private void CreateConstraintStructuralVertical(ADBRuntimePoint Point, ref List <ADBRuntimeConstraint> ConstraintList, float shrink, float stretch)
{
if (Point == null || Point.childNode == null)
{
return;
}
for (int i = 0; i < Point.childNode.Count; ++i)
{
ADBRuntimeConstraint constraint = new ADBRuntimeConstraint(ConstraintType.Structural_Vertical, Point, Point.childNode[i], shrink, stretch, aDBSetting.isCollideStructuralVertical);
ConstraintList.Add(constraint);
CreateConstraintStructuralVertical(Point.childNode[i], ref ConstraintList, shrink, stretch);
}
}
private static void CreationConstraintBendingHorizontal(List <ADBRuntimeConstraint> horizontalConstraintList, ref List <ADBRuntimeConstraint> ConstraintList, float shrink, float stretch, bool isLoop)
{
for (int i = 0; i < horizontalConstraintList.Count; i++)
{
ADBRuntimeConstraint ConstraintA = horizontalConstraintList[i];
int j0 = isLoop ? 0 : i;
for (; j0 < horizontalConstraintList.Count; j0++)
{
ADBRuntimeConstraint ConstraintB = horizontalConstraintList[j0];
if ((ConstraintA.constraintRead.shrink == 0 && ConstraintA.constraintRead.stretch == 0 || //OYM：排除A杆件或B杆件是isloopPoint生成的不承受力的杆件
ConstraintB.constraintRead.shrink == 0 && ConstraintB.constraintRead.stretch == 0) &&
ConstraintA.pointB == ConstraintB.pointA)
{
ConstraintList.Add(new ADBRuntimeConstraint(ConstraintType.Bending_Horizontal, ConstraintA.pointA, ConstraintB.pointB, shrink, stretch, false));
}
}
}
}
