#ai battle with classes #because of input, you can change the stats through the program #maybe change ai, #beginners should skip """ bots will know everything and will make desicions based on them """ """ updates: event 1, the typo healing items reduced an extra ai to attack, crit strike damage increased ai upgrades critical strikes, injuries! (depending on the damage done, you could get hurt, keep that in mind next time you think a high damage ai will lose! they are created before a critical strike so you don't hit a lucky critical and injure somebody.)[all are permanent and recorded in case you need the info to mod, also the more injuries you had the worst they become] an attack ai that can stop some infinite defence wars added updates new shield and attack ai fixes an error (always check before you save) """ """ events: event 1: there is a typo, it will be fixed next update, find it, wherever it may hide! """ from random import randint as rand class bot: def __init__(self, name, hp, pow, pro): self.ef = [] self.name=name self.hp=hp self.mhp=hp self.damage=pow self.pdamage = pow self.hurt = [0, 0]#[damage, defence] #hurt is all the injury debuffs s = pro+pow if pro<=0: pro+=1 self.defence=pro self.heal=round(hp/s) print("bot ready, stats, hp: {} damage: {}, defence: {} healing items {}".format( hp, pow, pro, self.heal))#sweat begins💧 def is_dead(self): if(self.hp<=0): self.ef= [] self.ef.append("ded") self.mhp=0 self.defence=0 self.damage=0 return "no hp left and is dead" else: return "{} hp left".format(self.hp) def injury (self): ow = rand(0,1) if ow==0: self.hurt[1]+= 10+rand(0,20) self.defence-=self.hurt[1] return "my defence is lowered (defence: {})".format(self.defence) else: self.hurt[0] +=10+rand(0, 20) self.damage-=self.hurt[0] return "I can no longer hit as hard (damage: {})".format(self.damage) def hit(self, ta): if "ded" not in self.ef: if self.defence>ta: ta = 0 else: ta-=self.defence if "shield" in self.ef: ta/=1.5 self.ef.remove("shield") if ta>=self.hp/2: print("{} got injured!!!{}".format(self.name, self.injury())) if rand(1, 12) == 3: ta*=1.5 ta = round(ta) print("CRITICAL STRIKE") self.hp-=ta print("{} took {} damage and now has {}".format(self.name, ta, self.is_dead())) else: print("you are dead, you are trashed and can't take any more damage") def block(self): if "crit" not in self.ef and "ded" not in self.ef and "shield" not in self.ef: print("{} is blocking".format(self.name)) self.ef.append("shield") else: print("{} could NOT block while charging".format(self.name)) def crit(self): if "shield" not in self.ef and "ded" not in self.ef: print("{} is charging".format(self.name)) self.ef.append("crit") self.pdamage +=2.4 else: print("{} could NOT charge while blocking".format(self.name)) def healing(self): if "ded" not in self.ef: if self.heal>0: hh = self.mhp if self.mhp/10-self.damage<=0: hh=self.mhp/10 else: hh= hh/10-self.damage self.hp+=hh if self.hp>self.mhp: self.hp=self.mhp self.heal-=1 print("{} healed {} hp and is now at {} hp".format(self.name, hh, self.hp)) else: print("but I am out of heals") else: print("I can't revive myself") #what is easy understand def attack(self): if "ded" not in self.ef: if "shield" in self.ef: return self.defence+2 elif "crit" in self.ef: p = 0 t = [] for i in self.ef: if i=="crit": p+=2.4 else: t.append(i) self.ef = t self.pdamage=self.damage return self.damage*p else: return self.damage else: return 0 #some ups def powup(self): self.damage+=4 self.pdamage+=4 if self.defence>3: self.defence-=3 self.mhp-=1 print("{} used powup, damage INCREASED, max kp and defence DECREASED".format(self.name)) def sup(self): self.defence+=4 if self.mhp>4: self.mhp-=3 if self.damage>1: self.damage-=1 self.pdamage-=1 print("{} used defup, defence INCREASED, max hp and damage DECREASED".format(self.name)) def hpup(self): self.mhp+=4 self.hp+=2 if self.damage>4: self.damage-=3 self.pdamage-=3 if self.defence>1: self.defence-=1 print("{} used hpup, hp and max hp INCREASED, damage and defence DECREASED".format(self.name)) #the trade OFF def tradeoff (self): ta = self.mhp/5 self.hp+=ta self.mhp/=5 if self.hp>self.mhp: self.hp=self.mhp print("{} traded off max hp for more hp, now he has {} hp and max hp reduced to {}".format(self.name, self.hp, self.mhp)) """ OK STOP HERE HERE ARE THE BOTS IF YOU WANNA CHANGE STATS PLEASE DO -!-!-!-!-!-!-!-!-!-!-!-!-!-!-!-!-!-!-!- HALT NEIN YOOOUUUU SHAAALLLL NOOOTTTT PAAASSSSSS """ bot1 = bot("error", 1200, 60, 0) # only two bots at a time (name, hp, damage, defence) bot2 = bot("coder", 700, 40, 40) #the og vs the new #ai of the bots (bot 1 first) """ the ai gets constantly updated, if you find an error that might be me trying to get an update in """ def b1(): #bot1 ai #defensive ai first if bot1.hp<=round(bot1.mhp/20): bot1.tradeoff() elif bot1.hp<=round(bot1.mhp/5) and bot1.heal>0: if "crit" not in bot1.ef and "shield" not in bot1.ef: bot1.block() else: bot1.healing() elif bot1.hp<=round(bot1.mhp/40) and bot1.heal<=0: if "crit" not in bot1.ef and "shield" not in bot1.ef: bot1.block() else: bot1.hpup() elif bot2.pdamage>=bot1.hp: if "shield" not in bot1.ef and "crit" not in bot1.ef: if rand(0, 1): bot1.block() else: bot1.healing() elif bot1.heal>0: bot1.healing() else: bot1.sup() #now some critical hits elif bot2.pdamage>=bot1.hp and "crit" in bot1.ef: if bot1.heal>0: bot1.healing() else: bot2.hit(bot1.attack()) elif bot2.pdamage<=bot1.defence or "shield" in bot2.ef: if rand(0, 1): bot1.powup() elif bot1.pdamage-bot2.defence>=50: bot2.hit(bot1.attack()) elif bot2.pdamage>=round(bot1.defence/10): bot1.sup() elif bot2.pdamage>=bot1.hp/2: bot1.block() else: if "shield" in bot2.ef: bot1.powup() elif bot1.pdamage>=round(bot2.defence/5): bot1.sup() elif bot2.pdamage>=bot1.hp/2: bot1.block() else: if rand(0, 1): bot1.sup() else: if bot1.pdamage>bot2.defence: if rand(0, 1): bot2.hit(bot1.attack()) else: bot1.crit() elif bot2.defence>=bot1.pdamage: if "shield" in bot1.ef: bot1.powup() else: if rand(0, 1): bot1.sup() else: bot1.crit() #finally, the attack else: if rand(0,1): if "shield" not in bot2.ef: bot1.crit() else: bot1.powup() else: bot2.hit(bot1.attack()) def b2(): #bot2 ai #defensive ai first if bot2.hp<=round(bot2.mhp/40): bot2.tradeoff() elif bot2.hp<=round(bot2.mhp/5) and bot2.heal>0: if "crit" not in bot2.ef or "shield" not in bot2.ef: if rand(0, 1): bot2.block() else: bot2.healing() else: bot2.healing() elif bot2.hp<=round(bot2.mhp/20) and bot2.heal<=0: if "crit" not in bot2.ef and "shield" not in bot2.ef: bot2.block() else: bot2.hpup() elif bot1.pdamage>=bot2.hp: if "shield" not in bot2.ef and "crit" not in bot2.ef: bot2.block() elif bot2.heal>0: bot2.healing() else: bot2.sup() #now some critical hits elif bot1.pdamage>=bot2.hp and "crit" in bot2.ef: if bot2.heal>0: bot2.healing() else: bot1.hit(bot2.attack()) elif bot1.pdamage<=bot2.defence or "shield" in bot1.ef: if rand(0, 1): bot2.powup() elif bot2.pdamage-bot1.defence>=50: bot1.hit(bot2.attack()) elif bot1.pdamage>=round(bot2.defence/5): bot2.sup() elif bot1.pdamage>=bot2.hp/2: bot2.block() else: if rand(0, 1): bot2.sup() else: if bot2.pdamage>bot1.defence: if rand(0, 1): bot1.hit(bot2.attack()) else: bot2.crit() elif bot1.defence>=bot2.pdamage: if "shield" in bot2.ef: bot2.powup() else: if rand(0, 1): bot2.sup() else: bot2.crit() #finally, the attack else: if rand(0, 1): if "shield" not in bot2.ef: bot2.crit() else: bot2.powup() else: bot1.hit(bot2.attack()) while True: b1() b2() #input("next") """uncomment that if you are using a good python IDE """ if bot1.hp<=0 or bot2.hp<=0: break

ai bot fighter