#http://www.mathcurve.com/courbes3d/noeuds/noeudenhuit.shtml

vertices = 1000

t = from 0 to (80*PI)

x = sin(t)

y = sin(t)*cos(t)/2

z = sin(2*t)*sin(t/2) / 4

r = 10;

x = x*r

y = y*r

z = z*r

#http://www.mathcurve.com/courbes3d/noeuds/noeudenhuit.shtml

vertices = 1000

t = from 0 to (80*PI)

x = 3*cos(t) + 5*cos(3*t)

y = 3*sin(t) + 5*sin(3*t)

z = sin(5*t/2)*sin(3*t) + sin(4*t) - sin(6*t)

r = 4;

x = x*r

y = y*r

z = z*r

#http://www.mathcurve.com/courbes3d/noeuds/noeudenhuit.shtml

vertices = 12000

t = from 0 to (2*PI)

a = sin(t)

b = cos(t)

c = sin(2*t)

d = cos(2*t)

e = sin(3*t)

f = cos(3*t)

x = 32*b - 51*a - 104*d - 34*c + 104*f - 91*e

y = 94*b + 41*a + 113*d - 68*f - 124*e

z = 16*b + 73*a - 211*d - 39*c - 99*f - 21*e