void calibration_test()
{
if(current_cal == RD || current_cal == VEL)
{
circle_test();
}
else if(current_cal == TEST)
{
translation_test();
}
}
// *****************************************************************************
// *****************************************************************************
void TriangleMeshSLK::nbr_search(Point2D pt, Point2D p[], int tri[][3], int nbr[][3], Linked_List *del, int m) {
if (del->In_list(m))
return;
int n0 = tri[m][0];
int n1 = tri[m][1];
int n2 = tri[m][2];
if (circle_test(p[n0], p[n1], p[n2], pt)) {
del->Insert(m);
if (nbr[m][0] >= 0)
nbr_search(pt, p, tri, nbr, del, nbr[m][0]);
if (nbr[m][1] >= 0)
nbr_search(pt, p, tri, nbr, del, nbr[m][1]);
if (nbr[m][2] >= 0)
nbr_search(pt, p, tri, nbr, del, nbr[m][2]);
}
return;
}
static Errcode test_draw(Rcel *dcel)
/* Draw various shapes in response to abuser input */
{
int scancode; /* keyboard scancode */
char asckey; /* ascii representation of keyboard scan code */
for (;;)
{
asckey = scancode = pj_key_in(); /* Hey dos, what did they hit? */
#define ESCKEY 0x1b
switch (asckey) /* Quit program on any
* escape looking key */
{
case ESCKEY:
case 'q':
case 'Q':
case 'x':
case 'X':
goto done_drawing;
case '0':
pj_set_rast(dcel,0);
break;
case '1':
line_test(dcel);
break;
case '2':
circle_test(dcel);
break;
case '3':
box_test(dcel);
break;
#ifdef SOON
case '4':
blit_test(dcel);
break;
#endif /* SOON */
}
}
done_drawing:
return(Success);
}
