J
Jack Schitt
Is it in theory possible to create a single-cell array formula that
simulates the effect of the following?
=Function(Mid(A1,1,1))&Function(Mid(A1,2,1)...&Function(Mid(A1,i,1)...&Funct
ion(A1,n,1)
where n is a variable equal to LEN(A1)
and "Function" is the same throughout
?
I have seen examples of array formulae that use
ROW(INDIRECT("1:"&LEN(A1)))
to identify the value of "i",
but the examples that I have seen always just SUM the elements instead of
concatenating them.
Is there a web page that talks me through these techniques, please? I had a
look at Chip Pearson's otherwise splendid site but the stuff on array
formulae does not seem to go into that depth (or perhaps I missed it).
simulates the effect of the following?
=Function(Mid(A1,1,1))&Function(Mid(A1,2,1)...&Function(Mid(A1,i,1)...&Funct
ion(A1,n,1)
where n is a variable equal to LEN(A1)
and "Function" is the same throughout
?
I have seen examples of array formulae that use
ROW(INDIRECT("1:"&LEN(A1)))
to identify the value of "i",
but the examples that I have seen always just SUM the elements instead of
concatenating them.
Is there a web page that talks me through these techniques, please? I had a
look at Chip Pearson's otherwise splendid site but the stuff on array
formulae does not seem to go into that depth (or perhaps I missed it).