demobook

Build AI workflows in Higgsfield Canvas

Demo summary

A demonstration of the node-based Canvas feature, connecting a prompt node to an image generation node and then to a Kling 3.0 video node to create an animation.

Step-by-step

  1. Click on Create New Canvas
  2. Right-click on the empty canvas to access node types
  3. Add a Prompt node and enter your text description
  4. Connect the Prompt node to an Image Generation node
  5. Select your desired image model, aspect ratio, and quality settings
  6. Click Generate to create the image
  7. Connect the generated image node to a Video Generation node
  8. Select a video model from the dropdown menu
  9. Configure video settings including duration and sound toggles
  10. Click Generate to produce the final animation

Options

  • Choose between different image models like GP Image 2
  • Adjust aspect ratios such as 9:16 for social media
  • Select between Standard or Pro mode for video generation
  • Toggle sounds on or off for the video output
  • Choose video models like Kling 3.0

Tips

  • Set the image quality to medium to save processing time during the workflow setup

Highlights

I mean, isn't that amazing?

All demos from “Higgsfield AI Ultimate Tutorial — EVERY Feature Explained & Reviewed

  1. 1:194:56Create a UGC ad with Higgsfield SupercomputerThe creator demonstrates using the Supercomputer chatbot to turn a product image into a 30-second user-generated content (UGC) video advertisement with an AI actor.HiggsfieldAI UGC Video Generator
  2. 17:251:08Generate and animate images inside ClaudeThe user demonstrates generating a cat image and then converting it into a 4-second video clip using Higgsfield tools within the Claude AI chat interface.ClaudeImage to Video
  3. 38:324:39Cinematic video generation with Soul IDThe video demonstrates using Cinema Studio 3.5 to generate a cinematic clip of a custom-trained character sunbathing on Mars with specific camera movement controls.HiggsfieldAI Movie Generator
  4. 47:031:53Build AI workflows in Higgsfield CanvasCurrentA demonstration of the node-based Canvas feature, connecting a prompt node to an image generation node and then to a Kling 3.0 video node to create an animation.HiggsfieldAI Animation Generator
  5. 52:131:21Generate images with GPT Image 2The creator demonstrates the core image generator by creating a 1970s New York fashion model photo using the GPT Image 2 model.HiggsfieldText to Image
  6. 54:060:36Relight an AI imageThe user demonstrates the relighting tool to change the direction, intensity, and color of light on a previously generated AI fashion model.HiggsfieldAI Relighting
  7. 55:591:19Change camera angle of a generated imageThe demonstration shows the 'Angles' feature, which allows the user to tilt and reposition a virtual camera to view a generated scene from a new perspective.HiggsfieldAI Photo Editor
  8. 1:01:492:13Generate images using a Mood BoardThe creator uses a 'Y2K Street' mood board preset combined with a custom Soul ID character to generate a stylistically consistent image of himself in Berlin.HiggsfieldAI Style Transfer
  9. 1:05:382:32Build and animate an AI InfluencerThe video shows the AI Influencer Studio, where a character is built from physical presets and then animated using a motion library.HiggsfieldAI Animation Generator
  10. 1:14:101:15Draw-to-Image generationThe user sketches a rough landscape of mountains and a sun on a blank canvas, which Higgsfield AI then renders into a realistic image.HiggsfieldImage to Image
  11. 1:30:332:35Create a talking head with Lip Sync StudioThe creator demonstrates generating a talking head video by combining a static AI image with generated speech and the Infinite Talk model.HiggsfieldAI Avatar Video Generator
  12. 1:39:231:28Motion control with Kling 3.0The user demonstrates copying movements from a motion library onto a static character image using the Kling 3.0 motion control model.HiggsfieldImage to Video
  13. Watch “Higgsfield AI Ultimate Tutorial — EVERY Feature Explained & Reviewed” →

AI Animation Generator

  1. 2:571:42Navigating Kling 3.0 settings in HiggsfieldThe creator demonstrates how to access Kling 3.0 models within the Higgsfield interface and explains settings for duration, aspect ratio, and native audio.Sebastien Jefferies
  2. 7:252:10Setting up character Elements for consistencyThe user shows how to create 'Elements' by uploading character reference images and providing descriptions to maintain subject consistency across AI video generations.Sebastien Jefferies
  3. 3:511:27Directing multi-shot sequences in Manual ModeThe user walks through the Manual Mode interface in Higgsfield, setting scene durations, camera movements (tracking, orbit, dolly), and character emotion/genre tags for a multi-shot video.Higgsfield AI
  4. 5:250:51Generating a horror sequence with character referencesThe user demonstrates uploading character reference sheets and a keyframe prompt to generate a consistent multi-shot horror sequence in Higgsfield Cinema Studio 2.Higgsfield AI
  5. 3:030:15Navigate a 3D scene in HiggsfieldThe video shows the 3D scene tool where the user moves through a generated environment using keyboard keys to adjust perspective and composition before rendering.Taylor Jackson
  6. 4:410:19Configure cinematic video settings in Cinema StudioA walkthrough of the Cinema Studio interface showing how to select aspect ratios (like 21:9), camera movements, and multi-shot auto modes.Taylor Jackson
  7. 4:240:30Configuring Scene Control and Advanced Settings in KlingThe video shows how to toggle Scene Control mode and use advanced text prompts to influence the AI's generation, such as adding a 'driving fast' effect.Atomic Gains
  8. 3:440:19Control camera angles with the Angles toolThe user demonstrates using a circular UI element to manually position a camera for drone or low-angle shots within Higgsfield.Youri van Hofwegen
  9. 13:160:39Manage project elements in Higgsfield CollabThe user shows how to add character sheets, locations, and props as 'Elements' in the Higgsfield interface so they auto-attach when pasting prompts.Higgsfield AI
  10. 8:301:02Chain AI video scenes with Multi-Reference featureThe creator demonstrates the multi-reference feature in Higgsfield to chain clips together by using a previously generated video as a reference for the next scene to maintain mood and lighting consistency.Youri van Hofwegen
  11. 7:340:19Generate multiple camera angles with Higgsfield ShotsThe video shows how to use the 'multi-shot' button within the Cinema Studio interface to generate nine different consistent angles of a single scene.Atomic Gains
  12. 5:360:19Manual camera and motion controlThe user configures specific camera movements including handheld shake, dolly shots, and jib motions for an AI-generated werewolf chase scene.Joseph Martin