/* execute_main: execute main body */
void execute_main(const char *filename) {
FILE *file;
file = fopen(filename, "a+");
int index_number = 0; printf("Enter index number: "); scanf("%d", &index_number);
float continuous_score = 0; printf("Enter 30%% score: "); scanf("%f", &continuous_score);
float part_a = 0; printf("Enter Part A score: "); scanf("%f", &part_a);
float part_b = 0; printf("Enter Part B score: "); scanf("%f", &part_b);
float actual_end_of_sem = compute_actual_end_of_sem(part_a, part_b);
float end_of_sem = compute_end_of_sem(actual_end_of_sem);
printf("INDEX NUMBER = %8d.\n", index_number);
printf("CONTINUOUS SCORE(30%%) = %6.2f.\nACTUAL END OF SEM(70%%) = %6.2f. ", continuous_score, actual_end_of_sem);
printf("ACTUAL TOTAL(100%%) = %6.2f.\n", compute_actual_total(continuous_score, actual_end_of_sem));
printf("END OF SEM(50%% + 20%%) = %6.2f. TOTAL(100%%) = %6.2f.\n", end_of_sem, compute_total(continuous_score, end_of_sem));
write_results_to_file(filename, index_number, continuous_score, actual_end_of_sem, end_of_sem);
fclose(file);
}
void report( void )
{
int i;
unsigned long int total;
if ( report_by_sequence )
printf( ">%s\n", header );
total = compute_total();
for ( i = 0; i < n_kmers; i++ )
{
printf( "%s/%s %10d %10d %10d %10.6f %10.6f %10.6f\n",
kmer_seq[i], kmer_seq[rc_map[i]],
(int) counts[i], (int) counts[rc_map[i]], (int) (counts[i] + counts[rc_map[i]]),
100.0 * ( (double) counts[i] / (double) total ),
100.0 * ( (double) counts[rc_map[i]] / (double) total ),
50.0 * ( (double) counts[i] + (double) counts[rc_map[i]] )
/ (double) total
);
}
if ( print_total )
printf( "total: %12.0f\n", (double) total );
}
