generated from mwc/project_drawing
cc91047769
Milestone 3: -When creating the house I had to figure out where to put the door. I wanted the door to be close to the center of the house. I knew that the house was 100 units in width so I did math to figure out if I moved 40 units in and made a door that was 20 units wide, there would be 40 units on the other side between the door and the edge of the house. This means that the door would be in the center. I visualized this by drawing it on a separate paper. -This project has made me really think about where the turtle is facing and what it is doing. A way I was able to visualize that is by actaally drawing what it will be doing on a separate piece of paper.
151 lines
2.5 KiB
Python
151 lines
2.5 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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speed(100)
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rectangle(250,150,"red") #this is the torso
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right(90)
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fly(150)
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left(90)
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rectangle(150,50,"blue") #this is the left leg
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fly(100)
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rectangle(150,50,"blue") #this is the right leg
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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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rectangle(150,50,"red") #this is right arm
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right(90)
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fly(300)
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left(90)
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rectangle(150,50,"red") #this is left arm
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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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rectangle(10,30,"white") #this is the neck
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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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circ(35) #this is the head
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left(90)
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fly(40)
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left(90)
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fly(12)
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right(180)
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circ(5) #this is the left eye
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fly(25)
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circ(5) #this is the right eye
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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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triangle_facing_right(15,"black") #this is the mouth
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left(180)
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fly(15)
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right(180)
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triangle_facing_left(15,"black") #this is the mouth
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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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for num in [55,60,65,85]: #this is the hat
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rectangle(10,num,"brown")
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left(90)
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fly(5)
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right(90)
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fly(400)
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right(180)
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dot(200,"royalblue") #this is the moon
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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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rectangle(150,100,"dodgerblue") #this is the house
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fly(40)
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rectangle(40,20,"white") #this is the door
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left(180)
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fly(10)
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right(90)
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fly(100)
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right(90)
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for r in [10,10]: #this is the windows to the house
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circ(r)
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fly(40)
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left(180)
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fly(135)
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right(90)
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fly(50)
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right(90)
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triangle_facing_left(75,"gray") #this is the roof
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fly(75)
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triangle_facing_right(75,"gray") #this is the roof
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input()
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