This was the most complex project of FIT VUTBR studies. The goal was to implement interpret of IFJ11 (language similar to Lua). We formed a team of 5 and each of us worked on a different part. We used programming language C. In the end, the project reached 5499 lines of code.
I made this project for the Data Visualization presentation in the Media Studies course in Hagenberg.
Date: 2016
Technology: Excel, Paint.NET
Team: Just me
The core idea behind it was calculating how much player pays for an hour of gameplay.
The infographics:
Below is the complete presentation:
Project for Shader Programming class in Hagenberg.
We wanted to create a spherical object with a distorted surface. Distortion was to be created using perlin noise and depending on height we would apply colors from the texture. By making the noise time-dependent, the surface would be constantly changing. By varying parameters and using different textures, different effects could be achieved.
Our main idea was to get an effect of a magma-surfaced planet. As a background we used space texture implemented as a skybox.
Additionally, we added shortcuts for the user to be able to manipulate the simulation.
Date: 2016
Technology: C++, OpenGL, GLSL
Team:
Roman Luks
Łukasz Strzelecki
Demonstration:
Project Post Stub
No bragging. Just a list of small positive things I’ve done.