Parametric Modeling System | 3D Computer Graphics
Project Brief: Create a real-time CG environment with GUI controls by collaborating with a small group of students
Ryan's Role: Created a parametric modeling system driven by user input from the GUI, using implicitly defined primitive geometric shapes (e.g. sphere, cube, cylinder/cone, torus) generated from scratch.
Programming Language: C++, OpenGL
GEOMETRY PROCESSING & SHADING | 3D COMPUTER GRAPHICS
COMPUTATIONAL MATHEMATICS
Mathematical, numerical and computational techniques for practical problems involving optimization, simulation and approximation. The course emphasizes the properties and implementation of numerical algorithms for solving linear, non-linear and differential equations, approximating data using interpolation, least squares, and splines. These fundamental methods have a wide variety of applications in science, ranging from solving physics problems by approximating integrals and derivatives, to digital image compression using singular-value decomposition.
Programming Language: Python
Libraries: NumPy, SciPy, and Matplotlib.
LIGHT FIELD CAMERA | IMAGE BASED GRAPHICS
IMAGE STABILIZATION | IMAGE BASED GRAPHICS
Algorithmic Wallpaper | CREATIVE CODING
Project Brief: Create a parameterized algorithm capable of generating wallpaper with varying visual outputs, solely by altering those parameters' values in the code.
Programming Language: Javascript, P5.js
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