Test1

#include <stdio.h>
#include <stdlib.h>
#include <string.h>

#define FEEL_LEN 6
#define STRUCT_MAX 20
#define DAY_LEN 8

typedef struct day{
	char date[DAY_LEN];
	char feeling[FEEL_LEN];
	int run;
	int walk;
	int stand;
	int sit;
	int lay;
}day;

int ReadFile(day List[],int max);
void mCommon(day List[],int dCount);
void output1(day List[],int dCount);

int main(void){
	day days[STRUCT_MAX];
	int daysCount = ReadFile(days, STRUCT_MAX);
	mCommon(days, daysCount);
	output1(days, daysCount);
	return 0;
}

int ReadFile(day List[], int max){
	FILE *fp = fopen("001.txt", "r");

	if (fp == NULL){
		exit(2);
	}
	int i = 0;
	while(fscanf(fp, "%s %s %d %d %d %d %d", List[i].date,
	      List[i].feeling, &List[i].run, &List[i].walk, &List[i].stand,
	      &List[i].sit, &List[i].lay) == 7){
		     i++;
		     if(i == max){
			 break;
		     }
	}
	fclose(fp);
	return i;
}

void mCommon(day List[],int dCount){
	int count[4] = {0};
	int max, maxIndex;
	for(int i = 0; i < dCount; i++){
		if(strcmp(List[i].feeling, "great") == 0){
			count[0] += 1;
		}else if(strcmp(List[i].feeling, "bad") == 0){
			count[1] += 1;
		}else if(strcmp(List[i].feeling, "good") == 0){
			count[2] += 1;
		}else if(strcmp(List[i].feeling, "awesome") == 0){
			count[3] += 1;
		}
	}
	max = count[0];
	for(int i = 1; i < 4; i++){
		if(count[i] > max){
			max = count[i];
			maxIndex = i;
		}
	}
	if(maxIndex == 0){
		printf("The most common feeling is great appears %d\n", max);
	}else if(maxIndex == 1){
		printf("The most common feeling is bad appears %d\n", max);
	}else if(maxIndex == 2){
		printf("The most common feeling is good appears %d\n", max);
	}else if(maxIndex == 3){
		printf("The most common feeling is awesome appears %d\n", max);
	}
}

void output1(day List[], int dCount){
	FILE *outf = fopen("out.txt", "w");
	int sum1 = 0, sum2 = 0, sum3 = 0, sum4 = 0, sum5 = 0;
	float per1, per2, per3;
	for(int i = 0; i < dCount; i++){
		sum1 += List[i].run;
	    sum2 += List[i].walk;
		sum3 += List[i].stand;
		sum4 += List[i].sit;
		sum5 += List[i].lay;
		per1 = List[i].run * 1.37;
		per2 = List[i].walk * 0.59;
		per3 = List[i].stand * 0.18;
		float sum = per1 + per2 + per3;
		printf("On day %.*s/%.*s/%.*s person was got: %0.2f\n", 2,
		                 0 + List[i].date, 2, 2 + List[i].date, 4,
		                 4 + List[i].date, sum);
		printf("Person was running for %d:%d\n", List[i].run / 60,
		                                         List[i].run % 60);
		printf("Person was walking for %d:%d\n", List[i].walk / 60,
		                                         List[i].walk % 60);
		printf("Person was standing for %d:%d\n", List[i].stand / 60,
	                                              List[i].stand % 60);
		printf("Person was sitting for %d:%d\n", List[i].sit / 60,
		                                         List[i].sit % 60);
		printf("Person was laying down for %d:%d\n", List[i].lay / 60,
		                                             List[i].lay % 60);
		fprintf(outf, "On day %.*s/%.*s/%.*s person was got: %0.2f\n",
		                  2, 0 + List[i].date, 2, 2 + List[i].date, 4,
		                  4 + List[i].date, sum);
		fprintf(outf, "Person was running for %d:%d\n",
		                            List[i].run / 60, List[i].run % 60);
		fprintf(outf, "Person was walking for %d:%d\n",
		                          List[i].walk / 60, List[i].walk % 60);
		fprintf(outf, "Person was standing for %d:%d\n",
								List[i].stand / 60, List[i].stand % 60);
		fprintf(outf, "Person was sitting for %d:%d\n",
									List[i].sit / 60, List[i].sit % 60);
		fprintf(outf, "Person was laying down for %d:%d\n",
									List[i].lay / 60, List[i].lay % 60);
	}
	printf("Average time running is %d:%d\n", (sum1 / dCount) / 60,
	                                              (sum1 / dCount) % 60);
	printf("Average time running is %d:%d\n", (sum2 / dCount) / 60,
	                                              (sum2 / dCount) % 60);
	printf("Average time running is %d:%d\n", (sum3 / dCount) / 60,
	                                              (sum3 / dCount) % 60);
	printf("Average time running is %d:%d\n", (sum4 / dCount) / 60,
	                                              (sum4 / dCount) % 60);
	printf("Average time running is %d:%d\n", (sum5 / dCount) / 60,
	                                              (sum5 / dCount) % 60);
	fprintf(outf, "Average time running is %d:%d\n", (sum1 / dCount) /
	                                          60, (sum1 / dCount) % 60);
	fprintf(outf, "Average time running is %d:%d\n", (sum2 / dCount) /
	                                          60, (sum2 / dCount) % 60);
	fprintf(outf, "Average time running is %d:%d\n", (sum3 / dCount) /
	                                          60, (sum3 / dCount) % 60);
	fprintf(outf, "Average time running is %d:%d\n", (sum4 / dCount) /
	                                          60, (sum4 / dCount) % 60);
	fprintf(outf, "Average time running is %d:%d\n", (sum5 / dCount) /
	                                          60, (sum5 / dCount) % 60);
	fclose(outf);
}