/* Matt Cain
COP 3223
Dr. Laviola
Assignment #3 part 1 */

#include <stdlib.h>
#include <stdio.h>
FILE *file;

int main(void) {

float day_total = 0; //Entering variables
float month_total = 0;
int day_counter = 0;
int month_counter = 0;
int month_check, day_check;
char filename[20];

printf("What is the month and day of your wedding?\n"); //Prompting user
scanf("%d",&month_check);
scanf("%d",&day_check);

printf("What file stores your city's temperature data?\n");
scanf("%s",filename);

file = fopen(filename, "r"); //Opening file to read

while(1){ //Scanning the file for the below values
    int month, day, year;
    float temp;

    fscanf(file,"%d",&month);
    fscanf(file,"%d",&day);
    fscanf(file,"%d",&year);
    fscanf(file,"%f",&temp);

    if(month == -1) //Breaks out of loop if it finds a -1 (Placed at the bottom of the weather file to end)
        break;

    if(day == day_check){
        day_counter++;
        day_total += temp;
    }

    if(month == month_check){
        month_counter++;
        month_total += temp;
    }
}

float day_average = day_total/day_counter;
float month_average = month_total/month_counter;

printf("The average temperature on your wedding day is %.2f\n", day_average);
printf("The average temperature on your wedding month is %.2f\n", month_average);

if ((day_average>=60 && day_average<=75) && (month_average>=60 && month_average<=75)) { //[60,75] Range
printf("The weather looks good for an outdoor wedding!\n");
}
else
printf("It's probably best to move the wedding indoors, sorry!\n");

fclose(file);


system("PAUSE");
return 0;
}