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.
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
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...