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3DPongMainGOOD.py
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3DPongMainGOOD.py
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from visual import *
import random
import math
# Difficulty Variables to Initialize what Difficulty
# the user chose in Single Player Mode
easyMode = 0
mediumMode = 0
hardMode = 0
# Title Screen Directions
def TitleScreen():
menuDisplay = display(title='Pong', x=0, y=0, width=950,
height=950, center=(5,0,0), background=(1,1,1))
#autoscale
menuDisplay.autoscale = False
# Black Back Wall
wallBack = box(pos = vector(5,0,-20), size=(20,20,0.2), color = color.yellow)
# Front Invisible Wall
wallFront = box(pos=vector(5,0,0), size=(20,20,0.2), opacity = 0.01)
# Top Wall
wallTop = box(pos=vector(5,10,-10), size= (20,0.2,20), color=color.yellow)
# Left Wall
wallLeft = box(pos=vector(-5,0,-10), size=(0.2,20,20), color=color.black)
# Right Wall
wallRight = box(pos=vector(15,0,-10), size=(0.2,20,20), color=color.black)
# Bottom Wall
wallBottom = box(pos=vector(5,-10,-10),size = (20,0.2,20), color=color.yellow)
# Ball
menuBall = sphere(pos=vector(5,0,-8), radius=0.4)
#Paddles
StartingPaddleScreen1 = box(pos=vector(-4, 0,-10), size = (0.2,3,3), color=color.yellow)
StartingPaddleScreen2 = box(pos=vector(14,0,-10), size = (0.2,3,3), color=color.yellow)
# Title Text
titleScreenText = text(text = "3D Pong", pos = (5,8, 0), align = "center",
depth = 0.10, height = 1.5, width = 1.5,
color = color.white)
# Start Game Single Player
titleScreenText = text(text = "Press Q for 1 player", pos = (-0.5,-4.5, 0),
depth = 0.10, height = 1, width = 1,
color = color.white)
# 2 Player Mode
titleScreenText = text(text = "Press W for 2 players", pos = (-1,-6, 0),
depth = 0.10, height = 1, width = 1,
color = color.white)
# 4 Player Mode
titleScreenText = text(text = "Press E for 4 players", pos = (-1,-7.5, 0),
depth = 0.10, height = 1, width = 1,
color = color.white)
titleScreenText = text(text = "Press R for Practice Mode", pos = (-2.3,-8.9,0),
depth = 0.10, height = 1, width = 1,
color = color.white)
while True:
rate(30)
if menuDisplay.kb.keys:
key = menuDisplay.kb.getkey()
if key == "q":
menuDisplay.delete()
# Single Player Mode
difficultySet(easyMode, mediumMode, hardMode)
if key == "w":
menuDisplay.delete()
# 2 Player Mode
player2Main()
if key == "e":
menuDisplay.delete()
# 4 Player Mode
player4Main()
if key == "r":
menuDisplay.delete()
# Practice Mode
practiceMain()
# Difficulty Settings when Single Player is Chosen
def difficultySet(easyMode, mediumMode, hardMode):
# Difficulty Variables
easyMode = 0
mediumMode = 0
hardMode = 0
# Difficulty Screen
difficultyDisplay = display(title='Difficulties', x=0, y=0,
width = 950, height = 950, center=(5,0,0), background = (1,1,1))
difficultyDisplay.autoscale = False
# Title
titleScreenText = text(text = "Difficulty Presets", pos = (-0.2,8.5, 0),
depth = 0.01, height = 1, width = 1,
color = color.black)
# Easy Mode Text
titleScreenText = text(text = "Press Q for Easy Mode", pos = (-2,-3.5, 0),
depth = 0.01, height = 1, width = 1,
color = color.black)
titleScreenText = text(text = "Press W for Medium Mode", pos = (-3,-5.5, 0),
depth = 0.01, height = 1, width = 1,
color = color.black)
titleScreenText = text(text = "Press E for Hard Mode", pos = (-2,-7.5, 0),
depth = 0.01, height = 1, width = 1,
color = color.black)
titleScreenText = text(text = "Press R to return to the menu", pos = (-4,-9.5, 0),
depth = 0.01, height = 1,
width = 1,
color = color.black)
titleScreenText = text(text = "While in the game", pos = (-0.5,1,0), depth = 0.01, height = 1, width = 1, color=color.black)
titleScreenText = text(text = "Press P to pause and O to unpause", pos = (-4.5,-0.5,0), depth = 0.01, height = 1, width = 1, color=color.black)
while True:
rate(30)
if difficultyDisplay.kb.keys:
keyDifficulty = difficultyDisplay.kb.getkey()
# Easy Mode
if keyDifficulty == "q":
easyMode = easyMode + 1
difficultyDisplay.delete()
Pong3DMain(easyMode, mediumMode, hardMode)
return easyMode
# Medium Mode
if keyDifficulty == "w":
mediumMode = mediumMode + 1
difficultyDisplay.delete()
Pong3DMain(easyMode, mediumMode, hardMode)
return mediumMode
# Hard Mode
if keyDifficulty == "e":
hardMode = hardMode + 1
difficultyDisplay.delete()
Pong3DMain(easyMode, mediumMode, hardMode)
return hardMode
# Return to the Main Menu
if keyDifficulty == "r":
difficultyDisplay.delete()
TitleScreen()
# Practice Mode
def practiceMain():
playerScore = 0
# Display
practiceDisplay = display(title='Practice Mode', x=0, y=0,width=950,
height=950, center=(5,0,0), background=(1,1,1))
practiceDisplay.autoscale = False
# Black Back Wall
wallBack = box(pos = vector(5,0,-20), size=(20,20,0.2), color = color.yellow)
# Front Invisible Wall
wallFront = box(pos=vector(5,0,0), size=(20,20,0.2), opacity = 0.1)
# Top Wall
wallTop = box(pos=vector(5,10,-10), size= (20,0.2,20), color=color.yellow)
# Left Wall
wallLeft = box(pos=vector(-5,0,-10), size=(0.2,20,20), color=color.black)
# Right Wall
wallRight = box(pos=vector(15,0,-10), size=(0.2,20,20), color=color.black)
# Bottom Wall
wallBottom = box(pos=vector(5,-10,-10),size = (20,0.2,20), color=color.yellow)
# Player's Paddle
paddle1LEFT = box(pos=vector(-4, 0,-10), size = (0.2,3,3), color=color.yellow)
mainBall = sphere(pos=vector(5,0,-8), radius=0.4, color=color.yellow)
t = 0.0
deltaT = 0.005
# Ball Speed X
ballVelocityX = random.randint(10,13)
ballVelocityX = -ballVelocityX
# Ball Speed Y
ballVelocityY = random.randint(5,7)
# Ball Speed Z
ballVelocityZ = random.randint(4,6)
player1 = text(text = "{}".format(playerScore),
pos=(5,8,0), align = "center", depth = 0.1, height = 1.5,
width=1.5,color=color.black)
while True:
rate(100)
t = t + deltaT
# Balls Velocity
mainBall.velocity = vector(ballVelocityX, ballVelocityY, ballVelocityZ)
while True:
rate(100)
mainBall.pos = mainBall.pos + mainBall.velocity*deltaT
# Key Movements
if practiceDisplay.kb.keys:
key = practiceDisplay.kb.getkey()
# Up Movement
if key == "w":
paddle1LEFT.pos.y = paddle1LEFT.pos.y + 1.5
# Down Movement
if key == "s":
paddle1LEFT.pos.y = paddle1LEFT.pos.y - 1.5
# Right Movement
if key == "a":
paddle1LEFT.pos.z = paddle1LEFT.pos.z + 1.5
# Left Movement
if key == "d":
paddle1LEFT.pos.z = paddle1LEFT.pos.z - 1.5
# Collision Detecion Left Paddle
# Bottom Collision Y
if paddle1LEFT.pos.y < -8:
paddle1LEFT.pos.y = -8
# Top Collision Y
if paddle1LEFT.pos.y > 8.25:
paddle1LEFT.pos.y = 8.25
# Left Wall Collision Z
if paddle1LEFT.pos.z > -2:
paddle1LEFT.pos.z = -2
# Right Wall Collision Z
if paddle1LEFT.pos.z < -17.5:
paddle1LEFT.pos.z = -17.5
# Wall Detections
# If Ball hits Right Wall
if mainBall.pos.x > wallRight.pos.x:
mainBall.velocity.x = -mainBall.velocity.x
playerScore = playerScore + 1
player1.text = str(playerScore)
## # 3D Square in the middle, creating an X, Y, Z coordinates for randomized position WITHIN the 3D box
## # Random X Coordinate
## randomPosX = random.randint(0,11)
## # Random Y Coordinate
## randomPosY = random.uniform(-5, 6)
## # Random Z Coordinate
## randomPosZ = random.uniform(-10, 10)
# If Ball hits Left Wall
if mainBall.pos.x < wallLeft.pos.x:
mainBall.velocity.x = -mainBall.velocity.x
# 3D Square in the middle, creating an X, Y, Z coordinates for randomized position WITHIN the 3D box
# Random X Coordinate
randomPosX = random.randint(0,11)
# Random Y Coordinate
randomPosY = random.uniform(-5, 6)
# Random Z Coordinate
randomPosZ = random.uniform(-10, 10)
mainBall.pos = (randomPosX, randomPosY, randomPosZ)
# If Ball hits Top Wall
if mainBall.pos.y > wallTop.pos.y:
mainBall.velocity.y = -mainBall.velocity.y
# If Ball hits Bottom Wall
if mainBall.pos.y < wallBottom.pos.y:
mainBall.velocity.y = -mainBall.velocity.y
# If Ball hits Front Invisible Wall
if mainBall.pos.z < wallFront.pos.z:
mainBall.velocity.z = -mainBall.velocity.z
# If Ball Hits Back Wall
if mainBall.pos.z > wallBack.pos.z:
mainBall.velocity.z = -mainBall.velocity.z
# If Ball hits Left Paddle
if (mainBall.pos.x < paddle1LEFT.pos.x) and abs(mainBall.pos.y - paddle1LEFT.pos.y) and abs(mainBall.pos.z - paddle1LEFT.pos.z) < 2.5:
mainBall.velocity.x = mainBall.velocity.x *-1
mainBall.velocity.y = mainBall.velocity.y -1
# Single Player Mode
def Pong3DMain(easyMode, mediumMode, hardMode):
# Easy Mode Speed
# Ball Speed X
ballVelocityX1 = random.randint(8,11)
# Ball Speed Y
ballVelocityY1 = random.randint(4,6)
# Ball Speed Z
ballVelocityZ1 = random.randint(3,5)
# Medium Mode Speed
# Ball Speed X
ballVelocityX2 = random.randint(10,14)
# Ball Speed Y
ballVelocityY2 = random.randint(6,8)
# Ball Speed Z
ballVelocityZ2 = random.randint(5,7)
# Hard Mode Speed
# Ball Speed X
ballVelocityX3 = random.randint(12,15)
# Ball Speed Y
ballVelocityY3 = random.randint(7,10)
# Ball Speed Z
ballVelocityZ3 = random.randint(5,8)
# Game Display
newDisplay = display(title='Single Player', x=0, y=0,width=950,
height=950, center=(5,0,0), background=(1,1,1))
newDisplay.autoscale = False
# Black Back Wall
wallBack = box(pos = vector(5,0,-20), size=(20,20,0.2), color = color.yellow)
# Front Invisible Wall
wallFront = box(pos=vector(5,0,0), size=(20,20,0.2), opacity = 0.1)
# Top Wall
wallTop = box(pos=vector(5,10,-10), size= (20,0.2,20), color=color.yellow)
# Left Wall
wallLeft = box(pos=vector(-5,0,-10), size=(0.2,20,20), color=color.black)
# Right Wall
wallRight = box(pos=vector(15,0,-10), size=(0.2,20,20), color=color.black)
# Bottom Wall
wallBottom = box(pos=vector(5,-10,-10),size = (20,0.2,20), color=color.yellow)
# Paddles
paddle1LEFT = box(pos=vector(-4, 0,-10), size = (0.2,3,3), color=color.yellow)
paddle2RIGHT = box(pos=vector(14,0,-10), size = (0.2,3,3), color=color.yellow)
# Ball
mainBall = sphere(pos=vector(5,0,-15), radius=0.4, color=color.yellow)
t = 0.0
deltaT = 0.005
# Player Scores
player1Score = 0
player2Score = 0
# Scoreboard Texts
player1 = text(text = "{}".format(player1Score),
pos=(4,8,0), align = "center", depth = 0.1, height = 1.5,
width=1.5,color=color.black)
player2 = text(text = "{}".format(player2Score),
pos=(6,8,0), align = "center", depth = 0.1, height = 1.5,
width=1.5,color=color.black)
colon = text(text = ":".format(player2Score),
pos=(5,8,0), align = "center", depth = 0.1, height = 1.5,
width=1.5,color=color.black)
# Main Game Loop
while True:
rate(100)
t = t + deltaT
# Initialize Different X, Y, Z coordinates for when the Ball resets
# Random X Coordinate
randomPosX1 = random.randint(0,11)
# Random Y Coordinate
randomPosY1 = random.uniform(-5, 6)
# Random Z Coordinate
randomPosZ1 = random.uniform(-10, 10)
# Ball Velocity For Different Difficulties
# Easy Mode Difficulty
if easyMode == 1:
mainBall.velocity = vector(ballVelocityX1,
ballVelocityY1,
ballVelocityZ1)
while True:
rate(100)
# Ball Position Updated
mainBall.pos = mainBall.pos + mainBall.velocity*deltaT
# Player 1 Movements
if newDisplay.kb.keys:
key = newDisplay.kb.getkey()
if key == "w":
paddle1LEFT.pos.y = paddle1LEFT.pos.y + 1
if key == "s":
paddle1LEFT.pos.y = paddle1LEFT.pos.y - 1
if key == "a":
paddle1LEFT.pos.z = paddle1LEFT.pos.z + 1
if key == "d":
paddle1LEFT.pos.z = paddle1LEFT.pos.z - 1
# Pause Functions
# Pause
if key == "p":
# Pause Ball Speed
mainBall.velocity = vector(0,0,0)
# Unpause
if key == "o":
# Reset ball Speed
mainBall.velocity = vector(ballVelocityX1,
ballVelocityY1,
ballVelocityZ1)
# Collision Detecion Left Paddle
# Bottom Collision Y
if paddle1LEFT.pos.y < -8:
paddle1LEFT.pos.y = -8
# Top Collision Y
if paddle1LEFT.pos.y > 8.25:
paddle1LEFT.pos.y = 8.25
# Left Wall Collision Z
if paddle1LEFT.pos.z > -2:
paddle1LEFT.pos.z = -2
# Right Wall Collision Z
if paddle1LEFT.pos.z < -17.5:
paddle1LEFT.pos.z = -17.5
# Paddle Tracking The Ball (AI)
paddle2RIGHT.pos.y = mainBall.pos.y
paddle2RIGHT.pos.z = mainBall.pos.z
# Collision Detection Right Paddle
# Bottom Collision Y
if paddle2RIGHT.pos.y < -8:
paddle2RIGHT.pos.y = -8
# Top Collision Y
if paddle2RIGHT.pos.y > 8.25:
paddle2RIGHT.pos.y = 8.25
# Z Axis IF Paddle Colides at the Closest Point to The Camera
if paddle2RIGHT.pos.z < -17.5:
paddle2RIGHT.pos.z = -17.5
# Z Axis If Paddle Colides at the Furthers Point to the Camera
if paddle2RIGHT.pos.z > -2:
paddle2RIGHT.pos.z = -2
# If Ball hits Right Wall
if mainBall.pos.x > wallRight.pos.x:
# Scoreboard Update
player1Score = player1Score + 1
player1.text = str(player1Score)
# Reset Ball Position
mainBall.pos = (randomPosX, randomPosY, randomPosZ)
# If Ball hits Left Wall
if mainBall.pos.x < wallLeft.pos.x:
# Scoreboard Update
player2Score = player2Score + 1
player2.text = str(player2Score)
# Reset Ball Position
mainBall.pos = (randomPosX1, randomPosY1, randomPosZ1)
# If Ball hits Top Wall
if mainBall.pos.y > wallTop.pos.y:
mainBall.velocity.y = -mainBall.velocity.y
# If Ball hits Bottom Wall
if mainBall.pos.y < wallBottom.pos.y:
mainBall.velocity.y = -mainBall.velocity.y
# If Ball hits Front Invisible Wall
if mainBall.pos.z < wallFront.pos.z:
mainBall.velocity.z = -mainBall.velocity.z
# If Ball Hits Back Wall
if mainBall.pos.z > wallBack.pos.z:
mainBall.velocity.z = -mainBall.velocity.z
# If Ball hits Right Paddle
if (mainBall.pos.x > paddle2RIGHT.pos.x) and abs(mainBall.pos.y + paddle2RIGHT.pos.y) and abs(mainBall.pos.z - paddle2RIGHT.pos.z)< 2.5:
mainBall.velocity.x = mainBall.velocity.x -1
mainBall.velocity.y = mainBall.velocity.y *-1
# If Ball hits Left Paddle
if (mainBall.pos.x < paddle1LEFT.pos.x) and abs(mainBall.pos.y - paddle1LEFT.pos.y) and abs(mainBall.pos.z - paddle1LEFT.pos.z) < 2.5:
mainBall.velocity.x = mainBall.velocity.x *-1
mainBall.velocity.y = mainBall.velocity.y -1
# If Player 1 Wins
if player1Score == 10:
newDisplay.delete()
winScreen()
if player2Score == 10:
newDisplay.delete()
loseScreen()
# Medium Mode Difficulty
if mediumMode == 1:
# Declare the Medium Difficulty Speed
mainBall.velocity = vector(ballVelocityX2,
ballVelocityY2,
ballVelocityZ2)
while True:
rate(100)
mainBall.pos = mainBall.pos + mainBall.velocity*deltaT
# Movement Keys
if newDisplay.kb.keys:
key = newDisplay.kb.getkey()
# Up
if key == "w":
paddle1LEFT.pos.y = paddle1LEFT.pos.y + 1
# Down
if key == "s":
paddle1LEFT.pos.y = paddle1LEFT.pos.y - 1
# Left
if key == "a":
paddle1LEFT.pos.z = paddle1LEFT.pos.z + 1
# Right
if key == "d":
paddle1LEFT.pos.z = paddle1LEFT.pos.z - 1
# Pause Functions
# Pause
if key == "p":
# Pause Ball Speed
mainBall.velocity = vector(0,0,0)
# Unpause
if key == "o":
# Reset ball Speed
mainBall.velocity = vector(ballVelocityX1,
ballVelocityY1,
ballVelocityZ1)
# Collision Detecion Left Paddle
# Bottom Collision Y
if paddle1LEFT.pos.y < -8:
paddle1LEFT.pos.y = -8
# Top Collision Y
if paddle1LEFT.pos.y > 8.25:
paddle1LEFT.pos.y = 8.25
# Left Wall Collision Z
if paddle1LEFT.pos.z > -2:
paddle1LEFT.pos.z = -2
# Right Wall Collision Z
if paddle1LEFT.pos.z < -17.5:
paddle1LEFT.pos.z = -17.5
# Paddle Tracking Ball to make it bounce
paddle2RIGHT.pos.y = mainBall.pos.y
paddle2RIGHT.pos.z = mainBall.pos.z
# Collision Detection Right Paddle
# Bottom Collision Y
if paddle2RIGHT.pos.y < -8:
paddle2RIGHT.pos.y = -8
# Top Collision Y
if paddle2RIGHT.pos.y > 8.25:
paddle2RIGHT.pos.y = 8.25
# Z Axis IF Paddle Colides at the Closest Point to The Camera
if paddle2RIGHT.pos.z < -17.5:
paddle2RIGHT.pos.z = -17.5
# Z Axis If Paddle Colides at the Furthers Point to the Camera
if paddle2RIGHT.pos.z > -2:
paddle2RIGHT.pos.z = -2
# If Ball hits Right Wall
if mainBall.pos.x > wallRight.pos.x:
# Scoreboard Update
player1Score = player1Score + 1
player1.text = str(player1Score)
# Reset Ball Position
mainBall.pos = (randomPosX1, randomPosY1, randomPosZ1)
#mainBall.pos = (5,0,-8)
# If Ball hits Left Wall
if mainBall.pos.x < wallLeft.pos.x:
# Scoreboard Update
player2Score = player2Score + 1
player2.text = str(player2Score)
# Reset Ball Position
mainBall.pos = (randomPosX1, randomPosY1, randomPosZ1)
#mainBall.pos = (5,0,-8)
# If Ball hits Top Wall
if mainBall.pos.y > wallTop.pos.y:
mainBall.velocity.y = -mainBall.velocity.y
# If Ball hits Bottom Wall
if mainBall.pos.y < wallBottom.pos.y:
mainBall.velocity.y = -mainBall.velocity.y
# If Ball hits Front Invisible Wall
if mainBall.pos.z < wallFront.pos.z:
mainBall.velocity.z = -mainBall.velocity.z
# If Ball Hits Back Wall
if mainBall.pos.z > wallBack.pos.z:
mainBall.velocity.z = -mainBall.velocity.z
# If Ball hits Right Paddle
if (mainBall.pos.x > paddle2RIGHT.pos.x) and abs(mainBall.pos.y + paddle2RIGHT.pos.y) and abs(mainBall.pos.z-paddle2RIGHT.pos.z) < 1.5:
mainBall.velocity.x = mainBall.velocity.x -1
mainBall.velocity.y = mainBall.velocity.y *-1
# If Ball hits Left Paddle # Y Axis Barrier Removed # Z Axis Barrier Removed
if (mainBall.pos.x < paddle1LEFT.pos.x) and abs(mainBall.pos.y-paddle1LEFT.pos.y) and abs(mainBall.pos.z-paddle1LEFT.pos.z) < 1.5:
mainBall.velocity.x = mainBall.velocity.x *-1
mainBall.velocity.y = mainBall.velocity.y -1
# If Player 1 Wins
if player1Score == 10:
newDisplay.delete()
winScreen()
# If Player 2 Wins
if player2Score == 10:
newDisplay.delete()
loseScreen()
# Hard Mode Difficulty
if hardMode == 1:
mainBall.velocity = vector(ballVelocityX3,
ballVelocityY3,
ballVelocityZ3)
while True:
rate(100)
mainBall.pos = mainBall.pos + mainBall.velocity*deltaT
# Movement Keys
if newDisplay.kb.keys:
key = newDisplay.kb.getkey()
# Up
if key == "w":
paddle1LEFT.pos.y = paddle1LEFT.pos.y + 1
# Down
if key == "s":
paddle1LEFT.pos.y = paddle1LEFT.pos.y - 1
# Left
if key == "a":
paddle1LEFT.pos.z = paddle1LEFT.pos.z + 1
# Right
if key == "d":
paddle1LEFT.pos.z = paddle1LEFT.pos.z - 1
# Pause Functions
# Pause
if key == "p":
# Pause Ball Speed
mainBall.velocity = vector(0,0,0)
# Unpause
if key == "o":
# Reset ball Speed
mainBall.velocity = vector(ballVelocityX1,
ballVelocityY1,
ballVelocityZ1)
# Collision Detecion Left Paddle
# Bottom Collision Y
if paddle1LEFT.pos.y < -8:
paddle1LEFT.pos.y = -8
# Top Collision Y
if paddle1LEFT.pos.y > 8.25:
paddle1LEFT.pos.y = 8.25
# Left Wall Collision Z
if paddle1LEFT.pos.z > -2:
paddle1LEFT.pos.z = -2
# Right Wall Collision Z
if paddle1LEFT.pos.z < -17.5:
paddle1LEFT.pos.z = -17.5
# Paddle Tracking to Bounce the Ball (AI)
paddle2RIGHT.pos.y = mainBall.pos.y
paddle2RIGHT.pos.z = mainBall.pos.z
# Collision Detection Right Paddle
# Bottom Collision Y
if paddle2RIGHT.pos.y < -8:
paddle2RIGHT.pos.y = -8
# Top Collision Y
if paddle2RIGHT.pos.y > 8.25:
paddle2RIGHT.pos.y = 8.25
# Z Axis IF Paddle Colides at the Closest Point to The Camera
if paddle2RIGHT.pos.z < -17.5:
paddle2RIGHT.pos.z = -17.5
# Z Axis If Paddle Colides at the Furthers Point to the Camera
if paddle2RIGHT.pos.z > -2:
paddle2RIGHT.pos.z = -2
# If Ball hits Right Wall
if mainBall.pos.x > wallRight.pos.x:
# Scoreboard Update
player1Score = player1Score + 1
player1.text = str(player1Score)
# Reset Ball Position
mainBall.pos = (randomPosX1, randomPosY1, randomPosZ1)
#mainBall.pos = (5,0,-8)
# If Ball hits Left Wall
if mainBall.pos.x < wallLeft.pos.x:
# Scoreboard Update
player2Score = player2Score + 1
player2.text = str(player2Score)
# Reset Ball Position
mainBall.pos = (randomPosX1, randomPosY1, randomPosZ1)
#mainBall.pos = (5,0,-8)
# If Ball hits Top Wall
if mainBall.pos.y > wallTop.pos.y:
mainBall.velocity.y = -mainBall.velocity.y
# If Ball hits Bottom Wall
if mainBall.pos.y < wallBottom.pos.y:
mainBall.velocity.y = -mainBall.velocity.y
# If Ball hits Front Invisible Wall
if mainBall.pos.z < wallFront.pos.z:
mainBall.velocity.z = -mainBall.velocity.z
# If Ball Hits Back Wall
if mainBall.pos.z > wallBack.pos.z:
mainBall.velocity.z = -mainBall.velocity.z
# If Ball hits Right Paddle
if (mainBall.pos.x > paddle2RIGHT.pos.x) and abs(mainBall.pos.y + paddle2RIGHT.pos.y) and abs(mainBall.pos.z - paddle2RIGHT.pos.z) < 2.5:
mainBall.velocity.x = mainBall.velocity.x -1
mainBall.velocity.y = mainBall.velocity.y *-1
# If Ball hits Left Paddle
if (mainBall.pos.x < paddle1LEFT.pos.x) and abs(mainBall.pos.y - paddle1LEFT.pos.y) and abs(mainBall.pos.z - paddle1LEFT.pos.z) < 2.5:
mainBall.velocity.x = mainBall.velocity.x *-1
mainBall.velocity.y = mainBall.velocity.y -1
# If Player 1 Wins
if player1Score == 10:
newDisplay.delete()
winScreen()
# If the AI wins
if player2Score == 10:
newDisplay.delete()
loseScreen()
# 2 Player Mode
def player2Main():
# Game Display
secondDisplay = display(title='Pong', x=0, y=0,width=950,
height=950, center=(5,0,0), background=(1,1,1))
secondDisplay.autoscale = False
# Black Back Wall
wallBack2 = box(pos = vector(5,0,-20), size=(20,20,0.2), color = color.yellow)
# Front Invisible Wall
wallFront2 = box(pos=vector(5,0,0), size=(20,20,0.2), opacity = 0.1)
# Top Wall
wallTop2 = box(pos=vector(5,10,-10), size= (20,0.2,20), color=color.yellow)
# Left Wall
wallLeft2 = box(pos=vector(-5,0,-10), size=(0.2,20,20), color=color.black)
# Right Wall
wallRight2 = box(pos=vector(15,0,-10), size=(0.2,20,20), color=color.black)
# Bottom Wall
wallBottom2 = box(pos=vector(5,-10,-10),size = (20,0.2,20), color=color.yellow)
# Ball
mainBall2 = sphere(pos=vector(5,0,-8), radius=0.4, color=color.white)
# Paddles
paddle1LEFT2 = box(pos=vector(-4, 0,-10), size = (0.2,3,3), color=color.yellow)
paddle2RIGHT2 = box(pos=vector(14,0,-10), size = (0.2,3,3), color=color.yellow)
t = 0.0
deltaT = 0.005
# Different X, Y, Z Ball Speeds
# Ball Speed X
ballVelocityX2 = random.randint(6,11)
# Ball Speed Y
ballVelocityY2 = random.randint(4,6)
# Ball Speed Z
ballVelocityZ2 = random.randint(4,8)
# Ball Velocity Full
mainBall2.velocity = vector(ballVelocityX2, ballVelocityY2, ballVelocityZ2)
# Player Scores Variables
player1Score = 0
player2Score = 0
# Scoreboard
player1 = text(text = "{}".format(player1Score),
pos=(4,8,0), align = "center", depth = 0.1, height = 1.5,
width=1.5,color=color.black)
player2 = text(text = "{}".format(player2Score),
pos=(6,8,0), align = "center", depth = 0.1, height = 1.5,
width=1.5,color=color.black)
colon = text(text = ":".format(player2Score),
pos=(5,8,0), align = "center", depth = 0.1, height = 1.5,
width=1.5,color=color.black)
while True:
rate(100)
t = t + deltaT
mainBall2.pos = mainBall2.pos + mainBall2.velocity*deltaT
# Resseting Ball Positions after Point was Scored / Reset
# Random X Coordinate (0 to 10)
randomPosX2 = random.randint(0,11)
# Random Y Coordinate (-5 to 5)
randomPosY2 = random.uniform(-5, 6)
# Random Z Coordinate (-10 to 10)
randomPosZ2 = random.uniform(-10, -2)
if secondDisplay.kb.keys:
key = secondDisplay.kb.getkey()
# Player 1 Movements
# Up Movement
if key == "w":
paddle1LEFT2.pos.y = paddle1LEFT2.pos.y + 1
# Down Movement
if key == "s":
paddle1LEFT2.pos.y = paddle1LEFT2.pos.y - 1
# Left Movement
if key == "a":
paddle1LEFT2.pos.z = paddle1LEFT2.pos.z + 1
# Right Movement
if key == "d":
paddle1LEFT2.pos.z = paddle1LEFT2.pos.z - 1
# Player 2 Movements
# Up Movement
if key == "up":
paddle2RIGHT2.pos.y = paddle2RIGHT2.pos.y + 1
# Down Movement
if key == "down":
paddle2RIGHT2.pos.y = paddle2RIGHT2.pos.y - 1
# Left Movement
if key == "left":
paddle2RIGHT2.pos.z = paddle2RIGHT2.pos.z - 1
# Right Movement
if key == "right":
paddle2RIGHT2.pos.z = paddle2RIGHT2.pos.z + 1
# Pause Functions
# Pause
if key == "p":
# Pause Ball Speed
mainBall2.velocity = vector(0,0,0)
# Unpause
if key == "o":
# Reset ball Speed
mainBall2.velocity = vector(ballVelocityX2,
ballVelocityY2,
ballVelocityZ2)
# Collision Detecion Left Paddle
# Bottom Collision Y
if paddle1LEFT2.pos.y < -8:
paddle1LEFT2.pos.y = -8
# Top Collision Y
if paddle1LEFT2.pos.y > 8.25:
paddle1LEFT2.pos.y = 8.25
# Left Wall Collision Z
if paddle1LEFT2.pos.z > -2:
paddle1LEFT2.pos.z = -2
# Right Wall Collision Z
if paddle1LEFT2.pos.z < -17.5:
paddle1LEFT2.pos.z = -17.5
# Collision Detection Right Paddle
# Bottom Collision Y
if paddle2RIGHT2.pos.y < -8:
paddle2RIGHT2.pos.y = -8
# Top Collision Y
if paddle2RIGHT2.pos.y > 8.25:
paddle2RIGHT2.pos.y = 8.25
# Z Axis IF Paddle Colides at the Closest Point to The Camera
if paddle2RIGHT2.pos.z < -17.5:
paddle2RIGHT2.pos.z = -17.5
# Z Axis If Paddle Colides at the Furthers Point to the Camera
if paddle2RIGHT2.pos.z > -2:
paddle2RIGHT2.pos.z = -2
# If Ball hits Right Wall
if mainBall2.pos.x > wallRight2.pos.x:
# Scoreboard Update
player1Score = player1Score + 1
player1.text = str(player1Score)
# Reset Ball Position
mainBall2.pos = (randomPosX2,randomPosY2,randomPosZ2)
# If Ball hits Left Wall
if mainBall2.pos.x < wallLeft2.pos.x:
# Scoreboard Update
player1Score = player1Score + 1
player1.text = str(player1Score)
# Reset Ball Position
mainBall2.pos = (randomPosX2,randomPosY2,randomPosZ2)
# If Ball hits Top Wall
if mainBall2.pos.y > wallTop2.pos.y:
mainBall2.velocity.y = -mainBall2.velocity.y
# If Ball hits Bottom Wall
if mainBall2.pos.y < wallBottom2.pos.y:
mainBall2.velocity.y = -mainBall2.velocity.y
# If Ball hits Front Invisible Wall
if mainBall2.pos.z < wallFront2.pos.z:
mainBall2.velocity.z = -mainBall2.velocity.z
if mainBall2.pos.z > wallBack2.pos.z:
mainBall2.velocity.z = -mainBall2.velocity.z
#If Ball hits Right Paddle
if (mainBall2.pos.x > paddle2RIGHT2.pos.x) and abs(paddle2RIGHT2.pos.y - mainBall2.pos.y) and abs(paddle2RIGHT2.pos.z - mainBall2.pos.z) < 2.5: #and abs(mainBall2.pos.z - paddle2RIGHT2.pos.z) < 2.5:
mainBall2.velocity.x = mainBall2.velocity.x -1
mainBall2.velocity.y = mainBall2.velocity.y *-1
# If Ball hits Left Paddle
if (mainBall2.pos.x < paddle1LEFT2.pos.x) and abs(mainBall2.pos.y - paddle1LEFT2.pos.y) and abs(mainBall2.pos.z - paddle1LEFT2.pos.z) < 2.5: # and abs(mainBall2.pos.z - paddle1LEFT2.pos.z) < 1.5:
mainBall2.velocity.x = mainBall2.velocity.x *-1
mainBall2.velocity.y = mainBall2.velocity.y -1
# 4 Player
def player4Main():
# Game Display
thirdDisplay = display(title='Pong', x=0, y=0,width=950,
height=950, center=(5,0,0), background=(1,1,1))
thirdDisplay.autoscale = False
# Black Back Wall
wallBack2 = box(pos = vector(5,0,-20), size=(20,20,0.2), color = color.yellow)
# Front Invisible Wall
wallFront2 = box(pos=vector(5,0,0), size=(20,20,0.2), opacity = 0.1)
# Top Wall
wallTop2 = box(pos=vector(5,10,-10), size= (20,0.2,20), color=color.yellow)
# Left Wall
wallLeft2 = box(pos=vector(-5,0,-10), size=(0.2,20,20), color=color.black)
# Right Wall
wallRight2 = box(pos=vector(15,0,-10), size=(0.2,20,20), color=color.black)
# Bottom Wall
wallBottom2 = box(pos=vector(5,-10,-10),size = (20,0.2,20), color=color.yellow)
# Ball
mainBall2 = sphere(pos=vector(5,0,-8), radius=0.4, color=color.white)
# Paddles
paddle1LEFT2 = box(pos=vector(-4, 0,-10), size = (0.2,3,3), color=color.yellow)
paddle2RIGHT2 = box(pos=vector(14,0,-10), size = (0.2,3,3), color=color.yellow)
paddle3TOP2 = box(pos=vector(5,9,-10), size = (3,0.2,3), color=color.black)
paddle4BOTTOM2 = box(pos=vector(5,-9,-10), size = (3,0.2,3), color=color.black)
t = 0.0
deltaT = 0.005
# Ball Speed X
ballVelocityX3 = random.randint(6,8)
# Ball Speed Y
ballVelocityY3 = random.randint(4,5)
# Ball Speed Z
ballVelocityZ3 = random.randint(4,7)
# Ball Velocity Full
mainBall2.velocity = vector(ballVelocityX3, ballVelocityY3, ballVelocityZ3)
#Score Variables
player1Score2 = 0
player2Score2 = 0
player3Score2 = 0
player4Score2 = 0
## # Scoreboard
## player1 = text(text = "{}".format(player1Score2),
## pos=(4,8,0), align = "center", depth = 0.1, height = 1.5,
## width=1.5,color=color.black)
##
## player2 = text(text = "{}".format(player2Score2),
## pos=(6,8,0), align = "center", depth = 0.1, height = 1.5,
## width=1.5,color=color.black)
##
## player3 = text(text = "{}".format(player3Score2),
## pos=(5,6.5,0), align = "center", depth = 0.1, height = 1.5,
## width=1.5,color=color.black)
##
## player4 = text(text = "{}".format(player4Score2),
## pos=(5,5,0), align = "center", depth = 0.1, height = 1.5,
## width=1.5,color=color.black)
while True:
rate(100)
t = t + deltaT
mainBall2.pos = mainBall2.pos + mainBall2.velocity*deltaT
# Random X Coordinate (0 to 10)