Also I was planning to use this method to make up a picture of different combinations of sprites, which is kinda impossible to do with the picture variables (there are probably over 150~200 different combinations, but it'll be less than 5000 bytes with vertical sprites since I'm just drawing same things over and over again).
Idk if I explained it right, but yeah it's going to be used in my equipment display routine.

Also:

Big string=1+57(3)+sigma(An,n,6,62) (typical 40, say?)+1+1 (for) + 1 (i) + 1 +1+1 +1 +1 + 80? +1=2541

You have to add in another string in there because there's the hardcoded string part (the string you actually write 'into' a program) plus the string you store into a string variable

Edit: I guess if you use Ans you don't have to add that in

Edit 2: But if you hardcode it the string is not even saved in Ans so in the end, hardcoding it will take less RAM when it is executed

I think storing all the rows in a string will take more RAM out, whereas my method you don't even use the string at all. Also speed-wise, it will be faster.

or you can just hardcode it.

Text(56,0,"1ST ROW STRING
Text(55,0,"2ND ROW STRING
Text(54,0,"3RD ROW STRING

etc.

you drop your calc on the bus and when you go to pick it up someone else claims it's theirs so you punch them in the leg to get them to move so you can grab it then he cries in agony and all of the kids on the bus look RIGHT at you...


True story..
The kid deserved it though.

* hellninjas runs

The awkward moment when you even just drop your calc. Actually it's more like The horrible moment when...

I thought this very handy routine should be shared. It's not mine, credit goes to Runer112 and jacobly. They helped me find a really compact way to store the flags in a variable (total of 44 flags per single variable!)

Write these codes as is in the beginning of the program. Make sure you're not in radial mode if you plan to use graph screen.
"iPart(2fPart(Ans2^-θ→r₁
"Ans-2^θ/2r₁→r₂
"Ans+2^θ/2not(r₁→r₃

In order to utilize the above routine, you use these when you need to work with flags
A:r₁(B to get
A:r₂(B→A to reset
A:r₃(B→A to set

So let's say you have 4 flags, and they are in the variable F. In order to see what 3rd flag is, you do:
F:r₁(3
In order to reset (make flag 0) the 2nd flag, you do
F:r₂(2
and so on.

This is a lot better and more efficient, then let's say setting each flag per element in a list.
like, L1(1,0,0,1,1,1,0,1,0,1,1,0,1,0,0
etc. when you can store all that in a single variable as '20148' and extract each flag by using the above method.

Just make sure the value doesn't contain more than 44 flags because after that you will lose accuracy due to how TI handles the number.

Yes. By using commands like cumSum(, DeltaList(, prod(, row+(, *row(, and so on.

Some more I can think of are IS>(, DS<(, sum(

mine is basically a fan art of Isolet from the book "Children of the Rune"
The book is in Korean and I'm pretty sure it hasn't been translated to English yet