Collaboration diagram for Object-oriented interface:

Classes
struct	ItGCBlackbox
	Blackbox. More...

struct	GCM_geom_axis
	Axis of a planar angle. More...

struct	GCM_c_params
	Structure of constraint parameters. More...

struct	ItConstraintItem
	Geometric constraint. More...

struct	ItMateTransmission
	Interface "Mechanical transmission for two solids". More...

struct	ItCamMechanism
	Interface "Cam mechanism". More...

struct	ItGeom
	Geometrical object. More...

class	MtGeomVariant
	Geometric object, argument of geometric constraint. More...

class	MtMatingGeometry
	Data structure for matched geometry. More...

struct	GCM_undefined< T >
	Undefined value of some datatype. More...

class	MtParVariant
	Numeric or enumerated parameter of constraint. More...

class	MtArgument
	Geometric argument of constraint. More...

struct	ItConstraintsEnum
	Iterator traversing the constraint system. More...

class	MtGeomSolver
	Geometric constraint solver. More...

struct	ItPositionManager
	Abstract for control of geom position in the assembly. More...

Typedefs
typedef GCM_dof_result	MtStateOfFreedom
	State of the solid freedom.

Functions
int	AlignmentSign (GCM_alignment aVal)
	Get three-valued orientation {-1,0,+1}.

bool	Orient (GCM_alignment aVal)
	Get two-valued orientation.

bool	TangVariant (GCM_alignment aVal)
	Get two-valued variant of tangency.

bool	TangSubVariant (GCM_alignment aVal)
	Get two-valued subvariant of tangency.

GCM_alignment	AlignOption (bool axisOrient, bool tangOrient, bool tangSubvariant=false)
	Get code of alignment condition by three two-valued flags of orientation, variant and subvariant of tangency.

void	NextSolution (GCM_alignment &)
	Get the next variant of alignment.

void	PrevSolution (GCM_alignment &)
	Get the previous variant of alignment.

GCM_geom	GCM_GeomId (GCM_system gSys, const ItGeom *gPtr)
	Get a geometric object of type GCM_geom from type of ItGeom *.

GCM_g_record	GCM_GeomRecord (const MtGeomVariant &)
	Get the geometric record of the variant data type.

MtGeomVariant	GeomArgument (const MtMatingGeometry &, VERSION cVer)
	Convert the structure MtMatingGeometry to the argument of constraint. More...

SPtr< MtGeomSolver >	GCM_CreateSolver (SPtr< ItPositionManager > pMan)
	Create an object-oriented interface of 3D solver. More...

virtual int	ItConstraintItem::Arity () const
	Number of geoms involved in the constraint.

ItGeomPtr	ItConstraintItem::DependentGeom () const
	Dependent geom of type GCM_DEPENDENT, it is always first geom item.

virtual Motion	ItMateTransmission::GetAxis (short nb, MbAxis3D &axis) const =0
	Get direction and type of motion for the first or the second solid, axis is specified in LCS of solid GetDirectionGeom(). More...

MbMatrix3D	ItGeom::TransMatrix () const
	Transformation from the standard position.

void	ItGeom::GetTransMatrix (MbMatrix3D &) const
	Get transformation from standard position.

const MbMatrix3D &	MtMatingGeometry::LCSMatrix () const
	Get matrix of LCS in which the geometric object of the mating is specified.

void	MtMatingGeometry::SetAsLine (const MbCartPoint3D &, const MbVector3D &)
	Set the data structure to line representation.

void	MtMatingGeometry::SetAsMarker (const MbMarker &)
	Initialize the data structure with a marker. More...

void	MtMatingGeometry::SetAsMarker (const MbCartPoint3D &, const MbVector3D &z, const MbVector3D &x)
	Initialize the data structure with a marker.

void	MtMatingGeometry::SetAsLCS (const MbPlacement3D &lcs)
	Assign this data structure with a value of LCS.

void	MtMatingGeometry::SetAsMatingGeomItem (SPtr< const MbSpaceItem > gItem, Orient gDir, const MbMatrix3D &gSpan)
	Initialize data structure with a curve or a surface;. More...

void	MtMatingGeometry::SetNull ()
	Specify an empty object.

GCM_c_arg	MtParVariant::CArg () const
	Give as an argument of constraint.

bool	MtArgument::operator== (const ItGeom *) const
	Equality operator.

Detailed Description

Function Documentation

◆ GeomArgument()

MtGeomVariant GeomArgument	(	const MtMatingGeometry &	,
		VERSION	cVer
	)

Convert the structure MtMatingGeometry to the argument of constraint.

Parameters

[in] cVer - The version of constraint using the resulting argument.

◆ GCM_CreateSolver()

SPtr<MtGeomSolver> GCM_CreateSolver ( SPtr< ItPositionManager > pMan )

Create an object-oriented interface of 3D solver.

Parameters

[in] pMan - Interface that provides functions of reposition of geometric objects on the application side.

The call creates an empty constraint system. Besides, there are created internal data structures of geometric solver maintaining the constraint system. The function returns an instance of class representing an object-oriented interface of the 3D solver.

Returns: Smart-pointer to a new instance of geometric constraint solver.

◆ GetAxis()

ItMateTransmission::GetAxis	(	short	nb,
		MbAxis3D &	axis
	)		const

pure virtual

Get direction and type of motion for the first or the second solid, axis is specified in LCS of solid GetDirectionGeom().

The axis is specified in LCS of the solid returned in function ItGeom * ItMateTransmission::GetDirectionGeom( short nb ) const

◆ SetAsMarker()

void MtMatingGeometry::SetAsMarker ( const MbMarker & gArg )

inline

Initialize the data structure with a marker.

Parameters

gArg	is marker (! the argument is not transferred to the structure ownership)

◆ SetAsMatingGeomItem()

void MtMatingGeometry::SetAsMatingGeomItem	(	SPtr< const MbSpaceItem >	gItem,
		Orient	gDir,
		const MbMatrix3D &	gSpan
	)

inline

Initialize data structure with a curve or a surface;.

Parameters

gItem	is geometric object, subclass of MbSpaceItem (! transferred to the structure ownership)
gDir	is flag of geometric object orientation
gSpan	is matrix specifying subspace of the object

Classes

Typedefs

Functions

Detailed Description

Function Documentation

◆ GeomArgument()

◆ GCM_CreateSolver()

◆ GetAxis()

◆ SetAsMarker()

◆ SetAsMatingGeomItem()