#Made By Andrew Heschl# import turtle #Set up------------------------------------------------------------------------- counter = 0 speed = 0 player = turtle.Turtle() screen = turtle.Screen() screen.colormode(255) screen.title("Turtle Art By Andrew Heschl") screen.bgcolor("lightgreen") player.shape("classic") player.hideturtle() player.penup() player.setposition(-230, -270) player.write("""Drawing instructions. Up arrow for increasing speed. Down arrow for decreasing speed. Left arrow to go left. Right arrow to go right. W to put the pen up. S to put the pen down. P for a thick pen. O for a medium width pen. I for a thin pen. E for eraser, to turn of eraser change the pencolor. 1-7 for pencolors. U to undo, the pen will turn into a circle until it is done, the more you hold the more it will undo. Space bar to stop moving. Extras. X for centering the turtle on the screen. Z to clear all drawing-WILL CLEAR EVERYTHING BUT TURTLE!!! C for large circle. V for medium circle. B for small circle. 8 for green background. 9 for blue background. 0 for white background. A to hide the turtle. D to make the turtle visible. L for the original pen. K for an arrow pen. J for a circle pen. H for a turtle shaped pen. If you hit the wall you will turn 45*. If you increase your speed after 5 you will drop to 1. You can go backwards if you put the speed bellow 0. HIT ENTER CONTINUE TO DRAWING PAD.""") used = False #all the functions.------------------------------------------------------------- player.penup() def empty(): global used global speed if used == False: turtle.resetscreen() player.setpos(0,0) player.showturtle() used = True speed = 0 else: None #--------------------------------------- def penup(): global counter player.penup() counter += 1 def pendown(): global counter player.pendown() counter += 1 #--------------------------------------- def center_turtle(): global counter global speed counter += 1 player.setpos((0,0)) speed = 0 #--------------------------------------- def hide_turtle(): player.hideturtle() def visible_turtle(): player.showturtle() #--------------------------------------- def clear(): player.clear() #--------------------------------------- def pen_color_green(): player.pencolor("green") if player.pensize() == 20: player.pensize(1) if player.shape() == "square": player.shape("turtle") def pen_color_pink(): player.pencolor("pink") if player.pensize() == 20: player.pensize(1) if player.shape() == "square": player.shape("turtle") def pen_color_yellow(): player.pencolor("yellow") if player.pensize() == 20: player.pensize(1) if player.shape() == "square": player.shape("turtle") def pen_color_black(): player.pencolor("black") if player.pensize() == 20: player.pensize(1) if player.shape() == "square": player.shape("turtle") def pen_color_blue(): player.pencolor("blue") if player.pensize() == 20: player.pensize(1) if player.shape() == "square": player.shape("turtle") def pen_color_red(): player.pencolor("red") if player.pensize() == 20: player.pensize(1) if player.shape() == "square": player.shape("turtle") def pen_color_brown(): player.pencolor((158, 77, 51)) if player.pensize() == 20: player.pensize(1) if player.shape() == "square": player.shape("turtle") #--------------------------------------- def back_color_green(): screen.bgcolor("lightgreen") def back_color_blue(): screen.bgcolor("lightblue") def back_color_white(): screen.bgcolor("white") #--------------------------------------- def stop_moving(): global speed speed = 0 def turnleft(): global counter player.left(5) counter += 1 def turnright(): global counter player.right(5) counter += 1 def increasespeed(): global speed speed += 1 def decreasespeed(): global speed speed -= 1 #--------------------------------------- def shape_classic(): if player.shape() == "square": player.pensize(1) player.pencolor("black") player.shape("classic") def shape_arrow(): if player.shape() == "square": player.pensize(1) player.pencolor("black") player.shape("arrow") def shape_turtle(): if player.shape() == "square": player.pensize(1) player.pencolor("black") player.shape("turtle") def shape_circle(): if player.shape() == "square": player.pensize(1) player.pencolor("black") player.shape("circle") #--------------------------------------- def large_width(): player.pensize(10) def medium_width(): player.pensize(5) def small_width(): player.pensize(1) #--------------------------------------- def eraser(): player.shape("square") player.pensize(20) if screen.bgcolor() == "lightgreen": player.pencolor("lightgreen") elif screen.bgcolor() == "pink": player.pencolor("pink") elif screen.bgcolor() == "lightblue": player.pencolor("lightblue") elif screen.bgcolor() == "white": player.pencolor ("white") #---------------------------------------- def make_medium_circle(): global counter counter += 1 player.circle(50) def make_large_circle(): global counter counter += 1 player.circle(100) def make_small_circle(): global counter counter += 1 player.circle(25) #---------------------------------------- def undo(): shape = player.shape() global speed global counter if speed == 0 or counter < 20: None else: player.shape("circle") for i in range(10): player.undo() counter = 0 speed = 0 player.shape(shape) #---------------------------------------------------- turtle.listen() #Function Controls----------------------------------- turtle.onkey(undo, "u") turtle.onkey(empty, "Return") #----------------------------------------- turtle.onkey(make_medium_circle, "v") turtle.onkey(make_large_circle, "c") turtle.onkey(make_small_circle, "b") #----------------------------------------- turtle.onkey(shape_classic, "l") turtle.onkey(shape_arrow, "k") turtle.onkey(shape_circle, "j") turtle.onkey(shape_turtle, "h") #----------------------------------------- turtle.onkey(stop_moving, "space") #----------------------------------------- turtle.onkey(eraser, "e") #----------------------------------------- turtle.onkey(large_width, "p") turtle.onkey(medium_width, "o") turtle.onkey(small_width, "i") #----------------------------------------- turtle.onkey(back_color_green, "8") turtle.onkey(back_color_blue, "9") turtle.onkey(back_color_white, "0") #----------------------------------------- turtle.onkey(clear, "z") #----------------------------------------- turtle.onkey(pen_color_brown, "6") turtle.onkey(pen_color_green, "1") turtle.onkey(pen_color_pink, "2") turtle.onkey(pen_color_red, "3") turtle.onkey(pen_color_yellow, "4") turtle.onkey(pen_color_blue, "5") turtle.onkey(pen_color_black, "7") #----------------------------------------- turtle.onkey(hide_turtle, "a") turtle.onkey(visible_turtle, "d") #----------------------------------------- turtle.onkey(center_turtle, "x") #----------------------------------------- turtle.onkey(pendown, "s") turtle.onkey(penup, "w") #----------------------------------------- turtle.onkey(decreasespeed, "Down") turtle.onkey(increasespeed, "Up") turtle.onkey(turnleft, "Left") turtle.onkey(turnright, "Right") #----------------------------------------- def barrier(): global counter if player.xcor() > 445 or player.xcor() < -445: player.right(45) counter += 1 elif player.ycor() > 310 or player.ycor() < -310: player.right(45) counter += 1 def max_speed(): global speed if speed > 10: speed = 10 elif speed < -10: speed = -10 while True: player.speed(0) player.fd(speed) barrier() max_speed()
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