Fighters

import random

A = ["Fighter 1"]
B = ["Fighter 2"]


Skills = ["Douge", "Smoke", "Rage"]

Weapons = ["Dagger", "Sword", "Gun"]

getWep1 = random.choice(Weapons)
getWep2 = random.choice(Weapons)
getSkill1 = random.choice(Skills)
getSkill2 = random.choice(Skills)



redomnLw = random.randint(0, len(Weapons))

for i in Weapons:
   if i is getWep1:
      x = Weapons.index(i)
      A += [Weapons[x]]
   if i is getWep2:
      x = Weapons.index(i)
      B += [Weapons[x]]

for i in Skills:
   if i is getSkill1:
      x = Skills.index(i)

      A += [Skills[x]]
   if i is getSkill2:
      x = Skills.index(i)
      B += [Skills[x]]



def Fight():

   for i in Weapons:
      if i in A:
         for x in Skills:
            if x in A:
               print(A[0], ":", "Weapon:", i, "|", "Skill:", x)
      if i in B:
         for x in Skills:
            if x in B:
               print(B[0], ":", "Weapon:", i, "|", "Skill:", x)

L = Weapons.index(A[1])
R = Weapons.index(B[1])
L1 = Skills.index(A[2])
R1 = Skills.index(B[2])

   # WEAPON CHACKING


if A[0] == A[L]:
   WinChanceA = random.randint(50, 100)
   print(A[0], "Just Pop that head off NICE!")
elif A[1] == A[L]:
   WinChanceA = random.randint(50, 100)
   print()
elif A[2] == A[L]:
   WinChanceA = random.randint(50, 100)
   print()

if B[0] == B[R]:
   WinChanceB = random.randint(50, 100)
   print()
elif B[1] == B[R]:
   WinChanceB = random.randint(50, 100)
   print()
elif B[2] == B[R]:
   WinChanceB = random.randint(50, 100)
   print()

# SKILL CHACKING

if A[0] == A[L1]:
   WinChanceAS = random.randint(50, 100)
   print()
elif A[1] == A[L1]:
   WinChanceAS = random.randint(50, 100)
   print()
elif A[2] == A[L1]:
   WinChanceAS = random.randint(50, 100)
   print()

if B[0] == B[R1]:
   WinChanceBS = random.randint(50, 100)
   print()
elif B[1] == B[R1]:
   WinChanceBS = random.randint(50, 100)
   print()
elif B[2] == B[R1]:
   WinChanceBS = random.randint(50, 100)
   print()



try:
   Fight()
   print("Fighter 1:", WinChanceA + WinChanceAS, "Points", "|", "Fighter 2:", WinChanceB + WinChanceBS, "Points")
   k = WinChanceA + WinChanceAS
   t = WinChanceB + WinChanceBS
   if k > t:
      print(A[0], "Win!")
   elif k == t:
      print("TIE!")
   else:
      print(B[0], "Win!")
except NameError as e:
   print(e)