gist 3

game.py

import pgzrun
WIDTH = 800
HEIGHT = 600

tank = Actor('tank_blue')
tank.bottom = HEIGHT
tank.x = WIDTH / 2
tank.angle = 90

def draw():
    screen.blit('grass', (0, 0))
    tank.draw()

pgzrun.go()

game02.py

'''
moving the tank
'''
import pgzrun
WIDTH = 800
HEIGHT = 600

tank = Actor('tank_blue')
tank.bottom = HEIGHT
tank.x = WIDTH / 2
tank.angle = 90


def draw():
    screen.blit('grass', (0, 0))
    tank.draw()


def update():
    move_tank()


def move_tank():
    if keyboard.left:
        tank.angle = 180
        tank.x -= 5
    elif keyboard.right:
        tank.angle = 0
        tank.x += 5
    elif keyboard.up:
        tank.angle = 90
        tank.y -= 5
    elif keyboard.down:
        tank.angle = 270
        tank.y += 5


pgzrun.go()

game03.py

'''
build the wall
'''
import pgzrun
WIDTH = 800
HEIGHT = 600

tank = Actor('tank_blue')
tank.bottom = HEIGHT
tank.x = WIDTH / 2
tank.angle = 90
walls = []


def draw():
    screen.blit('grass', (0, 0))
    tank.draw()
    for wall in walls:
        wall.draw()


def update():
    move_tank()


def move_tank():
    if keyboard.left:
        tank.angle = 180
        tank.x -= 5
    elif keyboard.right:
        tank.angle = 0
        tank.x += 5
    elif keyboard.up:
        tank.angle = 90
        tank.y -= 5
    elif keyboard.down:
        tank.angle = 270
        tank.y += 5


def create_new_wall():
    for i in range(16):
        for j in range(12):
            wall = Actor('wall')
            wall.topleft = (i * 50, j * 50)
            walls.append(wall)


create_new_wall()
pgzrun.go()

game04.py

'''
randomise the wall
'''
import pgzrun
from random import randint
WIDTH = 800
HEIGHT = 600

tank = Actor('tank_blue')
tank.bottom = HEIGHT
tank.x = WIDTH / 2
tank.angle = 90
walls = []


def draw():
    screen.blit('grass', (0, 0))
    tank.draw()
    for wall in walls:
        wall.draw()


def update():
    move_tank()
    check_tank_boundary()


def move_tank():
    if keyboard.left:
        tank.angle = 180
        tank.x -= 5
    elif keyboard.right:
        tank.angle = 0
        tank.x += 5
    elif keyboard.up:
        tank.angle = 90
        tank.y -= 5
    elif keyboard.down:
        tank.angle = 270
        tank.y += 5


def create_new_wall():
    for i in range(16):
        for j in range(10):
            if randint(0, 100) > 50:
                wall = Actor('wall')
                wall.topleft = (i * 50, 50 + j * 50)
                walls.append(wall)


def check_tank_boundary():
    if tank.left < 0:
        tank.left = 0
    elif tank.right > WIDTH:
        tank.right = WIDTH
    if tank.y < 0:
        tank.y = 0
    elif tank.y > HEIGHT:
        tank.y = HEIGHT


create_new_wall()
pgzrun.go()

game05.py

'''
Block the tank while there is a wall
'''
import pgzrun
from random import randint
WIDTH = 800
HEIGHT = 600

tank = Actor('tank_blue')
tank.bottom = HEIGHT
tank.x = WIDTH / 2
tank.angle = 90
walls = []


def draw():
    screen.blit('grass', (0, 0))
    tank.draw()
    for wall in walls:
        wall.draw()


def update():
    original_x = tank.x
    original_y = tank.y
    move_tank()
    check_tank_boundary()
    tank_wall_collision(original_x, original_y)


def move_tank():
    if keyboard.left:
        tank.angle = 180
        tank.x -= 5
    elif keyboard.right:
        tank.angle = 0
        tank.x += 5
    elif keyboard.up:
        tank.angle = 90
        tank.y -= 5
    elif keyboard.down:
        tank.angle = 270
        tank.y += 5


def create_new_wall():
    for i in range(16):
        for j in range(10):
            if randint(0, 100) > 50:
                wall = Actor('wall')
                wall.topleft = (i * 50, 50 + j * 50)
                walls.append(wall)


def check_tank_boundary():
    if tank.left < 0:
        tank.left = 0
    elif tank.right > WIDTH:
        tank.right = WIDTH
    if tank.y < 0:
        tank.y = 0
    elif tank.y > HEIGHT:
        tank.y = HEIGHT


def tank_wall_collision(original_x, original_y):
    for wall in walls:
        if wall.colliderect(tank):
            tank.x = original_x
            tank.y = original_y



create_new_wall()
pgzrun.go()

game06.py

'''
creating bullets
'''
import pgzrun
from random import randint
WIDTH = 800
HEIGHT = 600

tank = Actor('tank_blue')
tank.bottom = HEIGHT
tank.x = WIDTH / 2
tank.angle = 90
walls = []
bullets = []


def draw():
    screen.blit('grass', (0, 0))
    tank.draw()
    for wall in walls:
        wall.draw()
    for bullet in bullets:
        bullet.draw()


def update():
    original_x = tank.x
    original_y = tank.y
    move_tank()
    check_tank_boundary()
    tank_wall_collision(original_x, original_y)


def on_key_down(key):
    if key == keys.SPACE:
        create_new_bullet()


def move_tank():
    if keyboard.left:
        tank.angle = 180
        tank.x -= 5
    elif keyboard.right:
        tank.angle = 0
        tank.x += 5
    elif keyboard.up:
        tank.angle = 90
        tank.y -= 5
    elif keyboard.down:
        tank.angle = 270
        tank.y += 5


def create_new_wall():
    for i in range(16):
        for j in range(10):
            if randint(0, 100) > 50:
                wall = Actor('wall')
                wall.topleft = (i * 50, 50 + j * 50)
                walls.append(wall)


def check_tank_boundary():
    if tank.left < 0:
        tank.left = 0
    elif tank.right > WIDTH:
        tank.right = WIDTH
    if tank.y < 0:
        tank.y = 0
    elif tank.y > HEIGHT:
        tank.y = HEIGHT


def tank_wall_collision(original_x, original_y):
    for wall in walls:
        if wall.colliderect(tank):
            tank.x = original_x
            tank.y = original_y


def create_new_bullet():
    bullet = Actor('bulletblue2')
    bullet.pos = tank.pos
    bullet.angle = tank.angle
    bullets.append(bullet)


create_new_wall()
pgzrun.go()

game07.py

'''
moving bullets
'''
import pgzrun
from random import randint
WIDTH = 800
HEIGHT = 600

tank = Actor('tank_blue')
tank.bottom = HEIGHT
tank.x = WIDTH / 2
tank.angle = 90
walls = []
bullets = []


def draw():
    screen.blit('grass', (0, 0))
    tank.draw()
    for wall in walls:
        wall.draw()
    for bullet in bullets:
        bullet.draw()


def update():
    original_x = tank.x
    original_y = tank.y
    move_tank()
    check_tank_boundary()
    tank_wall_collision(original_x, original_y)
    move_bullets()
    check_bullet_boundary()


def on_key_down(key):
    if key == keys.SPACE:
        create_new_bullet()


def move_tank():
    if keyboard.left:
        tank.angle = 180
        tank.x -= 5
    elif keyboard.right:
        tank.angle = 0
        tank.x += 5
    elif keyboard.up:
        tank.angle = 90
        tank.y -= 5
    elif keyboard.down:
        tank.angle = 270
        tank.y += 5


def create_new_wall():
    for i in range(16):
        for j in range(10):
            if randint(0, 100) > 50:
                wall = Actor('wall')
                wall.topleft = (i * 50, 50 + j * 50)
                walls.append(wall)


def check_tank_boundary():
    if tank.left < 0:
        tank.left = 0
    elif tank.right > WIDTH:
        tank.right = WIDTH
    if tank.y < 0:
        tank.y = 0
    elif tank.y > HEIGHT:
        tank.y = HEIGHT


def tank_wall_collision(original_x, original_y):
    for wall in walls:
        if wall.colliderect(tank):
            tank.x = original_x
            tank.y = original_y


def create_new_bullet():
    bullet = Actor('bulletblue2')
    bullet.pos = tank.pos
    bullet.angle = tank.angle
    bullets.append(bullet)


def move_bullets():
    for bullet in bullets:
        if bullet.angle == 0:
            bullet.x += 5
        elif bullet.angle == 90:
            bullet.y -= 5
        elif bullet.angle == 180:
            bullet.x -= 5
        elif bullet.angle == 270:
            bullet.y += 5


def check_bullet_boundary():
    for bullet in bullets:
        if bullet.x < 0 or bullet.x > WIDTH or bullet.y < 0  or bullet.y > HEIGHT:
            bullets.remove(bullet)
    
    

create_new_wall()
pgzrun.go()