Python Class | Passing a Variable Between Classes | D & D Dice Rolling Bot

<pre lang="python">
import re
import random

def wrapper():
   print("=" * 60)
   print("=" * 60)
def logo():
   print("*" * 60)
   print("MIPYTHON.com | Dungeons and Dragons Random Character and Combat Bot")
   print("*" * 60)


class character(object):

    def __init__(self,name,intro,initiative,movement,attack,defense,damage,hitpoints):
       self.name = name
       self.intro = intro
       self.initiative = initiative
       self.movement = movement
       self.attack = attack
       self.defense = defense
       self.damage = damage
       self.hitpoints = hitpoints



    def main(self):

       pass

    def initiative_roll(self):
       space = "  "
       self.initiative = self.initiative + random.randint(1,10)
       print(self.name + space + "Initative Roll:")
       print("Rolls: % for Initiative") % self.initiative
       return self.initiative

    def move_roll(self):
       space = "  "
       self.movement = (self.movement) + random.randint(1,10)
       print(self.name + space + "Move Roll:")
       print(self.name + "Rolls: " + space + str(self.movement))
       #print(self.movement) #% self.movement
       #return str(self.name) + " Moves :  "
       return self.movement

    def attack_roll(self):

       space = "  "
       self.attack = self.attack + random.randint(1,99)
       #print("\n Rolls a % To Attack!") % int(self.attack) + random.randint(0,10)
       #return int(self.attack) + random.randint(0,10)
       #print(self.name + "Moves : " + self.movement )
       #print(self.name + "Rolls For Attack:")
       print(self.name + space + "Attack Roll:")
       print(self.name)
       print("Rolls: %" + space + " for Attack") % self.attack
       return self.attack

    def defense_roll(self):
       space = "  "
       self.defense = self.defense + random.randint(1,99)
       print(self.name + space + "Defense Roll:")
       print(self.name)
       print("Rolls: % for Defense") % self.defense
       #print(self.defense)
       return self.defense

    def damage_roll(self):
       return self.damage

class roll_system(object):

    def __init__(self):
       pass
       #self.combat_resolving = combat_resolving
       #self.wound_handeling = wound_handeling

    def main(self):
       pass

    def combat_system(self):
       #print(wrapper())
       print(logo())
       #print(wrapper())
       if player.initiative_roll()  >= enemy.initiative_roll():

          #player.attack_roll()  METHOD FROM CHARACTER CLASS
          #enemy.defense_roll()  METHOD FROM CHARACTER CLASS

          if player.attack_roll() >= enemy.defense_roll():
              #print(wrapper())
              print("Player hits Enemy For: ")
              print(player.damage_roll())
              print(enemy.name)
              #print(enemy.hitpoints - player.damage_roll())
              enemy_damage_taken = enemy.hitpoints - player.damage_roll()
              print(enemy_damage_taken)
              return enemy_damage_taken
              #return  enemy.hitpoints - player.damage_roll()
          else:
              print("Player misses Enemy")

       else:
          #enemy.attack_roll()
          #player.defense_roll()

          if enemy.attack_roll() >= player.defense_roll():
              #print(wrapper())
              print("Enemy hits Player For:")
              print(enemy.damage_roll())
              print(player.name)
              #print(player.hitpoints - enemy.damage_roll())
              player_damage_taken = player.hitpoints - enemy.damage_roll()
              print(player_damage_taken)
              return player_damage_taken
              #return player.hitpoints - enemy.damage_roll()

          else:
              print("Enemy Misses Player")

###  INSTANTIATE CHARACTER CLASSES
###  name,intro,initiative,movement,attack,defense,damage,hitpoints BONUSES
player = character("Player","Player Intro",3,5,3,3,random.randint(1,10),30)
enemy = character("Enemy","Enemy Intro",3,5,3,3,random.randint(1,10),30)


###   INSTANTIATE ROLL_SYSTEM CLASS TO HANDLE RANDOM ROLLS
#combat = roll_system((player.attack_roll(),enemy.attack_roll()),())
combat = roll_system()
combat.combat_system()
### RUNS TWICE
combat.combat_system()


"""run = True
while run == True:
   #combat.combat_system()
   combat = input("Combat Y or N ?&gt;&gt;&gt;")
   combat.combat_system()
   if combat == "N":
       run = False
   else:
       combat.combat_system()"""


"""while player.hitpoints &gt;= 0 :
   combat.combat_system()
   go_again = input("Continue Y or N?&gt;&gt;&gt; ")

   if go_again == "Y" or go_again == "y":
       combat.combat_system()
   else:
       print("YOU ARE DEAD")
else:
   print("You are Dead")"""

#print(player.intro)
#print(enemy.intro)
#player.initiative_roll()
#player.move_roll()
#player.attack_roll()
#player.defense_roll()

#player.initiative_roll()
#enemy.initiative_roll()
#player.initiative_roll()
#enemy.initiative_roll()



#print(player.move())
#print(player.movement)

#if __name__ == '__main__':
   # main()

</pre>