update version

Author: arturgower

Project.toml

@@ -1,7 +1,7 @@
 name = "MultipleScattering"
 uuid = "80a8ab25-5750-5d93-a6d7-4adc97cdd5fb"
 author = ["Artur L. Gower", "Jonathan Deakin"]
-version = "0.1.8"
+version = "0.1.9"
 
 [deps]
 GSL = "92c85e6c-cbff-5e0c-80f7-495c94daaecd"

docs/src/manual/particles.md

@@ -102,4 +102,4 @@ plot(sim, ω; res=20,
 
 ## Particle internals
 
-To define the scattering from a particle we use the T-matrix method. This package only exports T-matrix for circular [`Particle`](@ref)  and circular [`CapsuleParticle`](@ref). To understand how to define new T-matrix read [Notes on the T-matrix](../maths/T-matrix.pdf) and see the source code of [`t_matrix`](@ref).
+To define the scattering from a particle we use the T-matrix method. This package only exports T-matrix for circular [`Particle`](@ref)  and circular [`CapsuleParticle`](@ref). To understand how to define new T-matrix read [Notes on the T-matrix](../maths/multiplescattering.pdf) and see the source code of [`t_matrix`](@ref).

docs/src/manual/source.md

@@ -80,7 +80,7 @@ julia> plot(source, 4.0; y = 0.0, bounds = plot_domain, field_apply = abs, res =
 ```
 ![Plot point wave](../assets/transducer-source.png)
 
-where `field_apply` is applied to the wave field at every point, the default is `field_apply = real`, and `res` is the resolution along both the $x$ and $y$ axis. Note, this is not computationally very efficient. See [`+(s1::Source{T,P},s2::Source{T,P}) where {P,T}`](@ref) for the very abstract code behind the scenes.
+where `field_apply` is applied to the wave field at every point, the default is `field_apply = real`, and `res` is the resolution along both the $x$ and $y$ axis. Note, this is not computationally very efficient. See [source.jl](../../../src/source.jl) for the very abstract code behind the scenes.
 
 To define a new source you will need to understand the internals below.
 

docs/src/maths/README.md

@@ -2,7 +2,7 @@
 
 Below are papers and notes that explain the theory behind this package.
 
-## [The T-matrix and Multiple Scattering](T-matrix.pdf)
+## [The equations of Multiple Scattering](multiplescattering.pdf)
 
 These short notes introduce the T-matrix, which defines how a particle scatters waves, and shows how it used in multiple scattering from many particles.