✳flâneur — a map of the web's best reading

Fluid Simulation Pendant - mitxela.com

mitxela.com · 9,166 words · saved by 1 readers

I produced the first pendant in March 2024, and then several more over the next few months. I now have a small handful of pendants, and if you'd really, really like to own one, then while stocks last, a few of them are for sale. While working on it, I came up with a bunch of cool new developments that led to several other projects, which I'll post in due time, but this is the project that spawned them. Not just the fluid simulation stuff, but also the unexpected benefits of a diagonal charlieplexed display. My fluid simulation is not a direct port, but a re-implementation following the tutorial. The hardware consists of an STM32L432KC (ARM Cortex-M4 with FPU, overclocked to 100MHz), an ADXL362 ultra-low power accelerometer, an MCP73832 charge controller for the LiR2450 battery, a TPS7A02 regulator (crazy low power) and a TPS3839 supervisor. It all comes together on a four-layer, 0.8mm PCB. The key takeaways from this project are as follows: In the Eulerian fluid simulation, the movemen

Fluid Simulation Pendant - mitxela.com Fluid Simulation Pendant 13 Jan 2025 Progress: Complete Here's my fluid simulation pendant, a handcrafted piece of jewellery running a realtime FLIP fluid simulation. The enclosure is gold plated, and the display is protected by a watch glass. Watch the following video to experience the narrated design and construction: I produced the first pendant in March 2024, and then several more over the next few months. I now have a small handful of pendants, and if you'd really, really like to own one, then while stocks last, a few of them are for sale. Intro The

Explore this link on the map →

related reading