Difference between revisions of "User:LV/Q10R"

From DigitalCraft_Wiki
Jump to navigation Jump to search
Line 36: Line 36:
  
 
===Field Research===
 
===Field Research===
[[File:RainbowRET.jpg | 600px]] Seen in the Subway, the plastic creates rainbows in the view of the screen.
+
Seen in the Subway, the plastic creates rainbows in the view of the screen: <br>
[[File:RainbowPICT.jpg | 600px]] When taking a picture with my iPhone of a iMac screen. <br>
+
[[File:RainbowRET.jpg | 600px]] <br>
 +
When taking a picture with my iPhone of a iMac screen. <br>
 +
[[File:RainbowPICT.jpg | 400px]] <br>

Revision as of 16:17, 24 November 2015

PITCH

Pitch v2.jpg

Pitch v22.jpg

Pitch v23.jpg

Pitch v24.jpg

Pitch v25.jpg

Pitch v26.jpg

Pitch v27.jpg

Additionional Information: For this project I want to continue on the rainbow part of my project in Q7 of Digital Craft.
This can be found on this page: User:LV/PRACTICE RESEARCH#RAINBOWS
I added rainbows on ordinary objects through different analogue techniques.

Previous.jpg

This fascinates me because the beauty of the ordinary object is subject to perspective. I want people to decelerate from their daily live.
For example in CD-cases, this rainbow reflection that only appears when you turn it in a certain angle. This search for beauty links to the work Beauty of Olafur Eliassion, where a rainbow appears and disappears depending on one's location. A possible result for this project could be something with the CD-cases, or creating a real life experience. For my research I want to look more into references in the art world and do research on the material and reflections. An interesting book about the search for beauty in the artworld that I would like to start reading is: The Subliem by Hans den Hartog. So a lot of experimenting with form and experience, and asking myself the following questions: How do i intensify this rainbow beauty in ordinary objects, what light source should i use or what is the viewers position?

After pitch and feedback my goal now is:
I think the CD cases are an interesting beginning point but I need to look further than that.
Right now I need to focus on the question: how to link analogue rainbows with digital technologies.?
Explore rainbows in the digital world. For example: rainbows in the refracting light in screens.

RESEARCH

Field Research

Seen in the Subway, the plastic creates rainbows in the view of the screen: 

RainbowRET.jpg
When taking a picture with my iPhone of a iMac screen.
RainbowPICT.jpg