created __init__.py, and refactored all of game.py to acommodate for it

Armor.py

@@ -4,50 +4,52 @@
 class Armor:
     # level,classtype,name,type,basedef,durability
     def __init__(self, armorlevel, armorclasstype, armorname, armortype, armorbasedef, armordur):
+        # level
         self.level = armorlevel
+        # hero Class
         self.classtype = armorclasstype
+        # hero Class
         self.type = armortype
         self.name = armorname
+
         self.basedefn = armorbasedef
         self.defn = self.basedefn
+
         self.maxdur = armordur
         self.dur = self.maxdur
 
     # damage durability, and check to see if broken
     def damagedur(self, aug, curve):
-        self.dur -= int(aug * curve)
+        self.dur -= int(aug * curve * .1)
         self.isbroken()
         pass
 
     # restore dur and check to see if fixed
     def restoredur(self, aug):
         self.dur += aug
-        if not self.isbroken():
+        if self.dur > self.maxdur:
             self.dur = self.maxdur
+        if not self.isbroken():
+            self.defn = self.basedefn
 
-    def gearbreak(self):
-        self.atk = int(self.basedefn * .3)
-
-    # 15% durability = stat reduction
-    def isbroken(self):
-        if self.dur <= 0:
-            self.gearbreak()
-            return True
-        elif self.dur >= self.maxdur * .15:
-            return False
-
+    # repair entirely
     def repair(self):
         self.defn = self.basedefn
         self.dur = self.maxdur
 
-    # checks to see if gear durability is 0
+    # 15% durability = stat reduction
     def isbroken(self):
         if self.dur <= 0:
-            self.defn = int(self.basedefn * .3)
+            self.gearbreak()
             return True
-        else:
+        elif self.dur > 0:
             return False
 
+    # this breaks the gear
+    def gearbreak(self):
+        self.atk = int(self.basedefn * .3)
+
+    # prints all armor info
     def printarmorinfo(self):
         Game.marqueeprint('ARMOR')
         print(Game.lr_justify('Level:', str(self.level), 50))

Enemy.py

@@ -16,15 +16,19 @@ def __init__(self, enemylevel, enemyname1, enemyname2, enemyname3, enemyatk, ene
         self.defn = enemydefn
         self.effect = enemystatuseffect
 
-    # heals enemy (not used yet)
+    # Heals user up to max health
     def heal(self, hpup):
+        Game.centerprint('Enemy heals for ' + str(int(hpup)) + ' HP')
+        print('')
         self.hp += hpup
         if self.hp > self.maxhp:
             self.hp = self.maxhp
 
-    # damages enemy
-    def damage(self, hpdown):
-        self.hp -= hpdown
+    # take damage
+    def damage(self, hpdown, curve):
+        effatk = hpdown + (hpdown * curve)
+        self.hp -= int(effatk)
+        Game.centerprint(str(self.name) + ' takes ' + str(int(effatk)) + ' damage!')
         if self.hp < 0:
             self.hp = 0