@@ -176,10 +176,27 @@ To show my concept, I expressed the skin boundary with Voronoi pattern using Rin
The material used was junk acrylic. During the Covid19 pandemic, offices used acrylic partitions between people, but now they are being discarded in large numbers.

Gathered materials such as my dog's hair to creats airly ambiguous body boundaries
- Material
- Junk acrylic board
- thickness: 5mm
- Size: The size of each piece is different because they are cut randomly to fit in the junk box. The large ones are about 25cm x 50cm, but many have an oval hole for carrying them.
- Laser parameter
- Vector mode : Power 82, Speed 0.3, 30000 Hz
- Red acrylic board
- MDF
### Assembly
The slicer software makes marks to indicate where to overlap. Assemble using that as a reference.
However, in this work, the following materials are sandwiched in between, so the positions have to be adjusted while keeping in mind the overall balance.

Gathered materials such as my dog's hair to create airy ambiguous body boundaries

Tried to insert red acryl that shows energy, blad.
Tried to insert red acrylic board that shows energy, blood.
In general, an actuator is a device or mechanism within a control system that receives commands and generates force or motion based on those commands. In other words, it's a device that converts one form of energy into another. For example, motors that convert electrical signals into mechanical motion.
Furthermore, the definition at the Fabricademy includes Visual (LED) and Sound (Speaker).
- LED, Thermochroic ink
- Sound (speaker)
### Inspiration
After taking the class, I first thought that Fabric Speaker was interesting. I've used a variety of speakers from large to small, and I've also used them at Fabrication works. However, when I saw the Fabric Speakers, I started thinking again about the principle behind how sound comes from speakers.

...
...
@@ -277,7 +291,7 @@ The movement was faint, but I loved the faint organic movement with no motor sou
I've built the ATtiny44 board several times at FabAcademy and used it in my [Final Project](https://fabacademy.org/2019/labs/kamakura/students/kae-nagano/projects/final-project/#bom-bill-of-materials). This time I didn't have an ATtiny microcontroller on hand, so I decided to use Adafruit's Gemma, although it's old product.
The Gemma is a microcomputer board that uses Attiny85 and can sew. It also has a Lipo Battery connector.
#### Pinouts
{width=70%" }
{width=100%" }
#### Programming
There is a good instruction at adafruit's [page](https://learn.adafruit.com/introducing-gemma/introduction).
...
...
@@ -287,7 +301,7 @@ Point:
- Gemma has some versions. So check [here](https://learn.adafruit.com/introducing-gemma/setting-up-with-arduino-ide) to set up Arduino IDE properly.
In case of my black Gemma board, select "USBtinyISP" instead of "Arduino Gemma" programmer.
{width=70%" }
{width=100%" }
- There is no need to select a port in the Arduino IDE. (Gemma's port is not displayed)
- To enter bootloader mode, connect USB cable, press little button on the bord.Don't press-and-hold the button, be sure to press-and-release!