coding for pickachu
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import turtledef gajurel (x, y): turtle.setx(x) turtle.sety(y) print (x, y)class Cartoon: def __init__ (self ): self .t = turtle.Turtle() t = self .t t.pensize(3 ) t.speed(9 ) t.ondrag(gajurel) def meme (self , x, y): self .t.penup() self .t.goto(x, y) self .t.pendown() def aankha1 (self , x, y): self .meme(x, y) t = self .t t.seth(0 ) t.fillcolor('#333333' ) t.begin_fill() t.circle(22 ) t.end_fill() self .meme(x, y + 10 ) t.fillcolor('#000000' ) t.begin_fill() t.circle(10 ) t.end_fill() self .meme(x + 6 , y + 22 ) t.fillcolor('#ffffff' ) t.begin_fill() t.circle(10 ) t.end_fill() def aankha2 (self , x, y): self .meme(x, y) t = self .t t.seth(0 ) t.fillcolor('#333333' ) t.begin_fill() t.circle(22 ) t.end_fill() self .meme(x, y + 10 ) t.fillcolor('#000000' ) t.begin_fill() t.circle(10 ) t.end_fill() self .meme(x - 6 , y + 22 ) t.fillcolor('#ffffff' ) t.begin_fill() t.circle(10 ) t.end_fill() def mukh (self , x, y): self .meme(x, y) t = self .t t.fillcolor('#88141D' ) t.begin_fill() # l1 = [] l2 = [] t.seth(190 ) a = 0.7 for i in range (28 ): a += 0.1 t.right(3 ) t.fd(a) l1.append(t.position()) self .meme(x, y) t.seth(10 ) a = 0.7 for i in range (28 ): a += 0.1 t.left(3 ) t.fd(a) l2.append(t.position()) # t.seth(10 ) t.circle(50 , 15 ) t.left(180 ) t.circle(-50 , 15 ) t.circle(-50 , 40 ) t.seth(233 ) t.circle(-50 , 55 ) t.left(180 ) t.circle(50 , 12.1 ) t.end_fill() # self .meme(17 , 54 ) t.fillcolor('#DD716F' ) t.begin_fill() t.seth(145 ) t.circle(40 , 86 ) t.penup() for pos in reversed (l1[:20 ]): t.goto(pos[0 ], pos[1 ] + 1.5 ) for pos in l2[:20 ]: t.goto(pos[0 ], pos[1 ] + 1.5 ) t.pendown() t.end_fill() # self .meme(-17 , 94 ) t.seth(8 ) t.fd(4 ) t.back(8 ) # def gaala1 (self , x, y): turtle.tracer(False ) t = self .t self .meme(x, y) t.seth(300 ) t.fillcolor('#DD4D28' ) t.begin_fill() a = 2.3 for i in range (120 ): if 0 <= i < 30 or 60 <= i < 90 : a -= 0.05 t.lt(3 ) t.fd(a) else : a += 0.05 t.lt(3 ) t.fd(a) t.end_fill() turtle.tracer(True ) def gaala2 (self , x, y): t = self .t turtle.tracer(False ) self .meme(x, y) t.seth(60 ) t.fillcolor('#DD4D28' ) t.begin_fill() a = 2.3 for i in range (120 ): if 0 <= i < 30 or 60 <= i < 90 : a -= 0.05 t.lt(3 ) t.fd(a) else : a += 0.05 t.lt(3 ) t.fd(a) t.end_fill() turtle.tracer(True ) def kaan1 (self , x, y): t = self .t self .meme(x, y) t.fillcolor('#000000' ) t.begin_fill() t.seth(330 ) t.circle(100 , 35 ) t.seth(219 ) t.circle(-300 , 19 ) t.seth(110 ) t.circle(-30 , 50 ) t.circle(-300 , 10 ) t.end_fill() def kaan2 (self , x, y): t = self .t self .meme(x, y) t.fillcolor('#000000' ) t.begin_fill() t.seth(300 ) t.circle(-100 , 30 ) t.seth(35 ) t.circle(300 , 15 ) t.circle(30 , 50 ) t.seth(190 ) t.circle(300 , 17 ) t.end_fill() def jiu (self ): t = self .t t.fillcolor('#F6D02F' ) t.begin_fill() # t.penup() t.circle(130 , 40 ) t.pendown() t.circle(100 , 105 ) t.left(180 ) t.circle(-100 , 5 ) # t.seth(20 ) t.circle(300 , 30 ) t.circle(30 , 50 ) t.seth(190 ) t.circle(300 , 36 ) # t.seth(150 ) t.circle(150 , 70 ) # t.seth(200 ) t.circle(300 , 40 ) t.circle(30 , 50 ) t.seth(20 ) t.circle(300 , 35 ) # print(t.pos()) # t.seth(240 ) t.circle(105 , 95 ) t.left(180 ) t.circle(-105 , 5 ) # t.seth(210 ) t.circle(500 , 18 ) t.seth(200 ) t.fd(10 ) t.seth(280 ) t.fd(7 ) t.seth(210 ) t.fd(10 ) t.seth(300 ) t.circle(10 , 80 ) t.seth(220 ) t.fd(10 ) t.seth(300 ) t.circle(10 , 80 ) t.seth(240 ) t.fd(12 ) t.seth(0 ) t.fd(13 ) t.seth(240 ) t.circle(10 , 70 ) t.seth(10 ) t.circle(10 , 70 ) t.seth(10 ) t.circle(300 , 18 ) t.seth(75 ) t.circle(500 , 8 ) t.left(180 ) t.circle(-500 , 15 ) t.seth(250 ) t.circle(100 , 65 ) # t.seth(320 ) t.circle(100 , 5 ) t.left(180 ) t.circle(-100 , 5 ) t.seth(220 ) t.circle(200 , 20 ) t.circle(20 , 70 ) t.seth(60 ) t.circle(-100 , 20 ) t.left(180 ) t.circle(100 , 20 ) t.seth(300 ) t.circle(10 , 70 ) t.seth(60 ) t.circle(-100 , 20 ) t.left(180 ) t.circle(100 , 20 ) t.seth(10 ) t.circle(100 , 60 ) # t.seth(180 ) t.circle(-100 , 10 ) t.left(180 ) t.circle(100 , 10 ) t.seth(5 ) t.circle(100 , 10 ) t.circle(-100 , 40 ) t.circle(100 , 35 ) t.left(180 ) t.circle(-100 , 10 ) # t.seth(290 ) t.circle(100 , 55 ) t.circle(10 , 50 ) t.seth(120 ) t.circle(100 , 20 ) t.left(180 ) t.circle(-100 , 20 ) t.seth(0 ) t.circle(10 , 50 ) t.seth(110 ) t.circle(100 , 20 ) t.left(180 ) t.circle(-100 , 20 ) t.seth(30 ) t.circle(20 , 50 ) t.seth(100 ) t.circle(100 , 40 ) # t.seth(200 ) t.circle(-100 , 5 ) t.left(180 ) t.circle(100 , 5 ) t.left(30 ) t.circle(100 , 75 ) t.right(15 ) t.circle(-300 , 21 ) t.left(180 ) t.circle(300 , 3 ) # t.seth(43 ) t.circle(200 , 60 ) t.right(10 ) t.fd(10 ) t.circle(5 , 160 ) t.seth(90 ) t.circle(5 , 160 ) t.seth(90 ) t.fd(10 ) t.seth(90 ) t.circle(5 , 180 ) t.fd(10 ) t.left(180 ) t.left(20 ) t.fd(10 ) t.circle(5 , 170 ) t.fd(10 ) t.seth(240 ) t.circle(50 , 30 ) t.end_fill() self .meme(130 , 125 ) t.seth(-20 ) t.fd(5 ) t.circle(-5 , 160 ) t.fd(5 ) # self .meme(166 , 130 ) t.seth(-90 ) t.fd(3 ) t.circle(-4 , 180 ) t.fd(3 ) t.seth(-90 ) t.fd(3 ) t.circle(-4 , 180 ) t.fd(3 ) # self .meme(168 , 134 ) t.fillcolor('#F6D02F' ) t.begin_fill() t.seth(40 ) t.fd(200 ) t.seth(-80 ) t.fd(150 ) t.seth(210 ) t.fd(150 ) t.left(90 ) t.fd(100 ) t.right(95 ) t.fd(100 ) t.left(110 ) t.fd(70 ) t.right(110 ) t.fd(80 ) t.left(110 ) t.fd(30 ) t.right(110 ) t.fd(32 ) t.right(106 ) t.circle(100 , 25 ) t.right(15 ) t.circle(-300 , 2 ) ############## # print(t.pos()) t.seth(30 ) t.fd(40 ) t.left(100 ) t.fd(70 ) t.right(100 ) t.fd(80 ) t.left(100 ) t.fd(46 ) t.seth(66 ) t.circle(200 , 38 ) t.right(10 ) t.fd(10 ) t.end_fill() # t.fillcolor('#923E24' ) self .meme(126.82 , -156.84 ) t.begin_fill() t.seth(30 ) t.fd(40 ) t.left(100 ) t.fd(40 ) t.pencolor('#923e24' ) t.seth(-30 ) t.fd(30 ) t.left(140 ) t.fd(20 ) t.right(150 ) t.fd(20 ) t.left(150 ) t.fd(20 ) t.right(150 ) t.fd(20 ) t.left(130 ) t.fd(18 ) t.pencolor('#000000' ) t.seth(-45 ) t.fd(67 ) t.right(110 ) t.fd(80 ) t.left(110 ) t.fd(30 ) t.right(110 ) t.fd(32 ) t.right(106 ) t.circle(100 , 25 ) t.right(15 ) t.circle(-300 , 2 ) t.end_fill() self .topi(-134.07 , 147.81 ) self .mukh(-5 , 25 ) self .gaala1(-126 , 32 ) self .gaala2(107 , 63 ) self .kaan1(-250 , 100 ) self .kaan2(140 , 270 ) self .aankha1(-85 , 90 ) self .aankha2(50 , 110 ) t.hideturtle() def topi (self , x, y): self .meme(x, y) t = self .t t.fillcolor('#CD0000' ) t.begin_fill() t.seth(200 ) t.circle(400 , 7 ) t.left(180 ) t.circle(-400 , 30 ) t.circle(30 , 60 ) t.fd(50 ) t.circle(30 , 45 ) t.fd(60 ) t.left(5 ) t.circle(30 , 70 ) t.right(20 ) t.circle(200 , 70 ) t.circle(30 , 60 ) t.fd(70 ) # print(t.pos()) t.right(35 ) t.fd(50 ) t.circle(8 , 100 ) t.end_fill() self .meme(-168.47 , 185.52 ) t.seth(36 ) t.circle(-270 , 54 ) t.left(180 ) t.circle(270 , 27 ) t.circle(-80 , 98 ) t.fillcolor('#444444' ) t.begin_fill() t.left(180 ) t.circle(80 , 197 ) t.left(58 ) t.circle(200 , 45 ) t.end_fill() self .meme(-58 , 270 ) t.pencolor('#228B22' ) t.dot(35 ) self .meme(-30 , 280 ) t.fillcolor('#228B22' ) t.begin_fill() t.seth(100 ) t.circle(30 , 180 ) t.seth(190 ) t.fd(15 ) t.seth(100 ) t.circle(-45 , 180 ) t.right(90 ) t.fd(15 ) t.end_fill() t.pencolor('#000000' ) def start (self ): self .jiu()def main (): print ('Painting the Cartoon... ' ) turtle.screensize(800 , 600 ) turtle.title('Cartoon' ) cartoon = Cartoon() cartoon.start() turtle.mainloop()if __name__ == '__main__' : main()
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