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
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.
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