View allAll Photos Tagged binary
'Hello Kid'
Graphics Card: NVIDIA GeForce GTX670 MX
Resolution: 1920 x 1080
Platform: PC
Program used: SweetFX
Alterations: Vibrance, SMAA Anti-aliasing, Bloom, and HDR, Saturation, Sharpness
Variant on Binary Kite.
Rendered in POVRay. I seriously need to learn how to work with materials and lightning in POVRay.
Rapidly rotating, seething with heavy elements waiting to break free in a dazzling shot heard round the galaxy...
A baby girl quilt for my friends Joelle & Gabo - they're both geeky aerospace engineers, so I figured a quilt featuring binary would be right up their alley! I did make a somewhat major mistake with the binary, any guesses?
There are quite a few pieces in this quilt and coupled with the pink linen blend, it's fairly heavy. I'm thinking for the quilting, I'm just going to do some random lines across the front, so that it's not too stiff & heavy. Quilting OPINIONS welcome! (I originally was thinking pebble quilting, but I think that's just a bit too dense for this top.)
Stats
Fabric: Tula Pink Parisville Eye Drops in Dusk with Free Spirit Linen in Blush; Backing is Joel Dewberry Heirloom Blockprint Blossom in Amethyst
Size: Approx. 53" x 40"
Made: August 2011
Pieces: ~500 (I used 4 bobbins to make the top)
Blogged: ~Michelle's Musings~
Binary Conversation, depicts two monumental heads turned towards one another. It was unveiled in 2012 in Newbury, Berkshire as part of the Willlow Close housing development and was produced by Joseph Hillier.
One of the heads is formed from hundreds of circular rings, the other from hundreds of round particles – creating the impression that they have been pixelated.
Pictober day eight. Prompt - eight
I wasn't going to post this one here, but it was well received on DA and IG, so here you have it.
If this makes sense to you, you have fairly serious geek creds.
(Dad taught us all how to count to 31 on one hand in binary.)
#blackandwhite,
#pictober2021, #pictober, #hand, #binary, #01000b,
"Root of Tree" kirigami version (fractal binary tree)
design: Alessandro Beber, Oct. 2019
fold: Alessandro Beber, Oct.-Nov. 2019
paper: one single 21cm square of 80gsm Canson tracing paper
Here are some examples of my recent kirigami fractal. It was first designed from a 1:√3 rectangle with the last CDO @origamicdo contest in mind, but being a kirigami (using folds and CUTS!) it could not be accepted. You can see a modular origami version in the previous post.
Anyway, I'm very proud of this design, as it is a REAL single-sheet origami/kirigami fractal, ie. the process itself is a fractal. It means that infinity could be reached with a single, finite sheet!! (Modular approaches require adding more paper to reach the next level)
The construction is very simple, just few folds and one cut, which can be repeated in more places (2x) and smaller scale (1/2) at each step. Each step consists of creasing both diagonals and the horizontal middle line, halfway cutting the sheet in half vertically, and pleat fold the two flaps using angle bisectors, obtaining one triangle with two flaps, both similar to the original sheet, on which you can repeat the process ad infinitum...
Moreover, the process is quite independent from the proportions of the sheet, as you can see from the pictures. It can be made from any kind of rectangle, eventually adding a couple more folds to hide some excess paper appearing when the rectangle is too long (vertically) or placed horizontally.
Try it!
"Space Engine"
5120 x 2880 (Hotsampling via WBG) • In-Game FXAA • Config Tweaks
This is a shot of a couple of moons orbiting a binary star system. Max LOD and other tweaks.
'Angry Hallowed Child' set
Graphics Card: NVIDIA GeForce GTX670 MX
Resolution: 1920 x 1080
Platform: PC
Program used: SweetFX
Alterations: Vibrance, SMAA Anti-aliasing, Bloom, and HDR
"Root of Tree" kirigami version (fractal binary tree)
design: Alessandro Beber, Oct. 2019
fold: Alessandro Beber, Oct.-Nov. 2019
paper: one single A4 (silver) rectangle of 80gsm Canson tracing paper
Here are some examples of my recent kirigami fractal. It was first designed from a 1:√3 rectangle with the last CDO @origamicdo contest in mind, but being a kirigami (using folds and CUTS!) it could not be accepted. You can see a modular origami version in the previous post.
Anyway, I'm very proud of this design, as it is a REAL single-sheet origami/kirigami fractal, ie. the process itself is a fractal. It means that infinity could be reached with a single, finite sheet!! (Modular approaches require adding more paper to reach the next level)
The construction is very simple, just few folds and one cut, which can be repeated in more places (2x) and smaller scale (1/2) at each step. Each step consists of creasing both diagonals and the horizontal middle line, halfway cutting the sheet in half vertically, and pleat fold the two flaps using angle bisectors, obtaining one triangle with two flaps, both similar to the original sheet, on which you can repeat the process ad infinitum...
Moreover, the process is quite independent from the proportions of the sheet, as you can see from the pictures. It can be made from any kind of rectangle, eventually adding a couple more folds to hide some excess paper appearing when the rectangle is too long (vertically) or placed horizontally.
Try it!
The binary birthday candle: The only birthday candle you'll ever need. One candle with 7 wicks that you light depending on your age. Works for birthdays 1 through 127.
Read more about this project here.
Based loosely off of Vitor Faria’s ‘Boxy Boy’ frame, color scheme inspired by Vitor Faria and LowestFormOfWit
"Root of Tree" modular origami version (fractal binary tree)
design: Alessandro Beber feat. Serena Cicalò and Alessandra Lamio, Oct. 2019
fold: Serena Cicalò, Oct. 2019
paper: several 1:√3 rectangles of glassine paper, various multiple sizes, connected without glue.
photo: Serena Cicalò
After I designed a single-sheet kirigami of the same subject, I tried working on a "pure" origami, modular version, in order to submit it to the last CDO @origamicdo origami design contest, themed "square root of three".
It could not have been completed in time without the help and support of @serena.menger and @alelamio , and it was therefore presented as a group project. In particular, Serena worked out a better solution for connecting the units, and she folded and assembled plenty of them!
Synthesis of digital and organic. Workflow of my brain. Don't get wet, when binary waterfall breaks loose
To many people my watch is unsual in the day time but at night time when someone ask me the time, the watch confuses them even more. As it is binary if a light is on it is a 1 and if it is off, it is a 0. So the top line reads 1000 which is 8 and the bottom line reads 11110 which is 30. So the time is 8:30. (The numbers next to each LED do help as you just add them up for each LED that is lit) Thats why there are 10 people who understand binary, those who do and those who don't. (10 being 2 in binary). OK, I'm going, let me get my coat first
"Root of Tree" kirigami version (fractal binary tree)
design: Alessandro Beber, Oct. 2019
fold: Alessandro Beber, Oct.-Nov. 2019
paper: one single 1:(1+√5)/2 (golden) rectangle of 80gsm Canson tracing paper, cut out from an A4 sheet
Here are some examples of my recent kirigami fractal. It was first designed from a 1:√3 rectangle with the last CDO @origamicdo contest in mind, but being a kirigami (using folds and CUTS!) it could not be accepted. You can see a modular origami version in the previous post.
Anyway, I'm very proud of this design, as it is a REAL single-sheet origami/kirigami fractal, ie. the process itself is a fractal. It means that infinity could be reached with a single, finite sheet!! (Modular approaches require adding more paper to reach the next level)
The construction is very simple, just few folds and one cut, which can be repeated in more places (2x) and smaller scale (1/2) at each step. Each step consists of creasing both diagonals and the horizontal middle line, halfway cutting the sheet in half vertically, and pleat fold the two flaps using angle bisectors, obtaining one triangle with two flaps, both similar to the original sheet, on which you can repeat the process ad infinitum...
Moreover, the process is quite independent from the proportions of the sheet, as you can see from the pictures. It can be made from any kind of rectangle, eventually adding a couple more folds to hide some excess paper appearing when the rectangle is too long (vertically) or placed horizontally.
Try it!