Image |
Comment |
| 02/23/2008 06:43:34 PM |
|
| 02/22/2008 11:45:38 PM |
|
| 02/21/2008 01:15:07 PM |
|
| 02/20/2008 08:38:30 AM |
Study in Complex Orbital Motionby mgsmith53Comment by mgsmith53: It's a simple table-top toy, a combination of pendulum and orbital motion, you've seen several I'm sure. Attempts to pan the camera to maintain a spot of sharp definition produced O.K. images, but nothing really very interesting. This one in patrticular, though the panning isn't as evident, was by far the most intriguing and abstract. No, it's not a typical panning shot. That's O.K., I liked it, and a few of you voters did,too.
Yes, it IS in focus. |
| 02/19/2008 12:34:26 PM |
|
Photographer found comment helpful. |
| 02/19/2008 09:56:39 AM |
|
Photographer found comment helpful. |
| 02/19/2008 09:36:26 AM |
|
Photographer found comment helpful. |
| 02/19/2008 12:29:58 AM |
|
Photographer found comment helpful. |
| 02/17/2008 01:33:53 PM |
Study in Complex Orbital Motionby mgsmith53Comment by oscarthepig: Not sure this fits the definition of panning. That's too bad because I really like it otherwise. It definitely conveys complex motion (even without the title). I'm curious to find out what it is. |
Photographer found comment helpful. |
| 02/17/2008 12:53:18 PM |
|
Photographer found comment helpful. |
Home -
Challenges -
Community -
League -
Photos -
Cameras -
Lenses -
Learn -
Help -
Terms of Use -
Privacy -
Top ^
DPChallenge, and website content and design, Copyright © 2001-2025 Challenging Technologies, LLC.
All digital photo copyrights belong to the photographers and may not be used without permission.
Current Server Time: 08/01/2025 01:29:14 PM EDT.