Ellongated Versus Attenuated Pulsation

Let us say that one was to be considering -- in a specific given arbitrary case scenario -- an orbifold eigenset that was to here be moving in a Fourier-based manner, in what is to here be taken as the relative forward-holomorphic direction.  Let us next say that there is, all of the sudden -- an external force that is to here exhibit a relatively mild scalar amplitude of an antiholomorphic-based wave-tug/wave-pull, that is to then happen to work to cause an elongation of the pulsation of the initially so-stated orifold eigenset.  This  would, in this particular respective given arbitrary case, tend to cause an acceleration of the pulsation of the said given respective orbifold eigenset in question.  As a second case -- let us say that one is to here be considering an orbifold eigenset that is, as well, moving in the relatively forward-holomorphic direction -- except that there is, instead, an external force that is to here exhibit a relatively mild scalar amplitude of a holomorphic-based wave-tug/wave-pull, that is to then happen to work to cause an elongation of the pulsation of the second so-stated case scenario of an orbifold eigenset.  This would, in this particular respective given arbitrary case, tend to cause a deceleration of the pulsation of the said given respective orbifold eigenset in question.  Let us next say that one was to here be considering two other case scenarios, that are of two different individually taken orbifold eigensets -- that are to here, as well, be moving in what may be considered in this case, as the relatively forward-holomrphic direction, -- the first of these last two cases is to here involve an external force that is to here be working to form a relatively mild scalar amplitude of an antiholomorphic-based wave-tug/wave-pull, that is to work to cause an attenuation of the pulsation of the general case of this general genus of such an orbifold eigenset, and the second of these last two cases is to here involve an external force that is to here be working to form a relatively mild scalar amplitude of a holomorphic-based wave-tug/wave-pull, that is to work to cause an attenuation of the pulsation of the general case of this general genus of an orbifold eigenset.  The relatively mildly antiholomorphic pulled orbifold eigenset that is to be attenuated here, will then tend to be decelerated in the process of the so-eluded-to directly corresponding Fourier Transformation -- while, the relatively mildly holomorphic pulled orbifold eigenset that is to be attenuated here, will tend to be accelerated in the process of the so-eluded-to directly corresponding Fourier Transformation.
I will continue with the suspense later!  To Be Continued!  Sincerely, Samuel David Roach.