Korean AI Image and Illustration Generator

다국어 입력을 활용해 한국어 텍스트를 고품질의 AI 이미지로 변환하는 자동화 워크플로우입니다. This workflow instantly translates Korean prompts and generates surreal illustrations using advanced text-to-image AI models.

Playground API Pixelflow

If you're looking for an API, here is a sample code in NodeJS to help you out.

const axios = require('axios');
   
   const api_key = "YOUR API KEY";
   const url = "https://api.segmind.com/workflows/6808f1d47cbc8be62975d02c-v2";
   const data = {
     Prompt_in_korean: "the user input string"
   };
    
   axios.post(url, data, {
     headers: {
       'x-api-key': api_key,
       'Content-Type': 'application/json'
     }
   }).then((response) => {
     console.log(response.data);
   });

Response

application/json

{
  "poll_url": "<base_url>/requests/<some_request_id>",
  "request_id": "some_request_id",
  "status": "QUEUED"
}

You can poll the above link to get the status and output of your request.

Response

application/json

{
  "ideogram_output": "image in URL Format",
  "flux_output": "image in URL Format"
}

Attributes

Prompt_in_koreanstr*

To keep track of your credit usage, you can inspect the response headers of each API call. The x-remaining-credits property will indicate the number of remaining credits in your account. Ensure you monitor this value to avoid any disruptions in your API usage.

Korean AI Image and illustration generator

This workflow demonstrates a streamlined pipeline to generate high-quality, surreal illustrations from Korean text prompts using translation and image generation models. It’s designed for multilingual creators, marketers, and storytellers who want to move from ideation to visual output with minimal friction.

How It Works

Text Input (Korean)
The process begins with a Korean text description entered into a simple input node. This might be a scene description, visual idea, or concept you want illustrated.
Translation with Google Translate
The Korean input is passed through a Google Translate node. Here, the source language is set to Korean (ko), and the target is English (en). This ensures compatibility with most image generation models, which primarily accept prompts in English.
Prompt Injection to AI Image Generators
The translated English prompt is duplicated and sent to two separate image generation nodes:
- Ideogram 2a Text-to-Image
- Fast Flux 1 Schnell
These models interpret the prompt and create unique visual representations based on their training and style biases. In this example, both prompts describe a “Dramatic surreal illustration, 1:1 scale, bright orange background, a giant squid-like tentacle violently wraps itself around a van”, leading to the generation of striking, action-packed artwork.
Output Comparison
The workflow ends by visualizing both model outputs side-by-side. This allows creators to compare fidelity, style, and alignment with the original intent, helping choose the most fitting result for their project.

Customization & Use Cases

Language Support: You can modify the initial input language for multilingual teams by simply changing the source and target language fields in the translation node.
Model Flexibility: Swap out Ideogram or Flux with any other compatible image models from your stack to experiment with different aesthetics or render speeds.
Prompt Styling: Tailor prompts for tone (e.g., whimsical, realistic, horror), subject matter, or resolution needs.

This modular approach is ideal for international creative teams, content marketers, or design agencies needing rapid visual output from local-language concepts.

Models Used in the Pixelflow

google-translate

Translate effortlessly with the powerful Google Translation AI model.

ideogram-2a-txt-2-img

Create captivating designs, realistic images & innovative logos with Ideogram 2a text-to-image.

fast-flux-schnell

Fast Flux.1 Schnell by Segmind is an optimized text-to-image model designed for developers needing faster image generation. It offers high efficiency without compromising quality. Perfect for startups and engineers seeking quick, resource-efficient AI models.