... | ... | @@ -6,17 +6,21 @@ The Pulse engine is really just a few static C++ libraries. You will just need t |
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As part of the Pulse build instructions, you performed an install. This will provide all the files you need for your application. They will be located in an 'install' folder in your Pulse build directory.
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Inside the sdk/howto folder of the source repository is a stand-alone CMake project providing an example of finding and using the Pulse engine in another C++ project.
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Inside the source code is an [sdk/howto folder](https://gitlab.kitware.com/physiology/engine/tree/master/sdk/howto) that contains various examples of using the Pulse engine from various languages.
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In the sections below, I will try to highlight what is there for what language and how you can build and run and experiment with the SDK.
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### C++ Examples
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As Pulse is written in C++, you will have more flexibility and control of Pulse by using the C++ interface. All C++ examples are in the sdk/howto/cpp folder. All of the C++ files are used to build a simple command line executable.
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As Pulse is written in C++, you will have more flexibility and control of Pulse by using the C++ interface. All C++ examples are in the [sdk/howto/cpp folder](https://gitlab.kitware.com/physiology/engine/tree/master/sdk/howto/cpp). All of the C++ files are used to build a simple command line executable.
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### Java Examples
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Pulse provides a custom JNI bridge that provides control to a Pulse engine running in C++.
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### C# Examples
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### .NET/C# Example
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Pulse provides a custom CLR bridge that provides control to a Pulse engine running in C++.
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