@Juju, thanks! And indeed it does! With TBEXE, I'm going to attempt to allow people to convert their 8XPs into executable programs. They won't be simple console programs, those are boring. I'm going to try to allow for full WinForms programs!

So far I've only gotten then (de)tokenizing of 8XPs done so far though :\

That's cool -- is it going to emulate assembly programs or is it going to emulate Basic?
How are you going to map the keys?

I finished!

Changes:
> You can convert .txt to .8xp now!
> Switched from Python 3.1 to Python 2.7
> Rewrote everything
> Switched to MIT license
> Fixed some bugs.


Edit:
I don't feel like making another post, so here's a short update.
Changes:
> A bunch of minor code fixes
> The parser can handle broken code a little better
> You can now have the .txt files have fancy output!  (characters like → and λ)
> TI-Basic tokens in .txt files will still compile normally into .8xp files.
> All .dll and other similar files have been compressed into a single .exe file for portability

I'm going to work on support for TI-Basic tomorrow.

Hi!  Welcome to the forums.

If you're interested in Basic for the TI-83/84 series, try http://tibasicdev.wikidot.com/home
Their forum's aren't as active, but they do have the best introduction to TI-Basic (in my opinion, at least )

For Axe, the best way to learn would be by first reading all the documentation that it comes with, then by asking loads of questions here.
We also have a tutorial section: http://www.omnimaga.org/index.php?action=articles;cat=11

As for books... Not so much.  But learning programming (in any language) might be something to consider.

*shrug*

It's going to take me awhile to get used to your new name

What does it mean?

I used sourcecoder, and added indents, tidied the code up slightly (mostly adding newlines):

0→Xmin:1→ΔX
0→Ymin:1→ΔY
ClrDraw
FnOff :AxesOff:GridOff:Func:CoordOff:LabelOff:ExprOff:Full:Degree:a+bi
22→dim(∟SCHL1
2→B
1→∟SCHL1(1):1→∟SCHL1(2)
randInt(4,90)→∟SCHL1(21)
randInt(4,60)→∟SCHL1(22)

While ∟SCHL1(B-1)≠∟SCHL1(21) or ∟SCHL1(B)≠∟SCHL1(22)
    Pt-Change(∟SCHL1(21),∟SCHL1(22)
    For(A,2,20,2)
        Pt-On(round(∟SCHL1(A-1)),round(∟SCHL1(A)
    End

    tan-1((∟SCHL1(B-1)-∟SCHL1(B+1-20(B=20)))/(∟SCHL1(B)-∟SCHL1(B+2-20(B=20))))→C
    tan-1((∟SCHL1(21)-∟SCHL1(B-1))/(∟SCHL1(22)-∟SCHL1(B)))→D

    If abs(D-C)<20
    Then
        (C+D)/2→E
    Else
        (C+40((D-C)>0)-20)→E
    End

    If (√((∟SCHL1(21)-∟SCHL1(B-1))2+(∟SCHL1(22)-∟SCHL1(B))2))<5
    Then
        randInt(4,90)→∟SCHL1(21)
        randInt(4,60)→∟SCHL1(22)
    End

    Pt-Off(∟SCHL1(B-3+20(B=2)),∟SCHL1(B-2+20(B=2)))
    ∟SCHL1(B-1)+cos(E)→∟SCHL1(B-3+20(B=2))
    ∟SCHL1(B)+sin((E)→∟SCHL1(B-2+20(B=2))
    B-2→B
    If B=0:20→B
    Text(1,85,round(C,0
    Text(7,85,round(D,0
    Text(13,85,round(E,0
End


Quote from: Michael_Lee on June 21, 2011, 01:03:49 pm

Can Ion program be run without using a shell?

Yes. 

Quote from: Michael_Lee on June 21, 2011, 01:03:49 pm

A quick question for you (because I'm too lazy to actually go and test myself):
Can Ion program be run without using a shell?

There are two kinds of Ion programs. All Ion programs that are made in Axe are of the first kind, and can be run without using a shell.

  I did not know that.  I'm going to go change my default settings now

Nope, it's correct.

Pxl-On turns on a single pixel on the screen.

Pt-On draws an 8x8 sprite (basically, a small image) on the screen.

Also, the 'r' is the small r that floats in the air.  You can find it by pressing [2ND] [ANGLE] [3].
(You can find the [ANGLE] button in blue over [APPS]).

No problem!