pokemonfight

pokemonfight001.py

# battle between 2 pokemons

import random

class Pokemon:
	
	def __init__(self, name):
		self.name = name
		self.hp_full = 100
		self.hp = 100
		self.speed = 10
		self.attack = 7
		self.defense = 5
		self.attack_magic = 3
		self.defense_magic = 2
		
	def display_stats(self):
		print(f"---- stats of {self.name} -----")
		for k,v in self.__dict__.items():
			if not k.startswith("__"):
				print(f"{k:>18}:{v:>5}")


def fight(a,b):
	print(f"========== {a.name} vs. {b.name} =========")
	# ---- faster monster attacks first ----
	speed_a = a.speed + random.randint(1,6)
	speed_b = b.speed + random.randint(1,6)
	print("speed rolls:", speed_a, speed_b)
	if speed_a == speed_b:
		speed_a += random.choice((1,-1))
	if speed_a > speed_b:
		print(a.name, "attacks first")
		attack(a,b)
		# counterstrike
		if b.hp > 0:
			print(b.name, "strikes back")
			attack(b,a)
	else:
		print(b.name, "attacks first")
		attack(b,a)
		if a.hp >0:
			print(a.name, "strikes back")
			attack(a,b)
	print("------- end result: -------------")
	print(f"{a.name}: {a.hp} hp left of {a.hp_full} ({a.hp/a.hp_full:.2f}%)")
	print(f"{b.name}: {b.hp} hp left of {b.hp_full} ({b.hp/b.hp_full:.2f}%)")
	

def physical_attack(attacker, defender):
	attack_value = attacker.attack + random.randint(1,6)
	defense_value = defender.defense + random.randint(1,6)
	print("physical attack:", attack_value, "vs.", defense_value)
	if attack_value > defense_value:
		damage = attack_value - defense_value
		# print as % of full hp
		print("damage:", damage, "% of full hp:", damage/defender.hp_full*100)
		defender.hp -= damage
		if defender.hp <= 0:
			print("defender dies!")
	else:
		print("attack fails")
	
	
	
def magical_attack(attacker, defender):
	attack_value = attacker.magical_attack + random.randint(1,6)
	defense_value = defender.magical_defense + random.randint(1,6)
	print("magical attack:", attack_value, "vs.", defense_value)
	if attack_value > defense_value:
		damage = attack_value - defense_value
		# print as % of full hp
		print("damage:", damage, "% of full hp:", damage/defender.full_hp*100)
		defender.hp -= damage
		if defender.hp <= 0:
			print("defender dies!")
	else:
		print("attack fails")

	
def attack(attacker,defender):
	# physical or magic ?
	diff_physic = attacker.attack - defender.defense
	diff_magic  = attacker.attack_magic - defender.defense_magic
	
	if diff_physic == diff_magic:
			diff_physic += random.choice((-1,1))
	
	if ((diff_physic > 0) and (diff_magic > 0)) or (
		(diff_physic < 0) and (diff_magic < 0)):
		if diff_physic > diff_magic:
			physical_attack(attacker,defender)
		else:
			magic_attack(attacker,defender)
	elif diff_physic > 0:
			physical_attack(attacker,defender)
	else:
			magic_attack(attacker,defender)
	
		
	
		
	
       
ignivor  = Pokemon("igni")
# change here stats of ignivor
# ignivor.attack_magic = 22
ignivor.display_stats()
hydropy = Pokemon("hydro")
# change here stats of hydropy
# hydropy.defense_magic = 0
hydropy.display_stats()

#put this into a loop
fight(ignivor, hydropy)


		       

würfelsystem.py

import random

# d.... normaler Würfel
# D.....nochmal würfeln bei (höchster Zahl), ergebnis addieren 
"""
Beispiel
1D6....6+4  = 6-1 + 4
1D6    6+1  = 6-1+1
1D6....6+6+6+2 = (6-1)+(6-1)+(6-1)+2
               =  5+5+5+2 = 17
"""


def roll(dicestring="1d6"):
	# guardians, checking if dicestring is valid
	if "d" not in dicestring.lower():
		raise ValueError("neiter 'd' nor 'D' found in dicestring", dicestring)	
	if dicestring.lower().count("d") > 1:
		raise ValueError("more than one 'd'(or 'D') found inside dicestring", dicestring)
	dice, sides = dicestring.lower().split("d")
	if not (dice.isnumeric() and sides.isnumeric()):
		raise ValueError("non-numeric char (except 'd'/'D') found in dicestring", dicestring)
	# repeat ?
	if "d" in dicestring:
		repeat = False
	elif "D" in dicestring:
		repeat = True
	dice = int(dice)
	sides = int(sides)
	#print("number of dice:", dice)
	#print("number of sides per die:", sides)
	resultstring = ""
	result = 0
	for i in range(dice):
		x = random.randint(1,sides)
		while repeat and (x == sides):
			result += (x-1)
			resultstring += f"({x}-1)+"
			x = random.randint(1,sides)		
		resultstring += f"{x}"
		if i < dice-1:
			resultstring += "+"
		result += x
	resultstring += f"={result}"
	return result, resultstring
	
		
			
print(roll("8D20"))	           
#print(roll("2x5"))
#roll("4d2 ")