ch_PixelFunct.py

Python Mini

import turtle as tor
tor.speed(11)
tor.width(0.5)

def sqpos(width, x, y):
    xp = x * width
    yp = y * width
    tor.setposition(xp, yp)
    
def nl(width, ud, numsq):
    tor.penup()
    tor.backward(width * numsq)
    if ud == "u":
        tor.left(90)
        tor.forward(width)
        tor.right(90)
    elif ud == "d":
        tor.right(90)
        tor.forward(width)
        tor.left(90)
    tor.pendown()
    
def pixel(width, color):
    tor.color(color)
    tor.begin_fill()
    for pixel in range(4):
        tor.forward(width)
        tor.right(90)
    tor.end_fill()
    tor.forward(width)
    
def sp(width, numsq, color):
    for times in range(numsq):
        pixel(width, color)
        
def plain(width, numsq):
    tor.penup()
    for times in range(numsq):
        pixel(width, "")
    tor.pendown()
#START START START START START START START START
sqpos(20, -10, -10)
for row1 in range(2):
    plain(20, 2)
    sp(20, 3, "black")
    plain(20, 7)
#******************************************
sqpos(20, -10, -9)
plain(20, 2)
pixel(20, "black")
sp(20, 2, "lime")
for lime in range(9):
    nl(20, "u", 2)
    sp(20, 3, "lime")
for ltblue in range(7):
    sp(20, 3, "aqua")
    nl(20, "d", 4)
pixel(20, "aqua")
for ol1 in range(2):
    nl(20, "d", 2)
    pixel(20, "black")
plain(20, 7)
for row2 in ["black", "magenta", "magenta", "black"]:
    pixel(20, row2)
#***********************************
nl(20, "u", 11)
for ol2 in range(2):
    sp(20, 2, "black")
    nl(20, "u", 0)
plain(20, 1)
for blue1 in range(7):
    pixel(20, "blue")
    nl(20, "u", 0)
#******************************
pixel(20, "black")
nl(20, "d", 1)
for ol3 in range(4):
    pixel(20, "black")
    nl(20, "d", 2)
for ol4 in range(2):
    pixel(20, "black")
    nl(20, "d", 1)
    pixel(20, "black")
    nl(20, "d", 0)
pixel(20, "black")
#*******************************
nl(20, "d", 1)
for row3 in ["magenta", "purple", "purple", "black", "black"]:
    pixel(-20, row3)
nl(20, "u", 1)
nl(20, "u", 0)
pixel(20, "black")
for blue2 in range(2):
    sp(20, 2, "blue")
    nl(20, "u", 1)
pixel(20, "blue")
#*******************************
nl(20, "d", 0)
pixel(20, "purple")
nl(20, "d", 2)
sp(20, 2, "purple")
#*******************************
sqpos(20, -8, -9)
for ol5 in range(3):
    pixel(20, "black")
    nl(20, "u", 1)
    pixel(20, "black")
    nl(20, "u", 0)
for yellow1 in range(4):
    sp(20, 3, "yellow")
    nl(20, "u", 2)
sp(20, 2, "yellow")
sp(20, 2, "lime")
sp(20, 5, "black")
#**********************************
sqpos(20, -6, -6)
for yellow2 in range(3):
    pixel(20, "yellow")
    nl(20, "u", 0)
nl(20, "d", 2)
pixel(20, "yellow")
nl(20, "u", 2)
pixel(20, "orange")
nl(20, "u", 2)
for orange1 in range(5):
    sp(20, 3, "orange")
    nl(20, "u", 2)
for orange2 in range(2):
    sp(20, 2, "orange")
    nl(20, "u", 1)
pixel(20, "orange")
for ol6 in range(2):
    pixel(20, "black")
    nl(20, "d", 1)
    pixel(20, "black")
    nl(20, "d", 0)
nl(20, "u", 3)
for yellow3 in range(2):
    sp(20, 2, "yellow")
    nl(20, "u", 2)
#*************************************
sqpos(20, -7, -3)
for ol7 in range(2):
    pixel(20, "black")
    nl(20, "u", 2)
for red1 in ["black", "red", "red"]:
    pixel(20, red1)
nl(20, "u", 4)
for red2 in ["black", "red", "red", "red", "red"]:
    pixel(20, red2)
nl(20, "u", 5)
sp(20, 6, "black")
#************************************
nl(20, "u", 0)
for red3 in ["black", "red", "red", "red", "black"]:
    pixel(20, red3)
    nl(20, "u", 0)
nl(20, "d", 2)
for red4 in ["red", "red", "black", "black"]:
    pixel(20, red4)
    nl(20, "d", 2)
#************************************
sqpos(20, -3, 5)
for ol8 in range(3):
    pixel(20, "black")
    nl(20, "u", 0)
#************************************
sqpos(20, -2, 0)
tor.right(90)
sp(20, 3, "black")
for space in range(2):
    nl(20, "u", 1)
    plain(20, 1)
nl(20, "u", 3)
sp(20, 3, "black")

( around 170 lines python code )

Published By:

EM5700

Published on 2020-01-29T23:54:28Z

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Result

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