POV-Ray : Newsgroups : povray.general : rendering a high quailty image Server Time
23 Nov 2024 20:53:09 EST (-0500)
  rendering a high quailty image (Message 1 to 2 of 2)  
From: 6digit
Subject: rendering a high quailty image
Date: 28 Jul 2022 04:30:00
Message: <web.62e2487e5ff290b34eb0f47cfb08dd02@news.povray.org>
Good evening again.

I would like to first of all thank everybody that has been of help to me as I
journey through pov ray. most especially Mr jr and m@b for producing fantastic
advice and codes.

per the subject of matter, I was able to produce some nice-looking scenes with
augmented or virtual objects integrated with images taken from my camera.
however, my issue is that the scene seems to be of low quality or low
resolution. I have read from the documentation and it seems to point to
something called Aliasing. I tried to implement it by reading the documentation
but it doesn't work. is there some sort of easy code I could just place within
my own code that will make the image look better? or is there any other way to
improve the quality of the rendered scene?


Post a reply to this message

From: jr
Subject: Re: rendering a high quailty image
Date: 28 Jul 2022 06:10:00
Message: <web.62e25fc54b4a59241be3cd4b6cde94f1@news.povray.org>
hi,

"6digit" <eob### [at] gmailcom> wrote:
> I would like to first of all thank everybody that has been of help to me as I
> journey through pov ray. most especially Mr jr and m@b for producing fantastic
> advice and codes.

pleasure.


> per the subject of matter, ...  low quality or low resolution. ...

not sure how/where the "settings" are when using the UI version of POV-Ray, but
with GNU/Linux you'd supply the corresponding options on the command-line, or
"packaged" as an .ini file.  the page below, section 2.2, discusses the various
options.
<https://wiki.povray.org/content/Documentation:Contents#POV-Ray_Reference>

re resolution - use the '+wNNN' and '+hNNN' switches, and make sure the w:h
ratio is the same as your camera's.

re quality - many options, but I find the following produces good results for
me, in many/most contexts:  '+a +am3 +a0.01 +ac0.9975 +ag1 -j +q11'.


regards, jr.


Post a reply to this message

Copyright 2003-2023 Persistence of Vision Raytracer Pty. Ltd.