Physics

create_properties(
    physics::AbstractPhysics{NF, NP, NS}
) -> StaticArraysCore.SVector{0, Float64}

reshape_element_level_coordinates(
    interps::ReferenceFiniteElements.AbstractInterpolants,
    x_el::StaticArraysCore.SArray{Tuple{NxD}, T<:Number, 1, NxD}
) -> Any

reshape_element_level_field(
    physics::AbstractPhysics,
    u_el::StaticArraysCore.SArray{Tuple{NxNDof}, T<:Number, 1, NxNDof}
) -> Any

unpack_field(
    field::StaticArraysCore.SArray{Tuple{M, N}, T<:Number, 2, L},
    dof_start::Int64,
    dof_end::Int64,
    _::Val{D}
) -> Any

Unpacks a range of fields values from a SMatrix. This is useful for extracting specific components from an interpolated field gradient at a quadrature point ∇u_q.

returns a SMatrix.

Note the Val{D} that is a necessary input. This is crucial for performance with StaticArrays.

unpack_field(
    field::StaticArraysCore.SArray{Tuple{M, N}, T<:Number, 2, L},
    dof::Int64
) -> Any

Unpacks a single fields values from a SMatrix. This is useful for extracting specific components from an interpolated field gradient at a quadrature point ∇u_q.

Return a SVector