generated from mwc/problemset_typeface
be8b7f2ae8
My last work session today was working on the typeface problems. At first I felt confused because I was trying to figure out what my objective is. It looked intimidating but as I kept reading it the task became more visible as to what I need to do. Upon completing the assignment I tried to design and implement the first four letters of the alphabet but I came across a few comlications. When designing the letter A the middle crossbar was not being drawn in the correct spot, I sttruggled at first trying to figure out what to change but then figured out I had to change one wording of code to get the letter A to display properly. I felt relieved that I was able to solve my issue and after when trying to design the letter B I messed up my code somewhere to where my letter B turned out to be the letter P so at the end I was fortunate that I was able to accidently create a different letter which I was happy to end up using. Looking, at the list of command and looking up different commands of code online helped a lot when designing my chosen letters.
139 lines
2.3 KiB
Python
139 lines
2.3 KiB
Python
# typeface.py
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# By Chris Proctor and _________
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# Contains one function for each letter in the English alphabet.
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# Each function should draw its letter at a scale of `unit`, and then
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# return back to the same position and heading where it started.
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# Note: The `sqrt` function from math may be helpful--if you want to
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# move the turtle along the diagonal of a square with side length x,
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# the turtle should move a distance of sqrt(x)
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from turtle import *
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from math import sqrt
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def draw_letter_a(unit):
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pendown()
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left(75)
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forward(unit * 8)
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right(150)
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forward(unit * 8)
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backward(unit * 4)
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left(75)
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backward(unit * 2)
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penup()
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setheading(0)
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goto(pos()[0] + unit * 8, pos()[1])
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def draw_letter_b(unit):
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pass
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def draw_letter_c(unit):
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pass
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def draw_letter_d(unit):
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pendown()
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left(90)
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forward(unit * 2)
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right(90)
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forward(unit)
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right(45)
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forward(unit / sqrt(2))
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right(45)
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forward(unit)
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right(45)
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forward(unit / sqrt(2))
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right(45)
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forward(unit)
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penup()
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setheading(0)
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forward(unit * 2)
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def draw_letter_e(unit):
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pass
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def draw_letter_f(unit):
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pass
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def draw_letter_g(unit):
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pass
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def draw_letter_h(unit):
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pass
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def draw_letter_i(unit):
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pass
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def draw_letter_j(unit):
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pass
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def draw_letter_k(unit):
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pass
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def draw_letter_l(unit):
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left(90)
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forward(unit * 8)
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backward(unit * 8)
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right(90)
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forward(unit * 6)
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backward(unit * 6)
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def draw_letter_m(unit):
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pass
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def draw_letter_n(unit):
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pass
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def draw_letter_o(unit):
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pass
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def draw_letter_p(unit):
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pendown()
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left(90)
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forward(unit * 8)
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right(90)
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forward(unit * 5)
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right(90)
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forward(unit * 4)
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right(90)
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forward(unit * 5)
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backward(unit * 5)
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right(90)
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forward(unit * 4)
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left(90)
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forward(unit * 5)
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penup()
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setheading(0)
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goto(pos()[0] + unit * 8, pos()[1])
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def draw_letter_q(unit):
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pass
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def draw_letter_r(unit):
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pass
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def draw_letter_s(unit):
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pass
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def draw_letter_t(unit):
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pass
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def draw_letter_u(unit):
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pass
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def draw_letter_v(unit):
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pass
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def draw_letter_w(unit):
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pass
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def draw_letter_x(unit):
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pass
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def draw_letter_y(unit):
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pass
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def draw_letter_z(unit):
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pass
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