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FHD.jl
Commit fecf6229 authored by Johannes Blaschke's avatar Johannes Blaschke
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add docstrings

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1d_diffusion.ipynb
View file @ fecf6229
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......
src/fp.jl
View file @ fecf6229
......@@ -6,28 +6,35 @@ import Base.size
import Random.rand!
import Distributions.Normal
"""
FluxArrays store flux data as Struct-of-Arrays. These arrays are allocated and
initialized (to zero) by the constructor (each array has length `n+1` where `n`
is the argument of the constructor).
"""
mutable struct FluxArray{T}
#
# FluxArrays store flux data as Struct-of-Arrays. These arrays are allocated
# and initialized (to zero) by the constructor (each array has length `n+1`
# where `n` is the argument of the constructor).
#
# Fluxes
total::Array{T}
diffusive::Array{T}
stochastic::Array{T}
# Left and Right sampling
fr::Array{T}
left::Array{T}
right::Array{T}
distribution
# Storage for the Dististribution object (used to sample Gaussian random variables)
distribution
"""
Constructor: allocates memory for all fluxes, and intializes the distribution
object. Note that `n` is the length of the corresponding 1D data array.
"""
function FluxArray{T}(n) where T
total::Array{T} = zeros(n + 1);
diffusive::Array{T} = zeros(n + 1);
stochastic::Array{T} = zeros(n + 1);
fr::Array{T} = zeros(n);
left::Array{T} = zeros(n);
right::Array{T} = zeros(n);
......@@ -38,15 +45,24 @@ mutable struct FluxArray{T}
end
end
"""
Returns the size of the FluxArray's internal face-centered Array{T} containers
"""
function size(flx::FluxArray{T}) where T
return size(flx.total, 1)
end
"""
Same as `size` but returns the FluxArray's internal cell-centered Array{T}
containers. Identical to `size(flx)-1`
"""
function size_cc(flx::FluxArray{T}) where T
return size(flx) - 1
end
"""
Resets all fluxes to the specified value `zero::T`
"""
function reset!(flx::FluxArray{T}, zero::T) where T
for i = 1:size(flx)
flx.total[i] = zero
......@@ -55,21 +71,37 @@ function reset!(flx::FluxArray{T}, zero::T) where T
end
end
"""
Fills the fr (Fraction Right) array with uniform random numbers
"""
function fill_fr!(flx::FluxArray{T}) where T
rand!(flx.fr);
end
"""
Fills the `left` and `right` fields using the data `n` and the `fr` arrays.
Note that `fill_fr!` needs to be called first for new left and right data.
"""
function fill_lr!(flx::FluxArray{T}, n::Array{T}) where T
flx.left = n .* (1 .- flx.fr);
flx.right = n .* flx.fr;
end
"""
Fills the diffusive fluxes using the `left` and `right` data. `D` is the
diffusion coefficient and `h` is the spatial discretization.
"""
function fill_df!(flx::FluxArray{T}, D::T, h::T) where T
for i = 2:size_cc(flx)
flx.diffusive[i] = D/h * (flx.left[i] - flx.right[i-1]);
end
end
"""
Fills the stochstic fluxes using the `left` and `right` data, as well as the
normal random numbers generated by `distribution`. `D` is the diffusion
coefficient, `h` is the spatial discretization, and `k` is unknown (TODO).
"""
function fill_sf!(flx::FluxArray{T}, D::T, h::T, k::T) where T
rand!(flx.distribution, flx.stochastic);
for i = 2:size_cc(flx)
......@@ -78,6 +110,10 @@ function fill_sf!(flx::FluxArray{T}, D::T, h::T, k::T) where T
end
end
"""
Fills the stochastic and diffusive flux boundary conditions. Currently only
Dirichlet BCs are implemented.
"""
function apply_bc!(flx::FluxArray{T},
vd_lo::T=T(0), vd_hi::T=T(0), vs_lo::T=T(0), vs_hi::T=T(0)) where T
flx.diffusive[1] = vd_lo;
......
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