GMU:Connecting Max to the World/Gracia Quintero - Revision history

Gquinteros0717 at 15:32, 7 April 2019

2019-04-07T15:32:02Z

← Older revision		Revision as of 15:32, 7 April 2019
Line 96:		Line 96:


	~~https://i.postimg.cc/4NBCbqdV/led-strips-m0-analog-rgb-bb.png~~


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	https://i.postimg.cc/4dVyYsXz/Untitled.png		https://i.postimg.cc/4dVyYsXz/Untitled.png



	'''Final Connection:'''		'''Final Connection:'''


			https://i.postimg.cc/4NBCbqdV/led-strips-m0-analog-rgb-bb.png


	<gallery>		<gallery>

Gquinteros0717 at 15:30, 7 April 2019

2019-04-07T15:30:51Z

← Older revision		Revision as of 15:30, 7 April 2019
Line 58:		Line 58:

	https://i.postimg.cc/Qtn5J6cm/led-strips-analogstrip-t.jpg		https://i.postimg.cc/Qtn5J6cm/led-strips-analogstrip-t.jpg

Gquinteros0717 at 15:29, 7 April 2019

2019-04-07T15:29:23Z

← Older revision		Revision as of 15:29, 7 April 2019
Line 54:		Line 54:
	''		''
	The LED lights used in this project are analog ones.		The LED lights used in this project are analog ones.



	https://i.postimg.cc/Qtn5J6cm/led-strips-analogstrip-t.jpg		https://i.postimg.cc/Qtn5J6cm/led-strips-analogstrip-t.jpg

Gquinteros0717 at 15:28, 7 April 2019

2019-04-07T15:28:46Z

← Older revision		Revision as of 15:28, 7 April 2019
Line 111:		Line 111:


	~~<gallery>~~
	{{#ev:vimeo\|328945477\|640 x 480}}		{{#ev:vimeo\|328945477\|640 x 480}}

Line 119:		Line 119:

	{{#ev:vimeo\|328945366\|640 x 480}}		{{#ev:vimeo\|328945366\|640 x 480}}
	~~</gallery>~~


	==Homeworks==		==Homeworks==
	[[/Homeworks]]		[[/Homeworks]]

Gquinteros0717 at 15:27, 7 April 2019

2019-04-07T15:27:49Z

← Older revision		Revision as of 15:27, 7 April 2019
Line 55:		Line 55:
	The LED lights used in this project are analog ones.		The LED lights used in this project are analog ones.

	~~<gallery>~~
	~~[[File:~~https://i.postimg.cc/Qtn5J6cm/led-strips-analogstrip-t.jpg]]		https://i.postimg.cc/Qtn5J6cm/led-strips-analogstrip-t.jpg
	~~</gallery>~~

	''Because there are three LEDs in series, you cannot drive these LEDs from a 5V supply. The LED strips say "+12V" on them to mark the anode and that's the maximum voltage we suggest. Each segment of 3 LEDs draws approximately 20 milliAmperes from a 12V supply, per string of LEDs. So for each segment, there is a maximum 20mA draw from the red LEDs, 20mA draw from the green and 20mA from the blue. If you have the LED strip on full white (all LEDs lit) that would be 60mA per segment.''		''Because there are three LEDs in series, you cannot drive these LEDs from a 5V supply. The LED strips say "+12V" on them to mark the anode and that's the maximum voltage we suggest. Each segment of 3 LEDs draws approximately 20 milliAmperes from a 12V supply, per string of LEDs. So for each segment, there is a maximum 20mA draw from the red LEDs, 20mA draw from the green and 20mA from the blue. If you have the LED strip on full white (all LEDs lit) that would be 60mA per segment.''

	~~<gallery>~~
	~~[[Media:~~https://i.postimg.cc/pdcBXQqw/led-strips-wires-t.jpg]]		https://i.postimg.cc/pdcBXQqw/led-strips-wires-t.jpg
	~~</gallery>~~

	I had to look for a 12V power supply that would be capable of powering up the whole system. I also has to solder cables from each RGB channel, and a 4th one for the power. Until it looked a like this:		I had to look for a 12V power supply that would be capable of powering up the whole system. I also has to solder cables from each RGB channel, and a 4th one for the power. Until it looked a like this:

	~~<gallery>~~
	https://i.postimg.cc/zGVvYnHb/led-strips-heatshrunk-t.jpg		https://i.postimg.cc/zGVvYnHb/led-strips-heatshrunk-t.jpg
	~~</gallery>~~

	Once the LED stripe was ready, I had to fix the arduino board and the breadboard in order to be able to control each LED channel individually. For this, I needed MOSFETS:		Once the LED stripe was ready, I had to fix the arduino board and the breadboard in order to be able to control each LED channel individually. For this, I needed MOSFETS:
Line 77:		Line 77:
	You can use any power NPN or N-Channel MOSFET, make sure the transistor is rated to be able to pass as much current as you need. For example, since we draw about 0.2Amps per channel per meter, if you have a 5 meter strip you will need to pass up to 1 Ampere per transistor. Get the beefy "TO-220" packages, not the dinky little guys. Make sure they look like this:''		You can use any power NPN or N-Channel MOSFET, make sure the transistor is rated to be able to pass as much current as you need. For example, since we draw about 0.2Amps per channel per meter, if you have a 5 meter strip you will need to pass up to 1 Ampere per transistor. Get the beefy "TO-220" packages, not the dinky little guys. Make sure they look like this:''

	~~<gallery>~~
	https://i.postimg.cc/TPNZMDmw/led-strips-7805-t.jpg		https://i.postimg.cc/TPNZMDmw/led-strips-7805-t.jpg
	~~</gallery>~~

	And the connection in the breadboard goes like this:		And the connection in the breadboard goes like this:

	~~<gallery>~~
	https://i.postimg.cc/qvbmzd7D/led-strips-ledstripfet.gif		https://i.postimg.cc/qvbmzd7D/led-strips-ledstripfet.gif
	~~</gallery>~~

	As you can see. Each cable we soldered to the LED stripe, was placed in the middle leg of each MOSFET. Each right led was connected to another cable that went to the channel 5, which is the main controller in the arduino code. And each left leg, was connected by bridge to the ground in the arduino board. The extra cable for the LED stripe power supply was not connected as shown in the picture, it was connected directly to the 12V power supply.		As you can see. Each cable we soldered to the LED stripe, was placed in the middle leg of each MOSFET. Each right led was connected to another cable that went to the channel 5, which is the main controller in the arduino code. And each left leg, was connected by bridge to the ground in the arduino board. The extra cable for the LED stripe power supply was not connected as shown in the picture, it was connected directly to the 12V power supply.

	~~<gallery>~~
	https://i.postimg.cc/4NBCbqdV/led-strips-m0-analog-rgb-bb.png		https://i.postimg.cc/4NBCbqdV/led-strips-m0-analog-rgb-bb.png
	~~</gallery>~~

	Arduino code: [[:File:sketch_mar12a.ino]]		Arduino code: [[:File:sketch_mar12a.ino]]
Line 97:		Line 97:

	MAx code: [[:File:FINAL PATCH.maxpat]]		MAx code: [[:File:FINAL PATCH.maxpat]]
	~~<gallery>~~
	https://i.postimg.cc/4dVyYsXz/Untitled.png		https://i.postimg.cc/4dVyYsXz/Untitled.png
	~~</gallery>~~


	~~{{#ev:vimeo\|328945477\|640 x 480}}~~

	~~{{#ev:vimeo\|328945435\|640 x 480}}~~

	~~{{#ev:vimeo\|328945387\|640 x 480}}~~

	~~{{#ev:vimeo\|328945366\|640 x 480}}~~



Line 122:		Line 111:


			<gallery>
			{{#ev:vimeo\|328945477\|640 x 480}}

			{{#ev:vimeo\|328945435\|640 x 480}}

			{{#ev:vimeo\|328945387\|640 x 480}}

			{{#ev:vimeo\|328945366\|640 x 480}}
			</gallery>


	==Homeworks==		==Homeworks==
	[[/Homeworks]]		[[/Homeworks]]

Gquinteros0717 at 15:26, 7 April 2019

2019-04-07T15:26:20Z

← Older revision		Revision as of 15:26, 7 April 2019
Line 56:		Line 56:

	<gallery>		<gallery>
	https://i.postimg.cc/Qtn5J6cm/led-strips-analogstrip-t.jpg		[[File:https://i.postimg.cc/Qtn5J6cm/led-strips-analogstrip-t.jpg]]
	</gallery>		</gallery>

Line 62:		Line 62:

	<gallery>		<gallery>
	https://i.postimg.cc/pdcBXQqw/led-strips-wires-t.jpg		[[Media:https://i.postimg.cc/pdcBXQqw/led-strips-wires-t.jpg]]
	</gallery>		</gallery>

Gquinteros0717 at 15:24, 7 April 2019

2019-04-07T15:24:35Z

← Older revision		Revision as of 15:24, 7 April 2019
Line 54:		Line 54:
	''		''
	The LED lights used in this project are analog ones.		The LED lights used in this project are analog ones.

			<gallery>
	https://i.postimg.cc/Qtn5J6cm/led-strips-analogstrip-t.jpg		https://i.postimg.cc/Qtn5J6cm/led-strips-analogstrip-t.jpg
			</gallery>

	''Because there are three LEDs in series, you cannot drive these LEDs from a 5V supply. The LED strips say "+12V" on them to mark the anode and that's the maximum voltage we suggest. Each segment of 3 LEDs draws approximately 20 milliAmperes from a 12V supply, per string of LEDs. So for each segment, there is a maximum 20mA draw from the red LEDs, 20mA draw from the green and 20mA from the blue. If you have the LED strip on full white (all LEDs lit) that would be 60mA per segment.''		''Because there are three LEDs in series, you cannot drive these LEDs from a 5V supply. The LED strips say "+12V" on them to mark the anode and that's the maximum voltage we suggest. Each segment of 3 LEDs draws approximately 20 milliAmperes from a 12V supply, per string of LEDs. So for each segment, there is a maximum 20mA draw from the red LEDs, 20mA draw from the green and 20mA from the blue. If you have the LED strip on full white (all LEDs lit) that would be 60mA per segment.''

			<gallery>
	https://i.postimg.cc/pdcBXQqw/led-strips-wires-t.jpg		https://i.postimg.cc/pdcBXQqw/led-strips-wires-t.jpg
			</gallery>

	I had to look for a 12V power supply that would be capable of powering up the whole system. I also has to solder cables from each RGB channel, and a 4th one for the power. Until it looked a like this:		I had to look for a 12V power supply that would be capable of powering up the whole system. I also has to solder cables from each RGB channel, and a 4th one for the power. Until it looked a like this:

			<gallery>
	https://i.postimg.cc/zGVvYnHb/led-strips-heatshrunk-t.jpg		https://i.postimg.cc/zGVvYnHb/led-strips-heatshrunk-t.jpg
			</gallery>

	Once the LED stripe was ready, I had to fix the arduino board and the breadboard in order to be able to control each LED channel individually. For this, I needed MOSFETS:		Once the LED stripe was ready, I had to fix the arduino board and the breadboard in order to be able to control each LED channel individually. For this, I needed MOSFETS:

Line 70:		Line 77:
	You can use any power NPN or N-Channel MOSFET, make sure the transistor is rated to be able to pass as much current as you need. For example, since we draw about 0.2Amps per channel per meter, if you have a 5 meter strip you will need to pass up to 1 Ampere per transistor. Get the beefy "TO-220" packages, not the dinky little guys. Make sure they look like this:''		You can use any power NPN or N-Channel MOSFET, make sure the transistor is rated to be able to pass as much current as you need. For example, since we draw about 0.2Amps per channel per meter, if you have a 5 meter strip you will need to pass up to 1 Ampere per transistor. Get the beefy "TO-220" packages, not the dinky little guys. Make sure they look like this:''

			<gallery>
	https://i.postimg.cc/TPNZMDmw/led-strips-7805-t.jpg		https://i.postimg.cc/TPNZMDmw/led-strips-7805-t.jpg
			</gallery>

	And the connection in the breadboard goes like this:		And the connection in the breadboard goes like this:

			<gallery>
	https://i.postimg.cc/qvbmzd7D/led-strips-ledstripfet.gif		https://i.postimg.cc/qvbmzd7D/led-strips-ledstripfet.gif
			</gallery>

	As you can see. Each cable we soldered to the LED stripe, was placed in the middle leg of each MOSFET. Each right led was connected to another cable that went to the channel 5, which is the main controller in the arduino code. And each left leg, was connected by bridge to the ground in the arduino board. The extra cable for the LED stripe power supply was not connected as shown in the picture, it was connected directly to the 12V power supply.		As you can see. Each cable we soldered to the LED stripe, was placed in the middle leg of each MOSFET. Each right led was connected to another cable that went to the channel 5, which is the main controller in the arduino code. And each left leg, was connected by bridge to the ground in the arduino board. The extra cable for the LED stripe power supply was not connected as shown in the picture, it was connected directly to the 12V power supply.

			<gallery>
	https://i.postimg.cc/4NBCbqdV/led-strips-m0-analog-rgb-bb.png		https://i.postimg.cc/4NBCbqdV/led-strips-m0-analog-rgb-bb.png
			</gallery>

	Arduino code: [[:File:sketch_mar12a.ino]]		Arduino code: [[:File:sketch_mar12a.ino]]
Line 88:		Line 97:

	MAx code: [[:File:FINAL PATCH.maxpat]]		MAx code: [[:File:FINAL PATCH.maxpat]]
			<gallery>
	https://i.postimg.cc/4dVyYsXz/Untitled.png		https://i.postimg.cc/4dVyYsXz/Untitled.png
			</gallery>


	{{#ev:vimeo\|328945477\|640 x 480}}		{{#ev:vimeo\|328945477\|640 x 480}}

Gquinteros0717 at 15:22, 7 April 2019

2019-04-07T15:22:02Z

← Older revision		Revision as of 15:22, 7 April 2019
Line 71:		Line 71:

	https://i.postimg.cc/TPNZMDmw/led-strips-7805-t.jpg		https://i.postimg.cc/TPNZMDmw/led-strips-7805-t.jpg


	And the connection in the breadboard goes like this:		And the connection in the breadboard goes like this:


	https://i.postimg.cc/qvbmzd7D/led-strips-ledstripfet.gif		https://i.postimg.cc/qvbmzd7D/led-strips-ledstripfet.gif

	As you can see. Each cable we soldered to the LED stripe, was placed in the middle leg of each MOSFET. Each right led was connected to another cable that went to the channel 5, which is the main controller in the arduino code. And each left leg, was connected by bridge to the ground in the arduino board. The extra cable for the LED stripe power supply was not connected as shown in the picture, it was connected directly to the 12V power supply.		As you can see. Each cable we soldered to the LED stripe, was placed in the middle leg of each MOSFET. Each right led was connected to another cable that went to the channel 5, which is the main controller in the arduino code. And each left leg, was connected by bridge to the ground in the arduino board. The extra cable for the LED stripe power supply was not connected as shown in the picture, it was connected directly to the 12V power supply.


	https://i.postimg.cc/4NBCbqdV/led-strips-m0-analog-rgb-bb.png		https://i.postimg.cc/4NBCbqdV/led-strips-m0-analog-rgb-bb.png
Line 82:		Line 85:

	Arduino code: [[:File:sketch_mar12a.ino]]		Arduino code: [[:File:sketch_mar12a.ino]]


	MAx code: [[:File:FINAL PATCH.maxpat]]		MAx code: [[:File:FINAL PATCH.maxpat]]
	https://i.postimg.cc/4dVyYsXz/Untitled.png		https://i.postimg.cc/4dVyYsXz/Untitled.png

	{{#ev:vimeo\|328945477\|~~955x400~~}}		{{#ev:vimeo\|328945477\|640 x 480}}

			{{#ev:vimeo\|328945435\|640 x 480}}

			{{#ev:vimeo\|328945387\|640 x 480}}

			{{#ev:vimeo\|328945366\|640 x 480}}



	Final Connection:		'''Final Connection:'''

	<gallery>		<gallery>
Line 99:		Line 110:


	~~Videos:~~
	~~https://drive.google.com/open?id=15kt2OARi4K42cJ0nSlw96H0r6gP7PsFT~~


	==Homeworks==		==Homeworks==
	[[/Homeworks]]		[[/Homeworks]]

Gquinteros0717 at 15:15, 7 April 2019

2019-04-07T15:15:03Z

@@ Line 48: / Line 48: @@
 So, here you have it: Max code, arduino code, and a video of the LED lights synchronized to any audio source the Computer's microphone detects.
-FINAL PROJECT
+'''FINAL PROCESS'''
 Arduino code: [[:File:sketch_mar12a.ino]]
 MAx code: [[:File:FINAL PATCH.maxpat]]
 Final Connection:

Gquinteros0717 at 14:44, 7 April 2019

2019-04-07T14:44:06Z

← Older revision		Revision as of 14:44, 7 April 2019
Line 13:		Line 13:
	[[Background search]]		[[Background search]]

	~~'''PROCESS'''~~

	==FIRST ATTEMPT==
			==PROCEDURE==

			'''FIRST ATTEMPT'''
	In the first attempt, I tried using the 16 channel Relay Module and using the Christmas light tutorial. I was able to upload a code to it, but it wasn't being transmitted to the LED light installation.		In the first attempt, I tried using the 16 channel Relay Module and using the Christmas light tutorial. I was able to upload a code to it, but it wasn't being transmitted to the LED light installation.

Line 45:		Line 47:

	So, here you have it: Max code, arduino code, and a video of the LED lights synchronized to any audio source the Computer's microphone detects.		So, here you have it: Max code, arduino code, and a video of the LED lights synchronized to any audio source the Computer's microphone detects.

			FINAL PROJECT

	Arduino code: [[:File:sketch_mar12a.ino]]		Arduino code: [[:File:sketch_mar12a.ino]]