AnimRay

Created: 2012-03-25 09:20
Updated: 2019-02-08 07:14
c++

README.md

AnimRay was a 16 bit Windows 3.0 ray-tracer and animation program. This is a port of the concepts that it implemented to modern C++ code and modern platforms.

Building AnimRay

You'll need a recent Ubuntu, or at least a recent clang. You will probably need to make sure you have the following:

sudo apt-get install clang freeglut3-dev libglew-dev

Then you can build a sample test scene:

git clone git@github.com:KayEss/AnimRay.git
cd AnimRay
git flow init -d
./build

You should now have a dist/bin folder which contains a simple renderer. You can generate an image using

dist/bin/animray out.tga 600 400

You'll now have an image you can open in an image viewer.

Concepts

AnimRay is fully implemented as C++ templates in such a way as to make all of the key parts of a ray tracing algorithm pluggable (shortcomings in the implementation notwithstanding).

The intention is to try to avoid all run-time polymorphism, replacing it with compile static types that are composable so that the scene can be described in code.

Geometry

Geometry describes what the scene is comprised of in a very general way. Geometry needs to satisfy two method signatures, one for calculating the intersection of a ray and one used to check if the geometry blocks a light source. See the class animray::sphere for an example.

Geometry is described by a class that implements the required methods.

Lights

Lights create illumination. They are responsible for working out how much light hits any part of the geometry.

Surface physics

Surface physics handle the colour of objects and how this colour and the illumination from lights shows up.

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