GMU:Processing im Park/Tim Vischer

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Tim Vischer

Homework One

For the first homework we had to create an gif of nine photos, we took in the Park Code for this sketch can be viewed link here.

Parki.gif

We also created a simple grid of nine photos. Code for this sketch can be viewed here.
Parkgrid.jpg

Homework Two

For the second Homework we should create some kind of Collage of an Image. I wrote a code using a specific colour to draw a stripe pattern on it. You can see the code here.
Stripecollage.png

Homework Three

We should make a brush that displays a 3D view of an object we photographed. You can view the code and input your own images link here.
Housebrush.png


Homework Four

Ilmparktim.png

Here you see my soundmap of the cave in the Ilmpark. Code can be viewed here


Homework Five

Screen Shot 2016-03-31 at 12.56.19.png

Video Processing. You can turn any Video into an live interpretation of the colour swatches used.

View the video here

View the code here

Homework Six

Screen Shot 2016-03-30 at 23.40.40.png

WebCam Glitch. Mirrors several Webcam lives Feeds and mixes them in colour and size via mouseOver hovering.

Code here.

See the video result on vimeo


Final Project

I developed a sketch in wich you can turn mpo files into Stereoscopic 3D Gifs. In my vacation i made a lot of pictures with an Fujifilm 3D camera to use those pictures you need to turn them into gifs or view them with red-blue 3D glasses. Fujifilm provided software some years ago but they dont offer this service anymore, so i needed to write my own. In my sketch you can change the distance between the two images to calibrate the 3D experience as well as the framerate. You can also export this as a gif easily. So with this sketch me and others who want to use it can quickly process the otherwise pretty useless mpo files.

The code can be viewed here

Out of these two images:

This Gif gets created:

Export2.gif

Out of these two images:

This Gif gets created:

Export3.gif

Out of these two images:

This Gif gets created:

Export4.gif

The Fujifilm Finepix real 3D:


Fuji3d.png


But you can also use a normal camera and take two photos from two different angles.