Why is my MASM code only outputting the first procedure?

; Description: 'This program generates a series of temperature readings $($TEMPS$\_$PER$\_$DAY readings

; per day for DAYS$\_$MEASURED days$)$ in the range of $[$MIN$\_$TEMP $...$ MAX$\_$TEMP$]$ into one array. Once

; this array is generated, the program calculates the highest and lowest temperature reading for each day,

; then calculates the average of each of these daily high and low temperatures. Everything is displayed

; wth descriptive titles.$\text{'}$

INCLUDE Irvine$32.$inc

; $($insert macro definitions here$)$

; $($insert constant definitions here$)$

DAYS$\_$MEASURED $=14$ ;Rows

TEMPS$\_$PER$\_$DAY $=11$ ;Columns

MIN$\_$TEMP EQU $20$

MAX$\_$TEMP EQU $80$

ARRAYSIZE EQU DAYS$\_$MEASURED $*$ TEMPS$\_$PER$\_$DAY ;Total elements $=($days measured$*$temps per day$)$

$.$data

; $($insert variable definitions here$)$

intro$\_1$ BYTE "Welcome to Chaotic Temperature Statistics $-$ Programmed by Nicole",$13,10,0$

intro$\_2$ BYTE "This program generates a series of temperature readings, X per day for Y days,",$13,10,0$

intro$\_3$ BYTE "depending on constants, and performs some basic statistics on them: daily high and low",$13,10,0$

intro$\_4$ BYTE "and average high and low temps. It then prints these results, with descriptive titles.",$13,10,13,10,0$

dispArray BYTE "The temperature readings are as follows $($one row is one day$)$: $",13,10,0$

dispHigh BYTE "The highest temperature of each day was: $",13,10,0$

dispLow BYTE "The lowest temperature of each day was: $",13,10,0$

avgHigh BYTE "The truncated average high temperature was: $",13,10,0$

avgLow BYTE "The truncated average low temperature was: $",13,10,0$

;signOff optional

tempArray DWORD ARRAYSIZE DUP$(?)$ ;Create a MAXSIZE$-$element DWORD array, leave values uninitialized

highArray DWORD DAYS$\_$MEASURED DUP$(?)$ ;Create a $14-$element DWORD array of the highest temperature for each day, leave values uninitialized

lowArray DWORD DAYS$\_$MEASURED DUP$(?)$ ;Create a $14-$element DWORD array of the lowest temperature for each day, leave values uninitialized

highAvg DWORD $80$ ;High average value, initialized to decimal $80$

lowAvg DWORD $20$ ;Low average value, initialized to decimal $20$

$.$code

main PROC

CALL Randomize ;Random int access

;greeting and explanation

PUSH OFFSET intro$\_1$

PUSH OFFSET intro$\_2$

PUSH OFFSET intro$\_3$

PUSH OFFSET intro$\_4$

CALL printGreeting

;setup temp array

PUSH OFFSET tempArray

CALL generateTemperatures

;find daily highs

PUSH OFFSET tempArray

PUSH DAYS$\_$MEASURED

PUSH TEMPS$\_$PER$\_$DAY

PUSH OFFSET highArray

CALL findDailyHighs

;find daily lows

PUSH OFFSET tempArray

PUSH DAYS$\_$MEASURED

PUSH TEMPS$\_$PER$\_$DAY

PUSH OFFSET lowArray

CALL findDailyLows

;calculate high and low averages

PUSH OFFSET highArray

PUSH OFFSET lowArray

CALL calcAverageLowHighTemps

;display temps from $14$ days$($rows$)$ and $11$ temps per day$($columns$)$

PUSH OFFSET dispArray

PUSH OFFSET tempArray

PUSH DAYS$\_$MEASURED

PUSH TEMPS$\_$PER$\_$DAY

CALL displayTempArray

;display daily highs

PUSH OFFSET dispHigh

PUSH OFFSET highArray

PUSH DAYS$\_$MEASURED

PUSH $1$

CALL displayTempArray

;display daily lows

PUSH OFFSET dispLow

PUSH OFFSET lowArray

PUSH DAYS$\_$MEASURED

PUSH $1$

CALL displayTempArray

;display temp avgs

PUSH OFFSET avgHigh

PUSH highAvg

CALL displayTempWithString

PUSH OFFSET avgLow

PUSH lowAvg

CALL displayTempWithString

RET

Invoke ExitProcess,$0$

main ENDP

;$------------------------------------------------------------------------------------------------------------------$

;Name: printGreeting

;$\{$parameters: intro$1($reference$,$ input$),$ intro$2($reference$,$ input$),...)$

;Procedure to introduce the program & programmer

;preconditions: intros are described

;postconditions: EDX changed

;receives:

;returns:

;$------------------------------------------------------------------------------------------------------------------$

printGreeting PROC ;introduce programmer

PUSH EBP

MOV EBP, ESP

; $[$EBP$+20]=$ address of OFFSET intro$\_4$

; $[$EBP$+16]=$ address of OFFSET intro$\_3$

; $[$EBP$+12]=$ address of OFFSET intro$\_2$

; $[$EBP$+8]=$ address of OFFSET intro$\_1$

; $[$EBP$+4]=$ return address

; $[$EBP$]=$ old ebp

MOV EDX, $[$EBP $+20]$

CALL WriteString

MOV EDX, $[$EBP $+16]$

CALL WriteString

MOV EDX, $[$EBP $+12]$

CALL WriteString

MOV EDX, $[$EBP $+8]$

CALL WriteString

POP EBP

RET $16$

printGreeting ENDP

;$------------------------------------------------------------------------------------------------------------------$

;Name: generateTemperatures

;$\{$parameters: tempArray $($reference$,$ output$)\}$

;MIN$\_$TEMP, MAX$\_$TEMP, DAYS$\_$MEASURED, TEMPS$\_$PER$\_$DAY will be used as globals within this procedure.

;Randomly generate temperatures within the range and stores them in tempArray

;preconditions:

;postconditions:

;receives:

;returns: tempArray

;$------------------------------------------------------------------------$