Draw Batman With Python смотреть онлайн

Learn How to draw Batman logo with Python Turtle.

Source Code:
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import turtle
from turtle import goto
piece1 = [(-140, 0.0), (-139, 7.15), (-138, 10.10), (-137, 12.35), (-136, 14.23), (-135, 15.89), (-134, 17.37), (-133, 18.73), (-132, 19.99), (-131, 21.16), (-130, 22.26), (-129, 23.31), (-128, 24.30), (-127, 25.24), (-126, 26.15), (-125, 27.02), (-124, 27.85), (-123, 28.65), (-122, 29.43), (-121, 30.18), (-120, 30.90), (-119, 31.60), (-118, 32.28), (-117, 32.94), (-116, 33.59), (-115, 34.21), (-114, 34.82), (-113, 35.42),
(-112, 36.00), (-111, 36.56), (-110, 37.11), (-109, 37.65), (-108, 38.17), (-107, 38.69), (-106, 39.19), (-105, 39.68), (-104, 40.16), (-103, 40.63), (-102,41.09), (-101, 41.54), (-100, 41.99), (-99, 42.42), (-98, 42.84), (-97, 43.26), (-96, 43.67), (-95, 44.07), (-94, 44.46), (-93, 44.84), (-92, 45.22), (-91, 45.59), (-90, 45.95), (-89, 46.31), (-88, 46.66), (-87, 47.00), (-86, 47.34), (-85, 47.67), (-84, 48.00), (-83, 48.31), (-82, 48.63), (-81, 48.93), (-80, 49.23), (-79, 49.53), (-78, 49.82), (-77, 50.10), (-76, 50.38), (-75, 50.66), (-74, 50.93), (-73, 51.19), (-72, 51.45), (-71, 51.71), (-70, 51.96), (-69, 52.20), (-68, 52.44), (-67, 52.68), (-66, 52.91), (-65, 53.14), (-64, 53.36), (-63, 53.58), (-62, 53.79), (-61, 54.00)]
piece2=[(-60, 54.21), (-59, 42.66), (-58, 38.28), (-57, 35.11), (-56, 32.58), (-55, 30.47), (-54, 28.65), (-53, 27.07), (-52, 25.68), (-51, 24.45), (-50, 23.35), (-49, 22.37), (-48, 21.5), (-47, 20.71), (-46, 20.01), (-45, 19.39), (-44, 18.84), (-43, 18.36), (-42, 17.94),(-41, 17.57), (-40, 17.26), (-39, 17.01), (-38, 16.8), (-37, 16.64), (-36, 16.53), (-35, 16.46), (-34, 16.43), (-33, 16.44), (-32, 16.5), (-31, 16.59), (-30, 16.72), (-29, 16.89),
(-28, 17.1), (-27, 17.34), (-26, 17.61), (-25, 17.93), (-24, 18.27), (-23, 18.65), (-22, 19.07)]
piece3=[(140, -0.0), (139, -7.16), (138, -10.11), (137, -12.35), (136, -14.24), (135, -15.89), (134, -17.38), (133, -18.73), (132, -19.99), (131, -21.17), (130, -22.27), (129, -23.31), (128, -24.3), (127, -25.25), (126, -26.15), (125, -27.02), (124, -27.85), (123, -28.66), (122, -29.43), (121, -30.18), (120, -30.9), (119, -31.61), (118, -32.29), (117, -32.95), (116, -33.59),
(115, -34.22), (114, -34.83), (113, -35.42), (112, -36.0),(111, -36.56), (110, -37.12), (109, -37.65), (108, -38.18), (107, -38.69), (106, -39.19), (105, -39.69), (104, -40.17), (103, -40.64), (102, -41.1), (101, -41.55), (100, -41.99), (99, -42.42), (98, -42.85), (97, -43.26), (96, -43.67), (95, -44.07), (94, -44.46), (93, -44.85), (92, -45.23), (91, -45.6), (90, -45.96), (89, -46.32), (88, -46.67), (87, -47.01), (86, -47.35), (85, -47.68), (84, -48.0), (83, -48.32), (82, -48.63), (81, -48.94)]
piece4=[(80, -49.24), (79, -42.77), (78, -40.08), (77, -38.05), (76, -36.39), (75, -34.97), (74, -33.73), (73, -32.65), (72, -31.68), (71, -30.83), (70, -30.07), (69, -29.39), (68, -28.79), (67, -28.27), (66, -27.82), (65, -27.44), (64, -27.12), (63, -26.86), (62, -26.66), (61, -26.52), (60, -26.45), (59, -26.43), (58, -26.47), (57, -26.57), (56, -26.73), (55, -26.96), (54, -27.24), (53, -27.6), (52, -28.02), (51, -28.52), (50, -29.1), (49, -29.77), (48, -30.53), (47, -31.39), (46, -32.38), (45, -33.52), (44, -34.84), (43, -36.41), (42, -38.34), (41, -40.93),(40, -47.31),
(39, -41.2), (38, -38.88), (37, -37.22), (36, -35.92), (35, -34.87), (34, -34.0), (33, -33.28), (32, -32.68), (31, -32.19), (30, -31.79), (29, -31.48), (28, -31.25), (27, -31.1), (26, -31.01), (25, -30.99), (24, -31.04), (23, -31.14), (22, -31.31), (21, -31.54), (20, -31.83), (19, -32.17), (18, -32.58), (17, -33.05), (16, -33.57), (15, -34.16), (14, -34.82), (13, -35.54), (12, -36.33), (11, -37.19), (10, -38.14), (9, -39.17), (8, -40.29), (7, -41.53), (6, -42.88), (5, -44.39), (4, -46.07), (3, -48.01), (2, -50.3), (1, -53.26), (0, -60.0)]

def draw_piece(piece,reverse):
if reverse:
for i in range(len(piece)-1,-1,-1):
turtle.goto(-piece[i][0],piece[i][1])
else:
for i in range(len(piece)):
turtle.goto(piece[i][0],piece[i][1])
turtle.speed(500)
turtle.bgcolor("yellow")
turtle.color( #000000")
turtle.begin_fill()
turtle.left(90)
turtle.penup()
turtle.goto(-140,0)
turtle.pendown()
turtle.title("Bat Man")
draw_piece(piece1,reverse=False)
draw_piece(piece2,reverse=False)
turtle.goto(-20,60)
turtle.goto(-10,44)
turtle.goto(10,44)
turtle.goto(20,60)
turtle.goto(21,19.52)
# reverse piece2
draw_piece(piece2,reverse=True)
# reverse piece1
draw_piece(piece1,reverse=True)
draw_piece(piece3,reverse=False)
draw_piece(piece4,reverse=False)
# reverse piece4
draw_piece(piece4,reverse=True)
# reverse piece3
draw_piece(piece3,reverse=True)
turtle.penup()
turtle.end_fill()
turtle.hideturtle()
turtle.done()
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