A solid or a set of solids which are defined in a coordinate system with an attribute of cutting in sections and cutaways. More...

#include <map_lump.h>

Inheritance diagram for MbMappingLumps:

Collaboration diagram for MbMappingLumps:

Public Member Functions
	MbMappingLumps (const MbSolid &_solid, const MbMatrix3D &_from, bool _willCut, uint _comp=0, size_t _ident=SYS_MAX_T)
	Constructor by data. More...

template<class LumpsVector >
	MbMappingLumps (const LumpsVector &_lumps)
	Constructor by data. More...

virtual	~MbMappingLumps ()
	Destructor.

size_t	Count () const
	The number of solids. More...

MbLump *	operator[] (size_t ind)
	A solid by an index. More...

const MbLump *	operator[] (size_t ind) const
	A solid by an index. More...

virtual bool	IsBaseLump () const
	Whether it is the basic object or not. More...

virtual bool	IsMappingLump () const
	Solid with cutting type?

void	SetCuttingType (bool cut)
	Set type of cutting the solid. More...

bool	WillCut () const
	Type of cutting the solid. More...

Public Member Functions inherited from MbCutLump
	MbCutLump ()
	Empty constructor.

	MbCutLump (const MbSolid &_solid, const MbMatrix3D &_from, uint _comp=0, size_t _ident=SYS_MAX_T)
	Constructor by data.

virtual	~MbCutLump ()
	Destructor.

virtual bool	IsCutLump () const
	Solid with cutting type on base view?

virtual bool	WillCutOnDeriveView () const
	Cut solid on derive view.

void	SetCuttingTypeOnDeriveView (bool cut)
	Set type of cutting the solid on derive view. More...

Public Member Functions inherited from MbLump
	MbLump ()
	Empty constructor.

	MbLump (const MbSolid &solid, const MbMatrix3D &from, uint comp=0, size_t ident=SYS_MAX_T, bool changed=true)
	Constructor by solid.

	MbLump (const MbMesh &mesh, const MbMatrix3D &from, uint comp=0, size_t ident=SYS_MAX_T, bool changed=true)
	Constructor by polygonal object.

virtual	~MbLump ()
	Destructor.

virtual MbLump &	Duplicate (MbRegDuplicate *iReg=nullptr) const
	Duplication of an object.

uint	GetComponent () const
	Get the name of a component.

void	SetComponent (uint comp)
	Set the name of a component.

size_t	GetIdentifier () const
	Get the thread identifier.

bool	IsIdentifier () const
	Is an thread identifier.

void	SetIdentifier (size_t id)
	Set the thread identifier.

const MbMatrix3D &	GetMatrixFrom () const
	Get the matrix of transformation to the world coordinate system.

MbMatrix3D &	SetMatrixFrom ()
	Get the matrix of transformation to the world coordinate system.

void	SetSolid (const MbSolid &solid, const MbMatrix3D &from, bool changed=true)
	Initialize solid and matrix.

void	SetMesh (const MbMesh &mesh, const MbMatrix3D &from, bool changed=true)
	Initialize solid and matrix.

const MbItem &	GetItem () const
	Get a geometric model object.

bool	GetChanged () const
	Get component processing flag.

void	SetChanged (bool c)
	Set component processing flag.

Public Member Functions inherited from MbRefItem
virtual MbeRefType	RefType () const
	Registration type (for copying, duplication).

refcount_t	GetUseCount () const
	Get count of references (get count of owners of an object).

refcount_t	AddRef () const
	Increase count of references by one.

refcount_t	DecRef () const
	Decrease count of references by one.

refcount_t	Release () const
	Decrease count of references by one and if count of references became zero, then remove itself.

Additional Inherited Members
Public Attributes inherited from MbCutLump
bool	willCutOnDeriveView

Protected Member Functions inherited from MbRefItem
	MbRefItem ()
	Constructor without parameters.

Protected Attributes inherited from MbLump
c3d::ConstItemSPtr	_item
	A geometric model object (always not nullptr).

MbMatrix3D	_from
	A transformation matrix from the local coordinate system.

uint	_component
	An identifier of a component which a solid is defined in.

size_t	_identifier
	A thread identifier.

Detailed Description

A solid or a set of solids which are defined in a coordinate system with an attribute of cutting in sections and cutaways.

When constructing the cutaways:
1) if willCut = true the cutaway of solids is built;
2) if willCut = false the full view of solids is built;
When constructing the sections:
1) if willCut = true the cutaway of solids is built;
2) if willCut = false the solids are not considered in the result of the construction.

The MbMappingLumps is an inheritor of the MbLump object and contains the pointer to a container of MbLump objects.

If the object contains one solid with a matrix the lumps array is empty.
If the "do not cut" flag is in cutaway or section on subassembly all solids of subassembly are in the same MbMappingLumps object with common flag of cutaway. In this case the first solid with a matrix is in the basic MbLump and the others are in the container of MbLump objects.

Constructor & Destructor Documentation

◆ MbMappingLumps() [1/2]

MbMappingLumps::MbMappingLumps	(	const MbSolid &	_solid,
		const MbMatrix3D &	_from,
		bool	_willCut,
		uint	_comp = `0`,
		size_t	_ident = `SYS_MAX_T`
	)

inline

Constructor by data.

Constructor by one solid.

Parameters

[in]	_solid	- A solid.
[in]	_from	- A matrix of translation to the global coordinate system.
[in]	_willCut	- The attribute of a solid cutaway in base view.
[in]	_comp	- A component.
[in]	_ident	- An identifier.

◆ MbMappingLumps() [2/2]

template<class LumpsVector >

MbMappingLumps::MbMappingLumps ( const LumpsVector & _lumps )

inline

Constructor by data.

Constructor by a set of solids.
Captures MbSolid solid from the first element of the _lumps and the other elements of the _lumps by AddRef() method.
If the _lumps contains one element the lumps array remains nullptr.
If the _lumps doesn't contain any elements the MbSolid solid in the base object = nullptr. These objects should not be.

Parameters

[in] _lumps - A container of solids with the matrices of transformation to the global coordinate system should not be an empty container.

Member Function Documentation

◆ Count()

size_t MbMappingLumps::Count ( ) const

inline

The number of solids.

The number of solids.
Minimal number = 1 solid. In this case the lumps array is nullptr. In a case when the lumps array isn't nullptr the number of solids is equal to the number of elements in the array plus one.

Returns: The number of solids.

◆ operator[]() [1/2]

MbLump* MbMappingLumps::operator[] ( size_t ind )

inline

A solid by an index.

A solid by an index.
The basic object is given by the "0" index.
An object with the index i - 1 from the lumps array is issued by the index i.
An index is validated for correctness. In a case of an incorrect index the method returns nullptr.

Returns: A pointer to a solid with a matrix.

◆ operator[]() [2/2]

const MbLump* MbMappingLumps::operator[] ( size_t ind ) const

inline

A solid by an index.

A solid by an index.
The basic object is given by the "0" index.
An object with the index i - 1 from the lumps array is issued by the index i.
An index is validated for correctness. In a case of an incorrect index the method returns nullptr.

Returns: A constant pointer to a solid with a matrix.

◆ IsBaseLump()

virtual bool MbMappingLumps::IsBaseLump ( ) const

inlinevirtual

Whether it is the basic object or not.

Whether it is the basic object or not.

Returns false. Returns true at the MbLump object.

Returns: false

Reimplemented from MbLump.

◆ SetCuttingType()

void MbMappingLumps::SetCuttingType ( bool cut )

inline

Set type of cutting the solid.

Parameters

[in]	baseView	- Base or derive view.
[in]	cut	- Cut solid.

◆ WillCut()

bool MbMappingLumps::WillCut ( ) const

inline

Type of cutting the solid.

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

map_lump.h

Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ MbMappingLumps() [1/2]

◆ MbMappingLumps() [2/2]

Member Function Documentation

◆ Count()

◆ operator[]() [1/2]

◆ operator[]() [2/2]

◆ IsBaseLump()

◆ SetCuttingType()

◆ WillCut()