DanielPSchenk

Computational Science and Engineering student at Technical University of Munich (TUM)

Pinned Repositories

Truss-Simulator
Unity project files for a 2d truss structure simulator. Implements gaussian elimination, gradient descent and conjugate gradient method
Language:ShaderLab10
cosmoscout-vr
:milky_way: A virtual universe which lets you explore, analyze and present huge planetary datasets and large simulation data in real-time.
Language:C++00
DIY-85mm-f1.2-lens
a lens housing made to work with two +6 eyeglass lenses measuring 70mm each. Everything is optimized for printing with an .4mm nozzle .2mm layer thickness. Feel free to build your own
00
DIY-AI-Superresolution
DIY AI image superresolution
Language:Jupyter Notebook00
MemAxes
Interactive Visualization of Memory Access Samples
Language:C++00
mitsuba3
Mitsuba 3: A Retargetable Forward and Inverse Renderer
Language:C++00
Physics2D
Unity engine custom 2d physics
Language:C#00
mitsuba3
Mitsuba 3: A Retargetable Forward and Inverse Renderer
Language:C++2.2k253
drjit
Dr.Jit — A Just-In-Time-Compiler for Differentiable Rendering
Language:C++61045
cosmoscout-vr
:milky_way: A virtual universe which lets you explore, analyze and present huge planetary datasets and large simulation data in real-time.
Language:C++36029

DanielPSchenk/cosmoscout-vr
:milky_way: A virtual universe which lets you explore, analyze and present huge planetary datasets and large simulation data in real-time.
DanielPSchenk/mitsuba3
Mitsuba 3: A Retargetable Forward and Inverse Renderer
Language:C++
DanielPSchenk/DIY-AI-Superresolution
DIY AI image superresolution
Language:Jupyter Notebook
DanielPSchenk/Physics2D
Unity engine custom 2d physics
Language:C#
DanielPSchenk/MemAxes
Interactive Visualization of Memory Access Samples
DanielPSchenk/Truss-Simulator
Unity project files for a 2d truss structure simulator. Implements gaussian elimination, gradient descent and conjugate gradient method
Language:ShaderLab1
DanielPSchenk/DIY-85mm-f1.2-lens
a lens housing made to work with two +6 eyeglass lenses measuring 70mm each. Everything is optimized for printing with an .4mm nozzle .2mm layer thickness. Feel free to build your own