Apply style to src

Author: jacobusmmsmit

src/Agents.jl

@@ -49,35 +49,35 @@ include("deprecations.jl")
 using Scratch
 
 function __init__()
-display_update = true
-version_number = "5.7"
-update_name = "update_v$(version_number)"
-update_message = """
-Update message: Agents v$(version_number)
-Welcome to this new update of Agents.jl!
+    display_update = true
+    version_number = "5.7"
+    update_name = "update_v$(version_number)"
+    update_message = """
+    Update message: Agents v$(version_number)
+    Welcome to this new update of Agents.jl!
 
-Noteworthy changes:
+    Noteworthy changes:
 
-- Internals of `AgentBasedModel` got reworked.
-  It is now an abstract type, defining an abstract interface that concrete
-  implementations may satisfy. This paves the way for flexibly defining new
-  variants of `AgentBasedModel` that are more specialized in their applications.
-- The old `AgentBasedModel` is now `StandardABM`
-  Nothing is breaking because the call to `AgentBasedModel` gives `StandardABM`.
-- Two new variants of agent based models: `UnkillableABM` and `FixedMassABM`.
-  They yield huge performance benefits **(up to twice the speed!!!)**
-  on iterating over agents if the agents can't get killed, or even added,
-  during model evolution!
-"""
+    - Internals of `AgentBasedModel` got reworked.
+      It is now an abstract type, defining an abstract interface that concrete
+      implementations may satisfy. This paves the way for flexibly defining new
+      variants of `AgentBasedModel` that are more specialized in their applications.
+    - The old `AgentBasedModel` is now `StandardABM`
+      Nothing is breaking because the call to `AgentBasedModel` gives `StandardABM`.
+    - Two new variants of agent based models: `UnkillableABM` and `FixedMassABM`.
+      They yield huge performance benefits **(up to twice the speed!!!)**
+      on iterating over agents if the agents can't get killed, or even added,
+      during model evolution!
+    """
 
-if display_update
-    # Get scratch space for this package
-    versions_dir = @get_scratch!("versions")
-    if !isfile(joinpath(versions_dir, update_name))
-        printstyled(stdout, "\n"*update_message; color=:light_magenta)
-        touch(joinpath(versions_dir, update_name))
+    if display_update
+        # Get scratch space for this package
+        versions_dir = @get_scratch!("versions")
+        if !isfile(joinpath(versions_dir, update_name))
+            printstyled(stdout, "\n" * update_message; color=:light_magenta)
+            touch(joinpath(versions_dir, update_name))
+        end
     end
-end
 end # _init__ function.
 
 end # module

src/core/agents.jl

@@ -213,7 +213,7 @@ macro agent(new_name, base_type, extra_fields)
     # `super_type = AbstractAgent`. This requires us to disable 'macro hygiene', see here
     # for a brief explanation of the potential issues with this: 
     # https://discourse.julialang.org/t/calling-a-macro-from-within-a-macro-revisited/19680/16?u=fbanning
-    esc(quote
+    return esc(quote
         Agents.@agent($new_name, $base_type, Agents.AbstractAgent, $extra_fields)
     end)
 end

src/core/higher_order_iteration.jl

@@ -11,7 +11,7 @@ e.g. `(agent1, agent7, agent8)`. `order` must be larger than `1` but has no uppe
 Index order is provided by the model scheduler by default,
 but can be altered with the `scheduler` keyword.
 """
-iter_agent_groups(order::Int, model::ABM; scheduler = model.scheduler) =
+iter_agent_groups(order::Int, model::ABM; scheduler=model.scheduler) =
     Iterators.product((map(i -> model[i], scheduler(model)) for _ in 1:order)...)
 
 """
@@ -38,7 +38,7 @@ map_agent_groups(order::Int, f::Function, model::ABM, filter::Function; kwargs..
     index_mapped_groups(order::Int, model::ABM, filter::Function; scheduler = Schedulers.by_id)
 Return an iterable of agent ids in the model, meeting the `filter` criteria if used.
 """
-index_mapped_groups(order::Int, model::ABM; scheduler = Schedulers.by_id) =
+index_mapped_groups(order::Int, model::ABM; scheduler=Schedulers.by_id) =
     Iterators.product((scheduler(model) for _ in 1:order)...)
-index_mapped_groups(order::Int, model::ABM, filter::Function; scheduler = Schedulers.by_id) =
+index_mapped_groups(order::Int, model::ABM, filter::Function; scheduler=Schedulers.by_id) =
     Iterators.filter(filter, Iterators.product((scheduler(model) for _ in 1:order)...))

src/core/model_abstract.jl

@@ -22,10 +22,9 @@ ValidPos = Union{
     Int, # graph
     NTuple{N,Int}, # grid
     NTuple{M,<:AbstractFloat}, # continuous
-    Tuple{Int,Int,Float64} # osm
+    Tuple{Int,Int,Float64}, # osm
 } where {N,M}
 
-
 """
     AgentBasedModel
 
@@ -81,12 +80,12 @@ Here we the most important information on how to query an instance of `AgentBase
 
 Many more functions exist in the API page, such as [`allagents`](@ref).
 """
-abstract type AgentBasedModel{S<:SpaceType, A<:AbstractAgent} end
+abstract type AgentBasedModel{S<:SpaceType,A<:AbstractAgent} end
 const ABM = AgentBasedModel
 
 function notimplemented(model)
-    error("Function not implemented for model of type $(nameof(typeof(model))) "*
-    "with space type $(nameof(typeof(abmspace(model))))")
+    return error("Function not implemented for model of type $(nameof(typeof(model))) " *
+                 "with space type $(nameof(typeof(abmspace(model))))")
 end
 
 ###########################################################################################
@@ -180,7 +179,7 @@ function allocating_random_agent(model, condition)
     return nothing
 end
 
-function optimistic_random_agent(model, condition; n_attempts = 3*nagents(model))
+function optimistic_random_agent(model, condition; n_attempts=3 * nagents(model))
     rng = abmrng(model)
     for _ in 1:n_attempts
         idx = rand(rng, allids(model))
@@ -240,7 +239,6 @@ function Base.setproperty!(m::ABM, s::Symbol, x)
     end
 end
 
-
 ###########################################################################################
 # %% Non-public methods. Must be implemented but are not exported
 ###########################################################################################
@@ -268,6 +266,6 @@ Return the space instance stored in the `model`.
 abmspace(model::ABM) = getfield(model, :space)
 
 function Base.setindex!(m::ABM, args...; kwargs...)
-    error("`setindex!` or `model[id] = agent` are invalid. Use `add_agent!(model, agent)` "*
-    "or other variants of an `add_agent_...` function to add agents to an ABM.")
-end
+    return error("`setindex!` or `model[id] = agent` are invalid. Use `add_agent!(model, agent)` " *
+                 "or other variants of an `add_agent_...` function to add agents to an ABM.")
+end

src/core/model_concrete.jl

@@ -1,7 +1,7 @@
 export ABM, StandardABM, UnkillableABM, FixedMassABM
 using StaticArrays: SizedVector
 
-ContainerType{A} = Union{AbstractDict{Int,A}, AbstractVector{A}}
+ContainerType{A} = Union{AbstractDict{Int,A},AbstractVector{A}}
 
 # And the three implementations here are just variants with different `C` type.
 struct SingleContainerABM{S<:SpaceType,A<:AbstractAgent,C<:ContainerType{A},F,P,R<:AbstractRNG} <: AgentBasedModel{S,A}
@@ -39,12 +39,12 @@ single container. Offers the variants:
 """
 function SingleContainerABM(
     ::Type{A},
-    space::S = nothing;
-    container::Type = Dict{Int},
-    scheduler::F = Schedulers.fastest,
-    properties::P = nothing,
-    rng::R = Random.default_rng(),
-    warn = true
+    space::S=nothing;
+    container::Type=Dict{Int},
+    scheduler::F=Schedulers.fastest,
+    properties::P=nothing,
+    rng::R=Random.default_rng(),
+    warn=true,
 ) where {A<:AbstractAgent,S<:SpaceType,F,P,R<:AbstractRNG}
     agent_validator(A, space, warn)
     C = construct_agent_container(container, A)
@@ -59,7 +59,7 @@ end
 construct_agent_container(::Type{<:Dict}, A) = Dict{Int,A}
 construct_agent_container(::Type{<:Vector}, A) = Vector{A}
 construct_agent_container(container, A) = throw(
-    "Unrecognised container $container, please specify either Dict or Vector."
+    "Unrecognised container $container, please specify either Dict or Vector.",
 )
 
 """
@@ -101,13 +101,13 @@ in the given `agent_vector`.
 """
 function FixedMassABM(
     agents::AbstractVector{A},
-    space::S = nothing;
-    scheduler::F = Schedulers.fastest,
-    properties::P = nothing,
-    rng::R = Random.default_rng(),
-    warn = true
-) where {A<:AbstractAgent, S<:SpaceType,F,P,R<:AbstractRNG}
-    C = SizedVector{length(agents), A}
+    space::S=nothing;
+    scheduler::F=Schedulers.fastest,
+    properties::P=nothing,
+    rng::R=Random.default_rng(),
+    warn=true,
+) where {A<:AbstractAgent,S<:SpaceType,F,P,R<:AbstractRNG}
+    C = SizedVector{length(agents),A}
     fixed_agents = C(agents)
     # Validate that agent ID is the same as its order in the vector.
     for (i, a) in enumerate(agents)
@@ -120,11 +120,11 @@ end
 #######################################################################################
 # %% Model accessing api
 #######################################################################################
-nextid(model::SingleContainerABM{<:SpaceType,A,Dict{Int, A}}) where {A} = getfield(model, :maxid)[] + 1
+nextid(model::SingleContainerABM{<:SpaceType,A,Dict{Int,A}}) where {A} = getfield(model, :maxid)[] + 1
 nextid(model::SingleContainerABM{<:SpaceType,A,Vector{A}}) where {A} = nagents(model) + 1
 nextid(::SingleContainerABM{<:SpaceType,A,<:SizedVector}) where {A} = error("There is no `nextid` in a `FixedMassABM`. Most likely an internal error.")
 
-function add_agent_to_model!(agent, model::SingleContainerABM{<:SpaceType,A,Dict{Int, A}}) where {A<:AbstractAgent}
+function add_agent_to_model!(agent, model::SingleContainerABM{<:SpaceType,A,Dict{Int,A}}) where {A<:AbstractAgent}
     if haskey(agent_container(model), agent.id)
         error("Can't add agent to model. There is already an agent with id=$(agent.id)")
     else
@@ -133,7 +133,9 @@ function add_agent_to_model!(agent, model::SingleContainerABM{<:SpaceType,A,Dict
     # Only the `Dict` implementation actually uses the `maxid` field.
     # The `Vector` one uses the defaults, and the `Sized` one errors anyways.
     maxid = getfield(model, :maxid)
-    if maxid[] < agent.id; maxid[] = agent.id; end
+    if maxid[] < agent.id
+        maxid[] = agent.id
+    end
     return
 end
 
@@ -144,12 +146,12 @@ function add_agent_to_model!(agent, model::SingleContainerABM{<:SpaceType,A,Vect
 end
 
 function remove_agent_from_model!(agent::A, model::SingleContainerABM{<:SpaceType,A,<:AbstractDict{Int,A}}) where {A<:AbstractAgent}
-    delete!(agent_container(model), agent.id)
+    return delete!(agent_container(model), agent.id)
 end
 function remove_agent_from_model!(::A, model::SingleContainerABM{<:SpaceType,A,<:AbstractVector}) where {A<:AbstractAgent}
-    error(
-    "Cannot remove agents stored in $(containertype(model)). "*
-    "Use the vanilla `SingleContainerABM` to be able to remove agents."
+    return error(
+        "Cannot remove agents stored in $(containertype(model)). " *
+        "Use the vanilla `SingleContainerABM` to be able to remove agents.",
     )
 end
 
@@ -188,18 +190,18 @@ end
     do_checks(agent, space)
 Helper function for `agent_validator`.
 """
-function do_checks(::Type{A}, space::S, warn::Bool) where {A<:AbstractAgent, S<:SpaceType}
+function do_checks(::Type{A}, space::S, warn::Bool) where {A<:AbstractAgent,S<:SpaceType}
     if warn
         isbitstype(A) &&
-        @warn "Agent type is not mutable, and most library functions assume that it is."
+            @warn "Agent type is not mutable, and most library functions assume that it is."
     end
     (any(isequal(:id), fieldnames(A)) && fieldnames(A)[1] == :id) ||
-    throw(ArgumentError("First field of agent type must be `id` (and should be of type `Int`)."))
+        throw(ArgumentError("First field of agent type must be `id` (and should be of type `Int`)."))
     fieldtype(A, :id) <: Integer ||
-    throw(ArgumentError("`id` field in agent type must be of type `Int`."))
+        throw(ArgumentError("`id` field in agent type must be of type `Int`."))
     if space !== nothing
         (any(isequal(:pos), fieldnames(A)) && fieldnames(A)[2] == :pos) ||
-        throw(ArgumentError("Second field of agent type must be `pos` when using a space."))
+            throw(ArgumentError("Second field of agent type must be `pos` when using a space."))
         # Check `pos` field in A has the correct type
         pos_type = fieldtype(A, :pos)
         space_type = typeof(space)