size of plans

Author: ioannisPApapadopoulos

src/arrays.jl

@@ -4,8 +4,6 @@ struct ArrayPlan{T, FF<:FTPlan{<:T}, Szs<:Tuple, Dims<:Tuple{<:Int}} <: Plan{T}
     dims::Dims
 end
 size(P::ArrayPlan) = P.szs
-size(P::ArrayPlan, k::Int) = P.szs[k]
-size(P::ArrayPlan, k...) = P.szs[[k...]]
 
 function ArrayPlan(F::FTPlan{<:T}, c::AbstractArray{T}, dims::Tuple{<:Int}=(1,)) where T
     szs = size(c)
@@ -54,8 +52,6 @@ struct NDimsPlan{T, FF<:ArrayPlan{<:T}, Szs<:Tuple, Dims<:Tuple} <: Plan{T}
 end
 
 size(P::NDimsPlan) = P.szs
-size(P::NDimsPlan, k::Int) = P.szs[k]
-size(P::NDimsPlan, k...) = P.szs[[k...]]
 
 function NDimsPlan(F::FTPlan, szs::Tuple, dims::Tuple)
     NDimsPlan(ArrayPlan(F, szs, (first(dims),)), szs, dims)

test/arraystests.jl

@@ -8,8 +8,6 @@ import FastTransforms: ArrayPlan, NDimsPlan
         FT = ArrayPlan(F, c)
 
         @test size(FT) == size(c)
-        @test size(FT,1) == size(c,1)
-        @test size(FT,1,2) == (size(c,1), size(c,2))
 
         f = similar(c);
         for k in axes(c,3)
@@ -43,8 +41,6 @@ import FastTransforms: ArrayPlan, NDimsPlan
         P = NDimsPlan(FT, size(c), (1,2))
 
         @test size(P) == size(c)
-        @test size(P,1) == size(c,1)
-        @test size(P,1,2) == (size(c,1), size(c,2))
 
         f = similar(c);
         for k in axes(f,3)