unable to get the binding for 'HarmonicBalance.TimeEvolution.ODEProblem' in `@docs` block in src/manual/time_dependent.md:7-10 from expression ':(HarmonicBalance.TimeEvolution.ODEProblem)' in module Main ```@docs HarmonicBalance.TimeEvolution.ODEProblem HarmonicBalance.TimeEvolution.ParameterSweep ``` exception = UndefVarError: `TimeEvolution` not defined

unable to get the binding for 'HarmonicBalance.TimeEvolution.ParameterSweep' in `@docs` block in src/manual/time_dependent.md:7-10 from expression ':(HarmonicBalance.TimeEvolution.ParameterSweep)' in module Main ```@docs HarmonicBalance.TimeEvolution.ODEProblem HarmonicBalance.TimeEvolution.ParameterSweep ``` exception = UndefVarError: `TimeEvolution` not defined

unable to get the binding for 'HarmonicBalance.TimeEvolution.plot(::HarmonicBalance.TimeEvolution.OrdinaryDiffEq.ODESolution, ::Any, ::HarmonicEquation)' in `@docs` block in src/manual/time_dependent.md:14-16 from expression ':(HarmonicBalance.TimeEvolution.plot(::HarmonicBalance.TimeEvolution.OrdinaryDiffEq.ODESolution, ::Any, ::HarmonicEquation))' in module Main ```@docs HarmonicBalance.TimeEvolution.plot(::HarmonicBalance.TimeEvolution.OrdinaryDiffEq.ODESolution, ::Any, ::HarmonicEquation) ``` exception = UndefVarError: `TimeEvolution` not defined

unable to get the binding for 'HarmonicBalance.TimeEvolution.is_stable' in `@docs` block in src/manual/time_dependent.md:21-23 from expression ':(HarmonicBalance.TimeEvolution.is_stable)' in module Main ```@docs HarmonicBalance.TimeEvolution.is_stable ``` exception = UndefVarError: `TimeEvolution` not defined

reference for 'HarmonicBalance.TimeEvolution.ODEProblem' could not be found in src/examples/time_dependent.md.

reference for 'HarmonicBalance.TimeEvolution.ParameterSweep' could not be found in src/examples/time_dependent.md.

94 docstrings not included in the manual: Symbolics.get_variables :: Tuple{Vector{Symbolics.Num}} Symbolics.get_variables :: Tuple{HarmonicEquation} HarmonicBalance._apply_mask :: Tuple{Array{Vector{ComplexF64}}, Any} HarmonicBalance.LinearResponse.evaluate :: Tuple{HarmonicBalance.LinearResponse.JacobianSpectrum, Float64} HarmonicBalance.LinearResponse.evaluate :: Tuple{HarmonicBalance.LinearResponse.Lorentzian, Float64} HarmonicBalance.LinearResponse.get_implicit_Jacobian :: Tuple{HarmonicEquation} HarmonicBalance.get_distance_matrix :: Tuple{Vector{Vector{Vector{ComplexF64}}}, Vector{Vector{ComplexF64}}} HarmonicBalance.get_distance_matrix :: Tuple{Vector{Vector{ComplexF64}}, Vector{Vector{ComplexF64}}} HarmonicBalance.get_single_solution :: Tuple{Result} HarmonicBalance._reorder_nested :: Tuple{Array, Vector{Int64}} HarmonicBalance.compile_matrix :: Tuple{Any, Any} HarmonicBalance.remove_rows_columns :: Tuple{Matrix, Vector{Int64}, Vector{Int64}} HarmonicBalance._get_mask :: Union{Tuple{Any, Any}, Tuple{Any, Any, Any}} HomotopyContinuation.ModelKit.Variable :: Tuple{Symbolics.Num} HarmonicBalance.get_independent_variables :: Tuple{HarmonicEquation} HarmonicBalance.HC_wrapper.declare_variable :: Tuple{String} HarmonicBalance.fourier_cos_term :: Tuple{Any, Any, Any} HarmonicBalance.LimitCycles._gaugefixed_Jacobian :: Tuple{HarmonicEquation, HarmonicVariable} HarmonicBalance.fourier_sin_term :: Tuple{Any, Any, Any} HarmonicBalance._solve_warmup :: Tuple{Problem, Any, Any} HarmonicBalance.newton :: Tuple{Result, OrderedCollections.OrderedDict} HarmonicBalance.HC_wrapper.parse_equations :: Tuple{Vector{Symbolics.Num}} HarmonicBalance.power_of :: Tuple{Symbolics.Num, Symbolics.Num} HarmonicBalance._apply_termwise :: Tuple{Any, Any} HarmonicBalance.expand_exp_power :: Tuple{Any} HarmonicBalance._realify :: Tuple{Array{T} where T<:Number} HarmonicBalance.max_power :: Tuple{Symbolics.Num, Symbolics.Num} HarmonicBalance._get_raw_solution :: Tuple{Problem, Any} HarmonicBalance.filter_result! :: Tuple{Result, String} HarmonicBalance.is_trig :: Tuple{Symbolics.Num} HarmonicBalance.LimitCycles._fix_gauge! :: Tuple{HarmonicEquation, Symbolics.Num, HarmonicVariable} HarmonicBalance.expand_all :: Tuple{Any} RecipesBase.plot! :: Tuple{Result, Vararg{Any}} HarmonicBalance.LinearResponse.evaluate_response_matrix :: Tuple{HarmonicBalance.LinearResponse.ResponseMatrix, OrderedCollections.OrderedDict{Symbolics.Num, ComplexF64}, Any} HarmonicBalance.simplify! :: Tuple{HarmonicEquation} HarmonicBalance.find_branch_order :: Tuple{Vector{BitVector}} HarmonicBalance.is_stable :: Tuple{OrderedCollections.OrderedDict{Symbolics.Num, ComplexF64}, Result} HarmonicBalance.is_exp :: Tuple{Any} HarmonicBalance._prepare_input_params :: Tuple{Problem, OrderedCollections.OrderedDict{Symbolics.Num, Vector{Union{Float64, ComplexF64}}}, OrderedCollections.OrderedDict{Symbolics.Num, Float64}} HarmonicBalance.align_pair :: Tuple{Any, Vector{Vector{ComplexF64}}} HarmonicBalance.simplify_exp_products_mul :: Tuple{Any} HarmonicBalance.rearrange! :: Tuple{HarmonicEquation, Vector{Symbolics.Num}} HarmonicBalance.LimitCycles.get_limit_cycles :: Tuple{HarmonicEquation, Any, Any, Any} HarmonicBalance.filter_duplicate_parameters :: Tuple{Any, Any} HarmonicBalance.LinearResponse.add_peak :: Tuple{HarmonicBalance.LinearResponse.JacobianSpectrum, HarmonicBalance.LinearResponse.Lorentzian} HarmonicBalance.LinearResponse.add_peak :: Tuple{HarmonicBalance.LinearResponse.JacobianSpectrum, HarmonicBalance.LinearResponse.JacobianSpectrum} HarmonicBalance.show_fields :: Tuple{Any} HarmonicBalance.trig_reduce :: Tuple{Any} HarmonicBalance.LinearResponse._pair_to_peaks :: Tuple{Any, Vector} HarmonicBalance._fourier_term :: NTuple{4, Any} HarmonicBalance.is_physical :: Tuple{OrderedCollections.OrderedDict{Symbolics.Num, ComplexF64}, Result} HarmonicBalance._compile_Jacobian ::

removing `stable` and linking `stable` to `v0.9.0`.

removing `v0.8` and linking `v0.8` to `v0.8.0`.

removing `v0.7` and linking `v0.7` to `v0.7.2`.