#include <stdio.h>

main() {
    // This program solves the f91 recursive function for a given number
    // This program was coded by David
    printf("Enter number: ");
    int input;
   
    scanf("%d",input);
   
    printf("The result is: ",f91(input));
   
    getch();
    return 0; 
}

int f91(n) {
    if (n<101)
    {
        return f91(f91(n+11));           
    }   
    else
    {
        return n-10;
    }
}

This is my code, which is supposed to solve the f91 function. I was converting it from my other python program here.

The program allows input but then crashes. Any idea?

I decided to port this to a computer program. There is a .html file in ticalc.org, but I started coding a C# program to learn and also because I don't know when it can be useful.

I am a crazy fan of portability, and the program is packed in a single .exe! So, it shouldn't be hard to try it.

There are buttons to go to Extended Instructions and Bit Instructions. IX/IY not finished for now.

Hope you enjoy them

If you consider this a bug, then merge into bugs and reports please.

.UPROG
Asm(EF4045
Asm(FDCB00AE
Asm(EF7045
Asm(210100
0->I
While I<5
Asm(EF0745
I+1->I
End
(Not sure if this code is correct, it's just a sample one)

Asm(EF4045
Asm(FDCB00AE
Asm(EF7045
//The above lines could be changed to:
ClrDraw
DiagnosticOff

In fact, they're just the same thing. However, the second option runs much faster.

Now, the questions:

1. Is it just me?
2. Is it supposed to be like this?
3. If not, can it be fixed?

I think it is supposed to be this way, hence not considering it a 'bug'.

Thanks.

Hey guys,

I was wondering, what is the Axe error that most drives you mad while programming?

From all the list of errors, what is the one you most get? Discuss.
_________________________________________________________

The one I most get is probably BLOCK but it's easily fixable. The one I most dislike is ERR:DUPLICATE, I'm so used to it in PC programming




Also, is this topic in the right section?

I decided to create a topic for general discussion about general Hexadecimal Assembly programming. It is also a small tutorial and introduction.

What is hexadecimal?

Hexadecimal is a numeration system just like the Arabic one (1,2,3,4,5,6,7,8,9.5,11,12,...) or the Roman one (I,II,III,IV,V,X,L,MCM,...).
So, a number like seven can have multiple representations, according to the system used, let's check the number 28:

28          // Arabic
XXVIII    // Roman
1C        // Hexadecimal
11100  // Binary
So, why don't we all use the same? It's hard for all of us to use the same and some are useful in some situations but terrible in others. For example, to make a sprite we use binary or hexadecimal, but to solve a giant equation using any of those would be a pain in the ass!

Now, when we make a Calculator Assembly program (ld hl,1 ....), it is written as a binary file (10010101011110101010...). Binary is hard to read, so we just use Hexadecimal.

So, why don't we just program in Assembly and leave the Hexadecimal alone?

If we know how to code in Hexadecimal instead of using an assembler that makes our assembly code hexadecimal, we can program assembly on the calculator. Of course, with Mimas (and some others) we can also do it, and Mimas is quite good. However, I'm not sure if we can all use Mimas or if it has everything there is.

So, I assume you already know Assembly if you're reading this, and here's an Assembly program:

.nolist
#include "ti83plus.inc"
.list
    .org $9D95-2
    .db $BB, $6D

Start:
  B_CALL (_ClrLCDFull)
  ld hl,1
  B_CALL (_DispHL)
  B_CALL (_GetKey)
 
  ret
This program will Clear the Screen, the set the hl registers to 1, then display "1" and wait for a key press until ending.

The hexadecimal code it creates (the data) is something like:

EF4045  // ClrLCDFull
210100  // Set hl registers to 1
EF0745  // Display the hl registers, so display "1"
EF7249  // Wait for key press
C9
Now, how do I know this is the hexadecimal code for it? One, I checked the ti83plus.inc, I use Assemblex and I learnt it with Xeda. Now, the ti83plus.inc has all the hexadecimal codes for BCalls. Assemblex converts hexadecimal to assembly and disassembles files which lets me learn it from other programs.

Also, for opcodes such as 210100, I check this all the time!

How to program in my calculator?

Press PRGM
Create a new PRGM
Call it whatever you want
Then make it like this:

AsmPrgm
EF4045
EF7045 // Turns the run diagnostic off  B_CALL (_RunIndicOff)
FDCB00AE  // Disables the 'Done' message when the program closes (res 5,(iy+0))
210100
EF0745
EF7249
C9



Never forget the ending C9 (ret), without it the calculator crashes!

Now you can run that program by typing Asm(prgmNAME.

You can also compile it so you can run it in shells and it is a true Assembly program: AsmComp(prgmNAME,prgmNAME2)

Note, in AsmComp( the names have to be different. Also, press 2ND + 0 to access the catalog and use the Asm( and AsmPrgm and AsmComp( tokens, don't just type them.

I hope more discussion comes, for now, skim through the pages I gave you and try and make something new.

Note: The language on this tutorial may be wrong. For example, I said that AsmComp( made it a real Assembly program, but it was already, it just compiles it.

Also, concerning Assemblex, the last uploaded version is still not perfect, so you can have a demo here, but the 'Export to 8xp' isn't finished, so it does not count as an upload. Assemblex is what I use to program in Hexadecimal in my computer.

Discuss!

EDIT: You can also use brandonw's website for more bcalls and information, I think. The Z80 tables with opcodes can also be found in ticalc.org.


EDIT 2:
I have a lot to tell you yet, but for now, here's another program:

EF4045
3E01
C60A
2600
6F
EF0745
EF7249
EF4045
C9
Who guesses what this does?

Hello everyone,

I am a big fan of Quake Live, my account name is 'Dgdsmaster', so go ahead and add me if you play too.

I was wondering if anyone else played it? I really enjoy playing InstaCTF and InstaGib.

So, this is a topic kind of like 'Minecraft Anyone?'.

Also:

www.quakelive.com

Free Game!

Firefox: CHECK
Internet Explorer: CHECK
Chrome: CHECK (Only if you have the Quake Live Application it seems)
Others: I don't think it works in the other browsers.

I just made a GUI Disassembler for the Casio Prizm, the first GUI disassembler for the Prizm actually 

Below is a link for the setup.exe for Windows Users, but also the .pyw file for Linux/Mac OS users or even Windows Users looking for portability. Whoever decides to use this .pyw file will need Python and wxPython installed in their computers.

What can I say? I'll try to release a new version as soon as possible with an About Box, a Link to Omnimaga Forums and Support for reading .g3a files. All these 3 features are really easy to make, but I just don't have the time at the moment.

The source code may be public, but any release on the Net without my authorization is not allowed.

Also, this is a disassembler, not a detokenizer, so only Assembly files are supported.

But it's also quite good to have a Disassembler (even though it is quite basic) a few days after the Prizm was released.

Downloads:


Setup - http://www.megaupload.com/?d=T76Q1EK0
.exe - www.davidgom.co.cc/PrizmDisassembler.zip

Sorry for megaupload link, but I can't host it at my website at the moment, only the .zip. Would I be able to upload it to Omnimaga Downloads, though?

EDIT: I really recommend the .pyw file (install Python 2.6 and wxPython), it's much faster than the others.

EDIT 2: I really forgot to, but special thanks to JosJuice, for helping me with databases, no About Box in this version, but in the next one you'll be credited.