def draw_left_eye():
eye = gr.Circle(gr.Point(150, 180), 20)
pupil = gr.Circle(gr.Point(150, 180), 10)
eye.setFill('red')
pupil.setFill('black')
eye.draw(window)
pupil.draw(window)
def draw_right_eye():
eye = gr.Circle(gr.Point(250, 180), 14)
pupil = gr.Circle(gr.Point(250, 180), 7)
eye.setFill('red')
pupil.setFill('black')
eye.draw(window)
pupil.draw(window)
def draw_eyebrows():
eyebrow1 = gr.Line(gr.Point(100, 120), gr.Point(180, 170))
eyebrow2 = gr.Line(gr.Point(220, 170), gr.Point(300, 120))
eyebrow1.setWidth(10)
eyebrow2.setWidth(10)
eyebrow1.setOutline('black')
eyebrow2.setOutline('black')
eyebrow1.draw(window)
eyebrow2.draw(window)
from practise.part4 import graphics as gr
window = gr.GraphWin("Jenkslex and Ganzz project", 400, 400)
face = gr.Circle(gr.Point(200, 200), 100)
face.setFill('yellow')
eye1 = gr.Circle(gr.Point(150, 180), 20)
eye2 = gr.Circle(gr.Point(250, 180), 15)
eye1_center = gr.Circle(gr.Point(150, 180), 8)
eye2_center = gr.Circle(gr.Point(250, 180), 7)
eye1.setFill('red')
eye2.setFill('red')
eye1_center.setFill('black')
eye2_center.setFill('black')
eyebrow1 = gr.Line(gr.Point(100, 120), gr.Point(180, 170))
eyebrow2 = gr.Line(gr.Point(220, 170), gr.Point(300, 140))
eyebrow1.setWidth(10)
eyebrow2.setWidth(10)
eyebrow1.setOutline('black')
eyebrow2.setOutline('black')
mouth = gr.Line(gr.Point(150, 260), gr.Point(250, 260))
mouth.setWidth(20)
mouth.setOutline('black')
face.draw(window)
eye1.draw(window)
eye2.draw(window)
eye1_center.draw(window)
# подключение библиотеки под синонимом gr
from practise.part4 import graphics as gr
window = gr.GraphWin("task1 - landscape", 1000, 600)
sky = gr.Rectangle(gr.Point(0, 0), gr.Point(1000, 300))
sky.setFill('blue')
sky.draw(window)
home = gr.Rectangle(gr.Point(200, 200), gr.Point(400, 400))
home.setFill('grey')
home.draw(window)
home_wall1 = gr.Line(gr.Point(200, 200), gr.Point(200, 400))
home_wall1.setWidth(5)
home_wall1.setOutline('black')
home_wall1.draw(window)
home_wall2 = gr.Line(gr.Point(200, 200), gr.Point(400, 200))
home_wall2.setWidth(5)
home_wall2.setOutline('black')
home_wall2.draw(window)
home_wall3 = gr.Line(gr.Point(400, 200), gr.Point(400, 400))
home_wall3.setWidth(5)
home_wall3.setOutline('black')
home_wall3.draw(window)
home_wall4 = gr.Line(gr.Point(400, 400), gr.Point(200, 400))
home_wall4.setWidth(5)
home_wall4.setOutline('black')
def draw_mouth():
mouth = gr.Line(gr.Point(150, 260), gr.Point(250, 260))
mouth.setWidth(20)
mouth.setOutline('black')
mouth.draw(window)
def draw_face():
face = gr.Circle(gr.Point(200, 200), 100)
face.setFill('yellow')
face.draw(window)
# подключение библиотеки под синонимом gr
from practise.part4 import graphics as gr
# Инициализация окна с названием "Russian game" и размером 100х100 пикселей
window = gr.GraphWin("Russian game", 100, 100)
# Создание круга с радиусом 10 и координатами центра (50, 50)
my_circle = gr.Circle(gr.Point(50, 50), 10)
# Создание отрезка с концами в точках (2, 4) и (4, 8)
my_line = gr.Line(gr.Point(2, 4), gr.Point(4, 8))
# Создание прямоугольника у которого диагональ — отрезок с концами в точках (2, 4) и (4, 8)
my_rectangle = gr.Rectangle(gr.Point(2, 4), gr.Point(4, 8))
# Отрисовка примитивов в окне window
my_circle.draw(window)
my_line.draw(window)
my_rectangle.draw(window)
# Ожидание нажатия кнопки мыши по окну.
window.getMouse()
# Закрытие окна после завершения работы с графикой
window.close()