60 docstrings not included in the manual: QuantumCollocationCore.Objectives.QuadraticSmoothnessRegularizer :: Tuple{} QuantumCollocationCore.QuantumSystems.lift :: Tuple{AbstractMatrix{<:Number}, Int64, Vector{Int64}} QuantumCollocationCore.QuantumSystems.lift :: Tuple{AbstractMatrix{<:Number}, Int64, Int64} QuantumCollocationCore.Problems.get_objective :: Tuple{QuantumControlProblem} QuantumCollocationCore.QuantumSystems.AbstractQuantumSystem QuantumCollocationCore.Constraints.FinalQuantumStateFidelityConstraint :: Tuple{Symbol, Float64, NamedTrajectories.StructNamedTrajectory.NamedTrajectory} QuantumCollocationCore.Constraints.FinalUnitaryFidelityConstraint :: Tuple{Symbol, Float64, NamedTrajectories.StructNamedTrajectory.NamedTrajectory} QuantumCollocationCore.Problems.QuantumControlProblem QuantumCollocationCore.Problems.get_constraints :: Tuple{QuantumControlProblem} QuantumCollocationCore.Constraints.ComplexModulusContraint :: Tuple{Symbol, Float64, NamedTrajectories.StructNamedTrajectory.NamedTrajectory} QuantumCollocationCore.Constraints.ComplexModulusContraint :: Tuple{} QuantumCollocationCore.EmbeddedOperators.get_subspace_indices :: Tuple{Vector{<:AbstractVector{Int64}}, AbstractVector{Int64}} QuantumCollocationCore.EmbeddedOperators.get_subspace_indices :: Tuple{AbstractVector{Int64}} QuantumCollocationCore.EmbeddedOperators.get_subspace_indices :: Tuple{AbstractVector{Int64}, Int64} QuantumCollocationCore.Constraints.NonlinearEqualityConstraint QuantumCollocationCore.Objectives.QuantumObjective :: Tuple{} QuantumCollocationCore.Constraints.trajectory_constraints :: Tuple{NamedTrajectories.StructNamedTrajectory.NamedTrajectory} QuantumCollocationCore.Constraints.constrain! :: Tuple{Ipopt.Optimizer, Vector{MathOptInterface.VariableIndex}, Vector{LinearConstraint}, NamedTrajectories.StructNamedTrajectory.NamedTrajectory} QuantumCollocationCore.Options.PiccoloOptions QuantumCollocationCore.Gates.GATES QuantumCollocationCore.Isomorphisms.iso_vec_to_operator :: Union{Tuple{AbstractVector{R}}, Tuple{R}} where R QuantumCollocationCore.Objectives.QuadraticRegularizer :: Tuple{} QuantumCollocationCore.Integrators.UnitaryPadeIntegrator :: Tuple{Symbol, Union{Symbol, Tuple{Vararg{Symbol}}}, Function, Function, NamedTrajectories.StructNamedTrajectory.NamedTrajectory} QuantumCollocationCore.Integrators.UnitaryPadeIntegrator QuantumCollocationCore.Isomorphisms.H :: Tuple{AbstractMatrix{<:Number}} QuantumCollocationCore.Objectives.UnitaryFreePhaseInfidelityObjective :: Union{Tuple{}, Tuple{R}} where R<:Real QuantumCollocationCore.Losses.iso_infidelity :: Union{Tuple{AbstractVector, AbstractVector}, Tuple{AbstractVector, AbstractVector, AbstractVector{Int64}}} QuantumCollocationCore.Objectives.sparse_to_moi :: Tuple{SparseArrays.SparseMatrixCSC} QuantumCollocationCore.Objectives.PairwiseUnitaryRobustnessObjective :: Tuple{} QuantumCollocationCore.Losses.unitary_fidelity :: Tuple{Matrix, Matrix} QuantumCollocationCore.Objectives.L1Regularizer :: Tuple{} QuantumCollocationCore.Isomorphisms.G :: Tuple{AbstractMatrix{<:Number}} QuantumCollocationCore.Isomorphisms.iso_operator_to_iso_vec :: Union{Tuple{AbstractMatrix{R}}, Tuple{R}} where R QuantumCollocationCore.QuantumSystems.QuantumSystemCoupling QuantumCollocationCore.Isomorphisms.operator_to_iso_vec :: Union{Tuple{AbstractMatrix{R}}, Tuple{R}} where R QuantumCollocationCore.Objectives.PairwiseQuadraticRegularizer :: Tuple{NamedTrajectories.StructNamedTrajectory.NamedTrajectory, Union{Float64, AbstractVector{<:Float64}}, AbstractVector{<:Tuple{Symbol, Symbol}}} QuantumCollocationCore.Objectives.PairwiseQuadraticRegularizer :: Tuple{AbstractVector{<:Real}, AbstractVector{Int64}, Symbol, Symbol} QuantumCollocationCore.Constraints.FinalUnitaryFreePhaseFidelityConstraint :: Tuple{} QuantumCollocationCore.Isomorphisms.iso_dm :: Tuple{AbstractMatrix} QuantumCollocationCore.Losses.iso_fidelity :: Tuple{AbstractVector{<:Real},