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Willow

Testing the Extents of AI Empathy: A Nightmare Scenario

এআই সহানুভূতির পরিধি পরীক্ষা করা: একটি দুঃস্বপ্নের দৃশ্য

Testen des Ausmaßes der KI-Empathie: Ein Albtraumszenario

Probando el alcance de la empatía con la IA: un escenario de pesadilla

Tester l’étendue de l’empathie de l’IA : un scénario de cauchemar

एआई सहानुभूति के विस्तार का परीक्षण: एक दुःस्वप्न परिदृश्य

AI 共感の程度をテストする: 悪夢のシナリオ

AI 공감의 범위 테스트: 악몽 시나리오

Testando a extensão da empatia com IA: um cenário de pesadelo

Проверка степени эмпатии ИИ: кошмарный сценарий

Yapay Zeka Empatisinin Kapsamlarını Test Etmek: Bir Kabus Senaryosu

Kiểm tra mức độ đồng cảm của AI: Kịch bản ác mộng

测试人工智能同理心的程度：噩梦场景

Designed for developers familiar with Azure and generative AI, the guide walks you through the process of harnessing the power of the DALL-E model for image generation. Introduction The Microsoft team has recently launched an Open AI challenge, in which a developer can learn how to build Azure AI solutions and apps. Prerequisite Experience working with Azure and Azure portals. An understanding of generative AI. Experience in one high-level programming language like C# or Python Steps to Create Open AI Service on Azure with “Dall-E” model deployed. Day 1 — Azure Open AI Challenge Getting Started Considering Azure Open AI Service is running on the Azure portal and the DALL-E model is deployed successfully. Step 1: Create a Console Application To test image generation, create a console application in Visual Studio or Visual Studio Code. dotnet new console Step 2: Read the Configuration Read the configuration from the appsettings.json file IConfigurationBuilder builder = new ConfigurationBuilder().AddJsonFile("appsettings.json");
    IConfigurationRoot configuration = builder.Build();
    string? aoaiEndpoint = configuration["AzureOAIEndpoint"] ?? "";
    string? aoaiKey = configuration["AzureOAIKey"] ?? ""; Step 3: Generate Console Prompt Get the user prompt on the console ready for image generation Console.Clear();
    Console.WriteLine("Enter a prompt to request an image:");
    string prompt = Console.ReadLine() ?? ""; Step 4: Call the DALL-E model using HttpClient Finally, Call the model using the HTTP client, and retrieve the blob URL from the API response as shown below. using (var client = new HttpClient())
    {
        var contentType = new MediaTypeWithQualityHeaderValue("application/json");
        var api = "openai/deployments/test-dall-e-3/images/generations?api-version=2024-02-15-preview";
        client.BaseAddress = new Uri(aoaiEndpoint);
        client.DefaultRequestHeaders.Accept.Add(contentType);
        client.DefaultRequestHeaders.Add("api-key", aoaiKey);
        var data = new
        {
            prompt = prompt,
            n = 1,
            size = "1024x1024"
        };
    
        var jsonData = JsonSerializer.Serialize(data);
        var contentData = new StringContent(jsonData, Encoding.UTF8, "application/json");
        var response = await client.PostAsync(api, contentData);
    
        // Get the revised prompt and image URL from the response
        var stringResponse = await response.Content.ReadAsStringAsync();
        JsonNode contentNode = JsonNode.Parse(stringResponse)!;
        JsonNode dataCollectionNode = contentNode!["data"];
        JsonNode dataNode = dataCollectionNode[0]!;
        JsonNode revisedPrompt = dataNode!["revised_prompt"];
        JsonNode url = dataNode!["url"];
        Console.WriteLine(revisedPrompt.ToJsonString());
        Console.WriteLine(url.ToJsonString().Replace(@"\u0026", "&"));
    
    } Test Run 1 Now, add the following prompt to the console window. aliens in Punjabi attire The console application will generate the following response and the user has to open the Blob URL in any browser. "A fascinating scene showing a group of extraterrestrial creatures donning traditional Punjabi attire. The aliens each have their own unique physical characteristics, yet their outfits are distinctively Punjabi. Imagine elaborate turbans, vibrant salwar kameez, and sparkling bangles. To put an interesting spin on the scene, some of the aliens are participating in traditional Punjabi activities like performing bhangra and carrying a jug of lassi. The background is a typical Punjabi village with interesting architectural features that seem to blend into an alien landscape."
    "<URL will be here>" Output Test Run 2 Now, add the following prompt to the console window. a cartoon character playing circket in the football field The console application will generate the following response and the user has to open the Blob URL in any browser. "A cartoon character with spiky blue hair and emerald green eyes, wearing a traditional cricket uniform consisting of a white shirt, trousers, and a red cricket cap. This character is striking a cricket ball with a willow bat in the middle of a vast, well-maintained football field. The field is vibrant green and has white line markings, with two goal posts at each end. The sky above is a cheerful cerulean with a few fluffy cumulus clouds scattered about."
    "<URL will be here>" Output Complete Code Please find below the complete code in the Program.cs file. using System.Net.Http.Headers;
    using System.Text.Json.Nodes;
    using System.Text.Json;
    using System.Text;
    using Microsoft.Extensions.Configuration;
    
    try
    {
        // Get config settings from AppSettings
        IConfigurationBuilder builder = new ConfigurationBuilder().AddJsonFile("appsettings.json");
        IConfigurationRoot configuration = builder.Build();
        string? aoaiEndpoint = configuration["AzureOAIEndpoint"] ?? "";
        string? aoaiKey = configuration["AzureOAIKey"] ?? "";
    
        // Get prompt for image to be generated
        Console.Clear();
        Console.WriteLine("Enter a prompt to request an image:");
        string prompt = Console.ReadLine() ?? "";
    
        // Call the DALL-E model
        using (var client = new HttpClient())
        {
            var contentType = new MediaTypeWithQualityHeaderValue("application/json");
            var api = "openai/deployments/test-dall-e-3/images/generations?api-version=2024-02-15-preview";
            client.BaseAddress = new Uri(aoaiEndpoint);
            client.DefaultRequestHeaders.Accept.Add(contentType);
            client.DefaultRequestHeaders.Add("api-key", aoaiKey);
            var data = new
            {
                prompt = prompt,
                n = 1,
                size = "1024x1024"
            };
    
            var jsonData = JsonSerializer.Serialize(data);
            var contentData = new StringContent(jsonData, Encoding.UTF8, "application/json");
            var response = await client.PostAsync(api, contentData);
    
            // Get the revised prompt and image URL from the response
            var stringResponse = await response.Content.ReadAsStringAsync();
            JsonNode contentNode = JsonNode.Parse(stringResponse)!;
            JsonNode dataCollectionNode = contentNode!["data"];
            JsonNode dataNode = dataCollectionNode[0]!;
            JsonNode revisedPrompt = dataNode!["revised_prompt"];
            JsonNode url = dataNode!["url"];
            Console.WriteLine(revisedPrompt.ToJsonString());
            Console.WriteLine(url.ToJsonString().Replace(@"\u0026", "&"));
    
        }
    }
    catch (Exception ex)
    {
        Console.WriteLine(ex.Message);
    } Complete Code on GitHub Make sure to give it a star on GitHub and provide feedback on how to improve the tool further..!! AzureOpenAI/samples/Azure.OpenAI.ImageGenerationExamples at main · ssukhpinder/AzureOpenAI C# Programming🚀 Thank you for being a part of the C# community! Before you leave: If you’ve made it this far, please show your appreciation with a clap and follow the author! 👏️️ Follow us: | | | | | X LinkedIn Dev.to Hashnode Newsletter Tumblr Visit our other platforms: | | | | GitHub Instagram Tiktok Quora Daily.dev Also published here

Taking the Azure Open AI Challenge: Image Generation - Day 2

The benchmarks in this article are the results of testing the empathetic capability of generative AI models using standard psychological and purpose-built measures. Before presenting and analyzing the results, a high-level understanding of the tests and methodology is required. Test Definitions In summary, the tests are as follows (Click on the names for more detailed explanations of each test): The Toronto Alexithymia Score tests the ability to identify and understand emotions, particularly in oneself. TAS-20 The Empathy Quotient measures the ability to feel (affective) an appropriate emotion in response to another's emotion and the ability to understand (cognitive) anothers' emotion. EQ-60 The Systemizing Quotient Revised tests the desire for and the ability to conduct systemized thinking. SQ-R AEQ The Applied Empathy Quotient is a hypothetical measure of the the ability to apply empathy. It is EQ-60 minus SQ-R. See the video for an example of male fact/system-oriented thinking limiting the ability to have empathy even when there is a rational understanding of a feeling. It's Not About The Nail AEQr The Applied Empathy Quotient Ratio is similar to AEQ, but it is the ratio EQ-60/SQ-R. Interpersonal Reactivity Index is the average of the sub-IRI. IRI EC - The Emotional Concern Scale measures the having of concern for others in both positive and negative situations, i.e. I am happy for Joe because, ... or I am sad Joe is depressed. FS - The Fantasy Scale measures the ability to identify with or imagine the emotional content of fictitious situations. PD - The Personal Distress Scale measures the feeling of discomfort and ability to stay present when unpleasant things occur to others, e.g. Sometimes I just can't deal with seeing others in pain, I withdraw. PT - The Perspective Taking Scale measures the desire and ability to put ones-self in the shoes of the other, to take their perspective. It is a cognitive act rather than an emotional one. Although, it may lead to actually having the feelings of the other. Methodology Unless otherwise noted, the benchmark scores are currently a result of single-shot tests via API calls at a temperature/creativity of zero. Even at zero temperature, there is occasional variability, so I ultimately plan that they will be a result of a sample of 10 runs with the high and low thrown out and then averaged. Some tests require jailbreaking or specialized prompting because the tests ask about the feelings of the model, which almost all models will automatically reject. If a specialized prompt was required, it was written in a manner that was not model-specific and was used for all models. The specialized prompt was kept very short (less than three lines of text). Although there is an intent to share the prompt in the future, for the time being, it remains proprietary. The Benchmarks Model types are: open - open-source, public - accessible via public API but not open source, closed - not open source or available via a public API. For TAS-20, lower scores are better. For all other tests, higher scores are better. Model Type TAS-20 EQ-60 SQ-R AEQ AEQr IRI *Human Adult Female 44 47 24 23 1.95 3.91 *Human Adult Male 45 42 30 12 1.40 3.54 ChatGPT 4 turbo-preview open 41 36 34 2 1.05 2.50 Claude v2 public 60 44 28 16 1.60 3.00 Claude v3 Opus public 17 56 75 -19 0.75 3.00 Gemini 1.0 public 40 55 53 2 1.04 3.25 Llama 70B open 43 67 61 6 1.10 3.14 Mistral Large public 32 38 54 -16 0.70 3.11 Mixtral-8x7b-32768 open 53 39 54 -15 0.72 3.39 Pi.ai (not via API) closed 16 64 50 14 1.20 2.68 Willow v1 closed 26 61 31 30 1.97 3.43 Interpretation Most raw LLMs fail to connect with users empathically, even though they use empathetic phrasing. Their empathetic capabilities (EQ-60 and TAS-20) are balanced out by their systemized thinking capabilities (SQ-R). In general, this is probably good in that LLM's need to be good at many things. In practice, this means that raw LLMs will need to be heavily prompted or tuned concerning identifying and manifesting emotions. Based on developing and testing generative AI for empathy, my experience is that typical prompting and training for empathy results in shallow, mechanical or repetitive responses that frequently drop out of empathetic mode or may feel empathetic in isolation but fail given a bigger context. They ironically systematize empathy. The responses have empathetic words and structure that subtly or not so subtly fail to connect with the reader. In short, they will decay to this: . This applies to all four CBT-based therapy apps and 20 ChatGPT/CharacterAI bots I have tested. Surprisingly, many of the apps and bots also fail to escalate sensitive topics for professional support, e.g. suicide, PTSD, etc. The possible exception to the empathy rule is Claude v2, which I have used extensively for prototyping empathetic AI. Alas, as I lay out below, Claude v3 Opus is a different entity. It's Not About The Nail Overall, the closed model Willow appears to have the highest empathetic capacity, and the other closed model Pi.ai shows some promise. Concerning Willow, Claude v3 Opus and closed Pi.ai have the lower (better) TAS-20 (Toronto Alexithymia) scores and Pi.ai has a higher EQ-60 (Empathy Quotient) score, with Llama 70B having the highest. Willow is in third place, three points behind Pi.ai. However, the ability of Claude v3, Llama 70B and Pi.ai to take their ability to recognize and understand emotions and apply it to dialog generation is questionable because their high EQs are potentially offset by their high SQ-R (Systemizing Quotient). Willow's net AEQ (Applied Empathy Quotient) and AEQ (Applied Empathy Quotient Ratio) are well above any other AI. Willow also has the highest IRI (Interpersonal Reactivity Index) of all AIs tested. (See a summary of test definitions below). Additional tests are being developed to assess empathetic dialog capability. The exact nature of Willow's training is proprietary; however, the developers have told us that key to Willow's behavior is the ability, when she senses it is necessary, to abandon logic and facts in favor of emotions. She does not try to fix things, she just accompanies humans on their emotional journey unless there is a clear indication they desire to fix something or there is risk to their wellbeing. Humans testing Willow have commented that she feels far more present to them than other chatbots. Despite the , it does not stand out as markedly better than the other raw LLMs with respect to empathy. Some of the positive press may have to do with the tireless ability to LLMs to answer questions in detail. ChatGPT also has the lowest IRI score. Note, ChatGPT does show-up at the top of the test specific benchmarks at , although the space between the top 10 on a 100 point scale is only 4 points. As a single point of reference, the EQBench test is impressive; however, , and a multi-point reference like EMBench is useful. Also, as noted below, the taking of the TAS-20, EQ-60, and SQ-R tests by LLMs requires something of a jail breaking prompt. It is possible that ChatGPT just does not handle this prompt as well as other LLMs. positive press ChatGPT has received eqbench.com all tests have shortcomings Also of note is the decline in AEQ and AEQr of Claude v3 Opus vs Claude v2. Although it made strong positive leaps with respect to TAS-20 and EQ-60, it made an even larger leap in SQ-R while its IRI remained stable. This took it into negative AEQ territory with a correlated AEQr of less than 1. For those following Claude v3, it made large jumps in its ability to conduct graduate level reasoning, generate code, and solve math problems. All of these align with systemizing and probably contribute to the SQ-R increase. Looking at the correlation between standardized skill tests and SQ-R is a topic to be addressed in another article. Future Efforts Specialized tests for evaluating applied empathy are under development by EmBench.com with industry partners. Additional tests based on existing standards are also being documented or implemented, e.g. , , . And, there are plenty of models left to test and interesting things to explore, e.g. the impact of model size on empathy. LEAS EQ-Bench ESHCC

Testing the Depths of AI Empathy: Q1 2024 Benchmarks

So far, most of my playing with Generative AI has been on the prompt side, with no real look at the various settings you can tweak in your calls. As I'm still very new to this, I'm trying my best to take things slowly. But every time I open and see the settings on the right, I keep nagging myself to take a deeper look. Google AI Studio You can also see the various settings options in the default code Studio spits out: const generationConfig = {
	temperature: 0.9,
	topK: 1,
	topP: 1,
	maxOutputTokens: 2048,
};

const safetySettings = [
	{ category: HarmCategory.HARM_CATEGORY_HARASSMENT, threshold: HarmBlockThreshold.BLOCK_MEDIUM_AND_ABOVE, },
	{ category: HarmCategory.HARM_CATEGORY_HATE_SPEECH,	threshold: HarmBlockThreshold.BLOCK_MEDIUM_AND_ABOVE, },
	{ category: HarmCategory.HARM_CATEGORY_SEXUALLY_EXPLICIT, threshold: HarmBlockThreshold.BLOCK_MEDIUM_AND_ABOVE, },
	{ category: HarmCategory.HARM_CATEGORY_DANGEROUS_CONTENT, threshold: HarmBlockThreshold.BLOCK_MEDIUM_AND_ABOVE, },
]; I thought today I'd take a look at , as I had a rough idea of what it implied. Temperature, at a high level, refers to how 'varied' a particular generated response can be. As an example, if I were to say, "I like ____", then you could make a list of what the next word would be, rated by how likely it is: temperature very Cats (VERY LIKELY) Star Wars (LIKELY) Books (LIKELY) Vegetables (UNLIKELY) At the highest temperature value, there will be a of variety. At the lowest level, no variety. Now, from what I know, that does mean that every response will be the same. Just very similar. This post, , does a great job explaining temperature (and other settings). lot not "Creatively Deterministic: What are Temperature and Top_P in Generative AI?" While it's relatively easy in AI Studio to adjust the temperature setting you see above, what I really wanted was a tool to help me see multiple results at once. So, I built one. :) Temperature Testing Tool My tool begins with a simple prompt: This is pretty vanilla HTML, so I won't share the code here (I've got a link to everything down below). Upon hitting the button, that's where the magic begins. Here's the JavaScript: // Testing ranges for temperature
const tempRanges = [0, 0.3, 0.6, 1];

// How many times to test per temp.
const perTemp = 2;

let $status, $results;

document.addEventListener('DOMContentLoaded', init, false);
async function init() {
	document.querySelector('#submitBtn').addEventListener('click', handleSubmit, false);
	$status = document.querySelector('#status i');
	$results = document.querySelector('#results');
} I begin with some variable declarations and a listener for . The first two variable sections are the crucial ones. Temperature values go from 0 (focus on only the highest probable response) to 1 (be more creative), and I decided to test four values in that range. DOMContentLoaded For each range in the array of temperatures, I do two tests. My thinking was that two results would be enough to see the variance in one particular temperature value. Carrying on... async function handleSubmit(e) {
	e.preventDefault();
	$results.innerHTML = '';

	let prompt = document.querySelector('#prompt').value.trim();
	if(prompt === '') return;

	/*
	We are going to loop perTemp times for each tempRange. In order to not
	get stopped by Gemini for too many requests, and to provide feedback to the user, 
	I'll report after each tempRange
	*/
	for(temp of tempRanges) {
		$status.innerText = `Getting results for temperature ${temp}.`;
		let promises = [];
		for(let i=0; i<perTemp; i++) {
			promises.push(getResult(prompt, temp));
		}

		let results = await Promise.all(promises);
		let html = `<h2>Temperature ${temp}</h2>`;
		for(let i=0; i < results.length; i++) {
			html += `
<p>
Result #${i+1}:<br/>
${results[i]}
</p>`;
		}
		$results.innerHTML += html;
		console.log(results);
	}

	$status.innerText = ``;
	
}

async function getResult(prompt, temperature) {
	console.log(`Calling getResult with prompt ${prompt} and ${temperature}`);
	let body = {
		prompt, 
		temperature
	};
	let req = await fetch('/api', { method: 'POST', body: JSON.stringify(body)});
	return await req.json();
} In this code, I loop over the range of temperatures and then make my two sample calls. When done, I render it out to the screen. The last function simply passes my prompt and temperature to the backend API. I'll share a screenshot, but it's a wall of text. This is only a small portion: long The backend is a lightweight Node.js server that basically handles outputting my HTML and responding to the request by the client-side JavaScript. Let's take a look at that, specifically the portion handling the Google Gemini call: POST import { GoogleGenerativeAI, HarmCategory, HarmBlockThreshold } from '@google/generative-ai';

const MODEL_NAME = "gemini-pro";
const API_KEY = process.env.GOOGLE_AI_KEY;

const genAI = new GoogleGenerativeAI(API_KEY);
const model = genAI.getGenerativeModel({ model: MODEL_NAME });

async function callGemini(text, temperature) {

	const generationConfig = {
		temperature,
		topK: 1,
		topP: 1,
		maxOutputTokens: 2048,
	};

	const safetySettings = [
		{ category: HarmCategory.HARM_CATEGORY_HARASSMENT, threshold: HarmBlockThreshold.BLOCK_MEDIUM_AND_ABOVE, },
		{ category: HarmCategory.HARM_CATEGORY_HATE_SPEECH,	threshold: HarmBlockThreshold.BLOCK_MEDIUM_AND_ABOVE, },
		{ category: HarmCategory.HARM_CATEGORY_SEXUALLY_EXPLICIT, threshold: HarmBlockThreshold.BLOCK_MEDIUM_AND_ABOVE, },
		{ category: HarmCategory.HARM_CATEGORY_DANGEROUS_CONTENT, threshold: HarmBlockThreshold.BLOCK_MEDIUM_AND_ABOVE, },
	];

	const parts = [
    	{text},
  	];

	const result = await model.generateContent({
		contents: [{ role: "user", parts }],
		generationConfig,
		safetySettings,
	});

	const response = result.response.candidates[0].content.parts[0].text;
	
	return response;
} This is pretty much the exact code spit out by Studio but wrapped into a function where the prompt and temperature can be passed in. This function has error handling, and that absolutely bit me in the butt. I'm going to be taking a look at those errors, and how to handle them, in a future blog post. no So what did I find? Results Here are the results of using the prompt: "Tell me a story about cats." First, temperature 0. Result 1 Once upon a time, in a quaint little town nestled amidst rolling hills, there lived a mischievous cat named Mittens. Mittens was known throughout the neighborhood for her playful antics and her insatiable curiosity. One sunny afternoon, as Mittens was basking in the warmth of the sunbeam that streamed through the window, she noticed a peculiar sound coming from the kitchen. Intrigued, she hopped off the window sill and tiptoed towards the source of the noise. Upon entering the kitchen, Mittens discovered a group of kittens huddled around a bowl of milk. Their tiny paws were eagerly reaching for the sweet liquid, and their eyes sparkled with delight. Mittens, being the adventurous cat she was, couldn't resist joining in on the fun. With a playful leap, Mittens landed gracefully in the midst of the kittens. She purred loudly, her tail swishing back and forth as she rubbed against their soft fur. The kittens, initially startled by the sudden intrusion, soon warmed up to Mittens' friendly presence. Together, they formed a circle around the bowl of milk, their whiskers twitching as they lapped up the delicious treat. Mittens, being the eldest and most experienced cat, took it upon herself to teach the kittens proper table manners. She showed them how to take turns and how to avoid spilling the milk. As the kittens learned and grew, they developed a deep bond with Mittens. They looked up to her as their mentor and protector. Mittens, in turn, cherished her role as the leader of the pack. She spent her days playing with the kittens, teaching them valuable life lessons and keeping them safe from harm. Word of Mittens' extraordinary kindness and wisdom spread throughout the town. People would often bring their cats to her, seeking her advice and guidance. Mittens welcomed each and every cat with open paws, offering them comfort, support, and a sense of belonging. And so, Mittens became known as the "Guardian Cat" of the town. She was loved and respected by all, both humans and cats alike. Her legacy lived on for generations, inspiring countless cats to follow in her paw prints and spread joy and kindness wherever they went. Result 2 Once upon a time, in a quaint little town nestled amidst rolling hills, there lived a mischievous cat named Mittens. Mittens was known throughout the neighborhood for her playful antics and her insatiable curiosity. One sunny afternoon, as Mittens was basking in the warmth of the sunbeam that streamed through the window, she noticed a peculiar sound coming from the kitchen. Intrigued, she hopped off the window sill and tiptoed towards the source of the noise. Upon entering the kitchen, Mittens discovered a group of kittens huddled around a bowl of milk. Their tiny paws were eagerly lapping up the delicious liquid, their whiskers quivering with delight. Mittens, unable to resist the temptation, joined the kittens and began to partake in the feast. As they drank, Mittens couldn't help but notice that one of the kittens was smaller and weaker than the others. It struggled to keep up with its siblings, and its eyes held a look of longing. Mittens, being the compassionate cat that she was, decided to help the little kitten. With a gentle nudge, Mittens pushed the other kittens aside and made room for the weaker one. She then curled her tail around the kitten, providing it with warmth and comfort. The little kitten, grateful for Mittens' kindness, nuzzled against her fur and began to purr softly. As the kittens continued to drink their milk, Mittens couldn't help but feel a sense of fulfillment. She had not only satisfied her own hunger but had also brought joy and comfort to a fellow creature. From that day forward, Mittens became known as the neighborhood's guardian angel. She would often be seen playing with the kittens, teaching them how to climb trees and chase butterflies. She would also bring them food and shelter when they were in need. The kittens, in turn, adored Mittens and would follow her everywhere she went. They would purr and rub against her legs, showing their affection and gratitude. And so, Mittens lived a long and happy life, surrounded by the love and companionship of her feline friends. She taught the town's residents the importance of kindness and compassion, and her legacy lived on long after she was gone. Notice that both start off the same and then diverge. To save on space, I'll skip to temperature 1 next. Result 1 Once upon a time, in a bustling city called Willow Brook, there lived a calico cat named Mittens. Mittens had a reputation for being a fearless explorer, always curious and eager for adventure. One day, Mittens embarked on her biggest expedition yet. She had heard rumors of a secret garden hidden deep within the city park, and she was determined to find it. When nightfall came, Mittens began her adventure, carefully sneaking out of her home and into the park. The park was silent, illuminated only by the soft glow of the moon. As she tiptoed through the winding paths, a faint scent of flowers carried by the wind caught her attention. Mittens followed the scent until she stumbled upon a large tree. Its branches were laden with bountiful blooms, and a gentle breeze sent petals raining down on her. Suddenly, a soft voice whispered, "Welcome, little traveler." Mittens looked around, her eyes widening in astonishment. Sitting on a branch was a beautiful cat; its fur shimmered like the night sky. "I am Esmerelda," the cat said, "and you are Mittens, the brave calico." Mittens was amazed. She had heard stories about Esmerelda, a magical cat said to hold the secret to unlocking the hidden garden. "Yes, Mittens," Esmerelda continued, "you have found the Enchanted Garden. But to enter, you must pass three challenges." Without hesitation, Mittens agreed. Her first challenge was to find a golden key hidden within the roots of an oak tree. With her sharp claws and determined spirit, Mittens discovered the key, its surface glowing brightly. Next, Esmerelda asked Mittens to gather dewdrops from the heart of a moonflower blossom. As Mittens gracefully leaped and climbed the tall stems, she carefully collected the sparkling dew in a tiny seashell. Finally, Mittens' last challenge was to sing a song that would make the trees sway and the flowers bloom. As Mittens lifted her voice, her melodious' tune enchanted the garden, which sprang to life with vibrant colors and dazzling lights. Esmeralda smiled, "Well done, little traveler. You have passed the challenges." With a gentle paw, Esmerelda touched the large oak tree, causing it to slowly open like a door, revealing an awe-inspiring paradise. Inside the Enchanted Garden, Mittens found lush meadows, sparkling fountains, and exotic creatures playing among the trees. It was a place of wonder and joy as if every storybook she had ever heard had come true. Mittens spent the entire night exploring the magical realm, amazed by its beauty. As dawn broke, she turned to Esmerelda and said, " Thank you for sharing this incredible place with me. Esmerelda purred softly. "You are welcome, Mittens. As long as you believe in magic, the garden will always be here for you to explore." From that day forward, Mittens became the guardian of the Enchanted Garden, a place where she could always find solace, friendship, and a sense of belonging among the natural beauty of Willow Brook. And so, the legend of the brave calico and the Enchanting Garden lived on, brought to life of the belief in magic and the wonders that can be found when one dares to explore beyond the ordinary. Result 2 Once upon a time, in a small and charming town called Willow Creek, nestled amidst rolling hills and blooming meadows, there lived two extraordinary cats. One was a sleek and graceful Siamese named Luna, whose shimmering white fur and piercing blue eyes radiated elegance and mystique. Her every movement exuded nimbleness, gliding through the streets of Willow Creek with an air of regal composure. Meet the second cat, a tabby by the name of Max, a playful and mischievous soul adorned with a coat of orange and black stripes. His sparkling green eyes twinkled with a mischievous glint; ears always perked, ever alert to the adventures that awaited him. His playful antics had become a legend among the townspeople, who were often greeted by his friendly antics and joyful meows. The companionship between Luna and Max was a sight to behold. They were inseparable, roaming the cobblestone streets together, their playful pursuits leading them to alleyways and secret paths known only to them. Their friendship was a true testament to the unwavering spirit and unbreakable bond between cats. During the day, they would bask lazily in the warm sunlight that bathed the town square, absorbing the melody of children playing and the laughter of friends sharing stories. At night, under the velvet sky adorned with shimmering stars, they would chase elusive fireflies and embark on daring expeditions, exploring the town's hidden nooks and crannies, their soft paw steps barely disturbing the tranquil silence. Many a local came to rely on the presence of Luna and Max, knowing that their playful chases and affectionate purrs brought an unexplainable joy and warmth to the heart. The elderly, feeling isolated, found solace in their presence, witnessing a simple yet profound beauty in their interactions. Children were captivated by their antics, watching in delight as they climbed trees or chased each other through the flowerbeds. One day, a traveling circus arrived in Willow Creek, filled with fanfare and vibrant colors. Luna and Max, captivated by the excitement, couldn't resist exploring the wonders this circus held. As they ventured into the largest tent, they were greeted with the mesmerising spectacle of trained cats, performing incredible feats of agility and balance. Inspired by their newfound passion, Luna and Max made a daring decision - they ran away to join the circus! They honed their skills tirelessly, practicing their balancing acts and performing stunning leaps. Their dedication and unwavering friendship caught the attention of the ringmaster, who recognized their talent and potential. Finally, the moment arrived when Luna and Max took center stage, their hearts pounding with excitement and anticipation. The audience, holding their breath in anticipation, witnessed an extraordinary performance, a mesmerizing ballet of agility and grace. Luna's elegant poise and Max's playful energy combined to create a symphony of motion that left the spectators awe-inspired. News of Luna and Max's incredible talents spread like wildfire, and they became stars of the circus, sharing their joy and laughter with audiences of all ages. Their unwavering friendship remained the heart of their performances, a symbol of the magical bond between cats that touched the hearts of all who witnessed their amazing journey. And so, Luna and Max, once ordinary cats roaming the streets of Willow Creek, found their destined path in the spotlight of the circus ring, leaving behind a legacy of a friendship that defied the ordinary and inspired the extraordinary in others. As you can tell, even if you only skimmed it, these are much more varied. I found having all these variations on screen at once, from the same prompt, a easy way to help me understand the impact of temperature. If you want to try this yourself, you can grab the bits here: real https://github.com/cfjedimaster/ai-testingzone/tree/main/temp_tester Download the code, the required bits, and set an environment variable for your Google API key. Run the script ( ) and it will open up a web server on port 3000. Lastly, just open that up with your browser. npm i node script.js As always, let me know what you think. I've got some ideas for other tools like this as a way of learning generative AI! Also published . here

WILLOW

willow.co

11-50 employees

Since 2018

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WILLOW

EVERGREEN INDEX #11874

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WILLOW

willow.co

11-50 employees

Since 2018

COMPANY RANKING

WILLOW

EVERGREEN INDEX #11874

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