def getSwordBarb(): # Changes by level: # 01: AC 14, proficiency 2, rage 2 # 02: reckless # 04: AC 15, ASI # 05: AC 16, proficiency 3, Extra Attack # 08: AC 17, ASI # 09: AC 18, proficiency 4, rage 3, brutal1 # 13: AC 19, proficiency 5, brutal2 # 16: rage 4 # 17: AC 20, proficiency 6, brutal3 # 20: primal rage 24 b01 = calculageAverage(14, 5, [(1, 8)], 5) b02 = calculageAverage(14, 5, [(1, 8)], 5) b04 = calculageAverageAdvantage(15, 6, [(1, 8)], 6) b05 = 2 * calculageAverageAdvantage(16, 7, [(1, 8)], 6) b08 = 2 * calculageAverageAdvantage(17, 8, [(1, 8)], 7) b09 = 2 * (calculageAverageAdvantage(18, 9, [(1, 8)], 8) + 0.098 * d(1, 8)) b13 = 2 * (calculageAverageAdvantage(19, 10, [(1, 8)], 8) + 0.098 * d(2, 8)) b16 = 2 * (calculageAverageAdvantage(19, 10, [(1, 8)], 9) + 0.098 * d(2, 8)) b17 = 2 * (calculageAverageAdvantage(20, 11, [(1, 8)], 9) + 0.098 * d(3, 8)) b20 = 2 * (calculageAverageAdvantage(20, 15, [(1, 8)], 13) + 0.098 * d(3, 8)) return [b01, b02, b02, b04, b05, b05, b05, b08, b09, b09, b09, b09, b13, b13, b13, b16, b17, b17, b17, b20]
def getSwarmRangerHuntersMark():
# Changes by level:
# 01: AC 14, proficiency 2,
# 02: Archery
# 03: swarm (1d6)
# 04: AC 15, ASI
# 05: AC 16, proficiency 3, Extra attack
# 08: AC 17, ASI
# 09: AC 18, proficiency 4
# 11: swarm (1d8)
# 13: AC 19, proficiency 5
# 17: AC 20, proficiency 6
# 20: Foe Slayer
r01 = calculageAverage(14, 5, [(1, 8), (1, 6)], 3)
r02 = calculageAverage(14, 7, [(1, 8), (1, 6)], 3)
r03 = calculageAverage(14, 7, [(1, 8), (2, 6)], 3)
r04 = calculageAverage(15, 2, [(1, 8), (2, 6)], 13)
r05 = 2 * calculageAverage(
16, 3, [(1, 8),
(1, 6)], 13) + calculageAverageAdvantage(16, 3, [(1, 6)], 0)
r08 = 2 * calculageAverage(
17, 4, [(1, 8),
(1, 6)], 14) + calculageAverageAdvantage(17, 4, [(1, 6)], 0)
r09 = 2 * calculageAverage(
18, 5, [(1, 8),
(1, 6)], 14) + calculageAverageAdvantage(18, 5, [(1, 6)], 0)
r11 = 2 * calculageAverage(
18, 5, [(1, 8),
(1, 6)], 14) + calculageAverageAdvantage(18, 5, [(1, 8)], 0)
r12 = 2 * calculageAverage(
18, 6, [(1, 8),
(1, 6)], 15) + calculageAverageAdvantage(18, 6, [(1, 8)], 0)
r13 = 2 * calculageAverage(
19, 7, [(1, 8),
(1, 6)], 15) + calculageAverageAdvantage(19, 7, [(1, 8)], 0)
r17 = 2 * calculageAverage(
20, 8, [(1, 8),
(1, 6)], 15) + calculageAverageAdvantage(20, 8, [(1, 8)], 0)
r20 = 2 * calculageAverage(
20, 8, [(1, 8),
(1, 6)], 15) + calculageAverageAdvantage(20, 13, [(1, 8)], 5)
return [
r01, r02, r03, r04, r05, r05, r05, r08, r09, r09, r11, r11, r13, r13,
r13, r13, r17, r17, r17, r20
]
def getSwashbucklerRapier(): # Changes by level: # 01: AC 14, proficiency 2, 1d6 # 03: 2d6 # 04: AC 15, ASI # 05: AC 16, proficiency 3, 3d6 # 07: 4d6 # 08: AC 17, ASI # 09: AC 18, proficiency 4, 5d6 # 11: 6d6 # 13: AC 19, proficiency 5, 7d6 # 15: 8d6 # 17: AC 20, proficiency 6, 9d9 # 19: 10d6 r01 = calculageAverageAdvantage(14, 5, [(1, 8), (1, 6)], 3) r03 = calculageAverageAdvantage(14, 5, [(1, 8), (2, 6)], 3) r04 = calculageAverageAdvantage(15, 6, [(1, 8), (2, 6)], 4) r05 = calculageAverageAdvantage(16, 7, [(1, 8), (3, 6)], 4) r07 = calculageAverageAdvantage(16, 7, [(1, 8), (4, 6)], 4) r08 = calculageAverageAdvantage(17, 8, [(1, 8), (4, 6)], 5) r09 = calculageAverageAdvantage(18, 9, [(1, 8), (5, 6)], 5) r11 = calculageAverageAdvantage(18, 9, [(1, 8), (6, 6)], 5) r13 = calculageAverageAdvantage(19, 10, [(1, 8), (7, 6)], 5) r15 = calculageAverageAdvantage(19, 10, [(1, 8), (8, 6)], 5) r17 = calculageAverageAdvantage(20, 11, [(1, 8), (9, 6)], 5) r19 = calculageAverageAdvantage(20, 11, [(1, 8), (10, 6)], 5) return [r01, r01, r03, r04, r05, r05, r07, r08, r09, r09, r11, r11, r13, r13, r15, r15, r17, r17, r19, r19]
def getArtilleristShooter():
# Changes by level:
# 01: AC 14, proficiency 2, cantrip scale 1
# 02: Enhanced Focus +1, Homunculus
# 03: Eldrich Cannon (2d8), Faerie Fire
# 04: AC 15, ASI
# 05: AC 16, proficiency 3, cantrip scale 2, Arcane Firearm (1d8)
# 08: AC 17, ASI
# 09: AC 18, proficiency 4,
# 10: Enhanced Focus +2
# 11: cantrip scale 3, Haste
# 13: AC 19, proficiency 5
# 15: Double Cannon, Summon Construct
# 17: AC 20, proficiency 6, cantrip scale 4
a01 = calculageAverage(14, 5, [(1, 10)], 0)
a02 = calculageAverage(14, 6, [(1, 10)], 0) + calculageAverage(
14, 5, [(1, 4)], 2)
a03 = calculageAverageAdvantage(
14, 6, [(1, 10)], 0) + calculageAverageAdvantage(14, 5, [(2, 8)], 0)
a04 = calculageAverageAdvantage(
15, 7, [(1, 10)], 0) + calculageAverageAdvantage(15, 6, [(2, 8)], 0)
a05 = calculageAverageAdvantage(
16, 8, [(2, 10),
(1, 8)], 0) + calculageAverageAdvantage(16, 7, [(2, 8)], 0)
a08 = calculageAverageAdvantage(
17, 9, [(2, 10),
(1, 8)], 0) + calculageAverageAdvantage(17, 8, [(2, 8)], 0)
a09 = calculageAverageAdvantage(
18, 10, [(2, 10),
(1, 8)], 0) + calculageAverageAdvantage(18, 9, [(2, 8)], 0)
a10 = calculageAverageAdvantage(
18, 11, [(2, 10),
(1, 8)], 0) + calculageAverageAdvantage(18, 9, [(2, 8)], 0)
a11 = 2 * calculageAverage(18, 11, [(3, 10),
(1, 8)], 0) + calculageAverage(
18, 9, [(2, 8)], 0)
a13 = 2 * calculageAverage(19, 12, [(3, 10),
(1, 8)], 0) + calculageAverage(
19, 10, [(2, 8)], 0)
a15 = calculageAverage(
19, 12, [(3, 10), (1, 8)], 0) + 2 * calculageAverage(
19, 10, [(2, 8)], 0) + 2 * calculageAverage(19, 10, [(1, 8)], 8)
a17 = calculageAverage(
20, 13, [(4, 10), (1, 8)], 0) + 2 * calculageAverage(
20, 11, [(2, 8)], 0) + 2 * calculageAverage(20, 11, [(1, 8)], 8)
return [
a01, a02, a03, a04, a05, a05, a05, a08, a09, a10, a11, a11, a13, a13,
a15, a15, a17, a17, a17, a17
]
def getSwarmRangerCrossbow():
# Changes by level:
# 01: AC 14, proficiency 2, favored (1d4)
# 02: Archery
# 03: swarm (1d6)
# 04: AC 15, ASI
# 05: AC 16, proficiency 3, Extra attack
# 06: favored 1d6
# 07: Summon Beast
# 08: AC 17, ASI
# 09: AC 18, proficiency 4
# 11: swarm (1d8), Conjure Animals (2 wolves)
# 12 : ASI
# 13: AC 19, proficiency 5
# 15: Guardian Nature
# 17: AC 20, proficiency 6
# 19: Conjure Animals (4 wolves)
r01 = 2 * calculageAverage(14, 5, [(1, 6)], 3) + calculageAverageAdvantage(
14, 5, [(1, 4)], 0)
r02 = 2 * calculageAverage(14, 7, [(1, 6)], 3) + calculageAverageAdvantage(
14, 7, [(1, 4)], 0)
r03 = 2 * calculageAverage(14, 7, [(1, 6)], 3) + calculageAverageAdvantage(
14, 7, [(1, 4), (1, 6)], 0)
r04 = 2 * calculageAverage(15, 2, [
(1, 6)
], 13) + calculageAverageAdvantage(15, 2, [(1, 4), (1, 6)], 0)
r05 = 3 * calculageAverage(16, 3, [
(1, 6)
], 13) + calculageAverageElvenAdvantage(16, 3, [(1, 4), (1, 6)], 0)
r06 = 3 * calculageAverage(16, 3, [
(1, 6)
], 13) + calculageAverageElvenAdvantage(16, 3, [(2, 6)], 0)
r07 = 3 * calculageAverage(
16, 3, [(1, 6)], 13) + calculageAverageElvenAdvantage(
16, 3, [(1, 6)], 0) + calculageAverage(16, 6, [(1, 8)], 6)
r08 = 3 * calculageAverage(
17, 4, [(1, 6)], 14) + calculageAverageElvenAdvantage(
17, 4, [(1, 6)], 0) + calculageAverage(17, 6, [(1, 8)], 6)
r09 = 3 * calculageAverage(
18, 5, [(1, 6)], 14) + calculageAverageElvenAdvantage(
18, 5, [(1, 6)], 0) + calculageAverage(18, 7, [(1, 8)], 7)
r11 = 3 * calculageAverage(18, 5, [
(1, 6)
], 14) + calculageAverageElvenAdvantage(18, 5, [
(1, 8)
], 0) + 2 * calculageAverageAdvantage(18, 6, [(2, 6)], 3)
r12 = 3 * calculageAverage(18, 6, [
(1, 6)
], 15) + calculageAverageElvenAdvantage(18, 6, [
(1, 8)
], 0) + 2 * calculageAverageAdvantage(18, 6, [(2, 6)], 3)
r13 = 3 * calculageAverage(19, 7, [
(1, 6)
], 15) + calculageAverageElvenAdvantage(19, 7, [
(1, 8)
], 0) + 2 * calculageAverageAdvantage(18, 6, [(2, 6)], 3)
r15 = 3 * calculageAverageAdvantage(19, 7, [
(1, 6)
], 15) + calculageAverageMultiAdvantage(19, 7, [(1, 8)], 0, 6)
r17 = 3 * calculageAverageAdvantage(20, 8, [
(1, 6)
], 15) + calculageAverageMultiAdvantage(20, 8, [(1, 8)], 0, 6)
r19 = 3 * calculageAverage(20, 8, [
(1, 6)
], 15) + calculageAverageElvenAdvantage(20, 8, [
(1, 8)
], 0) + 4 * calculageAverageAdvantage(18, 6, [(2, 6)], 3)
return [
r01, r02, r03, r04, r05, r06, r07, r08, r09, r09, r11, r12, r13, r13,
r15, r15, r17, r17, r19, r19
]
def getBeastRanger():
# Changes by level:
# 01: AC 14, proficiency 2, Favored (1d4)
# 02: Archery
# 03: Pimal Companion 1d8 + 1d6 + 2 + PB (wisdom to hit)
# 04: AC 15, ASI
# 05: AC 16, proficiency 3, Extra attack
# 06: favored 1d6
# 07: Summon Beast
# 08: AC 17, ASI
# 09: AC 18, proficiency 4
# 11: Beast Extra Attack, Conjure Animals (2 wolves)
# 12 : ASI
# 13: AC 19, proficiency 5
# 15: Guardian Nature, Share Spells
# 16: ASI
# 17: AC 20, proficiency 6
# 19: ASI, Conjure Animals (4 wolves)
r01 = calculageAverage(14, 5, [(1, 8), (1, 4)], 3)
r02 = calculageAverage(14, 7, [(1, 8), (1, 6)], 3)
r03 = calculageAverage(14, 7, [(1, 8), (1, 4)], 3) + calculageAverage(
14, 5, [(1, 8), (1, 6)], 4)
r04 = calculageAverage(15, 2, [(1, 8), (1, 4)], 13) + calculageAverage(
15, 5, [(1, 8), (1, 6)], 4)
r05 = 2 * calculageAverage(
16, 3, [(1, 8)], 13) + calculageAverageAdvantage(
16, 3, [(1, 4)], 0) + calculageAverage(16, 6, [(1, 8), (1, 6)], 5)
r06 = 2 * calculageAverage(
16, 3, [(1, 8)], 13) + calculageAverageAdvantage(
16, 3, [(1, 6)], 0) + calculageAverage(16, 6, [(1, 8), (1, 6)], 5)
r07 = 2 * calculageAverage(16, 3, [(1, 8)], 13) + calculageAverage(
16, 6, [(1, 8), (1, 6)], 5) + calculageAverage(16, 6, [(1, 8)], 6)
r08 = 2 * calculageAverage(17, 4, [(1, 8)], 14) + calculageAverage(
17, 6, [(1, 8), (1, 6)], 5) + calculageAverage(17, 6, [(1, 8)], 6)
r09 = 2 * calculageAverage(18, 5, [(1, 8)], 14) + calculageAverage(
18, 7, [(1, 8), (1, 6)], 6) + calculageAverage(18, 7, [(1, 8)], 7)
# no spells
# r07 = 2 * calculageAverage(16, 3, [(1, 8)], 13) + calculageAverageAdvantage(16, 3, [(1, 6)], 0) + calculageAverage(16, 6, [(1, 8)], 6)
# r08 = 2 * calculageAverage(17, 4, [(1, 8)], 14) + calculageAverageAdvantage(17, 4, [(1, 6)], 0) + calculageAverage(17, 6, [(1, 8)], 6)
# r09 = 2 * calculageAverage(18, 5, [(1, 8)], 14) + calculageAverageAdvantage(18, 5, [(1, 6)], 0) + calculageAverage(18, 7, [(1, 8)], 7)
r11 = 2 * calculageAverage(18, 5, [(1, 8)], 14) + 2 * calculageAverage(
18, 7, [(1, 8), (1, 6)], 6) + 2 * calculageAverageAdvantage(
18, 6, [(2, 6)], 3)
r12 = 2 * calculageAverage(18, 6, [(1, 8)], 15) + 2 * calculageAverage(
18, 7, [(1, 8), (1, 6)], 6) + 2 * calculageAverageAdvantage(
18, 6, [(2, 6)], 3)
r13 = 2 * calculageAverage(19, 7, [(1, 8)], 15) + 2 * calculageAverage(
19, 8, [(1, 8), (1, 6)], 7) + 2 * calculageAverageAdvantage(
18, 6, [(2, 6)], 3)
r15 = 2 * calculageAverageAdvantage(19, 7, [
(1, 8)
], 15) + 2 * calculageAverageAdvantage(19, 8, [(1, 8), (1, 6)], 7)
r16 = 2 * calculageAverageAdvantage(19, 7, [
(1, 8)
], 15) + 2 * calculageAverageAdvantage(19, 9, [(1, 8), (1, 6)], 8)
r17 = 2 * calculageAverageAdvantage(20, 8, [
(1, 8)
], 15) + 2 * calculageAverageAdvantage(20, 10, [(1, 8), (1, 6)], 9)
r19 = 2 * calculageAverage(20, 8, [(1, 8)], 15) + 2 * calculageAverage(
20, 11, [(1, 8), (1, 6)], 10) + 4 * calculageAverageAdvantage(
18, 6, [(2, 6)], 3)
return [
r01, r02, r03, r04, r05, r06, r07, r08, r09, r09, r11, r12, r13, r13,
r15, r16, r17, r17, r19, r19
]
def getHorizonRangerStr():
# Changes by level:
# 01: AC 14, proficiency 2, Favored (1d4)
# 02: Hunter's Mark
# 03: Planar (1d8)
# 04: AC 15, ASI
# 05: AC 16, proficiency 3, Extra attack
# 06: favored 1d6
# 07: Summon Beast
# 08: AC 17, ASI
# 09: AC 18, proficiency 4
# 11: Planar (2d8), Conjure Animals (2 wolves), Distance Strike
# 12 : ASI
# 13: AC 19, proficiency 5
# 15: Guardian Nature
# 17: AC 20, proficiency 6
# 19: Conjure Animals (4 wolves)
r01 = calculageAverage(14, 5, [(1, 12), (1, 4)], 3)
r02 = calculageAverage(14, 5, [(1, 12), (1, 6)], 3)
r03 = calculageAverage(14, 5, [(1, 12), (1, 4), (1, 8)], 3)
r04 = calculageAverage(15, 0, [(1, 12), (1, 4), (1, 8)], 13)
r05 = 2 * calculageAverage(16, 1, [
(1, 12)
], 13) + calculageAverageAdvantage(16, 1, [(1, 4), (1, 8)], 0)
r06 = 2 * calculageAverage(16, 1, [
(1, 12)
], 13) + calculageAverageAdvantage(16, 1, [(1, 6), (1, 8)], 0)
r07 = 2 * calculageAverage(
16, 1, [(1, 12)], 13) + calculageAverageAdvantage(
16, 1, [(1, 8)], 0) + calculageAverage(16, 6, [(1, 8)], 6)
r08 = 2 * calculageAverage(
17, 2, [(1, 12)], 14) + calculageAverageAdvantage(
17, 2, [(1, 8)], 0) + calculageAverage(17, 6, [(1, 8)], 6)
r09 = 2 * calculageAverage(
18, 3, [(1, 12)], 14) + calculageAverageAdvantage(
18, 3, [(1, 8)], 0) + calculageAverage(18, 7, [(1, 8)], 7)
r11 = 3 * calculageAverage(18, 3, [
(1, 12)
], 14) + calculageAverageMultiAdvantage(18, 5, [
(2, 8)
], 0, 3) + 2 * calculageAverageAdvantage(18, 6, [(2, 6)], 3)
r12 = 3 * calculageAverage(18, 4, [
(1, 12)
], 15) + calculageAverageMultiAdvantage(18, 6, [
(2, 8)
], 0, 3) + 2 * calculageAverageAdvantage(18, 6, [(2, 6)], 3)
r13 = 3 * calculageAverage(19, 5, [
(1, 12)
], 15) + calculageAverageMultiAdvantage(19, 7, [
(2, 8)
], 0, 3) + 2 * calculageAverageAdvantage(18, 6, [(2, 6)], 3)
r15 = 3 * calculageAverageAdvantage(19, 5, [
(1, 12), (1, 6)
], 15) + calculageAverageMultiAdvantage(19, 7, [(2, 8)], 0, 6)
r17 = 3 * calculageAverageAdvantage(20, 6, [
(1, 12), (1, 6)
], 15) + calculageAverageMultiAdvantage(20, 8, [(2, 8)], 0, 6)
r19 = 3 * calculageAverage(20, 6, [
(1, 12)
], 15) + calculageAverageMultiAdvantage(20, 8, [
(2, 8)
], 0, 3) + 4 * calculageAverageAdvantage(18, 6, [(2, 6)], 3)
return [
r01, r02, r03, r04, r05, r06, r07, r08, r09, r09, r11, r12, r13, r13,
r15, r15, r17, r17, r19, r19
]