Initl.jl

distribute_damping!(
    cm::ContGridModML.ContModel,
    dm::ContGridModML.DiscModel
)

distribute_inertia!(
    cm::ContGridModML.ContModel,
    dm::ContGridModML.DiscModel
)

distribute_load!(
    cm::ContGridModML.ContModel,
    dm::ContGridModML.DiscModel
)

distribute_parameters!(
    cm::ContGridModML.ContModel,
    dm::ContGridModML.DiscModel;
    σ,
    bfactor,
    bmin
)

distribute_susceptances!(
    cm::ContGridModML.ContModel,
    dm::ContGridModML.DiscModel,
    σ::Real,
    bfactor::Real,
    bmin::Real
)

init_model(
    grid::Ferrite.Grid
) -> ContGridModML.ContModel{Float64}

Create a continuous model from a discrete model by using a diffusion process to distribute the paramters.

integrate(
    dh::Ferrite.DofHandler,
    cellvalues::Ferrite.CellScalarValues,
    q_proj::SparseArrays.SparseMatrixCSC,
    vals::Vector{<:Real}
) -> Real

Integrate a function over the whole area of the grid using the finite element method.

interpolate(
    x::Array{Tensors.Tensor{1, 2, T<:Real, 2}, 1},
    grid::Ferrite.Grid,
    dh::Ferrite.DofHandler,
    u::Vector{<:Real},
    fname::Symbol;
    off,
    factor,
    extrapolate,
    warn
) -> Vector{T} where T<:Real

Interpolate values from the continues model from a vector of coordinates. If a given coordinate is outside the grid it is replaced by the closed value on the grid.

interpolate(
    x::Tensors.Tensor{1, 2, T<:Real, 2},
    grid::Ferrite.Grid,
    dh::Ferrite.DofHandler,
    u::Vector{<:Real},
    fname::Symbol;
    off,
    factor,
    extrapolate,
    warn
) -> Real

Interpolate values from the continues model from a coordinate. If the given coordinate is outside the grid it is replaced by the closed value on the grid.

set_local_disturbance!(
    cm::ContGridModML.ContModel,
    coord::Vector{<:Real},
    dP::Real
)

set_slack!(
    cm::ContGridModML.ContModel,
    dm::ContGridModML.DiscModel
)