Instructions | Tensegrity Cloud Lamp

1

Download and install Arduino software

It required for install and edit the code onto the arduino board.
2

Go to the site below to find the box shape that fit for our project.

https://www.festi.info/boxes.py/BasedBox

Also we need to adjust the dimension according to what we need and laser cut it.
3

Use Fusion360 for the 3D printed material

We used it to design our thunderbolt with a hollow in the thunder shape.
4

Use sound sensor, temperature and humidity sensor

Gather all those sensors for our project so that we can have it to help create interactive feedback.
5

Program Arduino Uno

We used to upload the code for all the sensors.
6

Upload the code to sound sensor

We linked the sound sensor and the LED strip whenever there sound it lit up. (The code is in the file)
7

Upload the code to temperature and humidity sensor.

Whenever there is a weather temperature change the color of the LED neopixel will change accordingly.
8

Print the case

Use the box file that we uploaded in the file folder to create the case for our project.
9

Print the thunderbolt

Use our thunder STL file to print the shape with the 0.5mm thickness.
10

Use the breadboard

We only use a small part of it which is the the side of the small breadboard. (So that it fit
better inside the case)

Tensegrity Cloud Lamp