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Re: Self in the Argument List: Redundant is not Explicit
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Posted: Nov 30, 2011 2:26 AM
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I am learning python for 1 week. I was trying to create a class Player(object) in which there are player creation function , player print stats, player attacks enemy and so and so... but I got so many strange issues with classes, this might be my little knowing the language or just it`s more complicated than it looks...You can review a simple prototype here
# for dices
from random import randint
class Player(object):
#player must have attribites:
#HP, ATK, DEF, SPD and S.Skill!
def __init__(self):
self.player={ "Name": " ",
"Class":" ",
"HP": 0,
"ATK":0,
"DEF":0,
"SPD":0,
"SKILL": " "} #container for the player
def class_atributes(self, HP, ATK, DEF, SPD, SKILL):
self.player["HP"] = randint(1,10)+HP # 5 for thieves, 10 for fighters, 15 for defenders
self.player["ATK"] = randint(1,6)+ATK #2 for thieves, 5 for fiighters, 3 for defenders
self.player["DEF"] = randint(1,6)+DEF #2 for thieves, 3 for fighters, 5 for defenders
self.player["SPD"] = randint(1,6)+SPD #6 for thieves 2 for fighters and defenders
self.player["SKILL"] = SKILL
def player_creation(self):
self.name = str(input("Enter your name: "))
self.class_p = str(input("Enter your class: "))
if self.class_p == "fighter":
self.player["Name"] = self.name
self.player["Class"] = self.class_p
self.class_atributes(10, 5,3,2,"Charge!")
elif self.class_p == "thief":
self.player["Name"] = self.name
self.player["Class"] = self.class_p
self.class_atributes(5, 2,2,6,"Critical!")
elif self.class_p == "defender":
self.player["Name"] = self.name
self.player["Class"] = self.class_p
self.class_atributes(15,3,5,2,"Counter!")
else:
print("Unknown class! Please refer to:\nfighter, thief, defender\n")
return "player_creation"
def player_print(self):
print("\n~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~")
print("Name: %s \t|Class: %s"%(self.player["Name"], self.player["Class"]))
print("HP :%r"%("#"*self.player["HP"]))
print("ATK:%r"%("#"*self.player["ATK"]))
print("DEF:%r"%("#"*self.player["DEF"]))
print("SPD:%r"%("#"*self.player["SPD"]))
print("SKILL:%s"%(self.player["SKILL"]))
print("~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~\n")
def player_turn(self, player, enemy):
print("It`s %s turn. Take a wise action\n"%(self.player["Name"]))
self.action = str(input("(A)ttack, (S)pecial, (M)enu: "))
if self.action == 'a' or self.action == 'A':
self.attack = randint(1,6)+self.player["ATK"]
self.attack -= enemy.player["DEF"]
enemy.player["HP"] -= self.attack # damage enemy
return 0
elif self.action == 'm' or self.action == 'M':
self.player_print()
else:
print("Error usage, turn wasted... Be more wise")
return 0
def player_death(self, player, enemy):
print("""It was a gruesome battle.... but after hevy damages and deep wounds %s didn`t make it and fell under %s the cunning tactics and peerless skill"""%(self.player["Name"], enemy.player["Name"]))
def battle(self, enemy):
#init player speeds
self.p1turn = self.player["SPD"]
self.p2turn = enemy.player["SPD"]
while self.player["HP"] >=0 or enemy.player["HP"] >=0:
self.p1turn += self.player["SPD"]
self.p2turn += enemy.player["SPD"]
if self.p1turn >= 100:
self.p1turn = self.player_turn(player,enemy)
if self.p2turn >= 100:
############################################################################# ##############################
p1 = Player()
p2 = Player()
p3 = Player()
p1.player_creation()
p2.player_creation()
p1.player_print()
p2.player_ print()
p1.battle(p2)
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