This is my next generation of bike POV displays with extended functionality, a more polished design and an easier user-experience.
-
Updated
Jan 14, 2025 - C++
This is my next generation of bike POV displays with extended functionality, a more polished design and an easier user-experience.
A rotating POV (Persistence of Vision) display built with ESP32 and APA102 LED strips, supporting image animations from flash or UDP streaming.
Raspberry Pi 5 WS2812 LED POV holography display with voxel animation, Python playback, 3D printing STL files, and SolidWorks CAD
High-speed POV video display — live webcam frames streamed to a spinning 16-LED RGB arm via 4-byte binary protocol on STM32F103
Open-source swept-volume volumetric display prototype using scotch yoke mechanism, custom SMT PCB, and ESP32-S3.
Open-source replacement for the Holoscope app for P56 POV hologram fans: Windows/Android app, CLI, simulator, server and Home Assistant (Rust)
Persistence-of-vision LED display on a spinning arm: dual-core RP2040 firmware synchronised to rotation by an IR sensor, plus a Python GIF-to-polar-header converter.
Persistence of Vision (POV) is an optical phenomenon where an image remains on the retina for a short time even after the object is no longer visible. By leveraging this phenomenon with an Arduino Nano and LEDs arranged on a rotating platform, we can create the illusion of characters and symbols appearing in mid-air.
Home Assistant add-on and integration for Holoscope/P56 POV hologram fans: local, no vendor app or cloud
Bluetooth-controlled POV display using a PIC18F4550, Hall-effect rotational synchronization, adaptive LED timing, UART communication, and a custom Proteus PCB.
To associate your repository with the pov-display topic, visit your repo's landing page and select "manage topics."