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Oct
13
comment How can I create a plot like this in mathematica?
There's also BoxWhiskerChart
Oct
13
awarded  Enlightened
Oct
13
awarded  Nice Answer
Oct
12
comment How to create a reliable natural integral operator?
I voted to close as a duplicate originally, but it may be better to close because it's unclear what the question is asking. "Natural integral" is not a thing.
Oct
12
reviewed Close Analog of GeneratingFunction for Newton series
Oct
12
comment How to create a reliable natural integral operator?
My point is simply this: Integrate takes your integrand and finds, if necessary, an appropriate transformation that allows the integral to be calculated. That may involve any number of transformations, among them potentially series (such as that on which your question relies). But it's important to realize that the choice of appropriate transformation is limited by the type of integrand, and there is no one transformation that could be used as a definition of natural for all integrands. In that sense, Integrate already finds a reasonably natural result.
Oct
12
comment How to create a reliable natural integral operator?
If a definition of a natural integral involves so many case distinctions, as in your question, then it is almost "by definition" not a natural definition. So in cases where the most general of your attempts doesn't work, you should just ask: why not simply use Integrate? By the way you forgot an $i$ on the right of the first equation.
Oct
12
comment How to create a reliable natural integral operator?
It should be mentioned that this question is based on an earlier question (and my answer to it). To explain what exactly makes this question different from that one, it would be good to show what Mathematica code you have already tried, and what your expected input and output looks like in some examples.
Oct
12
comment Calculate inertia tensors
Maybe of interest: I used the inertia tensor to identify symmetries of an object in an image in this answer.
Oct
12
revised Boundary condition for stochastic differential equation
Ambiguous acronym in title expanded
Oct
11
comment How to create an hexagonal lattice structure
Also related: Wolfram Demo
Oct
10
comment Very serious multiplication bug when subscripts are used
@physicsphile Good to know they acknowledged the bug.
Oct
9
comment exporting mathematica videos
The question at this point seems too broad because there are so many ways to make movies. The title suggests that you want to Export videos from Mathematica. In that case, you would have to be more specific about the source objects that you want to export, and the movie format that is desired. It's not efficient for someone who wants to answer, if they first have to download the iBook you mention, in order to see what you might mean.
Oct
9
comment stacking images
Unless we get more details about the images, and an explanation of what this has to do with "stacking" them, I would call this a duplicate of the question linked by @Kuba.
Oct
9
comment Non sequitur in documentation of MemberQ
That historical explanation of why they put the wording in the front section seems to make sense (+1).
Oct
9
awarded  Nice Answer
Oct
9
comment Non sequitur in documentation of MemberQ
I'm going by my knowledge of what all the other functions ending in Q also do. They differ from tests such as Element in that they assign a truth value based on the immediate, explicit structure of the argument. Think of TrueQ: it's very quick to give False because it only gives you True if you give it True first. In other words, functions ending in Q don't ever give "maybe" as an answer...
Oct
9
awarded  Reviewer
Oct
9
answered Non sequitur in documentation of MemberQ
Oct
8
reviewed Close Solve a system of two equations only in Mathematica