Gemimi Documentation by Google

Getting Started with Gemimi

Installation

Get up and running quickly with our simple installation process and pre-configured environments.

Quick Start

Follow this step-by-step guide to initialize your first Gemimi application in under 5 minutes.

Sample Project

Explore our sample code repository to see Gemimi in action through working examples.

Quick Start

Installation

Terminal


npm install @google/gemimi

SDK Setup

Initialize the SDK with your API key and preferred configuration options.

Code


import { GemimiSDK } from '@google/gemimi';

const client = new GemimiSDK({
  apiKey: 'YOUR_API_KEY',
  region: 'us-central1',
  timeout: 30000
});

First API Call

Use the SDK to make a simple text generation request.

Code


const response = await client.generateText({
  input: 'Explain quantum physics like I\'m five',
  temperature: 0.7,
  maxOutputTokens: 100
});

console.log(response.text);

Sample Output


Okay, imagine you're looking at a tiny toy car. From far away, it's easy to see and look at, right? But if you shrink that toy car down so much that it's smaller than a grain of sand or even a speck of dust, you can't see it with your eyes anymore. That's where quantum physics starts getting weird.

You know how your toy car has to be somewhere at all times? Like, you can always find it? Quantum physics says that these super-tiny things can be in more than one place at the same time! And they can spin and move in ways that seem silly if you think about your normal-sized toys.

It's like playing hide and seek, but the person hiding can be in multiple places or hiding spots all at once. Scientists call that being in a "superposition," kind of like when you don't decide which game to play and are pretending to be a robot, a dinosaur, and an ice cream cone all at the same time until someone asks you what you are. Then you pick!

Quantum physics studies these super-tiny things and how they act and interact with each other. It helps us build new kinds of computers and might help us understand things even smaller and more exciting in the future.