Pinned Repositories
PositionBasedDynamics
PositionBasedDynamics is a library for the physically-based simulation of rigid bodies, deformable solids and fluids.
IITDelhi-GVSS24-Computer-Graphics
Whiskers-Stick-Adventure
This is our Advanced Programming course project for making a game like Stick Hero with given requirements
Assembler-Simulator
1. Designing and Implementing the assembler. 2. Designing and Implementing the simulator. 3. Extending the functionality of the assembler-simulator set-up to handle simple floating-point computations.
Daw.AI
[DES205] Design of Interactive Systems: Final Course Project (Winter 2024). Daw.AI is an app that lets you scan and identify medicines to automatically create and track your medicine schedule and boost accountability between family members.
HealMe
F1-Prediction
IA-IIITD
MeMS-Custom-Memory-Management
Implement a custom memory management system (MeMS) using the C programming language. MeMS should utilize the system calls mmap and munmap for memory allocation and deallocation, respectively.
PositionBasedDynamics
PositionBasedDynamics is a library for the physically-based simulation of rigid bodies, deformable solids and fluids.
aroraomansh's Repositories
aroraomansh/F1-Prediction
aroraomansh/Whiskers-Stick-Adventure
This is our Advanced Programming course project for making a game like Stick Hero with given requirements
aroraomansh/PositionBasedDynamics
PositionBasedDynamics is a library for the physically-based simulation of rigid bodies, deformable solids and fluids.
aroraomansh/IITDelhi-GVSS24-Computer-Graphics
aroraomansh/Daw.AI
[DES205] Design of Interactive Systems: Final Course Project (Winter 2024). Daw.AI is an app that lets you scan and identify medicines to automatically create and track your medicine schedule and boost accountability between family members.
aroraomansh/HealMe
aroraomansh/MeMS-Custom-Memory-Management
Implement a custom memory management system (MeMS) using the C programming language. MeMS should utilize the system calls mmap and munmap for memory allocation and deallocation, respectively.
aroraomansh/IA-IIITD
aroraomansh/Assembler-Simulator
1. Designing and Implementing the assembler. 2. Designing and Implementing the simulator. 3. Extending the functionality of the assembler-simulator set-up to handle simple floating-point computations.