def longsword_damage(lvl, start_mod, weapon_bonus, enemy, power_atk):
num_asis = get_num_asis(lvl)
final_mod, num_asis = max_mod(start_mod, num_asis)
action_attacks = get_num_attacks(lvl)
prof = proficiency(lvl)
if num_asis >= 1:
# get shield master, assume the shove knocks prone always
# this isn't the best assumption, but I don't have a way
# to handle this conditional yet.
enemy.apply_hit_type(HitType.ADVANTAGE)
damage_mod = final_mod + weapon_bonus + 2
weapon_dmg = Damage("1d8 + " + str(damage_mod))
to_hit = final_mod + weapon_bonus + prof
hit_bonus = Constant(to_hit)
attack = Attack(hit_bonus, enemy)
attack.add_damage(weapon_dmg)
round_dmg = MultiAttack()
for i in range(action_attacks):
round_dmg.add_attack(attack.copy())
dmg = round_dmg.get_dmg_rv()
return dmg
def dual_wield_damage(lvl, start_mod, weapon_bonus, enemy, power_atk):
num_asis = get_num_asis(lvl)
final_mod, num_asis = max_mod(start_mod, num_asis)
action_attacks = get_num_attacks(lvl)
prof = proficiency(lvl)
weapon_die = "1d6"
if num_asis >= 1:
# dual wielder feat (sigh...)
weapon_die = "1d8"
damage_mod = final_mod + weapon_bonus
weapon_dmg = Damage(weapon_die + " + " + str(damage_mod))
to_hit = final_mod + weapon_bonus + prof
hit_bonus = Constant(to_hit)
attack = Attack(hit_bonus, enemy)
attack.add_damage(weapon_dmg)
round_dmg = MultiAttack()
bonus_attacks = 1
#bonus_attacks = action_attacks
for i in range(action_attacks + bonus_attacks):
round_dmg.add_attack(attack.copy())
dmg = round_dmg.get_dmg_rv()
return dmg
def archery_damage(lvl, start_mod, weapon_bonus, enemy, power_atk):
num_asis = get_num_asis(lvl)
final_mod, num_asis = max_mod(start_mod, num_asis)
action_attacks = get_num_attacks(lvl)
prof = proficiency(lvl)
sharpshooter = False
if num_asis >= 1:
sharpshooter = True
damage_mod = final_mod + weapon_bonus
weapon_dmg = Damage("1d8 + " + str(damage_mod))
if sharpshooter and power_atk:
weapon_dmg = Damage("1d8 + " + str(damage_mod + 10))
to_hit = final_mod + 2 + weapon_bonus + prof
hit_bonus = Constant(to_hit)
if sharpshooter and power_atk:
hit_bonus = Constant(to_hit - 5)
attack = Attack(hit_bonus, enemy)
attack.add_damage(weapon_dmg)
round_dmg = MultiAttack()
for i in range(action_attacks):
round_dmg.add_attack(attack.copy())
dmg = round_dmg.get_dmg_rv()
return dmg
def greatsword_damage(lvl, start_mod, weapon_bonus, enemy, power_atk):
num_asis = get_num_asis(lvl)
final_mod, num_asis = max_mod(start_mod, num_asis)
action_attacks = get_num_attacks(lvl)
prof = proficiency(lvl)
gwm = False
if num_asis >= 1:
gwm = True
damage_mod = final_mod + weapon_bonus
weapon_dmg = Damage("2d6r2 + " + str(damage_mod))
if gwm and power_atk:
weapon_dmg = Damage("2d6r2 + " + str(damage_mod + 10))
to_hit = final_mod + weapon_bonus + prof
hit_bonus = Constant(to_hit)
if gwm and power_atk:
hit_bonus = Constant(to_hit - 5)
attack = Attack(hit_bonus, enemy)
attack.add_damage(weapon_dmg)
round_dmg = MultiAttack()
for i in range(action_attacks):
round_dmg.add_attack(attack.copy())
if gwm:
round_dmg.add_crit_extra_attack(attack.copy())
dmg = round_dmg.get_dmg_rv()
return dmg
def halberd_damage(lvl, start_mod, weapon_bonus, enemy, power_atk):
num_asis = get_num_asis(lvl)
final_mod, num_asis = max_mod(start_mod, num_asis)
action_attacks = get_num_attacks(lvl)
prof = proficiency(lvl)
gwm = False
if num_asis >= 1:
gwm = True
num_asis -= 1
pam = False
if num_asis >= 1:
pam = True
damage_mod = final_mod + weapon_bonus
weapon_dmg = Damage("1d10r2 + " + str(damage_mod))
pommel_dmg = Damage("1d4r2 + " + str(damage_mod))
if gwm and power_atk:
weapon_dmg = Damage("1d10r2 + " + str(damage_mod + 10))
pommel_dmg = Damage("1d4r2 + " + str(damage_mod + 10))
to_hit = final_mod + weapon_bonus + prof
hit_bonus = Constant(to_hit)
if gwm and power_atk:
hit_bonus = Constant(to_hit - 5)
attack = Attack(hit_bonus, enemy)
attack.add_damage(weapon_dmg)
round_dmg = MultiAttack()
for i in range(action_attacks):
round_dmg.add_attack(attack.copy())
# technically, you can wait to use the pam bonus action
# until you don't crit your normal attacks, otherwise you
# get a 1d10 bonus action attack from gwm rather than 1d4
# however, that is much more complicated to simulate
# and unlikely to change the result much
if pam:
pommel_atk = Attack(hit_bonus, enemy)
pommel_atk.add_damage(pommel_dmg)
round_dmg.add_attack(pommel_atk)
elif gwm:
round_dmg.add_crit_extra_attack(attack.copy())
dmg = round_dmg.get_dmg_rv()
return dmg
#!/usr/bin/python3
from Common import *
from Attack import *
from Enemy import *
from Damage import *
from math import sqrt
if __name__ == "__main__":
damage = Damage("2d6r2 + 3")
hit_bonus = Constant(5) # str + prof = 3 + 2
armor_class = 13
hit_type = HitType.NORMAL
resisted = False
enemy = Enemy(armor_class, hit_type)
damage.set_resisted(resisted)
attack = Attack(hit_bonus, enemy)
attack.add_damage(damage)
attack.finish_setup()
attack.describe_attack()
crit_lb = 19
enemy = Enemy(armor_class, hit_type)
sword_dmg = Damage("1d10r2 + 5 + 6")
#sword_dmg = Damage("1d8 + 5 + 2")
deadly_ambush_dmg = Damage("1d10r2 + 1d8 + 5 + 6")
#deadly_ambush_dmg = Damage("2d8 + 5 + 2")
eldritch_blast_dmg = Damage("1d10 + 5 + 6")
cha_hit = Constant(11) # 5 cha + 6 prof
sword_atk = Attack(cha_hit, enemy, crit_lb)
sword_atk.add_damage(sword_dmg)
deadly_ambush_atk = Attack(cha_hit, enemy, crit_lb)
deadly_ambush_atk.add_damage(deadly_ambush_dmg)
eldritch_blast_atk = Attack(cha_hit, enemy, crit_lb)
eldritch_blast_atk.add_damage(eldritch_blast_dmg)
sword_atks = 2
deadly_ambush_atks = 2
eldritch_blast_atks = 8
round_dmg = MultiAttack()
for atk in range(sword_atks):
round_dmg.add_attack(sword_atk)
hit_type = HitType.NORMAL
resisted = False
auto_crit = False
turn_one = True
# lvl 11 gloomstalker ranger using longbow, 20 dex, hunter's mark
damage = Damage("1d8 + 1d6 + 5", resisted)
bonus_atk_damage = Damage("2d8 + 1d6 + 5", resisted)
hit_bonus = Constant(11) # dex + prof + 2 = 5 + 4 + 2
enemy = Enemy(armor_class, hit_type, auto_crit)
attack = Attack(hit_bonus, enemy)
attack.add_damage(damage)
attack2 = attack.copy()
attack3 = Attack(hit_bonus, enemy)
attack3.add_damage(bonus_atk_damage)
attack_miss = attack.copy()
round_dmg = MultiAttack()
round_dmg.add_attack(attack)
round_dmg.add_attack(attack2)
if turn_one:
round_dmg.add_attack(attack3)
def ragemage_damage(class_lvls,
enemy,
weapon_bonus,
haste_status=HasteStatus.INACTIVE,
shove=False,
action_surge=False,
giants_might=False,
elven_accuracy=False):
lvl = get_character_lvl(class_lvls)
prof = proficiency(lvl)
cantrip_dice = get_cantrip_dice(lvl)
rogue_lvl = get_class_lvl(class_lvls, MultiClasses.ROGUE)
fighter_lvl = get_class_lvl(class_lvls, MultiClasses.FIGHTER)
wizard_lvl = get_class_lvl(class_lvls, MultiClasses.WIZARD)
barb_lvl = get_class_lvl(class_lvls, MultiClasses.BARBARIAN)
sneak_attack_dice = math.ceil(rogue_lvl / 2)
first_hit_dice = sneak_attack_dice
if fighter_lvl >= 3 and giants_might:
first_hit_dice += 1
first_hit_dmg = Damage(str(first_hit_dice) + "d6")
dueling = 0
if fighter_lvl > 0:
dueling = 2
damage_bonus = 5 + weapon_bonus + dueling
rapier = Damage("1d8 + " + str(damage_bonus))
booming_blade = rapier.copy()
if cantrip_dice > 1:
booming_blade = Damage(str(cantrip_dice) + "d8 + " + str(damage_bonus))
hit_bonus = Constant(5 + weapon_bonus + prof)
num_attacks = 1
num_attacks_bb = 0
if wizard_lvl >= 6:
num_attacks_bb = 1
else:
if fighter_lvl >= 5 or barb_lvl >= 5:
num_attacks = 2
if haste_status == HasteStatus.CASTING:
num_attacks_bb = 0
elif haste_status == HasteStatus.ACTIVE:
num_attacks += 1
elif haste_status == HasteStatus.DROPPED:
num_attacks = 0
num_attacks_bb = 0
if action_surge and fighter_lvl >= 2:
num_attacks += 1
num_attacks_bb += 1
if shove and num_attacks + num_attacks_bb >= 2:
num_attacks -= 1
if elven_accuracy:
enemy.apply_hit_type(HitType.SUPER_ADVANTAGE)
else:
enemy.apply_hit_type(HitType.ADVANTAGE)
attack = Attack(hit_bonus, enemy)
attack.add_damage(rapier)
attack_bb = Attack(hit_bonus, enemy)
attack_bb.add_damage(booming_blade)
round_dmg = MultiAttack()
for i in range(num_attacks):
round_dmg.add_attack(attack.copy())
for i in range(num_attacks_bb):
round_dmg.add_attack(attack_bb.copy())
round_dmg.add_first_hit_damage(first_hit_dmg)
dmg = round_dmg.get_dmg_rv()
return dmg
def sequoia_damage_haste(lvl,
enemy,
sharpshooter=False,
multitarget=False,
haste_status=HasteStatus.INACTIVE,
using_pw=False,
hunters_mark_active=True):
# 6 is 20 dex and a +1 longbow
longbow_hm = Damage("1d8 + 1d6 + 6")
if sharpshooter:
longbow_hm = Damage("1d8 + 1d6 + 16")
longbow = Damage("1d8 + 6")
if sharpshooter:
longbow = Damage("1d8 + 16")
planar_warrior = Damage("1d8")
if lvl >= 11:
planar_warrior = Damage("2d8")
prof = proficiency(lvl)
# 20 dex (+5), archery fighting style, +1 longbow
hit_bonus = Constant(5 + 2 + 1 + prof)
if sharpshooter:
hit_bonus = Constant(2 + 1 + prof)
num_attacks = 1
num_hm_attacks = 0
if hunters_mark_active:
num_attacks = 0
num_hm_attacks = 1
if lvl >= 11 and multitarget:
num_attacks = 2
num_hm_attacks = 1
elif lvl >= 5:
num_hm_attacks = 2
if haste_status == HasteStatus.CASTING:
num_attacks = 0
num_hm_attacks = 1
elif haste_status == HasteStatus.ACTIVE:
num_hm_attacks += 1
elif haste_status == HasteStatus.DROPPED:
num_attacks = 0
num_hm_attacks = 0
else:
if lvl >= 11 and multitarget:
num_attacks = 3
elif lvl >= 5:
num_attacks = 2
if haste_status == HasteStatus.CASTING:
num_attacks = 1
elif haste_status == HasteStatus.ACTIVE:
num_attacks += 1
elif haste_status == HasteStatus.DROPPED:
num_attacks = 0
attack = Attack(hit_bonus, enemy)
attack.add_damage(longbow)
attack_hm = Attack(hit_bonus, enemy)
attack_hm.add_damage(longbow_hm)
round_dmg = MultiAttack()
for i in range(num_attacks):
round_dmg.add_attack(attack.copy())
for i in range(num_hm_attacks):
round_dmg.add_attack(attack_hm.copy())
if using_pw:
round_dmg.add_first_hit_damage(planar_warrior)
dmg = round_dmg.get_dmg_rv()
return dmg
# enemy assumptions
armor_class = 13
hit_type = HitType.NORMAL
resisted = False
auto_crit = False
# lvl 1 rogue dual wielding shortswords, 16 dex, w/ sneak attack
damage = Damage("1d6 + 3", resisted)
offhand_damage = Damage("1d6", resisted)
sneak_atk_dmg = Damage("1d6", resisted)
hit_bonus = Constant(5) # dex + prof = 3 + 2
enemy = Enemy(armor_class, hit_type, auto_crit)
attack = Attack(hit_bonus, enemy)
attack.add_damage(damage)
offhand_atk = Attack(hit_bonus, enemy)
offhand_atk.add_damage(offhand_damage)
round_dmg = MultiAttack()
round_dmg.add_attack(attack)
round_dmg.add_attack(offhand_atk)
round_dmg.add_first_hit_damage(sneak_atk_dmg)
dpr = round_dmg.get_dmg_rv()
dpr.describe(True)