/prog/ - Challenge: 2D Tank

Name: Anonymous 2010-05-14 15:43

The Challenge:
|---->Program a 2d tank application in the language of your choice that adheres to the following:



#-The tank must rotate using the left and right directional keys.

#-The tank must loosely resemble a tank.

#-The tank must move forward or backward respectively from the direction it is facing using the up and down directional keys.

#-Pressing spacebar must fire a 'shot' in the direction the tank is facing.

#-The perspective of the user must be fixed and facing down at the tank.

#-The tank, shot, and ground must each have their own color. (all shots may have the same color)

<------You have 24 hours!------>
GET TO WORK!

Name: Anonymous 2010-05-15 2:49

Another one, just because.
Images here: http://cairnarvon.rotahall.org/pytank/

#!/usr/bin/python



import pyglet

from pyglet.window import key



import math



window = pyglet.window.Window(640, 640, caption="PYTANK")





tank_img = pyglet.image.load('tank.png')

tank_img.anchor_x = tank_img.width / 2

tank_img.anchor_y = tank_img.height / 2



tank = pyglet.sprite.Sprite(tank_img)

tank.x = window.width / 2

tank.y = window.height / 2

tank.rotation = -90



tank.angling, tank.speed = 0, 0



background = pyglet.image.load('background.png').get_texture()

background.offset = [0, 0]



missile_img = pyglet.image.load('missile.png')

missile_img.anchor_x = missile_img.width / 2

missile_img.anchor_y = missile_img.height / 2



missilen = pyglet.graphics.Batch()

missiles = []





def rotate_left():   tank.angling = -3

def rotate_right():  tank.angling = 3

def stop_rotation(): tank.angling = 0

def move_forward():  tank.speed = 4

def move_backward(): tank.speed = -4

def stop_moving():   tank.speed = 0

def fire():

    missiles.append(pyglet.sprite.Sprite(missile_img,

                                         window.width / 2,

                                         window.height / 2,

                                         batch=missilen))

    missiles[-1].angle = (tank.rotation - 180) * math.pi / 180





@window.event

def on_key_press(symbol, modifiers):

    try:

        { key.LEFT: rotate_left,

          key.RIGHT: rotate_right,

          key.UP: move_forward,

          key.DOWN: move_backward,

          key.SPACE: fire,

          key.Q: pyglet.app.exit }[symbol]()

    except:

        pass



@window.event

def on_key_release(symbol, modifiers):

    try:

        { key.LEFT: stop_rotation,

          key.RIGHT: stop_rotation,

          key.UP: stop_moving,

          key.DOWN: stop_moving }[symbol]()

    except:

        pass



@window.event

def on_draw():

    window.clear()

    background.blit(*background.offset)

    missilen.draw()

    tank.draw()





def update(tic):

    dx, dy = 0, 0



    if tank.speed:

        dx = tank.speed * math.sin(tank.rotation * math.pi / 180)

        dy = tank.speed * math.cos(tank.rotation * math.pi / 180)



        background.offset[0] += dx

        while background.offset[0] <= -128:

            background.offset[0] += 128

        while background.offset[0] > 0:

            background.offset[0] -= 128



        background.offset[1] += dy

        while background.offset[1] <= -128:

            background.offset[1] += 128

        while background.offset[1] > 0:

            background.offset[1] -= 128



    for miss in missiles:

        miss.x += dx + 8 * math.sin(miss.angle)

        miss.y += dy + 8 * math.cos(miss.angle)

        miss.rotation += 6



    tank.rotation += tank.angling



pyglet.clock.schedule_interval(update, 1 / 60.)

pyglet.app.run()

(Spot the memory leak.)

Challenge: 2D Tank

1 Name: Anonymous 2010-05-14 15:43

43 Name: Anonymous 2010-05-15 2:49

Name: Anonymous 2010-05-14 15:43

Name: Anonymous 2010-05-15 2:49