This project is a challenge based on the book The raytracer challenge of Jamis Buck. Its entirely written in Haskell too make it even more challenging. It combines functional programming with lineair algebra learned as part of my pre-master.

https://www.haskell.org/downloads/

• ghci 8.10 >=
• cabal 2.0 >=

cabal new-repl

Chapter 1

ghci> :l app/Chapter1

• enter velocity of projectile (for example use 11.5)

ghci> 11.5

ghci> :main

Chapter 4

ghci> :l app/Chapter4

ghci> :main

Chapter 5

ghci> :l app/Chapter5

ghci> :main

Chapter 6

• note this is gonna take some time.

ghci> :l app/Chapter6

ghci> :main

cabal test

cabal configure --enable-coverage

cabal configure --enable-benchmarks && cabal build && cabal bench

cabal new-bench

cabal bench --benchmark-option --output=bench.html

rm Main.tix && cabal bench --benchmark-option --output=bench.html

Use stan for static code analysis

https://github.com/kowainik/stan

stan report

install profiteur for tree view

https://github.com/jaspervdj/profiteur

cabal configure --enable-profiling

cabal build

in build directory find Raytracer-exe

execute

./RayTracer.exe +RTS -p -RTS

open in browser: Raytracer-exe.prof.html

cabal configure --enable-library-profiling --enable-executable-profiling --enable-tests --enable-benchmarks --enable-coverage --enable-library-coverage --enable-profiling