public PbCell FindContainingCell(
	SbVec3f point,
	float tolerance,
	out SbVec3f pcoord
)

Public Function FindContainingCell ( 
	point As SbVec3f,
	tolerance As Single,
	<OutAttribute> ByRef pcoord As SbVec3f
) As PbCell

public:
PbCell^ FindContainingCell(
	SbVec3f point, 
	float tolerance, 
	[OutAttribute] SbVec3f% pcoord
)

member FindContainingCell : 
        point : SbVec3f * 
        tolerance : float32 * 
        pcoord : SbVec3f byref -> PbCell 

Parameters

point

Type: OIV.InventorSbVec3f

tolerance

Type: SystemSingle

pcoord

Type: OIV.InventorSbVec3f

Return Value

If the (optional) adjacent cell is given, searching the containing cell starts by the cells around this adjacent one. Returns also the parametric coordinates of the point in the found cell. Parametric coordinates are the coordinates of the point relative to a topological equivalent unit cell. A point is inside a cell if its parametric coordinates range from 0 to 1. However we use a test with a tolerance value : a point is inside the cell if its parametric coordinates p verify -tolerance <= p <= 1+tolerance. Parametric coordinates are useful to interpolate the value in the cell (see OIV.MeshViz.Data.PbCell.GetValue(OIV.Inventor.SbVec3f, System.Single[])). Attention! This method returns always the same address of an internal private cell. This private cell is updated each time findContainingCell is called.

Reference