C# Implementation of Basic Linear Algebra Concepts

Mohammad Elsheimy

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12 Mar 2020CPOL3 min read

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My C# implementation of linear algebra concepts (matrix elimination, multiplication, inverses, determinants, etc.)

In this article, we look at many concepts in Matrices and Vectors. In Matrices, we will take a look at Matrix Elimination, Matrix Determinant, Matrix Inverses, Matrix Multiplication, Subspace Projection Matrices, Reflection Matrices, Rotation Matrices, and Shearing Matrices. In Vectors, we will take a look at Angels, Normalization, Dot-Product and Cross-Product, and Projection.

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This article, along with any associated source code and files, is licensed under The Code Project Open License (CPOL)

Written By

Mohammad Elsheimy

Technical Lead

Egypt

Mohammad Elsheimy is a developer, trainer, and technical writer currently hired by one of the leading fintech companies in Middle East, as a technical lead.

Mohammad is a MCP, MCTS, MCPD, MCSA, MCSE, and MCT expertized in Microsoft technologies, data management, analytics, Azure and DevOps solutions. He is also a Project Management Professional (PMP) and a Quranic Readings college (Al-Azhar) graduate specialized in Quranic readings, Islamic legislation, and the Arabic language.

Mohammad was born in Egypt. He loves his machine and his code more than anything else!

Currently, Mohammad runs two blogs: "Just Like [a] Magic" (http://JustLikeAMagic.com) and "مع الدوت نت" (http://WithdDotNet.net), both dedicated for programming and Microsoft technologies.

You can reach Mohammad at elsheimy[at]live[dot]com

C# Implementation of Basic Linear Algebra Concepts

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