Introduction

triangle

When we playing we see moving objects around the scenery, so today let's have a look how one of the most important pieces of that movement works: translation. There are many ways to perform the same maths, but the GPU must follow the defined pipeline and that's way we use matrices.

 

 

Read more: OpenGL tutorial. Performing translations and rotations

Introduction

On the previous building linux kernel entry we learn how to configure, modify and install a downloaded linux kernel version on our Ubuntu distribution. In this tutorial, we will use an existing configuration from the available from each supported architecture. Later, it will be tested on an open source machine emulator called QEmu which supports ARM architecture, unlike Virtual Box.

Read more: Building Linux Kernel for ARM

Introduction

triangle

Shaders are the modern way to work with vertex. They are little functions provide us a great flexibility to transform the vertex through a standard pipeline.

 

 

Read more: OpenGL tutorial. First shaders

lu 03LU factorization is a popular method to decompose a matrix as the product of a Lower triangle and an Upper triangle matrices. Lot of simulations perform the solving of a given system of linear equations. In general, the resolution of these systems is quite hard so matrix decomposition method is frequently used to subdivide the problem. As it's easier to solve a triangular matrix than a standard matrix, this is usually the first step on many simulations.

Read more: Visual LU factorization