Package com.onshape.api.responses

Class PartsGetMassPropertiesResponseBodiesValue

java.lang.Object

com.onshape.api.types.AbstractResponseObject

com.onshape.api.responses.PartsGetMassPropertiesResponseBodiesValue

public final class PartsGetMassPropertiesResponseBodiesValue
extends AbstractResponseObject

Object used in calls to getMassProperties API endpoint. © 2018-Present Onshape Inc.

Field Summary

Fields

Modifier and Type	Field	Description
Number[]	centroid	Coordinates of the centroid (center of mass) in metric units (3 numbers), along with minimum (3 numbers) and maximum (3 numbers)
Boolean	hasMass	Whether part has mass
Number[]	inertia	Moment of inertia tensor about the centroid in metric units with respect to the coordinate axes (9 numbers), along with minimum (9 numbers) and maximum (9 numbers)
Number[]	mass	Mass in kilograms, along with minimum and maximum
Number	massMissingCount	Number of parts without mass
Number[]	periphery	Periphery in metric units which depend on context, along with minimum and maximum; for a solid part, the periphery is the surface area in square meters; for a surface, the periphery is the perimeter in meters
PartsGetMassPropertiesResponseBodiesValuePrincipalAxes[]	principalAxes	Principal axes as unit vectors
Number[]	principalInertia	Moment of inertia around the principal axes in metric units (3 numbers)
Number[]	volume	Volume in cubic meters, along with minimum and maximum

Constructor Summary

Constructors

Constructor	Description
PartsGetMassPropertiesResponseBodiesValue()

Method Summary

Modifier and Type	Method	Description
Number[]	getCentroid()	Get Coordinates of the centroid (center of mass) in metric units (3 numbers), along with minimum (3 numbers) and maximum (3 numbers)
Boolean	getHasMass()	Get Whether part has mass
Number[]	getInertia()	Get Moment of inertia tensor about the centroid in metric units with respect to the coordinate axes (9 numbers), along with minimum (9 numbers) and maximum (9 numbers)
Number[]	getMass()	Get Mass in kilograms, along with minimum and maximum
Number	getMassMissingCount()	Get Number of parts without mass
Number[]	getPeriphery()	Get Periphery in metric units which depend on context, along with minimum and maximum; for a solid part, the periphery is the surface area in square meters; for a surface, the periphery is the perimeter in meters
PartsGetMassPropertiesResponseBodiesValuePrincipalAxes[]	getPrincipalAxes()	Get Principal axes as unit vectors
Number[]	getPrincipalInertia()	Get Moment of inertia around the principal axes in metric units (3 numbers)
Number[]	getVolume()	Get Volume in cubic meters, along with minimum and maximum
String	toString()

Methods inherited from class com.onshape.api.types.AbstractResponseObject

getOtherProperties

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait

Field Detail

hasMass

public Boolean hasMass

Whether part has mass

massMissingCount

public Number massMissingCount

Number of parts without mass

mass

public Number[] mass

Mass in kilograms, along with minimum and maximum

volume

public Number[] volume

Volume in cubic meters, along with minimum and maximum

periphery

public Number[] periphery

Periphery in metric units which depend on context, along with minimum and maximum; for a solid part, the periphery is the surface area in square meters; for a surface, the periphery is the perimeter in meters

centroid

public Number[] centroid

Coordinates of the centroid (center of mass) in metric units (3 numbers), along with minimum (3 numbers) and maximum (3 numbers)

inertia

public Number[] inertia

Moment of inertia tensor about the centroid in metric units with respect to the coordinate axes (9 numbers), along with minimum (9 numbers) and maximum (9 numbers)

principalInertia

public Number[] principalInertia

Moment of inertia around the principal axes in metric units (3 numbers)

principalAxes

public PartsGetMassPropertiesResponseBodiesValuePrincipalAxes[] principalAxes

Principal axes as unit vectors

Constructor Detail

PartsGetMassPropertiesResponseBodiesValue

public PartsGetMassPropertiesResponseBodiesValue()

Method Detail

getHasMass

public final Boolean getHasMass()

Get Whether part has mass

Returns:

Whether part has mass

getMassMissingCount

public final Number getMassMissingCount()

Get Number of parts without mass

Returns:

Number of parts without mass

getMass

public final Number[] getMass()

Get Mass in kilograms, along with minimum and maximum

Returns:

Mass in kilograms, along with minimum and maximum

getVolume

public final Number[] getVolume()

Get Volume in cubic meters, along with minimum and maximum

Returns:

Volume in cubic meters, along with minimum and maximum

getPeriphery

public final Number[] getPeriphery()

Get Periphery in metric units which depend on context, along with minimum and maximum; for a solid part, the periphery is the surface area in square meters; for a surface, the periphery is the perimeter in meters

Returns:

Periphery in metric units which depend on context, along with minimum and maximum; for a solid part, the periphery is the surface area in square meters; for a surface, the periphery is the perimeter in meters

getCentroid

public final Number[] getCentroid()

Get Coordinates of the centroid (center of mass) in metric units (3 numbers), along with minimum (3 numbers) and maximum (3 numbers)

Returns:

Coordinates of the centroid (center of mass) in metric units (3 numbers), along with minimum (3 numbers) and maximum (3 numbers)

getInertia

public final Number[] getInertia()

Get Moment of inertia tensor about the centroid in metric units with respect to the coordinate axes (9 numbers), along with minimum (9 numbers) and maximum (9 numbers)

Returns:

Moment of inertia tensor about the centroid in metric units with respect to the coordinate axes (9 numbers), along with minimum (9 numbers) and maximum (9 numbers)

getPrincipalInertia

public final Number[] getPrincipalInertia()

Get Moment of inertia around the principal axes in metric units (3 numbers)

Returns:

Moment of inertia around the principal axes in metric units (3 numbers)

getPrincipalAxes

public final PartsGetMassPropertiesResponseBodiesValuePrincipalAxes[] getPrincipalAxes()

Get Principal axes as unit vectors

Returns:

Principal axes as unit vectors

toString

public String toString()

Overrides:

toString in class Object