Fix doc keywords display

src/utility/fluxfunction.jl

@@ -40,11 +40,8 @@ Find X-point and O-point indices in 2D magnetic field topology from flux functio
 The current implementation does not work for the 3 layers near the boundary.
 
 # Keywords
-- `retol=1e-1`: determines the relative tolerance of the ratio w.r.t. |∇ψ|² to accept a
-gradient as 0.
-- `method=1`: method 1 compute the cell-centered 1st and 2nd order derivatives and check the
-Hessian matrix; method 2 check the flux function at each point against its 8 neighbors,
-which is more deterministic.
+- `retol=1e-1`: determines the relative tolerance of the ratio w.r.t. |∇ψ|² to accept a gradient as 0.
+- `method=1`: method 1 compute the cell-centered 1st and 2nd order derivatives and check the Hessian matrix; method 2 check the flux function at each point against its 8 neighbors, which is more deterministic.
 """
 function find_reconnection_points(ψ::Array{T,2}; retol::Float64=1e-4, method::Int=1) where T
    indices_x = Matrix{Int}(undef, 2, 0)

src/utility/plot.jl

@@ -234,15 +234,10 @@ and strings of labels and titles for VDF plots.
 - `unit::AxisUnit`: location unit in `SI`, `EARTH`.
 - `unitv::String`: velocity unit in ("km/s", "m/s").
 - `limits::Vector{Real}`: velocity space range given in [xmin, xmax, ymin, ymax].
-- `slicetype`: symbol for choosing the slice type from `:xy`, `:xz`, `:yz`,
-`:bperp`, `:bpar1`, `:bpar2`.
+- `slicetype`: symbol for choosing the slice type from `:xy`, `:xz`, `:yz`, `:bperp`, `:bpar1`, `:bpar2`.
 - `center`: symbol for setting the reference frame from `:bulk`, `:peak`.
-- `vslicethick`: setting the velocity space slice thickness in the normal direction. If set
-to 0, the whole distribution along the normal direction is projected onto a plane. Currently
-this is only meaningful when `center` is set such that a range near the bulk/peak normal
-velocity is selected!
-- `weight::Symbol`: choosing distribution weights from phase space density or particle flux
-between `:particle` and `:flux`.
+- `vslicethick`: setting the velocity space slice thickness in the normal direction. If set to 0, the whole distribution along the normal direction is projected onto a plane. Currently this is only meaningful when `center` is set such that a range near the bulk/peak normal velocity is selected.
+- `weight::Symbol`: choosing distribution weights from phase space density or particle flux between `:particle` and `:flux`.
 - `flimit`: minimum VDF threshold for plotting.
 - `verbose`: display the selection process.
 """

src/vlsv/vlsvutility.jl

@@ -430,9 +430,9 @@ getpressure(meta::MetaVLSV, vcellids::Vector{Int32}, vcellf::Vector{<:AbstractFl
    getpressure(meta.meshes[species], vcellids, vcellf)
 
 """
-   getheatfluxvector(meta, VDF; species="proton")
-   getheatfluxvector(meta, vcellids, vcellf; species="proton")
-   getheatfluxvector(vmesh::VMeshInfo, vcellids, vcellf)
+    getheatfluxvector(meta, VDF; species="proton")
+    getheatfluxvector(meta, vcellids, vcellf; species="proton")
+    getheatfluxvector(vmesh::VMeshInfo, vcellids, vcellf)
 
 Get heat flux vector (3 components) of `species` from `VDF` associated with `meta`,
 qᵢ = m/2 * ∫ (v - u)²(v - u)ᵢ * f(r,v) dV. Alternatively, one can directly pass `vcellids`,
@@ -1337,8 +1337,7 @@ Save `data` of name `vars` at AMR `level` into VTK image file of name `file`.
 - `vtkGhostType::Array{UInt8}`: array for visibility control.
 - `level::Int`: refinement level (0-based).
 - `ascii::Bool=false`: save output in ASCII or binary format.
-- `append::Bool=true`: determines whether to append data at the end of file or do in-block
-writing.
+- `append::Bool=true`: determines whether to append data at the end of file or do in-block writing.
 - `box::Vector`: selected box range in 3D.
 """
 function save_image(meta::MetaVLSV, file::String, vars::Vector{String},