x
y
z
Field selection:
1/r^2 single
1/r^2 double
1/r single line
1/r double lines
1/r rotational
1/r rotational double
1/r rot double + ext
1/r rotational dipole
1/r rot dipole + ext
constant field
1/r^2 sphere
const radial
linear radial
constant to z axis
constant to xy plane
linear to z axis
linear to xy plane
linear to yz, xz planes
linear to yz, xz, xy planes
inverse to xy plane
1/r^2 rotational
linear rotational
fz=-(x^2+y^2)
constant rotational
(0,0,-r)
helical
fx=y
fx=y2
(-yz,xz,0)
(yz,xz,0)
(-x,-y,2z)
(-x,y,0)
(x-y,x+y,0)
(x-y,x+y,2z)
Rossler attractor
Lorenz attractor
user-defined potential
user-defined field
Display: Particles (Vel.)
Display: Particles (Force)
Display: Field Vectors
Display: Streamlines
Display: Equipotentials
No Slicing
Show X Slice
Show Y Slice
Show Z Slice
Stopped:
Reverse:
Reset
Kick
Particle Speed:
Number of Particles:
Vector Density:
Stream Line Density:
Potential Shown:
Aux 1
Aux 2
Aux 3
Link to this example