GMU:Home Made Bioelectronics/Marah Doleh/Docummentation of progress: Difference between revisions
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[https://youtu.be/SJZIMGg-thY Instancing in Touchdesigner], | [https://youtu.be/SJZIMGg-thY Instancing in Touchdesigner], | ||
[https://youtu.be/R7sAomk2vR4 Touchdesigner audio analysis] | [https://youtu.be/R7sAomk2vR4 Touchdesigner audio analysis] | ||
===What's next?=== | |||
====Arduino==== | |||
*Send '''pulse''' data to TD | |||
*Send to Emotion recognition code | |||
====Python | Emotion recognition==== | |||
*Emotion recognition | |||
*Send data to TD | |||
====Touchdesinger==== | |||
*test other forms of 3D (point clouds/ more complex instancing/....) | |||
*try other sets of reactions to music | |||
*create multiple scenes for different emotions | |||
*intersection with Arduino: reaction to the '''pulse''' input | |||
*intersection with python: trigger change in scenes by the '''emotional''' input | |||
Revision as of 15:57, 11 May 2022
What has been done so far:
- Testing receiving data from Arduino to Touchdesigner using Ultrasonic Distance Sensor (only for this test)
- Manipulating 3D object using data received from Arduino
Links used for this step: Feedback in Touchdesigner, TOUCHDESIGNER & ARDUINO
- Audio-reactive 3D model
Links used for this step: Instancing in Touchdesigner, Touchdesigner audio analysis
What's next?
Arduino
- Send pulse data to TD
- Send to Emotion recognition code
Python | Emotion recognition
- Emotion recognition
- Send data to TD
Touchdesinger
- test other forms of 3D (point clouds/ more complex instancing/....)
- try other sets of reactions to music
- create multiple scenes for different emotions
- intersection with Arduino: reaction to the pulse input
- intersection with python: trigger change in scenes by the emotional input