diff --git a/src/toeplitzhankel.jl b/src/toeplitzhankel.jl
index 740958dc..fef934f6 100644
--- a/src/toeplitzhankel.jl
+++ b/src/toeplitzhankel.jl
@@ -189,7 +189,7 @@ for f in (:leg2cheb, :leg2chebu)
     TLC = Symbol("_", f, "TH_TLC")
     @eval begin
         $plan(::Type{S}, mn::NTuple{N,Int}, dims::Int) where {S,N} = ToeplitzHankelPlan($TLC(S, mn, dims)..., dims)
-        function $plan(::Type{S}, mn::NTuple{N,Int}, dims=ntuple(identity,Val(N))) where {S,N}
+        function $plan(::Type{S}, mn::NTuple{N,Int}, dims) where {S,N}
             TLCs = $TLC.(S, Ref(mn), dims)
             ToeplitzHankelPlan{S,N}(map(first, TLCs), map(TLC -> TLC[2], TLCs), map(last, TLCs), dims)
         end
@@ -221,7 +221,7 @@ end
 
 plan_th_cheb2leg!(::Type{S}, mn::NTuple{N,Int}, dims::Int) where {S,N} = ChebyshevToLegendrePlanTH(ToeplitzHankelPlan(_cheb2legTH_TLC(S, mn, dims)..., dims))
 
-function plan_th_cheb2leg!(::Type{S}, mn::NTuple{N,Int}, dims=ntuple(identity,Val(N))) where {S,N}
+function plan_th_cheb2leg!(::Type{S}, mn::NTuple{N,Int}, dims) where {S,N}
     TLCs = _cheb2legTH_TLC.(S, Ref(mn), dims)
     ChebyshevToLegendrePlanTH(ToeplitzHankelPlan{S,N}(map(first, TLCs), map(TLC -> TLC[2], TLCs), map(last, TLCs), dims))
 end
diff --git a/test/toeplitzhankeltests.jl b/test/toeplitzhankeltests.jl
index 245f19b4..b90ce94b 100644
--- a/test/toeplitzhankeltests.jl
+++ b/test/toeplitzhankeltests.jl
@@ -132,36 +132,35 @@ Random.seed!(0)
     end
 
     @testset "tensor" begin
-            X = randn(5,4,3)
-            for trans in (th_leg2cheb, th_cheb2leg)
-                Y = trans(X, 1)
-                for ℓ = 1:size(X,3)
-                    @test Y[:,:,ℓ] ≈ trans(X[:,:,ℓ],1)
-                end
-                Y = trans(X, 2)
-                for ℓ = 1:size(X,3)
-                    @test Y[:,:,ℓ] ≈ trans(X[:,:,ℓ],2)
-                end
-                Y = trans(X, 3)
-                for j = 1:size(X,2)
-                    @test Y[:,j,:] ≈ trans(X[:,j,:],2)
-                end
-
-                Y = trans(X, (1,3))
-                for j = 1:size(X,2)
-                    @test Y[:,j,:] ≈ trans(X[:,j,:])
-                end 
-
-                Y = trans(X, 1:3)
-                M = copy(X)
-                for j = 1:size(X,3)
-                    M[:,:,j] = trans(M[:,:,j])
-                end
-                for k = 1:size(X,1), j=1:size(X,2)
-                    M[k,j,:] = trans(M[k,j,:])
-                end
-                @test M ≈ Y
+        X = randn(5,4,3)
+        for trans in (th_leg2cheb, th_cheb2leg)
+            Y = trans(X, 1)
+            for ℓ = 1:size(X,3)
+                @test Y[:,:,ℓ] ≈ trans(X[:,:,ℓ],1)
             end
+            Y = trans(X, 2)
+            for ℓ = 1:size(X,3)
+                @test Y[:,:,ℓ] ≈ trans(X[:,:,ℓ],2)
+            end
+            Y = trans(X, 3)
+            for j = 1:size(X,2)
+                @test Y[:,j,:] ≈ trans(X[:,j,:],2)
+            end
+
+            Y = trans(X, (1,3))
+            for j = 1:size(X,2)
+                @test Y[:,j,:] ≈ trans(X[:,j,:])
+            end 
+
+            Y = trans(X, 1:3)
+            M = copy(X)
+            for j = 1:size(X,3)
+                M[:,:,j] = trans(M[:,:,j])
+            end
+            for k = 1:size(X,1), j=1:size(X,2)
+                M[k,j,:] = trans(M[k,j,:])
+            end
+            @test M ≈ Y
         end
     end
 end
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