Triggering Effects with TUIO - Revision history

Behrooz at 10:01, 1 October 2019

2019-10-01T10:01:18Z

← Older revision		Revision as of 10:01, 1 October 2019
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	TUIO is a protocol intended to connect multitouch environments such us laser scanners, multitouch tables etc. to interactive installations. It is based on OSC, which itself is the network-based successor to MIDI. Today, many common devices can send TUIO, including IPhones, IPads, Android devices, Kinect Controllers, Wii Controllers and many more.		TUIO is a protocol intended to connect multitouch environments such as laser scanners, multitouch tables, etc. to interactive installations. It is based on OSC, which itself is the network-based successor to MIDI. Today, many common devices can send TUIO, including IPhones, IPads, Android devices, Kinect Controllers, Wii Controllers and many more.

	Using TUIO in your setup is easy. We will use an Android phone for the example setup.		Using TUIO in your setup is easy. We will use an Android phone for the example setup.

	1. First connect the ~~MXWENDLER~~ server and the Android device over a network, e.g. WLAN.		1. First connect the MXWendler server and the Android device over a network, e.g. WLAN.

	2. Open 'OSC' in the ~~MXWENDLER~~ IO Devices Settings: '''(A)'''		2. Open 'OSC' in the MXWendler IO Devices Settings: '''(A)'''
	:'''Menu: Settings → IO Devices → OSC'''		:'''Menu: Settings → IO Devices → OSC'''
	3. Activate 'Receive OSC' '''(B)'''		3. Activate 'Receive OSC'. '''(B)'''

	4. Set 'Listen on Port' to '7000' (default). '''(C)'''		4. Set 'Listen on Port' to '7000' (default). '''(C)'''
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	{{#mpdftags: pagebreak}}		{{#mpdftags: pagebreak}}
	6. Start up the TUIO App, e.g. TUIOdroid, and change the TUIO port from ‘3333’ to ‘7000’.		6. Start the TUIO App, e.g. TUIOdroid, and change the TUIO port from ‘3333’ to ‘7000’.

	7. Start panning on the Android device.		7. Start panning on the Android device.

Behrooz at 12:00, 5 June 2019

2019-06-05T12:00:03Z

← Older revision		Revision as of 12:00, 5 June 2019
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	Once the network setup is up and running, you can connect the TUIO command stream to an IO Event of your choice. To connect the first markers X position to the active layers X position, configure the following:		Once the network setup is up and running, you can connect the TUIO command stream to an IO Event of your choice. To connect the first markers X position to the active layers X position, configure the following:

	9. ~~Open~~ Open DMX/MIDI/Keyboard Events in the IO Devices Settings: '''(F)'''		9. Open DMX/MIDI/Keyboard Events in the IO Devices Settings: '''(F)'''
	:'''Menu: Settings → IO Devices → DMX/MIDI/Keyboard Events'''		:'''Menu: Settings → IO Devices → DMX/MIDI/Keyboard Events'''
	10. Choose 'Tuio events' as Trigger. '''(G)'''		10. Choose 'Tuio events' as Trigger. '''(G)'''

Behrooz at 11:57, 5 June 2019

2019-06-05T11:57:33Z

← Older revision		Revision as of 11:57, 5 June 2019
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			{{#mpdftags: pagebreak}}
	6. Start up the TUIO App, e.g. TUIOdroid, and change the TUIO port from ‘3333’ to ‘7000’.		6. Start up the TUIO App, e.g. TUIOdroid, and change the TUIO port from ‘3333’ to ‘7000’.

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			{{#mpdftags: pagebreak}}
	Once the network setup is up and running, you can connect the TUIO command stream to an IO Event of your choice. To connect the first markers X position to the active layers X position, configure the following:		Once the network setup is up and running, you can connect the TUIO command stream to an IO Event of your choice. To connect the first markers X position to the active layers X position, configure the following:

Behrooz at 13:31, 27 March 2019

2019-03-27T13:31:38Z

← Older revision		Revision as of 13:31, 27 March 2019
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	Once the network setup is up and running, you can connect the TUIO command stream to an IO Event of your choice. To connect the first markers X position to the active layers X position, configure the following:		Once the network setup is up and running, you can connect the TUIO command stream to an IO Event of your choice. To connect the first markers X position to the active layers X position, configure the following:

	~~:'''(F)'''~~ Open Open DMX/MIDI/Keyboard Events in the IO Devices Settings:		9. Open Open DMX/MIDI/Keyboard Events in the IO Devices Settings: '''(F)'''
	::'''Menu: Settings → IO Devices → DMX/MIDI/Keyboard Events'''		:'''Menu: Settings → IO Devices → DMX/MIDI/Keyboard Events'''
			10. Choose 'Tuio events' as Trigger. '''(G)'''

	:'''(G)''' ~~Choose 'Tuio events' as Trigger.~~		11. Create a new event with the '+' button. '''(H)'''

	:'''(H)''' ~~Create a new event with the '+' button.~~		12. Choose '2Dcur_Tap00_x' as event. '''(I)'''

	:'''(I)''' ~~Choose '2Dcur_Tap00_x' as event.~~		13. Choose '/mxw/track/active/layer/active/translationx' as receiver. '''(J)'''

	:'''(J)''' ~~Choose '/mxw/track/active/layer/active/translationx' as receiver.~~		14. Choose 'Pass value' as event type. '''(K)'''

	~~:'''(K)'~~'' ~~Choose 'Pass value' as event type~~.		15. Confirm with 'Apply'. '''(L)'''

	:'''(L)''' ~~Confirm with 'Apply'.~~


	[[File:TUIO_3.png\|728px]]		[[File:TUIO_3.png\|728px]]

Behrooz at 13:29, 27 March 2019

2019-03-27T13:29:20Z

← Older revision		Revision as of 13:29, 27 March 2019
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	Using TUIO in your setup is easy. We will use an Android phone for the example setup.		Using TUIO in your setup is easy. We will use an Android phone for the example setup.

			1. First connect the MXWENDLER server and the Android device over a network, e.g. WLAN.

	~~First connect~~ the MXWENDLER ~~server and the Android device over a network, e.g. WLAN~~.		2. Open 'OSC' in the MXWENDLER IO Devices Settings: '''(A)'''
			:'''Menu: Settings → IO Devices → OSC'''
			3. Activate 'Receive OSC' '''(B)'''

	:'''(A)''' ~~Open 'OSC' in the MXWENDLER IO Devices Settings:~~		4. Set 'Listen on Port' to '7000' (default). '''(C)'''
	~~::'''Menu: Settings → IO Devices → OSC~~'''

	~~:'''(B)''' Activate 'Receive OSC'~~		5. Turn on 'Log received Data' (reset later for better performance). '''(D)'''

	~~:'''(C)''' Set 'Listen on Port' to '7000' (default)~~.

	~~:'''(D)'''~~ Turn on 'Log received Data' (reset later for better performance).


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	Start up the TUIO App, e.g. TUIOdroid, and change the TUIO port from ‘3333’ to ‘7000’.		6. Start up the TUIO App, e.g. TUIOdroid, and change the TUIO port from ‘3333’ to ‘7000’.
	~~Start panning on the Android device~~.

			7. Start panning on the Android device.

	:'''(E)''' ~~Check successful connection in the log window.~~		8. Check successful connection in the log window. '''(E)'''
	::'''Menu: Settings → Error and log window'''		:'''Menu: Settings → Error and log window'''


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	Once the network setup is up and running, you can connect the TUIO command stream to an IO Event of your choice. To connect the first markers X position to the active layers X position, configure the following:		Once the network setup is up and running, you can connect the TUIO command stream to an IO Event of your choice. To connect the first markers X position to the active layers X position, configure the following:


	:'''(F)''' Open Open DMX/MIDI/Keyboard Events in the IO Devices Settings:		:'''(F)''' Open Open DMX/MIDI/Keyboard Events in the IO Devices Settings:

Behrooz: Created page with "TUIO is a protocol intended to connect multitouch environments such us laser scanners, multitouch tables etc. to interactive installations. It is based on OSC, which itself is..."

2019-03-18T15:53:16Z

Created page with "TUIO is a protocol intended to connect multitouch environments such us laser scanners, multitouch tables etc. to interactive installations. It is based on OSC, which itself is..."

New page

TUIO is a protocol intended to connect multitouch environments such us laser scanners, multitouch tables etc. to interactive installations. It is based on OSC, which itself is the network-based successor to MIDI. Today, many common devices can send TUIO, including IPhones, IPads, Android devices, Kinect Controllers, Wii Controllers and many more.

Using TUIO in your setup is easy. We will use an Android phone for the example setup.

First connect the MXWENDLER server and the Android device over a network, e.g. WLAN.

:'''(A)''' Open 'OSC' in the MXWENDLER IO Devices Settings:
::'''Menu: Settings → IO Devices → OSC'''

:'''(B)''' Activate 'Receive OSC'

:'''(C)''' Set 'Listen on Port' to '7000' (default).

:'''(D)''' Turn on 'Log received Data' (reset later for better performance).

[[File:TUIO_1.png|728px]]

Start up the TUIO App, e.g. TUIOdroid, and change the TUIO port from ‘3333’ to ‘7000’.
Start panning on the Android device.

:'''(E)''' Check successful connection in the log window.
::'''Menu: Settings → Error and log window'''

[[File:TUIO_2.png|728px]]

Once the network setup is up and running, you can connect the TUIO command stream to an IO Event of your choice. To connect the first markers X position to the active layers X position, configure the following:

:'''(F)''' Open Open DMX/MIDI/Keyboard Events in the IO Devices Settings:
::'''Menu: Settings → IO Devices → DMX/MIDI/Keyboard Events'''

:'''(G)''' Choose 'Tuio events' as Trigger.

:'''(H)''' Create a new event with the '+' button.

:'''(I)''' Choose '2Dcur_Tap00_x' as event.

:'''(J)''' Choose '/mxw/track/active/layer/active/translationx' as receiver.

:'''(K)''' Choose 'Pass value' as event type.

:'''(L)''' Confirm with 'Apply'.

[[File:TUIO_3.png|728px]]