ch_PythonPong.py

Python Mini

from processing import *
import random

wt = 500
ht = 400

global score1, score2
score1 = 0
score2 = 0
global firstXp, firstYp, firstxv, firstyv
firstXp = 250
firstYp = 200
firstXv = 5
firstYv = 4

paddle1 = {
    "xp" : 30,
    "yp" : 50,
    "wt" : 10,
    "ht" : 50,
    "vv" : 15,
    "my" : 0
    }

paddle2 = {
    "xp" : 460,
    "yp" : 175,
    "wt" : 10,
    "ht" : 50,
    "vv" : 15,
    "my" : 0
    }

b = {
    "xp" : firstXp,
    "yp" : firstYp,
    "xv" : firstXv,
    "yv" : firstYv,
    "rad" : 10
    }
# :::::::::::::::: LEFT PADDLE [1]:::::::::::::::::::::::::::::::
def drawPaddle1():
    fill(255, 0, 0)
    rect(paddle1["xp"], paddle1["yp"], paddle1["wt"], paddle1["ht"])
def keyPressed():
    if keyboard.keyCode == 87:
        paddle1["my"] = -1
    elif keyboard.keyCode == 83:
        paddle1["my"] = 1
    if keyboard.keyCode == UP:
        paddle2["my"] = -1
    elif keyboard.keyCode == DOWN:
        paddle2["my"] = 1
def movePaddle1():    
    paddle1["yp"] = (paddle1["yp"] + paddle1["vv"] * paddle1["my"])
    if paddle1["yp"] <= 0:
        paddle1["yp"] = 0
    if (paddle1["yp"] + paddle1["ht"]) >= ht:
        paddle1["yp"] = ht - paddle1["ht"]
def keyReleased():
    if keyboard.keyCode in [87, 83]:
        paddle1["my"] = 0
    if keyboard.keyCode in [UP, DOWN]:
        paddle2["my"] = 0
        
# :::::::::::::::: RIGHT PADDLE [2]:::::::::::::::::::::::::::::::
def drawPaddle2():
    fill(0, 50, 255)
    rect(paddle2["xp"], paddle2["yp"], paddle2["wt"], paddle2["ht"])
def movePaddle2():    
    paddle2["yp"] = (paddle2["yp"] + paddle2["vv"] * paddle2["my"])
    if paddle2["yp"] <= 0:
        paddle2["yp"] = 0
    if (paddle2["yp"] + paddle2["ht"]) >= ht:
        paddle2["yp"] = ht - paddle2["ht"]

# ::::::::::::::::: BALL :::::::::::::::::::::::::::::::::::
def drawB():
    fill(255, 255, 255)
    ellipse(b["xp"], b["yp"], b["rad"]*2, b["rad"]*2)
def moveB():
    global score1, score2, lvlup
    b["xp"] = b["xp"] + b["xv"]
    b["yp"] = b["yp"] + b["yv"]
    # GAINING POINTS ::::::::::::::::::::::::::::::::::::::
    if b["xp"] - b["rad"] <= 0: 
        score2 = score2 + 1
        b["xp"] = firstXp
        b["yp"] = firstYp
        b["xv"] = firstXv
        b["yv"] = firstYv
    if b["xp"] + b["rad"] >= wt:
        score1 = score1 + 1
        b["xp"] = firstXp
        b["yp"] = firstYp
        b["xv"] = firstXv
        b["yv"] = firstYv
    # PADDLE [1] COLLISION BEHAVIOR :::::::::::::::::::::::::::::
    if b["xp"] - b["rad"] + b["xv"] == paddle1["xp"] + paddle1["wt"] and b["yp"] > paddle1["yp"] and b["yp"] < paddle1["yp"] + paddle1["ht"]:
        b["xv"] = b["xv"]*-1
        #BECAUSE BALL ALWAYS HITS ON LEFT :
        b["xv"] = b["xv"] + 0.1
        if b["yv"] > 0:
            b["yv"] = b["yv"] + 0.1
        elif b["yv"] < 0:
            b["yv"] = b["yv"] - 0.1
    elif b["xp"] - b["rad"] + b["xv"] < paddle1["xp"] + paddle1["wt"] and b["yp"] > paddle1["yp"] and b["yp"] < paddle1["yp"] + paddle1["ht"]:
        paddle1Side = paddle1["xp"] + paddle1["wt"]
        distToPaddle1Side = b["xp"] - b["rad"] - paddle1Side
        b["xp"] = b["xp"] - distToPaddle1Side
        b["xv"] = b["xv"]*-1 
        b["xv"] = b["xv"] + 0.1
        if b["yv"] > 0:
            b["yv"] = b["yv"] + 0.1
        elif b["yv"] < 0:
            b["yv"] = b["yv"] - 0.1

# PADDLE [2] COLLISION BEHAVIOR :::::::::::::::::::::::::::::
    if b["xp"] + b["rad"] + b["xv"] == paddle2["xp"] and b["yp"] > paddle2["yp"] and b["yp"] < paddle2["yp"] + paddle2["ht"]:
        b["xv"] = b["xv"]*-1
        #BECAUSE BALL ALWAYS HITS ON RIGHT:
        b["xv"] = b["xv"] - 0.1
        if b["yv"] > 0:
            b["yv"] = b["yv"] + 0.1
        elif b["yv"] < 0:
            b["yv"] = b["yv"] - 0.1
    elif b["xp"] + b["rad"] + b["xv"] > paddle2["xp"] and b["yp"] > paddle2["yp"] and b["yp"] < paddle2["yp"] + paddle2["ht"]:
        distToPaddle2Side = paddle2["yp"] - (b["yp"] + b["rad"])
        b["xp"] = b["xp"] + distToPaddle2Side
        b["xv"] = b["xv"]*-1 
        b["xv"] = b["xv"] - 0.1
        if b["yv"] > 0:
            b["yv"] = b["yv"] + 0.1
        elif b["yv"] < 0:
            b["yv"] = b["yv"] - 0.1
    # TOP & BOTTOM WALLS ::::::::::::::::::::::::::
    if b["yp"] - b["rad"] <= 0 or b["yp"] + b["rad"] >= ht:
        b["yv"] = b["yv"]*-1   
        
# :::::::::::::::::: SCORE :::::::::::::::::::::::::::::::::
def scoreboard():
    textSize(15)
    fill(255, 255, 255)
    text("Player 1: %d"%score1, 10, 25)
    text("Player 2: %d"%score2, 420, 25)
    if score1 == 10:
        textSize(50)
        fill(255, 0, 0)
        text("Player 1 Wins", 100, 220)
        exitp()
    if score2 == 10:
        textSize(50)
        fill(0, 50, 255)
        text("Player 2 Wins", 100, 220)
        exitp()    
def setup():
    size(wt, ht)
    keyPressed()    
    keyReleased()
def draw():
    background(0, 0, 0)
    drawPaddle1()
    movePaddle1()
    drawPaddle2()
    movePaddle2()    
    drawB()    
    moveB()
    scoreboard() 
run()

( around 160 lines python code )

Published By:

EM5700

Published on 2020-03-10T12:38:07Z

Python Mini - an OYOclass application, own your own class today.

Result

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