MtArgument Class Reference

Geometric argument of constraint. More...

#include <gcm_manager.h>

Public Member Functions
	MtArgument ()
	Constructor of argument as geometric object.
	MtArgument (ItGeom *)
	Constructor of argument as geometric object.
	MtArgument (ItGeom *cluster, MtGeomVariant refGeom)
	Constructor of argument as "geometric object in the cluster". More...
const ItGeom *	Geom () const
	Geometric object calculated in the constraint system.
MtGeomVariant	RefGeom () const
	Geometric value of the argument specified in the LCS of the object ItGeom * Geom().
MtGeomType	GeomType () const
	Geometry type.
bool	Simple () const
	A simple argument, i.e. is not given as part of a cluster.
void	GetPlacement (MbPlacement3D &) const
	Get a position of geometric object as its LSC.
MtArgument &	operator= (const MtArgument &)
	Assignment operator.
bool	operator== (const ItGeom *) const
	Equality operator.

Detailed Description

Geometric argument of constraint.

Constructor & Destructor Documentation

MtArgument()

MtArgument::MtArgument	(	ItGeom *	cluster,
		MtGeomVariant	refGeom
	)

Constructor of argument as "geometric object in the cluster".

Parameters

[in]	cluster	- Cluster as geometrically rigid union.
[in]	refGeom	- Geometric object given in the cluster LCS.

Returns

Argument of geometric constraint.

Argument given by this method assumes that the geometric object refGeom is given in the cluster LCS. In this case in system of constraints the solution is sought for the cluster and refGeom is considered fixed
in the cluster LCS.

Argument as transformation matrix.

Argument created by this method can be interpreted as a matrix of transformation given as multiplication: G*T, where T is cluster matrix, variable of constraints, G - matrix of object refGeom, constant. Note that if G = I - the identity matrix, then a geometric object has "standard position".

---

The documentation for this class was generated from the following file:

• gcm_manager.h