Re: Mirror's Zerikes at Angle
- From: "Thompson & Thomson" <abcd@xxxxxxxx>
- Date: Thu, 30 Jun 2005 01:18:56 -0400
"Brett Patterson" <muckle.moose@xxxxxxxxx> wrote
I believe that your reasoning is correct, indeed the [ 1/cos(phi) ] term
introduces an anamorphosis which is indeed easy to take into account.
In other words you are changing the shape of the effective pupil.
>From circular to elliptical or vice-versa [ "pupillary anamorphosis" ].
However I don't understand your Integrate[...], second equation.
AFAIAC no integration is involved of course, just a change of variable in
the
definition of the function MirrorShape.
After all ZP's can be applied to a "circularized" elliptical pupil.
.
- Follow-Ups:
- Re: Mirror's Zerikes at Angle
- From: Brett Patterson
- Re: Mirror's Zerikes at Angle
- References:
- Mirror's Zerikes at Angle
- From: youzpalang
- Re: Mirror's Zerikes at Angle
- From: Brett Patterson
- Re: Mirror's Zerikes at Angle
- From: youzpalang
- Re: Mirror's Zerikes at Angle
- From: Brett Patterson
- Mirror's Zerikes at Angle
- Prev by Date: Re: Flash lamps in the near UV
- Next by Date: Re: ZMX file format documentation
- Previous by thread: Re: Mirror's Zerikes at Angle
- Next by thread: Re: Mirror's Zerikes at Angle
- Index(es):