A week ago, I was banned, while I was using Chrome. Now, even when I can post on other browsers, I can't do so on Chrome. Please fix the bug in which after getting banned, being able to visit the site after the ban is lifted is possible without clearing cookies.

In your opinion, should string comparisons be treated as O(1) (constant-time) or O(n) (linear time)? Technically testing for equality should consist of comparing each character, so it should be linear-time, but doing so is fast compared to interpreting the "=" operator.

You all love that game on the Internet; now enjoy it on your 84+! (Not sure if 83+ will be supported.)

More details coming soon.

Update: The project can be found here.

Nadenva nepsa!
I'm not sure exactly where this goes, but I'll introduce another project.
Viria (wrench) is a programming language that compiles to TI-z80 Basic. The main differences between TI-Basic and Viria are:

• Ability to use comments
• Ability to manage projects
• List indexing uses square brackets instead of parentheses
• Use of macros such as #define, #out, #allcaps, etc.
• Some changes in command names, in order to satisfy the lexer
• Ability to give meaningful program names
• Pxl commands use the x,y instead of y,x order

This project is still in a very early stage, so I won't put a download yet. However, you can refer to the names for some commands here: http://pastebin.com/GUkKhV2M

Go to the last page for the latest release.

You may or may not have known that I have lost interest in Sunrise 3, particularly due to its size and speed. So I decided to back up my data, do a full memory wipe, and start a new project. This time it isn't going to be a card game. I'm emphasizing on having actual rooms instead of menus, and making the game look decent (in terms of ASCII graphics).
I am intending to make the final version incompatible with 2.53/2.55 MP via the launcher. Also, this is already incompatible with the CSE.
Without further ado, here's the first dev release!

Also, I almost forgot that you needed CopyProg to play.

I would like to thank Xeda112358, jacobly, and Runer112 for a tremendous amount of assistance with these programs.
Sources:
http://pastebin.com/8dsQcwLN (8)
and
http://pastebin.com/Tb84GFXg (16)

Syntax:
{row, col, val}
The rows and columns start with 0, to save memory and to allow you to write 9 when you need to use 10 for Output, as an additional memory saver.
P. S. I completely forgot to say that the text will be drawn aligned to the right. So the second entry must be the column of the rightmost digit.
P. P. S. Turns out that I completely wasted my time on these programs.

Announcing accel68k - Your Future IDE for TI-89 Basic

The development will not be in full force until AP tests are over, but I'd like to give you a preview of what is happening:

- This IDE will use custom editing routines to ensure that key delays don't vex you anymore! In fact, the whole editing is overhauled in order to give a streamlined editing experience!
- It will also give a range of refactoring features, including Local consolidation.
- It will be full screen and (hopefully) use the small font as well.
- It will be a hybrid of TI-Basic and C. To be precise, the editor itself will be in C, and the frontend (file selection, switching) will be in TI-BASIC.
- It will require lots of knowledge about the EStack and the VAT, so help is appreciated!

This will be my most ambitious 68k project of all, and I will furnish you with screenshots when I get the visual interface functional.

Edit Got the skelly code for the backend attached!
Edit II New skelly code and key layout pic!
Edit III Holy shoot! That scan was huge! Now it's only 40% size.

So the challenge is to compose a program that works both on 83+ Basic and 68k Basic, in similar fashions. The example below clears the screen and prints "Hello World!" (This is only the body):
If sin(1)=.841470984808
ClrHome
CLRIO
Disp "Hello World!"
Edit: sin(1) is equal to .841470984808 on the 83/84+, due to it comparing only ten significant figures, but these two values are different on a CAS calc such as the TI-89. So if you have an 83/84+, the program runs ClrHome; otherwise, it runs ClrIO (the expression CLRIO is treated as the product of five variables on the 83+ but the ClrIO command on the 68k). The final line is identical for both models.