Feb-24-2018, 11:21 AM
def start_game():
import sys
import time
import random
import math
print('''Welcome to Python World.
This is a word based RPG adventure game.
I am Dev_unknown and I will be your guide through this exhillirating adventure
1) Start your adventure
2) Continue
3) Read help journals
4) Exit''')
first_input = input()
input_list= ["1", "2", "3", "4"]
while first_input not in input_list:
start_game()
if first_input == "1":
def play():
money=100
print ("Vendor: Hello! What would be your name?")
name = input("")
print(name,'''? What a lovely name, for such a lovely fella.
Now, tell me, what weapon shall I get for you? A sword? Dagger? Perhaps a bow? Or... an axe?''')
w_1=input("")
print("Indeed? That'll be fifty.")
print("Money:", money)
print ("That'll be nuff.")
money=money-50
inventory = list ("")
if w_1 == "Sword" or "sword":
inventory.append("Stone Sword")
if w_1 == "Axe" or "axe":
inventory.append ("Stone Axe")
if w_1 == "Bow" or "bow":
inventory.append ("Wood Bow")
if w_1 == "dagger" or "Dagger":
inventory.append("Rusty Dagger")
else:
print("Vendor: Well... what do you want?")
w_1 = input()
if w_1 == "Sword" or "sword":
print("You have received Stone Sword.")
inventory.append("Stone Sword")
if w_1 == "Axe" or "axe":
print("You have received Stone Axe")
inventory.append ("Stone Axe")
if w_1 == "Bow" or "bow":
print("You have received Wood Bow.")
inventory.append ("Wood Bow")
if w_1 == "dagger" or "Dagger":
print("You have received Rusty Dagger")
inventory.append("Rusty Dagger")
def add(item):
print ("You have received:", item)
time.sleep(1)
if w_1 == "Sword" or "sword":
add("Stone Sword")
if w_1 == "Axe" or "axe":
add("Stone Axe")
if w_1 == "Bow" or "bow":
add("Wood Bow")
if w_1 == "Dagger" or "dagger":
add("Rusty Dagger")
print("Money:", money)
print("Dev_unknown: And so... your adventure starts.")
time.sleep(3)
print ("")
print ("The Barktree Forest")
play()
if first_input == "4":
sys.exit()
if first_input == "3":
print ('''Python World tutorial and guide:
Python World is an adventure RPG. It uses simple commands like [input] to find out what the player wants to do. It cannot allow too much freedom, so many lines in the code state to: Input [x,y,z].
It uses dictionaries and lists to contain data on weapons and enemies. These functions hopefully make it more fun to play the game.
It uses a peculiar system where each weapon is in a class of it's own.
Input [more] to learn about weapon classes or [exit] to back out to the menu.''')
input_help_a= input()
if input_help_a == "more" or "More":
print('''The Combat System:
Python World uses a variety of mathematical functions to make sure the combat is exciting.
Python World uses the random value to replicate a percentage. There is a chance for attacks to miss, hit, or hit and do 'critical' damage.
Stone Sword:
40 ATK
Speed=50
Crit chance = 20%
Miss chance = 10%
Warrior's Sword:
100 ATK
Speed=75
Crit chance = 45%
Miss chance = 15%
Rusty Dagger:
20 ATK
Speed=60
Crit chance = 40%
Miss chance = 15%
Assassain's Dagger:
80 ATK
Speed = 100
Crit chance = 50%
Miss chance = 25%
Wood Bow:
40 ATK
Speed = 45
Crit chance = 30%
Miss chance = 20%
Archer's Bow:
100 ATK
Speed = 90
Crit chance = 40%
Miss chance = 10%
Stone Axe:
80 ATK
Speed = 20
Crit chance = 5%
Miss chance = 30%
Guard's Axe:
120 ATK
Speed = 15
Crit chance = 0%
Miss chance = 30%
Input [more] to learn about enemy types or [exit] to return to the menu.''')
input_help_b = input()
if input_help_b == "more":
print ('''Enemies:
There are four types of common monsters.
Slime:
These monsters are slow, but they almost never miss.
Zombie:
Not very accurate, but hit very hard.
Arcane Skeleton:
Undead wizard that doesn't hit for much, but a crit will do a lot of damage.
Ghost:
Speedy souls, chip damage.
Input [exit] to return to the menu.''')
input_help_c = input()
if input_help_c == "exit":
start_game()
else:
print("Input [exit].")
input_help_c = input()
if input_help_c == "exit":
start_game()
else:
start_game()
else:
start_game()
if input_help_a == "exit" or "Exit":
start_game()
else:
first_input=input("")
start_game()The problem is with lines 30-39
