def outfit(self):
a = genarmor(self.clas, self.level)
self.armor = a[0]
self.armorvalue = a[1]
self.movement = a[2]
m = genmeleeweapon(self.clas, self.level)
self.meleeweapon = m[0]
self.damage = m[2]
if m[1] < 2:
s = genshield(self.clas, self.level)
self.shield = s[1]
self.shieldvalue = s[2]
if self.clas == 2:
if Dice.D(1, 100) < min(95, self.level * 4):
self.ringpro = Dice.tableroller(ringprobonus)[1]
self.potion = genpotion(self.clas, self.level)
self.scroll = genscroll(self.clas, self.level)
if self.clas == 0 or self.clas == 2: # generate spells
self.spells = Spells.genspells(self.clas, self.level)
self.calc()
def __init__(self):
_Treasure.Item.__init__(self)
self.cat = "Art"
self.fullcat = self.fullcat + "." + self.cat
row = Dice.Roll(_art_types_table)
self.name = self.shortname = row[1]
self.value = float(Dice.D(2, 8, 0) * 100)
def makename():
if Dice.D(1, 100) <= 25:
# 2 names
return "%s %s" % (random.choice(names), random.choice(names))
else:
# 1 name
return random.choice(names)
def magicarmor(c, chance):
if Dice.D(1, 100) > min(95, c.level * chance):
return
if c.armor == "":
return
bonus = Dice.tableroller(armorbonus)[1]
c.armor = "%s +%d" % (c.armor, bonus)
c.armorvalue = c.armorvalue + bonus
def genscroll(cclass, level):
if Dice.D(1, 100) < (level * 3):
scroll = Dice.tableroller(scrolltable[cclass])[1]
if type(scroll) is tuple:
scrollspells = Spells.genscroll(scroll[0], scroll[1])
scroll = "Scroll of %s Spells: %s" \
% (classnames[cclass], string.join(scrollspells, ", "))
return scroll
return ""
def rollhp(self):
hp = 0
for i in range(min(self.level, 9)):
roll = Dice.D(1,
hitdice[self.clas][0]) + statbonuses[self.stats[4]]
hp = hp + max(roll, 1)
if self.level > 9:
hp = hp + (hitdice[self.clas][1] * (self.level - 9))
return hp
def Treasure(typ):
tr = []
try:
tbl = _treasure_table[string.upper(typ)]
for i in tbl:
if Dice.D(1, 100, 0) <= i[0]:
tr = tr + i[1](i[2])
except:
tr = [ Unknown.Unknown(typ) ]
return tr
def genpotion(cclass, level):
rc = [0, "", 0]
if Dice.D(1, 100) < (level * 2):
rc = Dice.tableroller(potiontable)
while rc[2] != -1 and rc[2] != cclass:
rc = Dice.tableroller(potiontable)
if rc[1] == "Delusion":
rc2 = Dice.tableroller(potiontable)
rc = [rc[0], "Delusion (%s)" % rc2[1], rc[2]]
return rc[1]
def makedungeon(level, rooms, first=1):
body = []
body.append("<p class='Text Body'>\n<b>%d Rooms on Level %d</b>" %
(rooms, level))
for i in range(rooms):
row = Dice.tableroller(dungeon_table)
contents = row[1](row, level)
items = []
if Dice.D(1, 2) == 1 or row[2] == "Empty":
for j in range(Dice.D(1, 3)) or row[2] == "Empty":
items.append(Dice.tableroller(Items.itemtable)[1])
body.append(
"<p class='Text Body'>\n<b>Room %d:</b> %s\n<p class='Text Body'>\n%s"
% (i + first, string.join(items, ", "), contents))
return string.join(body, "\n")
def genshield(cclass, level):
if cclass > 1:
return [0, "", 0]
arm = [0, "Shield", 1]
# is it magical?
if Dice.D(1, 100) < min(95, level * 5):
row = Dice.tableroller(armorbonus)
arm[1] = "%s +%d" % (arm[1], row[1])
arm[2] = arm[2] + row[1]
return arm
def pirates():
party = []
# how many flunkies?
mooks = Dice.D(3, 8)
mates = Dice.D(1, 3)
# captain
character = Pirate(Dice.D(1, 4) + 2, 1)
character.outfit(1)
character.name = "Captain " + character.name
party.append(character)
# mates
for i in range(mates):
character = Pirate(Dice.D(1, 4) + 1, 1)
character.outfit(1)
party.append(character)
# mooks
nmooks = mooks
while nmooks:
character = Pirate(1, 1)
character.outfit(0)
character.name = ""
character.noapp = min(nmooks, Dice.D(1, mooks))
nmooks -= character.noapp
character.hp = []
for i in range(character.noapp):
character.hp.append(character.rollhp())
party.append(character)
return party
def genmeleeweapon(cclass, level):
# choose a weapon type
wpn = Dice.tableroller(meleeweapons[cclass])
# is it magical?
chance = 5
if cclass == 2:
chance = 3
bonus = ""
damage = wpn[3]
if Dice.D(1, 100) < min(95, level * chance):
row = Dice.tableroller(meleeweaponbonus)
bonus = " " + row[1]
damage = damage + bonus
return [wpn[1] + bonus, wpn[2], damage]
def genarmor(cclass, level):
if cclass == 2:
return defaultarmor[cclass]
# is it magical? (overrides armor type choice)
chance = 5
if cclass == 2:
chance = 4
if Dice.D(1, 100) < min(95, level * chance):
typ = Dice.tableroller(armortypes[cclass])
row = Dice.tableroller(armorbonus)
return [
"%s +%d" % (typ[1], row[1]), typ[2] + row[1],
min(typ[3] + 10, 40)
]
return defaultarmor[cclass]
def magicItem(table):
if table not in list(string.ascii_uppercase)[:8]:
print("Invalid Table!")
return
table = "Tables/" + table + ".csv"
itemTableFile = open(table, newline="")
reader = csv.reader(itemTableFile, delimiter=";")
itemTable = {rows[0]: rows[1] for rows in reader}
previous = 0
roll = Dice.D(100)
for key in itemTable:
if roll in range(previous, int(key)):
print(itemTable.get(key))
if "Spell scroll" in itemTable.get(key):
scroll = itemTable.get(key).split(" ")
scroll = scroll[2].strip("()")
spellScroll(scroll)
break
else:
previous = int(key)
def __init__(self):
_Treasure.Item.__init__(self)
row = Dice.NRoll(_gem_table)
self.name = self.shortname = Dice.Select(_gem_table[row][2])
self.cat = "Gem"
self.fullcat = self.fullcat + "." + self.cat
va = Dice.D(2, 6)
mult = 1.0
if va == 2:
row -= 1
elif va == 3:
mult = 0.5
elif va == 4:
mult = 0.75
elif va == 10:
mult = 1.5
elif va == 11:
mult = 2.0
elif va == 12:
row += 1
self.value = _gem_table[row][3] * mult
if self.value >= 1:
self.value = int(self.value) * 1.0
def _gen_coins(argtup):
kind, n, s, b, mul = argtup
return [ Coins.Coin(kind, (Dice.D(n, s, b) * mul)) ]
def money(tier):
pRoll = Dice.D(100)
if tier not in ["t1", "t2", "t3", "t4"]:
return "Tier not recognised! Please try again."
elif tier == "t1":
if 1 <= pRoll <= 30:
return str(Dice.D(6, 5)) + "CP"
elif 31 <= pRoll <= 60:
return str(Dice.D(6, 4)) + "SP"
elif 61 <= pRoll <= 70:
return str(Dice.D(6, 3)) * 10 + "SP"
elif 71 <= pRoll <= 95:
return str(Dice.D(6, 3)) + "GP"
else:
return str(Dice.D(6)) + "PP"
elif tier == "t2":
if 1 <= pRoll <= 30:
return str(Dice.D(6, 7)) + "GP"
elif 31 <= pRoll <= 60:
return str(Dice.D(6, 6) + Dice.D(6, 2) * 10) + "GP"
elif 61 <= pRoll <= 70:
return str(Dice.D(6, 3) + Dice.D(6, 2) * 10) + "GP"
elif 71 <= pRoll <= 95:
return str(Dice.D(6, 4) * 10) + "GP"
else:
return str(Dice.D(6, 5)) + "GP"
elif tier == "t3":
if 1 <= pRoll <= 20:
return f"{Dice.D(6, 4)*100}SP + {Dice.D(6)*100}GP"
elif 21 <= pRoll <= 35:
return f"{Dice.D(6)*100}EP + {Dice.D(6)*100}GP"
elif 36 <= pRoll <= 75:
return f"{Dice.D(6, 2)*100}GP + {Dice.D(6)*10}PP"
else:
return f"{Dice.D(6, 2)*100}GP + {Dice.D(6, 2)*10}PP"
elif tier == "t4":
if 1 <= pRoll <= 15:
return f"{Dice.D(6, 2) * 1000}EP + {Dice.D(6, 8) * 100}GP"
elif 16 <= pRoll <= 55:
return f"{Dice.D(6) * 1000}GP + {Dice.D(6) * 100}PP"
else:
return f"{Dice.D(6) * 1000}GP + {Dice.D(6, 2) * 100}PP"
def __init__(self, level, clas, actuallevel=0):
self.name = makename()
self.noapp = 1
self.clas = clas
self.classname = classnames[self.clas]
self.spells = None
self.level = level
if not actuallevel:
if Dice.D(1, 100) <= 30:
self.level = max(Dice.D(1, self.level), Dice.D(1, self.level))
self.level = levels[self.level][clas]
self.stats = [
Dice.D(3, 6),
Dice.D(3, 6),
Dice.D(3, 6),
Dice.D(3, 6),
Dice.D(3, 6),
Dice.D(3, 6)
]
# boost prime if it's not good.
self.stats[primes[clas]] = max(self.stats[primes[clas]], Dice.D(3, 6),
9)
# boost constitution if it's not good.
self.stats[4] = max(self.stats[4], Dice.D(3, 6))
self.race = "Human"
if Dice.D(1, 100) <= 25:
# this character will be a demi-human if the stats allow
eligible = []
if self.stats[4] >= 9:
if self.clas != 2:
eligible.append("Dwarf")
if self.stats[1] >= 9:
eligible.append("Elf")
if self.stats[3] >= 9:
if self.clas != 2:
eligible.append("Halfling")
if eligible:
race = random.choice(eligible)
if race == "Dwarf":
if self.stats[5] > 17:
self.stats[5] = 17
if race == "Elf":
if self.stats[4] > 17:
self.stats[4] = 17
if race == "Halfling":
if self.stats[0] > 17:
self.stats[0] = 17
self.race = race
self.hp = self.rollhp()
self.movement = 40
self.morale = 9
self.armor = ""
self.armorvalue = 0
self.meleeweapon = "Pointy Stick"
self.damage = "1d6"
self.shield = ""
self.shieldvalue = 0
self.ringpro = 0
self.potion = ""
self.scroll = ""
self.calc()
def bandits():
# how many flunkies?
ftrs = Dice.D(2, 12)
thfs = Dice.D(1, 6)
# if there are 11 or more mooks, a fighter
# and a thief will lead them; otherwise,
# 50% chance of either.
lftr = 0
lthf = 0
if (ftrs + thfs) >= 11:
lftr = Dice.D(1, 4) + 1
lthf = Dice.D(1, 4) + 1
else:
if Dice.D(1, 100) <= 50:
lftr = Dice.D(1, 4) + 1
else:
lthf = Dice.D(1, 4) + 1
party = []
if lftr > 0:
character = Bandit(lftr, 1)
character.outfit(1)
party.append(character)
if lthf > 0:
character = Bandit(lthf, 3)
character.outfit(1)
party.append(character)
nftrs = ftrs
while nftrs:
character = Bandit(1, 1)
character.outfit(0)
character.name = ""
character.noapp = min(nftrs, Dice.D(1, ftrs))
nftrs -= character.noapp
party.append(character)
nthfs = thfs
while nthfs:
character = Bandit(1, 3)
character.outfit(0)
character.name = ""
character.noapp = min(nthfs, Dice.D(1, thfs))
nthfs -= character.noapp
party.append(character)
for character in party:
if character.noapp > 1:
character.hp = []
for i in range(character.noapp):
character.hp.append(character.rollhp())
return party
def magicweapon(c, chance):
if Dice.D(1, 100) > min(95, c.level * chance):
return
bonus = Dice.tableroller(meleeweaponbonus)[1]
c.meleeweapon = "%s %s" % (c.meleeweapon, bonus)
c.damage = "%s %s" % (c.damage, bonus)
def _quantify(row):
num = Dice.D(*row[2])
return (0, row[1] % num)
