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'''PROCESS''' | '''PROCESS''' | ||
A. | A.Arduino / Sensors | ||
01. Prepared five photoresistors (light sensors). | 01. Prepared five photoresistors (light sensors). | ||
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R2= √R1(max)xR1(Min) | R2= √R1(max)xR1(Min) | ||
03. Connect the five photoresistors with the appropriate register to the | 03. Connect the five photoresistors with the appropriate register to the breadboard. | ||
[[File:sam-breadboard.jpg]] | [[File:sam-breadboard.jpg]] | ||
Revision as of 20:48, 23 January 2022
IDEAS
The light sensors(Photoresistor) send frequency data of light projected
through the projector In space to Arduino - Max.
This data is converted to play a random combination of five soundtracks.
The flow of music continues to change because the soundtrack layers are played differently
according to the frequency of light.
Light illumination may not be dynamic outdoors in winter, so an environment where light can be used indoors as an alternative, but it would be also possible to use natural light.
This is a basic attempt to make the environment compose music, and ideas can be further embodied in the future.
PROCESS
A.Arduino / Sensors
01. Prepared five photoresistors (light sensors).
02. Measuring the lowest/maximum resistance value with a multimeter.
R2= √R1(max)xR1(Min)
03. Connect the five photoresistors with the appropriate register to the breadboard.
B. Arduino
01. Initialize five sensors, receive data values from Arduino, and send them to Max.
C. Max/Msp
01. Receive data transmitted from Arduino through Arduino and Max connection patches.
02. Sending data to five tracks by applying speed control with random values.
03. Sound generated in the data value of light