Tengwar program for the CSE (abandoned)
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mr womp womp wrote:
If you really want to go crazy, since there are patterns in between different symbols, you can also merge similar symbols together like I did here with v,v and b,b to save even more bytes:

Code:
For(B,0,1
61+augment({1,1},cumSum(binomcdf(4,0
augment(augment(56+cumSum(binomcdf(10,0)),66-4B+binomcdf(8+B,0)),-4B+augment(augment({63},Ans),Ans→L₁
{3,4,5,6,6,6,5
110-66B+augment(augment(binomcdf(9,0),cumSum(binomcdf(9+B,0))),augment({2},augment(Ans,Ans+4
For(A,1,dim(Ans
   Pxl-On(L1(A),Ans(A),Red
End
End


EDIT: Here is the code I got for t,t and th

Code:
For(B,0,1
15+cumSum(binomcdf(10,0
augment(Ans,9+5B+augment(augment({9,8,8,8},7+cumSum(binomcdf(4,0))),{12→L₁
12+67B+augment(augment(binomcdf(9,0),cumSum(binomcdf(6,0))),{7,7,5,6
For(A,1,dim(Ans
   Pxl-On(L1(A),Ans(A),Red
End
End

Of course, you can start to see that the for() loop at the end becomes redundant, so you could put it in a sub-program with a Return at the end and just call the subprogram for each character. Also, you will obviously want to reuse the same For(B,0,1) for all the pairs because there is no reason to seperate them. So the code for v,v, b,b, t,t, ch,k, sh, k, khw, g , gh and th would be like this:

Code:
For(B,0,1
61+augment({1,1},cumSum(binomcdf(4,0
augment(augment(56+cumSum(binomcdf(10,0)),66-4B+binomcdf(8+B,0)),-4B+augment(augment({63},Ans),Ans→L₁
{3,4,5,6,6,6,5
110-66B+augment(augment(binomcdf(9,0),cumSum(binomcdf(9+B,0))),augment({2},augment(Ans,Ans+4
prgmD
15+cumSum(binomcdf(10,0
augment(Ans,9+5B+augment(augment({9,8,8,8},7+cumSum(binomcdf(4,0))),{12→L₁
12+67B+augment(augment(binomcdf(9,0),cumSum(binomcdf(6,0))),{7,7,5,6
prgmD
97+cumSum(binomcdf(10,0
augment(Ans,99-6B+augment(augment({5},4+cumSum(binomcdf(4,0))),{9,9,9,8→L₁
84-66B+binomcdf(10,0
augment(Ans,78-66B+augment({2,3,1,1},cumSum(binomcdf(5,0
prgmD
cumSum(binomcdf(10,0
augment(Ans,5B+binomcdf(5,0
138+augment(Ans,1+5B+cumSum(binomcdf(4,0
augment(Ans,142+5B+{2,2,1→L₁
13+augment(7binomcdf(10,0),cumSum(binomcdf(5,0
65B+augment(Ans,14+augment({2,1,1},cumSum(binomcdf(4,0
prgmD
138+augment(cumSum(binomcdf(10,0)),5B+augment(binomcdf(8,0),augment(cumSum(binomcdf(5,0)),augment(seq(6-(X=3),X,1,6),{2,3,4,5→L₁
augment(10+binomcdf(10,0),cumSum(binomcdf(9,0
66B+43+augment(Ans,augment({3,2,2},1+augment(cumSum(binomcdf(7,0)),{6,5,5,9
prgmD
End

Where prgmD is this:

Code:
For(A,1,dim(Ans
   Pxl-On(L1(A),Ans(A),Red
End
Return




I modified this to use JWinslow23's awesome subroutine thing, so it now looks like this:

Code:
For(B,0,1
61+augment({1,1},cumSum(binomcdf(4,0
augment(augment(56+cumSum(binomcdf(10,0)),66-4B+binomcdf(8+B,0)),~4B+augment(augment({63},Ans),Ans->L1
{3,4,5,6,6,6,5
110-66B+augment(augment(binomcdf(9,0),cumSum(binomcdf(9+B,0))),augment({2},augment(Ans,Ans+4
For(Z,~1,0
If Z
Goto SB
End
15+cumSum(binomcdf(10,0
augment(Ans,9+5B+augment(augment({9,8,8,8},7+cumSum(binomcdf(4,0))),{12->L1
12+67B+augment(augment(binomcdf(9,0),cumSum(binomcdf(6,0))),{7,7,5,6
For(Z,~1,0
If Z
Goto SB
End
97+cumSum(binomcdf(10,0
augment(Ans,99-6B+augment(augment({5},4+cumSum(binomcdf(4,0))),{9,9,9,8->L1
84-66B+binomcdf(10,0
augment(Ans,78-66B+augment({2,3,1,1},cumSum(binomcdf(5,0
For(Z,~1,0
If Z
Goto SB
End
cumSum(binomcdf(10,0
augment(Ans,5B+binomcdf(5,0
138+augment(Ans,1+5B+cumSum(binomcdf(4,0
augment(Ans,142+5B+{2,2,1->L1
13+augment(7binomcdf(10,0),cumSum(binomcdf(5,0
65B+augment(Ans,14+augment({2,1,1},cumSum(binomcdf(4,0
For(Z,~1,0
If Z
Goto SB
End
End


Label SB is near the beginning of the program (right after a menu function, so it will never be accidentally called) and look like this:

Code:
Lbl SB
For(A,1,dim(Ans
   Pxl-On(L1(A),Ans(A),Red
End
End
Ok, time to suggest a new option because thats a lot of wasted bytes.

Code:
0→Xmin:264→Xmax:0→Ymin:164→Ymax //friendly graph screen
*make the lists of coordinates*
Plot1(Scatter,L2,L1,⋅ //thats the small dot you can find in the bottom of the catalog
DispGraph

Where L2 is what was previously kept in Ans. With this method, I would recommend to store the lists concatenated one after the other, and then calling the Plot command.
Basically, this is just drawing a scatter plot with single pixel marks, but with the coordinates being the coordinates of the pixels of your sprites. I haven't tried it, but I don't see why this wouldn't work. This way, you wont need a sub-program, and you wont need that clumsy sub-routine routine Wink
I'm scrapping this version, the thread for the new version can be found here
She/her pronouns please! Call me Dani~
(formerly known as Pieman7373)



  
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Tengwar program for the CSE (abandoned)
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