def update(self): turtle.tiltangle(90) self.size = (-0.003)*(self.z) + 1.41 # y = mx + b, y=(-0.003)x + 1.41 turtle.shapesize(self.size*0.7,self.size) self.x = self.x + ((s.turnX) * (((-0.3)*(self.z) + 118)/10) * s.acc * 0.1); #more interpolation super().update()
def update(self):
turtle.tiltangle(90)
self.size = (-0.003) * (
self.z) + 1.41 # y = mx + b, y=(-0.003)x + 1.41
turtle.shapesize(self.size * 0.7, self.size)
self.x = self.x + ((s.turnX) * (((-0.3) *
(self.z) + 118) / 10) * s.acc * 0.1)
#more interpolation
super().update()
def update(self): turtle.tiltangle(90) turtle.shapesize(10,4) curTime = round(time.time() - s.time, 0) if(curTime == math.ceil(curTime) and curTime != self.prevTime): #prints time draw_score() if(GAMETIME - curTime <= 0): lose() self.prevTime = curTime super().update()
def update(self):
turtle.tiltangle(90)
turtle.shapesize(10, 4)
curTime = round(time.time() - s.time, 0)
if (curTime == math.ceil(curTime)
and curTime != self.prevTime): #prints time
draw_score()
if (GAMETIME - curTime <= 0):
lose()
self.prevTime = curTime
super().update()
def Arrow(txy, ax='X'):
a = [0.1, 0, -0.1]
b = [-0.1, 0.3, -0.1]
tr.up()
tr.goto(0, 0)
tr.begin_poly()
for i in range(2):
tr.goto(a[i], b[i])
tr.end_poly()
p = tr.get_poly()
tr.register_shape("myArrow", p)
tr.resizemode("myArrow")
tr.shapesize(1, 2, 1)
if ax == 'X':
tr.tiltangle(0)
tr.goto(txy[1] + 0.2, 0)
pw = [int(txy[1]), -1.0]
else:
tr.tiltangle(90)
tr.goto(0, txy[1] + 0.2)
pw = [0.2, int(txy[1])]
tr.stamp()
tr.goto(pw)
tr.write(ax, font=("Arial", 14, "bold"))
def Arrow(txy, ax='X'):
a = [0.1, 0, -0.1]
b = [-0.1, 0.3, -0.1]
tr.up()
tr.goto(0, 0)
tr.begin_poly()
for i in range(2):
tr.goto(a[i], b[i])
tr.end_poly() # останавливаем запись
p = tr.get_poly() # ссылка на многоугольник
tr.register_shape("myArrow", p)
tr.resizemode("myArrow")
tr.shapesize(1, 2, 1)
if (ax == 'X'): # для оси X
tr.tiltangle(0) # угол для формы
tr.goto(txy[1] + 0.2, 0) # к месту стрелки
pw = [int(txy[1]), -1.0] # место для надписи else: # для оси Y
else:
tr.tiltangle(90) # новый угол для формы
tr.goto(0, txy[1] + 0.2) # к месту стрелки
pw = [0.2, int(txy[1])] # место для надписи
tr.stamp() # оставить штамп - стрелка
tr.goto(pw) # к месту надписи
tr.write(ax, font=("Arial", 14, "bold"))
def __init__(self):
self.dirx = 1.0
self.diry = 0.0
self.theta = 0
super().__init__(MYX, MYY, 0, -MYDELTA, MYSHAPE, MYCOLOR)
turtle.tiltangle(0)
import turtle turtle.pen(fillcolor="white", pencolor="red", pensize=2) turtle.tiltangle(70) turtle.circle(20)
def __init__(self): self.dirx = 1.0 self.diry = 0.0 self.theta = 0 super().__init__(MYX, MYY, 0, -MYDELTA, MYSHAPE, MYCOLOR) turtle.tiltangle(0)
turtle.setup(window_width, window_height)
turtle.listen(handle_click())
turtle.onscreenclick()
def handle_click(x, y):
print('detected a click at', x, y)
# create a listener function which is called automatically on button
def left_keypress():
print('left key detected')
# in main function, declare left_keypress as the listener function
turtle.listen()
turtle.onkey(left_keypress, 'Left')
turtle.register_shape('bird', ((-22, -39), (-20, -7), (-7, 3), (-11, 7),
(-12, 9), (-11, 10), (-9, 10), (-3, 7),
(10, 24), (30, 16), (13, 18), (4, 0), (14, -6),
(6, -13), (0, -4), (-14, -13), (-22, -39)))
turtle.shape('bird')
turtle.tiltangle(new_tilt_value)
main()
def left_keypress():
global new_tilt_value
new_tilt_value = new_tilt_value + title_angle
turtle.tiltangle(new_tilt_value) # change angle clockwise
def right_keypress():
global new_tilt_value
new_tilt_value = new_tilt_value - title_angle
turtle.tiltangle(new_tilt_value) # change angle anti-clockwise