for more, visit my blog at: paopi.tumblr.com :)

Dept. of Chemical Engineering & Applied Chemistry - Mahadevan Lab, Faculty of Applied Science & Engineering, University of Toronto

Photo by Sara Collaton

Made with Processing.

Video:

vimeo.com/16614423

Code:

openprocessing.org/sketch/15155

LOOK AT HIS STUPID FACE!!!

step 1

As a visual person, I thought it might help if I put together a mind-map of where my work is at present. Blogged: amandawatson-will.blogspot.com

www.matuchastudio.com

Built with Processing.

Patterns generated in processing and some post work using tiling/kaleidoscope/arrays in GMIC/Gimp

process

deadly nadder batt by shetibo, inspired by character named 'Deadly Nadder' from Dreamworks' "How to Train Your Dragon". i have not seen this movie, but found the batt intriguing. this is my first time spinning from a batt and it was so much fun! i love how it turned out.

website

Processed with VSCOcam with t1 preset

No Color Correction or Modification.

Cross Processed (XPRO) Fuji Sensia 100 ISO Color Slide 35mm Film. Shot with the Nikon N8008s, scanned using the Epson V600.

This is from my first roll of cross processed film. I've never done this before, and I'm really pleased with some of the results. Now that I know a little more about what's going on, I may shoot a little more when I find cheap slide film to play with.

Also, I shot this roll as if it was 200 ISO film, over exposing it slightly.

I also scanned a color modified version to reduce the harshness of the red and magentas found in Fuji Sensia film when processed using C-41 chemicals.

Read my cross processing adventures here: www.flickr.com/groups/1535149@N22/discuss/72157628109340933/

Testing Cross processing, please feel free to add your comments or critiques.

Strobist Info:

Canon 580exII triggered via Pocket Wizard TT5 and TT1 on TTL mode mounted on a Beauty Dish camera top and slightly left on a boom. See diagram below

tiny generative system

Prozess-Rockteil

Some old-school data art for the forthcoming Art Machine show at the ANU School of Art. No Meta visualises an xml source character by character; patterns reveal the recurring XML tags as well as their contents.

Processed with Snapseed and Tangled FX

im starting to use the open source software processing (processing.org) to create images. its a lot of fun.

get rid of the grid ;)

i added randomly shaped shapes.

kinda 80ties look maybe?

Processed with VSCO with e3 preset

pluto/charon from 26.8Mkm

gone sketchboookd

Old images from 2007 from a rework of the Magnetosphere project. This image shows a timelapse sequence of images (reads across then down) to highlight the color changes during the course of the render.

Processed by RIT Darkroom 0.48b

step 2

This picture was taken for a school assignment, these images was used on the packaging I designed for a "mafia-inspired" pasta-dish.

This particular image was the final processed result that was used on the packaging. See the raw image here: www.flickr.com/photos/68703431@N03/8741407347/in/photostream

Check out the final packaging here:

www.flickr.com/photos/68703431@N03/8742560614/in/photostream

Holga. Experiments with light leaks on Fujichrome MS100 Daylight cross processed.

electronic ballasts for fixtures

I am preparing to place the chicken into the killing cone.

well I was adjusting the settings on my camera at a wedding reception last week.

Processed with Flare

Built with Processing

import noc.*;

import hipstersinc.sunflow.*;

import hipstersinc.sunflow.shader.*;

import hipstersinc.*;

void setup() {

size(600, 900, "hipstersinc.P5Sunflow");

noStroke();

}

void draw() {

setupCamera();

background(255);

translate(width/2, 50, 0);

rotateX(QUARTER_PI);

rotateZ(QUARTER_PI);

fill(255);

float scl = 30;

int time = minute();

for(int j =0; j<3; j++){

Vector3D pos = new Vector3D(random(-500,500),random(-1000,300),-1000);

Vector3D rot = new Vector3D(0,0,0);

for(int i=0; i<3000; i++) {

float boxSize = 386+random(200);

pushMatrix();

translate(pos.x,pos.y,pos.z);

rotateX(rot.x);

rotateY(rot.y);

rotateZ(rot.z);

scale(random(.1),random(.4),random(.1));

box(boxSize);

Vector3D add = new Vector3D(random(-1,1),random(-1,1),random(-1,1));

add.mult(scl);

pos.add(add);

pos.z = constrain(pos.z,-800,-1400);

add = new Vector3D(random(-1,1),random(-1,1),random(-1,1));

add.mult(.05);

rot.add(add);

popMatrix();

}

}

saveFrame(int(minute()-time)+"minutesRendering.png");

saveFrame(int(minute()-time)+"minutesRendering.tif");

}

void setupCamera() {

P5Sunflow sunflow = (P5Sunflow) g;

//sunflow.camera.setType(SunflowCamera.PINHOLE);

sunflow.camera.setType(SunflowCamera.THINLENS);

sunflow.camera.setFocalDistance(450);

sunflow.camera.setLensRadius(12f);

sunflow.scene.setAaSamples(12);

}