i need to perform the complement on the transpose matrix instead of the original matrix $.$model small

$.$stack $100$h

$.$data

prompt db "Enter the $2$x$2$ matrix values as single digits $($e$.$g$.,1234)$: $$"$

orig$\_$msg db $13,10,$ "Original Matrix:", $13,10,\text{'}$$$\text{'}$

trans$\_$msg db $13,10,$ "Transpose Matrix:", $13,10,\text{'}$$$\text{'}$

comp$\_$msg db $13,10,$ "Complement Transpose Matrix:", $13,10,\text{'}$$$\text{'}$

name$\_$msg db $13,10,$ "Name: John Doe", $13,10,\text{'}$$$\text{'}$

uid$\_$msg db $13,10,$ "University ID: $123456789",13,10,\text{'}$$$\text{'}$

matrix db $4$ dup $(\text{'}?\text{'})$ ; Matrix values $-4$ single digit entries

maxVal db $0$ ; To store the highest value found

newline db $13,10,\text{'}$$$\text{'}$ ; New line

$.$code

main proc

mov ax$,$ @data

mov ds$,$ ax

; Prompt for matrix input

mov dx$,$ offset prompt

mov ah$,09$h

int $21$h

; Read $4$ single$-$digit values for the matrix

mov ah$,01$h

int $21$h

sub al$,\text{'}0\text{'}$

mov matrix, al

mov ah$,01$h

int $21$h

sub al$,\text{'}0\text{'}$

mov matrix$+1,$ al

mov ah$,01$h

int $21$h

sub al$,\text{'}0\text{'}$

mov matrix$+2,$ al

mov ah$,01$h

int $21$h

sub al$,\text{'}0\text{'}$

mov matrix$+3,$ al

; Assume first element is max and read other elements to find max

mov al$,$ matrix

mov bl$,$ matrix$+1$

mov cl$,$ matrix$+2$

mov dl$,$ matrix$+3$

mov maxVal, al

cmp bl$,$ maxVal

jb NoUpdate$1$

mov maxVal, bl

NoUpdate$1$:

cmp cl$,$ maxVal

jb NoUpdate$2$

mov maxVal, cl

NoUpdate$2$:

cmp dl$,$ maxVal

jb NoUpdate$3$

mov maxVal, dl

NoUpdate$3$:

; Print original matrix

mov dx$,$ offset orig$\_$msg

mov ah$,09$h

int $21$h

call PrintMatrix

; Print transpose matrix

mov dx$,$ offset trans$\_$msg

mov ah$,09$h

int $21$h

call PrintTransposeMatrix

; Print complement of transpose matrix

mov dx$,$ offset comp$\_$msg

mov ah$,09$h

int $21$h

call PrintComplementMatrix

; Display name and university ID

mov dx$,$ offset name$\_$msg

mov ah$,09$h

int $21$h

mov dx$,$ offset uid$\_$msg

int $21$h

; End program

mov ax$,4$C$00$h

int $21$h

main endp

PrintMatrix proc

mov ah$,02$h ; Print the first element of the matrix

mov dl$,$ matrix

add dl$,\text{'}0\text{'}$ ; Convert character to integer

int $21$h

mov ah$,02$h ; Print space for formatting

mov dl$,\text{'}\text{'}$

int $21$h

mov ah$,02$h ; Print the second element of the matrix

mov dl$,$ matrix$+1$

add dl$,\text{'}0\text{'}$ ; Convert character to integer

int $21$h

mov ah$,02$h ; Print new line

mov dl$,13$

int $21$h

mov dl$,10$

int $21$h

mov ah$,02$h ; Print the third element of the matrix

mov dl$,$ matrix$+2$

add dl$,\text{'}0\text{'}$ ; Convert character to integer

int $21$h

mov ah$,02$h ; Print space for formatting

mov dl$,\text{'}\text{'}$

int $21$h

mov ah$,02$h ; Print the fourth element of the matrix

mov dl$,$ matrix$+3$

add dl$,\text{'}0\text{'}$ ; Convert character to integer

int $21$h

mov ah$,02$h ; Print new line

mov dl$,13$

int $21$h

mov dl$,10$

int $21$h

ret

PrintMatrix endp

PrintTransposeMatrix proc

mov dl$,$ matrix

call PrintDigit

mov dl$,$ matrix$+2$

call PrintDigit

mov dx$,$ offset newline

mov ah$,09$h

int $21$h

mov dl$,$ matrix$+1$

call PrintDigit

mov dl$,$ matrix$+3$

call PrintDigit

mov dx$,$ offset newline

mov ah$,09$h

int $21$h

ret

PrintTransposeMatrix endp

PrintComplementMatrix proc

mov ah$,02$h ; Print the complement of the first element of the matrix

mov dl$,$ maxVal

sub dl$,$ matrix

add dl$,\text{'}0\text{'}$ ; Convert character to integer

int $21$h

mov ah$,02$h ; Print space for formatting

mov dl$,\text{'}\text{'}$

int $21$h

mov ah$,02$h ; Print the complement of the second element of the matrix

mov dl$,$ maxVal

sub dl$,$ matrix$+1$

add dl$,\text{'}0\text{'}$ ; Convert character to integer

int $21$h

mov ah$,02$h ; Print new line

mov dl$,13$

int $21$h

mov dl$,10$

int $21$h

mov ah$,02$h ; Print the complement of the third element of the matrix

mov dl$,$ maxVal

sub dl$,$ matrix$+2$

add dl$,\text{'}0\text{'}$ ; Convert character to integer

int $21$h

mov ah$,02$h ; Print space for formatting

mov dl$,\text{'}\text{'}$

int $21$h

mov ah$,02$h ; Print the complement of the fourth element of the matrix

mov dl$,$ maxVal

sub dl$,$ matrix$+3$

add dl$,\text{'}0\text{'}$ ; Convert character to integer

int $21$h

mov ah$,02$h ; Print new line

mov dl$,13$

int $21$h

mov dl$,10$

int $21$h

ret

PrintComplementMatrix endp

PrintDigit proc

add dl$,\text{'}0\text{'}$

mov ah$,02$h

int $21$h

mov dl$,\text{'}\text{'}$

int $21$h

ret

PrintDigit endp

end main