void print(char * pointer_array[][2], int linelen) {

    int length = 0, word_count = 1;
    const char punctuation[] = ".!?";
    *(pointer_array[0][0]) = toupper(*(pointer_array[0][0]));

    printf("\n%s", pointer_array[0][0]);

    length += strlen(pointer_array[0][0]);

    *(pointer_array[0][0]) = tolower(*(pointer_array[0][0]));

    if (pointer_array[word_count - 1][1] != NULL) {

        *(pointer_array[0][1]) = toupper( * (pointer_array[0][1]));

        printf(" (%s)", pointer_array[0][1]);

        length += strlen(pointer_array[0][1]) + 3;

        *(pointer_array[0][1]) = tolower( * (pointer_array[0][1]));
    }

    do {
        /* If the length of the line is over linelen, print word on line below */
        if (length + strlen(pointer_array[word_count][0]) >= linelen) {
            /* If there is a punctuation mark before line change, switch to uppercase for first letter */
            if (strstr(punctuation, pointer_array[word_count - 1][0]) != NULL) {
                *(pointer_array[word_count][0]) = toupper( * (pointer_array[word_count][0]));

                printf("\n%s", pointer_array[word_count][0]);

                length = strlen(pointer_array[word_count][0]);

                *(pointer_array[word_count][0]) = tolower( * (pointer_array[word_count][0]));

                word_count++;
            }
            /* Print word in new line */
            else {
                printf("\n%s", pointer_array[word_count][0]);

                length = strlen(pointer_array[word_count][0]);

                word_count++;
            }
        }
        /* If previous word is punctuation mark, switch to uppercase for first letter */
        else if (strstr(punctuation, pointer_array[word_count - 1][0]) != NULL) {
            *(pointer_array[word_count][0]) = toupper( * (pointer_array[word_count][0]));

            printf(" %s", pointer_array[word_count][0]);

            length += strlen(pointer_array[word_count][0]) + 1;

            *(pointer_array[word_count][0]) = tolower( * (pointer_array[word_count][0]));

            word_count++;

        }
        /* Print word */
        else {
            printf(" %s", pointer_array[word_count][0]);

            length += strlen(pointer_array[word_count][0]) + 1;

            word_count++;
        }

        /* Print synonyms if they are found*/
        if (pointer_array[word_count - 1][1] != NULL) {

            if (length + strlen(pointer_array[word_count - 1][1]) + 2 >= linelen) {
                /* If there is a punctuation mark before line change, switch to uppercase for first letter */

                if (strstr(punctuation, pointer_array[word_count - 2][0]) != NULL) {
                    *(pointer_array[word_count - 1][1]) = toupper( * (pointer_array[word_count - 1][1]));

                    printf("\n(%s)", pointer_array[word_count - 1][1]);

                    length = strlen(pointer_array[word_count - 1][1]) + 2;

                    *(pointer_array[word_count - 1][1]) = tolower( * (pointer_array[word_count - 1][1]));
                }
                /* Print word in new line */
                else {

                    printf("\n(%s)", pointer_array[word_count - 1][1]);

                    length = strlen(pointer_array[word_count - 1][1]) + 2;
                }
            }
            /* If previous word is punctuation mark, switch to uppercase for first letter */
            else if (strstr(punctuation, pointer_array[word_count - 2][0]) != NULL) {
                *(pointer_array[word_count - 1][1]) = toupper( * (pointer_array[word_count - 1][1]));

                printf(" (%s)", pointer_array[word_count - 1][1]);

                length += strlen(pointer_array[word_count - 1][1]) + 3;

                *(pointer_array[word_count - 1][1]) = tolower( * (pointer_array[word_count - 1][1]));

            }
            /* Print word */
            else {
                printf(" (%s)", pointer_array[word_count - 1][1]);

                length += strlen(pointer_array[word_count - 1][1]) + 3;

            }
        }
    } while (pointer_array[word_count][0] != NULL && word_count < MAX_WORDS);

    printf("\n");

}