drop legacy macros

Author: cscherrer

src/macros.jl

@@ -130,101 +130,6 @@ macro parameterized(expr)
     _parameterized(__module__, expr)
 end
 
-
-# (@macroexpand @parameterized Normal(μ,σ) ≃ (1/sqrt2π) * Lebesgue(X)) |> MacroTools.prettify
-
-
-using MLStyle
-
-macro μσ_methods(ex)
-    _μσ_methods(__module__, ex)
-end
-
-function _μσ_methods(__module__, ex)
-    @match ex begin
-        :($dist($(args...))) => begin
-            
-            argnames = QuoteNode.(args)
-
-            d_args = (:(d.$arg) for arg in args)
-
-            method_μσ = KeywordCalls._kwstruct(__module__, :($dist($(args...), μ, σ)))
-            method_μ  = KeywordCalls._kwstruct(__module__, :($dist($(args...), μ)))
-            method_σ  = KeywordCalls._kwstruct(__module__, :($dist($(args...), σ)))
-            C = constructorof(getproperty(__module__, dist))
-            dist = esc(dist)
-            q = quote
-
-                 $method_μσ
-                 $method_μ
-                 $method_σ
-
-                function Base.rand(rng::AbstractRNG, T::Type, d::$dist{($(argnames...), :μ, :σ)})
-                    d.σ * rand(rng, T, $dist($(d_args...))) + d.μ
-                end
-
-                function MeasureBase.logdensity(d::$dist{($(argnames...), :μ, :σ)}, x)
-                    z = (x - d.μ) / d.σ   
-                    return logdensity($dist($(d_args...)), z) - log(d.σ)
-                end
-
-                function Base.rand(rng::AbstractRNG, T::Type, d::$dist{($(argnames...), :σ)})
-                    d.σ * rand(rng, T, $dist($(d_args...)))
-                end
-
-                function MeasureBase.logdensity(d::$dist{($(argnames...), :σ)}, x)
-                    z = x / d.σ   
-                    return logdensity($dist($(d_args...)), z) - log(d.σ) 
-                end
-
-                function Base.rand(rng::AbstractRNG, T::Type, d::$dist{($(argnames...), :μ)})
-                    rand(rng, T, $dist($(d_args...))) + d.μ
-                end
-
-                function MeasureBase.logdensity(d::$dist{($(argnames...), :μ)}, x)
-                    z = x - d.μ
-                    return logdensity($dist($(d_args...)), z)
-                end
-            end 
-
-            return q
-        end
-    end
-end
-
-
-macro σ_methods(ex)
-    _σ_methods(__module__, ex)
-end
-
-function _σ_methods(__module__, ex)
-    @match ex begin
-        :($dist($(args...))) => begin
-            argnames = QuoteNode.(args)
-
-            d_args = (:(d.$arg) for arg in args)
-
-            method_σ  = KeywordCalls._kwstruct(__module__, :($dist($(args...), σ)))
-
-            dist = esc(dist)
-            q = quote
-                $method_σ
-
-                function Base.rand(rng::AbstractRNG, T::Type, d::$dist{($(argnames...), :σ)})
-                    d.σ * rand(rng, T, $dist($(d_args...)))
-                end
-
-                function MeasureBase.logdensity(d::$dist{($(argnames...), :σ)}, x)
-                    z = x / d.σ   
-                    return logdensity($dist($(d_args...)), z) - log(d.σ) 
-                end
-            end 
-
-            return q
-        end
-    end
-end
-
 """
     @half dist([paramnames])