parsedoc failed to parse a docstring into Markdown. This indicates a problem with the docstring. exception = MethodError: no method matching fieldnames(::typeof(EpiAware.neg_MGF)) Closest candidates are: fieldnames(!Matched::Core.TypeofBottom) @ Base reflection.jl:170 fieldnames(!Matched::Type{<:Tuple}) @ Base reflection.jl:172 fieldnames(!Matched::UnionAll) @ Base reflection.jl:169 ... docstr.data = Dict{Symbol, Any} with 5 entries: :typesig => Tuple{Any, AbstractVector} :module => EpiAware :linenumber => 119 :binding => EpiAware.neg_MGF :path => "/home/runner/work/Rt-without-renewal/Rt-without-renewal/src/utilities.jl" collect(docstr.text) = 3-element Vector{Any}: DocStringExtensions.Template{:before}(Dict{Symbol, Vector{Any}}(:METHODS => [DocStringExtensions.FunctionName(), "\n", DocStringExtensions.DocStringTemplate(), "\n\n---\n# Signatures\n", DocStringExtensions.TypedMethodSignatures(), "\n---\n## Methods\n", DocStringExtensions.MethodList(), "\n---\n## Fields\n", DocStringExtensions.TypeFields(true), "\n"], :MACROS => [DocStringExtensions.FunctionName(), "\n", DocStringExtensions.DocStringTemplate(), "\n\n---\n# Signatures\n", DocStringExtensions.TypedMethodSignatures(), "\n---\n## Methods\n", DocStringExtensions.MethodList(), "\n---\n## Fields\n", DocStringExtensions.TypeFields(true), "\n"], :FUNCTIONS => [DocStringExtensions.FunctionName(), "\n", DocStringExtensions.DocStringTemplate(), "\n\n---\n# Signatures\n", DocStringExtensions.TypedMethodSignatures(), "\n---\n## Methods\n", DocStringExtensions.MethodList(), "\n---\n## Fields\n", DocStringExtensions.TypeFields(true), "\n"], :MODULES => [DocStringExtensions.DocStringTemplate(), "\n\n---\n## Exports\n", DocStringExtensions.ModuleExports(), "\n---\n## Imports\n", DocStringExtensions.ModuleImports(), "\n"], :TYPES => [DocStringExtensions.TypeDefinition(), "\n", DocStringExtensions.DocStringTemplate(), "\n\n---\n## Fields\n", DocStringExtensions.TypeFields(true), "\n"])) " neg_MGF(r, w::AbstractVector)\n\nCompute the negative moment generating function (MGF) for a given rate `r` and weights `w`.\n\n# Arguments\n- `r`: The rate parameter.\n- `w`: An abstract vector of weights.\n\n# Returns\nThe value of the negative MGF.\n\n" DocStringExtensions.Template{:after}(Dict{Symbol, Vector{Any}}(:METHODS => [DocStringExtensions.FunctionName(), "\n", DocStringExtensions.DocStringTemplate(), "\n\n---\n# Signatures\n", DocStringExtensions.TypedMethodSignatures(), "\n---\n## Methods\n", DocStringExtensions.MethodList(), "\n---\n## Fields\n", DocStringExtensions.TypeFields(true), "\n"], :MACROS => [DocStringExtensions.FunctionName(), "\n", DocStringExtensions.DocStringTemplate(), "\n\n---\n# Signatures\n", DocStringExtensions.TypedMethodSignatures(), "\n---\n## Methods\n", DocStringExtensions.MethodList(), "\n---\n## Fields\n", DocStringExtensions.TypeFields(true), "\n"], :FUNCTIONS => [DocStringExtensions.FunctionName(), "\n", DocStringExtensions.DocStringTemplate(), "\n\n---\n# Signatures\n", DocStringExtensions.TypedMethodSignatures(), "\n---\n## Methods\n", DocStringExtensions.MethodList(), "\n---\n## Fields\n", DocStringExtensions.TypeFields(true), "\n"], :MODULES => [DocStringExtensions.DocStringTemplate(), "\n\n---\n## Exports\n", DocStringExtensions.ModuleExports(), "\n---\n## Imports\n", DocStringExtensions.ModuleImports(), "\n"], :TYPES => [DocStringExtensions.TypeDefinition(), "\n", DocStringExtensions.DocStringTemplate(), "\n\n---\n## Fields\n", DocStringExtensions.TypeFields(true), "\n"])) docstr.object = nothing

Process completed with exit code 1.