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===Interactive Installation=== | |||
The project is a prototype for an interactive installation with light-up spheres in Unity, that will be displayed on the laptop monitor. In front of the monitor, the ultrasonic sensor will be installed. Each time the user will approach the screen, the installation will react with the sound and movement of the spheres. | |||
The installation uses Arduino ultrasonic sensor, Max Msp loop and Unity real-time rendering: | |||
ultrasonic sensor -> MaxMsp (sound) -> OSC protocol -> Unity (image) | |||
[[File:YouCut 20200907 193520892 Trim.mp4|600px]] | |||
===Implementation=== | |||
I was very interested to create an interactive VR experience. Unlikely during the pandemic, it’s not possible to use the university rooms. I tried to develop a basic interactive installation in Unity instead. The interaction will be based on the position of the user. If the person will come closer to the sensor, the display will change according to it. I want to create a simple experience, a situation, that would be not possible in the real world. | |||
The installation is based on Arduino ultrasonic sensor, Max Msp loop, and Unity real-time rendering. I create a room with light up spheres in Unity, that is displayed on the laptop monitor. In front of the monitor, the ultrasonic sensor is installed. Each time the user approaches the screen, the installation reacts with the sound and movement of the spheres. | The installation is based on Arduino ultrasonic sensor, Max Msp loop, and Unity real-time rendering. I create a room with light up spheres in Unity, that is displayed on the laptop monitor. In front of the monitor, the ultrasonic sensor is installed. Each time the user approaches the screen, the installation reacts with the sound and movement of the spheres. | ||
| Line 14: | Line 16: | ||
data loop: ultrasonic sensor -> MaxMsp (sound) -> OSC protocol -> Unity (image) | data loop: ultrasonic sensor -> MaxMsp (sound) -> OSC protocol -> Unity (image) | ||
<gallery> | |||
File:Board444.jpeg| Arduino ultrasonic sensor detects the position of the user | |||
File:Arduino loop1.jpeg|Data is collected and transformed in the Arduino code | |||
Arduino ultrasonic sensor detects the position of the user | File:Max loop2.jpeg|Data is received, unpacked and transformed in the Max Msp loop, creates sound according to data | ||
File:Unity33.jpeg|Data is sent from Max Msp to Unity by the OSC protocol, external c# plugins in Unity receive the data and transform objects in the scene | |||
</gallery> | |||
Data is collected and transformed in the Arduino code | |||
Data is received, unpacked and transformed in the Max Msp loop, creates sound according to data | |||
Data is sent from Max Msp to Unity by the OSC protocol, external c# plugins in Unity receive the data and transform objects in the scene | |||
===Assignments=== | ===Assignments=== | ||
| Line 42: | Line 35: | ||
[[/Midterm Presentation/]] | [[/Midterm Presentation/]] | ||
===Progress=== | |||
1) I succeed to connect Unity and MaxMsp by OSC protocol. To do it, I used scripts from https://github.com/robertoranon/OSC-Unity5 | |||
Now I'm able to controll light in Unity by the Max loop. Next step will be to create a virtual scene in Unity, with ability to interact and connect a sensor to Max Msp | |||
<gallery> | |||
File:Unityosc1.gif | |||
</gallery> | |||
[[/CONCEPT/]] | *[[/Progress1/]] | ||
*[[/CONCEPT/]] | |||
*[[/FINAL/]] | |||
===References=== | |||
*https://www.youtube.com/watch?v=1Jo4PvfU8Tw&t=130s | |||
*https://www.youtube.com/watch?v=Re3qU4AmUmk | |||
Latest revision as of 21:32, 23 December 2020
Interactive Installation
The project is a prototype for an interactive installation with light-up spheres in Unity, that will be displayed on the laptop monitor. In front of the monitor, the ultrasonic sensor will be installed. Each time the user will approach the screen, the installation will react with the sound and movement of the spheres.
The installation uses Arduino ultrasonic sensor, Max Msp loop and Unity real-time rendering: ultrasonic sensor -> MaxMsp (sound) -> OSC protocol -> Unity (image)
Implementation
I was very interested to create an interactive VR experience. Unlikely during the pandemic, it’s not possible to use the university rooms. I tried to develop a basic interactive installation in Unity instead. The interaction will be based on the position of the user. If the person will come closer to the sensor, the display will change according to it. I want to create a simple experience, a situation, that would be not possible in the real world.
The installation is based on Arduino ultrasonic sensor, Max Msp loop, and Unity real-time rendering. I create a room with light up spheres in Unity, that is displayed on the laptop monitor. In front of the monitor, the ultrasonic sensor is installed. Each time the user approaches the screen, the installation reacts with the sound and movement of the spheres.
data loop: ultrasonic sensor -> MaxMsp (sound) -> OSC protocol -> Unity (image)
Arduino ultrasonic sensor detects the position of the user
Data is collected and transformed in the Arduino code
Data is received, unpacked and transformed in the Max Msp loop, creates sound according to data
Data is sent from Max Msp to Unity by the OSC protocol, external c# plugins in Unity receive the data and transform objects in the scene
Assignments
Progress
1) I succeed to connect Unity and MaxMsp by OSC protocol. To do it, I used scripts from https://github.com/robertoranon/OSC-Unity5
Now I'm able to controll light in Unity by the Max loop. Next step will be to create a virtual scene in Unity, with ability to interact and connect a sensor to Max Msp
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