View allAll Photos Tagged sidebyside
The two soccer ball candidates side by side. Personally, I don't think either one looks convincing, but when all you have to work with are squares and triangles, what else can you do but improvise?
Many teens do not see themselves in the faces of their father. The face they grew up around is the only face they recognize. Although, when a throwback photo is put side by side, the resemblance is uncanny.
I asked my twin sons to jump while i was shooting them from the second floor balcony in my house!
Although a phantogram is better to be viewed after printing but it may be interesting on monitor viewing too.
Having discussed the geometry of the edge-based and face-based Sonobe Umulius Rectangula, we can now perform a side-by-side comparison. I tried to make the color schemes match as much as possible. Given the choice between the two of them, I think the face-based version looks better and offers the more satisfying fold.
I'd like to emphasize that in spite of having two opposing "styles" for assembling cubic structures, the Sonobe module is still an edge unit at heart. Geometrically, then, a 6-unit "cube" is not a cube at all--it is a tetrahedron. If you are not convinced of this, create a Sonobe "star" out of 12 units. Grab a black felt-tip marker and draw a bold triangle around the base of each of the 8 pyramids in the star. Then disassemble this star and put any 6 of its units together to make a cube. Go ahead. I'll wait.
What shape does the black outline make now? Are you surprised by this? I was!
The only reason 6-unit Sonobe "cubes" look cubic at all is because Sonobe triangles leave behind a right triangular pyramid "artifact" that you can point outward or inward. Learning to ignore this artifact and see the underlying geometry behind it was one of the greatest epiphanies that I have had so far in my exploration of modular origami.
The Umulius Rectangulum is nothing new, but to the best of my knowledge, I am the first person to create an Umulius Rectangulum using Sonobe modules. Now that you know the big secret, dear reader, I trust that you will be able to create your own cubic structures. In two different ways, no less.
I wanted to debox a doll so badly today. I am having my dolly shelves moved soon so did not want to debox any of the other more fragile dolls, so the Spain Passport dolly came out.
Then I had to take some pics of her with the other Spain DotW. They are so different, to me they look like mother and daughter.
The NFTS took home 7 out of 8 Postgraduate Awards at the 2015 Royal Television Society Student Awards - and here is Adam Layland (Sound), Manuela Lupini Pinzani (Editor) and David Pearce (Composer) from the film Side By Side, which won the Best Postgraduate Factual Award.
A redundant photograph that demonstrates the relative sizes of three objects I've previously uploaded here.
When I ask passers-by at the office which of these two soccerballs looks better, the response is unanimously in favor of the flat unit design. This in spite of the fact that the open frame unit version has more units and was actually challenging to build, while the flat unit version was made on a whim over the course of two Saturdays using only leftover paper.
My guess is that the solidness of the flat unit designs makes them more visually compelling—at least to those who have yet to appreciate the nuances involved in assembling open frame units.
As for the World Cup itself? I'm not sure which team is going to win, but I'm pretty sure that whoever it is, three months from now it won't matter.
My results with the re-touching tutorial on Dean White's site: www.enigma-photos.com/ . The original image is Dean's and is linked to in his tutorial.
The steps are taken from notes on Amy Dresser's site.
Thanks Dean.