Philips luminous textile with Kvadrat Soft Cells System integration. Webinar, July 21 th 2014

Transcription

1 Philips luminous textile with Kvadrat Soft Cells System integration Webinar, July 21 th 2014

2 Philips luminous textile with Kvadrat Soft Cells Bring spaces alive soft content soft sound soft touch 2

3 Webinar scope: system integration What are options to integrate luminous textile to control the integrated playback controller to control the individual LED s inside the luminous textile How to realize this integration Integration of luminous textile on networks How to control luminous textile using Generic device Philips Color Kinetics keypads Philips Dynalite systems How to use luminous textile in Streaming applications Possibility to integrate with high definition projection The second part of this webinar requires technical knowledge of various systems and technologies to understand the terminology 3

4 Luminous textile panel Architecture Content selection Database Commissioning phase Order of content (in playlist) Fade in-out (in playlist) Composition and aspect ratio Operation phase Choose a playlist to playback Adjust the schedule Content Manager 4

5 5 Luminous textile panel Architecture

6 6 Restaurant, Lighting Application Center, Eindhoven, The Netherlands

7 7 Restaurant, Lighting Application Center, Eindhoven, The Netherlands

8 8 ordsjællands Hospital, Sensory Birthing Room, Hillerød, Denmark

9 System integration: triggering Recalling uploaded playlists on the playback controllers from other system (s) Start Stop Select playlist Set intensity 9 Command from external system Done via any device that can output triggers via ethernet Color Kinetics Keypad / MultiProtocolConverter Dynalite systems Pharos controllers Crestron systems

10 10

11 System integration: Streaming Control color and intensity of every individual RGB LED inside the luminous textile in realtime. Art-Net and KiNET protocol supported rd party control system

12 System integration: triggering basics All system integration via Ethernet connection 12

13 IP addressing (default) Panels are standard set to receive IP address from a DHCP server Switch DHCP server

14 IP addressing (link-local) [x].[x] [x].[x] [x].[x] If no DHCP server is available, panels can be reached at their link-local address. Easy to use this feature to set IP addresses to a i.e. 10.x.x.x network for integration with Philips Color Kinetics equipment Switch [x].[x]

15 IP addressing (fixed) Via the panel s webserver the IP settings can be adjusted DHCP on/off IP address Subnet Mask Gateway When used with fixed IP address panel will still feature link local address for easy recovery. Switch

16 World Wide Web access / port forwarding A luminous textile panel requires two ports HTTP (port 80) FTP(port 21) for control and uploading content. Discovery of panels in Content Manager and DiscoverMe LTP app only works in LAN With correct port forwarding, control and uploading of content works through the world wide web. LAN Router World Wide Web Company network 16

17 System integration: triggering basics [the IP address of Master panel] 17

18 18 System integration: triggering commands

19 System integration: triggering (TCP) Certain often used integration systems (i.e. Pharos, Crestron) don t support HTTP commands. In System Integration Guide we support the syntax to send the messages via TCP. 19 i.e. Pharos controller To lights (DMX) To other controlled items

20 System integration: triggering (TCP) GET /control.php?command=start HTTP/1.1\r\nHost: \r\n\r\n [the IP address of Master panel] 20 i.e. Pharos controller To lights (DMX) To other controlled items

21 System integration: triggering by Dynalite Dynalite Ethernet gateway 21 Dynalite bus

22 System integration: triggering by Dynalite Determine the Dynalite Area luminous textile is used in (i.e. Area 255) Setup the Dynalite Ethernet Gateway (UDP & Port nr, i.e ) Program normal Dynalite commands to the Dynalite control interfaces (i.e. Preset 1 in Area 255) Fill in UDP port and Area in luminous textile panel Dynalite Ethernet gateway 22 Dynalite bus

23 System integration: triggering by Dynalite Dynalite Ethernet gateway 23 Dynalite bus

24 System integration: triggering by Color Kinetics + 24

25 System integration: triggering by Color Kinetics Ensure luminous textile is used on the same (i.e. 10.x.x.x) network as the CK equipment. Ensure you have a PoE switch to power ethernet controller keypad or multi protocol converter No further configuration required 25

26 System integration: Streaming Control color and intensity of every individual RGB LED inside the luminous textile in realtime. Art-Net and KiNET protocol supported rd party control system

27 System integration: Streaming Philips Color Kinetics Light System Manager Create lighting effects on luminous textile (possibly simultaneous with other Philips Color Kinetics luminaires) LSM 27

28 System integration: Streaming Coolux Pandora s box icw Compact Player Playback and alter video s and effects realtime. Change fading, colors, play multiple images at the same time. Possible to connect sensors, camera s etcetera. Use widget designer to create stunning interactive applications Compact Player 28

29 System integration: Streaming Philips Color Kinetics Video System Manager Translate video format (VGA, DVI) to a luminous textile installation. (possibly simultaneous with other Philips Color Kinetics luminaires) 29

30 System integration: Streaming! 30

31 System integration: mapping Follow European reading order Max 170 pixels in universe A universe is always rectangle 31

32 32 System integration: mapping

33 33 System integration: Streaming

34 34 Enabling Streaming (software setting)

35 35 Select Streaming protocol

36 Streaming KiNET vs Art-Net Protocol for DMX over Ethernet Developed by Color Kinetics (now Philips Color Kinetics) Proprietary protocol Luminous textile supports KiNET v2 ( port out ) Maximum 16 universes ( Ports ) per IP address Contact technical.support@colorkinetics.com for more information 36

37 Streaming KiNET vs Art-Net Protocol for DMX over Ethernet Developed by Artistic Licence Published in public domain Luminous textile supports Art-NetV3 (backwards compatible with V2) Maximum 4 universes per IP address, following via binding IP addresses (*) 37

38 38 Philips Design HTC33, Eindhoven, The Netherlands

39 39 Philips Stadium (PSV), Eindhoven, The Netherlands

40 40 Philips Stadium (PSV), Eindhoven, The Netherlands

41 System integration: projection Real time control of high resolution projection luminous textile content by connecting both to the same media server system. Compact Player 41

42 Thank you for your attention Stay in touch! Questions? Use the Q&A section in your webinar window (not the chat window) Check the system integration document here Contact us at Visit our website Newsletters: Large Luminous Surfaces general newsletter Luminous textile technical newsletter Upcoming webinars: September 15 th : Interactivity October 20 th : Tips and Tricks 42 Review webinar recording: The link to this recorded webinar will be posted on our website Link to previously hosted webinars can be found here too

43 For further questions visit: contact: