View allAll Photos Tagged demos,
I often use this next technique. It involves putting in an extra dark shadow right next to the start of the main shadow; a kind of shadow within a shadow. I soften this at the edge and it seems to add to the three-dimensional look of the painting. In this extreme close-up you can note the cool to warm shadow effect. Note also, the reflected light on the outer edge of the hinge butt. Even if it isn't there, put it in anyway as it adds to the illusion.
We've recently adopted this English Language programme for school children, and are running demo lessons for local kids. This was the first. After the presentation activities, we took the kids off to a class for further teaching while the parents recieved more info.
Pics are from a MOTUC year in review done in a story format here:
thefwoosh.com/2012/01/masters-of-the-universe-classics-th...
Ahmed Hussein Adam
Sudanese Human rights activists demonstrating at the Sudanese Embassy London UK in support of the Sudanese people's right for freedom, democracy, peace and fair election.
12 December 2009
You can see my other demo photos at
Demo Set
All these marbles were made during the approximately 100 demonstrations given during the 13th Annual Marble Crazy at the Moon Marble Company in Bonner Springs, Kansas.
Stampsy launches Stampsy in the Media & Entertainment Category during DEMO Fall 2012, the Launchpad for Emerging Technologies and Trends, at the Santa Clara Convention Center in Santa Clara, California on Tuesday October 2, 2012. For more information on Stampsy please visit bit.ly/SN49pk. Follow VentureBeat for complete coverage of DEMO at bit.ly/venBdemoB.
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Photos by Stephen Brashear (www.stephenbrashear.com)
Space Feed
A feed of awesome space events based on location.
Why the hack?
Current astronomy sites have complicated design or are overly technical for the casual observer. Typically lat/long is needed to figure out what is available in the night sky. Phones and browsers can take advantage of location and notification services to make the experience easy and passive for the user.
Visible with:
- Naked eye
- Binoculars
- Telescope
Specify distance:
- 5 miles, 15 miles, 25 miles, 50 miles, 100 miles etc.
Types of events:
- Meteor showers
- ISS flyover (transit, i.e. flying in front of the sun/moon)
- Other satellites
- Iridium flares
- Auras
- Planets
- Constellations
- What else is interesting? How do you take a data set and classify an astronomical event "interesting" without human input? Can you?
Visibility considerations:
- Weather
- Light pollution
Nice to Haves:
- Best viewing spots in your area based on weather/altitude/other factors
i.e. I am willing to travel X distance to see Y event. Return: "It's cloudy in San Francisco, go to Mt. Tam to see the Persieds meteor shower."
- Localize measurements based on location or OS language/format.
Technologies:
- Web based (ideal, open) OR
- iPhone app (more possibility? visibility/distribution?)
Data sets:
- ISS tracking data in web format - Created at London Science Hack day (XML file of ISS location): randomorbit.net/
- TLE data for all satellites - celestrak.com/NORAD/elements/master.asp
Hackers:
* Lindsay Eyink, @leyink - general idea
* Ben Ward, @benward -
* Paul Mison, @blech - space geek who has done this with OverLondon
* Ariel Waldman, @arielwaldman - general idea