> In an era when so much "practical" coding can be offloaded to an LLM

I see what you did there with the parentheses.

There is nothing wrong with the site as it is. The text reflows, so you can size your window to any width that you find comfortable. With a decent window manager this is just a few keystrokes at most.

not that kind of language, it does not even come with integer types or "plus" operator by default.. they do give an example of

    define { minutes { dequote choose {minutes} {} = {:} <-[characters] } } { minutes {1:23} }

    "1:23".split(":", 1)[1]

    def minutes(x): 
        return x[1:] if x[0] == ':' else minutes(x[1:])
    minutes("1:23")

"The Om language is not:

complete. Although the intent is to develop it into a full-featured language, the software is currently at a very early "proof of concept" stage, requiring the addition of many operations (such as basic number and file operations) and optimizations before it can be considered useful for any real-world purpose. It has been made available in order to demonstrate the underlying concepts and welcome others to get involved in early development."

> I am always kind of surprised when I go to a landing page for a language and there isn't any actual code.

So, you're not surprised that this Om page has an extensive section called "Examples", right? https://www.om-language.com/#language__examples__

One time, this annoyed me so much that I made a website.

https://anaminus.github.io/langding/

om would fall under "Yes, must scroll".

There is code. Small examples start halfway down the page, and there's one 20-line example. Not much, but it's not accurate to say there's none.

It would be helpful to see any kind of motivation for the project though. Anything at all.

There is code, search for 'examples'.

It concludes by implementing a fold:

   define
   {
       [Fold]<- {
           rearrange
           {
               rearrange
               {
                   dequote
                   choose
                   quote Result
                   pair pair pair {[Fold]<-} Function Result Remainder
                   Remainder
               }
               {Result Remainder}
               dequote Function Base <-[terms] Source
           }
           {Function Base Source}
        }
   }
   {
       [Fold]<- {[literal]<-} {} {1 2 3}
   }