generated from mwc/project_drawing
f10aebbbe4
I already reached my 3 checkpoints but wanted to make my code better. I was stuck on how to add more functions instead of just hard coding everything. I figured out how to do this by breaking the code up into smaller parts based on what each portion of the code does.
183 lines
3.3 KiB
Python
183 lines
3.3 KiB
Python
# drawing.py
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# ----------
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# By James Berent
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#
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# (This will make a person and the person will stand next to a house)
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from turtle import *
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def fly(forw):
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penup()
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forward(forw)
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pendown()
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def rectangle(height,width,col):
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dimensions = [width, height, width, height]
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fillcolor(col)
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begin_fill()
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for dim in dimensions:
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forward(dim)
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left(90)
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end_fill()
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def triangle_facing_right(height,col):
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top_of_tri = (height**2+height**2)**(1/2)
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fillcolor(col)
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begin_fill()
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forward(height)
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left(180)
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fly(height)
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right(90)
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forward(height)
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right(135)
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forward(top_of_tri)
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right(135)
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fly(height)
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left(180)
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end_fill()
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def triangle_facing_left(height,col):
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top_of_tri = (height**2+height**2)**(1/2)
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fillcolor(col)
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begin_fill()
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forward(height)
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left(90)
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forward(height)
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left(135)
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forward(top_of_tri)
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left(135)
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end_fill()
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def circ(radius):
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circle(radius,360) #found in section 1 link of Typeface Problem set instructions
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def draw_shirt(height,width,shirt_color):
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rectangle(height,width,shirt_color)
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def draw_pants(height,width,pants_color):
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rectangle(height,width,pants_color)
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fly(height-width)
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rectangle(height,width,pants_color)
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def draw_arms(height,width,arms_color):
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rectangle(height,width,arms_color)
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right(90)
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fly(2*height)
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left(90)
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rectangle(height,width,arms_color)
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def draw_neck(height,width,neck_color):
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rectangle(height,width,neck_color)
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def draw_head_and_eyes(head_size,eye_size):
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circ(head_size)
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left(90)
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fly(head_size+5)
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left(90)
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fly(head_size/3)
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right(180)
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circ(eye_size)
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fly(5*eye_size)
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circ(eye_size)
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def draw_mouth(size,color):
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triangle_facing_right(size,color)
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left(180)
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fly(size)
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right(180)
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triangle_facing_left(size,color)
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def draw_hat(size,color):
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for num in [size,size+5,size+10,size+30]:
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rectangle(10,num,color)
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left(90)
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fly(5)
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right(90)
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def draw_moon(size,color):
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dot(size,color)
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def draw_house(length,width,color,roof_size,window_size):
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rectangle(length,width,"dodgerblue")
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fly((width/2)-10)
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rectangle((width/2)-10,20,"white")
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left(180)
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fly(10)
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right(90)
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fly(width)
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right(90)
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for r in [window_size,window_size]:
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circ(r)
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fly(window_size*4)
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left(180)
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fly(width+35)
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right(90)
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fly(width/2)
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right(90)
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triangle_facing_left(roof_size,"gray")
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fly(roof_size)
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triangle_facing_right(roof_size,"gray")
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right(90)
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fly(length)
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left(90)
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fly(60)
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speed(100)
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draw_shirt(250,150,"red")
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right(90)
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fly(150)
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left(90)
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draw_pants(150,50,"blue")
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fly(50)
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left(90)
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fly(350)
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right(180)
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draw_arms(150,50,"red")
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right(180)
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fly(50)
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right(90)
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fly(230)
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left(90)
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draw_neck(10,30,"white")
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left(90)
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fly(5)
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right(90)
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fly(30)
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right(90)
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draw_head_and_eyes(35,5)
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right(90)
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fly(25)
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right(90)
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fly(12)
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right(180)
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draw_mouth(15,"black")
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fly(45)
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left(90)
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fly(60)
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left(90)
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draw_hat(55,"brown")
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fly(400)
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right(180)
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draw_moon(200,"royalblue")
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fly(200)
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right(90)
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fly(475)
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right(90)
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fly(300)
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left(90)
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rectangle(800,300,"green") #this is the grass
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left(90)
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fly(100)
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draw_house(150,100,"dodgerblue",75,10)
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for s in range (100): # this makes individual blades of grass
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rectangle(5,3,"green")
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fly(7)
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input()
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