Collaboration diagram for Mass-Inertial Properties:

Classes
class	MIProperties
	Mass-inertial properties of curve. More...

class	MI3DProperties
	Volume mass-inertial properties. More...

struct	FormDefinition
	Contour shape description. More...

class	InertiaProperties
	Inertial properties of solid. More...

class	SolidMIAttire
	Solid, its properties and transformation matrices of solid duplicates. More...

class	AssemblyMIAttire
	Assembly. More...

Functions
void	MassInertiaProperties (const MbCurve *curve, MIProperties &mp, double deviateAngle=Math::deviateSag)
	Determination of mass-inertial properties. More...

void	MassInertiaProperties (const RPArray< const MbCurve > &curves, const c3d::BoolVector &bodies, MIProperties &mp, double deviateAngle=Math::deviateSag)
	Determination of mass-inertial properties. More...

void	MassInertia3DProperties (bool revolution, const RPArray< MbCurve > &curves, const SArray< FormDefinition > &formes, MI3DProperties &mp, double deviateAngle=Math::deviateSag)
	Calculate volume mass-inertial properties. More...

double	CalculateArea (const MbSurface &surface, double angle=Math::deviateSag)
	Determine area. More...

double	CalculateVolume (const MbSolid &solid, double angle)
	Determine volume. More...

double	CalculateVolume (const MbMesh &mesh)
	Determine volume. More...

double	CalculateAreaCentre (const MbFaceShell &shell, double angle, MbCartPoint3D &centre)
	Determine area and center of mass. More...

double	CalculateAreaCentre (const MbFace &face, double angle, bool byOuter, VERSION version, MbCartPoint3D &centre)
	Determine area and center of mass. More...

double	CalculateArea (const RPArray< MbFace > &faces, double deviateAngle)
	Determination of faces area. More...

double	CalculateArea (const MbFace &face, double deviateAngle)
	Determination of area. More...

void	MassInertiaProperties (const MbSolid solid, double density, double deviateAngle, InertiaProperties &mp, IfProgressIndicator progress=nullptr)
	Calculation of mass-inertial properties. More...

void	MassInertiaProperties (const RPArray< MbSolid > &solids, const SArray< double > &densities, const SArray< MbMatrix3D > &matrs, const RPArray< InertiaProperties > &mpSolids, double deviateAngle, InertiaProperties &mp, IfProgressIndicator *progress=nullptr)
	Calculation of mass-inertial properties. More...

void	MassInertiaProperties (const AssemblyMIAttire &assembly, double deviateAngle, InertiaProperties &mp, IfProgressIndicator *progress=nullptr)
	Calculation of mass-inertial properties. More...

void	MassInertiaProperties (const MbMesh *mesh, double density, InertiaProperties &mp)
	Calculation of mass-inertial properties. More...

void	MassInertiaProperties (const std::vector< const MbMesh * > &meshes, const std::vector< double > &densities, const std::vector< MbMatrix3D > &matrices, InertiaProperties &mp)
	Calculation of mass-inertial properties. More...

Detailed Description

Function Documentation

◆ MassInertiaProperties() [1/7]

void MassInertiaProperties	(	const MbCurve *	curve,
		MIProperties &	mp,
		double	deviateAngle = `Math::deviateSag`
	)

Determination of mass-inertial properties.

Determination of mass-inertial properties of curve.
x0, y0 - center of gravity coordinates,
f - area,
mxx, myy - moments of inertia relative axes parallel to x and y axes and passes through center of gravity,
mxy - product of inertia relative to axes parallel to x and y axes and passes through center of gravity,
mxx0, myy0 - principal central moments of inertia,
a - angle between first principal axis and x-axis.

Parameters

[in]	curve	- Curve.
[out]

◆ MassInertiaProperties() [2/7]

void MassInertiaProperties	(	const RPArray< const MbCurve > &	curves,
		const c3d::BoolVector &	bodies,
		MIProperties &	mp,
		double	deviateAngle = `Math::deviateSag`
	)

Determination of mass-inertial properties.

Determine mass-inertial properties of curves.

Parameters

[in]	curves	- A set of curves.
[in]	bodies	- Set of flags for each curve: if true then mass-inertial properties of curve are added to total result, if false then mass-inertial properties of curve are subtracted from total result. Count of flags must be equal to count of curves.
[out]	mp	- Total mass-inertial properties as result.
[in]	deviateAngle	- The angular deviation of the curve in the neighboring points on the region of numerical integration.

◆ MassInertia3DProperties()

void MassInertia3DProperties	(	bool	revolution,
		const RPArray< MbCurve > &	curves,
		const SArray< FormDefinition > &	formes,
		MI3DProperties &	mp,
		double	deviateAngle = `Math::deviateSag`
	)

Calculate volume mass-inertial properties.

Parameters

[in]	revolution	- If true then shape description parameter treats as angle, If false then treats as thickness.
[in]	curves	- Set of curves.
[in]	formes	- Each curve shape description. Count of elements must be equal to count of curves.
[out]	mp	- Mass-inertial properties as result.
[in]	deviateAngle	- The angular deviation of the curve in the neighboring points on the region of numerical integration.

◆ CalculateArea() [1/3]

double CalculateArea	(	const MbSurface &	surface,
		double	angle = `Math::deviateSag`
	)

Determine area.

Determine surface area.

Parameters

[in]	surface	- The surface.
[in]	angle	- Bounding of angular deviation during shell approximation by triangular plates.

Returns: Surface area.

◆ CalculateVolume() [1/2]

double CalculateVolume	(	const MbSolid &	solid,
		double	angle
	)

Determine volume.

Determine volume of solid.

Parameters

[in]	solid	- A solid.
[in]	angle	- Bounding of angular deviation during shell approximation by triangular plates.

Returns: Value of solid volume.

◆ CalculateVolume() [2/2]

double CalculateVolume ( const MbMesh & mesh )

Determine volume.

Determine volume of polygonal object.

Parameters

[in] mesh - A polygonal object.

Returns: Value of polygonal object volume.

◆ CalculateAreaCentre() [1/2]

double CalculateAreaCentre	(	const MbFaceShell &	shell,
		double	angle,
		MbCartPoint3D &	centre
	)

Determine area and center of mass.

Determine area of shell surface and its center of mass.
Center of mass of volumetric object doesn't coincide with center of mass of its surface.

Parameters

[in]	shell	- A shell.
[in]	angle	- Bounding of angular deviation during shell approximation by triangular plates.
[out]	centre	- Center of mass of shell area.

Returns: Area of shell surface.

◆ CalculateAreaCentre() [2/2]

double CalculateAreaCentre	(	const MbFace &	face,
		double	angle,
		bool	byOuter,
		VERSION	version,
		MbCartPoint3D &	centre
	)

Determine area and center of mass.

Determine area of face surface and its center of mass.
Center of mass of volumetric object doesn't coincide with center of mass of its surface.

Parameters

[in]	face	- A face.
[in]	angle	- Bounding of angular deviation during face approximation by triangular plates.
[in]	byOuter	- If true calculation is performed only on external boundary without taking internal cuts of face into account.
[in]	version	- Version, last by default.
[out]	centre	- Center of mass of face area.

Returns: Face surface area.

◆ CalculateArea() [2/3]

double CalculateArea	(	const RPArray< MbFace > &	faces,
		double	deviateAngle
	)

Determination of faces area.

Determination of area of set of faces.

Note: In multithreaded mode m_Items runs in parallel.

Parameters

[in]	faces	- A set of faces.
[in]	deviateAngle	- Tolerance - the angular deviation of surface or curve in the neighboring points on the region of numerical integration.

Returns: Faces area.

◆ CalculateArea() [3/3]

double CalculateArea	(	const MbFace &	face,
		double	deviateAngle
	)

Determination of area.

Determination of face surface area.

Parameters

[in]	face	- A face.
[in]	deviateAngle	- Tolerance - the angular deviation of surface or curve in the neighboring points on the region of numerical integration.

Returns: Face area.

◆ MassInertiaProperties() [3/7]

void MassInertiaProperties	(	const MbSolid *	solid,
		double	density,
		double	deviateAngle,
		InertiaProperties &	mp,
		IfProgressIndicator *	progress = `nullptr`
	)

Calculation of mass-inertial properties.

Calculation of solid mass-inertial properties.

Note: In multithreaded mode mtm_Items runs in parallel.

Parameters

[in]	solid	- A solid.
[in]	density	- Density (solid->IsClosed()) or mass per unit square (!solid->IsClosed()).
[in]	deviateAngle	- Tolerance - the angular deviation of surface or curve in the neighboring points on the region of numerical integration.
[out]	mp	- Calculated inertial properties.
[in]	progress	- A run progress indicator.

◆ MassInertiaProperties() [4/7]

void MassInertiaProperties	(	const RPArray< MbSolid > &	solids,
		const SArray< double > &	densities,
		const SArray< MbMatrix3D > &	matrs,
		const RPArray< InertiaProperties > &	mpSolids,
		double	deviateAngle,
		InertiaProperties &	mp,
		IfProgressIndicator *	progress = `nullptr`
	)

Calculation of mass-inertial properties.

Calculation of mass-inertial properties of solids.

Note: In multithreaded mode runs in parallel.

Parameters

[in]	solids	- Solids.
[in]	densities	- Density of solids or mass per unit square of solids. Count of elements in array must be equal to count of solids.
[in]	matrs	- Matrices of solids transformation to global coordinate system. Count of elements in array must be equal to count of solids.
[in]	mpSolids	- Calculated properties of solids. Can contain nullptr. Count of elements in array must be equal to count of solids.
[in]	deviateAngle	- Tolerance - the angular deviation of surface or curve in the neighboring points on the region of numerical integration.
[out]	mp	- Calculated inertial properties.
[in]	progress	- A run progress indicator.

◆ MassInertiaProperties() [5/7]

void MassInertiaProperties	(	const AssemblyMIAttire &	assembly,
		double	deviateAngle,
		InertiaProperties &	mp,
		IfProgressIndicator *	progress = `nullptr`
	)

Calculation of mass-inertial properties.

Calculation of mass-inertial properties of assembly.

Note: In multithreaded mode m_Items runs in parallel.

Parameters

[in]	assembly	- Assembly.
[in]	deviateAngle	- Tolerance - the angular deviation of surface or curve in the neighboring points on the region of numerical integration.
[out]	mp	- Calculated inertial properties.
[in]	progress	- A run progress indicator.

◆ MassInertiaProperties() [6/7]

void MassInertiaProperties	(	const MbMesh *	mesh,
		double	density,
		InertiaProperties &	mp
	)

Calculation of mass-inertial properties.

Calculation mass-inertial properties of polygonal object.

Note: In multithreaded mode runs in parallel.

Parameters

[in]	mesh	- A polygonal object.
[in]	density	- Density or mass per unit square.
[out]	mp	- Calculated inertial properties.

◆ MassInertiaProperties() [7/7]

void MassInertiaProperties	(	const std::vector< const MbMesh * > &	meshes,
		const std::vector< double > &	densities,
		const std::vector< MbMatrix3D > &	matrices,
		InertiaProperties &	mp
	)

Calculation of mass-inertial properties.

Calculation of mass-inertial properties of polygonal objects.

Note: In multithreaded mode runs in parallel.

Parameters

[in]	meshes	- Set of polygonal objects.
[in]	densities	- Density of solids or mass per unit square of polygonal objects. Count of elements in array must be equal to count of polygonal objects.
[in]	matrices	- Matrices of solids transformation to global coordinate system. Count of elements in array must be equal to count of polygonal objects.
[out]	mp	- Calculated inertial properties.

Classes

Functions

Detailed Description

Function Documentation

◆ MassInertiaProperties() [1/7]

◆ MassInertiaProperties() [2/7]

◆ MassInertia3DProperties()

◆ CalculateArea() [1/3]

◆ CalculateVolume() [1/2]

◆ CalculateVolume() [2/2]

◆ CalculateAreaCentre() [1/2]

◆ CalculateAreaCentre() [2/2]

◆ CalculateArea() [2/3]

◆ CalculateArea() [3/3]

◆ MassInertiaProperties() [3/7]

◆ MassInertiaProperties() [4/7]

◆ MassInertiaProperties() [5/7]

◆ MassInertiaProperties() [6/7]

◆ MassInertiaProperties() [7/7]