Medien Wiki - User contributions [en]

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-02T15:49:08Z

DenizPolat:

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

This setup allows the user to make a google image search which is triggered by the signals coming from the muscles. The idea behind is to show the connection between our boddies and technology. Every device we have act as a limb for us now. Life without internet and instant communication is not possible. There is a strong bound which is getting stronger as we continue our lives with these technologies.

It is possible to cycle through different search options such as "God", "Human" and "Computer". Each of these options requires a different level of signal. For example in order to trigger the "God" option, connected muscle should produce the input level of 300. This level increases to reach the "Computer" option.

'''How To Set Things Up'''

'''Components'''

1. Arduino
2. 9v Batteries x2
3. EMG Muscle Sensor with the electrode cable
4. Battery Sockets (Optional) x3
5. 2 Jumper Cables
6. Breadboard

The first thing we need in order to make this setup work is the EMG muscle sensor which can be found online. Then we need to place the sensor on the breadboard. Then two cables should be connected to pins that says SIG and GND. SIG cable goes to any anolog input on our Arduino, in this case it's A0. GND cable goes to any GND input on our Arduino.

<gallery>
File:googlemuscle4.JPG
File:googlemuscle5.JPG
</gallery>

Second part is connecting the batteries. The batteries should be put in the sockets as it appears in the photo. The cable from the + side, which is the red one should be connected to +Vs pin of the sensor. The cables in the middle both red and black should be connected to GND pin of the sensor. Lastly, the cable which is coming from the - of the battery should be connected to -Vs pin of the sensor.

<gallery>
File:googlemuscle7.JPG
</gallery>

Our circuit should look like this in the end.

<gallery>

File:googlemuscle8.JPG
</gallery>

Last step is to connect our electrode cable and place the electrodes on our muscles to make them get the signals properly. Place one electrode in the middle of the muscle body, connect this electro to the R (RED) snap connector.
Place one electrode at one end of the muscle body, connect this electro to the F (GREEN) snap connector.
Place a third electrode on a bony or non-muscular part of your body near the targeted muscle, connect this electrode to the L(YELLOW) snap connector.

<gallery>
File:googlemuscle6.JPG
File:googlemuscle9.JPG
</gallery>

Now we are done with the circuit, we should continue with plugging our Arduino cable in and loading our code.

This is the code I used. This recieves the data coming from the sensor and prints it as a sensor value which allow us to send this data to Max/MSP. On my sensor I was getting the signal levels roughly from 100 to 400.

[[:File:sketch_sep20a.ino]]

<gallery>
File:googlemuscle3.PNG
</gallery>

Finally, we can use our max patch after some arrangements. The usb port used by the Arduino should be defined in the object where it says "serial d 9600". In my computer I was using the d serial port, the one you are using should be written here. The patch can be started by clicking the toggle button above. The signal level can be observed from the graphic.
<gallery>
File:googlemuscle1.png
File:googlemuscle2.png
</gallery>

[[:File:Muscle Google 2.maxpat]]

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-02T15:36:45Z

DenizPolat:

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

This setup allows the user to make a google image search which is triggered by the signals coming from the muscles. The idea behind is to show the connection between our boddies and technology. Every device we have act as a limb for us now. Life without internet and instant communication is not possible. There is a strong bound which is getting stronger as we continue our lives with these technologies.

It is possible to cycle through different search options such as "God", "Human" and "Computer". Each of these options requires a different level of signal. For example in order to trigger the "God" option, connected muscle should produce the input level of 300. This level increases to reach the "Computer" option.

'''How To Set Things Up'''

'''Components'''

1. Arduino
2. 9v Batteries x2
3. EMG Muscle Sensor with the electrode cable
4. Battery Sockets (Optional) x3
5. 2 Jumper Cables
6. Breadboard

The first thing we need in order to make this setup work is the EMG muscle sensor which can be found online. Then we need to place the sensor on the breadboard. Then two cables should be connected to pins that says SIG and GND. SIG cable goes to any anolog input on our Arduino, in this case it's A0. GND cable goes to any GND input on our Arduino.

<gallery>
File:googlemuscle4.JPG
File:googlemuscle5.JPG
</gallery>

Second part is connecting the batteries. The batteries should be put in the sockets as it appears in the photo. The cable from the + side, which is the red one should be connected to +Vs pin of the sensor. The cables in the middle both red and black should be connected to GND pin of the sensor. Lastly, the cable which is coming from the - of the battery should be connected to -Vs pin of the sensor.

<gallery>
File:googlemuscle7.JPG
</gallery>

Our circuit should look like this in the end.

<gallery>

File:googlemuscle8.JPG
</gallery>

Last step is to connect our electrode cable and place the electrodes on our muscles to make them get the signals properly. Place one electrode in the middle of the muscle body, connect this electro to the R (RED) snap connector.
Place one electrode at one end of the muscle body, connect this electro to the F (GREEN) snap connector.
Place a third electrode on a bony or non-muscular part of your body near the targeted muscle, connect this electrode to the L(YELLOW) snap connector.

<gallery>
File:googlemuscle6.JPG
File:googlemuscle9.JPG
</gallery>

<gallery>
File:googlemuscle3.PNG
</gallery>

<gallery>
File:googlemuscle1.png
File:googlemuscle2.png
</gallery>

[[:File:Muscle Google 2.maxpat]]

[[:File:sketch_sep20a.ino]]

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-02T15:35:10Z

DenizPolat:

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

This setup allows the user to make a google image search which is triggered by the signals coming from the muscles. The idea behind is to show the connection between our boddies and technology. Every device we have act as a limb for us now. Life without internet and instant communication is not possible. There is a strong bound which is getting stronger as we continue our lives with these technologies.

It is possible to cycle through different search options such as "God", "Human" and "Computer". Each of these options requires a different level of signal. For example in order to trigger the "God" option, connected muscle should produce the input level of 300. This level increases to reach the "Computer" option.

'''How To Set Things Up'''

'''Components'''

1. Arduino
2. 9v Batteries x2
3. EMG Muscle Sensor with the electrode cable
4. Battery Sockets (Optional) x3
5. 2 Jumper Cables
6. Breadboard

The first thing we need in order to make this setup work is the EMG muscle sensor which can be found online. Then we need to place the sensor on the breadboard. Then two cables should be connected to pins that says SIG and GND. SIG cable goes to any anolog input on our Arduino, in this case it's A0. GND cable goes to any GND input on our Arduino.

<gallery>
File:googlemuscle4.JPG
File:googlemuscle5.JPG
</gallery>

Second part is connecting the batteries. The batteries should be put in the sockets as it appears in the photo. The cable from the + side, which is the red one should be connected to +Vs pin of the sensor. The cables in the middle both red and black should be connected to GND pin of the sensor. Lastly, the cable which is coming from the - of the battery should be connected to -Vs pin of the sensor.

<gallery>
File:googlemuscle7.JPG
</gallery>

Our circuit should look like this in the end.

<gallery>

File:googlemuscle8.JPG
</gallery>

<gallery>
File:googlemuscle6.JPG
File:googlemuscle9.JPG
</gallery>

<gallery>
File:googlemuscle3.PNG
</gallery>

<gallery>
File:googlemuscle1.png
File:googlemuscle2.png
</gallery>

[[:File:Muscle Google 2.maxpat]]

[[:File:sketch_sep20a.ino]]

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-02T15:34:35Z

DenizPolat:

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

This setup allows the user to make a google image search which is triggered by the signals coming from the muscles. The idea behind is to show the connection between our boddies and technology. Every device we have act as a limb for us now. Life without internet and instant communication is not possible. There is a strong bound which is getting stronger as we continue our lives with these technologies.

It is possible to cycle through different search options such as "God", "Human" and "Computer". Each of these options requires a different level of signal. For example in order to trigger the "God" option, connected muscle should produce the input level of 300. This level increases to reach the "Computer" option.

'''How To Set Things Up'''

'''Components'''

1. Arduino
2. 9v Batteries x2
3. EMG Muscle Sensor with the electrode cable
4. Battery Sockets (Optional) x3
5. 2 Jumper Cables
6. Breadboard

The first thing we need in order to make this setup work is the EMG muscle sensor which can be found online. Then we need to place the sensor on the breadboard. Then two cables should be connected to pins that says SIG and GND. SIG cable goes to any anolog input on our Arduino, in this case it's A0. GND cable goes to any GND input on our Arduino.

<gallery>
File:googlemuscle4.JPG
File:googlemuscle5.JPG
</gallery>

Second part is connecting the batteries. The batteries should be put in the sockets as it appears in the photo. The cable from the + side, which is the red one should be connected to +Vs pin of the sensor. The cables in the middle both red and black should be connected to GND pin of the sensor. Lastly, the cable which is coming from the - of the battery should be connected to -Vs pin of the sensor.

<gallery>
File:googlemuscle7.JPG
</gallery>

Our circuit should look like this in the end.

<gallery>
File:googlemuscle6.JPG
File:googlemuscle8.JPG
</gallery>

<gallery>
File:googlemuscle9.JPG
</gallery>

<gallery>
File:googlemuscle3.PNG
</gallery>

<gallery>
File:googlemuscle1.png
File:googlemuscle2.png
</gallery>

[[:File:Muscle Google 2.maxpat]]

[[:File:sketch_sep20a.ino]]

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-02T15:33:16Z

DenizPolat:

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

This setup allows the user to make a google image search which is triggered by the signals coming from the muscles. The idea behind is to show the connection between our boddies and technology. Every device we have act as a limb for us now. Life without internet and instant communication is not possible. There is a strong bound which is getting stronger as we continue our lives with these technologies.

It is possible to cycle through different search options such as "God", "Human" and "Computer". Each of these options requires a different level of signal. For example in order to trigger the "God" option, connected muscle should produce the input level of 300. This level increases to reach the "Computer" option.

'''How To Set Things Up'''

'''Components'''

1. Arduino
2. 9v Batteries x2
3. EMG Muscle Sensor with the electrode cable
4. Battery Sockets (Optional) x3
5. 2 Jumper Cables
6. Breadboard

The first thing we need in order to make this setup work is the EMG muscle sensor which can be found online. Then we need to place the sensor on the breadboard. Then two cables should be connected to pins that says SIG and GND. SIG cable goes to any anolog input on our Arduino, in this case it's A0. GND cable goes to any GND input on our Arduino.

<gallery>
File:googlemuscle4.JPG
File:googlemuscle5.JPG
</gallery>

Second part is connecting the batteries. The batteries should be put in the sockets as it appears in the photo. The cable from the + side, which is the red one should be connected to +Vs pin of the sensor. The cables in the middle both red and black should be connected to GND pin of the sensor. Lastly, the cable which is coming from the - of the battery should be connected to -Vs pin of the sensor.

<gallery>
File:googlemuscle7.JPG
</gallery>

<gallery>
File:googlemuscle6.JPG
File:googlemuscle8.JPG
</gallery>

<gallery>
File:googlemuscle9.JPG
</gallery>

<gallery>
File:googlemuscle3.PNG
</gallery>

<gallery>
File:googlemuscle1.png
File:googlemuscle2.png
</gallery>

[[:File:Muscle Google 2.maxpat]]

[[:File:sketch_sep20a.ino]]

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-02T15:24:28Z

DenizPolat:

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-02T15:24:17Z

DenizPolat:

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-02T15:23:24Z

DenizPolat:

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-02T15:23:06Z

DenizPolat: /* Google Muscle */

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-02T15:22:04Z

DenizPolat: /* Google Muscle */

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-02T15:10:47Z

DenizPolat:

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-02T15:09:42Z

DenizPolat:

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-01T17:23:28Z

DenizPolat: /* Google Muscle */

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-01T17:22:59Z

DenizPolat:

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-01T17:13:45Z

DenizPolat:

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

This setup allows the user to make a google search which is triggered by the signals coming from the muscles. The idea behind is to show the connection between our boddies and technology. Every device we have act as a limb for us now. Life without internet and instant communication is not possible. There is a strong bound which is getting stronger as we continue our lives with these technologies.

<gallery>
File:googlemuscle4.JPG
File:googlemuscle5.JPG
File:googlemuscle6.JPG
File:googlemuscle7.JPG
File:googlemuscle8.JPG
</gallery>

<gallery>
File:googlemuscle9.JPG
</gallery>

<gallery>
File:googlemuscle3.PNG
</gallery>

<gallery>
File:googlemuscle1.png
File:googlemuscle2.png
</gallery>

[[:File:Muscle Google 2.maxpat]]

[[:File:sketch_sep20a.ino]]

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-01T16:40:36Z

DenizPolat:

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

<gallery>
File:googlemuscle4.JPG
File:googlemuscle5.JPG
File:googlemuscle6.JPG
File:googlemuscle7.JPG
File:googlemuscle8.JPG
</gallery>

<gallery>
File:googlemuscle9.JPG
</gallery>

<gallery>
File:googlemuscle3.PNG
</gallery>

<gallery>
File:googlemuscle1.png
File:googlemuscle2.png
</gallery>

[[:File:Muscle Google 2.maxpat]]

[[:File:sketch_sep20a.ino]]

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

File:Sketch sep20a.ino

2019-10-01T16:40:31Z

DenizPolat: File uploaded with MsUpload

File uploaded with MsUpload

File:Muscle Google 2.maxpat

2019-10-01T16:40:17Z

DenizPolat: File uploaded with MsUpload

File uploaded with MsUpload

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-01T16:35:52Z

DenizPolat:

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

<gallery>
File:googlemuscle4.JPG
File:googlemuscle5.JPG
File:googlemuscle6.JPG
File:googlemuscle7.JPG
File:googlemuscle8.JPG
</gallery>

<gallery>
File:googlemuscle9.JPG
</gallery>

<gallery>
File:googlemuscle3.PNG
</gallery>

<gallery>
File:googlemuscle1.png
File:googlemuscle2.png
</gallery>

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

File:Googlemuscle3.PNG

2019-10-01T16:35:25Z

DenizPolat: DenizPolat uploaded a new version of File:Googlemuscle3.PNG

File uploaded with MsUpload

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-01T16:34:30Z

DenizPolat:

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

<gallery>
File:googlemuscle4.JPG
File:googlemuscle5.JPG
File:googlemuscle6.JPG
File:googlemuscle7.JPG
File:googlemuscle8.JPG
</gallery>

<gallery>
File:googlemuscle9.JPG
</gallery>

<gallery>
File:googlemuscle3.png
</gallery>

<gallery>
File:googlemuscle1.png
File:googlemuscle2.png
</gallery>

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-01T16:31:22Z

DenizPolat:

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

<gallery>
File:googlemuscle4.JPG
File:googlemuscle5.JPG
File:googlemuscle6.JPG
File:googlemuscle7.JPG
File:googlemuscle8.JPG
</gallery>

<gallery>
File:googlemuscle9.JPG
</gallery>

<gallery>
File:googlemuscle3.JPG
</gallery>

<gallery>
File:googlemuscle1.JPG
File:googlemuscle2.JPG
</gallery>

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-01T16:27:52Z

DenizPolat:

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

<gallery>
File:googlemuscle4.JPG
File:googlemuscle5.JPG
File:googlemuscle6.JPG
File:googlemuscle7.JPG
File:googlemuscle8.JPG
</gallery>

<gallery>
File:googlemuscle9.JPG
</gallery>

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-01T16:27:20Z

DenizPolat:

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

<gallery>
File:googlemuscle4.JPG
File:googlemuscle5.JPG
File:googlemuscle6.JPG
File:googlemuscle7.JPG
File:googlemuscle8.JPG
</gallery>

<gallery>
File:googlemuscle9.jpg
</gallery>

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

File:Googlemuscle12.JPG

2019-10-01T16:26:33Z

DenizPolat: File uploaded with MsUpload

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GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-01T16:22:20Z

DenizPolat: /* Google Muscle */

== Google Muscle ==

<gallery>
File:Google_Muscle_Scheme.png
</gallery>

<gallery>
File:googlemuscle4.jpg
File:googlemuscle5.jpg
File:googlemuscle6.jpg
File:googlemuscle7.jpg
File:googlemuscle8.jpg
</gallery>

<gallery>
File:googlemuscle9.jpg
</gallery>

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-01T16:20:00Z

DenizPolat:

== Google Muscle ==

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-10-01T16:19:18Z

DenizPolat: /* Google Muscle */

<gallery>
File:Google_Muscle_Scheme.png
File:googlemuscle1.png
File:googlemuscle2.png
File:googlemuscle3.PNG
File:googlemuscle4.JPG
File:googlemuscle5.JPG
File:googlemuscle6.JPG
File:googlemuscle7.JPG
File:googlemuscle8.JPG
File:googlemuscle9.JPG
</gallery>
== Google Muscle ==

'''Concept'''

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

Process

First thing to figure out was to how to get data from google in order to display the images of the search results. I came up with this simple patch. It's altering the image search link by adding another word at the end with append object.

[[File:Max_google.PNG|400px]]

File:Googlemuscle9.JPG

2019-10-01T16:18:13Z

DenizPolat: File uploaded with MsUpload

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File:Googlemuscle8.JPG

2019-10-01T16:18:12Z

DenizPolat: File uploaded with MsUpload

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File:Googlemuscle7.JPG

2019-10-01T16:18:11Z

DenizPolat: File uploaded with MsUpload

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File:Googlemuscle6.JPG

2019-10-01T16:18:10Z

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File:Googlemuscle5.JPG

2019-10-01T16:18:10Z

DenizPolat: File uploaded with MsUpload

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File:Googlemuscle4.JPG

2019-10-01T16:18:09Z

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File:Googlemuscle3.PNG

2019-10-01T16:18:08Z

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File:Googlemuscle2.png

2019-10-01T16:18:08Z

DenizPolat: File uploaded with MsUpload

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File:Googlemuscle1.png

2019-10-01T16:18:08Z

DenizPolat: File uploaded with MsUpload

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File:Google Muscle Scheme.png

2019-10-01T16:18:07Z

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GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-06-20T09:16:08Z

DenizPolat:

File:Max google.PNG

2019-06-20T09:16:00Z

DenizPolat: File uploaded with MsUpload

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GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-06-13T08:47:53Z

DenizPolat:

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-06-13T08:47:29Z

DenizPolat:

== Google Muscle ==

We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use this tools, maybe even more skillfully than our actually limbs and muscles. Although,this seems like a dark and dystopian world, our bodies have been evolving in a way that our fingers have more importance than the other limbs.

So I decided to take it to another level by connecting the signals from our muscles to Google Image Search.

The electricity which flows through our muscles will be detected by an Ardunio and It will be turned into numbers. Depending of the range of the numbers, Max will be produce a combination of maximum 5 or 6 letters and search these on Google Images. The idea is to show the first image of the search result. This way a language between the computer and our body can be defined and a performance can be demonsrated.

GMU:My Computer, Max, and I/Deniz Ekin Polat

2019-06-13T08:47:16Z

DenizPolat: Created page with " == Google Muscle == We are getting involved with technology each day as if the tools of technology almost became our limbs. We also have great knowledge and skill to use th..."

GMU:Connecting Max to the World/Deniz Ekin Polat

2019-04-03T09:52:54Z

DenizPolat:

== Project ==
'''Android Loop Pedal'''

My project is a guitar loop pedal which is controlled from phone that acts as a controller for a max patch. It has 4 different channels being played on a loop other than live guitar sound. It is possible to change different settings such as timing, duration of the loops and speed of the composition through OSC Sound Cool App.

<gallery>
File:looppedal.PNG
File:Deniz_Max1.JPG
File:Deniz_max2.JPG
</gallery>

Here is a short demonstration: https://vimeo.com/327503954

{{#ev:vimeo|327503954|770x400}}

'''How To Use It:'''

1. First, a good connection between guitar and computer is required. This can be done with a usb interface or a different type of audio card.

2. [https://cycling74.com/downloads Download max msp] and [[File:Deniz Ekin Polat_LoopPedal.maxpat]] to your computer and [https://play.google.com/store/apps/details?id=org.soundcool.upv.oscapp&hl=en Osc Sound Cool] to your phone.

3. Open Max Msp and go to Options > Audio Status and be sure that your audio intarface is set as the input and output device.
<gallery>File:audio.PNG
</gallery>

4. Press windows + R and type Cmd, then type ipconfig.
<gallery>File:cmd.PNG</gallery>

5. Open OSC Sound Cool App from your phone and type your IP which is shown as IPv4 address. Then type "7878" as port. Press "Connect".

6. Open the patch and be sure that you get this message from console. If not, please check your firewall settings and allow Max 8 to connect the network.
<gallery>File:udp.PNG</gallery>

7. Go to the Audio tab from the app and start the patch from sampler tab, first section stop button. In order to start using the loop channels, simply press play button of each channel then start playing. Different setting such as speed, timing and duration of the loops can be controlled from the patch.

8. In order to record what you play, go to extras > Quickrecord select a directory and press record.

'''//Patch:''' [[:File:Deniz Ekin Polat_LoopPedal.maxpat]]

== Set up ==

For the final project I'm working on a patch which would produce algorithmic music and live music at the same time ny using my electric guitar as a sound source and my android phone as a controller.

My plan is to create a setup which looks like this in the end:

[[File:plan.png|400px]]

==Progress==
[[/Progress]]

==Homeworks==

'''17.10.2018 /Introduction to Max and framework''' [[:File:DenizHomework1.maxpat]]

'''24.10.2018 /Interaction between computers/software''' [[:File:DenizHomework2.maxpat]]

GMU:Connecting Max to the World/Deniz Ekin Polat

2019-04-03T09:51:45Z

DenizPolat: /* Project */

== Project ==
'''Android Loop Pedal'''

My project is a guitar loop pedal which is controlled from phone that acts as a controller for a max patch. It has 4 different channels being played on a loop other than live guitar sound. It is possible to change different settings such as timing, duration of the loops and speed of the composition through OSC Sound Cool App.

<gallery>
File:looppedal.PNG
File:Deniz_Max1.JPG
File:Deniz_max2.JPG
</gallery>

Here is a short demonstration: https://vimeo.com/327503954

{{#ev:vimeo|327503954|770x400}}

How To Use It:

1. First, a good connection between guitar and computer is required. This can be done with a usb interface or a different type of audio card.

2. [https://cycling74.com/downloads Download max msp] and [[File:Deniz Ekin Polat_LoopPedal.maxpat]] to your computer and [https://play.google.com/store/apps/details?id=org.soundcool.upv.oscapp&hl=en Osc Sound Cool] to your phone.

3. Open Max Msp and go to Options > Audio Status and be sure that your audio intarface is set as the input and output device.
<gallery>File:audio.PNG
</gallery>

4. Press windows + R and type Cmd, then type ipconfig.
<gallery>File:cmd.PNG</gallery>

5. Open OSC Sound Cool App from your phone and type your IP which is shown as IPv4 address. Then type "7878" as port. Press "Connect".

6. Open the patch and be sure that you get this message from console. If not, please check your firewall settings and allow Max 8 to connect the network.
<gallery>File:udp.PNG</gallery>

7. Go to the Audio tab from the app and start the patch from sampler tab, first section stop button. In order to start using the loop channels, simply press play button of each channel then start playing. Different setting such as speed, timing and duration of the loops can be controlled from the patch.

8. In order to record what you play, go to extras > Quickrecord select a directory and press record.

'''//Patch:''' [[:File:Deniz Ekin Polat_LoopPedal.maxpat]]

== Set up ==

For the final project I'm working on a patch which would produce algorithmic music and live music at the same time ny using my electric guitar as a sound source and my android phone as a controller.

My plan is to create a setup which looks like this in the end:

[[File:plan.png|400px]]

==Progress==
[[/Progress]]

==Homeworks==

'''17.10.2018 /Introduction to Max and framework''' [[:File:DenizHomework1.maxpat]]

'''24.10.2018 /Interaction between computers/software''' [[:File:DenizHomework2.maxpat]]

GMU:Connecting Max to the World/Deniz Ekin Polat

2019-04-03T09:50:49Z

DenizPolat:

== Project ==
'''Android Loop Pedal'''

My project is a guitar loop pedal which is controlled from phone that acts as a controller for a max patch. It has 4 different channels being played on a loop other than live guitar sound. It is possible to change different settings such as timing, duration of the loops and speed of the composition through OSC Sound Cool App.

<gallery>
File:looppedal.PNG
File:Deniz_Max1.JPG
File:Deniz_max2.JPG
</gallery>

Here is a short demonstration: https://vimeo.com/327503954

{{#ev:vimeo|327503954|770x400}}

How To Use It:

1. First, a good connection between guitar and computer is required. This can be done with a usb interface or a different type of audio card.

2. [https://cycling74.com/downloads Download max msp] and [[File:Deniz Ekin Polat_LoopPedal.maxpat]] to your computer and [https://play.google.com/store/apps/details?id=org.soundcool.upv.oscapp&hl=en Osc Sound Cool] to your phone.

3. Open Max Msp and go to Options > Audio Status and be sure that your audio intarface is set as the input and output device.
<gallery>File:audio.PNG
</gallery>

4. Press windows + R and type Cmd, then type ipconfig.
<gallery>File:cmd.PNG</gallery>

5. Open OSC Sound Cool App from your phone and type your IP which is shown as IPv4 address. Then type "7878" as port.

6. Open the patch and be sure that you get this message from console. If not, please check your firewall settings and allow Max 8 to connect the network.
<gallery>File:udp.PNG</gallery>

7. Go to the Audio tab from the app and start the patch from sampler tab, first section stop button. In order to start using the loop channels, simply press play button of each channel then start playing. Different setting such as speed, timing and duration of the loops can be controlled from the patch.

8. In order to record what you play, go to extras > Quickrecord select a directory and press record.

'''//Patch:''' [[:File:Deniz Ekin Polat_LoopPedal.maxpat]]

== Set up ==

For the final project I'm working on a patch which would produce algorithmic music and live music at the same time ny using my electric guitar as a sound source and my android phone as a controller.

My plan is to create a setup which looks like this in the end:

[[File:plan.png|400px]]

==Progress==
[[/Progress]]

==Homeworks==

'''17.10.2018 /Introduction to Max and framework''' [[:File:DenizHomework1.maxpat]]

'''24.10.2018 /Interaction between computers/software''' [[:File:DenizHomework2.maxpat]]

File:Udp.PNG

2019-04-03T09:36:13Z

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File:Audio.PNG

2019-04-03T09:36:12Z

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File:Console.PNG

2019-04-03T09:36:11Z

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File:Cmd.PNG

2019-04-03T09:36:10Z

DenizPolat: File uploaded with MsUpload

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