Types

Mag <: Real

Arf <: AbstractFloat

Arb <: AbstractFloat

Acb <: Number

ArbVector <: DenseVector{Arb}
ArbVector(n::Integer; prec::Integer = DEFAULT_PRECISION[])
ArbVector(v::ArbVectorLike; shallow::Bool = false, prec::Integer = precision(v))
ArbVector(v::AbstractVector; prec::Integer = _precision(v))

The constructor with n::Integer returns a vector with n elements filled with zeros. The other two constructors returns a copy of the given vector. If shallow = true then the returned vector shares the underlying data with the input, mutating one of them mutates both.

See also ArbRefVector.

AcbVector <: DenseVector{Acb}
AcbVector(n::Integer; prec::Integer = DEFAULT_PRECISION[])
AcbVector(v::AcbVectorLike; shallow::Bool = false, prec::Integer = precision(v))
AcbVector(v::AbstractVector; prec::Integer = _precision(v))

The constructor with n::Integer returns a vector with n elements filled with zeros. The other two constructors returns a copy of the given vector. If shallow = true then the returned vector shares the underlying data with the input, mutating one of them mutates both.

See also AcbRefVector.

ArbPoly

AcbPoly

ArbMatrix <: DenseMatrix{Arb}
ArbMatrix(r::Integer, c::Integer; prec::Integer = DEFAULT_PRECISION[])
ArbMatrix(A::ArbMatrixLike; shallow::Bool = false, prec::Integer = precision(v))
ArbMatrix(A::AbstractMatrix; prec::Integer = _precision(v))
ArbMatrix(v::AbstractVector; prec::Integer = _precision(v))

The constructor with r::Integer, c::Integer returns a r × c filled with zeros. The other three constructors returns a copy of the given matrix or vector. If shallow = true then the returned matrix shares the underlying data with the input, mutating one of them mutates both.

See also ArbRefMatrix.

AcbMatrix <: DenseMatrix{Acb}
AcbMatrix(r::Integer, c::Integer; prec::Integer = DEFAULT_PRECISION[])
AcbMatrix(A::AcbMatrixLike; shallow::Bool = false, prec::Integer = precision(v))
AcbMatrix(A::AbstractMatrix; prec::Integer = _precision(v))
AcbMatrix(v::AbstractVector; prec::Integer = _precision(v))

The constructor with r::Integer, c::Integer returns a r × c filled with zeros. The other three constructors returns a copy of the given matrix or vector. If shallow = true then the returned matrix shares the underlying data with the input, mutating one of them mutates both.

See also AcbRefMatrix.

ArbSeries <: Number

AcbSeries <: Number

MagRef <: Real

ArfRef <: AbstractFloat

ArbRef <: AbstractFloat

AcbRef <: Number

ArbRefVector <: DenseMatrix{ArbRef}

Similar to ArbVector but indexing elements returns an ArbRef referencing the corresponding element instead of an Arb copy of the element. The constructors are the same as for ArbVector

AcbRefVector <: DenseMatrix{AcbRef}

Similar to AcbVector but indexing elements returns an AcbRef referencing the corresponding element instead of an Acb copy of the element. The constructors are the same as for AcbVector

ArbRefMatrix <: DenseMatrix{ArbRef}

Similar to ArbMatrix but indexing elements returns an ArbRef referencing the corresponding element instead of an Arb copy of the element. The constructors are the same as for ArbMatrix

AcbRefMatrix <: DenseMatrix{AcbRef}

Similar to AcbMatrix but indexing elements returns an AcbRef referencing the corresponding element instead of an Acb copy of the element. The constructors are the same as for `AcbMatrix