np.random.choice(malenamelist)
elif arg1 == "femalename" or arg1 == "fname":
openoutput = np.random.choice(femalenamelist)
elif arg1 == "surname" or arg1 == "sname":
openoutput = np.random.choice(surnamelist)
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
# NPCS
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
elif arg1 == "fantasyNPC" or arg1 == "fNPC":
#Generates a fantasy NPC.
if arg2 == "nothing was entered0":
NPC = fantasyNPCgenerator.main()
else:
NPC = fantasyNPCgenerator.main(arg2)
output = "Name: " + NPC["name"] + "\nGender: " + NPC["gender"] + "\nAge: " + str(int(NPC["age"])) \
+ "\nOccupation: " + str(NPC["occupation"]) + "\nCharacteristic: " + NPC["characteristic"]
openoutput = output
output += "\nTrait: " + NPC["trait"]
dummy = NPC["secret"]
if str(dummy) != str("Has no secret"):
output += "\nSecret: " + dummy
secretoutput = output
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
# Inns
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
elif arg1 == "fantasyinn" or arg1 == "finn" or arg1 == "inn":
inn = fantasyinngenerator.main()
output = "__**Inn**__\nName: " + inn["name"] + "\nOddity: " + inn["oddity"] \
+ "\nSpeciality: " + inn["specialty"]
openoutput = output
output += "\nSecret: " + inn["secret"]
secretoutput = output
owner = fantasyNPCgenerator.main("Innkeeper")
waiter = fantasyNPCgenerator.main("Waiter")
openoutput += "\n\n**Owner**\nName: " + owner["name"] + "\nGender: " + owner["gender"] + "\nAge: " \
+ str(int(owner["age"])) + "\nOccupation: " + str(owner["occupation"]) + "\nCharacteristic: " \
+ owner["characteristic"]
openoutput += "\n\n**Waiter**\nName: " + waiter["name"] + "\nGender: " + waiter["gender"] + "\nAge: " \
+ str(int(waiter["age"])) + "\nOccupation: " + str(waiter["occupation"]) + "\nCharacteristic: " \
+ waiter["characteristic"]
secretoutput += "\n\n**Owner**\nName: " + owner["name"] + "\nGender: " + owner["gender"] + "\nAge: " \
+ str(int(owner["age"])) + "\nOccupation: " + str(owner["occupation"]) + "\nCharacteristic: " \
+ owner["characteristic"] + "\nTrait: " + owner["trait"] + "\nSecret: " + owner["secret"]
secretoutput += "\n\n**Waiter**\nName: " + waiter["name"] + "\nGender: " + waiter["gender"] + "\nAge: " \
+ str(int(waiter["age"])) + "\nOccupation: " + str(waiter["occupation"]) + "\nCharacteristic: " \
+ waiter["characteristic"]+ "\nTrait: " + waiter["trait"] + "\nSecret: " + waiter["secret"]
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
# Missions
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
elif arg1 == "mission" or arg1 == "mis" or arg1 == "m":
#Generates a mission.
if arg2 == "nothing was entered0":
mission = missiongenerator.main()
else:
mission = missiongenerator.main(int(arg2))
output = "Difficulty: " + str(
mission["difficulty"]) + "\nObjective: \n"
i = 1
while i < len(mission["objectives"]):
output += " * " + mission["objectives"][i - 1] + "\n"
i += 1
output += "Reward: " + str(mission["reward"])
if len(mission["opencomplications"]) > 0:
output += "\nComplications: \n"
i = 0
while i < len(mission["opencomplications"]):
output += " * " + mission["opencomplications"][i] + "\n"
i += 1
openoutput = output
if len(mission["secretcomplications"]) > 0:
output += "Secret complications: \n"
i = 1
while i < len(mission["secretcomplications"]):
output += " * " + mission["secretcomplications"][i -
1] + "\n"
i += 1
secretoutput = output
elif arg1 == "jobboard" or arg1 == "jb":
if arg2 == "nothing was entered0":
arg2 = 5
openoutput = "__Job Board__\n\n"
secretoutput = "__Job Board__\n\n"
k = 0
while k < int(arg2):
k += 1
mission = missiongenerator.main()
output = "\n__Job: " + str(k) + "/" + str(
arg2) + "__\nDifficulty: " + str(
mission["difficulty"]) + "\nObjective: \n"
i = 0
while i < len(mission["objectives"]):
output += " * " + mission["objectives"][i] + "\n"
i += 1
output += "Reward: " + str(mission["reward"])
if len(mission["opencomplications"]) > 0:
output += "\nComplications: \n"
i = 0
while i < len(mission["opencomplications"]):
output += " * " + mission["opencomplications"][i] + "\n"
i += 1
openoutput += output
if len(mission["secretcomplications"]) > 0:
output += "Secret complications: \n"
i = 0
while i < len(mission["secretcomplications"]):
output += " * " + mission["secretcomplications"][i] + "\n"
i += 1
secretoutput += output
output = ""
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
# Settlements
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
elif arg1 == "fantasysettlement" or arg1 == "fsettlement" or arg1 == "fset": #fantasy settlement
if arg2 == "nothing was entered0":
arg2 = 0
openoutput, secretoutput = fantasysettlementformat(
fantasysettlementgenerator.main(arg2))
elif arg1 == "fantasyoutpost" or arg1 == "foutpost": #fantasy outpost
openoutput, secretoutput = fantasysettlementformat(
fantasysettlementgenerator.main(1))
elif arg1 == "fantasyhamlet" or arg1 == "fhamlet": #fantasy hamlet
openoutput, secretoutput = fantasysettlementformat(
fantasysettlementgenerator.main(2))
elif arg1 == "fantasyvillage" or arg1 == "fvillage": #fantasy village
openoutput, secretoutput = fantasysettlementformat(
fantasysettlementgenerator.main(3))
elif arg1 == "fantasytown" or arg1 == "ftown": #fantasy town
openoutput, secretoutput = fantasysettlementformat(
fantasysettlementgenerator.main(4))
elif arg1 == "fantasyvcity" or arg1 == "fcity": #fantasy city
openoutput, secretoutput = fantasysettlementformat(
fantasysettlementgenerator.main(5))
# end of generator
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
# Book keeping
# /|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|//|\\|/
elif arg1 == "nothing was entered0":
openoutput = "There must be an argument after gen, use !itemlist to get a list"
else:
openoutput = arg1 + " is not a valid generator argument, use !itemlist to get a list"
try:
secretoutput
except NameError:
secretoutput = openoutput
return (openoutput, secretoutput)
def main(size=0):
# Generates a random settlement from tables and RNGs, the output is an object
#The input selects the size 0: Random, 1:Outpost, 2:Village, 3:Town, 4:City
output = {}
if size == 0:
rand = random.random()
size = 1
if rand < 0.87:
size = 2
if rand < 0.65:
size = 3
if rand < 0.30:
size = 4
if rand < 0.30:
size = 5
if size == 1:
output["population"] = random.randint(6, 20)
elif size == 2:
output["population"] = random.randint(21, 100)
elif size == 3:
output["population"] = random.randint(101, 400)
elif size == 4:
output["population"] = random.randint(401, 2500)
elif size == 5:
output["population"] = random.randint(2501, 30000)
dummy = ["Outpost", "Hamlet", "Village", "Town", "City"]
output["size"] = dummy[size - 1]
if random.random() < 0.65:
output["name"] = random.choice(namelist)
else:
output["name"] = randomnamegenerator.main()
if random.random() < 0.97:
output["age"] = random.randint(
0, 300) + (size - 1) * random.randint(20, 250)
else:
output["age"] = "Unknown"
if random.random() < 0.85:
output["ruler"] = fantasyNPCgenerator.main(random.choice(rulerlist))
output["ruler"]["individual"] = True
if output["ruler"]["occupation"] == "Elder":
output["ruler"]["age"] = round(output["ruler"]["age"] / 2) + 60
else:
output["ruler"] = {}
output["ruler"]["individual"] = False
if random.random() < 0.85:
output["ruler"]["number"] = random.randint(2, 14)
else:
output["ruler"]["number"] = random.randint(15, 30)
if output["ruler"]["number"] > output["population"] / 2:
output["ruler"]["number"] = round(output["population"] / 2)
output["ruler"]["title"] = str(random.choice(councillist))
output["ruler"]["adjective"] = str(random.choice(counciladjectivelist))
institutionnum = random.randint(1, size)
output["institutions"] = []
for i in range(institutionnum):
output["institutions"].append(fantasyinstitutiongenerator.main())
output["institutions"][i]["name"] = output["institutions"][i][
"name"].replace("@here", output["name"])
output["problem"] = str(random.choice(problemlist))
output["asset"] = str(random.choice(assetlist))
output["oddity"] = str(random.choice(odditylist))
return (output)
def main(races=[], race=None, ethnicity="eng", size=0):
# Generates a random settlement from tables and RNGs, the output is an object
#The input selects the size 0: Random, 1:Outpost, 2: Hamlet, 3:Village, 4:Town, 5:City
output = {}
size = int(size)
output["ethnicity"] = "eng"
if races == []:
output["race"] = ""
maxsize = 5
minsize = 1
else:
if race is None:
sumw = 0.0
for ra in races:
if ra["maxsettlement"] >= 0:
sumw += float(ra['weight'])
rand = random.random() * sumw
dum = 0
for ra in races:
if ra["maxsettlement"] >= 0:
dum += float(ra['weight'])
if rand < dum:
output["race"] = ra['racename']
maxsize = max(1, min(5, int(ra['maxsettlement'])))
minsize = max(1, int(ra['maxsettlement']) - 4)
break
else:
output["race"] = race
ra = rm.exracebyn(races, race)
ra = np.random.choice(ra)
maxsize = max(1, min(5, int(ra['maxsettlement'])))
minsize = max(1, int(ra['maxsettlement']) - 4)
if size == 0:
setsizeweight = np.array([2.0, 3.0, 3.0, 2.0, 1.0])
setsizeweight = setsizeweight[minsize - 1:maxsize - 1]
setsizeweight = setsizeweight / sum(setsizeweight)
if minsize == maxsize:
size = minsize
else:
size = np.random.choice(range(minsize, maxsize), p=setsizeweight)
dummy = ["Outpost", "Hamlet", "Village", "Town", "City"]
output["size"] = dummy[size - 1]
rnd = random.random()
if rnd < 0.55:
output["name"] = random.choice(namelist)
elif rnd < 0.70:
output["name"] = random.choice(namelist1) + "-" + random.choice(
namelist2)
elif rnd < 0.90:
output["name"] = random.choice(namelist1) + random.choice(
namelist2).lower()
else:
output["name"] = randomnamegenerator.main()
if random.random() < 0.85:
tempraces = []
if random.random() < 0.96:
if races == []:
output["ethnicity"] = ethnicity
else:
tempraces = rm.exracebyn(races, output["race"])
else:
if races == []:
output["ethnicity"] = np.random.choice(names.humanethnicities)
else:
tempraces = rm.exracebys(races, size)
output["ruler"] = fantasyNPCgenerator.main(tempraces,
output["ethnicity"])
output["ruler"]["individual"] = True
if output["ruler"]["gender"] == "female":
output["ruler"]["occupation"] = random.choice(rulerlist)[1]
else:
output["ruler"]["occupation"] = random.choice(rulerlist)[0]
ruler = output["ruler"]["occupation"]
if output["ruler"]["occupation"] == "Elder":
output["ruler"]["age"] = ""
else:
output["ruler"] = {}
output["ruler"]["individual"] = False
if random.random() < 0.85:
output["ruler"]["number"] = random.randint(2, 14)
else:
output["ruler"]["number"] = random.randint(15, 30)
output["ruler"]["title"] = str(random.choice(councillist))
ruler = output["ruler"]["title"]
output["ruler"]["adjective"] = str(random.choice(counciladjectivelist))
institutionnum = random.randint(round(size / 2.1) + 1, size)
if institutionnum > 3:
institutionnum = 4
output["institutions"] = []
for i in range(institutionnum):
output["institutions"].append(fantasyinstitutiongenerator.main())
output["institutions"][i]["name"] = output["institutions"][i][
"name"].replace("@here", output["name"])
for institutcheck in output["institutions"]:
for i in range(institutionnum):
if output["institutions"][i]["name"] == institutcheck["name"]:
if output["institutions"][i] != institutcheck:
output["institutions"].pop(i)
break
output["problem"] = str(random.choice(problemlist))
output["asset"] = str(random.choice(assetlist))
output["oddity"] = str(random.choice(odditylist))
output["sizenum"] = size
output["problem"] = output["problem"].replace("@settlement@",
str(output["size"]), 4)
output["asset"] = output["asset"].replace("@settlement@",
str(output["size"]), 4)
output["oddity"] = output["oddity"].replace("@settlement@",
str(output["size"]), 4)
output["problem"] = output["problem"].replace("@ruler@", str(ruler), 4)
output["asset"] = output["asset"].replace("@ruler@", str(ruler), 4)
output["oddity"] = output["oddity"].replace("@ruler@", str(ruler), 4)
output["asset"] = output["asset"].lower()
output["oddity"] = output["oddity"].lower()
output["asset"] = output["asset"].capitalize()
output["oddity"] = output["oddity"].capitalize()
return (output)
def main():
with open("booksecret.txt", encoding='latin-1') as f:
secret = f.read().splitlines()
with open("fantasybooksecret.txt", encoding='latin-1') as f:
secret += f.read().splitlines()
namingscheme = ["@start@ @adjective@ @booktype@ @subject@",\
"@start@ @booktype@ @subject@",\
"@start@ @adjective@ @subject@",\
"@booktype@ @subject@",\
"@adjective@ @booktype@ @subject@",\
"@adjective@ @subject@",\
"@start@ @subject@",\
"@start@ @booktype@ @subject@",\
"@start@ @adjective@ @subject@",\
"@booktype@ @subject@",\
"@adjective@ @subject@",\
"@start@ @subject@",\
"@subject@"]
start = ["@authorfullname@'s", "@authorsurname@'s", "@surname@'s", "The"]
adjective = [
"Awesome", "Ultimate", "Final", "Magnificent", "Great", "Practical"
]
subjects = ["should never appear", "neither should this"]
booktype = ["Study of", "Study in", "Guide to", "Tutorial in", "Encyclopedia of", "Introduction to",\
"Manual of", "Essay on", "Book on", "Book of", "Musing on", "Introduction on"]
state = ["Brand new",\
"Like new",\
"Very good",\
"Good",\
"Decent",\
"Worn",\
"Damaged",\
"Aged",\
"Dusty",\
"Ancient",\
"Missing a few pages",\
"Missing the front cover",\
"Chard edges",\
"Smudged ink",\
"Crinkled pages",\
"Missing most pages",\
"Most pages fall to dust as you open it",\
"Pages glued and cut to stash a bottle"\
]
part1 = ["Should never shown"]
part2 = ["Should never shown"]
selector = np.random.random() * 10.2
output = {}
if selector < 1: #Fiction
output["subject"] = "fiction"
subselector = np.random.random() * 10
with open("fictionbooknamepart1.txt", encoding='latin-1') as f:
part1 = f.read().splitlines()
with open("fictionbooknamepart2.txt", encoding='latin-1') as f:
part2 = f.read().splitlines()
namingscheme = ["the @part1@ @part2@", "the @part2@ and the @part2@", "@part2@ and @part2@", \
"The @part2@", "@fullname@", "@firstname@ and @firstname@"]
authorjob = ["Writer", "Novelist", "Scribe", "Amateur"]
focus = [
"Character", "Story", "Motivation", "Consequences", "Philosophy",
"Emotion"
]
secret.extend(["The story is based on real secret events"])
if subselector < 1:
output["branch"] = "romance"
part1.extend(["Loving", "Shy", "Lonely", "Handsome"])
part2.extend([
"Lover", "Prince", "Princess", "Bachelor", "Widow", "Maiden",
"Nurse", "Kiss"
])
authorjob.extend(["house wife", "courtesan"])
focus.extend(["romance", "relationship"])
elif subselector < 2:
output["branch"] = "adventure"
part1.extend(["Mighty", "Wandering", "Deadly"])
part2.extend([
"Fool", "Bow", "Blade", "Pirate", "Thief", "Wizard", "Mage",
"Killer", "Healer"
])
authorjob.extend(["veteran", "ex adventure"])
focus.extend([
"combat", "violence", "morality", "exploration", "friendship"
])
elif subselector < 3:
output["branch"] = "epic"
part1.extend([
"Mighty", "Wandering", "Deadly", "Godly", "Awesome",
"Ultimate", "First"
])
part2.extend(
["Titan", "God", "World", "Wizard", "Killer", "Savior"])
authorjob.extend(["ex adventure", "philosopher"])
focus.extend(["combat", "violence", "morality"])
elif subselector < 4:
output["branch"] = "mystery"
part1.extend(["Poison", "Shadow", "Deadly", "Last"])
part2.extend([
"Mist", "Poison", "World", "Enigma", "Killer", "Mystery",
"Body", "Cult", "Case"
])
authorjob.extend(["house wife", "detective", "philosopher"])
focus.extend(["investigation", "psychology", "morality"])
elif subselector < 5:
output["branch"] = "fairy tale"
part1.extend([
"Poison", "Shadow", "Candy", "Last", "Honey", "Happy",
"Little", "Wonderful"
])
part2.extend([
"Bunny", "Witch", "World", "Wolf", "Biscuit", "Mystery",
"Puppy"
])
authorjob.extend(["house wife", "teacher", "philosopher"])
focus.extend(["education", "psychology", "morality"])
elif subselector < 6:
output["branch"] = "short stories"
namingscheme = ["the @part1@ @part2@", \
"The @part2@", "@authorfullname@'s @part2@", "@authorsurname@'s @part2@"]
part2 = ["Compilation", "Collection", "Anthology", "Book", "Story"]
authorjob.extend(["different authors", "philosopher", "scholar"])
focus.extend(["society", "humanity", "morality"])
elif subselector < 7:
output["branch"] = "science fiction"
part1.extend(
["Futur", "Science", "Potential", "Predictive", "Time", "New"])
part2.extend(["Machine", "Sun", "Human", "Galaxy", "Moon"])
authorjob.extend(["scientist", "philosopher", "scholar"])
focus.extend(
["society", "humanity", "morality", "science", "perspective"])
elif subselector < 8:
output["branch"] = "horror"
part1.extend([
"Poison", "Shadow", "Wrong", "Last", "Fearful", "Unending",
"Strange"
])
part2.extend(
["Monster", "Abomination", "Sleep", "Vampire", "Sacrifice"])
authorjob.extend(["mental patient", "philosopher"])
focus.extend(["society", "psychology", "morality", "religion"])
elif subselector < 9:
output["branch"] = "drama"
part1.extend(["Waiting", "Critical", "Wrong", "Strange"])
part2.extend(["Community", "Affair", "Town", "Syndicate", "Hope"])
authorjob.extend(["house wife", "courtesan"])
focus.extend(["society", "psychology", "morality", "relationship"])
else:
output["branch"] = "erotica"
part1.extend([
"Loving", "Shy", "Lonely", "Handsome", "Ardent", "Sexy",
"Busty"
])
part2.extend([
"Lover", "Prince", "Princess", "Bachelor", "Widow", "Maiden",
"Nurse", "Harlot"
])
authorjob.extend(["house wife", "courtesan"])
focus = ["romance", "relationship", "taboo", "decadence"]
elif selector < 2: #Recipes
output["subject"] = "Recipes"
subselector = np.random.random() * 10
namingscheme = ["@start@ @adjective@ @subject@",\
"@start@ @subject@",\
"@adjective@ @subject@",\
"@subject@"]
subjects = ["Cookbook", "Recipes"]
authorjob = ["Cook", "Critique", "Amateur"]
adjective.extend(["Delicious", "Wonderful", "Hearty", "Tasty"])
secret.extend(["Some of the recipes are for magical concoctions",\
"The writer is a imposter with no knowledge of cooking"])
if subselector < 1:
output["branch"] = "starters"
subjects.extend([
"Salads", "Starters", "Amuse Bouches", "Appetiser",
"Hors d'Oeuvre"
])
focus = [
"Freshness", "Consistency", "Crispness", "Health", "Flavour",
"Presentation", "Speed"
]
elif subselector < 2:
output["branch"] = "main course"
subjects.extend(["Dishes"])
focus = [
"Consistency", "Health", "Flavour", "Presentation", "Speed"
]
elif subselector < 3:
output["branch"] = "desert"
subjects.extend(
["Deserts", "Pudding", "Afters", "Sweets", "Cakes"])
focus = [
"Consistency", "Health", "Flavour", "Presentation", "Speed"
]
elif subselector < 4:
output["branch"] = "roast"
subjects.extend(["Roasts"])
focus = [
"Health", "Flavour", "Presentation", "Moistness", "Timing"
]
elif subselector < 5:
output["branch"] = "simple"
subjects.extend(["Marvels", "Wonders", "Surprises"])
focus = ["Consistency", "Health", "Flavour", "Speed", "Price"]
elif subselector < 6:
output["branch"] = "traditional"
subjects.extend(["Cuisine"])
focus = [
"Consistency", "Health", "Flavour", "Presentation",
"Authenticity"
]
elif subselector < 7:
output["branch"] = "experimental"
subjects.extend(["Marvels", "Wonders", "Surprises"])
focus = [
"Consistency", "Health", "Flavour", "Presentation",
"Uniqueness"
]
elif subselector < 8:
output["branch"] = "baking"
subjects.extend([
"Bakes", "Pies", "Tarts", "Biscuits", "Bread", "Viennoiserie"
])
focus = [
"Crust", "Health", "Flavour", "Presentation", "Speed",
"Moistness"
]
elif subselector < 9:
output["branch"] = "sauces"
subjects.extend(
["Sauces", "Dressings", "Condiments", "Jus", "Gravy"])
focus = ["Flavour", "Presentation", "Speed", "Consistency"]
else:
output["branch"] = "brewing"
subjects = ["Brews", "Casks", "Recipes", "Beer"]
focus = [
"Head", "Filtering", "Body", "Hops", "Flavour", "Fermentation"
]
elif selector < 3: #Art
output["subject"] = "art"
subselector = np.random.random() * 10
subjects = ["the Art"]
authorjob = ["Artist", "Critique", "Amateur"]
focus = ["History", "Culture", "Philosophy", "Emotion"]
adjective.extend(
["Tasteful", "Wonderful", "Heart felt", "Delightful", "Exquisite"])
secret.extend(["The writer is a imposter with no knowledge of art"])
if subselector < 1:
output["branch"] = "theatre"
subjects.extend(["Theatre", "Plays", "Drama", "Comedy"])
focus = [
"Acting", "Writing", "Pacing", "Oganisation", "Character",
"Dialog", "Scenery"
]
adjective.extend(["Entertaining", "Captivating", "Riveting"])
elif subselector < 2:
output["branch"] = "poetry"
subjects.extend([
"Poetry", "Limericks", "Odes", "Haikys", "Couplets",
"Free Verse", "Sonnets", "Dimeter"
])
focus = [
"Rythming", "Rythem", "Imagery", "Alexandrine", "Ambiguity",
"Dialog", "Stylistic device"
]
adjective.extend(["Melodious", "Marvelous", "Pleasant"])
elif subselector < 3:
output["branch"] = "music"
subjects.extend(
["Concerto", "Symphony", "Music", "Harmonics", "Melody"])
focus = [
"Measure", "Beat", "Ensemble", "Form", "Harmony", "Dialog",
"Motif", "Tempo", "Theme"
]
adjective.extend(["Melodious", "Harmonious", "Soothing"])
elif subselector < 4:
output["branch"] = "songs"
subjects.extend(
["Songs", "Melody", "Balade", "Sonnets", "Chants", "Chorus"])
focus = [
"Measure", "Beat", "Ensemble", "Harmony", "Dialog", "Motif",
"Theme", "Message", "Stylistic device"
]
adjective.extend([
"Melodious", "Harmonious", "Soothing", "Captivating",
"Riveting"
])
elif subselector < 5:
output["branch"] = "architecture"
subjects.extend(
["Architecture", "Buildings", "Design", "Forms", "Planning"])
focus = ["Proportions", "Functionality", "Arches", "Organisation", "Lighting",\
"Motif", "Theme", "Symmetry", "Facade", "Materials", "Structural load"]
adjective.extend(
["Elegant", "Harmonious", "Beautiful", "Aesthetic"])
elif subselector < 6:
output["branch"] = "sculpture"
subjects.extend(["Sculpture", "Statues", "Engraving", "Forms"])
focus = [
"Proportions", "Details", "Motif", "Theme", "Movement",
"Symmetry", "Materials", "Structural load"
]
adjective.extend([
"Elegant", "Harmonious", "Beautiful", "Graceful", "Aesthetic"
])
elif subselector < 7:
output["branch"] = "painting"
subjects.extend(
["Painting", "Oil Painting", "Watercolour", "Mural"])
focus = [
"Proportions", "Details", "Motif", "Theme", "Movement",
"Paints", "Brushes", "Technique", "Symbolism"
]
adjective.extend(
["Elegant", "Colourful", "Beautiful", "Graceful", "Aesthetic"])
elif subselector < 8:
output["branch"] = "fashion"
subjects.extend([
"Fashion", "Tailoring", "Jewelery", "Hairdressing", "Attire",
"Apparel"
])
focus = [
"Proportions", "Details", "Motif", "Theme", "Movement",
"Materials", "Technique", "Dimensionality"
]
adjective.extend(
["Elegant", "Colourful", "Beautiful", "Graceful", "Aesthetic"])
elif subselector < 9:
output["branch"] = "drawing"
subjects.extend(["Drawing", "Sketching", "Portrayal"])
focus = [
"Proportions", "Details", "Motif", "Movement", "Speed",
"Accuracy", "Technique"
]
adjective.extend(
["Elegant", "Accurate", "Beautiful", "Graceful", "Aesthetic"])
else:
output["branch"] = "ceramic"
subjects.extend(["Ceramics", "Vases", "Bols", "Poetry"])
focus = [
"Proportions", "Details", "Motif", "Uniformity", "Speed",
"Symmetry", "Technique"
]
adjective.extend(
["Elegant", "Colourful", "Beautiful", "Graceful", "Aesthetic"])
elif selector < 4: #Combat
output["subject"] = "combat"
subselector = np.random.random() * 10
subjects = ["Combat", "Battle", "Conflict"]
authorjob = ["Soldier", "Veteran", "Historian", "Mercenary"]
focus = ["History", "Training", "Discipline", "Recent Development"]
adjective.extend(
["Advanced", "Modern", "Real", "Reliable", "Dynamic", "Effective"])
secret.extend(["The writer is a imposter with no knowledge of combat"])
if subselector < 1:
output["branch"] = "fencing"
subjects.extend(
["Fencing", "Swordplay", "Swordsmanship", "Sparing"])
focus = [
"Footing", "Strokes", "Rhythm", "Tactiques", "Focus",
"Prediction", "Development"
]
adjective.extend(["Elegant", "Rapid", "Balanced", "Masterful"])
authorjob.extend(["Quartermaster", "Noble"])
elif subselector < 2:
output["branch"] = "boxing"
subjects.extend(["Boxing", "Pugilism", "Fisticuffs", "Sparing"])
focus = [
"Footing", "Blows", "Rhythm", "Tactiques", "Focus",
"Prediction", "Development"
]
adjective.extend(["Balanced", "Masterful", "Vigorous"])
authorjob.extend(["Pugilist"])
elif subselector < 3:
output["branch"] = "martial arts"
subjects.extend(["Martial Art", "Art", "Sparing"])
focus = [
"Footing", "Blows", "Rythem", "Tactiques", "Focus",
"Prediction", "Development"
]
adjective.extend(
["Blanced", "Masterful", "Elegant", "Captivating"])
authorjob.extend(["Monk", "Assassin"])
elif subselector < 4:
output["branch"] = "tactiques"
subjects.extend(
["Tactiques", "Planing", "Rules of the Game", "Manoeuvres"])
focus = [
"Terain", "Moral", "Communication", "Formations", "Analysis"
]
adjective.extend(["Potent", "Balanced", "Elegant", "Dynamic"])
authorjob.extend(["Captain", "Sergeant"])
elif subselector < 5:
output["branch"] = "strategy"
subjects.extend([
"Strategy", "Planing", "Rules of the Game", "Military Science",
"Art of War"
])
focus = [
"Terrain", "Moral", "Communication", "Equipment", "Logistics",
"Recruitment", "Analysis"
]
adjective.extend(["Balanced", "Masterful", "Elegant", "Dynamic"])
authorjob.extend(["Noble", "General"])
elif subselector < 6:
output["branch"] = "leadership"
subjects.extend(["Leadership", "Authority"])
focus = [
"Connection", "Respect", "Communication", "Management",
"Loyalty", "Recruitment", "Analysis", "Discipline"
]
adjective.extend(["Balanced", "Masterful", "Elegant", "Dynamic"])
authorjob.extend(["Noble", "General"])
elif subselector < 7:
output["branch"] = "archery"
subjects.extend(["Archery", "Bowmen", "Marksmanship", "Shooting"])
focus = ["Strategy", "Accuracy", "Training", "Equipment"]
adjective.extend(["Masterful", "Elegant", "Dynamic", "Accurate"])
authorjob.extend(["Hunter"])
elif subselector < 8:
output["branch"] = "training"
subjects.extend(["Training", "Drilling"])
focus = [
"Coordination", "Moral", "Communication", "Formations",
"Analysis", "Combat", "Discipline"
]
adjective.extend(["Effective", "Balanced", "Dynamic"])
authorjob.extend(["Captain", "Sergeant", "General"])
elif subselector < 9:
output["branch"] = "naval"
subjects = ["Naval Warfare", "Naval Combat", "Naval Battles"]
focus = [
"Coordination", "Moral", "Communication", "Formations",
"Equipment", "Combat", "Discipline", "Logistics"
]
adjective = ["Effective", "Balanced", "Dynamic", "Potent"]
authorjob = ["Captain", "Sailor", "First Officer", "Admiral"]
else:
output["branch"] = "weaponry"
subjects.extend(["Weapons", "Arsenal"])
focus = [
"Quality", "Tactics", "Swords", "Bows", "Spears", "Maintenance"
]
adjective.extend(["Effective", "Balanced", "Deadly", "Quality"])
authorjob.extend(["Smith"])
elif selector < 5: #History
output["subject"] = "history"
subselector = np.random.random() * 8
subjects = ["History"]
booktype.extend(["Annals of", "Chronicles of", "Records of"])
authorjob = ["Historian", "Scolar", "Seer"]
focus = ["Transition", "Comparison", "Broad view", "Recent Discovery"]
adjective.extend(["True", "Veridict", "Real", "Reliable", "Actual"])
secret.extend(["The writer is a imposter with no knowledge of history",\
"This book comes from a parallel world, while most information is incorrect there some interesting revelations"])
if subselector < 1:
output["branch"] = "recent"
subjects.extend([
"Today", "This Time", "Current Events", "Present-day",
"Modern History"
])
focus.extend([
"Validity", "Compilation", "Analysis", "Predictions", "Magic"
])
adjective.extend(["Current", "Latests", "Ongoing"])
elif subselector < 2:
output["branch"] = "anciant"
subjects.extend(["Yesteryear"])
focus.extend(["Validity", "Compilation", "Analysis", "Magic"])
adjective.extend(["Astounding"])
if subselector < 3:
output["branch"] = "antique"
subjects.extend(["Sagas", "Legends", "Myths", "Antiquity"])
focus.extend(["Validity", "Compilation", "Analysis", "Magic"])
adjective.extend(["Epic", "Astounding"])
elif subselector < 4:
output["branch"] = "historical figure"
subjects = ["@surname@", "@fullname@"]
authorjob.extend(["Relative"])
focus.extend([
"Early life", "Decisions", "Morals", "Success", "Failures",
"Legacy"
])
adjective.extend(["Personal", "Astounding", "Biographical"])
elif subselector < 5:
output["branch"] = "scientific"
subjects = [
"Scientific History", "Scientific Advancement",
"Scientific Discovery", "History of Progress"
]
authorjob.extend(["Scientist"])
focus.extend([
"Physics", "Biology", "Chemistry", "Engineering", "Math",
"Humanities", "Magic"
])
adjective.extend(["Personal", "Astounding", "Biographical"])
elif subselector < 6:
output["branch"] = "political"
subjects = [
"Political History", "Diplomatic History", "Civic History",
"Bureaucratic History"
]
authorjob.extend(["Politician"])
focus.extend([
"Morals", "Success", "Failures", "Consequences", "Popularity",
"Stability"
])
adjective = ["Personal", "Human"]
elif subselector < 7:
output["branch"] = "natural"
subjects = [
"History of the World", "Natural History",
"History of Geography", "Geological History",
"Biological History", "History of life"
]
authorjob.extend(["Naturalist", "Druid"])
focus.extend([
"Recent development", "Evolution", "Early earth",
"Consequences", "Environment", "The last extinction period"
])
else:
output["branch"] = "economic"
subjects = [
"History of Money", "Financial History",
"History of Financies", "Economical History"
]
authorjob.extend(["Economist", "Financier"])
focus.extend([
"Morals", "Success", "Failures", "Consequences",
"Recent development"
])
elif selector < 6: #Geography
output["subject"] = "geography"
subselector = np.random.random() * 3
subjects = ["Geography", "Cartography", "Maps", "Survey"]
authorjob = ["Geographer", "Cartographer", "Seer", "Scholar"]
focus = ["Comparison", "Broad view", "Recent Discovery"]
adjective.extend(["Reliable", "Precise", "Reliable", "Actual"])
secret.extend(["The writer is a imposter with no knowledge of geography",\
"There is secret location that can only be reached using this book"])
if subselector < 1:
output["branch"] = "local"
subjects.extend(["Topography"])
focus.extend(["Towns and roads", "Physical layout", "Hunting spots", "Trade goods", "Cave network", "Ore deposits",\
"Demographics", "Lakes and Rivers", "Religion", "Politics", "Ecosystem", "Economics"])
authorjob.extend(["Shepard"])
booktype = ["Local", "Regional"]
elif subselector < 2:
output["branch"] = "distant"
subjects.extend(["Topography"])
focus.extend(["Towns and roads", "Physical layout", "Trade goods", "Cave network", "Ore deposits",\
"Demographics", "Lakes and Rivers", "Religion", "Politics", "Ecosystem", "Economics"])
booktype = ["Distant", "Foreign", "Faraway"]
else:
output["branch"] = "wordwide"
subjects.extend(["Topography", "Atlas"])
focus.extend(["Towns and roads", "Physical layout", "Trade goods", "Cave networks", "Ore deposits",\
"Demographics", "Lakes and Rivers", "Religion", "Politics", "Culture", "Ecosystem", "Economics"])
booktype = ["Worldwide", "World", "Global"]
elif selector < 7: #Science
output["subject"] = "science"
subselector = np.random.random() * 10
subjects = ["Science"]
authorjob = ["Scientist", "Scholar"]
focus = ["History", "Teaching", "Research", "Recent Development"]
adjective.extend([
"Advanced", "Modern", "Real", "Reliable", "Dynamic", "Effective",
"Revolutionary"
])
secret.extend(
["The writer is a imposter with no knowledge of science"])
if subselector < 1:
output["branch"] = "mathematics"
subjects = ["Mathematics", "Math", "Numbers"]
authorjob.extend(["Mathematician"])
focus.extend([
"Algebra", "Geometry", "Trigonometry", "Statistics",
"Graphing", "Number theory"
])
adjective.extend(["Beautiful", "Elegant"])
elif subselector < 2:
output["branch"] = "physics"
subjects = ["Physics", "Mechanics", "Natural Science"]
authorjob.extend(["Physicist"])
focus.extend([
"Mechanics", "Electromagnetic waves", "Waves", "Kinematics"
"Thermodynamics"
])
adjective.extend(["Beautiful", "Elegant"])
elif subselector < 3:
output["branch"] = "chemistry"
subjects = ["Chemistry", "Reactions", "Natural Science"]
authorjob.extend(["Chemist"])
focus.extend([
"Acids", "Explosives", "Glues", "Lubricant", "Cleaners",
"Smells"
])
elif subselector < 4:
output["branch"] = "biology"
subjects = ["Biology", "Life", "Natural Science"]
authorjob.extend(["Biologist"])
focus.extend([
"Organs", "Tissues", "Disease", "Muscles", "Adaptation",
"Habitat", "Eco-system", "Reproduction"
])
adjective.extend(["Beautiful", "Elegant"])
elif subselector < 5:
output["branch"] = "logic"
subjects = ["Logic", "Arguments", "Rationale"]
authorjob.extend(["Mathematician", "Philosopher"])
focus.extend(
["Mathematical", "Syllogistic", "Semantics", "Formal"])
adjective.extend(["Beautiful", "Elegant"])
elif subselector < 6:
output["branch"] = "astronomy"
subjects = ["Astronomy", "the Sky", "Stargazing"]
authorjob.extend(["Astronomers"])
focus.extend([
"Time keeping", "Constellations", "Galaxies", "Planets",
"Coloration"
])
adjective.extend(["Beautiful", "Elegant", "Endless"])
elif subselector < 7:
output["branch"] = "zoology"
subjects = ["Zoology", "Life", "Bestiary"]
authorjob.extend(["Zoologist", "Biologist", "Druid", "Ranger"])
focus.extend(
["Insects", "Mammals", "Birds", "Reptiles", "Fish", "Exotic"])
adjective.extend(["Complete", "Glorious", "Endless"])
elif subselector < 8:
output["branch"] = "medicine"
subjects = ["Medicine", "Life", "Healing"]
authorjob.extend(["Doctor", "Biologist", "Druid", "Cleric"])
focus.extend([
"Animals", "Injuries", "Herbs", "Diseases", "Infection",
"Surgery"
])
adjective.extend(["Saving"])
elif subselector < 9:
output["branch"] = "geology"
subjects = ["Geology", "Earth"]
authorjob.extend(["Geologist", "Druid"])
focus.extend(
["Mountains", "Rivers", "Lakes", "Volcanoes", "Oceans"])
adjective.extend(["Timeless", "Gigantic", "Titanic"])
else:
output["branch"] = "engineering"
subjects = ["Engineering", "Design"]
authorjob.extend(["Engineer", "Inventor"])
focus.extend([
"Construction", "Clockwork", "Mechanics", "Electrical",
"Magnetism", "Weaponry"
])
adjective.extend(["Revolutionary", "Mighty", "Robust"])
elif selector < 8: #Religion
output["subject"] = "religion"
subselector = np.random.random() * 10
authorjob = ["Cleric", "Scribe"]
secret.extend(
["The writer is a imposter with no knowledge of theology"])
if subselector < 3:
output["branch"] = "holy book"
part1 = [
"Holy", "Divine", "Sacred", "Blessed", "Good", "Hallowed",
"Consecrated", "Heavenly", "Mighty"
]
part2 = ["Book", "Laws", "Teachings", "Text", "Master", "God",\
"Gospel", "Song", "Doctrine", "Records", "Tome"]
namingscheme = [
"the @part1@ @part2@", "the @part1@ @part2@", "The @part2@",
"the @part1@ @random@", "The @random@"
]
authorjob.extend(["Prophet", "God"])
focus = ["Morals", "Philosophy", "Laws", "History", "Rites"]
elif subselector < 5:
output["branch"] = "prayer book"
subjects = ["Prayers", "Hymns"]
focus = ["Morals", "Philosophy", "Laws", "History"]
adjective = [
"Holy", "Divine", "Sacred", "Blessed", "Hallowed",
"Consecrated", "Heavenly", "Mighty"
]
elif subselector < 6:
output["branch"] = "rituals"
subjects = [
"Rituals", "Rites", "Ceremonies", "Sacrament", "Customs",
"Traditions"
]
focus = ["Morals", "Philosophy", "Laws", "History"]
adjective = [
"Holy", "Divine", "Sacred", "Blessed", "Hallowed",
"Consecrated", "Heavenly", "Mighty"
]
elif subselector < 7:
output["branch"] = "book of saints"
subjects = ["Saints", "the Martyrs", "Prophets", "Paragons"]
focus = ["Morals", "Philosophy", "Laws", "History"]
adjective = [
"Holy", "Divine", "Sacred", "Blessed", "Hallowed",
"Consecrated", "Heavenly"
]
elif subselector < 9:
output["branch"] = "propaganda"
subjects = ["Truths", "Truth", "Awakening", "Absolution", "Mercy", "Delivery"\
, "Liberation", "Rebirth", "Salvation"]
focus = ["Morals", "Philosophy", "Heaven", "History", "Successes"]
authorjob.extend(["Preacher", "Missionary"])
adjective = [
"Holy", "Divine", "Sacred", "Blessed", "Hallowed",
"Consecrated", "Heavenly"
]
else:
output["branch"] = "prophecies"
subjects = ["Truths", "the Truth", "Awakening", "Absolution", "Mercy", "Delivery"\
, "Liberation", "Rebirth"]
focus = ["Decisions", "Moral", "Judgment", "End Times", "Rapture"]
adjective = [
"Holy", "Divine", "Sacred", "Blessed", "Hallowed",
"Consecrated", "Heavenly"
]
elif selector < 9: #Magic
output["subject"] = "magic"
subselector = np.random.random() * 12
authorjob = ["Mage", "Archmage", "Wizard", "Sorcerer"]
focus = [
"Initiation", "Speed", "Power", "Recent Development", "Control",
"Theory", "Efficiency"
]
adjective.extend([
"Advanced", "Modern", "Controlled", "Powerful", "Dynamic",
"Effective", "Revolutionary", "Arcane"
])
booktype.extend(
["Spellbook of", "Grimoire of", "Scrolls of", "Codex of"])
secret.extend(["The writer is a imposter with no knowledge of magic",\
"The book contains spells that anyone can cast by reading them",\
"Some of the spells are traps layed out by the writer"])
if subselector < 1:
output["branch"] = "evocation"
subjects = ["Evocation", "Destruction"]
authorjob.extend(["Battle Mage", "Elementalist"])
focus.extend(
["Fire", "Frost", "Lighting", "Psychic", "Impact", "Cuts"])
adjective.extend(["Deadly", "Lethal", "Terrifying"])
elif subselector < 2:
output["branch"] = "divination"
subjects = ["Divination", "Oracles", "Sooth Saying", "Prediction"]
authorjob.extend(["Seer", "Oracle", "Shaman"])
focus.extend([
"Near Future", "Past", "Location", "Mind reading", "Far Future"
])
adjective.extend(["Accurate", "Real", "Veridict"])
elif subselector < 3:
output["branch"] = "protection"
subjects = [
"Protection", "Warding", "Hedging", "Shielding", "Abjuration"
]
authorjob.extend(["Warder", "Shaman"])
focus.extend([
"Personal", "Environmental", "Barriers", "Physical", "Duration"
])
adjective.extend(["Unbreakable"])
elif subselector < 4:
output["branch"] = "illusion"
subjects = [
"Illusion", "Ignis Fatuus", "Emulation", "Illusion",
"Imitation"
]
authorjob.extend(["Illusionist", "Shaman", "Prestidigitator"])
focus.extend([
"Light", "Sound", "Sensation", "Detail", "Motion", "Duration"
])
adjective.extend(["Accurate", "Precise", "Perfect", "Meticulous"])
elif subselector < 5:
output["branch"] = "enchantment"
subjects = [
"Enchantment", "Manipulation", "Influence", "Control",
"Hypnosis"
]
authorjob.extend(["Shaman"])
focus.extend([
"Mind Control", "Positive emotions", "Negative emotions",
"Suggestions", "Duration", "Subtility"
])
adjective.extend(
["Unbreakable", "Unshakable", "Perfect", "Meticulous"])
elif subselector < 6:
output["branch"] = "creation"
subjects = ["Creation", "Apparition", "Creation"]
authorjob.extend([])
focus.extend(
["Size", "Material", "Detail", "Complexity", "Duration"])
adjective.extend(
["Unbreakable", "Perfect", "Meticulous", "Precise"])
elif subselector < 7:
output["branch"] = "summoning"
subjects = ["Summoning", "Invocation", "Awakening"]
authorjob.extend(["Summoner", "Shaman"])
focus.extend([
"Demons", "Beasts", "Fay", "Elementals", "Necromancy",
"Spirits"
])
adjective.extend(["Mighty", "Fierce", "Perfect", "Meticulous"])
elif subselector < 8:
output["branch"] = "movement"
subjects = ["Movement", "Telekinesis"]
authorjob.extend(["Shaman"])
focus.extend([
"Large items", "Several items", "Teleportation", "Flying",
"Speed"
])
adjective.extend(["Precise", "Perfect", "Meticulous"])
elif subselector < 9:
output["branch"] = "channeling"
subjects = ["Channeling", "Mana", "Energy", "Thaumaturgy"]
authorjob.extend(["Shaman", "Druid"])
focus.extend(
["Nodes", "Waylines", "Disenchantment", "Rate", "Duration"])
adjective.extend(["Precise", "Perfect", "Meticulous"])
elif subselector < 10:
output["branch"] = "healing"
subjects = ["Healing", "Biothaumaturgy", "Regeneration"]
authorjob.extend(["Shaman", "Druid", "Doctor", "Priest"])
focus.extend([
"Wounds", "Deceases", "Resurrection", "Insanity",
"Limb regrowth", "Several targets"
])
adjective.extend(
["Precise", "Perfect", "Meticulous", "Wondrous", "Reliable"])
elif subselector < 11:
output["branch"] = "transformation"
subjects = [
"Transformation", "Alteration", "Metamorphosis",
"Transfiguration", "Transmutation"
]
authorjob.extend(["Shaman", "Druid", "Transmuter"])
focus.extend(["Self transformation", "Animal transformation", "Material transformation"\
, "Animating inanimate objects", "Several targets"])
adjective.extend(
["Precise", "Perfect", "Meticulous", "Wondrous", "Safe"])
else:
output["branch"] = "chronomancy"
subjects = [
"Chronomancy", "Time Manipulation", "Chronokinesis",
"Time Bending"
]
authorjob.extend(["Chronomancer"])
focus.extend(["Acceleration", "Slow down", "Leaps Forward"\
, "Leaps Backwards", "Time Bubbles"])
adjective.extend(["Precise", "Wondrous", "Safe"])
elif selector < 10: #Humanities
output["subject"] = "humanities"
subselector = np.random.random() * 7
subjects = ["Humanities"]
authorjob = ["Dilettante", "Scholar", "Noble"]
focus = ["History", "Teaching", "Research", "Recent Development"]
adjective.extend([
"Advanced", "Modern", "Real", "Reliable", "Dynamic", "Effective",
"Revolutionary", "Universal"
])
secret.extend(
["The writer is a imposter with no knowledge of there subject"])
if subselector < 1:
output["branch"] = "sociology"
subjects = ["Sociology", "Demography", "Structuralism"]
authorjob.extend(["Sociologist"])
focus.extend([
"Culture", "Law and Punishment", "Communication", "Education",
"Family", "Poverty and inequality"
])
adjective.extend(["Grounded"])
elif subselector < 2:
output["branch"] = "economics"
subjects = ["Economics", "Finance", "Business", "Mercantilism"]
authorjob.extend(["Economics", "Merchant"])
focus.extend([
"Markets", "Production", "Supply and demand", "Market failure",
"Growth", "Inflation"
])
adjective.extend(["Grounded"])
elif subselector < 3:
output["branch"] = "psychology"
subjects = ["Psychology", "Mind"]
authorjob.extend(["Psychologist", "Mentalist"])
focus.extend([
"Biological", "Behavioral", "Cognitive", "Social",
"Subconscious", "Motivation"
])
adjective.extend(["Human"])
elif subselector < 4:
output["branch"] = "political"
subjects = [
"Politics", "Political science", "Government", "Statecraft"
]
authorjob.extend(["Politician", "Statesman"])
focus.extend([
"Global", "Local", "Corruption", "Parties", "Policy", "Values",
"Diplomacy"
])
adjective.extend(["Moral", "Popular"])
elif subselector < 5:
output["branch"] = "law"
subjects = ["Law", "Legality", "Rules"]
authorjob.extend(["Lawyer", "Judge"])
focus.extend([
"Philosophy", "Theory", "Military law", "Property law",
"Criminal", "Bureaucracy", "Religious law"
])
adjective.extend(["Moral"])
elif subselector < 6:
output["branch"] = "ethics"
subjects = ["Ethics", "Moral", "Morality", "Ethos"]
authorjob.extend(["Philosopher"])
focus.extend([
"Businesses ethics", "Theory ethics", "Military ethics",
"Political ethics", "Relationships", "Magic"
])
adjective.extend(["Proper"])
else:
output["branch"] = "philosophy"
subjects = ["Philosophy", "Ideology", "Doctrine"]
authorjob.extend(["Philosopher"])
focus.extend([
"Metaphysics", "Epistemology", "Value theory", "Logic",
" Philosophy of religion"
])
adjective.extend(["Proper", "Grounded"])
else:
output["subject"] = "language"
subselector = np.random.random() * 2
subjects = ["Language"]
authorjob = ["Linguist", "Scholar", "Noble"]
focus = ["History", "Teaching", "Research", "Recent Development"]
adjective.extend(
["Advanced", "Modern", "Real", "Reliable", "Universal"])
secret.extend(
["The writer is a imposter with no knowledge of there subject"])
if subselector < 1:
output["branch"] = "dictionary"
subjects = ["Dictionary", "Thesaurus", "Lexicon", "Glossary"]
authorjob.extend(["Philosopher"])
focus = [
"Science", "Humanities", "Geography", "Religious", "Military",
"Crafting"
]
adjective.extend(["Extensive", "Exhaustive", "Encyclopedic"])
elif subselector < 2:
output["branch"] = "translation"
subjects = [
"Translation", "Translation", "Lexicon", "Glossary", "Tongue"
]
authorjob.extend(["Explorer", "Translator"])
focus = [
"An arcane language", "A dead language", "A common language",
"A rare language"
]
adjective.extend(["Extensive", "Exhaustive", "Encyclopedic"])
aurthorfistname = np.random.choice(firstname)
authorsurname = np.random.choice(surname)
authorfullname = aurthorfistname + " " + authorsurname
output["title"] = np.random.choice(namingscheme)
output["title"] = output["title"].replace("@start@",
str(np.random.choice(start)), 1)
output["title"] = output["title"].replace("@adjective@",
str(np.random.choice(adjective)),
1)
output["title"] = output["title"].replace("@booktype@",
str(np.random.choice(booktype)),
1)
output["title"] = output["title"].replace("@random@",
str(randomnamegenerator.main()),
1)
output["title"] = output["title"].replace("@part1@",
str(np.random.choice(part1)), 1)
output["title"] = output["title"].replace("@part2@",
str(np.random.choice(part2)), 1)
output["title"] = output["title"].replace("@part1@",
str(np.random.choice(part1)), 1)
output["title"] = output["title"].replace("@part2@",
str(np.random.choice(part2)), 1)
output["title"] = output["title"].replace("@firstname@",
str(np.random.choice(firstname)),
1)
output["title"] = output["title"].replace("@surname@",
str(np.random.choice(surname)),
1)
output["title"] = output["title"].replace("@firstname@",
str(np.random.choice(firstname)),
1)
output["title"] = output["title"].replace("@surname@",
str(np.random.choice(surname)),
1)
output["title"] = output["title"].replace("@fullname@", str(np.random.choice(firstname)) + " " +\
str(np.random.choice(surname)), 1)
output["title"] = output["title"].replace("@authorsurname@",
str(authorsurname), 1)
output["title"] = output["title"].replace("@authorfullname@",
str(authorfullname), 1)
output["title"] = output["title"].replace("@subject@",
str(np.random.choice(subjects)),
1)
output["author"] = authorfullname
output["authorjob"] = np.random.choice(authorjob)
output["focus"] = np.random.choice(focus)
if np.random.random() < 0.2:
output["secret"] = np.random.choice(secret)
else:
output["secret"] = "no secret"
output["state"] = np.random.choice(state)
return (output)