public List <ConflictingPlanes> SeparationPlanes(List <Plane> activePlanes)
{
// A List of every conflicting planes
List <ConflictingPlanes> cList = new List <ConflictingPlanes>();
// Copy of activePlanes
List <Plane> activePlanesCopy = new List <Plane>(activePlanes);
// Find every conflicting plane
foreach (var plane1 in activePlanesCopy)
{
Coordinate coordinate1 = plane1.Positions.First().Coordinate;
activePlanes.Remove(activePlanes.First());
foreach (var plane2 in activePlanesCopy)
{
Coordinate coordinate2 = plane2.Positions.First().Coordinate;
int diffX = Math.Abs(coordinate1.X - coordinate2.X);
int diffY = Math.Abs(coordinate1.Y - coordinate2.Y);
int diffZ = Math.Abs(coordinate1.Z - coordinate2.Z);
if (diffX < 5000 && diffY < 5000 && diffZ < 300)
{
ConflictingPlanes cPlanes = new ConflictingPlanes();
cPlanes.Tag1 = plane1.Tag;
cPlanes.Tag2 = plane2.Tag;
cList.Add(cPlanes);
}
}
}
return(cList);
}
public List<ConflictingPlanes> SeparationPlanes(List<Plane> activePlanes)
{
// A List of every conflicting planes
List<ConflictingPlanes> cList = new List<ConflictingPlanes>();
// Copy of activePlanes
List<Plane> activePlanesCopy = new List<Plane>(activePlanes);
// Find every conflicting plane
foreach (var plane1 in activePlanesCopy)
{
Coordinate coordinate1 = plane1.Positions.First().Coordinate;
activePlanes.Remove(activePlanes.First());
foreach (var plane2 in activePlanesCopy)
{
Coordinate coordinate2 = plane2.Positions.First().Coordinate;
int diffX = Math.Abs(coordinate1.X - coordinate2.X);
int diffY = Math.Abs(coordinate1.Y - coordinate2.Y);
int diffZ = Math.Abs(coordinate1.Z - coordinate2.Z);
if (diffX < 5000 && diffY < 5000 && diffZ < 300)
{
ConflictingPlanes cPlanes = new ConflictingPlanes();
cPlanes.Tag1 = plane1.Tag;
cPlanes.Tag2 = plane2.Tag;
cList.Add(cPlanes);
}
}
}
return cList;
}
