There is a long way to go before a private cloud is needed. The recent inclusion of MongoLink opens a new and wide field of possibilities.
Data can also be distributed over different database servers. One can do that using a Wolfram Cloud account, applications deployed in the cloud, running apps on desktop/laptop using the low cost CDF Player Pro, running apps on iPads using the even cheaper CDF Player. There is a wealth of possibilities to deploy large applications at low cost. One can also develop good interfaces using the FormPage and FormFunction framework provide in the wolfram Language. Output can also be redirected to specific sheets. Data are captured using the Smartsheet API from within the Wolfram Language. In many applications I use Smartsheet to provide the usual spreadsheet type of interface. I would like to add a few clarifications.
I am a Mathematica develloper myself since version 1. The real benefit of Mathematica is in its ability to allow model builders to generate such models very quickly with less code than other languages like Python or R. Along the way the model builder can use the vast array of internal functions (6500 or so at last count) to perform operations as diverse as image processing, statistics, and optimization. While Mathematica can quite literally do anything, the most common use case is as a means to build a mathematical model or representation of some complex system that one wishes to study using data. Everyone at our small firm uses Mathematica in one way or another. Ours is a consultancy that uses tools like Mathematica to solve insanely hard problems for our clients, which are mostly large corporations with complex operations. The Wolfram Language, in turn, is a functional programming utility for solving all sorts of complex problems in a wide variety of fields, from science to business and government. Wolfram Mathematica is a desktop environment for building applications in the Wolfram Language. Integration Platform as a Service (iPaaS).Before an example of that, it's worth talking about FilterRules. This is also useful for chaining functions together and passing their options to each other.
Seeing as that's all we're doing, though, we can also leverage the power of patterns to restrict our we have a function g that can vary depending on its word!", Consider the following:Īll I've done here is tell the system that whenever it sees the pattern f] execute the right hand code, but with x replaced with the value of that Blank.
The reason for that long discussion of patterns is the following: Mathematica functions (except pure functions) are just patterns.
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