Uses of Class
mikera.vectorz.Op

Packages that use Op

Package	Description
mikera.arrayz
mikera.arrayz.impl
mikera.matrixx
mikera.matrixx.impl
mikera.transformz
mikera.transformz.impl
mikera.vectorz
mikera.vectorz.impl
mikera.vectorz.ops

Uses of Op in mikera.arrayz

Methods in mikera.arrayz with parameters of type Op

Modifier and Type	Method and Description
void	NDArray.applyOp(Op op)
void	INDArray.applyOp(Op op) Applies a unary operator to all elements of the array (in-place)
void	Array.applyOp(Op op)
INDArray	INDArray.applyOpCopy(Op op) Applies a unary operator to all elements of the array (creating a new array)

Uses of Op in mikera.arrayz.impl

Methods in mikera.arrayz.impl with parameters of type Op

Modifier and Type	Method and Description
void	SliceArray.applyOp(Op op)
void	JoinedArray.applyOp(Op op)
void	AbstractArray.applyOp(Op op)
INDArray	AbstractArray.applyOpCopy(Op op)

Uses of Op in mikera.matrixx

Methods in mikera.matrixx with parameters of type Op

Modifier and Type	Method and Description
void	Matrix33.applyOp(Op op)
void	Matrix22.applyOp(Op op)
void	Matrix11.applyOp(Op op)
void	Matrix.applyOp(Op op)
void	AMatrix.applyOp(Op op)
AMatrix	AMatrix.applyOpCopy(Op op)

Uses of Op in mikera.matrixx.impl

Methods in mikera.matrixx.impl with parameters of type Op

Modifier and Type	Method and Description
void	VectorMatrixMN.applyOp(Op op)
void	VectorMatrixM3.applyOp(Op op)
void	StridedRowMatrix.applyOp(Op op)
void	StridedMatrix.applyOp(Op op)
void	SparseColumnMatrix.applyOp(Op op)
void	RowMatrix.applyOp(Op op)
void	MatrixRowView.applyOp(Op op)
void	MatrixColumnView.applyOp(Op op)
void	MatrixBandView.applyOp(Op op)
void	DenseColumnMatrix.applyOp(Op op)
void	ColumnMatrix.applyOp(Op op)
void	AVectorMatrix.applyOp(Op op)
void	AStridedMatrix.applyOp(Op op)
void	ASparseRCMatrix.applyOp(Op op)
Matrix	AStridedMatrix.applyOpCopy(Op op)

Uses of Op in mikera.transformz

Constructors in mikera.transformz with parameters of type Op

Constructor and Description
OpTransform(Op op, int size)

Uses of Op in mikera.transformz.impl

Constructors in mikera.transformz.impl with parameters of type Op

Constructor and Description
AOpTransform(Op op, int dims)

Uses of Op in mikera.vectorz

Fields in mikera.vectorz declared as Op

Modifier and Type	Field and Description
static Op	Ops.ABS
static Op	Ops.ACOS
static Op	Ops.ASIN
static Op	Ops.ATAN
static Op	Ops.CBRT
static Op	Ops.COS
static Op	Ops.EXP
static Op	Ops.IDENTITY
static Op	Ops.LINEAR
static Op	Ops.LOG
static Op	Ops.LOG10
static Op	Ops.LOGISTIC
static Op	Ops.NEGATE
static Op	Ops.RBF_NORMAL
static Op	Ops.RECIPROCAL
static Op	Ops.RECTIFIER
static Op	Ops.SCALED_LOGISTIC
static Op	Ops.SIGNUM
static Op	Ops.SIN
static Op	Ops.SOFTPLUS
static Op	Ops.SQRT
static Op	Ops.SQUARE
static Op	Ops.STOCHASTIC_BINARY
static Op	Ops.STOCHASTIC_LOGISTIC
static Op	Ops.TAN
static Op	Ops.TANH
static Op	Ops.TO_DEGREES
static Op	Ops.TO_RADIANS

Methods in mikera.vectorz that return Op

Modifier and Type	Method and Description
Op	Op.compose(Op op)
static Op	Ops.compose(Op a, Op b) Composes two ops together, to get an op c(x)= a(b(x))
static Op	Op.compose(Op op1, Op op2)
Op	Op.divide(Op op)
static Op	Ops.divide(Op a, Op b)
Op	Op.getDerivativeOp() Gets an operator which represents the derivative of this operator.
Op	Op.getInverse()
Op	IOperator.getInverse() Gets the inverse of this operator.
static Op	Ops.negate(Op op)
Op	Op.product(Op op)
static Op	Ops.product(Op a, Op b)
Op	Op.sum(Op op)
static Op	Ops.sum(Op a, Op b)

Methods in mikera.vectorz with parameters of type Op

Modifier and Type	Method and Description
void	Vector4.applyOp(Op op)
void	Vector3.applyOp(Op op)
void	Vector2.applyOp(Op op)
void	Vector1.applyOp(Op op)
void	Vector.applyOp(Op op)
void	AVector.applyOp(Op op)
void	AScalar.applyOp(Op op)
AVector	AVector.applyOpCopy(Op op)
Op	Op.compose(Op op)
static Op	Ops.compose(Op a, Op b) Composes two ops together, to get an op c(x)= a(b(x))
static Op	Op.compose(Op op1, Op op2)
Op	Op.divide(Op op)
static Op	Ops.divide(Op a, Op b)
static Op	Ops.negate(Op op)
Op	Op.product(Op op)
static Op	Ops.product(Op a, Op b)
Op	Op.sum(Op op)
static Op	Ops.sum(Op a, Op b)

Uses of Op in mikera.vectorz.impl

Methods in mikera.vectorz.impl with parameters of type Op

Modifier and Type	Method and Description
void	WrappedSubVector.applyOp(Op op)
void	WrappedScalarVector.applyOp(Op op)
void	StridedVector.applyOp(Op op)
void	StridedMatrixViewVector.applyOp(Op op)
void	SparseIndexedVector.applyOp(Op op)
void	SparseImmutableVector.applyOp(Op op)
void	MatrixViewVector.applyOp(Op op)
void	JoinedVector.applyOp(Op op)
void	JoinedMultiVector.applyOp(Op op)
void	JoinedArrayVector.applyOp(Op op)
void	IndexedArrayVector.applyOp(Op op)
void	ImmutableVector.applyOp(Op op)
abstract void	AStridedVector.applyOp(Op op)
void	ArraySubVector.applyOp(Op op)
AVector	ZeroVector.applyOpCopy(Op op)
AVector	SingleElementVector.applyOpCopy(Op op)
AVector	RepeatedElementVector.applyOpCopy(Op op)
Vector	AStridedVector.applyOpCopy(Op op)

Uses of Op in mikera.vectorz.ops

Subclasses of Op in mikera.vectorz.ops

Modifier and Type	Class and Description
class	ABoundedOp
class	Absolute
class	AFunctionOp
class	ALinearOp
class	APolynomialOp
class	ARoundingOp
class	Clamp Operator for clamping values within a given range
class	Composed
class	Constant
class	Cosh
class	Derivative A class that represents the derivative of another op.
class	Division
class	Exp The renowned exponential function
class	GaussianNoise Operator to add gaussian noise to a value
class	Identity Singleton identity operator
class	Inverse Operator representing the inverse of another operator
class	Linear
class	Log The renowned exponential function
class	Logistic
class	LogN The renowned exponential function
class	NormalRBF
class	Offset
class	Power
class	Product
class	Quadratic
class	Reciprocal
class	ScaledLogistic A logistic function, with input scaled by a fixed factor
class	Signum
class	SoftPlus
class	Sqrt
class	Square
class	StochasticBinary
class	Sum
class	Tanh

Fields in mikera.vectorz.ops declared as Op

Modifier and Type	Field and Description
Op	Sum.a
Op	Product.a
Op	Division.a
Op	Sum.b
Op	Product.b
Op	Division.b
Op	ComposedOp2.inner
Op	Composed.inner
static Op	Log.INSTANCE
Op	Composed.outer

Methods in mikera.vectorz.ops that return Op

Modifier and Type	Method and Description
Op	Square.compose(ALinearOp op)
Op	Quadratic.compose(ALinearOp op)
Op	Offset.compose(ALinearOp op)
Op	Linear.compose(ALinearOp op)
Op	Square.compose(Op op)
Op	Quadratic.compose(Op op)
Op	Offset.compose(Op op)
Op	Linear.compose(Op op)
Op	Identity.compose(Op op)
Op	Constant.compose(Op op)
Op	ALinearOp.compose(Op op)
static Op	Composed.compose(Op outer, Op inner)
static Op	Square.create()
static Op	Power.create(double exponent)
static Op	Power.create(double exponent, double factor)
static Op	Quadratic.create(double a, double b, double c)
static Op	Sum.create(Op a, Op b)
static Op	Product.create(Op a, Op b)
static Op	Division.create(Op a, Op b)
static Op	Composed.create(Op a, Op b)
Op	Sum.getDerivativeOp()
Op	Square.getDerivativeOp()
Op	Sqrt.getDerivativeOp()
Op	SoftPlus.getDerivativeOp()
Op	Quadratic.getDerivativeOp()
Op	Product.getDerivativeOp()
Op	Power.getDerivativeOp()
Op	Offset.getDerivativeOp()
Op	LogN.getDerivativeOp()
Op	Log.getDerivativeOp()
Op	Linear.getDerivativeOp()
Op	Identity.getDerivativeOp()
Op	GaussianNoise.getDerivativeOp()
Op	Exp.getDerivativeOp()
Op	Division.getDerivativeOp()
Op	Constant.getDerivativeOp()
Op	Composed.getDerivativeOp()
Op	ALinearOp.getDerivativeOp()
Op	Sqrt.getInverse()
Op	Reciprocal.getInverse()
Op	Power.getInverse()
Op	LogN.getInverse()
Op	Log.getInverse()
Op	Inverse.getInverse()
Op	Exp.getInverse()
Op	Composed.getInverse()
Op	Identity.product(Op op)
Op	Constant.product(Op op)
Op	ALinearOp.sum(ALinearOp op)
Op	ALinearOp.sum(Op op)

Methods in mikera.vectorz.ops with parameters of type Op

Modifier and Type	Method and Description
Op	Square.compose(Op op)
Op	Quadratic.compose(Op op)
Op	Offset.compose(Op op)
Op	Linear.compose(Op op)
Op	Identity.compose(Op op)
Op	Constant.compose(Op op)
Op	ALinearOp.compose(Op op)
static ComposedOp2	ComposedOp2.compose(Op2 outer, Op inner)
static Op	Composed.compose(Op outer, Op inner)
static AddFunction	AddFunction.create(double a, double b, Op f)
static AddFunction	AddFunction.create(double b, Op f)
static AddFunction	AddFunction.create(Op f)
static ComposedOp2	ComposedOp2.create(Op2 a, Op b)
static Op	Sum.create(Op a, Op b)
static Op	Product.create(Op a, Op b)
static Op	Division.create(Op a, Op b)
static Op	Composed.create(Op a, Op b)
Op	Identity.product(Op op)
Op	Constant.product(Op op)
Op	ALinearOp.sum(Op op)

Constructors in mikera.vectorz.ops with parameters of type Op

Constructor and Description
AddFunction(double a, double b, Op f)
Derivative(Op base)
Inverse(Op op)