Somehow i doubt Ti-Cares has ever given an actual answer unfortunately

Nested blocks hmmm?  Oh well, i can program it in when i need it ^^ I just thought that assembly naturally did things lice short circuit because it used label jumps to do logic.  So i guess you do logic in a different way?

I know java uses it and its really really useful for checking lists.  Because that way you wont get an error for going out of bounds!

If I>=0 And L1(I)=44

If I is less than Zero (throws an error in java) the second part wont be evaluated and so there will be no error :] makes me feel warm and fuzzy inside ^^

Ah yes thats true, hmmm.  Well nothing currently messes inter-expression, but in the future it will definetaly be breaking-esk.  Also, if i ever do implement an Axe optimizer, it wont be able to tell you how many bytes it optimized unless if had a byte table for all the expressions and their equivalents. o.O

Very Very Very bad.  Although i currently cant think of any optimizations that would break it so badly Right now i think any problems would probably just be syntax problems.  And it would erase all the empty lines, which actually doesn't to anything to the axe programs at all

Short circuit logic is something i am going to post about in the Axe topic shortly, but basically its this, say you had an if statement:

If A and B
and if A happens to equal 0, the program doesn't even evaluate B, because it knows that there is no way for the statement to be true.  This is *faster* if A is false a lot of the time, because that means that B is not even evaluated most of the time.  So for my program, every optimization has a trigger token that needs to be present for the optimization to happen.  First, it checks to see if the current token is that token, if its not, it just moves on and doesnt do any more math.  If it IS however, thats when you start checking for more tokens around it.  You can do this for OR too: 

If A or B
if A happens to be true, the program doesn't even evaluate B again, because it knows that no matter what, the expression cannot be false.

Now, i dont know if Axe does something similar to this, but there are ways to Program it in, for example.

If A and B
Code
End
becomes

If A
If B
Code
End
End
and

If A or B
Code
End
becomes

!If A
Goto L
!If B
Goto L
Code
L
(And i might not skip axe programs in the future )

Interesting...  And somehow you can use this for any combination of sequences?

I really havent noticed any lag at all