def display_start_button(self):
start_square = codesters.Rectangle(0, -80, 100, 50, 'green')
start_square.event_click(self.start_level)
self.sprites.append(start_square)
button_text = codesters.Text('Start', 0, -80)
button_text.set_color('#ffffff')
self.sprites.append(button_text)
goal_text = codesters.Text('Goal: ' + str(self.num_goal) + ' points')
goal_text.set_color('#ffffff')
self.sprites.append(goal_text)
def collision(sprite, hit_sprite):
global pitcher
global caught
global baseball
global safeatfirst
global batter
global held
if hit_sprite==pitcher:
caught=True
baseball.set_y_speed(0)
baseball.set_x_speed(0)
pitcher.collision_off()
if hit_sprite==firstBase:
held=True
baseball.set_y_speed(0)
baseball.set_x_speed(0)
firstBase.collision_off()
if safeatfirst == False and outatfirst==False:
outatfirst==True
batter.set_y_speed(0)
batter.set_x_speed(0)
# text = codesters.Text("text", x, y)
text = codesters.Text("OUT", 0, 100)
text.set_size(3)
if hit_sprite==secondBase:
held=True
baseball.set_y_speed(0)
baseball.set_x_speed(0)
secondBase.collision_off()
if hit_sprite==thirdBase:
held=True
baseball.set_y_speed(0)
baseball.set_x_speed(0)
thirdBase.collision_off()
def start_level(self):
self.clean_up()
global level_running
level_running = True
self.score = 0
self.score_text = codesters.Text('0', -230, 205)
self.score_text.set_color('#ffffff')
self.sprites.append(self.score_text)
goal_text = codesters.Text('Goal: ' + str(self.num_goal) + ' points',
-180, 230)
goal_text.set_color('#ffffff')
self.sprites.append(goal_text)
self.make_circles()
stage.event_click(self.click_circle)
self.user_has_clicked = False
def collision():
game_over = True
sprite.go_to(0, 0)
sprite.set_y_speed(0)
sprite.set_gravity_off()
flappiness = 0
text = codesters.Text("Game Over!", 0, 100, "red")
for pipe in pipe_list:
pipe.set_x_speed(0)
def end_level(self):
self.clean_up()
if self.score >= self.num_goal:
end_text = codesters.Text('You Win!')
self.sprites.append(end_text)
next_button = codesters.Rectangle(0, -80, 100, 50, 'green')
next_button.event_click(self.next_level)
self.sprites.append(next_button)
button_text = codesters.Text('Continue', 0, -80)
button_text.set_color('#ffffff')
self.sprites.append(button_text)
else:
end_text = codesters.Text('Close! Try again.')
self.sprites.append(end_text)
next_button = codesters.Rectangle(0, -80, 100, 50, 'green')
next_button.event_click(self.restart_level)
self.sprites.append(next_button)
button_text = codesters.Text('Restart', 0, -80)
button_text.set_color('#ffffff')
self.sprites.append(button_text)
def interval():
global safeatfirst
global outatfirst
runx=batter.get_x()
runy=batter.get_y()
# print(str(runx) + " " +str(runy))
# print("x?: "+str(220<runx<230))
# print("y?: "+str(-15<runy<25))
# print(outatfirst)
# print(safeatfirst)
if 220<runx<230 and -15<runy<25:
if outatfirst==False and safeatfirst==False:
safeatfirst=True
batter.set_y_speed(0)
batter.set_x_speed(0)
# text = codesters.Text("text", x, y)
text = codesters.Text("SAFE", 0, 100)
text.set_size(3)
def mouse_move():
global held
global caught
global stage
x = stage.mouse_x()
y = stage.mouse_y()
pitcher.set_position(x, y)
if caught:
held=True
pitcher.collision_off()
baseball.set_position(x,y)
if 220<x<230 and -15<y<25:
if outatfirst==False and safeatfirst==False:
batter.set_y_speed(0)
batter.set_x_speed(0)
# text = codesters.Text("text", x, y)
text = codesters.Text("OUT", 0, 100)
text.set_size(3)
stage.remove_sprite(batter)
## VOLLEYBALL BY SHIRLY
## LOCATED HERE: https://www.codesters.com/preview/2abfa838e59334f3c287194a0ecc8fbf625f9e3a/
import codesters
stage = codesters.Environment()
global ball, start_txt, win_text, player1, player2, barrier, net, player1_area, player2_area
start_txt = codesters.Text("PRESS SPACE TO START", 0, 75, "red")
ball = codesters.Circle(0, 0, 40, "blue")
ball.set_gravity_off()
win_text = codesters.Text(" ", 0, 175, "black")
def space_bar():
ball.set_x_speed(random.randint(-6, 6) + 1)
ball.set_gravity_on()
start_txt.hide()
win_text.hide()
stage.event_key("space", space_bar)
player1 = codesters.Sprite("hedgehog", -210, -225)
player1.set_size(.6)
player2 = codesters.Sprite("kitten", 210, -225)
player2.set_size(.5)
player2.flip_right_left()
barrier = codesters.Line(0, 250, 0, -250, "gray")
barrier.set_gravity_off()
net = codesters.Rectangle(0, -210, 20, 80, "darkgray")
back.set_gravity_off()
back.set_size(0.5)
back.cannot_collide()
hoop = codesters.Sprite('hoop', 170, -150)
hoop.set_gravity_off()
hoop.cannot_collide()
hoop.set_size(0.5)
hoop.is_goal()
ball = codesters.Sprite('basketball')
ball.set_size(0.4)
stage.set_gravity(10)
score = 0
t = codesters.Text('0', 200, 200)
def click():
ball.set_gravity_off()
ball.go_to(stage.click_x(), stage.click_y())
ball.set_y_speed(0)
ball.set_x_speed(0)
stage.event_click(click)
def click_up():
ball.set_gravity_on()
new_velx = ball.get_x() - stage.click_x()
stage.event_key("left", left_key)
def right_key(): # EVENT
frogger.set_x(frogger.get_x() + 50)
print frogger.xcor, frogger.future_x
print frogger.ycor, frogger.future_y
frogger.print_corners()
# add other actions...
stage.event_key("right", right_key)
stage.disable_all_walls()
result = codesters.Text(" ", 0, 0, "red")
global result # GLOBALS
# detecting what was collided with by color / shape seems like the easiest way
def collision(
sprite, hit_sprite
): # COLLISIONS MARK REALLY WEIRDLY IN THIS PROJECT. TRYING TO FIGURE THAT OUT.
# print '############'
# hit_sprite.get_name()
# print '############'
# if frogger hits a lilypad
if hit_sprite.get_name() == "circle":
'''
print frogger.xcor, ', ', sprite.xcor, ',', hit_sprite.xcor # FOR BUG TESTING
print frogger.ycor, ', ', sprite.ycor, ',', hit_sprite.ycor # FOR BUG TESTING
import codesters
import random
#global hedgey, stage, text
global hedgey, text
stage = codesters.Environment()
stage.set_background("moon")
hedgey = codesters.Sprite("hedgehog")
hedgey.go_to(0, -210)
points = 0
text = codesters.Text(str(points), 190, -65, "black")
def interval():
x = random.randint(-230, 230)
y = random.randint(0, 230)
star = codesters.Star(x, y, 5, 20, "yellow")
stage.event_interval(interval, 2)
def left():
hedgey.turn_left(10)
stage.event_left_key(left)
def restart_level(self):
if self.current_level < len(self.levels):
l = self.levels[self.current_level]
l.display_start_button()
else:
end_text = codesters.Text('Game Over', 0, 0)
is_drawing = sprite.get_pen_down()
if is_drawing:
sprite.pen_up()
if not is_drawing:
sprite.pen_down()
stage.event_click(click)
def mouse_move():
x = stage.mouse_x()
y = stage.mouse_y()
sprite.set_position(x, y)
# add other actions...
stage.event_mouse_move(mouse_move)
finish_bg = codesters.Rectangle(-150, -225, 100, 30, None, "black")
finish_btn = codesters.Text("Done drawing?", -150, -225)
finish_btn.set_size(.7)
def click_finish():
sprite.pen_up()
print("done")
announcer.say("Time to guess!")
stage.wait(1)
guess = " "
while guess != word:
stage.wait(1)
guess = announcer.ask("What is the word?")
if guess != word:
announcer.say("Sorry, that's wrong!")
else:
announcer.say("Great job, you got it!")
gravity = 3
flappiness = 12
# Stage setup
stage.set_background("moon")
stage.set_gravity(gravity)
stage.disable_all_walls()
# Dino setup
sprite = codesters.Sprite("fox")
sprite.set_size(0.5)
sprite.go_to(-200, 0)
# Score setup
score = 0
score_display = codesters.Text("Flappy Points: ", 0, 200, "white")
game_over = False
pipe_list = []
def space():
sprite.jump(flappiness)
# add other actions...
stage.event_space_key(space)
floor = codesters.Rectangle(0, -240, 500, 20, "black")
floor.set_gravity_off()
stage_move_right) # The left key makes the stage move right
# Do the same thing for the other direction
def stage_move_left():
for p in presents:
p.set_x(p.get_x() - 20)
for f in flowers:
f.set_x(f.get_x() - 20)
stage.event_key('right', stage_move_left)
# We can give the fox points when the fox gets a present
points = 0
points_text = codesters.Text(str(points), -220, 200)
# Make a function for when the fox finds a present
def get_present(fox, present):
# the present disappears
stage.remove_sprite(present)
# the fox spins
fox.left(720)
fox.set_rotation(0)
# we get a point
global points
points = points + 1
