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"everything is a torus AND everything is blue"

Next video loop of my 3d Projection mapped sculpture (Permutation 030) combines 2D, 3D, Digital, And Physical. The size of the sculpture is: 14,5 * 14,5 * 4 cm. Painted in rough, dull grey. Working on a better surface for the next sculpture, more UV-mappings and interactivity for parametric animations in the next installation.

Photos taken from my 3 day alphagraph workshop in Metz, France. The workshop took place at ESAL Metz art school with 12 students. The basic setup was this :

DAY 1 - explore letter forms with a new digital tool.

DAY 2 - laser cut and make the letters

DAY 3 - print with a printing press

  

alphagraph is a small parametric tool developed in Processing for exploring letter forms. More can be read at the following address:

github.com/FreeArtBureau/alphaGraph

 

Another workshop of this kind had been conducted at ESAD Amiens in March 2016. Further details about this on the website workshop-lettrine-01.esad-amiens.fr/

Just a parametric bench from different points of view... ;)

A two-part mold created in a fused deposition modeling rapid prototyping machine. Used to create a chess knight of glycerin soap.

Sculptures generated using Sverchok - the parametric add-on for Blender

A City Mall in Frankfurt featuring organic curves and a parametric glass facade construction droping through the building.

 

Please don't use this image without my explicit permission. © 2016 [Benjamin Cann] - All rights reserved

  

www.benjamincann.net

Generative semantic typography is a project by Matteo Moretti, a workshop where participants produces generatives artifacts through a series of semantic experimentation. This process allows to separate the design and code, first reflecting on the relation between visual and verbal comunication on a word and only then implement it in an algorithm that will produce infinite variations of the same generating idea.

The parametric surface described by the equations:

 

x = u - u^3/3 + u*v^2

y = -v - u^2*v + v^3/3

z = u^2 - v^2

 

u,v plotted from -1.7 .... 1.7.

 

This surface is a minimal surface known as the "Enneper Surface". The mesh was generated in Blender 2.79 and and rendered using the Cycles Rendering engine. Thickness has been added to the surface and a pattern of hexagons have been mapped across it.

  

Xuedi Chen: Echo xc-xd.com/

Laser cut profiles with kinetic mechanism for rotational movement.

Computational Design-Architecture-Photography-Art-

Work by Rebal Jaber

www.instagram.com/rebalj/

www.instagram.com/rebalj/

rebal1.tumblr.com

www.facebook.com/rebal.jaber

www.linkedin.com/in/rebaljber

Interactive Parametrics Workshop w/ Studio Mode and MakerBot, Feb 19-21, 2011. Processing, MakerBots and people who know about making objects.

Cilindro en base a una forma asimétrica.

2019

Pablo Silva

Harvard Plaza, Cambridge

Stoss, 2014

Playing with Sine and Cosine functions. All of my postings are single object drawn by a pair of parametric equations. I'm imposing the constraint of "single object drawn by a pair of parametric equations" and seeing what I can do within the confines of that constraint.

 

I was surprised to be able to get the square pattern in the middle via (the typically circles and loops) Sine and Cosine functions. And that square shape is part of the same equation that generates the 4 lobes.

Experiment in the serial nature of parametric logic. 25 unique objects are generated by a single algorithm, differentiated by randomized input parameter. This process reveals clusters or typologies of certain forms that the system is likely to produce.

 

Each model is approx 7 cm in radius, with a typical height of 10 cm.

some closeups of the schichten models

subdivision of a column, generated using processing.

 

see www.michael-hansmeyer.com/html/solids/p0.html for further images and info

These are photographs of a physical model designed to test the implementation of parametric tools for structural and environmental data.

Modeled in Creo Parametric for a computer-assisted drafting course.

Object #5, 2011. Parametric object, CNC milled 12mm plywood. Total size 250 x 180 x 250 cm.

Architects: Zaha Hadid Architects, 2011.

The riverside elevation.

My long awaited visit to this building was in two parts. The late evening sun meant the museum was not open, very few people were to be seen around because of buildings secluded position. Every gentle curve, slightest change of angle with beautifully crafted metal covering with raised seams accentuated by the golden sun was beautiful indeed. The boundaries between architecture and art were truly blurred. The building's location on site was excellent and sensitive delicate landscaping gave the whole experience an extra flip.

The disappointment of not seeing the inside was acceptable and almost welcome as I was very tired and happy to come and revisit the inside the next day.

based on parametric equations:

x=sint[e^(cost)-2cos(4t)+sin^5(1/(12)t)]

y=cost[e^(cost)-2cos(4t)+sin^5(1/(12)t)]

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