specparam.sim.transform.compute_rotation_offset¶
- specparam.sim.transform.compute_rotation_offset(delta_exponent, f_rotation)[source]¶
Calculate the change in offset from a given rotation.
- Parameters:
- delta_exponentfloat
The change in aperiodic exponent value.
- f_rotationfloat
The frequency value, in Hz, where rotation is applied.
- Returns:
- float
The amount the offset will change for the specified exponent change.
Examples
Calculate the induced change in offset of a change in exponent of 0.5 at 25 Hz:
>>> delta_offset = compute_rotation_offset(0.5, 25)
