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8

Support for the mechanism that makes the CDF browser plugin possible is being phased out, and the CDF player already does not work on the newest versions of Google Chrome. In light of this there is no better time than now to start mixing the Wolfram Language with HTML and Javascript. The concerns of using Wolfram Language as a backend/server language is no ...


8

Here is a basic example of how Mathematica code would be deployed. Get["http://exampledata.wolfram.com/Collatz.m"]; ?? Collatz Collatz[5] {5, 16, 8, 4, 2, 1} You can look into APIFunction that you access directly if you want to build an interface with HTML/Javascript, or if you want a simple interface running on Wolfram's cloud you can use ...


7

Here are two I have found: http://marwww.in2p3.fr/Master2-P3TMA/Programme/MiseAniveau/stock/mathqkref.pdf http://math.msstate.edu/events/reu/reu2010/leftitems/ma-refcard-la.pdf I'm not sure these are great but they are the best I've found. (I take it these are along the lines of what you want, correct?)


6

Fourth fork of the list of links. Manipulate/Dynamic Got Manipulate? (Seminar slides) Manipulate secrects revealed What is the equivalent of a prototypical Manipulate in lower level functions? Selective evaluation of blocks of code in a Manipulate Understanding CDF How to modularize custom controls for Manipulate? ...


5

To get a fixed step size with the BDF method you can lower the AccuracyGoal and PrecisionGoal to increase the adaptive step sizes and then use MaxStepSize to limit the step size to any value you want. Get an example stiff system from the documentation: Needs["DifferentialEquations`NDSolveProblems`"]; Needs["DifferentialEquations`NDSolveUtilities`"]; system ...


3

I know of only one reference: the book by Phil Gregory "Bayesian Logical Data Analysis for the Physical Sciences". I can recommend this book. It covers a great deal of Bayesian data analysis and includes many worked examples. It is published by Cambridge University Press: http://bit.ly/1tdaYhG . It is accompanied by a large(!) Mathematica notebook, which ...


3

For a start I think you may need to use SetDelayed (:=) instead of Set (=). Then be careful with the spaces, a b c (the product of three different variables) is not the same as abc (a single variable). Then porbably you want something like this: ClearAll[a, b, c, d, e, f, g, h, i, j, k] Panel[Grid[{{Style["Inputs", Bold], SpanFromLeft}, {"a:", ...


3

I am not sure wether it is what you need. In Wolfram Research sites http://www.wolfram.com/books/ I found a book called An Engineer's Guide to Mathematica Paperback – May 5, 2014 by Edward B. Magrab (Author) And you can buy a printed book in Amazon. http://www.amazon.com/dp/1118821262/wolframresearch-20 Lastly, seeing your question: My problem is ...


1

What about testing with good and (purposely) bad implementations of number theory functions? The bad implementation tests your cluster, the good gives you a fast, modifiable answer. For example, PowerMod is faster than Mod. ParallelSum[Mod[3749111187234987^n, 743], {n, 1, 10000}]] ParallelSum[PowerMod[3749111187234987, n, 743], {n, 1, 10000}] but becomes ...



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