CoreWolf 1.1.0

CoreWolf

What is CoreWolf?

1. Do you use Mathematica extensively or wolfram engine/script/kernel/one/alpha?
2. Are you looking for an easy and cross-platform library to integrate wolfram into your software?
3. Don't you want to remember the syntax of the commands and the lexicon created for the wolfram language (WL)?

CoreWolf is exactly what you need and didn't know you needed.

CoreWolf is an open source c# library that allows you to fully interact with wolfram language by integrating all more than 6500 buildin symbols of engine. Unlike the c# library NETLink developed by Wolfram but usable only on Windows platform, CoreWolf is developed in .NET Core and therefore usable on Windows, Linux, MacOS and all OS supported by .NET Core.

How to use CoreWolf?

The code can be compiled by running the command

dotnet build

and the CoreWolf.dll library will be produced. The library can be imported into your project and used. Here are some examples:

Perform a simple operation (sum)

using CoreWolf; //import the library
Link link = new Link();  //class link
Engine en = link.Engine;  //get the engine
en.Execute("17+5");  //use the engine to Execute a command

At the end, the value of property Text of en (en.Text) will be 22.

Perform more complex operations

1. Reduction of an expression $\sin\left(x\right)^2+\cos\left(x\right)^2$

en.Execute("Sin[x]^2+Cos[x]^2==1).Reduce();

The value of en.Text is the boolen string 'True'.

2. Exact integration $\int_{2}^3 x^2 dx$

en.Integrate("x^2", "{x, 2, 3}");

3. Numerical integration $\int_{2}^3 x^e dx$

en.NIntegrate("x^E", "{x, 2, 3}")

4. Exact integration and than its numerical evaluation $\int_{2}^3 x^2 dx$

en.Integrate("x^2", "{x, 2, 3}")
en.N();
//is the same as en.Integrate("x^2", "{x, 2, 3}").N();

Draw and export a plot

en.Plot("Sqrt[Log[1+x^2]]", "{x, Sin[3], 90}");  //create a plot
en.Export("plot.jpg");  //export a plot

Build a new library

cd Scraper
dotnet run Scraper
cd ../CoreWolf
rm -rf bin obj
cp ../README.md .
dotnet pack -c Release