horstjens

import random
import PySimpleGUI as sg



spieler = 1
summe = 0
rows = 6  # max. 26
cols = 7 # max. 26
gewinnt = 4

horstjens

import random
spieler = 1
summe = 0
rows = 6 # max. 25
cols = 17 # max. 25
gewinnt = 5
spielzug = 0
#feld = [
#        [0,0,0,0,0,0,0],
#        [0,0,0,0,0,0,0],

horstjens

# gist.github.com/horstjens


import vpython as vp
import random

class Game:
	scene = vp.canvas(width=1200, height=650, title="wall surfer")
	dt = 0.1
	xlimit = 20

horstjens

import turtle
import random
w,h = 1200,750
turtle.setup(w,h)
colors = ["blue","red","green","yellow"]
goals = []
stable = []

y = h//2

horstjens

# gist.github.com/horstjens


import vpython as vp
import random

class Game:
	dt = 0.1
	xlimit = 20
	ylimit = 10

horstjens

# Credit for this: Nicholas Swift
# as found at https://medium.com/@nicholas.w.swift/easy-a-star-pathfinding-7e6689c7f7b2
from warnings import warn
import heapq

class Node:
    """
    A node class for A* Pathfinding
    """

horstjens

import random
import vpython as vp

class Game:
    size = 20

class Ball(vp.sphere):
    def __init__(self):
        p  = vp.vector(random.uniform(0, Game.size),
                       random.uniform(0, Game.size),

horstjens

import vpython as vp
import random

class Game:
    player1 = None
    player2 = None
    fps = 30   # frames per second
    dt = 1/fps # delta time in seconds
    board_size = 10
    player_speed = 2

horstjens

import vpython as vp
import random

class Game:
    fps = 30   # frames per second
    dt = 1/fps # delta time in seconds
    board_size = 10
    player_speed = 2
    max_balls = 3
    gravity = -0.2

horstjens

import random
from dice2 import diceroll

class Monster:
    
    def __init__(self, name):
        self.name = name
        self.hp = 10
        self.attack = 0.7
        self.defense = 0.5