Skip to main content
added 58 characters in body
Source Link
NMech
  • 24.3k
  • 3
  • 37
  • 76

Try using the following equations

  • X(t) = 2* t* cos(3*t)
  • y(t) = 2* t* sin(3*t)
  • z(t)= 4 *t

You can change the parameters in the above equations.

More specifically Changing the:

  • 2s and the 3s in the first two will change the rate that the circle of the helix grows
  • 4 will change the spacing of the helix

Try using the following equations

  • X(t) = 2* t* cos(3*t)
  • y(t) = 2* t* sin(3*t)
  • z(t)= 4 *t

You can change the parameters.

Changing the

  • 2s and the 3s will change the rate that the circle of the helix grows
  • 4 will change the spacing of the helix

Try using the following equations

  • X(t) = 2* t* cos(3*t)
  • y(t) = 2* t* sin(3*t)
  • z(t)= 4 *t

You can change the parameters in the above equations.

More specifically Changing the:

  • 2s and the 3s in the first two will change the rate that the circle of the helix grows
  • 4 will change the spacing of the helix
Source Link
NMech
  • 24.3k
  • 3
  • 37
  • 76

Try using the following equations

  • X(t) = 2* t* cos(3*t)
  • y(t) = 2* t* sin(3*t)
  • z(t)= 4 *t

You can change the parameters.

Changing the

  • 2s and the 3s will change the rate that the circle of the helix grows
  • 4 will change the spacing of the helix