def border(): right = meet.get_screen_width() left = -meet.get_screen_width() up = meet.get_screen_height() down = -meet.get_screen_height() for cell in cells: if cell.ycor()+cell.get_radius() >= up or cell.ycor()-cell.get_radius() <= down or cell.xcor()+cell.get_radius() >= right or cell.xcor()-cell.get_radius() <= left: cell.set_dx(-cell.get_dx()) cell.set_dy(-cell.get_dy())
def borders(): w1=meet.get_screen_width() w2=-meet.get_screen_width() h1=meet.get_screen_height() h2=-meet.get_screen_height() for cell in cells: if cell.ycor()+cell.get_radius()>=h1 or cell.ycor()<=h2: cell.set_dy(-cell.get_dy()) if cell.xcor()+cell.get_radius()>=w1 or cell.xcor()<=w2: cell.set_dx(-cell.get_dx())
def Edge(cells): for cell in cells: if cell.xcor() + cell.get_radius()>meet.get_screen_width(): cell.set_dx(-cell.get_dx()) if cell.xcor() + cell.get_radius()<-meet.get_screen_width(): cell.set_dx(-cell.get_dx()) if cell.ycor() + cell.get_radius()>meet.get_screen_height(): cell.set_dy(-cell.get_dy()) if cell.ycor() + cell.get_radius()<-meet.get_screen_height(): cell.set_dy(-cell.get_dy())
def check_walls(cells):
for cell in cells:
# print (str(cell.xcor()) + ", " +str(cell.ycor()) + " " + str(meet.get_screen_width()) + " " + str(meet.get_screen_height()))
# if(cell != user_cell):
if (
cell.xcor() + cell.get_radius() > meet.get_screen_width()
or cell.xcor() - cell.get_radius() < -meet.get_screen_width()
):
cell.set_dx(-cell.get_dx())
if (
cell.ycor() + cell.get_radius() > meet.get_screen_height()
or cell.ycor() - cell.get_radius() < -meet.get_screen_height()
):
cell.set_dy(-cell.get_dy())
def check_border(cells): for cell in cells: width = meet.get_screen_width() height=meet.get_screen_height() if cell.xcor() > width or cell.xcor() < -width: h1 = cell.get_dx() cell.set_dx(-h1) if cell.ycor() > height or cell.ycor() < -height: h2 = cell.get_dy() cell.set_dy(-h2)
def borders(cells): for cell in cells: width = meet.get_screen_width() height = meet.get_screen_height() x = cell.xcor() y = cell.ycor() if (x > width): cell.set_dx(-cell.get_dx()) if (x < -width): cell.set_dx(-cell.get_dx()) if (y > height): cell.set_dy(-cell.get_dy()) if (y < -height): cell.set_dy(-cell.get_dy())
def borders(cells): for cell in cells: sw=meet.get_screen_width() sh=meet.get_screen_height() x=cell.xcor() y=cell.ycor() if (x > sw): cell.set_dx(-cell.get_dx()) if (y > sh): cell.set_dy(-cell.get_dy()) if (x < -sw): cell.set_dx(-cell.get_dx()) if (y < -sh): cell.set_dy(-cell.get_dy())
def Edge(cells): h=meet.get_screen_width() w=meet.get_screen_height() for cell in cells: if cell.xcor() + cell.get_radius() >= h: x=cell.get_dx() cell.set_dx(-x) elif cell.xcor() - cell.get_radius()<= -h: x=cell.get_dx() cell.set_dx(-x) if cell.ycor() + cell.get_radius() >= w: y=cell.get_dy() cell.set_dy(-y) elif cell.ycor() - cell.get_radius() <= -w: y=cell.get_dy() cell.set_dy(-y)
def check_collision(cells):
global running
for c1 in cells:
for c2 in cells:
if (c1 != c2 and collide(c1, c2)):
print("collided")
if(c1.get_radius()>c2.get_radius()):
c2.goto(meet.get_random_x(),meet.get_random_y())
c1.set_radius(c1.get_radius()+c2.get_radius()*0.1)
if(c2 == user_cell):
running = False
elif(c1 == user_cell):
meet.clear()
meet.goto(-meet.get_screen_width(),meet.get_screen_height()-10);
meet.write(user_cell.get_radius())
elif(c1.get_radius()<c2.get_radius()):
c1.goto(meet.get_random_x(),meet.get_random_y())
c2.set_radius(c2.get_radius()+c1.get_radius()*0.1)
if(c1 == user_cell):
running = False
def Edge(cells): x,y=meet.get_user_direction(user_cell) user_cell.set_dx(x) user_cell.set_dy(y) for cell in cells: w=meet.get_screen_width() h=meet.get_screen_height() x=cell.xcor() y=cell.ycor() if (cell.xcor()>w): cell.set_dx(-cell.get_dx()) elif (cell.xcor()<-w): cell.set_dx(-cell.get_dx()) if (cell.ycor()>h): cell.set_dy(-cell.get_dy()) elif (cell.ycor()<-h): cell.set_dy(-cell.get_dy())
import meet
cells =[]
x = 0
while x <10:
a = {"radius":13 , "x":meet.get_random_x() , "y":meet.get_random_y() , "dx": 0.11 , "dy": 1 , "color": "black"}
c= meet.create_cell(a)
cells.append(c)
x+=1
a = {"radius":13 , "x":0 , "y":0 , "dx": 0, "dy": 0 , "color": "black"}
user= meet.create_cell(a)
cells.append(user)
while True :
meet.move_cells(cells)
for cell in cells:
x=cell.xcor()
y=cell.ycor()
h= meet.get_screen_height()
w = meet.get_screen_width()
if (x>w or x<-w):
cell.set_dx(-cell.get_dx())
if (y>h or y<-h):
cell.set_dy(-cell.get_dy())
dx,dy = meet.get_user_direction(user)
user.set_dx(dx)
user.set_dy(dy)
def check_x_border(cells): width = meet.get_screen_width() for cell in cells: if cell.xcor() > width or cell.xcor() < -width: h1 = cell.get_dx() cell.set_dx(-h1)
def border(cells): for cell in cells: if cell.ycor() > meet.get_screen_height() or cell.ycor() < -meet.get_screen_height(): cell.set_dy(-cell.get_dy()*1.01) if cell.xcor() > meet.get_screen_width() or cell.xcor() < -meet.get_screen_width(): cell.set_dx(-cell.get_dx()*1.01)
global user_cell, PLAYING
for cell in cells:
if user_cell.distance(cell) <= user_cell.get_radius() + cell.get_radius():
if user_cell.get_radius() > cell.get_radius():
user_cell.set_radius(user_cell.get_radius()+cell.get_radius()/6)
cell.goto(meet.get_random_x(), meet.get_random_y())
cell.set_radius(meet.random.randint(2,40))
elif cell.get_radius() > user_cell.get_radius():
PLAYING = False
print("game over! :(")
#if (int(boy.xcor()+boy.get_radius())>=int(cell.xcor()-cell.get_radius()) and int(boy.xcor()-boy.get_radius())<=int(cell.xcor()+cell.get_radius())) and (int(boy.ycor()+boy.get_radius())>=int(cell.ycor()-cell.get_radius()) and int(boy.ycor()-boy.get_radius())<=int(cell.ycor()+cell.get_radius())):
while PLAYING:
meet.move_cells(cells)
x,y=meet.get_user_direction(user_cell)
if user_cell.ycor() > meet.get_screen_height() or user_cell.ycor() < -meet.get_screen_height():
print("")
elif user_cell.xcor() > meet.get_screen_width() or user_cell.xcor() < -meet.get_screen_width():
print("")
else:
user_cell.set_dx(x)
user_cell.set_dy(y)
border(cells)
collision(cells)
#user_collision(cells)