An introduction to Python
Examples from C++ 11 / 14 /17
Dynamic Memory, Pointers and Arrays
Aims The aim of this lab is to introduce the C++ software build process, this will include.
Single file software build Using external libraries and package managers (vcpkg) Build Tools (make,cmake) Getting Started We will start this project in a new folder (here we are assuming using the windows powershell and developer console)
Aims The aim of this lab is to introduce the C++ software build process, this will include.
Single file software build Using external libraries and package managers (vcpkg) Build Tools (make,cmake) Getting Started We will start this project in a new folder
Aims The aim of this lab is to introduce the process of TDD and develop some simple tests.
Multi File Build and Project Setup Build Tools (cmake and make test) Using gtest and git Test Driven Design of a Simple RGBA structure Getting Started To start this project we are going to build a typical software project setup.
Aims The aim of this lab is to introduce the process of TDD and develop some simple tests.
Multi File Build and Project Setup Build Tools (cmake and make test) Using gtest and git Test Driven Design of a Simple RGBA structure Getting Started To start this project we are going to build a typical software project setup.
Aims The aim of this lab is to continue our exploration of TDD in C++ by developing an Image Class
Using GitHub Developing a Simple Image Class Writing Images with OpenImageIO Some simple Image Algorithms.
Aims The aim of this lab is to continue our exploration of TDD in C++ by developing an Image Class
Configure GitHub for labs. Developing a Simple Image Class Writing Images with OpenImageIO Some simple Image Algorithms.
Aims The aim of this lab is to continue our exploration of TDD in C++ by developing a simulation of diffusion limited aggregation
Introduction to DLA simulations Understand C++ 11 Random number classes #include Creating Image Sequences Using Command Line Arguments Introduction to DLA Diffusion-limited aggregation (DLA) is the process whereby particles undergoing a random walk due to Brownian motion cluster together to form aggregates of such particles.
Aims The aim of this lab is to continue our exploration of TDD in C++ by developing a simulation of diffusion limited aggregation
Introduction to DLA simulations Understand C++ 11 Random number classes #include Creating Image Sequences Using Command Line Arguments Introduction to DLA Diffusion-limited aggregation (DLA) is the process whereby particles undergoing a random walk due to Brownian motion cluster together to form aggregates of such particles.
Aims The aim of this lab is to develop a simple particle system and write data to various file formats. We will then visualize the data using 3rd party tools
Aims The aim of this lab is to develop a simple particle system and write data to various file formats. We will then visualize the data using 3rd party tools
Aims The Aim of this lab is to install NGL and try some demos programs
Introduction to NGL Building NGL Building Demo Other Operating Systems Introduction to NGL NGL is the NCCA Graphics Library which has been used for teaching programming and graphics since 2003.
Aims The Aim of this lab is to install NGL and try some demos programs
Introduction to NGL Building NGL Building Demo Other Operating Systems Introduction to NGL NGL is the NCCA Graphics Library which has been used for teaching programming and graphics since 2003.
gnuplot gnuplot is a tool that allows us to very quickly visualise data, it can be very useful for testing program output without having to generate complex graphical interface code, the following labs is going to use gnuplot to help visualise the output of several sample programs.
The Clean Code Blog by Robert C. Martin (Uncle Bob)
Hacker News
The OpenGL Wiki
Latency Numbers Every Programmer Should Know
The Clean Code Blog by Robert C. Martin (Uncle Bob)
Hacker News
The OpenGL Wiki
Latency Numbers Every Programmer Should Know
awesome modern c++
Vulkan is a low-level graphics and compute API which aims to provide users with faster draw speeds by removing overhead from the driver. The user is expected to explicitly provide the details previously generated by the driver. The resulting extra code can be difficult to understand and taxing to write for beginners, leading to the need for a helper library.
Maya C++ Computation, Iterators and Exporters
Introduction to the Maya C++ API
Real-Time Facial Motion Capture System