Latest revision as of 12:38, 30 August 2012

➫ ⬈ ⥁

Graduation

Graduation project Pristitrope & thesis All Around & Away we Go

LCD zoetrope tests

A test using a circular array of smartphones - to find out if zoetropic motion is possible with LCD screens. Findings:

It works
The limited viewing angle doesn't seem to be a problem
When viewed in the dark the screens seem to 'float' mid-circle
The screens reflect into each other, better use non-or-less-reflective ones
In a dark environment the screens cast beams of light on the surroundings
As with a regular zoetrope, images get slightly squished horizontally
This test should be repeated with just iPhones, set on the same brightness, and using thinner slits.

Shadowplay tests

Makeshift setup:

Proposal

My proposal as of 2012/01/12

Thesis

Tutorial notes

Misc

Displays for a possible display-based zoetrope

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 __NOTOC__
+<div style="font-size:2000%">
+[http://www.vimeo.com/quintenquinten ➫]
+[http://quintlr.tumblr.com ⬈]
+[http://www.last.fm/user/quinten ⥁]
+</div>
+= Graduation =
+[[File:pristitrope_turn.png|500px|none]]
+[http://pzwart3.wdka.hro.nl/wiki/User:Quinten_swagerman/Pristitrope,_2012 Graduation project Pristitrope & thesis All Around & Away we Go ]
-[[Image:solarsystem.jpg|500px]]
+== LCD zoetrope tests==
-= Graduation =
+{{#widget:Vimeo|id=40167849|width=500|height=281}}
+A test using a circular array of smartphones - to find out if zoetropic motion is possible with LCD screens. Findings:
+*It works
+*The limited viewing angle doesn't seem to be a problem
+*When viewed in the dark the screens seem to 'float' mid-circle
+*The screens reflect into each other, better use non-or-less-reflective ones
+*In a dark environment the screens cast beams of light on the surroundings
+*As with a regular zoetrope, images get slightly squished horizontally
+*This test should be repeated with just iPhones, set on the same brightness, and using thinner slits.
 == Shadowplay tests ==
@@ Line 17: / Line 37: @@
 [[Image:shadow_setup_1.jpg|240px]]
 [[Image:shadow_setup_2.jpg|240px]]
-== Displays for a possible display-based zoetrope ==
-[[Image:active_areas.jpg|500px]]
-E-paper:
-[[Image:epaperdemokit.jpg|200px]]
-E-paper would be great, as it's thin, viewable from a broad angle, has a high contrast and a nice texture. Pervasive Displays manufacture e-paper displays, one of their offices is located in Soest, The Netherlands. They don't sell it, sadly. The cheapest/nearest reseller I found is Ineltek, in Heidenheim, Germany.
-[[Image:epaper27.png|200px]]
-[http://www.pervasivedisplays.com/products/panels Pervasive Displays 2.7 inch]
-Active area: 29 x 22 mm / 264 x 176 px
-euros per screen, when buying 10-15 pcs.
-[[Image:epaper441.png|200px]]
-[http://www.pervasivedisplays.com/products/panels Pervasive Displays 4.41 inch]
-Active area: 90 x 67 mm / 400 x 300 px
-.60 euros per screen, when buying 10-15 pcs.
-[[Image:epaper74.png|200px]]
-[http://www.pervasivedisplays.com/products/panels Pervasive Displays 7.4 inch]
-Active area: 100 x 162 mm / 480 x 800 px
-,75 euros per screen, when buying 10-15 pcs.
-A recent discussion about e-paper on the Arduino forums.
-Perhaps an alternative would be to buy a bunch of cheap e-readers.
 == Proposal ==
@@ Line 64: / Line 47: @@
 * [[User:Quinten swagerman/Research/Nekes | Was geschah wirklich zwischen den Bildern - Werner Nekes (1985)]]
-== Misc ==
+== Tutorial notes ==
+* [[User:Quinten swagerman/Research/Doing2 | A tutorial with Karel on the 11th of april]]
+* [[User:Quinten swagerman/Research/Barend1 | A tutorial with Barend on the 29th of march]]
+* [[User:Quinten swagerman/Research/Simon1 | A tutorial with Simon on the 27th of march]]
+* [[User:Quinten swagerman/Research/Aymeric1 | A tutorial with Aymeric on the 26th of march]]
 * [[User:Quinten swagerman/Research/Wright | A tutorial with Richard Wright in five URLs]]
 * [[User:Quinten swagerman/Research/Doing | Karel Doing notes]]
+== Misc ==
+* [[User:Quinten swagerman/Monitorotrope/Screens | Displays for a possible display-based zoetrope]]