Differentiable RayTracing in Julia
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Updated
Feb 3, 2023 - Julia
Differentiable RayTracing in Julia
Batch mesh renderer with OpenGL Phong shading
A python module to generate synthetic images from 3D models, for use in image detection/segmentation tasks.
High-performance 3D visualization engine for solar energy audit data. Implements Python-based surface mesh rendering for real-time voltage and battery health analysis.
Interactive 3D mesh rendering and recursive fractal generation in Python.
A 3D scene rendered using OpenGL, featuring camera control, mesh rendering, skybox, and texture management. The project leverages object-oriented programming and advanced OpenGL techniques.
Explore solar data in 3D to spot patterns, compare metrics, and analyze trends with an interactive web demo
Render complex 3D geometry and recursive fractals using WebGL, SciPy, and NumPy for high-performance spatial visualization.
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