Wake Lamp: Difference between revisions
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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; Arduino; Laser Cutting; Shape Extraction | ||
|projectType=Personal Project | |||
}} | }} | ||
* [[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]] | ||
Latest revision as of 19:51, 2021 October 27
| Projects | |
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| Project: | Wake Lamp (I) |
| Description: | Ceiling lamp based on what a resting rowing shell would look like from under water. |
| Skillset(s) : |
3D Modelling • 3D Printing • Arduino • Laser Cutting • Shape Extraction |
| Project Type(s) : | |
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.
- File:Wake Lamp.mp4, but the camera actually processes against the subtle changes in lighting, so not a very good representation.