@@ -183,9 +183,6 @@ println("---------------------------------")
183183println (" | Multifusion space tests |" )
184184println (" ---------------------------------" )
185185
186- i = 1
187- j = 2
188-
189186@timedtestset " Multifusion spaces " verbose = true begin
190187 @timedtestset " GradedSpace: $(TK. type_repr (Vect[I])) " begin
191188 gen = (values (I)[k] => (k + 1 ) for k in 1 : length (values (I)))
@@ -358,7 +355,7 @@ println("---------------------------------------")
358355println (" | Multifusion fusion tree tests |" )
359356println (" ---------------------------------------" )
360357
361- @timedtestset " Fusion trees for $(TK. type_repr (I)) involving ($i , $j )" verbose = true for i in 1 : r, j in 1 : 7
358+ @timedtestset " Fusion trees for $(TK. type_repr (I)) involving ($i , $j )" verbose = true for i in 1 : r, j in 1 : r
362359 N = 6
363360 Mop = rand_object (I, j, i)
364361 M = rand_object (I, i, j)
@@ -521,13 +518,10 @@ println("---------------------------------------")
521518 while incoming ∉ collect (⊗ (out2... )) # when i = j these don't necessarily fuse to the same object, since Mop x M doesn't return all objects in 𝒞ᵢᵢ
522519 Mop = rand_object (I, j, i)
523520 out2 = (D0, D1, Mop, C0, C1, M)
524- @show i,j
525521 end
526522
527523 f1 = rand (collect (fusiontrees (out, incoming, ntuple (n -> rand (Bool), N))))
528- @info " before here?"
529524 f2 = rand (collect (fusiontrees (out2, incoming, ntuple (n -> rand (Bool), N))))
530- @info " or over here?"
531525
532526 @testset " Double fusion tree $Istr : repartitioning" begin
533527 for n in 0 : (2 * N)
@@ -551,6 +545,8 @@ println("---------------------------------------")
551545 end
552546
553547 # no double fusion tree permutation tests
548+
549+ # very slow for (1, 6), (3, 4), (3, 5), (3, 6), (5, 6), (6, 1), (6, 5), (7, 1), (7, 4), (7, 6)
554550 @testset " Double fusion tree $Istr : transposition" begin
555551 for n in 0 : (2 N)
556552 i0 = rand (1 : (2 N))
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