Structure Padding in C++
Structure padding in C++ is still an important topic and good to know, even with nearly infinite memory and billions of cycles available nowadays.
Read More Structure Padding in C++Category: programming
A C++ GitHub Template Repository utilizing CircleCI, CMAKE, Docker and Doxygen
With GitHub template repositories and a bit of customized tooling, including a CircleCI CMAKE/CTEST pipeline and automated doxygen documentation generation and deployment via GitHub pages, we have a good and easy to extend starting point for many C++ projects. Although GitHub template repositories can be used for all certain kinds of projects, it is extremely helpful for C++ projects which are mostly a bit more complex in their setup.
Read More A C++ GitHub Template Repository utilizing CircleCI, CMAKE, Docker and DoxygenNumerical Methods with C++ Part 4: Introduction Into Decomposition Methods of Linear Equation Systems
Matrices are a key concept in solving linear equation systems. Efficient implementations of matrices are not only considering computation complexity but also space complexity of the matrix data. To choose a fitting decomposition algorithm, the characteristics of the linear equation system need to be known.
Read More Numerical Methods with C++ Part 4: Introduction Into Decomposition Methods of Linear Equation SystemsNumerical Methods with C++ Part 3: Root Approximation Algorithms
Implementation of Root Approximation Algorithms such as Bisection, Newton, Dekker and Brent
Read More Numerical Methods with C++ Part 3: Root Approximation AlgorithmsNumerical Methods with C++ Part 2: Gauss-Legendre Integration
Implementation of Numerical Integrations with Trapezoidal and Simpson Rule Approach.
Read More Numerical Methods with C++ Part 2: Gauss-Legendre IntegrationNumerical Methods with C++ Part 1: Newton-Cotes Integration
Implementation of Numerical Integrations with Trapezoidal and Simpson Rule Approach.
Read More Numerical Methods with C++ Part 1: Newton-Cotes IntegrationIntroduction into C++ Builds with Gradle
A short introduction into the modern build system gradle
Read More Introduction into C++ Builds with GradleA short Introduction into IEEE 754 Floating-Point Model
A short Introduction into IEEE 754 Floating-Point Model
Read More A short Introduction into IEEE 754 Floating-Point ModelIntroduction into an Automated C++ Build Setup with Jenkins and CMake
Introduction into an Automated C++ Build Setup with Jenkins and CMake
Read More Introduction into an Automated C++ Build Setup with Jenkins and CMakeIntroduction into Logging with Loguru
Introduction into Logging with lightweight and Thread-Safe Loguru
Read More Introduction into Logging with Loguru