I have the following program, which has the formula of: $($b $+$ c$*$b $-$ a$/4)/($a$*$b $-1)$

However, when I run it it gives me different results that it should be what might be the cause, can you help me to provide me updated version, will really appreciate it$.$

The program:

$\mathrm{.}486$

$.$model flat, stdcall

option casemap: none

include $\backslash$masm$32\backslash$include$\backslash$windows$.$inc ; For a management by the modes of Window

include $\backslash$masm$32\backslash$include$\backslash$user$32.$inc ; For using MessageBox

include $\backslash$masm$32\backslash$include$\backslash$kernel$32.$inc ; For using ExitProcess

include $\backslash$masm$32\backslash$include$\backslash$masm$32.$inc ; For using FloatToStr

includelib $\backslash$masm$32\backslash$lib$\backslash$user$32.$lib ; For using MessageBox

includelib $\backslash$masm$32\backslash$lib$\backslash$kernel$32.$lib ; For using ExitProcess

include Ext$\_$macros.inc

NUM macro Q$,$ M$,$ N

MOV AL$,$ M ; Copy number B to register AL

CBW ; Extension AL to AX

MOV BL$,4$ ; Copy constant $"4"$ to register BL

IDIV BL ; Division register AX$,$ as variable $"$B$"$ on constant $"4",$ quotient in AL

ADD AL$,$ N ; Addition register AL and $"$C$",$ as $"$C$+$B$/4"$

SUB AL$,33$ ; Subtraction from register AL constant $"33",$ as $"$C$+$B$/4-33"$

CBW ; Extension AL to AX

MOV Q$,$ AX ; Copy value of numerator from registry AX to registry BX

endm

DEN macro R$,$ X$,$ Y$,$ Z

MOV AL$,$ X ; Copy number A to register AL

MOV CL$,$ Z ; Copy number C to register CL

IMUL CL ; Multiplication register AL and $"$A$"$ on registry CL $($variable C$),$ result in AX

MOV CH$,$ Y ; Copy number B to register CH

IDIV CH ; Division register AX$,$ as result $"$A$*$C$"$ on variable $"$B$",$ quotient in AL

MOV DL$,1$ ; Copy constant $"1"$ to register DL

SUB AL$,$ DL ; Subtraction from register AL constant $"1",$ as $"$A$*$C$/$B$-1"$

MOV R$,$ AL ; Copy value of denominator from registry AL to registry R

endm

$.$data

msg$\_$title db "Lab $5",0$

buffer db $256$ dup$(?)$

format db $"$A $=\%$d$",10,"$B $=\%$d$",10,"$C $=\%$d$",10,"($C $-33+$ B$/4)/($A$*$C$/$B $-1)=\%$d$",0$

msg$\_$title$0$ db "WARNING!", $0$ ; text variable for title of window

msg$\_$message db "Value in denominator equal $0",0$ ; text variable for text in window

A DB $-2,-6,2,48,-6,2$

B DB $8,12,8,48,4,-4$

C$0$ DB $16,14,40,-3,-2,-2$

D dd $0$

E dd $0$

F dd $0$

$.$code

start:

MOV EDI, $0$ ; Initialize pointer to array index

CYCLE:

; Calculate numerator

NUM BX$,$ B$[$EDI$],$ C$0[$EDI$]$

; Calculate denominator

DEN AL$,$ A$[$EDI$],$ B$[$EDI$],$ C$0[$EDI$]$

; Check if denominator is zero

CMP AL$,0$

JZ ZERO

; Calculate the expression

MOV DL$,$ AL

MOV AX$,$ BX

IDIV DL

; Check if result is even or odd

TEST AL$,1$

JNZ ODD

; If result is even, divide by $2$

SAR AL$,1$

JMP CONT

ODD:

; If result is odd, multiply by $5$

MOV BH$,5$

IMUL BH

CONT:

; Prepare for displaying the message box

CWDE

movsx ESI, A$[$EDI$]$

mov D$,$ ESI

movsx ESI, B$[$EDI$]$

mov E$,$ ESI

movsx ESI, C$0[$EDI$]$

mov F$,$ ESI

invoke wsprintf, addr buffer, addr format, D$,$ E$,$ F$,$ eax

invoke MessageBox, $0,$ addr buffer, addr msg$\_$title, MB$\_$OK

jmp PR$\_$CONT

ZERO:

; Display warning message if denominator is zero

invoke MessageBox, $0,$ addr msg$\_$message, addr msg$\_$title$0,$ MB$\_$OK

PR$\_$CONT:

INC EDI

CMP EDI, $6$ ; Check if all values have been processed

JL CYCLE ; If not, continue with the next value

; Exit the program

invoke ExitProcess, $0$

end start