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QuantitativeBytes/README.md

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Hi there 👋

I firmly believe that no problem can be solved unless it can first be measured. I specialize in writing software to make quantitative measurements from multi-dimensional raw data, bringing new intelligence to clinical and research problem solving. I primarily code in Matlab, C++ and Python, using whichever tool is most appropriate to the problem at hand. Working at the boundary between data science and software engineering, I have extensive experience of all aspects of research software development, ranging from the design and implementation of fundamental image and signal processing algorithms, through user-interface design and implementation, to statistical analysis and reporting.

I am a passionate believer in the value of sharing my enthusiasm for and knowledge of science and engineering to educate and inspire others. In my spare time I run the QuantitativeBytes YouTube channel for exactly this purpose, with a focus on scientific computing. I create educational content and tutorials on a variety of topics with an emphasis on practical implementation, focusing mostly on development in C++ and Python. You can check it out at the links below:

🔗 QuantitativeBytes YouTube Channel

🔗 QuantitativeBytes Facebook Page

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  1. qbRayTrace2 qbRayTrace2 Public

    Welcome to Part 2 of my series on building a ray tracer from scratch in C++ with the SDL2 library! Follow me in this 'code with me' style series as I build a simple but functional ray tracer from s…

    C++ 13 2

  2. qbRayTrace qbRayTrace Public

    Welcome to my new series on building a ray tracer from scratch in C++ with the SDL2 library! Follow me in this 'code with me' style series as I build a simple but functional ray tracer from scratch…

    C++ 43 10

  3. qbLinAlg qbLinAlg Public

    QuantitativeBytes Linear Algebra Library [C++]. A simple implementation of various common linear algebra functions, intended for educational purposes.

    C++ 47 12

  4. qbGradient qbGradient Public

    qbGradient is a simple C++ implementation of the gradient descent method for numerical optimization, intended to demonstrate the principles of the method for educational purposes.

    C++ 12 3