demobook

Imagine.art: Uploading and connecting assets in ImagineArt

Demo summary

The demonstrator shows how to use the Upload node to bring images into the canvas and connect them to downstream generation nodes.

Step-by-step

  1. Select the Upload node on the canvas
  2. Drag and drop an image, video, or media file from your computer into the node
  3. Locate the output connector on the right side of the node
  4. Click and drag the connector to a downstream node like Generate Video or Edit Image

Options

  • Upload videos or other media files instead of images
  • Connect to a Generate Video node for animation
  • Connect to an Edit Image node for AI-powered modifications

Tips

  • Verify the upload was successful by checking for the preview directly on the node

All demos from “ImagineArt Workflows [Advance Tutorial]: The Ultimate Guide To Create Professional AI Art (Part 5)

  1. 0:490:37Uploading and connecting assets in ImagineArtCurrentThe demonstrator shows how to use the Upload node to bring images into the canvas and connect them to downstream generation nodes.Imagine.artAI Image Generator
  2. 2:040:36Generating images with Nano Banana ProA demonstration of connecting a prompt and reference image to an image node using the Nano Banana Pro model to generate a landscape artwork.Imagine.artImage to Image
  3. 4:070:57Building an AI Co-Pilot workflowThe user demonstrates chaining a Gemini 3.0 AI Co-Pilot node to an image generation node to create a fantasy environment from a refined prompt.Imagine.artAI Image Generator
  4. 5:140:46Image-to-image style transferThe video shows how to chain two image nodes to transform an existing image into a dystopian techno landscape.Imagine.artAI Style Transfer
  5. 6:000:47Adding subjects to images with Nano Banana ProA demonstration of using an image node and prompt to seamlessly add a hooded figure into an existing generated scene.Imagine.artAI Inpainting
  6. 7:081:42Upscaling images with ImagineArt Subtle UpscalerThe demonstrator compares original images with upscaled versions using the Subtle and Creative upscalers to improve resolution and detail.Imagine.artAI Image Upscaler
  7. 8:540:49Cropping and resizing imagesA walkthrough of using utility nodes to crop a specific area of an image and resize it for different aspect ratios.Imagine.artAI Crop Image
  8. 9:430:43Adjusting image levels and filtersThe user demonstrates using histogram sliders and filter nodes to adjust shadows, brightness, and color temperature on the canvas.Imagine.artAI Photo Editor
  9. 10:481:03Text-to-video generation with Vidu 1.1A demonstration of generating a cinematic drone shot of a forest using a text prompt and the Vidu 1.1 video model.Imagine.artText to Video
  10. 11:511:01Image-to-video animationThe demonstrator uses an existing asset and a prompt to animate a still image into a video clip with environmental motion.Imagine.artImage to Video
  11. 13:350:43Extending video duration with PixverseThe video shows how to use the Pixverse Extend node to add 5 seconds of continuous motion to an existing 4-second clip.PPixverse AIAI Video Editor
  12. 14:202:00Motion transfer between video and illustrationA demonstration of extracting dance movements from a source video and applying them to a static character illustration using the Move and Replace nodes.Imagine.artVideo to Video
  13. 16:201:20AI Lip Sync with 11 Labs and Cling AIThe user generates speech via 11 Labs and uses the Cling AI Avatar Pro node to synchronize an image's mouth movements to the audio.Imagine.artAI Lip Sync Generator
  14. Watch “ImagineArt Workflows [Advance Tutorial]: The Ultimate Guide To Create Professional AI Art (Part 5)” →

AI Image Generator

  1. 8:330:49AI editing and video tools in ImagineArtThe video demonstrates the ImagineArt app's tool row, including AI images, videos, and editing tabs, showing the generation interface.Youri van Hofwegen
  2. 1:381:23Generate AI images using node-based workflows in Imagine.ArtThe user demonstrates how to create a product advertisement image by connecting a prompt node to an image node and selecting models like Nano Banana Pro or Flux.AI Zayan
  3. 2:431:14Text rendering and prompt adherence in ImagineArtA demonstration of the model's ability to render specific text on objects like mugs and books, as well as creating vintage movie posters with stylized typography.Bob Doyle Media
  4. 7:020:43Compare multiple AI models using WorkflowsA step-by-step walkthrough of building a node-based workflow to compare Imagine Art 1.5 and Seedream 4.0 outputs using a single prompt node.Bob Doyle Media
  5. 1:210:13Adjusting image generation controls in ImagineArtThe creator demonstrates the generation control panel in ImagineArt, showing how to adjust aspect ratio, use the prompt enhancer, and select resolution.Joseph Martin
  6. 3:420:33Building node-based AI workflows in ImagineArtThe creator walks through building a node-based workspace, connecting a ChatGPT co-pilot node to multiple image models like Nano Banana and GPT Image to generate variations simultaneously.Joseph Martin
  7. 5:040:11Using the integrated AI assistantThe video demonstrates the integrated AI assistant within the ImagineArt UI that helps develop prompts and perform generations directly.Joseph Martin
  8. 0:490:37Uploading and connecting assets in ImagineArtCurrentThe demonstrator shows how to use the Upload node to bring images into the canvas and connect them to downstream generation nodes.ImagineArt
  9. 4:070:57Building an AI Co-Pilot workflowThe user demonstrates chaining a Gemini 3.0 AI Co-Pilot node to an image generation node to create a fantasy environment from a refined prompt.ImagineArt
  10. 2:524:28Create a modular prompt workflow in Imagine.ArtThe user demonstrates how to create a node-based workflow in Imagine.Art by separating a prompt into individual nodes for base prompt, visual style, negative prompt, and camera angle, then combining them into a master prompt.David Raskin
  11. 7:200:37Generate and export game icons in Imagine.ArtThe creator shows how to connect a combined text prompt to an image generation node using the 'Nana Banana' model and then export the result as a 2K file.David Raskin