Physical space

abstract type AbstractPsData{DIM, NDF}

mutable struct PsData{DIM, NDF} <: AbstractPsData{DIM, NDF}

• quadid::Int32: Index of the quadrant corresponding to PsData.

• bound_enc::Int64: Encoding of the cell type. 0:fluid cell;>0: donor cell of bound_enc th immersed boundary;<0: solid cell (or solid neighbor) of bound_enc th boundary.

• solid_cell_index::Vector{Int64}: Deprecated.

• ds::Vector{Float64}: Faces area (length).

• midpoint::Vector{Float64}: Coordinates of the cell center.

• qf::Vector{Float64}: Heat flux.

• w::Vector{Float64}: Conserved variables.

• sw::Matrix{Float64}: Gradients of conserved variables.

• prim::Vector{Float64}: Primary variables.

• flux::Vector{Float64}: Conserved flux.

• vs_data::VsData: Data of the velocity space.

• neighbor::Neighbor: Neighbor of the cell.

mutable struct GhostPsData{DIM, NDF} <: KitAMR.AbstractGhostPsData{DIM, NDF}

• owner_rank::Int64

• quadid::Int64

• bound_enc::Int64

• ds::Vector{Float64}

• midpoint::Vector{Float64}

• w::Vector{Float64}

• sw::Matrix{Float64}

• vs_data::Ghost_VsData

mutable struct InsideSolidData{DIM, NDF} <: AbstractPsData{DIM, NDF}

mutable struct GhostInsideSolidData{DIM, NDF} <: KitAMR.AbstractGhostPsData{DIM, NDF}

mutable struct Neighbor{DIM, NDF}

• data::Array{Array{Union{Nothing, AbstractPsData{DIM, NDF}}, 1}, 1} where {DIM, NDF}

• state::Vector{Int64}

mutable struct SolidNeighbor{DIM, NDF} <: AbstractPsData{DIM, NDF}

• bound_enc::Int64

• faceid::Int64: Index of the face of the donor cell corresponding to this SolidNeighbor.

• av_id::Int64: Deprecated.

• aux_point::Vector{Float64}: Intersect point at the boundary corresponding to this SolidNeighbor.

• normal::Vector{Float64}: Normal vector of the boundary at aux_point.

• solid_cell::AbstractPsData: Solid_cell corresponding to this SolidNeighbor.

• midpoint::Vector{Float64}

• ds::Vector{Float64}

• w::Vector{Float64}

• sw::Matrix{Float64}

• cvc::CuttedVelocityCells: Struct containing information of cut cell in velocity space.

• vs_data::VsData

abstract type AbstractFace

struct DomainFace{DIM, NDF, T} <: KitAMR.BoundaryFace

Face at the domain edge.

struct FullFace{DIM, NDF} <: KitAMR.InnerFace

Face shared by cells with the same refinement level.

• rot::Float64: Rotational coefficient of the face. -1 if here_data locates at the negative direction relative to the face.

• direction::Int64: Direction of the face's normal. 1, 2, 3 correspond to x, y, z respectively.

• midpoint::Vector{Float64}: Coordinates of the face's center.

• here_data::PsData: PsData on one side of the face. It is guaranteed to be local.

• there_data::AbstractPsData: AbstractPsData on the other side of the face. It can be a ghost one.

struct HangingFace{DIM, NDF} <: KitAMR.InnerFace

Faces shared by cells with different refinement levels. The cell with lower level is local.

• rot::Float64

• direction::Int64

• midpoint::Vector{Vector{Float64}}

• here_data::PsData

• there_data::Array{AbstractPsData{DIM, NDF}, 1} where {DIM, NDF}: AbstractPsDatas with higher refinement level.

struct BackHangingFace{DIM, NDF} <: KitAMR.InnerFace

Faces shared by cells with different refinement levels. The cell with lower level is ghost.

• rot::Float64

• direction::Int64

• midpoint::Vector{Vector{Float64}}

• here_data::Array{PsData{DIM, NDF}, 1} where {DIM, NDF}

• there_data::AbstractPsData

struct FluxData{T<:KitAMR.InnerFace}

Struct for flux calculation corresponding to a single face.

• rot::Float64

• direction::Int64

• midpoint::Vector{Float64}

• here_data::AbstractPsData

• there_data::AbstractPsData