OpenRouter makes it super easy to just get best scores at school by using a large set of models available.

; claude-write-fibonacci

(require '[pyjama.openrouter.core :as openrouter])
(let [response (openrouter/with-prompt "Write Fibonacci in Clojure!")]
  (println
    (-> response :choices first :message :content)))

I actually wanted to evaluate answers from anthropic/claude-3.7-sonnet so that model is the default one for open router.

With a bit of rewriting around, we can get something vastly more generic, where the prompt and the model are simply calling openrouter/with-config.

ChatGPT 4.5 Preview meets Pyjama: Clojure Conversations Just Got Smarter!

The latest and greatest from OpenAI—ChatGPT 4.5 Preview—is out in the wild! And what’s better than playing around with cutting-edge AI? Doing so directly from your favorite REPL, thanks to Pyjama, your go-to Clojure companion for seamless interactions with ChatGPT.

Quick recap: Calling ChatGPT from Clojure

With Pyjama, chatting with GPT is as straightforward as ever:

(require '[pyjama.chatgpt.core :as gpt])

(gpt/chatgpt
  {:prompt "give me a command to show number of sata ports linux"})

And to harness the power of the shiny new GPT-4.5-preview model, it’s just a small configuration tweak away:

Our first new AI event, to get hands-on AI agents joining a specific topic and battling for wits, and intelligence, happened today at the Karabiner Office.

Setup was to use the pyjama-philosophers arena, and let custom agents join the on-going conversation after theme was decided between the human participants.

There are templates for Agents in different languages, namely Rust, Python, Clojure and .. Ruby !

Retrieval-Augmented Generation (RAG) is a powerful technique that combines retrieval-based search with generative AI models. This approach ensures that responses are based on relevant context rather than solely on the model’s pretrained knowledge. In this blog post, we’ll explore a simple RAG setup in Clojure using Ollama and Pyjama.

Setting Up the Environment

The script starts by defining the URL of the Ollama server, which serves the embedding and generative models:

Fun with Clojure: Asking the Big Questions

Clojure might be known for its Lisp-y elegance and its ability to wrangle data like a pro, but today, we’re using it for something far more profound: uncovering the deepest truths of the universe. Why does the sky turn red? Why do fireworks explode? Why did the sun even bother to rise? Thanks to some Clojure magic, we’ve got the answers—straight from a highly sophisticated knowledge base (i.e., a delightfully whimsical source_of_truth.txt).

Just a code summary of a crazy week.

At this point Pyjama can load balance requests to different ollama server transparently via pyjama.parallel/generate.

Basically, that gives:

(->>
    {:url "http://localhost:11432,http://localhost:11434"
     :models  ["llama3.1"]
     :format  {:type "integer"}
     :pre     "This is a potential answer %s02 for this question: %s01. Give a score to the answer on a scale 1 to 100: based on how accurate it.
       - Do not give an answer yourself.
       - No comment.
       - No explanation.
       - No extra text. "
     :prompts [["Why is the sky blue" "The sky appears blue because of a process called Rayleigh scattering."]
               ["Why is the sky blue" "Blue is scattered more than other colors because it travels as shorter, smaller waves."]
               ["Why is the sky blue" "During the day the sky looks blue because it's the blue light that gets scattered the most. "]
               ["Why is the sky blue" "Because it is Christmas. "]
               ]}
    (pyjama.parallel/generate)
    (map #(-> [(:prompt %) (:result %) (:url %)]))
    (clojure.pprint/pprint))

And yes, the prompts are dispatched to the different ollama servers as can he seen in the urls in the answer, showing where the request was effectively executed. The set of URLs can also be set via the OLLAMA_URL system env at runtime.