Howdy, Stranger!
We are about to switch to a new forum software. Until then we have removed the registration on this forum.
Categories
- All Categories 25.7K
- Announcements & Guidelines 13
- Common Questions 30
- Using Processing 22.1K
- Programming Questions 12.2K
- Questions about Code 6.4K
- How To... 4.2K
- Hello Processing 72
- GLSL / Shaders 292
- Library Questions 4K
- Hardware, Integration & Other Languages 2.7K
- Kinect 668
- Arduino 1K
- Raspberry PI 188
- Questions about Modes 2K
- Android Mode 1.3K
- JavaScript Mode 413
- Python Mode 205
- Questions about Tools 100
- Espanol 5
- Developing Processing 548
- Create & Announce Libraries 211
- Create & Announce Modes 19
- Create & Announce Tools 29
- Summer of Code 2018 93
- Rails Girls Summer of Code 2017 3
- Summer of Code 2017 49
- Summer of Code 2016 4
- Summer of Code 2015 40
- Summer of Code 2014 22
- p5.js 1.6K
- p5.js Programming Questions 947
- p5.js Library Questions 315
- p5.js Development Questions 31
- General 1.4K
- Events & Opportunities 288
- General Discussion 365
In this Discussion
- jeremydouglass May 2017
- MMIX2009 May 2017
AquaGenie LiveView Demo
I was looking for a way to animate a 3D model in processing. I got some help from people on the forum. So, I thought, I'd report back my success and plug my project too.
The video is a demonstration of the AquaGenie LiveView. Using a popular 6DoF module, the MPU-6050 from InvenSense, we animate (in real-time) a 3D model of the AquaGenie Smart Water Bottle (http://bit.ly/TheAquaGenie) rendered on the computer using Processing. The physical model is a 3D-printed version of the smart water bottle fitted with a Bean+ board and an MPU-6050. Motion data is transmitted over Bluetooth.
The AquaGenie LiveView feature was developed to support the machine learning algorithm that will be implemented in the production device. Actual electronics used in the final production design may be different.
Checkout the AquaGenie project on Kickstarter. http://bit.ly/TheAquaGenie
Comments
Link to video:
Congrats on the video render -- interesting use of live motion data over bluetooth.
Once you had the non-animated model rendering, was the bluetooth data all being passed into rotateX() / rotateY() / rotateZ() commands, or were you controlling a camera (peasycam)... or something else?
Thanks for your feedback. The bluetooth data is passed into a rotation matrix. I haven't explored the peasycam library much. Could be a good way to go.