sscheuneman/problemset_typeface
1
0
Fork 0
generated from mwc/problemset_typeface
Code Issues Pull Requests Packages Projects Releases Wiki Activity

Compare commits

base: sscheuneman:67f3e0cb6120f552ca5eea25a1fd5840b8bdcc4a
Branches Tags
sscheuneman:main
...
compare: sscheuneman:main
Branches Tags
sscheuneman:main

2 Commits
67f3e0cb61 ... main

Author SHA1 Message Date
root
2ba77ec376 I made some more helper functions to make the code for each of the 
letters be more concise.

When I was testing whether my helper funcions worked, it was helpful
to '#' out the lines I was trying to replace and test it, before
deleting the lines permanently. I am not sure if the draw_segment
function is that good, but I couldn't figure out how to use a loop
with having so many arguments in it. Also, the draw_segment function
isn't always the right length of what I need to draw, so sometimes I
have to put a lot of zeros.
 2024-09-21 17:08:38 -04:00
root
a2a5571155 I made the ghosty skirt use a loop so that I could use it for the 
different length and letters. I also finished C and D.

I had to make sure that I kept track of the coordinates so that I could
get back to the starting point. Eventually, I quit trying to
prioritize the look and I tried to stick to 90 or 180 degree arcs for
the circles so that I didn't have to use as many sqrt(3) fractions.
 2024-09-21 02:23:53 -04:00
1 changed files with 89 additions and 93 deletions
Expand all files Collapse all files

182
typeface.py
View File

@@ -1,5 +1,5 @@
# typeface.py
# By Chris Proctor and _________
# By Chris Proctor and Stacy S
# Contains one function for each letter in the English alphabet.
# Each function should draw its letter at a scale of `unit`, and then
@@ -11,115 +11,111 @@
from turtle import *
from math import sqrt
from math import asin
from math import pi
def draw_master_ghostyskirt(unit, length):
for width in range(length):
circle(-unit/4, 180)
circle(unit/4, 180)
circle(-unit/4, 180)
def draw_segment(turn1, d1, rad1, deg1, turn2, d2, rad2, deg2, turn3, d3):
right(turn1)
forward(d1)
circle(rad1, deg1)
right(turn2)
forward(d2)
circle(rad2, deg2)
right(turn3)
forward(d3)
def draw_eye(unit):
right(45)
pendown()
fillcolor('black')
begin_fill()
circle(unit/2, 90)
circle(unit/12, 90)
circle(unit/2, 90)
circle(unit/12, 90)
draw_segment(0,0,unit/2,90, 0,0,unit/12,90,0,0)
draw_segment(0,0,unit/2,90, 0,0,unit/12,90,0,0)
end_fill()
penup()
left(45)
def draw_ghostyskirt_type_a(unit):
circle(-unit/4, 180)
circle(unit/4, 180)
circle(-unit/4, 180)
circle(unit/4, 180)
circle(-unit/4, 180)
def draw_ghostyskirt_type_b(unit):
circle(-unit/4, 180)
circle(unit/4, 180)
circle(-unit/4, 180)
circle(unit/4, 180)
circle(-unit/4, 180)
circle(unit/4, 180)
circle(-unit/4, 180)
def fly_turn(dega, da, degb, db, degc):
penup()
right(dega)
forward(da)
right(degb)
forward(db)
right(degc)
pendown()
def draw_letter_a(unit):
penup()
forward(unit)
left(90)
forward(unit/4)
pendown()
forward(19*unit/4)
circle(-3*unit, 180)
forward(19*unit/4)
draw_ghostyskirt_type_a(unit)
forward(2*unit)
circle(unit/2, 180)
forward(2*unit)
draw_ghostyskirt_type_a(unit)
penup()
forward(15*unit/4)
right(90)
forward(3*unit)
pendown()
circle(unit)
penup()
circle(unit, 90)
forward(5*unit/4)
width(1)
# outline of A
fly_turn(0,unit,270,unit/4,0) #(1,1/4)
draw_segment(0, 19*unit/4,-3*unit,180,0,19*unit/4,0,0,0,0) #(7,1/4)
draw_master_ghostyskirt(unit,2) #(9/2,1/4)
draw_segment(0,2*unit,unit/2,180,0,2*unit,0,0,0,0) #(7/2,1/4)
draw_master_ghostyskirt(unit,2) #(1,1/4)
# face of A
fly_turn(0,15*unit/4,90,3*unit,0)
circle(unit, 450) #(5,5)
fly_turn(0,5*unit/4,0,0,0)
draw_eye(unit)
left(90)
forward(2*unit)
fly_turn(270,2*unit,0,0,0) #(3,25/4)
draw_eye(-unit)
# return to origin
fly_turn(0,3*unit,270,25*unit/4,270) #(0,0)
def draw_letter_b(unit):
penup()
forward(unit)
left(90)
forward(unit/4)
pendown()
forward(23*unit/4)
circle(-2*unit, 90)
forward(2*unit)
circle(-2*unit, 180)
right(180)
circle(-2*unit, 135)
left(45)
forward(2*sqrt(2)*unit/8)
draw_ghostyskirt_type_b(unit)
circle(.95*unit/4, 180)
circle(-.95*unit/4, 180)
circle(.95*unit/4, 180)
circle(-.95*unit/4, 180)
penup()
forward(4.5*unit)
right(90)
forward(3*unit)
pendown()
circle(unit)
right(90)
penup()
forward(3.5*unit)
left(90)
pendown()
circle(unit)
penup()
left(90)
forward(5.5*unit)
right(90)
forward(unit)
left(90)
draw_eye(unit)
left(90)
forward(2*unit)
draw_eye(-unit)
width(1)
# outline of B
fly_turn(0,unit,270,3*unit/4,0) #(1,1/4)
draw_segment(0,21*unit/4,-2*unit,90, 0,2*unit,-2*unit,180,0,0) #(5,4)
draw_segment(180,0,-2*unit,150, 300,(((7-4*sqrt(3)))/4)*unit,0,0,0,0) #(6,1/4)
draw_master_ghostyskirt(unit,4) #(3/2,1/4)
draw_segment(0,0,unit/4,90, 0,0,-unit/4,90,0,0) #(1,3/4)
# face of B
fly_turn(0,4*unit,90,3.5*unit,0)
draw_segment(0,0,unit,180,0,unit,unit,180, 0,unit)
fly_turn(90,3.5*unit,270,0,0)
draw_segment(0,0,unit,180,0,unit,unit,180, 0,unit) #(9/2,5/4)
fly_turn(270,11*unit/2,90,unit,270)
draw_eye(unit) #(5.5,6.75)
fly_turn(270,3*unit,0,0,0)
draw_eye(-unit) #(2.5,6.75)
# return to origin
fly_turn(0,2.5*unit,270,6.75*unit,270)
def draw_letter_c(unit):
pass
width(1)
# outline of C
fly_turn(0,unit,270,unit,0)
draw_segment(0,4*unit,-3*unit,90, 0,2*unit,-unit,180,0,0)
draw_segment(0,2*unit,unit,90,0,7*unit/4,unit,90,0,2*unit)
draw_segment(0,0,-unit,180, 270,0,0,0,0,0)
draw_master_ghostyskirt(unit,4)
draw_segment(0,0,unit/4,90,0,0,-unit/4,90,0,unit/4)
# face of C
fly_turn(0,5.5*unit,90,3*unit,270)
draw_eye(unit)
# return to origin
fly_turn(270,4*unit,270,6.5*unit,270)
def draw_letter_d(unit):
pass
width(1)
# outline of D
fly_turn(0,unit,270,unit,0)
draw_segment(0,6*unit,-unit,90,0,3*unit,-2*unit,90,0,3.75*unit)
draw_segment(0,0,-2*unit,90,270,0,0,0,0,0)
draw_master_ghostyskirt(unit, 3)
draw_segment(0,0,unit/4,90, 0,0,-unit/4,90,0,unit/4)
# face of D
fly_turn(0,2.5*unit,90,2*unit,90)
draw_segment(0,0,unit,180, 0,unit,unit,180,0,unit)
fly_turn(180,2*unit,0,0,0)
draw_eye(unit)
fly_turn(90,2*unit,270,0,0)
draw_eye(unit)
# return to origin
fly_turn(270,5*unit,270,5.5*unit,270)
def draw_letter_e(unit):
pass