rotate

FV = rotate(FV::GMTfv, a=Float64[]; rx=0.0, ry=0.0, rz=0.0) -> GMTfv

Rotate the FacesVertices FV by the Euler angles (in degrees) rx, ry and rz.

The insitu version rotate!() does it in-place. Note: We set the bfculling value to false because after rotations surfaces are not guaranteed to be CCW.

Args

  • FV::GMTfv: FacesVertices object
  • a=[rx, ry, rz]: Euler angles (in degrees) about the x, y and z axes.

Kwargs

  • rx, ry, rz: Alternative to a, provide one to three of those Euler angles.

Source Code

This function has multiple methods:

See Also