TI 83 Additional Accumulation Accost Apple
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27 July 02:18
In this area you will create a program to affectation Hello, Apple on the screen.
Make a new argument book on Block and adhesive the afterward text:
The called curve charge to be tabbed! Save this book as myprog.z80 into your Programs subfolder.
Compiling about agency advice argument cipher into cipher that a apparatus can read.
To abridge your program myprog.z80 first accessible a Command Alert (it should be in Accessories). You should be faced with a atramentous window with some white argument adage what binder you are in. The first move is to change the binder to your programs folder. To do this use the afterward commands:
#cd subfoldername (This will go to the subfolder that you acquaint it to.)
#cd .. (This will instantly go to the binder that holds the binder you are in.)
Afterwards, you charge to blazon in:
#compile myprog
This should automatically abridge myprog.z80 if you accept followed all instructions correctly.
The accomplished program should be amid in your Programs binder as myprog.8xp.
On your computer, accessible up the TI 83 Additional Beam Debugger to create a affected calculator for testing purposes. Bang on the white cardboard figure to create a new affected calculator and accept the 83+ calculator.
Then bang on Load... RAM book and accessible your aggregate program (myprog.8xp). Finally, bang on the triangle-shaped play button to activate emulation. On the affected calculator, columnist [2nd]+[Catalog] to accompany up the archive and arrow down to Asm(. Columnist access to admit the command into the awning and then baddest your program ([PRGM],[ENTER]). The awning on the calc should say Asm(prgmMYPROG). Now columnist enter, and Accost Apple should be displayed on the screen.
Always analysis your programs on the Beam Debugger afore you use them on your absolute calculator because there is a ample adventitious of your absolute calculator crashing.
The alone curve of accent now are the average ones:
When the calculator executes a program, it follows the commands band by line. The first band (ld a,0) endless aught into a, which is a frequently acclimated variable. So now the capricious a=0. The next two curve amount that amount into the cursor row and column. So now the cursor is amid at 0,0 and the next argument will be displayed at that location. The fourth band (ld hl,text), endless the area of .db Hello... into hl, addition variable. B_Call(_PutS) takes the argument that hl has defined and displays it at the accepted cursor location. Finally, ret tells the calculator to avenue out of the program. You should now accept a ambiguous compassionate of the functions of alotof of the curve in your first program.
Make a new argument book on Block and adhesive the afterward text:
.NOLIST
#define EQU .equ
#define equ .equ
#define END .end
#define end .end
#include ti83plus.inc
.LIST
.org 9D93h
.db $BB,$6D
ld a,0
ld (CURCOL),a
ld (CURROW),a
ld hl,text
B_CALL(_PutS)
ret
text:
.db Hello, World,0
.end
end
The called curve charge to be tabbed! Save this book as myprog.z80 into your Programs subfolder.
Compiling about agency advice argument cipher into cipher that a apparatus can read.
To abridge your program myprog.z80 first accessible a Command Alert (it should be in Accessories). You should be faced with a atramentous window with some white argument adage what binder you are in. The first move is to change the binder to your programs folder. To do this use the afterward commands:
#cd subfoldername (This will go to the subfolder that you acquaint it to.)
#cd .. (This will instantly go to the binder that holds the binder you are in.)
Afterwards, you charge to blazon in:
#compile myprog
This should automatically abridge myprog.z80 if you accept followed all instructions correctly.
The accomplished program should be amid in your Programs binder as myprog.8xp.
On your computer, accessible up the TI 83 Additional Beam Debugger to create a affected calculator for testing purposes. Bang on the white cardboard figure to create a new affected calculator and accept the 83+ calculator.
Then bang on Load... RAM book and accessible your aggregate program (myprog.8xp). Finally, bang on the triangle-shaped play button to activate emulation. On the affected calculator, columnist [2nd]+[Catalog] to accompany up the archive and arrow down to Asm(. Columnist access to admit the command into the awning and then baddest your program ([PRGM],[ENTER]). The awning on the calc should say Asm(prgmMYPROG). Now columnist enter, and Accost Apple should be displayed on the screen.
Always analysis your programs on the Beam Debugger afore you use them on your absolute calculator because there is a ample adventitious of your absolute calculator crashing.
The alone curve of accent now are the average ones:
ld a,0
ld (CURCOL),a
ld (CURROW),a
ld hl,text
B_CALL(_PutS)
text:
.db Hello, World,0
ret
When the calculator executes a program, it follows the commands band by line. The first band (ld a,0) endless aught into a, which is a frequently acclimated variable. So now the capricious a=0. The next two curve amount that amount into the cursor row and column. So now the cursor is amid at 0,0 and the next argument will be displayed at that location. The fourth band (ld hl,text), endless the area of .db Hello... into hl, addition variable. B_Call(_PutS) takes the argument that hl has defined and displays it at the accepted cursor location. Finally, ret tells the calculator to avenue out of the program. You should now accept a ambiguous compassionate of the functions of alotof of the curve in your first program.
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In the antecedent program a characterization was written:nowikitext: .db Hello, World,0/nowikitext: is a label. Labels are never called and consistently end with a colon. They mark a abode in a program. You can jump to a characterization by using jp labelname:
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