import turtle as t t.bgcolor("orangered") t.screensize(1400,1000) corr = [(780,-209),(750,-208),(700,-207),(650,-206), (580,-205),(560,-203),(540,-200),(520,-198), (520,-193),(526,-190),(530,-180),(536,-172), (538,-160),(543,-123),(540,-112),(533,-100), (525,-86),(525,-80),(530,-60),(532,-40), (531,-24),(534,-21),(540,-23),(550,-26), (553,-30),(556,-40),(540,-90),(540,-108), (543,-120),(550,-126),(567,-136),(562,-120), (562,-115),(567,-100),(578,-80),(580,-76), (584,-60),(586,-40),(582,-20),(580,-14), (570,-9),(560,-5),(550,-6),(540,-8), (530,-11),(518,0),(512,8),(502,8),(500,10), (482,20),(470,36),(460,49),(468,63),(465,66), (470,80),(468,100),(466,110),(460,120), (458,123),(455,122),(452,130),(456,136), (460,145),(463,133),(459,128),(472,128), (468,140),(463,157),(470,157),(478,152), (475,166),(471,165),(460,162),(457,165), (443,165),(437,160),(427,153),(423,149), (424,138),(419,133),(419,130),(422,128), (423,127),(426,124),(423,120),(423,118), (420,116),(420,114),(428,116),(430,118), (432,118),(432,116),(428,114),(414,92), (405,84),(390,77),(386,79),(377,79), (375,76),(364,76),(357,88),(352,86), (348,92),(340,93),(330,96),(326,96), (320,92),(312,97),(307,92),(304,95), (306,100),(308,102),(307,104),(307,108), (304,107),(304,120),(303,124),(308,132), (300,129),(298,128),(288,120),(282,104), (283,100),(284,97),(288,92),(285,89), (278,87),(283,77),(281,72),(288,67), (287,59),(284,57),(284,54),(287,50), (286,48),(290,43),(288,40),(300,26), (298,17),(305,14),(312,15),(316,17), (320,20),(322,40),(324,47),(326,49), (333,40),(342,18),(343,3),(345,-6), (342,-18),(342,-22),(346,-36),(350,-38), (348,-43),(340,-41),(336,-37),(320,-33), (312,-40),(307,-47),(303,-100),(308,-115), (314,-118),(320,-120),(328,-122),(328,-110), (324,-103),(318,-100),(319,-61),(322,-57), (340,-60),(366,-78),(366,-100),(368,-106), (366,-120),(363,-140),(361,-157),(358,-163), (350,-166),(340,-178),(320,-164),(300,-151), (280,-140),(260,-130),(240,-122),(220,-112), (200,-102),(180,-100),(150,-98),(125,-96), (100,-94),(75,-92),(50,-90),(25,-88), (0,-86),(-25,-83),(-50,-81),(-75,-79), (-100,-77),(-125,-75),(-150,-72),(-175,-70), (-800,-68), (-800,-500),(800,-500),(800,-210)] part1 = [(418,70),(412,73),(404,67),(393,64), (382,66),(382,60),(390,58),(392,50), (400,46),(402,48),(408,51),(417,58),(418,60)] part2 = [(380,-186),(400,-190),(420,-193),(440,-195), (460,-197),(503,-199),(508,-186),(520,-174), (520,-162),(528,-158),(531,-127),(520,-113), (500,-106),(495,-102),(500,-117),(500,-123), (480,-132),(452,-153),(440,-153),(440,-163), (430,-177),(424,-180),(420,-176),(426,-160), (437,-144),(440,-145),(467,-122),(467,-120), (460,-107),(453,-100),(450,-85),(450,-72), (440,-74),(408,-72),(400,-80),(397,-80), (390,-77),(386,-85),(380,-108),(377,-123), (375,-140),(370,-160),(374,-166),(362,-180)] name = [[(-560,320),(-560,300),(-590,300),(-590,220),(-560,220), (-560,200),(-610,200),(-610,320)], [(-530,320),(-530,270),(-510,270),(-510,320),(-490,320), (-490,200),(-510,200),(-510,250),(-530,250),(-530,200), (-550,200),(-550,320)], [(-460,320),(-460,270),(-440,270),(-440,320),(-420,320), (-420,200),(-440,200),(-440,250),(-460,250),(-460,200), (-480,200),(-480,320)], [(-350,320),(-350,200),(-370,200),(-370,250),(-390,250), (-390,200),(-410,200),(-410,320)], [(-280,320),(-280,300),(-300,300),(-300,200),(-320,200), (-320,300),(-340,300),(-340,320)], [(-210,320),(-210,250),(-230,250),(-210,200),(-230,200), (-250,250),(-250,200),(-270,200),(-270,320)], [(-140,320),(-140,200),(-160,200),(-160,250),(-180,250), (-180,200),(-200,200),(-200,320)], [(-70,320),(-70,250),(-110,250),(-110,200), (-130,200),(-130,320)], [(0,320),(0,200),(-20,200),(-20,250),(-40,250), (-40,200),(-60,200),(-60,320)], [(10,320),(70,320),(70,300),(50,300),(50,200),(30,200), (30,300),(10,300),(10,320)], [(80,320),(140,320),(140,300),(120,300),(120,220),(140,220), (140,200),(80,200),(80,220),(100,220),(100,300),(80,300),(80,320)]] points = [[(-390,300),(-370,300),(-370,270),(-390,270),(-390,300)], [(-250,300),(-230,300),(-230,270),(-250,270),(-250,300)], [(-180,300),(-160,300),(-160,270),(-180,270),(-180,300)], [(-110,300),(-90,300),(-90,270),(-110,270),(-110,300)], [(-40,300),(-20,300),(-20,270),(-40,270),(-40,300)]] def sun(): t.penup() t.speed(5) t.goto(420,-220) t.pendown() t.color("gold") t.begin_fill() t.circle(240) t.end_fill() def draw(c): t.penup() t.speed(7) t.goto(800,-210) t.pendown() t.color("black") t.begin_fill() for i in range(len(c)): x, y = c[i] t.goto(x, y) t.end_fill() def part(p,g): t.penup() t.speed(6) t.goto(g) t.pendown() t.color("gold") t.begin_fill() for i in range(len(p)): x, y = p[i] t.goto(x, y) t.end_fill() def names(n,p): #C t.penup() t.goto(-610,320) t.speed(5) t.pendown() t.color("#fdfae5") t.begin_fill() for i in range(len(n[0])): x, y = n[0][i] t.goto(x, y) t.end_fill() #H t.penup() t.goto(-550, 320) t.speed(5) t.pendown() t.color("#faf3c0") t.begin_fill() for i in range(len(n[1])): x, y = n[1][i] t.goto(x, y) t.end_fill() #H t.penup() t.goto(-480, 320) t.speed(5) t.pendown() t.color("#f5ea92") t.begin_fill() for i in range(len(n[2])): x, y = n[2][i] t.goto(x, y) t.end_fill() #A t.penup() t.goto(-410, 320) t.speed(5) t.pendown() t.color("#f3e260") t.begin_fill() for i in range(len(n[3])): x, y = n[3][i] t.goto(x, y) t.end_fill() t.penup() t.goto(-390,300) t.speed(5) t.pendown() t.color("orangered") t.begin_fill() for i in range(len(p[0])): x, y = p[0][i] t.goto(x, y) t.end_fill() #T t.penup() t.goto(-340, 320) t.speed(5) t.pendown() t.color("#f5dd29") t.begin_fill() for i in range(len(n[4])): x, y = n[4][i] t.goto(x, y) t.end_fill() #R t.penup() t.goto(-270, 320) t.speed(5) t.pendown() t.color("#f2d600") t.begin_fill() for i in range(len(n[5])): x, y = n[5][i] t.goto(x, y) t.end_fill() t.penup() t.goto(-250, 300) t.speed(5) t.pendown() t.color("orangered") t.begin_fill() for i in range(len(p[1])): x, y = p[1][i] t.goto(x, y) t.end_fill() #A t.penup() t.goto(-200, 320) t.speed(5) t.pendown() t.color("gold") t.begin_fill() for i in range(len(n[6])): x, y = n[6][i] t.goto(x, y) t.end_fill() t.penup() t.goto(-180, 300) t.speed(5) t.pendown() t.color("orangered") t.begin_fill() for i in range(len(p[2])): x, y = p[2][i] t.goto(x, y) t.end_fill() #P t.penup() t.goto(-130, 320) t.speed(5) t.pendown() t.color("#e6c60d") t.begin_fill() for i in range(len(n[7])): x, y = n[7][i] t.goto(x, y) t.end_fill() t.penup() t.goto(-110, 300) t.speed(5) t.pendown() t.color("orangered") t.begin_fill() for i in range(len(p[3])): x, y = p[3][i] t.goto(x, y) t.end_fill() #A t.penup() t.goto(-60, 320) t.speed(5) t.pendown() t.color("#d9b51c") t.begin_fill() for i in range(len(n[8])): x, y = n[8][i] t.goto(x, y) t.end_fill() t.penup() t.goto(-40, 300) t.speed(5) t.pendown() t.color("orangered") t.begin_fill() for i in range(len(p[4])): x, y = p[4][i] t.goto(x, y) t.end_fill() #T t.penup() t.goto(10, 320) t.speed(5) t.pendown() t.color("#cca42b") t.begin_fill() for i in range(len(n[9])): x, y = n[9][i] t.goto(x, y) t.end_fill() #I t.penup() t.goto(80, 320) t.speed(5) t.pendown() t.color("#bd903c") t.begin_fill() for i in range(len(n[10])): x, y = n[10][i] t.goto(x, y) t.end_fill() part1Goto = (417,60) part2Goto = (362,-180) t.speed(15) wn = t.Screen() wn.screensize() wn.setup(width = 1.0, height = 1.0) sun() names(name,points) draw(corr) part(part1,part1Goto) part(part2,part2Goto) t.hideturtle() t.Screen().exitonclick()
Output=
