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Free photos. Set 10.
Use it freely in personal and commercial projects.
CC-License
Photos: Anthony Clochard / wuipdesign.github.io
Free photos. Set 23.
Use it freely in personal and commercial projects.
CC-License
Photos: Anthony Clochard / wuipdesign.github.io
sometimes coding late into the night is counter-productive. This is a snapshot of our git repository (a system for allowing multiple programmers to work on some code without overwriting each other's work). An orderly 'checkout - change - check-in' looks like the area on the left. We were looking good until sometime around 2am when we tied a knot in our code that took a half hour to get undone again
Free photos. Set 17.
Use it freely in personal and commercial projects.
CC-License
Photos: Anthony Clochard / wuipdesign.github.io
previous movies are here youtube.com/danpaluska, no webcam on those. starting webcam add today.
github.com/danpaluska/OneMinutePerDay/blob/master/capture.sh
#! /bin/sh
# THIS VERSION TAKES A WEBCAM PIC AND BLENDS IT WITH SCREENSHOT
# ***************************************
# ******OMPD - One Minute Per Day - Voluntary Anthropology
# ******public timelapse wall
# need to install ffmpeg and imagemagick for this to work
# maybe wacaw too
# **************
# **************
# whatever you want to be your directory of files
cd ~/Pictures/OMPD
# make a subdirectory with today's date, then go to it.
mkdir `date +%Y-%m`
cd `date +%Y-%m`
screencapture -m -x -t jpg last.jpg
DDDATE=`date +%Y%m`
DATETIME=`date +%Y%m%d%H%M%S`
RAMP=9
counter=10000
# at 15 seconds per shot, 4/min, 240/hr, 10 hours = 2400 shots
# while [ $counter -ne 3400 ] # run a fixed number of shots.
#while [ `date +%H` -lt 23 ] # if it's less that 11pm
while [ 1 ] # run all the time
do
DATETIME=`date +%Y%m%d%H%M%S`
NOWDATE=`date +%Y%m`
if [ $NOWDATE -gt $DDDATE ]
then
echo "month change"
counter=100000
for f in screen*.jpg; do
let "counter+=1"
mv $f renum${counter:1}.jpg
done
# convert *.jpg ~/Movies/AUTOUPLOAD/OMPD-$DDDATE-$DATETIME.mp4
# for f in *.jpg; do let "counter+=1"; mv $f screen${counter:1}.jpg ; done
#done
# -g sets keyframes. useful if you ever edit the file later
ffmpeg -r 20 -b 5000 -g 1 -i renum%05d.jpg -sameq -s 720x450 ~/Movies/AUTOUPLOAD/OMPD-$DDDATE.mp4
#ffmpeg -r 10 -sameq -i webcam%04d.jpg ~/Movies/AUTOUPLOAD/camTL-$DDDATE.mp4
#ffmpeg -r 15 -b 5000 -i webcam%04d.jpg ~/Movies/AUTOUPLOAD/`
# -b 5000 to limit movie size.
cd ~/Pictures/OMPD
mkdir `date +%Y-%m-%d`
cd `date +%Y-%m-%d`
sleep 1
screencapture -m -x -t jpg last.jpg
screencapture -m -x -t jpg new.jpg
screencapture -m -x -t jpg middle.jpg
counter=10000
DDDATE=`date +%Y%m`
fi
#let "counter+=1"
echo $DATETIME
#echo $counter # if you want to see the progression on the terminal window
# capture a JPG screenshot
let "RAMP%=6"
let "RAMP+=1"
echo $RAMP
#screencapture -m -x -t jpg screen${counter:1}.jpg
screencapture -m -x -t jpg new.jpg
#composite /Users/danielpaluska/Pictures/OMPD/wave_gradient6.png new.jpg -displace 3x3 middle.jpg #screen$DATETIME.jpg
composite -blend 35 new.jpg last.jpg -matte middle.jpg
wacaw --jpeg -n 4 webcam
composite -blend 50 webcam.jpeg middle.jpg last.jpg
#composite -blend 50 -gravity center /Users/danielpaluska/OneMinutePerDay/label.gif middle.jpg middle.jpg
#cp middle.jpg last.jpg
#mv temp.jpg screen$DATETIME.jpg
convert last.jpg -resize %50 screen$DATETIME.jpg
#wacaw --jpeg -n 4 webcam${counter:1}.jpg
echo "captured images"
# resize images using imagemagick here?
#mogrify screen$DATETIME.jpg -resize 720x450
# add additional imagemagick filters that intentionally art-ify the images?
echo "made screen smaller"
# convert webcam${counter:1}.jpg.jpeg -resize 95% webcam${counter:1}.jpg
# mv webcam$DATETIME.jpg.jpeg webcam$DATETIME.jpg
#convert screen${counter:1}.jpg -resize 50% screen${counter:1}.jpg
# capture an image from the webcam using wacaw package. get from sourceforge
#
# download zip file. unzip. run these two things at command line
# sudo cp wacaw /usr/local/bin; sudo chmod +x /usr/local/bin/wacaw
echo yofool
# number of seconds between shots
sleep 20
# make a beep here? display a shot onscreen?
done
# one shot/15sec, played at 10 fps = 150x speedup. 150min(2.5hr) = 1 min vid. 10hrs = 4min
# about mac cron jobs on laptops and sleep times
Free photos. Set 29.
Use it freely in personal and commercial projects.
CC-License
Photos: Anthony Clochard / wuipdesign.github.io
It used to be that forking the code was interpreted as a failure in leadership. Forking would split the code, community, and users into competing factions and generally make life more confusing for everyone (see XEmacs).
In the world of distributed revision control systems like Git, forking means something different. These systems were designed to support a web of related revisions. Forking is just the way you roll. A multiplicity of forks is a sign of a healthy developer community. In fact, GitHub advertises the "5 Most Forked Projects" on their home page.
What is this?
This is a stacked graph displaying Tweets associated with the #eComm and #arconf hashtags during the three days of San Francisco's Emerging Communications Conference and the Augmented Reality Conference in April 2010. The data is taken from 4/19/10-4/21/10.
What is a stacked Graph?
The stacked graph method is one way of displaying buzz around speakers and topics at conferences.
The conversation bursts work just like sine waves as an audience begins to engage with the material of each new speaker. As memorable quotes are released into the audience, a lot of tweeting and retweeting coverage occurs, melding some of the terms into like-groups. The graph shows that people tweeted about the speaker during the middle of the speech as opposed to at the beginning or end of the speech.
The interesting part about visualizing data in this way is that it shows that there is an inherent difference between what a speaker says and the audience “hears”. Hearing, in this case, is defined by how the speaker’s name, company, and words are picked up by microbloggers and re-tweeted online.
In a way, the stacked graph is a more organic version of a bar graph, because it can be used to show an increase and decrease in volumes of conversation around a subject.
This project was originally inspired by the Neoformix Twitter Stream graph. It was a clunky, limited machine programmed in Java. After several requests for the source code, we were forced to make our own. The result is a much better, lighter, and faster loading system that has a linear time scale.
After looking at the full graph of the conference over three days, @anthropunk commented that while the streamgraph for #arconf was significantly larger than those for the other days, it did not necessarily mean that the first two days of the conference were not interesting, but that there were simply more people tweeting during the last day of the conference.
---
Stacked Graph History
Here's a link to Lee Byron's original Stacked Graph paper, “Stacked Graphs – Geometry & Aesthetics” www.leebyron.com/else/streamgraph/
“streamgraph_generator” can be checked out from github.
---
Credits:
This image was created by @natronics and @aaronpk. Aaron took data from the Twitter API and passed it through Nathan's Python Twitter stacked graph library. This image excludes the actual "#ecomm" and "e;#arconf" terms leaving more room for the other terms to show through.
You can make these as well by downloading @natronic's Python Stream Graph Library on GitHub.
Free photos. Set 12.
Use it freely in personal and commercial projects.
CC-License
Photos: Anthony Clochard / wuipdesign.github.io
'Daid' (github.com/daid) explaining the finer points of Skeinforge vs Cura (?)...
The KamerMaker (RoomBuilder), capable of 3D printing large architectural objects with an epic 2x2x3.5m build area!
Launch party for kamermaker.com, a project by DUS Architects (dusarchitects.com), at Tolhuistuin, Amsterdam.
Free photos. Set 21.
Use it freely in personal and commercial projects.
CC-License
Photos: Anthony Clochard / wuipdesign.github.io
I've been hanging out for a Ninefold sticker since I joined the company. And now we have them.
Come get some!
See my previous update for what all the others are and where I got them.
'Daid' (github.com/daid) follows Joris up into the control tower of the KamerMaker.
The KamerMaker (RoomBuilder), capable of 3D printing large architectural objects with an epic 2x2x3.5m build area!
Launch party for kamermaker.com, a project by DUS Architects (dusarchitects.com), at Tolhuistuin, Amsterdam.
I hooked GitHub's stoplight up to their build system via Arduino, some relays, and an ethernet shield. Read about the process here:
www.urbanhonking.com/ideasfordozens/2010/05/the_github_st...
UNTITLED DIGITAL ART (AUGMENTED HAND SERIES)
By Golan Levin, Chris Sugrue, and Kyle McDonald
Repository: github.com/CreativeInquiry/digital_art_2014
Contact: @golan or golan@flong.com
Photo © by Gerlinde de Geus, courtesy Cinekid Festival.
Commissioned by the Cinekid Festival, Amsterdam, October 2014, with support from the Mondriaan Fund for visual art. Developed at the Frank-Ratchye STUDIO for Creative Inquiry at Carnegie Mellon University with additional support from the Pennsylvania Council on the Arts and the Frank-Ratchye Fund for Art @ the Frontier. Concept and software development: Golan Levin, Chris Sugrue, Kyle McDonald. Software assistance: Dan Wilcox, Bryce Summers, Erica Lazrus. Conceived 2004; developed 2013-2014.
Special thanks to Paulien Dresscher, Theo Watson and Eyeo Festival for encouragement, and to Dan Wilcox, Bryce Summers, and Erica Lazrus for their help making this project possible. Thanks to Elliot Woods and Simon Sarginson for assistance with Leap/camera calibration, and to Adam Carlucci for his helpful tutorial on using the Accelerate Framework in openFrameworks. Additional thanks to Rick Barraza and Ben Lower of Microsoft; Christian Schaller and Hannes Hofmann of Metrilus GmbH; Dr. Roland Goecke of University of Canberra; and Doug Carmean and Chris Rojas of Intel.
Developed in openFrameworks (OF), a free, open-source toolkit for arts engineering. This project also uses a number of open-source addons for openFrameworks contributed by others: ofxPuppet by Zach Lieberman, based on Ryan Schmidt's implementation of As-Rigid-As-Possible Shape Manipulation by Igarashi, Moscovich & Hughes; ofxLeapMotion by Theo Watson, with assistance from Dan Wilcox; ofxCv, ofxLibdc, and ofxTiming by Kyle McDonald; ofxCvMin and ofxRay by Elliot Woods; and the ofxButterfly mesh subdivision addon by Bryce Summers.
Shoutouts from @golan @chrissugrue & @kcimc: @admsyn @bla_fasel @bwycz @cinekid @CMUSchoolofArt @creativeinquiry @danomatika @elliotwoods @eyeofestival @laurmccarthy @openframeworks @PESfilm @rickbarraza @SimonsMine @theowatson @zachlieberman