bool CheckWithoutJobs(Connection c, List <Connection> foundC)
{
if (foundC.Count > 0)
{
foreach (Connection _c in foundC)
{
if (_c.Pln.Parent != null && RuleActive(_c, c))
{
distAngle = Vector3.Distance(c.Pln.Origin, _c.Pln.Origin);
if (distAngle > lastDistAngle || distAngle > connectionThreshold)
{
continue;
}
angle = AlignPlane.BuildAngle(c.Pln.ZVector, _c.Pln.ZVector, true);
distAngle += AngleTightening(angle);
if (distAngle > lastDistAngle || distAngle > connectionThreshold)
{
continue;
}
rot = AlignPlane.BuildAngle(c.Pln.XVector, _c.Pln.XVector, false) * 10 * connectionThreshold;
distAngle += rot / 1000 * connectionThreshold;
if (distAngle < lastDistAngle && _c.CheckForRule(c) != -1)
{
closestConnection = _c;
bestOnPart = c;
lastDistAngle = distAngle;
if (lastDistAngle < connectionThreshold / 5)
{
return(true);
}
}
}
}
}
return(false);
}
//methods
#region
private void CheckForCloseConnections()
{
distAngle = 100;
lastDistAngle = 1000;
rot = 1000;
foreach (Connection c in connections)
{
foundC = ConnectionVoxelContainer.RevealConnections(c);
if (foundC.Count > 0)
{
foreach (Connection _c in foundC)
{
if (_c.Pln.Parent != null)
{
dist = Vector3.Distance(c.Pln.Origin, _c.Pln.Origin);
angle = AlignPlane.BuildAngle(c.Pln.LocalZVector, _c.Pln.LocalZVector, true);
rot = AlignPlane.BuildAngle(c.Pln.XVector, _c.Pln.XVector, false) * 10 * connectionThreshold;
distAngle = dist + AngleTightening(angle) + rot / 1000 * connectionThreshold;
string grammer = _c.ConType + ">" + c.ConType;
if (distAngle < lastDistAngle && _c.CheckForRule(c) != -1 && RuleActive(grammer))
{
closestConnection = _c;
bestOnPart = c;
lastDistAngle = distAngle;
if (lastDistAngle < connectionThreshold / 5)
{
return;
}
}
}
}
}
}
}