Hitthesurf
I studied maths at UOB. Now I am reading a MSc in Mathematical Modelling and Scientific Computing at the University of Oxford.
Pinned Repositories
CyberDojo_Fun
Contains my solutions to some CyberDojo problems. Contains code in C/C++, Java and Python3.
FFT
Code for FFT, in python and C
Fusion_Power
Abstract should be here. This project is about parameter-robust discretisations of anisotropic diffusion problems
Helium_Atom
Phase Space Structures In The 'Helium Atom'
mpl_trajectory
Animations for trajectories in matplotlib
OxfordCoursework
Some of my cousrework from successfully completing the MSc in Mathematical Modelling and Scientific Computing at the University of Oxford.
ProjectEuler
Has solved problems from Project Euler. Languages used Python and Java.
PythonFun
Cool Python Projects
Rendering
This project is being done to learn openGL(Learn how to use GPU via compute shaders), webGL on github pages, rending(RayMarching)
WebGL_LIDAR
WebGL to visualise recorded LIDAR data for self-driving cars.
Hitthesurf's Repositories
Hitthesurf/WebGL_LIDAR
WebGL to visualise recorded LIDAR data for self-driving cars.
Hitthesurf/CyberDojo_Fun
Contains my solutions to some CyberDojo problems. Contains code in C/C++, Java and Python3.
Hitthesurf/FFT
Code for FFT, in python and C
Hitthesurf/Fusion_Power
Abstract should be here. This project is about parameter-robust discretisations of anisotropic diffusion problems
Hitthesurf/Helium_Atom
Phase Space Structures In The 'Helium Atom'
Hitthesurf/mpl_trajectory
Animations for trajectories in matplotlib
Hitthesurf/OxfordCoursework
Some of my cousrework from successfully completing the MSc in Mathematical Modelling and Scientific Computing at the University of Oxford.
Hitthesurf/ProjectEuler
Has solved problems from Project Euler. Languages used Python and Java.
Hitthesurf/PythonFun
Cool Python Projects
Hitthesurf/Rendering
This project is being done to learn openGL(Learn how to use GPU via compute shaders), webGL on github pages, rending(RayMarching)
Hitthesurf/Solar_Cells
Modelling the Movement of Electrons in Solar Cells