roundf
for (i = roundf(1 * grid_unit); i < roundf(2 * grid_unit); i++) {
for (col = roundf((4 * grid_unit * 2) +
circle_pos[y_limit / 2][0]); col <= roundf((9 * grid_unit
i = roundf(1.4 * grid_unit);
for (line = roundf(2 * grid_unit); line < 4 * grid_unit; line++) {
for (col = 0; col <= roundf((3.5 * grid_unit * 2)); col++) {
for (col = roundf((9.5 * grid_unit * 2)); col <
roundf((13 * grid_unit * 2)); col++) {
for (i = roundf(3 * grid_unit); i < roundf(4 * grid_unit); i++) {
for (line = roundf(4 * grid_unit); line < (y_limit / 2);
for (col = roundf((1.5 * grid_unit * 2)); col <
roundf((4.3 * grid_unit * 2)); col++) {
for (col = roundf((4.3 * grid_unit * 2)); col <
roundf((7.6 * grid_unit * 2)); col++) {
for (col = roundf((7.6 * grid_unit * 2)); col <
roundf((11.5 * grid_unit * 2)); col++) {
for (line = roundf(9.5 * grid_unit); line <= (10.5 * grid_unit);
for (col = roundf((0 * grid_unit * 2)); col <
roundf((4 * grid_unit * 2)); col++) {
for (col = roundf((4 * grid_unit * 2)); col <
roundf((6.5 * grid_unit * 2)); col++) {
for (col = roundf((6.5 * grid_unit * 2)); col <
roundf((9 * grid_unit * 2)); col++) {
for (col = roundf((9 * grid_unit * 2)); col <
roundf((13 * grid_unit * 2)); col++) {
for (line = roundf(10.5 * grid_unit); line < (12 * grid_unit);
for (col = roundf(3.5 * grid_unit * 2); col <= roundf(9.5 *
for (col = roundf(0 * grid_unit * 2); col <= roundf(3.5 *
for (col = roundf(9.5 * grid_unit * 2); col <= roundf(13 *
for (col = roundf((6 * grid_unit * 2)); col <
roundf((7 * grid_unit * 2)); col++) {
float roundf(float);
#define roundit roundf
#define roundit roundf
bf = roundf(af);
cf = roundf(-af);
printf("%d, ", (int)roundf(val * SI_MULTI));
printf("%d, ", (int)roundf((float)arr[k] * COEFFS_MULTI));