View allAll Photos Tagged voronoi
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TABLE LAMP XX BUTTERFLY
Nature and math is an ocen of inspiration. The organic pattern contains three structures (plus butterflies main lines) and each of them is based upon Voronoi diagram – one of those mathematical oddities (like fractals) that turns up frequently in the world of nature.
The head of the lamp is made of Senegalese gourd. Its diameters are 27 and 23cm.
Thickness of the gourd is about 1cm so the structure is quite deep and it is carved on three different depth levels.
Height of the whole lamp is 48cm.
The diameter of the base is 28cm and it is finished with dark brown jeweler waxed string.
The end of the base is carved from wood.
On the top of the lamp is closing part locked with little magnets.
Cells adapt automatically to user's drawn table contour and chosen height as well as CNC-bending machine constraints. Structural integrity of evolved object is ensured via FEM feedback.
Executed at Lund University School of Industrial Design by Andreas Hopf and Axel Nordin, supported by Vinnova, Sweden.
andreas.hopf@design.lth.se
axel.nordin@mkon.lth.se
project 3d points to screen, use points index divided by number of points as HSB color, build voronoi diagram.
OFFICIAL WEBSITE: calabarte.com/
FOLLOW CALABARTE ON FACEBOOK: www.facebook.com/calabarte
TABLE LAMP XX BUTTERFLY
Nature and math is an ocen of inspiration. The organic pattern contains three structures (plus butterflies main lines) and each of them is based upon Voronoi diagram – one of those mathematical oddities (like fractals) that turns up frequently in the world of nature.
The head of the lamp is made of Senegalese gourd. Its diameters are 27 and 23cm.
Thickness of the gourd is about 1cm so the structure is quite deep and it is carved on three different depth levels.
Height of the whole lamp is 48cm.
The diameter of the base is 28cm and it is finished with dark brown jeweler waxed string.
The end of the base is carved from wood.
On the top of the lamp is closing part locked with little magnets.
The different species of the Cephalopoda, displayed with my Voronoi treemap. It tends to exaggerate the area of isolated small branches, which is not entirely wrong. The red polygon on the top is Spirula spirula, the only member of the family Spirulidae.
OFFICIAL WEBSITE: calabarte.com/
FOLLOW CALABARTE ON FACEBOOK: www.facebook.com/calabarte
TABLE LAMP XX BUTTERFLY
Nature and math is an ocen of inspiration. The organic pattern contains three structures (plus butterflies main lines) and each of them is based upon Voronoi diagram – one of those mathematical oddities (like fractals) that turns up frequently in the world of nature.
The head of the lamp is made of Senegalese gourd. Its diameters are 27 and 23cm.
Thickness of the gourd is about 1cm so the structure is quite deep and it is carved on three different depth levels.
Height of the whole lamp is 48cm.
The diameter of the base is 28cm and it is finished with dark brown jeweler waxed string.
The end of the base is carved from wood.
On the top of the lamp is closing part locked with little magnets.
The Mammals, displayed using a further development of my Voronoi treemap code (now with nicer borders and more robust calculations). Each polygon represents a mammalian species or group of species, distributed inside larger groupings.
3D Printed on an Ultimaker 2 at 30mm/s with 0.1mm layers. Design by Dizingof (www.3Dizingof.com). Faberdashery 'Bling Bling Gold' Filament.
“Cellular Tessellation” is an architectural installation that transforms your urban experience as a pedestrian. This softly glowing, geometric form responds to your movements, creating an ever-shifting space of patterned and immersive light.
The impact is both spatial and aesthetic—you can be “inside” the space of the pavilion, as well as experiencing the project visually. As you move through and around the pavilion, you can manipulate the lighting effects—watch how the intensity and colour of the illuminations change as you interact with “Cellular Tessellation”. The artwork “reads” the proximity and number of inhabitants inside the pavilion and feeds this information back to you by adjusting its light output. It’s as if the pavilion comes alive as more people flock inside.
“Cellular Tessellation” uses innovative, “computational form generation” techniques to create and resolve the shape and componentry of the pavilion. The geometry of the artwork is a complex surface comprising an organic array of cellular “Voronoi” shapes, cut from flat sheet materials, folded, and aggregated to create the pavilion.
The pavilion is CNC-cut from flat sheets of high density polyethylene—recycled plastic milk bottles. Each “cell” contains an array of LED lights, driven by Arduino micro-processors and motion sensors.
The artwork has been developed by a team of three design-driven academics from the Soheil Abedian School of Architecture of the Gold Coast’s Bond University, who have developed the project to research emerging possibilities in architectural form and construction.
Chris Knapp is an Assistant Professor in Digital Design and Discipline Leader of the Architecture Program at Bond University. Chris directs the architecture office, Built-Environment Practice, which investigates design at the intersection of technology and culture.
Jonathan Nelson is an Assistant Professor of Architecture in Digital Fabrication and founding manager of the Architecture Fabrication and Research Laboratory at Bond University.
Michael Parsons is a Teaching Assistant at Bond University and a Master of Architecture candidate in the program, where he also received the Bachelor of Architectural Studies degree.
Cells adapt automatically to user's chosen type of items to be stored and dimensions as well as CNC-saw constraints. Structural integrity of evolved object is ensured via FEM feedback.
Executed at Lund University School of Industrial Design by Andreas Hopf and Axel Nordin, supported by Vinnova, Sweden.
andreas.hopf@design.lth.se
axel.nordin@mkon.lth.se
Putting nature to work; standing on the shoulders of 7 giants of science ;)
Executed at Lund University School of Industrial Design by Andreas Hopf and Axel Nordin, supported by Vinnova, Sweden.
andreas.hopf@design.lth.se
axel.nordin@mkon.lth.se
A larger version (12cm on a side) of thing:39415, generated with my lace-maker Voronoi svg creator. More info: www.nycresistor.com/2014/02/09/laser-cut-voronoi-boxes/
OFFICIAL WEBSITE: calabarte.com/
FOLLOW CALABARTE ON FACEBOOK: www.facebook.com/calabarte
TABLE LAMP XX BUTTERFLY
Nature and math is an ocen of inspiration. The organic pattern contains three structures (plus butterflies main lines) and each of them is based upon Voronoi diagram – one of those mathematical oddities (like fractals) that turns up frequently in the world of nature.
The head of the lamp is made of Senegalese gourd. Its diameters are 27 and 23cm.
Thickness of the gourd is about 1cm so the structure is quite deep and it is carved on three different depth levels.
Height of the whole lamp is 48cm.
The diameter of the base is 28cm and it is finished with dark brown jeweler waxed string.
The end of the base is carved from wood.
On the top of the lamp is closing part locked with little magnets.
Created with my Voronoi svg generator and box generator. Make your own copy with thing:39415 or use my lace-maker and boxer scripts to generate your own unique designs.
project 3d points to screen, use points index divided by number of points as HSB color, build voronoi diagram.
A SHORT MOVIE INSPIRED ON NUMBERS, GEOMETRY AND NATURE.
Go to www.etereaestudios.com if you are looking for more information: the theory behind the movie (Fibonacci, Golden Ratio, Delaunay, Voronoi…), stills and screenshots showing the work in progress. There are lots of free training materials and 3D workshops, too ;-)
Watch this video on Vimeo. Video created by Cristóbal Vila.
3D Printed on an Ultimaker 2 at 30mm/s with 0.1mm layers. Design by Dizingof (www.3Dizingof.com). Faberdashery 'Bling Bling Gold' Filament.
OFFICIAL WEBSITE: calabarte.com/
FOLLOW CALABARTE ON FACEBOOK: www.facebook.com/calabarte
TABLE LAMP XX BUTTERFLY
Nature and math is an ocen of inspiration. The organic pattern contains three structures (plus butterflies main lines) and each of them is based upon Voronoi diagram – one of those mathematical oddities (like fractals) that turns up frequently in the world of nature.
The head of the lamp is made of Senegalese gourd. Its diameters are 27 and 23cm.
Thickness of the gourd is about 1cm so the structure is quite deep and it is carved on three different depth levels.
Height of the whole lamp is 48cm.
The diameter of the base is 28cm and it is finished with dark brown jeweler waxed string.
The end of the base is carved from wood.
On the top of the lamp is closing part locked with little magnets.
Video commissioned by the record label Cronica, for the track "118(Reduction/Reflection)” from "Three-Body Problem” album by @C.
Project URL: visiophone-lab.com/wp/?portfolio=reductionreflection
Audio-reactive graphics, rendered in real-time on Processing. A group of particles are driven by a flow-field that reacts to sound's amplitude. Along the track the particles move around the screen with unpredictable paths generated by the sound inputs on the flow-field. Different types of visualizations are explored: the particles, the flow-field, and Voronoi cells created by the particles’ positions.
Created in Processing (works on v3), captured and recorder with Syphon. Voronoi cells made with Mesh library by Lee Byron.
Processing code here: github.com/visiophone/Reduction_Reflection
Inspired by: The "Nature of Code” by Daniel Shiffman (in fact this project started over the code example “FlowField” on chapter 6); ++ The amazing recent work of Raven Know with Voronoi, Particles, and other weird moving things.
Music:
"Reduction/Reflection" by @C. Harp by Angelica V. Salvi. Trumpet by Susana Santos Silva.
OFFICIAL WEBSITE: calabarte.com/
FOLLOW CALABARTE ON FACEBOOK: www.facebook.com/calabarte
TABLE LAMP XX BUTTERFLY
Nature and math is an ocen of inspiration. The organic pattern contains three structures (plus butterflies main lines) and each of them is based upon Voronoi diagram – one of those mathematical oddities (like fractals) that turns up frequently in the world of nature.
The head of the lamp is made of Senegalese gourd. Its diameters are 27 and 23cm.
Thickness of the gourd is about 1cm so the structure is quite deep and it is carved on three different depth levels.
Height of the whole lamp is 48cm.
The diameter of the base is 28cm and it is finished with dark brown jeweler waxed string.
The end of the base is carved from wood.
On the top of the lamp is closing part locked with little magnets.
A Voronoi diagram is a division of a space determined by distances to a specified set of points. It is the mathematical construct that determines bubbles, cellular growth and most other "packing" models of fluid substances. Each entity (bubble, cell, etc.) is marked by a point, and the space is constructed around that point such that it tries to balance the divides between the points.
This is The Final Bisector Map (lines hidden) with partial cell drawing complete.
(Map of Wisconsin used for points)