7
2) Is there a way to make mathematica autogenerate packages with proper indentation, so I could avoid these problems in the future (should I have access to the mathematica frontend again)?
I do not think that Mathematica has any built-in capability to produce decently formatted plain-text code. This is something that bothers me a lot, so I've been looking ...
2
Cases[
exampleInput
, HoldPattern[(Set | SetDelayed)[f_Symbol | f_[___], _]] :> Hold[f]
, {2, 3}
] // Apply[Join]
Hold[selPos, selNeg, selNegPair]
Does it fit your needs?
{2,3} is there to handle HoldComplete[ _ ] and HoldComplete[ _ ; ], but I am not sure how flexible it should be because the input cell can contain {{{{{ f =1 }}}}} for example. ...
1
Suppose you assign your Output to c, then
Cases[Cases[c, e_Cell :> MakeExpression[e, StandardForm]],
ExpressionCell[line_, "Code", ___] :>
ToString[Unevaluated@line, InputForm], -1] // First
returns
"F[x_] := x^Sqrt[2] + 1"
1
I am likely missing the point, but why not store the scenarios (NB2) in a simple text file, one record per line.
3 7 2 9 5 4
1 0 1 8 5 4
You can then read the whole file from NB1 as a list, an assign values to variables in a loop.
a X1 + b Y1 == A1;
c X1 + d Y1 == B1;
data = ReadList[FileNameJoin[{$UserDocumentsDirectory, "dataN2.txt"}],
Number, ...
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