Monday, April 27, 2009





x=3+cos(u+v)+cos(v)+cos(u)+sin(u); y=3+cos(u+v)+cos(v)-cos(u)+sin(u); z=cos(1.5+u)*cos(v+u)+2; 3D Surface by student Jelena Ognjanovic, course Generic Explorations 04.

Sunday, April 26, 2009


A Grasshopper exercise inspired by Tekno Logical.
For more examples of the attractor graphics please visit http://attractorgraphics.blogspot.com/.

Friday, April 24, 2009


x=sin(20*u)*cos(u) y=cos(20*u)*sin(u) z=sin(u) u(-3.14,3.14)







3D Surfaces by students Ivan Lasic and Marko Glavinic, course Generic Explorations 03/04

Wednesday, April 22, 2009

Voronoi Exercise















Based on Voronoi 2D for Grasshopper by Dimitrie Stefanescu

Monday, April 20, 2009

Interim crit pin-up

Photo by Ana Jevtic

Tuesday, April 14, 2009

Multi Point Attractor Exercise


Based on Grasshopper Magnetic Displacement by Daniel Piker.

Monday, April 13, 2009

Attractors Exercise



The exercise is based on Algorithmic Modelling with Grasshopper by Mohamad Khabazi.

Thursday, April 9, 2009



3D Curve exploration - Conical Spiral
Activation of this Demonstration requires Wolfram Mathematica Player.

Wednesday, April 8, 2009


3D Curve exploration by student Ana Jevtic, course Generic Explorations 03

3D Curve exploration by student Stanislava Predojevic, course Generic Explorations 03


3D Curve exploration by student Vesna Ivanovic, course Generic Explorations 03

Monday, April 6, 2009


Mathematics in Architecture 2, student Jelena Nikolov
3^(cos(x)+cos(y)+cos(z))+4*cos(x)*cos(y)*cos(z) x,y,z range from -3 to 3
-(exp(x) + exp(y) + exp(z)) + tan(5*x)+tan(5*y)+tan(5*z) -log(12.36) x,y,z range from -5 to 5

3D Curve materialization by student Stevan Arsic, Course: Generic Explorations 04

3D Curve exploration by Ljiljana Mijatovic, Course: Generic Explorations 04

3D curve - an analog model by Alexandar Kotevski

An exploration of 3D Curves by Julia Jankovic

Friday, April 3, 2009

Thursday, April 2, 2009








Centre for Performing Arts
3D curve concept study













A 3D Curve generated in the Fun3D JAVA applet.
The parametric functions of the curve are:
x=30*sin(t)*t
y=30*cos(t)*t
z=10t
t ranges from 0 to 20, steps 15
The curve has been discretized (the number of steps has been slightly reduced), which gives the curve a particular quality...
One of Mirjana's recent explorations of the Mandelbrot set...

Fun3D JAVA

3D Curve Exploration





Curve explorations by Vidoje Djukanovic, Generic Explorations 04


The Fun3D software has been added to the Link collection. Congratulations to the author Bojan Mitrovic...

The Blog Creation




The generic Explorations Blog has been created... Cheers!
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