DMX MQTT CONTROLLER - Versionsgeschichte

AKrause am 26. März 2020 um 20:16 Uhr

2020-03-26T20:16:19Z

← Nächstältere Version		Version vom 26. März 2020, 20:16 Uhr
Zeile 22:		Zeile 22:
	Order of Operation:		Order of Operation:

	0. wire up your hardware: the black wire of the Groove connector goes to the Ground Pin on your ESP Board, the red one on the 3.3V pin and the yellow to a TX_Pin, the white one is NC(Not Connected) - 17 on ESP LOLIN - D4 on Wemos		1. wire up your hardware: the black wire of the Groove connector goes to the Ground Pin on your ESP Board, the red one on the 3.3V pin and the yellow to a TX_Pin, the white one is NC(Not Connected) - 17 on ESP LOLIN - D4 on Wemos. --- connect the device you want to control with DMX (DIMMER, LED Par, ...)

	1. connect your ESP - if you use the hardware I mentioned you just need to connect it via a micro-USB cable to your computer. BEWARE: in case of the WEMOS you need to install a [https://docs.wemos.cc/en/latest/ch340_driver.html driver]. - because the chip is not directly connected to your computer it communicates to another chip and for this chip you need a driver.		2. connect your ESP - if you use the hardware I mentioned you just need to connect it via a micro-USB cable to your computer. BEWARE: in case of the WEMOS you need to install a [https://docs.wemos.cc/en/latest/ch340_driver.html driver]. - because the chip is not directly connected to your computer it communicates to another chip and for this chip you need a driver.

	2. install your micropython as mentioned on the website		3. install your micropython as mentioned on the website

	3. copy the scripts from the git on your computer		4. copy the scripts from the git on your computer

	4. open up the dmx.py and change the number of your tx_pin(17 on ESP32 LOLIN and 2 on wemos)		5. open up the dmx.py and change the number of your tx_pin(17 on ESP32 LOLIN and 2 on wemos) - save

	4. ~~disconnected~~ and ~~restart~~ the ~~chip~~		6. open up the main.py and change the UART port 1 for WEMOS 2 for LOLIN - save

	5. ~~connect~~ to ~~its wifi "WIFI: DMX_MQTT_CONTROLLER" with password: dmxmqttwifi~~		7. copy the scripts to your chip via rshell

	6. ~~open any browser on your computer and go to~~ the ~~IP 192.168.4.1 by typing it into the address field.~~		8. disconnected the chip

	7. ~~choose the wifi you want to connect to enter its password~~ and your ~~brokers~~ IP ~~and Client_ID(should be unique for every chip in the network)~~		9. open up an MQTT Broker like mosquitto from eclipse on your computer and find out your IP address

	8. ~~choose how many DMX_Channels you want~~ to ~~control - at least 1 up~~ to ~~max~~. ~~512~~		10. power up your chip now it doesn't have to be connected to your computer anymore, but you should leave it on because it acts as your MQTT Broker now.

	9. ~~after you submit the chip will reset and your program is running~~		11. connect to this wifi "DMX_MQTT_CONTROLLER" with password: dmxmqttwifi

	10. the chip will open up topics according to your channels so to put channel one to 100percent send 255 to the topic DMX_CH_1		12. open any browser on your computer and go to the IP 192.168.4.1 by typing it into the address field.

			13. choose the wifi you want to connect to enter its password and your brokers IP(a.k.a. the IP of your computer) and Client_ID(should be unique for every chip in the network)

			14. choose how many DMX_Channels you want to control - at least 1 up to max. 512

			15. after you submit the chip will reset and your program is running

			16. the chip will open up topics according to your channels so to put channel one to 100percent send 255 to the topic DMX_CH_1

AKrause am 26. März 2020 um 20:06 Uhr

2020-03-26T20:06:15Z

← Nächstältere Version		Version vom 26. März 2020, 20:06 Uhr
Zeile 22:		Zeile 22:
	Order of Operation:		Order of Operation:

	0. wire up your hardware: the black wire of the Groove connector goes to the Ground Pin on your ESP Board, the red one on the 3.3V pin and the yellow to a TX_Pin, the white one is NC(Not Connected)		0. wire up your hardware: the black wire of the Groove connector goes to the Ground Pin on your ESP Board, the red one on the 3.3V pin and the yellow to a TX_Pin, the white one is NC(Not Connected) - 17 on ESP LOLIN - D4 on Wemos

	1. connect your ESP - if you use the hardware I mentioned you just need to connect it via a micro-USB cable to your computer. BEWARE: in case of the WEMOS you need to install a [https://docs.wemos.cc/en/latest/ch340_driver.html driver]. - because the chip is not directly connected to your computer it communicates to another chip and for this chip you need a driver.		1. connect your ESP - if you use the hardware I mentioned you just need to connect it via a micro-USB cable to your computer. BEWARE: in case of the WEMOS you need to install a [https://docs.wemos.cc/en/latest/ch340_driver.html driver]. - because the chip is not directly connected to your computer it communicates to another chip and for this chip you need a driver.
Zeile 30:		Zeile 30:
	3. copy the scripts from the git on your computer		3. copy the scripts from the git on your computer

	4. open up the dmx.py and change the number of your tx_pin		4. open up the dmx.py and change the number of your tx_pin(17 on ESP32 LOLIN and 2 on wemos)

	4. disconnected and restart the chip		4. disconnected and restart the chip

AKrause am 26. März 2020 um 20:04 Uhr

2020-03-26T20:04:38Z

← Nächstältere Version		Version vom 26. März 2020, 20:04 Uhr
Zeile 21:		Zeile 21:

	Order of Operation:		Order of Operation:

			0. wire up your hardware: the black wire of the Groove connector goes to the Ground Pin on your ESP Board, the red one on the 3.3V pin and the yellow to a TX_Pin, the white one is NC(Not Connected)

	1. connect your ESP - if you use the hardware I mentioned you just need to connect it via a micro-USB cable to your computer. BEWARE: in case of the WEMOS you need to install a [https://docs.wemos.cc/en/latest/ch340_driver.html driver]. - because the chip is not directly connected to your computer it communicates to another chip and for this chip you need a driver.		1. connect your ESP - if you use the hardware I mentioned you just need to connect it via a micro-USB cable to your computer. BEWARE: in case of the WEMOS you need to install a [https://docs.wemos.cc/en/latest/ch340_driver.html driver]. - because the chip is not directly connected to your computer it communicates to another chip and for this chip you need a driver.

AKrause am 26. März 2020 um 19:51 Uhr

2020-03-26T19:51:48Z

← Nächstältere Version		Version vom 26. März 2020, 19:51 Uhr
Zeile 7:		Zeile 7:

	oder		oder
	ESP32 zum Beispiel Lolin Lite ESP32		ESP32 zum Beispiel Lolin Lite ESP32

			für das Wifi und fürs DMX eine Connector mit einem
			MAX485 Chip plus connector

	Software:		Software:

AKrause am 26. März 2020 um 19:49 Uhr

2020-03-26T19:49:33Z

← Nächstältere Version		Version vom 26. März 2020, 19:49 Uhr
Zeile 25:		Zeile 25:
	3. copy the scripts from the git on your computer		3. copy the scripts from the git on your computer

	4.		4. open up the dmx.py and change the number of your tx_pin

	4. disconnected and restart the chip		4. disconnected and restart the chip

AKrause am 26. März 2020 um 19:45 Uhr

2020-03-26T19:45:39Z

← Nächstältere Version		Version vom 26. März 2020, 19:45 Uhr
Zeile 18:		Zeile 18:

	Order of Operation:		Order of Operation:

	1. connect your ESP - if you use the hardware I mentioned you just need to connect it via a micro-USB cable to your computer. BEWARE: in case of the WEMOS you need to install a [https://docs.wemos.cc/en/latest/ch340_driver.html driver]. - because the chip is not directly connected to your computer it communicates to another chip and for this chip you need a driver.		1. connect your ESP - if you use the hardware I mentioned you just need to connect it via a micro-USB cable to your computer. BEWARE: in case of the WEMOS you need to install a [https://docs.wemos.cc/en/latest/ch340_driver.html driver]. - because the chip is not directly connected to your computer it communicates to another chip and for this chip you need a driver.

	2. install your micropython as mentioned on the website		2. install your micropython as mentioned on the website

	3. copy the scripts from the git on ~~to the chip~~		3. copy the scripts from the git on your computer

			4.

	4. disconnected and restart the chip		4. disconnected and restart the chip

AKrause am 26. März 2020 um 19:43 Uhr

2020-03-26T19:43:24Z

← Nächstältere Version		Version vom 26. März 2020, 19:43 Uhr
Zeile 36:		Zeile 36:
	9. after you submit the chip will reset and your program is running		9. after you submit the chip will reset and your program is running

	10. the chip will open up topics according to your channels so to put channel one to 100percent send 255 to the topic ~~DMX_CH~~		10. the chip will open up topics according to your channels so to put channel one to 100percent send 255 to the topic DMX_CH_1

AKrause am 26. März 2020 um 19:41 Uhr

2020-03-26T19:41:34Z

← Nächstältere Version		Version vom 26. März 2020, 19:41 Uhr
Zeile 20:		Zeile 20:
	1. connect your ESP - if you use the hardware I mentioned you just need to connect it via a micro-USB cable to your computer. BEWARE: in case of the WEMOS you need to install a [https://docs.wemos.cc/en/latest/ch340_driver.html driver]. - because the chip is not directly connected to your computer it communicates to another chip and for this chip you need a driver.		1. connect your ESP - if you use the hardware I mentioned you just need to connect it via a micro-USB cable to your computer. BEWARE: in case of the WEMOS you need to install a [https://docs.wemos.cc/en/latest/ch340_driver.html driver]. - because the chip is not directly connected to your computer it communicates to another chip and for this chip you need a driver.

	2. install your micropython as mentioned on the ~~webside~~		2. install your micropython as mentioned on the website

	3. copy the scripts from the git on to the chip		3. copy the scripts from the git on to the chip
Zeile 26:		Zeile 26:
	4. disconnected and restart the chip		4. disconnected and restart the chip

	5. connect to its wifi "		5. connect to its wifi "WIFI: DMX_MQTT_CONTROLLER" with password: dmxmqttwifi

			6. open any browser on your computer and go to the IP 192.168.4.1 by typing it into the address field.

			7. choose the wifi you want to connect to enter its password and your brokers IP and Client_ID(should be unique for every chip in the network)

			8. choose how many DMX_Channels you want to control - at least 1 up to max. 512

			9. after you submit the chip will reset and your program is running

			10. the chip will open up topics according to your channels so to put channel one to 100percent send 255 to the topic DMX_CH

AKrause am 26. März 2020 um 19:31 Uhr

2020-03-26T19:31:25Z

← Nächstältere Version		Version vom 26. März 2020, 19:31 Uhr
Zeile 15:		Zeile 15:

	https://gitlab.com/anton.k.krause/dmx_wifi_esp32_esp8622_mqtt_controller.git		https://gitlab.com/anton.k.krause/dmx_wifi_esp32_esp8622_mqtt_controller.git


			Order of Operation:
			1. connect your ESP - if you use the hardware I mentioned you just need to connect it via a micro-USB cable to your computer. BEWARE: in case of the WEMOS you need to install a [https://docs.wemos.cc/en/latest/ch340_driver.html driver]. - because the chip is not directly connected to your computer it communicates to another chip and for this chip you need a driver.

			2. install your micropython as mentioned on the webside

			3. copy the scripts from the git on to the chip

			4. disconnected and restart the chip

			5. connect to its wifi "

AKrause am 26. März 2020 um 19:15 Uhr

2020-03-26T19:15:57Z

← Nächstältere Version		Version vom 26. März 2020, 19:15 Uhr
Zeile 1:		Zeile 1:

	Im Rahmen von Game on Stage ist dieser Code entstanden der es möglich macht über WiFi durch das MQTT Protocol DMX_Signale zu senden.		Im Rahmen von Game on Stage ist dieser Code entstanden der es möglich macht über WiFi durch das MQTT Protocol DMX_Signale zu senden.
			Mehr Details gibt es in der Readme im Git.

	benötigte Hardware:		benötigte Hardware:
Zeile 11:		Zeile 12:
	Micropython		Micropython

	und diese Skripte		und diese Skripte aus dem Git:

	https://gitlab.com/anton.k.krause/dmx_wifi_esp32_esp8622_mqtt_controller.git		https://gitlab.com/anton.k.krause/dmx_wifi_esp32_esp8622_mqtt_controller.git