from turtle import * from math import * from kandinsky import * penup() rects = [ (0,180,340,60,(0,128,0))] for r in rects: fill_rect(*r) def fillEllipsis(centerI, centerJ, a, b, theta, R, color): a2 = a*a b2 = b*b for i in range(centerI-5*R,centerI+5*R): for j in range(centerJ-5*R,centerJ+5*R): deltaI = i-centerI deltaJ = j-centerJ x = cos(theta)*deltaI + sin(theta)*deltaJ y = sin(theta)*deltaI - cos(theta)*deltaJ if (x*x/a2+y*y/b2 <= R): set_pixel(i, j, color) fillEllipsis(185,175, 2, 5, 4, 3,(111,204,42)) fillEllipsis(175,175, 5, 2, 4, 3,(111,204,42)) fillEllipsis(40,175, 5, 2, 4, 3,(111,204,42)) fillEllipsis(50,175, 2, 5, 4, 3,(111,204,42)) def petal(): circle(20, 90) left(90) circle(20, 90) left(18) def flower(): petal() petal() petal() petal() petal() width(2) goto(0,-2) pendown() pencolor('red') flower() penup() goto(-90, -10) pendown() pencolor('pink') flower() penup() goto(-90,-10) pendown() pencolor('green') right(140) circle(67,56) penup() goto(21,-64) pendown() left(166) circle(70,54) penup() #sun() fillEllipsis(270,45,8,8,8,8,(255,215,0)) pencolor('yellow') width(2) goto(111,40) pendown() goto(111,25) penup() goto(111,90) pendown() goto(111,105) penup() goto(135,67) pendown() goto(150,67) penup() goto(85,67) pendown() goto(70,67) penup() goto(128,47) pendown() goto(140,37) penup() goto(94,85) pendown() goto(82,95) penup() goto(94,47) pendown() goto(82,37) penup() goto(128,85) pendown() goto(140,95)