Long Project: Punching Glove

TL;DR

Students create a punching game using wearable sensors to measure punch speed and play a song.

Transcript

GUEST SPEAKER 1: So we also tried to learn how to use processing. It's pretty bare-bones, but I guess-- so essentially, we have a little widget and punch. Oh. So the set size right now is set to eight. Originally, we wanted to be able to remotely control it. So that's one count, and I'll do two, three, four, five, six. GUEST SPEAKER 2: You can see ... Read More

Key Insights

• 👾 The project involves creating a wearable punching game that utilizes various sensors.
• 👊 Sensors like "Temple" are used to measure punch speed, while LED lights indicate punch intensity.
• 🎮 The game plays a song and prompts the user to punch along to the beat.

Questions & Answers

Q: How does the game measure punch speed?

The game measures punch speed using a sensor called "Temple." It provides a smooth output, indicating the speed of each punch. The average set speed is calculated by dividing the total number of punches by the time taken to perform them.

Q: Can the game be controlled remotely?

Originally, the creators wanted to have remote control functionality in the game, but it's not currently implemented. However, they mention that more features, including gyro functionality and communication between two handsets, could be added in the future.

Q: What is the song that the game plays?

The game plays the song "Smoke on the Water" by Deep Purple. It first plays the song for the user, and then prompts them to punch along to the beat.

Q: Are there any limitations or improvements mentioned for the game?

The creators mention that playing the music through a buzzer is not ideal, and suggest using better audio output. They also acknowledge the inaccuracies of the heart rate monitor used in the project but consider it a valuable learning experience.

Summary & Key Takeaways

• Two guest speakers discuss their project, a wearable punching game using sensors.

• The game measures punch speed and plays a song for the user to punch along to.

• The project includes features like set size, average set speed, and LED lights that light up based on punch intensity.