Uses of Class
org.djunits.unit.si.SIUnit

Packages that use SIUnit

Package	Description
org.djunits.quantity	The quantity package stores information about quantities with their units.
org.djunits.quantity.def	Definition classes for quantities.
org.djunits.unit	Base classes to encode and store units.
org.djunits.unit.si	The org.djunits.si package contains classes that can work with and manipulate SI prefixes and SI dimensions.
org.djunits.vecmat.d1	1-element vector and matrix classes with a unit.
org.djunits.vecmat.d2	2-element vector and matrix classes with a unit.
org.djunits.vecmat.d3	3-element vector and matrix classes with a unit.
org.djunits.vecmat.def	Definition classes for vectors and matrices. Copyright (c) 2025-2025 Delft University of Technology, Jaffalaan 5, 2628 BX Delft, the Netherlands.
org.djunits.vecmat.dn	Square vector and matrix implementations with dimension N.
org.djunits.vecmat.dnxm	Rectangular matrix implementations with dimension NxM.
org.djunits.vecmat.table	Two-dimensonal tables with quantities.

Uses of SIUnit in org.djunits.quantity

Fields in org.djunits.quantity declared as SIUnit

Modifier and Type	Field	Description
static final SIUnit	AbsorbedDose.Unit.SI_UNIT	The dimensions of the absorbed dose: m2/s2.
static final SIUnit	Acceleration.Unit.SI_UNIT	The dimensions of Acceleration: m/s2.
static final SIUnit	AmountOfSubstance.Unit.SI_UNIT	The dimensions of AmountOfSubstance: mol.
static final SIUnit	Angle.Unit.SI_UNIT	The dimensions of Angle: rad.
static final SIUnit	AngularAcceleration.Unit.SI_UNIT	The dimensions of AngularAcceleration: rad/s2.
static final SIUnit	AngularVelocity.Unit.SI_UNIT	The dimensions of AngularVelocity: rad/s.
static final SIUnit	Area.Unit.SI_UNIT	The dimensions of Area: m2.
static final SIUnit	ArealObjectDensity.Unit.SI_UNIT	The dimensions of the number of objects per unit of area: per square meter (/m2).
static final SIUnit	CatalyticActivity.Unit.SI_UNIT	The dimensions of catalytic activity: mol/s [rad, sr, kg, m, s, A, K, mol, cd].
static final SIUnit	Density.Unit.SI_UNIT	The dimensions of the absorbed dose: kg/m3.
static final SIUnit	Duration.Unit.SI_UNIT	The dimensions of duration: s.
static final SIUnit	ElectricalCapacitance.Unit.SI_UNIT	The dimensions of electrical capacitance: s^4.A^2/kg.m^2.
static final SIUnit	ElectricalConductance.Unit.SI_UNIT	The dimensions of electrical conductance: s3A2/kgm2.
static final SIUnit	ElectricalInductance.Unit.SI_UNIT	The dimensions of electromagnetic induction: kgm2/s2A2.
static final SIUnit	ElectricalResistance.Unit.SI_UNIT	The dimensions of the electrical resistance: kgm2/s3A2.
static final SIUnit	ElectricCharge.Unit.SI_UNIT	The dimensions of electric charge, the Coulumb, is A.s.
static final SIUnit	ElectricCurrent.Unit.SI_UNIT	The dimensions of electric current: A.
static final SIUnit	ElectricPotential.Unit.SI_UNIT	The dimensions of the electric potential: kgm2/s3A.
static final SIUnit	Energy.Unit.SI_UNIT	The dimensions of energy: kgm2/s2.
static final SIUnit	EquivalentDose.Unit.SI_UNIT	The dimensions of the equivalent dose: m2/s2.
static final SIUnit	FlowMass.Unit.SI_UNIT	The dimensions of flow mass: kg/s.
static final SIUnit	FlowVolume.Unit.SI_UNIT	The dimensions of the flow volume is m3/s.
static final SIUnit	Force.Unit.SI_UNIT	The dimensions of force: kgm/s2.
static final SIUnit	Frequency.Unit.SI_UNIT	The dimensions of frequency: /s.
static final SIUnit	Illuminance.Unit.SI_UNIT	The dimensions of illuminance: srcd/m2.
static final SIUnit	Length.Unit.SI_UNIT	The dimensions of the length: m.
static final SIUnit	LinearDensity.Unit.SI_UNIT	The dimensions of linear density: kg/m.
static final SIUnit	LinearObjectDensity.Unit.SI_UNIT	The dimensions of the number of objects per unit of length: per meter (/m).
static final SIUnit	LuminousFlux.Unit.SI_UNIT	The dimensions of luminous flux: cd.sr.
static final SIUnit	LuminousIntensity.Unit.SI_UNIT	The dimensions of the luminous flux emitted per unit solid angle: cd.
static final SIUnit	MagneticFlux.Unit.SI_UNIT	The dimensions of the magnetic flux: kgm2/s2A.
static final SIUnit	MagneticFluxDensity.Unit.SI_UNIT	The dimensions of the magnetic flux density: kg/s2A.
static final SIUnit	Mass.Unit.SI_UNIT	The dimensions of mass: kg.
static final SIUnit	Momentum.Unit.SI_UNIT	The dimensions of momentum: kgm/s.
static final SIUnit	Power.Unit.SI_UNIT	The dimensions of power: kgm2/s3.
static final SIUnit	Pressure.Unit.SI_UNIT	The dimensions of pressure: kg/m.s2.
static final SIUnit	RadioActivity.Unit.SI_UNIT	The dimensions of radioactivity: /s.
static final SIUnit	SolidAngle.Unit.SI_UNIT	The dimensions of the solid angle: sr.
static final SIUnit	Speed.Unit.SI_UNIT	The dimensions of Speed: m/s.
static final SIUnit	Temperature.Unit.SI_UNIT	The dimensions of temperature: K.
static final SIUnit	Torque.Unit.SI_UNIT	The dimensions of torque: kgm2/s2.
static final SIUnit	Volume.Unit.SI_UNIT	The dimensions of Volume: m3.
static final SIUnit	VolumetricObjectDensity.Unit.SI_UNIT	The dimensions of the number of objects per unit of volume: per cubic meter (/m3).

Methods in org.djunits.quantity that return SIUnit

Modifier and Type	Method	Description
SIUnit	AbsorbedDose.siUnit()
SIUnit	AbsorbedDose.Unit.siUnit()
SIUnit	Acceleration.siUnit()
SIUnit	Acceleration.Unit.siUnit()
SIUnit	AmountOfSubstance.siUnit()
SIUnit	AmountOfSubstance.Unit.siUnit()
SIUnit	Angle.siUnit()
SIUnit	Angle.Unit.siUnit()
SIUnit	AngularAcceleration.siUnit()
SIUnit	AngularAcceleration.Unit.siUnit()
SIUnit	AngularVelocity.siUnit()
SIUnit	AngularVelocity.Unit.siUnit()
SIUnit	Area.siUnit()
SIUnit	Area.Unit.siUnit()
SIUnit	ArealObjectDensity.siUnit()
SIUnit	ArealObjectDensity.Unit.siUnit()
SIUnit	CatalyticActivity.siUnit()
SIUnit	CatalyticActivity.Unit.siUnit()
SIUnit	Density.siUnit()
SIUnit	Density.Unit.siUnit()
SIUnit	Dimensionless.siUnit()
SIUnit	Direction.siUnit()
SIUnit	Duration.siUnit()
SIUnit	Duration.Unit.siUnit()
SIUnit	ElectricalCapacitance.siUnit()
SIUnit	ElectricalCapacitance.Unit.siUnit()
SIUnit	ElectricalConductance.siUnit()
SIUnit	ElectricalConductance.Unit.siUnit()
SIUnit	ElectricalInductance.siUnit()
SIUnit	ElectricalInductance.Unit.siUnit()
SIUnit	ElectricalResistance.siUnit()
SIUnit	ElectricalResistance.Unit.siUnit()
SIUnit	ElectricCharge.siUnit()
SIUnit	ElectricCharge.Unit.siUnit()
SIUnit	ElectricCurrent.siUnit()
SIUnit	ElectricCurrent.Unit.siUnit()
SIUnit	ElectricPotential.siUnit()
SIUnit	ElectricPotential.Unit.siUnit()
SIUnit	Energy.siUnit()
SIUnit	Energy.Unit.siUnit()
SIUnit	EquivalentDose.siUnit()
SIUnit	EquivalentDose.Unit.siUnit()
SIUnit	FlowMass.siUnit()
SIUnit	FlowMass.Unit.siUnit()
SIUnit	FlowVolume.siUnit()
SIUnit	FlowVolume.Unit.siUnit()
SIUnit	Force.siUnit()
SIUnit	Force.Unit.siUnit()
SIUnit	Frequency.siUnit()
SIUnit	Frequency.Unit.siUnit()
SIUnit	Illuminance.siUnit()
SIUnit	Illuminance.Unit.siUnit()
SIUnit	Length.siUnit()
SIUnit	Length.Unit.siUnit()
SIUnit	LinearDensity.siUnit()
SIUnit	LinearDensity.Unit.siUnit()
SIUnit	LinearObjectDensity.siUnit()
SIUnit	LinearObjectDensity.Unit.siUnit()
SIUnit	LuminousFlux.siUnit()
SIUnit	LuminousFlux.Unit.siUnit()
SIUnit	LuminousIntensity.siUnit()
SIUnit	LuminousIntensity.Unit.siUnit()
SIUnit	MagneticFlux.siUnit()
SIUnit	MagneticFlux.Unit.siUnit()
SIUnit	MagneticFluxDensity.siUnit()
SIUnit	MagneticFluxDensity.Unit.siUnit()
SIUnit	Mass.siUnit()
SIUnit	Mass.Unit.siUnit()
SIUnit	Momentum.siUnit()
SIUnit	Momentum.Unit.siUnit()
SIUnit	Position.siUnit()
SIUnit	Power.siUnit()
SIUnit	Power.Unit.siUnit()
SIUnit	Pressure.siUnit()
SIUnit	Pressure.Unit.siUnit()
SIUnit	RadioActivity.siUnit()
SIUnit	RadioActivity.Unit.siUnit()
SIUnit	SIQuantity.siUnit()
SIUnit	SolidAngle.siUnit()
SIUnit	SolidAngle.Unit.siUnit()
SIUnit	Speed.siUnit()
SIUnit	Speed.Unit.siUnit()
SIUnit	Temperature.siUnit()
SIUnit	Temperature.Unit.siUnit()
SIUnit	TemperatureDifference.siUnit()
SIUnit	Time.siUnit()
SIUnit	Torque.siUnit()
SIUnit	Torque.Unit.siUnit()
SIUnit	Volume.siUnit()
SIUnit	Volume.Unit.siUnit()
SIUnit	VolumetricObjectDensity.siUnit()
SIUnit	VolumetricObjectDensity.Unit.siUnit()

Constructors in org.djunits.quantity with parameters of type SIUnit

Modifier	Constructor	Description
	SIQuantity(double value, SIUnit unit)	Instantiate a SI quantity with a unit.

Uses of SIUnit in org.djunits.quantity.def

Methods in org.djunits.quantity.def that return SIUnit

Modifier and Type	Method	Description
SIUnit	AbsoluteQuantity.siUnit()	Return the SI unit of this quantity.
SIUnit	Quantity.siUnit()	Return the SI unit of this quantity.

Uses of SIUnit in org.djunits.unit

Fields in org.djunits.unit declared as SIUnit

Modifier and Type	Field	Description
static final SIUnit	Unitless.SI_UNIT	The dimensions of the dimensionless quantity: 1 [rad, sr, kg, m, s, A, K, mol, cd].

Methods in org.djunits.unit that return SIUnit

Modifier and Type	Method	Description
SIUnit	UnitInterface.siUnit()	Return the SI unit for this unit.
SIUnit	Unitless.siUnit()

Uses of SIUnit in org.djunits.unit.si

Fields in org.djunits.unit.si declared as SIUnit

Modifier and Type	Field	Description
static final SIUnit	SIUnit.DIMLESS	the dimensionless SIUnit.

Methods in org.djunits.unit.si that return SIUnit

Modifier and Type	Method	Description
static SIUnit	SIUnit.add(SIUnit dim1, SIUnit dim2)	Add two SIUnit and return the new SIUnit.
SIUnit	SIUnit.getBaseUnit()
SIUnit	SIUnit.invert()	Invert a set of SI dimensions; instead of m/s we get s/m.
SIUnit	SIUnit.minus(SIUnit other)	Subtract a set of SI dimensions from this SIUnit.
static SIUnit	SIUnit.of(String siString)	Parse a string representing SI dimensions to an SIUnit object.
SIUnit	SIUnit.plus(SIUnit other)	Add a set of SI dimensions to this SIUnit.
SIUnit	SIUnit.pow(int n)	Raise a set of SI dimensions to the n-th power.
SIUnit	SIUnit.setSiPrefix(String prefix)
SIUnit	SIUnit.setSiPrefix(SIPrefix siPrefix)
SIUnit	SIUnit.setSiPrefixKilo(String prefix)
SIUnit	SIUnit.setSiPrefixPer(String prefix)
SIUnit	SIUnit.siUnit()
static SIUnit	SIUnit.subtract(SIUnit dim1, SIUnit dim2)	Subtract an SIUnit (dim2) from another SIUnit (dim1) and return the new SIUnit.

Methods in org.djunits.unit.si with parameters of type SIUnit

Modifier and Type	Method	Description
static SIUnit	SIUnit.add(SIUnit dim1, SIUnit dim2)	Add two SIUnit and return the new SIUnit.
SIUnit	SIUnit.minus(SIUnit other)	Subtract a set of SI dimensions from this SIUnit.
SIUnit	SIUnit.plus(SIUnit other)	Add a set of SI dimensions to this SIUnit.
static SIUnit	SIUnit.subtract(SIUnit dim1, SIUnit dim2)	Subtract an SIUnit (dim2) from another SIUnit (dim1) and return the new SIUnit.

Uses of SIUnit in org.djunits.vecmat.d1

Methods in org.djunits.vecmat.d1 that return types with arguments of type SIUnit

Modifier and Type	Method	Description
Matrix1x1<SIQuantity,SIUnit>	Matrix1x1.adjugate()
Matrix1x1<SIQuantity,SIUnit>	Matrix1x1.divideElements(Matrix1x1<?,?> other)
Matrix1x1<SIQuantity,SIUnit>	Matrix1x1.instantiateSi(double[] siNew, SIUnit siUnit)
Vector1<SIQuantity,SIUnit>	Vector1.instantiateSi(double[] siNew, SIUnit siUnit)
Matrix1x1<SIQuantity,SIUnit>	Matrix1x1.inverse()
Matrix1x1<SIQuantity,SIUnit>	Matrix1x1.invertElements()
Matrix1x1<SIQuantity,SIUnit>	Matrix1x1.multiply(Matrix1x1<?,?> otherMat)	Multiply this matrix with another matrix using matrix multiplication and return the result.
Vector1<SIQuantity,SIUnit>	Matrix1x1.multiply(Vector1<?,?> otherVec)	Multiply this matrix with a column vector, resulting in a column vector.
Vector2.Row<SIQuantity,SIUnit>	Matrix1x1.multiply(Vector2.Row<?,?> otherVec)	Multiply this matrix with a row vector, resulting in a row vector.
Vector3.Row<SIQuantity,SIUnit>	Matrix1x1.multiply(Vector3.Row<?,?> otherVec)	Multiply this matrix with a row vector, resulting in a row vector.
VectorN.Row<SIQuantity,SIUnit>	Matrix1x1.multiply(VectorN.Row<?,?> otherVec)	Multiply this matrix with a row vector, resulting in a row vector.
Matrix1x1<SIQuantity,SIUnit>	Matrix1x1.multiplyElements(Quantity<?,?> quantity)
Matrix1x1<SIQuantity,SIUnit>	Matrix1x1.multiplyElements(Matrix1x1<?,?> other)

Methods in org.djunits.vecmat.d1 with parameters of type SIUnit

Modifier and Type	Method	Description
Matrix1x1<SIQuantity,SIUnit>	Matrix1x1.instantiateSi(double[] siNew, SIUnit siUnit)
Vector1<SIQuantity,SIUnit>	Vector1.instantiateSi(double[] siNew, SIUnit siUnit)

Uses of SIUnit in org.djunits.vecmat.d2

Classes in org.djunits.vecmat.d2 with type parameters of type SIUnit

Modifier and Type	Class	Description
class	Vector2<Q extends Quantity<Q,U>,U extends UnitInterface<U,Q>,V extends Vector2<Q,U,V,SI,H>,SI extends Vector2<SIQuantity,SIUnit,SI,?,?>,H extends Vector2<?,?,?,?,?>>	Vector2 implements a vector with two real-valued entries.

Methods in org.djunits.vecmat.d2 that return types with arguments of type SIUnit

Modifier and Type	Method	Description
Matrix2x2<SIQuantity,SIUnit>	Matrix2x2.adjugate()
Matrix2x2<SIQuantity,SIUnit>	Matrix2x2.divideElements(Matrix2x2<?,?> other)
Vector2.Row<SIQuantity,SIUnit>	Vector2.Row.divideElements(Vector2.Row<?,?> other)
Matrix2x2<SIQuantity,SIUnit>	Matrix2x2.instantiateSi(double[] siNew, SIUnit siUnit)
Vector2.Col<SIQuantity,SIUnit>	Vector2.Col.instantiateSi(double[] siNew, SIUnit siUnit)
Vector2.Row<SIQuantity,SIUnit>	Vector2.Row.instantiateSi(double[] siNew, SIUnit siUnit)
Matrix2x2<SIQuantity,SIUnit>	Matrix2x2.inverse()
Matrix2x2<SIQuantity,SIUnit>	Matrix2x2.invertElements()
Vector2.Row<SIQuantity,SIUnit>	Vector2.Row.invertElements()
Matrix2x2<SIQuantity,SIUnit>	Matrix2x2.multiply(Matrix2x2<?,?> otherMat)	Multiply this matrix with another matrix using matrix multiplication and return the result.
Vector2.Col<SIQuantity,SIUnit>	Matrix2x2.multiply(Vector2.Col<?,?> otherVec)	Multiply this matrix with a column vector, resulting in a column vector.
Matrix2x2<SIQuantity,SIUnit>	Vector2.Col.multiply(Vector2.Row<?,?> otherVec)	Multiply this column vector with a row vector, resulting in a square matrix.
Vector2.Col<SIQuantity,SIUnit>	Vector2.Row.multiply(Matrix2x2<?,?> otherMat)	Multiply this row vector with a matrix, resulting in a column vector.
Matrix2x2<SIQuantity,SIUnit>	Matrix2x2.multiplyElements(Quantity<?,?> quantity)
Matrix2x2<SIQuantity,SIUnit>	Matrix2x2.multiplyElements(Matrix2x2<?,?> other)
Vector2.Col<SIQuantity,SIUnit>	Vector2.Col.multiplyElements(Quantity<?,?> quantity)
Vector2.Row<SIQuantity,SIUnit>	Vector2.Row.multiplyElements(Quantity<?,?> quantity)
Vector2.Row<SIQuantity,SIUnit>	Vector2.Row.multiplyElements(Vector2.Row<?,?> other)

Methods in org.djunits.vecmat.d2 with parameters of type SIUnit

Modifier and Type	Method	Description
Matrix2x2<SIQuantity,SIUnit>	Matrix2x2.instantiateSi(double[] siNew, SIUnit siUnit)
Vector2.Col<SIQuantity,SIUnit>	Vector2.Col.instantiateSi(double[] siNew, SIUnit siUnit)
Vector2.Row<SIQuantity,SIUnit>	Vector2.Row.instantiateSi(double[] siNew, SIUnit siUnit)

Uses of SIUnit in org.djunits.vecmat.d3

Classes in org.djunits.vecmat.d3 with type parameters of type SIUnit

Modifier and Type	Class	Description
class	Vector3<Q extends Quantity<Q,U>,U extends UnitInterface<U,Q>,V extends Vector3<Q,U,V,SI,H>,SI extends Vector3<SIQuantity,SIUnit,SI,?,?>,H extends Vector3<?,?,?,?,?>>	Vector3 implements a vector with three real-valued entries.

Methods in org.djunits.vecmat.d3 that return types with arguments of type SIUnit

Modifier and Type	Method	Description
Matrix3x3<SIQuantity,SIUnit>	Matrix3x3.adjugate()
Matrix3x3<SIQuantity,SIUnit>	Matrix3x3.divideElements(Matrix3x3<?,?> other)
Vector3.Col<SIQuantity,SIUnit>	Vector3.Col.divideElements(Vector3.Col<?,?> other)
Vector3.Row<SIQuantity,SIUnit>	Vector3.Row.divideElements(Vector3.Row<?,?> other)
Matrix3x3<SIQuantity,SIUnit>	Matrix3x3.instantiateSi(double[] siNew, SIUnit siUnit)
Vector3.Col<SIQuantity,SIUnit>	Vector3.Col.instantiateSi(double[] siNew, SIUnit siUnit)
Vector3.Row<SIQuantity,SIUnit>	Vector3.Row.instantiateSi(double[] siNew, SIUnit siUnit)
Matrix3x3<SIQuantity,SIUnit>	Matrix3x3.inverse()
Matrix3x3<SIQuantity,SIUnit>	Matrix3x3.invertElements()
Vector3.Col<SIQuantity,SIUnit>	Vector3.Col.invertElements()
Vector3.Row<SIQuantity,SIUnit>	Vector3.Row.invertElements()
Matrix3x3<SIQuantity,SIUnit>	Matrix3x3.multiply(Matrix3x3<?,?> otherMat)	Multiply this matrix with another matrix using matrix multiplication and return the result.
Vector3.Col<SIQuantity,SIUnit>	Matrix3x3.multiply(Vector3.Col<?,?> otherVec)	Multiply this matrix with a column vector, resulting in a column vector.
Matrix3x3<SIQuantity,SIUnit>	Vector3.Col.multiply(Vector3.Row<?,?> otherVec)	Multiply this column vector with a row vector, resulting in a square matrix.
Vector3.Col<SIQuantity,SIUnit>	Vector3.Row.multiply(Matrix3x3<?,?> otherMat)	Multiply this row vector with a matrix, resulting in a column vector.
Matrix3x3<SIQuantity,SIUnit>	Matrix3x3.multiplyElements(Quantity<?,?> quantity)
Matrix3x3<SIQuantity,SIUnit>	Matrix3x3.multiplyElements(Matrix3x3<?,?> other)
Vector3.Col<SIQuantity,SIUnit>	Vector3.Col.multiplyElements(Quantity<?,?> quantity)
Vector3.Col<SIQuantity,SIUnit>	Vector3.Col.multiplyElements(Vector3.Col<?,?> other)
Vector3.Row<SIQuantity,SIUnit>	Vector3.Row.multiplyElements(Quantity<?,?> quantity)
Vector3.Row<SIQuantity,SIUnit>	Vector3.Row.multiplyElements(Vector3.Row<?,?> other)

Methods in org.djunits.vecmat.d3 with parameters of type SIUnit

Modifier and Type	Method	Description
Matrix3x3<SIQuantity,SIUnit>	Matrix3x3.instantiateSi(double[] siNew, SIUnit siUnit)
Vector3.Col<SIQuantity,SIUnit>	Vector3.Col.instantiateSi(double[] siNew, SIUnit siUnit)
Vector3.Row<SIQuantity,SIUnit>	Vector3.Row.instantiateSi(double[] siNew, SIUnit siUnit)

Uses of SIUnit in org.djunits.vecmat.def

Classes in org.djunits.vecmat.def with type parameters of type SIUnit

Modifier and Type	Class	Description
class	Matrix<Q extends Quantity<Q,U>,U extends UnitInterface<U,Q>,M extends Matrix<Q,U,M,SI,H>,SI extends Matrix<SIQuantity,SIUnit,SI,?,?>,H extends Matrix<?,?,?,?,?>>	Matrix contains a number of standard operations on matrices of relative quantities.
class	SquareDenseMatrix<Q extends Quantity<Q,U>,U extends UnitInterface<U,Q>,M extends SquareDenseMatrix<Q,U,M,SI,H>,SI extends SquareDenseMatrix<SIQuantity,SIUnit,SI,?,?>,H extends SquareDenseMatrix<?,?,?,?,?>>	SquareDenseMatrix implements the core functions for a matrix with n x n real-valued entries.
class	SquareMatrix<Q extends Quantity<Q,U>,U extends UnitInterface<U,Q>,M extends SquareMatrix<Q,U,M,SI,H>,SI extends SquareMatrix<SIQuantity,SIUnit,SI,?,?>,H extends SquareMatrix<?,?,?,?,?>>	SquareMatrix defines a number of operations that can be applied to square matrixes, such as transpose, invert, and determinant.
class	Vector<Q extends Quantity<Q,U>,U extends UnitInterface<U,Q>,V extends Vector<Q,U,V,SI,H>,SI extends Vector<SIQuantity,SIUnit,SI,?,?>,H extends Vector<?,?,?,?,?>>	Vector contains the contract for Vector classes.
class	VectorMatrix<Q extends Quantity<Q,U>,U extends UnitInterface<U,Q>,VM extends VectorMatrix<Q,U,VM,SI,H>,SI extends VectorMatrix<SIQuantity,SIUnit,SI,?,?>,H extends VectorMatrix<?,?,?,?,?>>	VectorMatrix contains a number of standard operations on vectors and matrices of relative quantities.

Methods in org.djunits.vecmat.def that return types with arguments of type SIUnit

Modifier and Type	Method	Description
MatrixNxM<SIQuantity,SIUnit>	Matrix.multiply(MatrixNxM<?,?> matrix)	Multiply this vector or matrix with a MatrixNxM, resulting in a MatrixNxM.

Methods in org.djunits.vecmat.def with parameters of type SIUnit

Modifier and Type	Method	Description
abstract SI	VectorMatrix.instantiateSi(double[] siNew, SIUnit siUnit)	Return a new vector or matrix in SI-units with the given SI or BASE values.

Uses of SIUnit in org.djunits.vecmat.dn

Classes in org.djunits.vecmat.dn with type parameters of type SIUnit

Modifier and Type	Class	Description
class	VectorN<Q extends Quantity<Q,U>,U extends UnitInterface<U,Q>,V extends VectorN<Q,U,V,SI,H>,SI extends VectorN<SIQuantity,SIUnit,SI,?,?>,H extends VectorN<?,?,?,?,?>>	VectorN.java.

Methods in org.djunits.vecmat.dn that return types with arguments of type SIUnit

Modifier and Type	Method	Description
MatrixNxN<SIQuantity,SIUnit>	MatrixNxN.adjugate()
MatrixNxN<SIQuantity,SIUnit>	MatrixNxN.divideElements(MatrixNxN<?,?> other)
VectorN.Col<SIQuantity,SIUnit>	VectorN.Col.divideElements(VectorN.Col<?,?> other)
VectorN.Row<SIQuantity,SIUnit>	VectorN.Row.divideElements(VectorN.Row<?,?> other)
MatrixNxN<SIQuantity,SIUnit>	MatrixNxN.instantiateSi(double[] siNew, SIUnit siUnit)
VectorN.Col<SIQuantity,SIUnit>	VectorN.Col.instantiateSi(double[] siNew, SIUnit siUnit)
VectorN.Row<SIQuantity,SIUnit>	VectorN.Row.instantiateSi(double[] siNew, SIUnit siUnit)
MatrixNxN<SIQuantity,SIUnit>	MatrixNxN.inverse()
MatrixNxN<SIQuantity,SIUnit>	MatrixNxN.invertElements()
VectorN.Col<SIQuantity,SIUnit>	VectorN.Col.invertElements()
VectorN.Row<SIQuantity,SIUnit>	VectorN.Row.invertElements()
MatrixNxN<SIQuantity,SIUnit>	MatrixNxN.multiply(MatrixNxN<?,?> otherMat)	Multiply this matrix with another matrix using matrix multiplication and return the result.
VectorN.Col<SIQuantity,SIUnit>	MatrixNxN.multiply(VectorN.Col<?,?> otherVec)	Multiply this matrix with a column vector, resulting in a column vector.
MatrixNxN<SIQuantity,SIUnit>	MatrixNxN.multiplyElements(Quantity<?,?> quantity)
MatrixNxN<SIQuantity,SIUnit>	MatrixNxN.multiplyElements(MatrixNxN<?,?> other)
VectorN.Col<SIQuantity,SIUnit>	VectorN.Col.multiplyElements(Quantity<?,?> quantity)
VectorN.Col<SIQuantity,SIUnit>	VectorN.Col.multiplyElements(VectorN.Col<?,?> other)
VectorN.Row<SIQuantity,SIUnit>	VectorN.Row.multiplyElements(Quantity<?,?> quantity)
VectorN.Row<SIQuantity,SIUnit>	VectorN.Row.multiplyElements(VectorN.Row<?,?> other)

Methods in org.djunits.vecmat.dn with parameters of type SIUnit

Modifier and Type	Method	Description
MatrixNxN<SIQuantity,SIUnit>	MatrixNxN.instantiateSi(double[] siNew, SIUnit siUnit)
VectorN.Col<SIQuantity,SIUnit>	VectorN.Col.instantiateSi(double[] siNew, SIUnit siUnit)
VectorN.Row<SIQuantity,SIUnit>	VectorN.Row.instantiateSi(double[] siNew, SIUnit siUnit)

Uses of SIUnit in org.djunits.vecmat.dnxm

Methods in org.djunits.vecmat.dnxm that return types with arguments of type SIUnit

Modifier and Type	Method	Description
MatrixNxM<SIQuantity,SIUnit>	MatrixNxM.instantiateSi(double[] siNew, SIUnit siUnit)
MatrixNxM<SIQuantity,SIUnit>	MatrixNxM.multiply(Matrix1x1<?,?> matrix)	Multiply this vector or matrix with a Matrix1x1, resulting in a MatrixNxM.
MatrixNxM<SIQuantity,SIUnit>	MatrixNxM.multiply(Vector1<?,?> vector)	Multiply this vector or matrix with a Vector1, resulting in a MatrixNxM.
MatrixNxM<SIQuantity,SIUnit>	MatrixNxM.multiply(Matrix2x2<?,?> matrix)	Multiply this vector or matrix with a Matrix2x2, resulting in a MatrixNxM.
VectorN.Col<SIQuantity,SIUnit>	MatrixNxM.multiply(Vector2.Col<?,?> vector)	Multiply this vector or matrix with a Vector2.Col, resulting in a Vector2.Col.
MatrixNxM<SIQuantity,SIUnit>	MatrixNxM.multiply(Matrix3x3<?,?> matrix)	Multiply this vector or matrix with a Matrix3x3, resulting in a MatrixNxM.
VectorN.Col<SIQuantity,SIUnit>	MatrixNxM.multiply(Vector3.Col<?,?> vector)	Multiply this vector or matrix with a Vector3.Col, resulting in a Vector3.Col.
MatrixNxM<SIQuantity,SIUnit>	MatrixNxM.multiply(MatrixNxN<?,?> matrix)	Multiply this vector or matrix with a MatrixNxM, resulting in a MatrixNxM.
VectorN.Col<SIQuantity,SIUnit>	MatrixNxM.multiply(VectorN.Col<?,?> vector)	Multiply this vector or matrix with a VectorN.Col, resulting in a VectorN.Col.

Methods in org.djunits.vecmat.dnxm with parameters of type SIUnit

Modifier and Type	Method	Description
MatrixNxM<SIQuantity,SIUnit>	MatrixNxM.instantiateSi(double[] siNew, SIUnit siUnit)

Uses of SIUnit in org.djunits.vecmat.table

Methods in org.djunits.vecmat.table that return types with arguments of type SIUnit

Modifier and Type	Method	Description
QuantityTable<SIQuantity,SIUnit>	QuantityTable.instantiateSi(double[] siNew, SIUnit siUnit)

Methods in org.djunits.vecmat.table with parameters of type SIUnit

Modifier and Type	Method	Description
QuantityTable<SIQuantity,SIUnit>	QuantityTable.instantiateSi(double[] siNew, SIUnit siUnit)