The following examples represent magnetic fields on the 2-torus. All of the following examples have u = cos(2 * PI * z) and v = sin(2 * PI * z).
Example 1 | w = 0 | This is the most basic case. |
Example 2 | w = c | Constant w component. |
Example 3 | w = c * cos(2 * PI * x) | |
Example 4 | w = sin(2 * PI * x) + cos(2 * PI * y) |
The following examples are not constrained to u = cos(2 * PI * z) and v = sin(2 * PI * z).
Example 5 | u = 2 * sin(2 * PI * z), v = sin(2 * PI * y) + 2 * cos (2 * PI * z), w = cos(2 * PI * x) |
The following examples use 2nd order autonomous ODEs.
Example 6 | a = sin(4*PI*(x-y)) / (2*(cos(2*PI*(x-y))-2)) * v_x*v_x - sin(2*PI*(x-y)) / (2-cos(2*PI*(x-y))) * v_y*v_y, b = -2*sin(2*PI*(x-y)) / (2-cos(2*PI*(x-y))) * v_x*v_x - sin(4*PI*(x-y)) / (2*(cos(2*PI*(x-y))-2)) * v_y*v_y |
Double Pendulum |