$.$data ; Declare constants DAYS$\_$MEASURED equ $14$ ; Number of days measured TEMPS$\_$PER$\_$DAY equ $11$ ; Number of temperatures per day MIN$\_$TEMP equ $20$ ; Minimum temperature MAX$\_$TEMP equ $80$ ; Maximum temperature ARRAYSIZE equ DAYS$\_$MEASURED $*$ TEMPS$\_$PER$\_$DAY ; Total number of temperatures ; Declare arrays tempArray db ARRAYSIZE dup$(?)$ ; Store all temperature readings highTemps db DAYS$\_$MEASURED dup$(?)$ ; Store daily high temperatures lowTemps db DAYS$\_$MEASURED dup$(?)$ ; Store daily low temperatures highAvg dw $0$ ; Average high temperature lowAvg dw $0$ ; Average low temperature ; Declare messages msgIntro db "Temperature Data Program $-$ Generated by YourName", $0$ msgTemperature db "Temperature Readings for Each Day:", $0$ msgHighTemps db "Daily High Temperatures:", $0$ msgLowTemps db "Daily Low Temperatures:", $0$ msgHighAvg db "Average High Temperature:", $0$ msgLowAvg db "Average Low Temperature:", $0.$code main: ; Initialize the data segment mov ax$,$ @data mov ds$,$ ax ; Display intro message lea dx$,$ msgIntro mov ah$,09$h int $21$h ; Seed the random number generator call Randomize ; Generate the temperature data lea di$,$ tempArray mov cx$,$ DAYS$\_$MEASURED generate$\_$data: push cx mov bx$,$ TEMPS$\_$PER$\_$DAY mov si$,0$ generate$\_$day$\_$data: call RandomRange mov $[$di$],$ al inc di inc si loop generate$\_$day$\_$data pop cx loop generate$\_$data ; Find the high and low temps for each day lea di$,$ tempArray lea si$,$ highTemps lea bx$,$ lowTemps mov cx$,$ DAYS$\_$MEASURED process$\_$days: push cx mov ax$,0$ ; Reset high temp for the day mov bx$,255$ ; Set low temp for the day to the highest possible value mov dx$,$ TEMPS$\_$PER$\_$DAY process$\_$temps: mov al$,[$di$]$ cmp al$,$ ax jg update$\_$high cmp al$,$ bx jl update$\_$low jmp next$\_$temp update$\_$high: mov ax$,$ al jmp next$\_$temp update$\_$low: mov bx$,$ al next$\_$temp: inc di loop process$\_$temps mov $[$si$],$ ax ; Store high temp mov $[$bx$],$ bx ; Store low temp inc si inc bx pop cx loop process$\_$days ; Calculate the average high and low temperatures lea si$,$ highTemps lea bx$,$ lowTemps xor ax$,$ ax ; Clear sum for high temps xor dx$,$ dx ; Clear sum for low temps mov cx$,$ DAYS$\_$MEASURED calculate$\_$averages: add ax$,[$si$]$ ; Add high temp to sum add dx$,[$bx$]$ ; Add low temp to sum inc si inc bx loop calculate$\_$averages ; Truncate the averages mov bx$,$ DAYS$\_$MEASURED div bx ; Divide sum of high temps by DAYS$\_$MEASURED mov highAvg, ax ; Store average of highs mov lowAvg, dx ; Store average of lows ; Display the temperature data lea dx$,$ msgTemperature mov ah$,09$h int $21$h lea di$,$ tempArray mov cx$,$ DAYS$\_$MEASURED call display$\_$day$\_$data ; Display daily high temperatures lea dx$,$ msgHighTemps mov ah$,09$h int $21$h lea di$,$ highTemps call display$\_$day$\_$data ; Display daily low temperatures lea dx$,$ msgLowTemps mov ah$,09$h int $21$h lea di$,$ lowTemps call display$\_$day$\_$data ; Display the average high and low temperatures lea dx$,$ msgHighAvg mov ah$,09$h int $21$h mov ax$,$ highAvg call display$\_$number lea dx$,$ msgLowAvg mov ah$,09$h int $21$h mov ax$,$ lowAvg call display$\_$number ; Exit program mov ah$,4$Ch int $21$h RandomRange proc ; Generate a random number in the range $[$MIN$\_$TEMP, MAX$\_$TEMP$]$ ; The logic for generating the random number can be implemented here using DOS interrupt for randomness ; For simplicity, returning a number between MIN$\_$TEMP and MAX$\_$TEMP $($inclusive$)$ mov al$,$ MIN$\_$TEMP $+($randVal mod $($MAX$\_$TEMP $-$ MIN$\_$TEMP $+1))$ ret RandomRange endp display$\_$day$\_$data proc push cx mov cx$,$ TEMPS$\_$PER$\_$DAY display$\_$temp$\_$loop: mov al$,[$di$]$ call display$\_$number inc di loop display$\_$temp$\_$loop pop cx ret display$\_$day$\_$data endp display$\_$number proc ; Display a number mov ah$,02$h add ax$,\text{'}0\text{'}$ int $21$h ret display$\_$number endp use only irvine$32.$inc