Wake Lamp - Revision history

Ttenbergen at 03:51, 2021 October 28

2021-10-28T03:51:40Z

← Older revision		Revision as of 20:51, 2021 October 27
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	{{Project \|		{{Project
	\| shortDescription = Ceiling lamp based on what a resting rowing shell would look like from under water.		\|shortDescription=Ceiling lamp based on what a resting rowing shell would look like from under water.
	\| longDescription = I reviewed videos and photos to understand what this would actually look like. Then I [[3D modelled]] the belly of a rowing shell and the blades of some oars and [[3D printed]] them. I [[Laser cut]] (or rather engraved) the shapes of the waves around the shell and the oars out of a sheet of translucent acrylic. I glued the 3d printed parts on the bottom of the acrylic sheet.		\|longDescription=I reviewed videos and photos to understand what this would actually look like. Then I [[3D modelled]] the belly of a rowing shell and the blades of some oars and [[3D printed]] them. I [[Laser cut]] (or rather engraved) the shapes of the waves around the shell and the oars out of a sheet of translucent acrylic. I glued the 3d printed parts on the bottom of the acrylic sheet.
	Then I built the body of the lamp, and installed RGB LEDs against a randomly reflective background out of crushed up aluminum foil. I then programmed an [[Arduino]] to create the appearance of the change of colour and flickering under water in the LEDs.		Then I built the body of the lamp, and installed RGB LEDs against a randomly reflective background out of crushed up aluminum foil. I then programmed an [[Arduino]] to create the appearance of the change of colour and flickering under water in the LEDs.
	\| skillSet = 3D Modelling; 3D Printing; Laser Cutting; Shape Extraction~~; Arduino~~		\|skillSet=3D Modelling; 3D Printing; Arduino; Laser Cutting; Shape Extraction
	\| projectType = Personal Project		\|projectType=Personal Project
	~~\| northForge = True~~
	}}		}}

	~~{{TD computer\|}} get picture~~

	* [[File:Wake Lamp.mp4\|Here is a video]], but the camera actually processes against the subtle changes in lighting, so not a very good representation.		* [[File:Wake Lamp.mp4\|Here is a video]], but the camera actually processes against the subtle changes in lighting, so not a very good representation.

Ttenbergen: Text replacement - "Shape extraction" to "Shape Extraction"

2021-10-26T05:53:33Z

Text replacement - "Shape extraction" to "Shape Extraction"

← Older revision		Revision as of 22:53, 2021 October 25
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	\| longDescription = I reviewed videos and photos to understand what this would actually look like. Then I [[3D modelled]] the belly of a rowing shell and the blades of some oars and [[3D printed]] them. I [[Laser cut]] (or rather engraved) the shapes of the waves around the shell and the oars out of a sheet of translucent acrylic. I glued the 3d printed parts on the bottom of the acrylic sheet.		\| longDescription = I reviewed videos and photos to understand what this would actually look like. Then I [[3D modelled]] the belly of a rowing shell and the blades of some oars and [[3D printed]] them. I [[Laser cut]] (or rather engraved) the shapes of the waves around the shell and the oars out of a sheet of translucent acrylic. I glued the 3d printed parts on the bottom of the acrylic sheet.
	Then I built the body of the lamp, and installed RGB LEDs against a randomly reflective background out of crushed up aluminum foil. I then programmed an [[Arduino]] to create the appearance of the change of colour and flickering under water in the LEDs.		Then I built the body of the lamp, and installed RGB LEDs against a randomly reflective background out of crushed up aluminum foil. I then programmed an [[Arduino]] to create the appearance of the change of colour and flickering under water in the LEDs.
	\| skillSet = 3D Modelling; 3D Printing; Laser Cutting; Shape ~~extraction~~; Arduino		\| skillSet = 3D Modelling; 3D Printing; Laser Cutting; Shape Extraction; Arduino
	\| projectType = Personal Project		\| projectType = Personal Project
	\| northForge = True		\| northForge = True

Ttenbergen at 14:35, 2021 October 23

2021-10-23T14:35:01Z

← Older revision		Revision as of 07:35, 2021 October 23
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	{{Project \|		{{Project \|
	\| shortDescription = Ceiling lamp based on what a resting rowing shell would look like from under water.		\| shortDescription = Ceiling lamp based on what a resting rowing shell would look like from under water.
	\| longDescription =		\| longDescription = I reviewed videos and photos to understand what this would actually look like. Then I [[3D modelled]] the belly of a rowing shell and the blades of some oars and [[3D printed]] them. I [[Laser cut]] (or rather engraved) the shapes of the waves around the shell and the oars out of a sheet of translucent acrylic. I glued the 3d printed parts on the bottom of the acrylic sheet.
	\| skillSet =		Then I built the body of the lamp, and installed RGB LEDs against a randomly reflective background out of crushed up aluminum foil. I then programmed an [[Arduino]] to create the appearance of the change of colour and flickering under water in the LEDs.
	\| projectType =		\| skillSet = 3D Modelling; 3D Printing; Laser Cutting; Shape extraction; Arduino
	\| northForge =		\| projectType = Personal Project
			\| northForge = True
	}}		}}

	I reviewed videos and photos to understand what this would actually look like. Then I [[3D modelled]] the belly of a rowing shell and the blades of some oars and [[3D printed]] them. I [[Laser cut]] (or rather engraved) the shapes of the waves around the shell and the oars out of a sheet of translucent acrylic. I glued the 3d printed parts on the bottom of the acrylic sheet.		{{TD computer\|}} get picture
	Then I built the body of the lamp, and installed RGB LEDs against a randomly reflective background out of crushed up aluminum foil. I then programmed an [[Arduino]] to create the appearance of the change of colour and flickering under water in the LEDs.

	{{TD computer\|}} get picture ~~/ video~~

			* [[File:Wake Lamp.mp4\|Here is a video]], but the camera actually processes against the subtle changes in lighting, so not a very good representation.

	[[Category:Personal Project]]		[[Category:Personal Project]]

Ttenbergen: Ttenbergen moved page Wake lamp to Wake Lamp without leaving a redirect

2021-10-23T14:31:41Z

Ttenbergen moved page Wake lamp to Wake Lamp without leaving a redirect

← Older revision	Revision as of 07:31, 2021 October 23
(No difference)

Ttenbergen at 14:27, 2021 October 23

2021-10-23T14:27:52Z

← Older revision		Revision as of 07:27, 2021 October 23
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	~~[[Internal:Wake~~ lamp]]		{{Project \|
			\| shortDescription = Ceiling lamp based on what a resting rowing shell would look like from under water.
			\| longDescription =
			\| skillSet =
			\| projectType =
			\| northForge =
			}}

	I ~~made a ceiling lamp based on~~ what a ~~resting~~ rowing shell ~~would look like from~~ under water.		I reviewed videos and photos to understand what this would actually look like. Then I [[3D modelled]] the belly of a rowing shell and the blades of some oars and [[3D printed]] them. I [[Laser cut]] (or rather engraved) the shapes of the waves around the shell and the oars out of a sheet of translucent acrylic. I glued the 3d printed parts on the bottom of the acrylic sheet.
			Then I built the body of the lamp, and installed RGB LEDs against a randomly reflective background out of crushed up aluminum foil. I then programmed an [[Arduino]] to create the appearance of the change of colour and flickering under water in the LEDs.

	{{TD computer\|}} get picture / video		{{TD computer\|}} get picture / video

	I reviewed videos and photos to understand what this would actually look like. Then I [[3D modelled]] the belly of a rowing shell and the blades of some oars and [[3D printed]] them. I [[Laser cut]] (or rather engraved) the shapes of the waves around the shell and the oars out of a sheet of translucent acrylic. I glued the 3d printed parts on the bottom of the acrylic sheet.
	Then I built the body of the lamp, and installed RGB LEDs against a randomly reflective background out of crushed up aluminum foil. I then programmed an [[Arduino]] to create the appearance of the change of colour and flickering under water in the LEDs.


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	[[Category:3D Modelling]]		[[Category:3D Modelling]]
	[[Category:3D Printing]]		[[Category:3D Printing]]
			[[Category:Rowing]]

Ttenbergen at 04:45, 2021 October 9

2021-10-09T04:45:24Z

← Older revision		Revision as of 21:45, 2021 October 8
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	~~A ceiling~~ lamp ~~based on a resting rowing shell from underwater.~~		[[Internal:Wake lamp]]

	~~== Size ==~~		I made a ceiling lamp based on what a resting rowing shell would look like from under water.
	~~23" diameter circle-ish; that means 75~~.~~4" circumference, ie 1.9m~~
	* also see [[#Power Supply]]

	~~== Electronics ==~~		{{TD computer\|}} get picture / video
	~~LEDs and Arduino ordered from adafruit, order 469886, justthis1please!~~
	~~=== Arduino ===~~
	* [https:/~~/www.adafruit.com/products/1315 Arduino Micro w/o headers] - $24.95~~
	~~==== Arduino Size ====~~
	~~0.7" x 1.9" x 0.4" (17.77mm x 49.52mm x 11.59mm)~~

	~~=== LEDs ===~~		I reviewed videos and photos to understand what this would actually look like. Then I [[3D modelled]] the belly of a rowing shell and the blades of some oars and [[3D printed]] them. I [[Laser cut]] (or rather engraved) the shapes of the waves around the shell and the oars out of a sheet of translucent acrylic. I glued the 3d printed parts on the bottom of the acrylic sheet.
	~~==== white ====~~		Then I built the body of the lamp, and installed RGB LEDs against a randomly reflective background out of crushed up aluminum foil. I then programmed an [[Arduino]] to create the appearance of the change of colour and flickering under water in the LEDs.
	* https://www.~~adafruit~~.~~com/products/357~~
	* 60 LEDs~~/m, max 1~~.~~2A/m at full brightness~~
	* 1200mA / 60 LEDs ~~= 20mA / LED~~
	* installed length for 99 LEDs --> 1980mA at full brightness
	** measuerd at 1950-1960mA
	** suspect this is why things are getting hot

	~~==== colour LED WS2812B ====~~
	* 34 LEDs installed
	* measured for combined (arduino and colour LEDs) at 1200 - 1250mA
	* datasheet: https://www.adafruit.com/datasheets/WS2811.pdf
	* bought on ebay [http://www.ebay.com/itm/50Pcs-WS2812B-LED-With-Heatsink-10mm-3mm-DC5V-5050-SMD-RGB-WS2811-IC-Built-in-/281270793101?pt=US_Lighting_Parts_and_Accessories&hash=item417d0bb38d]

	~~=== Power Supply ===~~		[[Category:Personal Project]]
	* need 2A for each 5V (colour), 12V (white)		[[Category:Arduino]]
	* 0.5A, so 60W		[[Category:Laser Cutting]]
	* ebay [~~http~~:~~//www.ebay.com/itm/12V-5V-AC-Adapter-Hard-Disk-Power-Supply-For-Hard-Disk-Drive-Black-T1K-/380647145774~~]		[[Category:3D Modelling]]
	* 10.7 x 4 x 3cm		[[Category:3D Printing]]

Ttenbergen: /* white */

2014-09-24T03:55:52Z

white

← Older revision		Revision as of 20:55, 2014 September 23
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	=== LEDs ===		=== LEDs ===
	==== white ====		==== white ====
			* https://www.adafruit.com/products/357
	* 60 LEDs/m, max 1.2A/m at full brightness		* 60 LEDs/m, max 1.2A/m at full brightness
	* 1200mA / 60 LEDs = 20mA / LED		* 1200mA / 60 LEDs = 20mA / LED

Ttenbergen: /* colour LED WS2812B */

2014-09-24T03:53:45Z

colour LED WS2812B

← Older revision		Revision as of 20:53, 2014 September 23
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	==== colour LED WS2812B ====		==== colour LED WS2812B ====
	* 34 LEDs installed		* 34 LEDs installed
	* somewhere I have a reference of 60mA/each --> 2040mA
	* measured for combined (arduino and colour LEDs) at 1200 - 1250mA		* measured for combined (arduino and colour LEDs) at 1200 - 1250mA
	* datasheet: https://www.adafruit.com/datasheets/WS2811.pdf		* datasheet: https://www.adafruit.com/datasheets/WS2811.pdf

Ttenbergen: /* LEDs */

2014-09-24T03:53:23Z

LEDs

← Older revision		Revision as of 20:53, 2014 September 23
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	* 1200mA / 60 LEDs = 20mA / LED		* 1200mA / 60 LEDs = 20mA / LED
	* installed length for 99 LEDs --> 1980mA at full brightness		* installed length for 99 LEDs --> 1980mA at full brightness
	** ~~confirmed~~ at 1950-1960mA		** measuerd at 1950-1960mA
	** suspect this is why things are getting hot		** suspect this is why things are getting hot

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	* 34 LEDs installed		* 34 LEDs installed
	* somewhere I have a reference of 60mA/each --> 2040mA		* somewhere I have a reference of 60mA/each --> 2040mA
	* measured ~~current~~ for ~~both MC~~ and colour LEDs ~~it was~~ at 1200 - 1250mA		* measured for combined (arduino and colour LEDs) at 1200 - 1250mA
	** likely wrong, because the USB drove it just fine. So, must be able to limit to 500mA...

	* datasheet: https://www.adafruit.com/datasheets/WS2811.pdf		* datasheet: https://www.adafruit.com/datasheets/WS2811.pdf
	* bought on ebay [http://www.ebay.com/itm/50Pcs-WS2812B-LED-With-Heatsink-10mm-3mm-DC5V-5050-SMD-RGB-WS2811-IC-Built-in-/281270793101?pt=US_Lighting_Parts_and_Accessories&hash=item417d0bb38d]		* bought on ebay [http://www.ebay.com/itm/50Pcs-WS2812B-LED-With-Heatsink-10mm-3mm-DC5V-5050-SMD-RGB-WS2811-IC-Built-in-/281270793101?pt=US_Lighting_Parts_and_Accessories&hash=item417d0bb38d]

Ttenbergen: /* colour LED WS2812B */

2014-09-24T03:44:24Z

colour LED WS2812B

← Older revision		Revision as of 20:44, 2014 September 23
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	* 34 LEDs installed		* 34 LEDs installed
	* somewhere I have a reference of 60mA/each --> 2040mA		* somewhere I have a reference of 60mA/each --> 2040mA
			* measured current for both MC and colour LEDs it was at 1200 - 1250mA
	** likely wrong, because the USB drove it just fine. So, must be able to limit to 500mA...		** likely wrong, because the USB drove it just fine. So, must be able to limit to 500mA...