doctest failure in src/filters.md:28-43 ```jldoctest; setup = :(using DSP) julia> H = PolynomialRatio([1.0], [1.0, 0.3]) PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.3*z⁻¹ + 1.0)) julia> inv(H) PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.3*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0)) julia> H * H PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) julia> H^2 PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) julia> H^-2 PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0)) ``` Subexpression: H = PolynomialRatio([1.0], [1.0, 0.3]) Evaluated output: PolynomialRatio{:z, Float64}(LaurentPolynomial(1.0), LaurentPolynomial(0.3*z⁻¹ + 1.0)) Expected output: PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.3*z⁻¹ + 1.0)) diff = Warning: Diff output requires color. PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.3*z⁻¹ Float64}(LaurentPolynomial(1.0), LaurentPolynomial(0.3*z⁻¹ + 1.0))

doctest failure in src/filters.md:28-43 ```jldoctest; setup = :(using DSP) julia> H = PolynomialRatio([1.0], [1.0, 0.3]) PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.3*z⁻¹ + 1.0)) julia> inv(H) PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.3*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0)) julia> H * H PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) julia> H^2 PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) julia> H^-2 PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0)) ``` Subexpression: inv(H) Evaluated output: PolynomialRatio{:z, Float64}(LaurentPolynomial(0.3*z⁻¹ + 1.0), LaurentPolynomial(1.0)) Expected output: PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.3*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0)) diff = Warning: Diff output requires color. PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.3*z⁻¹ Float64}(LaurentPolynomial(0.3*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0))LaurentPolynomial(1.0))

doctest failure in src/filters.md:28-43 ```jldoctest; setup = :(using DSP) julia> H = PolynomialRatio([1.0], [1.0, 0.3]) PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.3*z⁻¹ + 1.0)) julia> inv(H) PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.3*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0)) julia> H * H PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) julia> H^2 PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) julia> H^-2 PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0)) ``` Subexpression: H * H Evaluated output: PolynomialRatio{:z, Float64}(LaurentPolynomial(1.0), LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) Expected output: PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) diff = Warning: Diff output requires color. PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² Float64}(LaurentPolynomial(1.0), LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0))

doctest failure in src/filters.md:28-43 ```jldoctest; setup = :(using DSP) julia> H = PolynomialRatio([1.0], [1.0, 0.3]) PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.3*z⁻¹ + 1.0)) julia> inv(H) PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.3*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0)) julia> H * H PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) julia> H^2 PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) julia> H^-2 PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0)) ``` Subexpression: H^2 Evaluated output: PolynomialRatio{:z, Float64}(LaurentPolynomial(1.0), LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) Expected output: PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) diff = Warning: Diff output requires color. PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² Float64}(LaurentPolynomial(1.0), LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0))

doctest failure in src/filters.md:28-43 ```jldoctest; setup = :(using DSP) julia> H = PolynomialRatio([1.0], [1.0, 0.3]) PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.3*z⁻¹ + 1.0)) julia> inv(H) PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.3*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0)) julia> H * H PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) julia> H^2 PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(1.0), Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0)) julia> H^-2 PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0)) ``` Subexpression: H^-2 Evaluated output: PolynomialRatio{:z, Float64}(LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0), LaurentPolynomial(1.0)) Expected output: PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0)) diff = Warning: Diff output requires color. PolynomialRatio{:z, Float64}(Polynomials.LaurentPolynomial(0.09*z⁻² Float64}(LaurentPolynomial(0.09*z⁻² + 0.6*z⁻¹ + 1.0), Polynomials.LaurentPolynomial(1.0))LaurentPolynomial(1.0))

17 docstrings not included in the manual: DSP.os_fft_complexity :: Tuple{Any, Any} DSP.Filters.build_grid :: NTuple{5, Any} DSP._zeropad! :: Union{Tuple{AbstractVector, AbstractVector}, Tuple{AbstractVector, AbstractVector, Any}, Tuple{AbstractVector, AbstractVector, Any, Tuple}, Tuple{AbstractVector, AbstractVector, Any, Tuple, Any}} DSP.Periodograms.CrossPowerSpectra DSP.os_filter_transform! :: Tuple{AbstractArray{<:Real}, Any} DSP.Windows.makewindow :: Tuple{Function, Integer, Integer, Bool} DSP._zeropad_keep_offset :: Tuple{Any, Any, Vararg{Any}} DSP.os_conv_block! :: Tuple{AbstractArray{<:Complex}, AbstractArray, Any, Any, Any} DSP.os_conv_block! :: Tuple{AbstractArray{<:Real}, AbstractArray, Any, Any, Any} DSP.os_prepare_conv :: Union{Tuple{N}, Tuple{T}, Tuple{AbstractArray{T, N}, Any}} where {T<:Real, N} DSP.Periodograms.Coherence DSP.Filters.freq_eval :: Tuple{Any, AbstractVector, AbstractVector, AbstractVector} DSP.Filters.lagrange_interp :: Tuple{Integer, Integer, Integer, AbstractVector} DSP.Windows.padplot :: Tuple{Any} DSP.optimalfftfiltlength :: Tuple{Any, Any} DSP.Periodograms.coherence_from_cs! :: Union{Tuple{T}, Tuple{AbstractArray{T}, Any}} where T DSP._zeropad :: Tuple{Any, Any, Vararg{Any}} These are docstrings in the checked modules (configured with the modules keyword) that are not included in @docs or @autodocs blocks.

removing `stable` and linking `stable` to `v0.7.9`.

removing `v0.7` and linking `v0.7` to `v0.7.9`.

removing `v0.6` and linking `v0.6` to `v0.6.3`.

removing `v0.5` and linking `v0.5` to `v0.5.2`.