private void computeEdges(PointHolder ph)
{
int i0 = ph.Intensity(v[0]);
int i1 = ph.Intensity(v[1]);
int i2 = ph.Intensity(v[2]);
int i3 = ph.Intensity(v[3]);
int i4 = ph.Intensity(v[4]);
int i5 = ph.Intensity(v[5]);
int i6 = ph.Intensity(v[6]);
int i7 = ph.Intensity(v[7]);
this.computeEdge(v[0], i0, v[1], i1, ref e[0], ph);
this.computeEdge(v[1], i1, v[2], i2, ref e[1], ph);
this.computeEdge(v[2], i2, v[3], i3, ref e[2], ph);
this.computeEdge(v[3], i3, v[0], i0, ref e[3], ph);
this.computeEdge(v[4], i4, v[5], i5, ref e[4], ph);
this.computeEdge(v[5], i5, v[6], i6, ref e[5], ph);
this.computeEdge(v[6], i6, v[7], i7, ref e[6], ph);
this.computeEdge(v[7], i7, v[4], i4, ref e[7], ph);
this.computeEdge(v[0], i0, v[4], i4, ref e[8], ph);
this.computeEdge(v[1], i1, v[5], i5, ref e[9], ph);
this.computeEdge(v[3], i3, v[7], i7, ref e[10], ph);
this.computeEdge(v[2], i2, v[6], i6, ref e[11], ph);
}
//Формирования индекса для каждого случая пересечения куба
private int caseNumber(PointHolder ph)
{
int caseNumber = 0;
for (int index = -1; ++index < v.Length; caseNumber +=
(ph.Intensity(v[index]) - ph.threshold > 0)
? 1 << index
: 0)
{
;
}
return(caseNumber);
}