Give and angle and distance. Try to make a goal. If hits > misses by 5, you win. Misses > hits by 5 you lose.
from random import randint
from math import sqrt
stage.set_background_color("green")
ball = codesters.Sprite("soccerball", -210, -210)
net = codesters.Sprite("soccernet")
net.hide()
net.flip_right_left()
net.set_size(0.9)
net.turn_left(45)
scoreboard = {}
scoreboard['hits'] = 0
scoreboard['misses'] = 0
def say_score():
# sprite = codesters.Rectangle(x, y, width, height, "color")
sprite = codesters.Rectangle(130, 220, 150, 100, "white")
codesters.Text("Hits.... {:4d}".format(scoreboard['hits']), 150, 210)
codesters.Text("Misses.. {:4d}".format(scoreboard['misses']), 150, 190)
say_score()
def place_net():
x = randint(-150, 220)
y = randint(-220, 200)
net.goto(x,y)
net.show()
def trial():
ball.goto(-210, -210)
ball.setheading(0)
ball.say("Ready...")
place_net()
angle = min(max(1, float(ball.ask("Angle? (0-90) "))), 90)
distance = min(max(1, float(ball.ask("Distance? (0-550) "))),550)
ball.turn_left(angle)
ball.move_forward(distance)
def how_close(A, B):
# distance formula
apart = sqrt( (A.x - B.x)**2 + (A.y - B.y)**2 )
return apart
Playing = True
while Playing:
trial()
if how_close(ball, net) < 50:
ball.say("Super!!")
scoreboard['hits'] += 2
elif how_close(ball, net) < 100:
ball.say("Score!!")
scoreboard['hits'] += 1
else:
ball.say("Missed!!")
scoreboard['misses'] += 1
say_score()
if scoreboard['misses'] - scoreboard['hits'] >= 5:
stage.set_background_color("black")
codesters.Text("GAME OVER",0,0,"gold")
Playing = False
if scoreboard['hits'] - scoreboard['misses'] >= 5:
stage.set_background_color("black")
codesters.Text("YOU WIN!!",0,0,"gold")
stage.remove_sprite(net)
stage.remove_sprite(ball)
trophy = codesters.Sprite("SoccerTrophy_bbc")
trophy.set_size(0.5)
Playing = False
stage.wait(2)
