Answer by user1066 for Applying several functions to the same argument
Although not more concise, it might be worth noting (as pointed out by Wagner, p196) that a pure function may be made listable using Function[] syntax (but not, as far as I am aware, with either...
View ArticleApplying several functions to the same argument
Is there a more concise way of achieving the following result (possibly without d |->)?(d |-> (d@Exponent[#, Variables[expr]] &)) /@ {f1, f2}{f1[Exponent[#1, Variables[expr]]] &,...
View ArticleAnswer by MelaGo for Applying several functions to the same argument
Table[{Exponent[#, Variables[expr]]} & /. List -> f, {f, {f1, f2}}](* {f1[Exponent[#1, Variables[expr]]] &, f2[Exponent[#1, Variables[expr]]] &} *)
View ArticleAnswer by E. Chan-López for Applying several functions to the same argument
A dirty alternative:ComapApplyPureFunction[funcs_?VectorQ, pf_Function] := Module[{strpf},strpf = StringDelete[ToString[pf], "&"];ToExpression[#1 <> #2 & @@@ Thread[{ToString@#2@#1 &...
View ArticleAnswer by mikado for Applying several functions to the same argument
I think that in Version 14, you would be able to writefn = Comap[{f1, f2}]@*(Exponent[#, Variables[expr]] &)With this definition, you would the haveexpr = a + b + c(* a + b + c *)fn[expr](*...
View ArticleAnswer by lericr for Applying several functions to the same argument
If you literally just want shorter, you can just use a different version of Function:#@(Exponent[#, Variables[expr]] &) & /@ {f1, f2}
View ArticleAnswer by Edmund for Applying several functions to the same argument
You can use Composition.LonghandComposition[#, Exponent[#, Variables[expr]] &] & /@ {f1, f2}Shorthand#@*(Exponent[#, Variables[expr]] &) & /@ {f1, f2}Both give{f1@*(Exponent[#1,...
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