C++ / RAYLIB / WASM
Launch the native-style browser build
Open interactive C++ simulations compiled with Emscripten and test the real runtime in the browser.
Run C++ simulationPRAVEEN PATHAK / GAME DEV / GRAPHICS / SOFTWARE / EMBEDDED
C++ graphics,
sims, and embedded builds
I build interactive systems across game dev, rendering, browser-native simulation, and embedded software. This site currently collects C++, Python, JavaScript, Raylib, OpenGL/Vulkan/DX12, and WebAssembly work, and it will keep growing with embedded guides, firmware experiments, and AI running closer to hardware.
PYTHON / PYGAME
Open the Python simulation suite
Explore agent behavior, optical systems, and interactive scenarios packaged for the web.
Run Python simulationsEMBEDDED / AI / GUIDES
AI-assisted docs and upcoming embedded notes
Browse the current AI-enhanced docs now, and expect upcoming guides around microcontrollers, sensor interfaces, RTOS workflows, and AI on edge hardware.
Open AI docsOPEN PROJECTS
Launch the interactive work immediately
Each entry below is a direct route into a runnable artifact or technical breakdown, and the repos are open too. If you want to add features, improve systems, or build new sims on top of the playground, jump into the source.
C++ / RAYLIB / WASM
Interactive C++ Simulations
Physics and agent-based simulations delivered through WebAssembly, keeping the C++ workflow intact while exposing the runtime directly in the browser.
PYTHON / JAVASCRIPT / WEB PLAYGROUND
Python + Laser Sims Playground
A mixed sandbox of browser experiments: some pieces are Python-driven, while the currently active Laser Sims experience is built in JavaScript for instant interaction.
RESEARCH / EMBEDDED / AI
AI Docs + Embedded Guides In Progress
Technical notes on C++ and Raylib are already live, and this section will expand with embedded systems guides covering firmware workflows, MCU bring-up, and AI closer to the hardware layer.
INSIDE THE PLAYGROUND
Graphics, code, firmware, and side quests
This is the part of the site where the interests collide: game dev, rendering, simulation, software tooling, embedded systems, and experiments around putting AI into hardware and edge devices.
C++ experiments
graphics API curiosity
physics doodling
Raylib workflows
OpenGL / Vulkan / DX12
WebAssembly ports
AI-assisted docs
browser playtests
STM32 / ESP32
FreeRTOS
PlatformIO / Zephyr
UART / SPI / I2C
sensor interfaces
TensorFlow Lite Micro
CMSIS / embedded debugging
Graphics rabbit holes
A lot of this site comes from chasing rendering questions: how things move, how they feel, how much control the low-level pipeline gives back, and what breaks in interesting ways when pushed.
Sim ideas in motion
The simulations are where ideas get stress-tested. Motion, agents, optics, controls, and tiny rule systems all become easier to understand once they can be poked live.
Embedded tinkering
I am also working deeper into embedded systems: microcontrollers, firmware loops, communication buses, sensors, and edge-AI setups where software starts touching the board directly.
Docs that do more than explain
The research pages are meant to be explored like tools, not read like static notes, which is why I like mixing technical writing with AI-enabled helpers, interactive examples, and future embedded walkthroughs.
Open source playground
The code behind these projects is open source. If you are a dev who wants to add a new simulation, improve an existing mechanic, or wire up extra features, feel free to dive into the repos and contribute.