p0 = c0->pins[el0->pins[m + 1]];
p1 = c0->pins[el1->pins[n + 1]];
- p0->x = el0->lines[0]->x1 + j * d + rand() % 10;
- p1->x = el1->lines[0]->x1 + j * d + rand() % 10;
+ p0->x = el0->lines[0]->x1 + j * d;
+ p1->x = el1->lines[0]->x1 + j * d;
p0->y = el0->lines[0]->y0;
p1->y = el1->lines[0]->y0;
- el0->lines[0]->x1 += j * d + 10;
- el1->lines[0]->x1 += j * d + 10;
+ el0->lines[0]->x1 += j * d;
+ el1->lines[0]->x1 += j * d;
if (f->w < el0->lines[0]->x1 - f->x)
f->w = el0->lines[0]->x1 - f->x;
if (0 == p0->x) {
- p0->x = el0->lines[0]->x1 + d + rand() % 10;
+ p0->x = el0->lines[0]->x1 + d;
p0->y = el0->lines[0]->y1;
- el0->lines[0]->x1 += d + 10;
+ el0->lines[0]->x1 += d;
if (f->w < el0->lines[0]->x1 - f->x)
f->w = el0->lines[0]->x1 - f->x;
c0->x = cx / c0->n_pins;
c0->y = cy / c0->n_pins;
+
+ if (2 == c0->n_pins) {
+ c0->pins[0]->x = c0->x;
+ c0->pins[1]->x = c0->x;
+ }
}
for (i = 0; i < f->n_elines; i++) {