The stack trace of the error is horrendous. The error is
MethodError: no method matching array_cache(::Gridap.Geometry.SkeletonPair{Gridap.Arrays.Reindexed{Array{Int64,1},1,Gridap.Arrays.Table{Int64,Int32},Array{Int64,1}},Gridap.Arrays.Reindexed{Array{Int64,1},1,Gridap.Arrays.Table{Int64,Int32},Array{Int64,1}}})
Closest candidates are:
array_cache(::Any, !Matched::Gridap.Arrays.ArrayPair) at /home/santiago/.julia/packages/Gridap/6bVfG/src/Arrays/ArrayPairs.jl:34
array_cache(::Any, !Matched::Gridap.Arrays.UnpairedArray) at /home/santiago/.julia/packages/Gridap/6bVfG/src/Arrays/ArrayPairs.jl:95
array_cache(::Any, !Matched::T) where T at /home/santiago/.julia/packages/Gridap/6bVfG/src/Arrays/Interface.jl:78
...
Any idea what is going on in Gridap?
I don't see anything special in GridapODEs and interior and boundary terms work perfect.
@oriolcg have you been able to integrate skeleton terms for transient problems?
Hi @fverdugo @oriolcg
I see that whatever term I try to integrate with skeleton, it does not work.
E.g., you can find the DG heat equation test here
https://github.com/gridap/GridapODEs.jl/blob/bug_skeleton_terms/test/TransientFEsTests/DGHeatEquationTests.jl
The stack trace of the error is horrendous. The error is
Any idea what is going on in Gridap?
I don't see anything special in
GridapODEs
and interior and boundary terms work perfect.@oriolcg have you been able to integrate skeleton terms for transient problems?