undefined binding 'QuantumCollocation.Losses.isovec_unitary_fidelity' in `@docs` block in src/generated/man/losses.md:9-11 ```@docs Losses.isovec_unitary_fidelity ```

failed to evaluate `Modules = [QuantumCollocation.QuantumUtils]` in `@autodocs` block in src/lib.md:4-6 ```@autodocs Modules = [QuantumCollocation.QuantumUtils] ``` exception = UndefVarError: `QuantumUtils` not defined

'@autodocs' missing 'Modules = ...' in src/lib.md:4-6 ```@autodocs Modules = [QuantumCollocation.QuantumUtils] ```

Cannot resolve @ref for md"[`plot_unitary_populations`](@ref)" in src/generated/examples/two_qubit_gates.md. - No docstring found in doc for binding `QuantumCollocation.Plotting.plot_unitary_populations`.

invalid local link/image: file does not exist in src/contribution_guide.md link = @ast MarkdownAST.Link("docs/literate", "") do MarkdownAST.Text("docs/literate") end

80 docstrings not included in the manual: QuantumCollocation.Losses.unitary_fidelity :: Tuple{Matrix, Matrix} QuantumCollocation.ProblemTemplates.UnitaryDirectSumProblem :: Tuple{AbstractVector{<:QuantumControlProblem}, Real} QuantumCollocation.QuantumObjectUtils.ket_from_string :: Tuple{String, Vector{Int64}} QuantumCollocation.Options.PiccoloOptions QuantumCollocation.QuantumObjectUtils.:⊗ :: Tuple{AbstractVecOrMat, AbstractVecOrMat} QuantumCollocation.Isomorphisms.G :: Tuple{AbstractMatrix{<:Number}} QuantumCollocation.Isomorphisms.iso_to_ket :: Tuple{Any} QuantumCollocation.QuantumObjectUtils.operator_from_string :: Tuple{String} QuantumCollocation.ProblemTemplates.QuantumStateMinimumTimeProblem QuantumCollocation.Isomorphisms.iso_operator_to_iso_vec :: Union{Tuple{AbstractMatrix{R}}, Tuple{R}} where R QuantumCollocation.Problems.get_objective :: Tuple{QuantumControlProblem} QuantumCollocation.QuantumObjectUtils.haar_random :: Tuple{Int64} QuantumCollocation.Objectives.QuantumObjective :: Tuple{} QuantumCollocation.Problems.QuantumControlProblem QuantumCollocation.Dynamics.QuantumDynamics QuantumCollocation.Rollouts.infer_is_jvp :: Tuple{Function} QuantumCollocation.QuantumSystemTemplates.TransmonSystem :: Tuple{} QuantumCollocation.QuantumObjectUtils.haar_identity :: Tuple{Int64, Number} QuantumCollocation.Objectives.L1Regularizer :: Tuple{} QuantumCollocation.QuantumSystemTemplates.MultiTransmonSystem :: Tuple{AbstractVector{Float64}, AbstractVector{Float64}, AbstractMatrix{Float64}} QuantumCollocation.Objectives.QuadraticRegularizer :: Tuple{} QuantumCollocation.Objectives.sparse_to_moi :: Tuple{SparseArrays.SparseMatrixCSC} QuantumCollocation.Objectives.MinimumTimeObjective :: Tuple{} QuantumCollocation.Isomorphisms.H :: Tuple{AbstractMatrix{<:Number}} QuantumCollocation.Constraints.FinalUnitaryFidelityConstraint :: Tuple{Symbol, Float64, NamedTrajectories.StructNamedTrajectory.NamedTrajectory} QuantumCollocation.Options.IpoptOptions QuantumCollocation.Objectives.PairwiseUnitaryRobustnessObjective :: Tuple{} QuantumCollocation.DirectSums.direct_sum :: Tuple{SparseArrays.SparseMatrixCSC, SparseArrays.SparseMatrixCSC} QuantumCollocation.DirectSums.direct_sum :: Tuple{QuantumSystem, QuantumSystem} QuantumCollocation.DirectSums.direct_sum :: Tuple{NamedTrajectories.StructNamedTrajectory.NamedTrajectory, NamedTrajectories.StructNamedTrajectory.NamedTrajectory} QuantumCollocation.DirectSums.direct_sum :: Tuple{AbstractVector, AbstractVector} QuantumCollocation.DirectSums.direct_sum :: Tuple{AbstractMatrix, AbstractMatrix} QuantumCollocation.Isomorphisms.iso_vec_to_iso_operator :: Union{Tuple{AbstractVector{R}}, Tuple{R}} where R QuantumCollocation.Constraints.NonlinearEqualityConstraint QuantumCollocation.Constraints.FinalUnitaryFreePhaseFidelityConstraint :: Tuple{} QuantumCollocation.Constraints.ComplexModulusContraint :: Tuple{Symbol, Float64, NamedTrajectories.StructNamedTrajectory.NamedTrajectory} QuantumCollocation.Constraints.ComplexModulusContraint :: Tuple{} QuantumCollocation.Objectives.QuadraticSmoothnessRegularizer :: Tuple{} QuantumCollocation.ProblemTemplates.UnitaryBangBangProblem :: Tuple{AbstractQuantumSystem, OperatorType, Int64, Union{Float64, Vector{Float64}}} QuantumCollocation.ProblemTemplates.UnitaryBangBangProblem :: Tuple{AbstractMatrix{<:Number}, Vector{<:AbstractMatrix{<:Number}}, Vararg{Any}} QuantumCollocation.Rollouts.rollout :: Tuple{AbstractVector{<:Real}, AbstractMatrix, AbstractVector, AbstractQuantumSystem} QuantumCollocation.QuantumSystemTemplates.lift :: Tuple{Char, Int64, Int64} QuantumCollocation.Constraints.EqualityConstraint QuantumCollocation.Losses.fidelity :: Tuple{AbstractVector, AbstractVector} QuantumCollocation.Constraints.trajectory_constraints :: Tuple{NamedTrajectories.StructNamedTrajectory.NamedTrajectory} QuantumCollocation.Losses.iso_fidelity :: Tuple{AbstractVector, AbstractVector}

For 8 @example blocks, the 'text/html' representation of the resulting object is above the threshold (example_size_threshold: 8192 bytes). - 8 blocks had 'image/png' fallback image representation available, using that. On pages: generated/examples/multilevel_transmon.md, generated/examples/two_qubit_gates.md, generated/quickstart.md

The following actions uses node12 which is deprecated and will be forced to run on node16: actions/checkout@v2. For more info: https://github.blog/changelog/2023-06-13-github-actions-all-actions-will-run-on-node16-instead-of-node12-by-default/

The following actions use a deprecated Node.js version and will be forced to run on node20: actions/checkout@v2, julia-actions/setup-julia@v1. For more info: https://github.blog/changelog/2024-03-07-github-actions-all-actions-will-run-on-node20-instead-of-node16-by-default/