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bio website stackoverflow.com/users/…
location United States
age 29
visits member for 1 year, 5 months
seen 10 hours ago
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May
23
comment Converting polygon to graph in V7
@jnthn: Interesting, I think I missed the errors because I was working in 9.0.1. My apologies, as I did have access to 7.0 for testing. Glad that I was able to help.
May
22
comment Converting polygon to graph in V7
The syntax of Graph in Combinatorica is Graph[e, v, opts], not Graph[v, e] as with the new built-in Graph.
May
22
answered Converting polygon to graph in V7
Mar
20
comment Can Enterprise Edition really encrypt code for distribution via CDF?
@AndreasLauschke: Sarcasm noted... Your attachment to security-through-obscurity is misguided, and you should know it. There is no need for you to apologize; I had a feeling the "5 lines" wouldn't be forthcoming, for one reason or another. At the very least, you should send whatever info you might have to WRI so that they might have a better shot at fixing the problem you vehemently allege and (so far) provide absolutely no evidence for.
Mar
19
comment Can Enterprise Edition really encrypt code for distribution via CDF?
@AndreasLauschke: re (b), there is no provided function in M that can convert encoded files back to their original form, and setting Locked/ReadProtected prevents inspection of symbol definitions in the kernel. what 5 lines of "pro M code" are you talking about?
Feb
28
answered Storing result from nested Table in a File for further computations
Jan
18
awarded  Yearling
Sep
29
answered How to display equations without Mathematica simplifying them?
Jun
3
awarded  Editor
Jun
3
revised Export to text file
Added use of the second argument of ScientificForm to get the amount of digits the OP was looking for.
Jun
3
answered Export to text file
May
27
awarded  Teacher
May
20
answered nested numerical integration: not valid limits?
Mar
10
comment Listing subgraphs of G isomorphic to SubG
I think you meant that GI is not known to be NP-complete, as it is known to be in NP.
Jan
19
comment Difficulties in creating strict and robust equivalence between two symbols using the Notation package
If you type (and evaluate) the definition of f in a notebook whose InputAutoReplacements option is appropriately set, then your approach works. If the definition already exists (e.g. in some other notebook where the InputAutoReplacements option was not appropriately set when the definition was entered), then this approach does not work. Please also note that re-evaluating the cell containing the definition doesn't help, even if InputAutoReplacements is then set appropriately; it would be necessary to actually re-type [parts of] the definition with InputAutoReplacements appropriately set.
Jan
18
comment Difficulties in creating strict and robust equivalence between two symbols using the Notation package
This is good, but it does not work if, for example, there is an existing definition like f[x_]:=beta^x. Entering beta=3 (which properly replaces) and then f[2] does not give the desired 9, but still just beta^2. (By the way, though I'm pointing this out, I don't know how to get around this)
Jan
18
awarded  Supporter
Jan
18
awarded  Autobiographer