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Here's an approach for any two multi-dimensional lists of strings which have arbitrary, but matching structures: stringJoin[x__String] := StringJoin[x] SetAttributes[stringJoin, Listable] stringJoin[La, Lb] EDIT Short explanation of listability: Listable functions are effectively applied separately to each element in a list, or to corresponding ...


Rather than considering this question "too simple" and closing it I tried to think of a way to make it or its answer of wider interest. It seems to me that for this question to have been asked it must not be clear that there is equivalence between <= and LessEqual, and/or that LessEqual is not a binary function but can receive many arguments. One can ...


sLa = Map[ToString, La, {2}]; sLb = Map[ToString, Lb, {2}]; MapThread[StringJoin, #] & /@ Transpose[{sLa, sLb}] also Thread[j @@ #] & /@ Transpose[{sLa, sLb}] /. j -> StringJoin


Your current syntax is trying to Map the function {2} onto each element in the list generated transform2Time[#,10] &/@ {lst2,lst2,lst3} I think this is what you want? ulttst = N@Map[transform2Time[#, 10] &, {lst1, lst2, lst3}, {3}]


As mentioned by kglr and ilian in the comments, you can do one of two things. We can define a function that you can map over the function, i.e. #["ParameterTable"] & is the pure function that will accept the Head of a function, and we map this over the list of function as #["ParameterTable"] & /@ Messungfit Alternatively, we can use Through, ...

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