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


void clearA(char clear_A_Array[], int num_A);
void one1won(float one1won_array[], int num_B);
void oneDerFill(int oneDerFill_array[], int num_C);
void prntIntArray(int prnt_int_array[], int num_D);
void prntCharArray(char prnt_char_array[], int num_E);
void prntFloatArray(float prnt_float_array[], int num_F);

int main()
{
    srand((int) time(NULL));
    int int_array[64];
    int count;
    char char_array[72];
    float float_array[48];

    for(count=0; count < 64; count++) //int array
    {
       int_array[count] = rand()%(56) -13;
    }
    prntIntArray(int_array, 64);

    printf("\n\n");

    count=0; //reset count

    while(count < 72) //char array
    {
        char_array[count] = (char)(rand()%(16)+69);
        count+=1;
    }
    prntCharArray(char_array, 72);

    printf("\n\n");

    count=0; //reset count

    do
    {
        float_array[count]=((rand()%(20045))- 1079)/(100.00);
        count+=1;
    }
    while (count < 48);
    prntFloatArray(float_array, 48);

    printf("\n\n");

    clearA(char_array, 72);
    one1won(float_array, 48);
    oneDerFill(int_array, 64);
    prntIntArray(int_array, 64);
    prntCharArray(char_array, 72);
    prntFloatArray(float_array, 48);

    return 0;
}

void clearA(char clear_A_array[], int num_A)
{
    int ltrA=65;
    int A_count=4;
    printf("character %d: %c\n\n", A_count, clear_A_array[A_count]);
    for(A_count=0; A_count < num_A; A_count++)
    {
        clear_A_array[A_count]=(char)ltrA;
    }
}

void one1won(float one1won_array[], int num_B)
{
    float float_sum;
    int float_count;
    for(float_count=0; float_count < num_B; float_count++)
    {
        float_sum=float_sum + one1won_array[float_count];
    }
    printf("The sum of all values in the array is %lf\n\n\n", float_sum);

    for(float_count=0; float_count < num_B; float_count++)
    {
        one1won_array[float_count]=1.11;
    }
}

void oneDerFill(int oneDerFill_array[], int num_C)
{
    int int_count;
    for(int_count=0; int_count < num_C; int_count++)
    {
        oneDerFill_array[int_count]=1;
    }
}

void prntIntArray(int prnt_int_array[], int num_D)
{
    int count_D;
    for(count_D=0; count_D < num_D; count_D+=4)
    {
        printf("Integer %d: %d\tInteger %d: %d\tInteger %d: %d\tInteger %d: %d\n", count_D, prnt_int_array[count_D], count_D+1, prnt_int_array[count_D+1], count_D+2, prnt_int_array[count_D+2], count_D+3, prnt_int_array[count_D+3]);
    }
    printf("\n\n");
}

void prntCharArray(char prnt_char_array[], int num_E)
{
    int count_E;
    for(count_E=0; count_E < num_E; count_E+=4)
    {
        printf("Character %d: %c\tCharacter %d: %c\tCharacter %d: %c\tCharacter %d: %c\n", count_E, prnt_char_array[count_E], count_E+1, prnt_char_array[count_E+1], count_E+2, prnt_char_array[count_E+2], count_E+3, prnt_char_array[count_E+3]);
    }
    printf("\n\n");
}

void prntFloatArray(float prnt_float_array[], int num_F)
{
    int count_F;
    for(count_F=0; count_F < num_F; count_F+=3)
    {
       printf("Float %d: %lf\tFloat %d: %lf\tFloat %d: %lf\n", count_F, prnt_float_array[count_F], count_F+1, prnt_float_array[count_F+1], count_F+2, prnt_float_array[count_F+2]);
    }
    printf("\n");
}