Michael Reeves Explains His Piss Cup

TL;DR

A streamer builds a device that tracks and analyzes how much they urinate during live streams.

Transcript

so this is so this is my piss cup project oh okay we're getting these right we're gonna need a full description where the audio is okay what's happening oh no my battery this is so matter exactly so okay sorry meter sensor right this is a funnel and a flow meter sensor and so when you put liquid through this you can detect the interrupts on this li... Read More

Key Insights

• 🏛️ The streamer found the technical aspects of building the Piss Cup project engaging and enjoyable to share with their audience.
• 🤒 The Piss Cup project combines different technologies, such as the ESP32 board, flow meter sensor, and websocket server, for a unique application.
• 🎏 The streamer tracks their urine flow to showcase on their live stream, providing entertainment value through the OBS overlay.
• 💐 The streamer experienced a bladder injury in the past, which is the motivation behind their interest in monitoring their urine flow.
• 😷 Despite concerns about the bladder injury, the streamer has not sought medical attention due to the lack of symptoms apart from increased urine frequency.
• 😷 The streamer's parents are nurses, but they have not advised seeking medical attention for the bladder injury.
• 🎏 The streamer's dedication to continuing the storyline of the Piss Cup project outweighs the desire to fix the bladder injury issue.

Questions & Answers

Q: What exactly is the Piss Cup project?

The Piss Cup project is a venture undertaken by a streamer who uses an ESP32 board, a funnel, and a flow meter sensor to track their urine flow during live streams.

Q: How does the Piss Cup project work?

When urine passes through the funnel, the flow meter sensor detects interrupts, which are then sent to a websocket server via the ESP32 board. The data is then used to create an OBS overlay showing a cup filling up with urine.

Q: Why is the streamer building the Piss Cup project on stream?

The streamer finds the technical process of building the Piss Cup project fascinating and engaging content for their stream. Additionally, the streamer plans to use the data collected for future data analysis.

Q: Can the data collected from the Piss Cup project be used for data science?

Yes, the streamer mentions that the collected data is logged in a database, allowing for data science applications such as data analysis and graphing.

Summary & Key Takeaways

• The content revolves around the creation of a project called the "Piss Cup," where a streamer tracks their urine flow during live streams.

• The project utilizes an ESP32 board, a funnel, and a flow meter sensor to detect interrupts and send data to a websocket server.

• The streamer aims to create an OBS overlay that shows a cup filling up with urine, along with data logging capabilities for future analysis.