7:43 AM
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The Gillespie SSA is a Monte Carlo stochastic simulation algorithm to find the trajectory a dynamic system described by a reaction (or interaction) network, e.g. chemical reactions or ecological problems. It was introduced by Dan Gillespie in 1977 (see paper here). It is used in case of small mol...
2 hours later…
9:20 AM
@Szabolcs or whoever is in the room. Since I still have Adobe Illustrator open because I created two community ads, do we need some other important ads? I would like to have some for the chat as well. The ads on TeX.se for their chat are so funny and I think we miss an opportunity here.
9:45 AM
@halirutan ^ There were links to important posts, such as the one having many references, the one with beginner pitfalls. There were ads for nice free books, like Wagner's and Leonid's.
Maybe it's worth putting one to this old page which shows how functions work through animations: reference.wolfram.com/legacy/flash
And maybe for the new introductory book by SW: wolfram.com/language/fast-introduction-for-programmers I have it also in paper but I haven't looked in detail yet ...
I'm going to put the link for TeX.SE community ads here again for everyone else. Take a look at their chatroom ads. meta.tex.stackexchange.com/questions/6473/…
10:12 AM
@halirutan Yes, about a day after I posted MaTeX & IGraph/M, they kept coming up all the time. I didn't want to keep seeing the same ones all the time so I tried to post some more ...
Today I don't see any. Recently refreshing the page doesn't show new ads, it keeps showing the same.
@halirutan Does this have the wrong link? meta.mathematica.stackexchange.com/a/1899/12 It should link here, no?
3 hours later…
1:16 PM
5 hours later…
6:21 PM
Hi,
I'm a student of physics with little to no background in programming. I have to learn *Mathematica* for my Physics project. As of now, I need it for doing numerical integration, numerical optimization and making fancy graphs.
How should I go about learning it effectively? What are some good resources for a person in my situation? I came across:
1. reference.wolfram.com/language
2. http://www.wolfram.com/learningcenter/tutorialcollection/. But these seem very long.
3. *Mathematica: A Problem Centered Approach* by Roozbeh Hazrat.
I'm a student of physics with little to no background in programming. I have to learn *Mathematica* for my Physics project. As of now, I need it for doing numerical integration, numerical optimization and making fancy graphs.
How should I go about learning it effectively? What are some good resources for a person in my situation? I came across:
1. reference.wolfram.com/language
2. http://www.wolfram.com/learningcenter/tutorialcollection/. But these seem very long.
3. *Mathematica: A Problem Centered Approach* by Roozbeh Hazrat.
5 hours later…
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