Install POV-Ray 3.7 on Fedora 36|
For those who would like to use POV-Ray 3.7 while running Fedora 36 Workstation, or some of the older releases (we tested Fedora 35 thru 30 ourselves), here is how we got that to compile:
Version 3.7, the version we have come to know and love (and used in this iteration of this website and its content) can be installed, by ourselves, by entering the following in a Fedora Terminal window:
And then download the source code using:
Check the SHA-256 checksum for the just downloaded file:
shasum -a 256 povray-18.104.22.168-stable.zip
Which should be:
Now continue with:
Now install the required dependancies using:
sudo dnf install SDL-devel OpenEXR-devel autoconf automake make gcc-c++ cmake \
boost-devel libXpm-devel libjpeg-turbo-devel libpng-devel libtiff-devel zlib-devel
Start compiling POV-Ray itself with the following commands, know that starting with Fedora 32 the "--with-x" and "--disable-dependency-tracking" are no longer required:
./configure COMPILED_BY="Your name <your email@address>" --with-x
sudo make -j $(nproc) install
When done with all of these steps, go to the Tips and tricks section on this page.
Should you wish to use the official Fedora repositories version, follow these few steps:
To install POV-Ray, open your Terminal by pressing the Super key and typing "terminal". Once opened, enter the following lines, executing each one by pressing the Return-key:
sudo dnf install povray
mkdir -p ~/.povray/3.7
with the following content:
[File I/O Security]
Save your little handy work with Ctrl - o and Ctrl - x.
You should now be able to use the command line version of POV-Ray, by just typing the command:
which should give you an error message stating that "No input file provided".
Tips and tricks
• One of the advantages of the command line version of POV-Ray is the ability to render multiple renders simultaneously by opening extra Terminal windows and launching new renders from those extra windows. Of course you will get a speed penalty, your computing power gets divided by the number of renders you will be having simultaneously!
• You can also batch render! Just type:
povray render_one.ini ; povray render_two.ini
substituting render_one.ini and render_two.ini with your own to be rendered filenames. The second render will start the very moment the first has finished!
• Should you need to pause a render, then use the following command, in another Terminal window:
killall -STOP povray
To resume the rendering again, use:
killall -CONT povray
When you wish to cancel a render, press Ctrl - c!
• You have a render that needs to be done with a high(er) priority than the render(s) you have currently running? Simple, in a new Terminal window, type the following line:
killall -STOP povray ; povray priority_render.ini ; killall -CONT povray
• And last but not least: you can use "Fire and forget" renders! Normally you would have to keep the Terminal window open while a render is in progress, however, when you type:
nohup povray test.ini >/dev/null &
You may now close the Terminal window if need be, as long as the computer stays on, the render will continue in the background.
• When you want to have that background render not eat away all of your CPU abilities, add a line to the .ini file for your render, which contains the following:
where you will replace the "the_number_of_threads" with the number of threads you can spare, for example when you have a quadcore CPU with Hyperthreading, set the number to 6, which should leave 2 threads for reading mail and browsing the internet.
• A lesser fun fact about POV-Ray running under Fedora 36 is that it no longer supports showing the progress of your render in a seperate window! So start having the following line in your .ini-files:
If you want to open the resulting image when rendering has completed, change your render command to:
povray test.ini ; xdg-open resulting_output.png
You will also notice that both the macOS and the Linux versions of POV-Ray will not be "that accurate" when displaying the time taken to render your image... When you start a render with the time addition, then you will get the real time taken:
time povray test.ini
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