Stained Glass Backlighting Display - Revision history

Ttenbergen at 06:23, 2021 December 3

2021-12-03T06:23:31Z

← Older revision		Revision as of 23:23, 2021 December 2
Line 7:		Line 7:
	<!-- No visual display, wasn't completed yet when that was recorded. The museum has a xxx of this display. -->		<!-- No visual display, wasn't completed yet when that was recorded. The museum has a xxx of this display. -->
	\|skillSet=Arduino; Electronics		\|skillSet=Arduino; Electronics
	\|projectType=Interactive Display; Museum Display~~; Featured Project~~		\|projectType=Interactive Display; Museum Display
	\|northForge=No		\|northForge=No
	}}		}}

Ttenbergen at 21:43, 2021 November 23

2021-11-23T21:43:12Z

← Older revision		Revision as of 14:43, 2021 November 23
Line 7:		Line 7:
	<!-- No visual display, wasn't completed yet when that was recorded. The museum has a xxx of this display. -->		<!-- No visual display, wasn't completed yet when that was recorded. The museum has a xxx of this display. -->
	\|skillSet=Arduino; Electronics		\|skillSet=Arduino; Electronics
	\|projectType=Interactive Display; Museum Display		\|projectType=Interactive Display; Museum Display; Featured Project
	\|northForge=No		\|northForge=No
	}}		}}

Ttenbergen at 03:45, 2021 November 1

2021-11-01T03:45:51Z

← Older revision		Revision as of 20:45, 2021 October 31
Line 1:		Line 1:
	{{Project \|		{{Project
	\| shortDescription = Battery operated display that uses a rope pull to turn on an audio file and LED backlighting.		\|shortDescription=Battery operated display that uses a rope pull to turn on an audio file and LED backlighting.
	\| longDescription =		\|longDescription=The [[St. Andrews Heritage Centre]] wanted a battery operated display for a stained glass panel that would fade on lights and play church bells when a rope is pulled. The light then dims back down and the church bells end after a period.
	The [[St. Andrews Heritage Centre]] wanted a battery operated display for a stained glass panel that would fade on lights and play church bells when a rope is pulled. The light then dims back down and the church bells end after a period.

	We set up the mechanism to pull the rope to trigger a hall sensor, which is read by an [[Arduino]]. The Arduino then provides a PWM signal to an LED driver to fade on a string of LEDs, and starts to play an MP3 file of the church bells. The display is powered by a USB battery pack which		We set up the mechanism to pull the rope to trigger a hall sensor, which is read by an [[Arduino]]. The Arduino then provides a PWM signal to an LED driver to fade on a string of LEDs, and starts to play an MP3 file of the church bells. The display is powered by a USB battery pack which

	<!-- No visual display, wasn't completed yet when that was recorded. The museum has a xxx of this display. -->		<!-- No visual display, wasn't completed yet when that was recorded. The museum has a xxx of this display. -->
			\|skillSet=Arduino; Electronics
	\| skillSet = Arduino; Electronics		\|projectType=Interactive Display; Museum Display
	\| projectType = Interactive Display; Museum Display		\|northForge=No
	\| northForge = ~~False~~
	}}		}}

	[[File:Stained Glass Backlighting Display internals.jpg \| 300px \| alt=Stained Glass Backlighting Display internals]]		[[File:Stained Glass Backlighting Display internals.jpg \| 300px \| alt=Stained Glass Backlighting Display internals]]

	[[Media:Stained Glass Backlighting Display.mp4\|Click this link for a video of the display]]		[[Media:Stained Glass Backlighting Display.mp4\|Click this link for a video of the display]]


	~~[[Category:Interactive Display]]~~
	~~[[Category:Portfolio]]~~
	~~[[Category:Arduino]]~~
	~~[[Category:Museum Display]]~~

Ttenbergen at 04:17, 2021 October 24

2021-10-24T04:17:32Z

← Older revision		Revision as of 21:17, 2021 October 23
Line 15:		Line 15:
	[[File:Stained Glass Backlighting Display internals.jpg \| 300px \| alt=Stained Glass Backlighting Display internals]]		[[File:Stained Glass Backlighting Display internals.jpg \| 300px \| alt=Stained Glass Backlighting Display internals]]

	[[Media:Stained Glass Backlighting Display.mp4]]		[[Media:Stained Glass Backlighting Display.mp4\|Click this link for a video of the display]]

Ttenbergen at 04:00, 2021 October 24

2021-10-24T04:00:17Z

← Older revision		Revision as of 21:00, 2021 October 23
Line 1:		Line 1:
	{{Project \|		{{Project \|
	\| shortDescription =		\| shortDescription = Battery operated display that uses a rope pull to turn on an audio file and LED backlighting.
	\| longDescription =		\| longDescription =
	~~A museum~~ wanted a battery operated display for a stained glass panel that would fade on lights and play church bells when a rope is pulled. The light then dims back down and the church bells end after a period.		The [[St. Andrews Heritage Centre]] wanted a battery operated display for a stained glass panel that would fade on lights and play church bells when a rope is pulled. The light then dims back down and the church bells end after a period.

	We set up the mechanism to pull the rope to trigger a hall sensor, which is read by an [[Arduino]]. The Arduino then provides a PWM signal to an LED driver to fade on a string of LEDs, and starts to play an MP3 file of the church bells. The display is powered by a USB battery pack which		We set up the mechanism to pull the rope to trigger a hall sensor, which is read by an [[Arduino]]. The Arduino then provides a PWM signal to an LED driver to fade on a string of LEDs, and starts to play an MP3 file of the church bells. The display is powered by a USB battery pack which

Ttenbergen at 03:44, 2021 October 24

2021-10-24T03:44:04Z

← Older revision		Revision as of 20:44, 2021 October 23
Line 13:		Line 13:
	}}		}}

	~~{{TD computer}} needs photos and more.~~..		[[File:Stained Glass Backlighting Display internals.jpg \| 300px \| alt=Stained Glass Backlighting Display internals]]

			[[Media:Stained Glass Backlighting Display.mp4]]

Ttenbergen at 03:34, 2021 October 24

2021-10-24T03:34:52Z

← Older revision		Revision as of 20:34, 2021 October 23
Line 1:		Line 1:
			{{Project \|
			\| shortDescription =
			\| longDescription =
	A museum wanted a battery operated display for a stained glass panel that would fade on lights and play church bells when a rope is pulled. The light then dims back down and the church bells end after a period.		A museum wanted a battery operated display for a stained glass panel that would fade on lights and play church bells when a rope is pulled. The light then dims back down and the church bells end after a period.

	We set up the mechanism to pull the rope to trigger a hall sensor, which is read by an [[Arduino]]. The Arduino then provides a PWM signal to an LED driver to fade on a string of LEDs, and starts to play an MP3 file of the church bells. The display is powered by a USB battery pack which		We set up the mechanism to pull the rope to trigger a hall sensor, which is read by an [[Arduino]]. The Arduino then provides a PWM signal to an LED driver to fade on a string of LEDs, and starts to play an MP3 file of the church bells. The display is powered by a USB battery pack which

			<!-- No visual display, wasn't completed yet when that was recorded. The museum has a xxx of this display. -->

			\| skillSet = Arduino; Electronics
			\| projectType = Interactive Display; Museum Display
			\| northForge = False
			}}

	{{TD computer}} needs photos and more...		{{TD computer}} needs photos and more...

	~~{{WhatLinksHere}}~~

	[[Category:Interactive Display]]		[[Category:Interactive Display]]

Ttenbergen: Created page with "A museum wanted a battery operated display for a stained glass panel that would fade on lights and play church bells when a rope is pulled. The light then dims back down and t..."

2021-10-07T02:45:09Z

Created page with "A museum wanted a battery operated display for a stained glass panel that would fade on lights and play church bells when a rope is pulled. The light then dims back down and t..."

New page

A museum wanted a battery operated display for a stained glass panel that would fade on lights and play church bells when a rope is pulled. The light then dims back down and the church bells end after a period.

We set up the mechanism to pull the rope to trigger a hall sensor, which is read by an [[Arduino]]. The Arduino then provides a PWM signal to an LED driver to fade on a string of LEDs, and starts to play an MP3 file of the church bells. The display is powered by a USB battery pack which

{{TD computer}} needs photos and more...

{{WhatLinksHere}}

[[Category:Interactive Display]]
[[Category:Portfolio]]
[[Category:Arduino]]
[[Category:Museum Display]]