AssemblyMIAttire Class Reference

Assembly. More...

#include <mip_solid_mass_inertia.h>

Public Member Functions
	AssemblyMIAttire (RPArray< AssemblyMIAttire > &a, RPArray< SolidMIAttire > &s, const MbMatrix3D &m=MbMatrix3D::identity)
	Constructor. More...
	~AssemblyMIAttire ()
	Destructor.
Functions for access to data.
const RPArray< AssemblyMIAttire > &	GetAssemblies () const
	A set of subassemblies.
const RPArray< SolidMIAttire > &	GetSolids () const
	A set of solids.
const MbMatrix3D &	GetMatrix () const
	A transform matrix.
const InertiaProperties *	GetProperties () const
	Inertial properties.
bool	IsReady () const
	Properties already calculated.
size_t	GetFacesCount () const
	Calculate faces count.
Functions for changing data.
void	SetProperties (InertiaProperties &p)
	Set inertial properties.
void	SetReady (bool r=true)
	Flag of already calculated properties.
Functions for calculating data.
void	CalculateAdditiveValues (double deviateAngle, InertiaProperties &mp, IfProgressIndicator *progress=nullptr) const
	Calculation of additive solid properties. More...

Detailed Description

Assembly.

Assembly, its subassembly, solids and properties.

Constructor & Destructor Documentation

AssemblyMIAttire()

AssemblyMIAttire::AssemblyMIAttire	(	RPArray< AssemblyMIAttire > &	a,
		RPArray< SolidMIAttire > &	s,
		const MbMatrix3D &	m = MbMatrix3D::identity
	)

Constructor.

Constructor of object with zero solid properties.
Arrays data are moved to arrays of class and will be deleted at destruction.

Parameters

[in]	a	- A set of subassemblies.
[in]	s	- A set of solids.
[in]	m	- A transform matrix.

Member Function Documentation

CalculateAdditiveValues()

void AssemblyMIAttire::CalculateAdditiveValues	(	double	deviateAngle,
		InertiaProperties &	mp,
		IfProgressIndicator *	progress = nullptr
	)		const

Calculation of additive solid properties.

Calculation of additive solid properties.

Note

In multithreaded mode runs in parallel.

Parameters

[in]	deviateAngle	- Tolerance - the angular deviation of surface or curve in the neighboring points on the region of numerical integration.
[out]	mp	- Inertial properties calculated with user-defined data.
[in]	progress	- A run progress indicator. For termination of slow computations.

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

• mip_solid_mass_inertia.h