Merge pull request #1 from Referee1405/diff-targets-sources

Fixed several typos

Author: Referee1405

src/Kernels/helmholtz.jl

@@ -15,7 +15,7 @@ where $c_j$ are the `charges` and `v_j` are the `dipvecs`.
 - `k`: the wavenumber.
 - `targets::Matrix{T}`: `3 x n` matrix of target points.
 - `sources::Matrix{T}`: `3 x m` matrix of source points.
-- `charges::Vector{Complex{T}}`: vector of `n` charges.
+- `charges::Vector{Complex{T}}`: vector of `m` charges.
 - `dipvecs::Matrix{Complex{T}}`: `3 x m` matrix of dipole vectors.
 - `grad::Bool`: if `true`, the gradient is computed instead
 - `kwargs...`: additional keyword arguments passed to [`assemble_ifgf`](@ref).
@@ -96,7 +96,7 @@ function helmholtz3d(L::IFGFOp; charges = nothing, dipvecs = nothing, grad = fal
         error("either charges or dipvecs should be provided")
     m, n = size(L)
     T = isnothing(charges) ? eltype(dipvecs) : eltype(charges)
-    out = grad ? zeros(T, 3, m) : zeros(T, n)
+    out = grad ? zeros(T, 3, m) : zeros(T, m)
     return helmholtz3d!(out, L; charges, dipvecs, grad)
 end
 

src/Kernels/laplace.jl

@@ -15,7 +15,7 @@ where $c_j$ are the `charges` and `v_j` are the `dipvecs`.
 
 - `targets::Matrix{T}`: `3 x n` matrix of target points.
 - `sources::Matrix{T}`: `3 x m` matrix of source points.
-- `charges::Vector{T}`: vector of `n` charges.
+- `charges::Vector{T}`: vector of `m` charges.
 - `dipvecs::Matrix{T}`: `3 x m` matrix of dipole vectors.
 - `grad::Bool`: if `true`, the gradient is computed instead
 - `kwargs...`: additional keyword arguments passed to [`assemble_ifgf`](@ref)
@@ -106,7 +106,7 @@ function laplace3d(L::IFGFOp; charges = nothing, dipvecs = nothing, grad = false
         error("either charges or dipvecs should be provided")
     m, n = size(L)
     T = isnothing(charges) ? eltype(dipvecs) : eltype(charges)
-    out = grad ? zeros(T, 3, m) : zeros(T, n)
+    out = grad ? zeros(T, 3, m) : zeros(T, m)
     return laplace3d!(out, L; charges, dipvecs, grad)
 end
 

src/Kernels/stokes.jl

@@ -18,7 +18,7 @@ stresslet orientations.
 
 - `targets::Matrix{T}`: `3 x n` matrix of target points.
 - `sources::Matrix{T}`: `3 x m` matrix of source points.
-- `stoklet::Matrix{T}`: `3 × n` matrix of stokeslets
+- `stoklet::Matrix{T}`: `3 × m` matrix of stokeslets
 - `strslet::Matrix{T}`: `6 x m` matrix of stresslet densities (indices `1:3`)
   and orientations (indices `4:6`)
 - `grad::Bool`: if `true`, the gradient is computed instead
@@ -98,7 +98,7 @@ function stokes3d(L::IFGFOp; stoklet = nothing, strslet = nothing, grad = false)
         error("either stoklet or strslet should be provided")
     m, n = size(L)
     T = isnothing(stoklet) ? eltype(strslet) : eltype(stoklet)
-    out = grad ? zeros(T, 3, 3, m) : zeros(T, 3, n)
+    out = grad ? zeros(T, 3, 3, m) : zeros(T, 3, m)
     return stokes3d!(out, L; stoklet, strslet, grad)
 end