Image to Video
Game Development
Animation
Filmmaking
Wan2.2
First and last frame
Wan2.2 14b - Image to Video w/ Optional Last Frame
1.1k
Wan 2.5 Image to Video
floyoofficial
2.0k
Flux
LoRa Training
API
FLUX is great at generating images, but locking in a specific aesthetic or character is easier with a LoRA. Here's how to create your own.
Fast LoRA Training for Flux via Floyo API
FLUX is great at generating images, but locking in a specific aesthetic or character is easier with a LoRA. Here's how to create your own.
floyoofficial
1.3k
Sketch to Image
Lineart
Previz
Flux Kontext
Quickly convert rough sketches into polished lineart and colorized concepts. Ideal for early storyboards, character designs, scene planning, and other visual explorations.
Flux Kontext Sketch to LineArt + Color Previz
Quickly convert rough sketches into polished lineart and colorized concepts. Ideal for early storyboards, character designs, scene planning, and other visual explorations.
Image2Video
Wan2.1
360
See an image of a character spin 360 degrees. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly Width & height: Default resolution settings are noted: Default image resize resolution works best for portrait images, if the image is landscape change from 480x832 to 832x480 Prompt: Follow example format: The video shows (describe the subject), performs a r0t4tion 360 degrees rotation. Denoise: The amount of variance in the new image. Higher has more variance. File Format: H.264 and more
Image to Character Spin
See an image of a character spin 360 degrees. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly Width & height: Default resolution settings are noted: Default image resize resolution works best for portrait images, if the image is landscape change from 480x832 to 832x480 Prompt: Follow example format: The video shows (describe the subject), performs a r0t4tion 360 degrees rotation. Denoise: The amount of variance in the new image. Higher has more variance. File Format: H.264 and more
Flux
Text to Image
Game Development
Animation
Filmmaking
LoRA
Test and compare multiple epochs of a character LoRA side by side with preset prompts When training a LoRA, you'll usually have a few checkpoints throughout the process to test. This workflow lets you load up to 4 LoRAs to test side by side, making it easier to determine which one is right for you! Key Inputs: LoRA Loaders: Load each LoRA epoch for the same character in up to 4 groups. Groups Bypasser: Enable/disable groups as needed. If you only have 2 epochs to test, disable the back 2 groups! Triggerword: Simply add the trigger word for your LoRA and it will auto-fill in the default prompts. Leave blank if you're using your own custom prompts that include the trigger word. LoRA Testing Prompts: Default prompts work well to get an idea of how your character will look in different situations, but feel free to replace them with your own prompts (max 4).
Flux Character LoRA Test and Compare
Test and compare multiple epochs of a character LoRA side by side with preset prompts When training a LoRA, you'll usually have a few checkpoints throughout the process to test. This workflow lets you load up to 4 LoRAs to test side by side, making it easier to determine which one is right for you! Key Inputs: LoRA Loaders: Load each LoRA epoch for the same character in up to 4 groups. Groups Bypasser: Enable/disable groups as needed. If you only have 2 epochs to test, disable the back 2 groups! Triggerword: Simply add the trigger word for your LoRA and it will auto-fill in the default prompts. Leave blank if you're using your own custom prompts that include the trigger word. LoRA Testing Prompts: Default prompts work well to get an idea of how your character will look in different situations, but feel free to replace them with your own prompts (max 4).
floyoofficial
1.2k
Wan
Image to Video
Created by @vrgamedevgirl on Civitai, please support the original creator!
Wan2.1 FusionX Image2Video
Created by @vrgamedevgirl on Civitai, please support the original creator!
Flux
API
Text to Image
Start with a prompt, and get a different render from a range of unique models at the same time.
Multi-Image Flux Ultra, Pro, Dev, Recraft+
Start with a prompt, and get a different render from a range of unique models at the same time.
Create Character LoRA Dataset using Qwen Image Edit 2509
ComfyUI Flux LoRA Trainer
Created by @Kijai on Github, please support the original creator!
Flux
Kontext
Sketch to Image
Bring your sketches to life in full color with Flux Kontext! Key Inputs Load Image – Upload the sketch you want to transform. Prompt – Describe the desired output style, such as: “Render this sketch as a realistic photo” or “Turn this sketch into a watercolor painting.”
Flux Kontext - Sketch to Image
Bring your sketches to life in full color with Flux Kontext! Key Inputs Load Image – Upload the sketch you want to transform. Prompt – Describe the desired output style, such as: “Render this sketch as a realistic photo” or “Turn this sketch into a watercolor painting.”
Controlnet
Flux
Character Sheet
Create a character and a range of consistent outputs suitable for establishing character consistency, training a model, and ensuring consistency throughout multiple scenes. Key Inputs Image reference: Use the included pose sheet to show range of positions Prompt: as descriptive a prompt as possible
Flux Text to Character Sheet
Create a character and a range of consistent outputs suitable for establishing character consistency, training a model, and ensuring consistency throughout multiple scenes. Key Inputs Image reference: Use the included pose sheet to show range of positions Prompt: as descriptive a prompt as possible
Flux Dev - Text to Image w/ Optional Image Input
floyoofficial
1.1k
Controlnet
Flux
Wan2.1
Video2Video
Create a new video by restyling an existing video with a reference image.
Wan2.1 Fun Control and Flux for V2V Restyle
Create a new video by restyling an existing video with a reference image.
floyoofficial
1.4k
Wan
Video to Video
Outpainting
Wan VACE video outpainting invites you to break free from the limits of the frame and explore endless creative possibilities.
Wan2.1 and VACE for Video to Video Outpainting
Wan VACE video outpainting invites you to break free from the limits of the frame and explore endless creative possibilities.
Qwen Image Edit 2509 Face Swap and Inpainting
Flux
Text2Image
Create original images using only text prompts, which can be simple or elaborate. Key Inputs Prompt: as descriptive a prompt as possible Width & height: Optimal resolution settings are noted
Flux Text to Image
Create original images using only text prompts, which can be simple or elaborate. Key Inputs Prompt: as descriptive a prompt as possible Width & height: Optimal resolution settings are noted
Wan
Video to Video
Recammaster
Adjust the camera angle of an existing video, like magic.
Wan2.1 and RecamMaster for V2V Camera Control
Adjust the camera angle of an existing video, like magic.
Qwen Image Edit 2509: Combine Multiple Images Into One Scene for Fashion, Products, Poses & more
Qwen Image Edit - Edit Image Easily
Wan2.2 Animate Character
Wan 2.6 Reference to Video
Z-Image Turbo: Fast Image Generation in Seconds
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panorama
kontext
Flux
Flux Kontext
Image2Image
Flux Kontext 360° Workflow - Seamless Panorama Generation Input: Simply upload an image in the "Load Image from Outputs" node Output: A 360° Panoramic image
Flux Kontext and HD360 LoRA for 360 Degree View
Flux Kontext 360° Workflow - Seamless Panorama Generation Input: Simply upload an image in the "Load Image from Outputs" node Output: A 360° Panoramic image
faceswap
sebastian kamph
face swap
face
swap
ace
face swapper
Face swapper built with Flux and ACE++. Works with added details too, like hats, jewelry. Smart features, use natural language.
SMART FACE SWAPPER - Ace++ Flux Face swap
Face swapper built with Flux and ACE++. Works with added details too, like hats, jewelry. Smart features, use natural language.
LoRa
Flux
Text2Image
Create an image from a trained AI model of something specific ( a specific figure, outfit, art style, product etc) to ensure specific details within.
Text to Image + LoRA model
Create an image from a trained AI model of something specific ( a specific figure, outfit, art style, product etc) to ensure specific details within.
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VEO3 Future of Video Creation
Controlnet
Image
Flux
Transform your images into something completely new, yet retaining specific details and composition from your original using flexible controls. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly Prompt: as descriptive a prompt as possible Denoise Strength: The amount of variance in the new image. Higher has more variance. Width & height: Try and match the aspect ratio of the original if possible.
Image to Image with Flux ControlNet
Transform your images into something completely new, yet retaining specific details and composition from your original using flexible controls. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly Prompt: as descriptive a prompt as possible Denoise Strength: The amount of variance in the new image. Higher has more variance. Width & height: Try and match the aspect ratio of the original if possible.
AnimateDiff
SDXL
HotshotXL
Video2Video
Control Image
Breathe life into a character from an image reference using motion reference from a video. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly and the style of your shot Load Video: Use any Mp4 that you would like to use for motion reference
Video to Video with Control Image
Breathe life into a character from an image reference using motion reference from a video. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly and the style of your shot Load Video: Use any Mp4 that you would like to use for motion reference
Text to Image with Multi-LoRA
Create consistent images with multiple LoRA models.
Flux
Image to Image
Ace+
Virtual Try-on
Fashion
Virtual Outfit Try-On with Auto Segmentation Try virtual clothing on any subject using Flux Dev, Ace Plus, and Redux, with automatic segmentation. Great for concept previews, fashion mockups, or character styling. Key Inputs Outfit: Load the outfit image you want to apply. Make sure it's high quality — visible artifacts or distortions may carry over into the final result. Actor: Add the subject or character you want to dress. Ideally, use a clear, front-facing image. Human Parts Ultra: Choose which parts of the body the clothing should apply to. For example, for a long-sleeve shirt, select: torso, left arm, and right arm. This helps the model align the clothing properly during generation. Prompt: Default value works for most outfits, however you may try to adjust it to describe the desired outfit.
Flux Outfit Transfer
Virtual Outfit Try-On with Auto Segmentation Try virtual clothing on any subject using Flux Dev, Ace Plus, and Redux, with automatic segmentation. Great for concept previews, fashion mockups, or character styling. Key Inputs Outfit: Load the outfit image you want to apply. Make sure it's high quality — visible artifacts or distortions may carry over into the final result. Actor: Add the subject or character you want to dress. Ideally, use a clear, front-facing image. Human Parts Ultra: Choose which parts of the body the clothing should apply to. For example, for a long-sleeve shirt, select: torso, left arm, and right arm. This helps the model align the clothing properly during generation. Prompt: Default value works for most outfits, however you may try to adjust it to describe the desired outfit.
Hunyuan
API
LORA Training
Hunyuan is great at generating videos, but locking in a specific aesthetic or character is easier with a LoRA. Here's how to create your own. Quick start recipe Upload a Zip file of curated images + captions. Enable is_style and include a unique trigger phrase. Compare checkpoints with a range of steps to find the sweet spot. Training overview This workflow trains a Hunyuan LoRa using the Fal.ai API. Since it's not training in ComfyUI directly, you can run this workflow on a Quick machine. Processing takes 5-10 minutes with the default settings. Open the ComfyUI directory and navigate to the ../input/ folder, from there you will create a new folder and upload your image data set there. If you create a new folder named "Test", the path should look like: ../user_data/comfyui/input/Test The default settings work very well – if you would like to add a trigger word for your LoRa, you can do that in the Trigger Word field. Once finished, a new URL will appear in your Preview Text node. Copy the URL and paste the path directly to your ../comfyui/models/LoRA/ by using the Upload by URL feature in the file browser. Prepping your dataset Fewer, ultra‑high‑res (≈1024×1024+) images beat many low‑quality ones. Every image must clearly represent the style or individual and be artifact‑free. For people, aim for at least 10-20 images in different background (5 headshots, 5 wholebody, 5 halfbody, 5 in other scene) Captioning Give the style a unique trigger phrase (so as not be confused with a regular word or term). For better prompt control, add custom captions that describe content only—leave style cues to the trigger phrase. Create accompanying .txt files with the same name as the image its describing. If you do add custom captions, be sure to turn on is_style to skip auto‑captioning. It is set to off by default. Training steps The default is set to around 2000, but you can train multiple checkpoints (e.g., 500, 1000, 1500, 2000) and pick the one that balances style fidelity with prompt responsiveness. Too few steps: the character becomes less realistic or the style fades. Too many steps: model overfits and stops obeying prompts. Output Path Will be a URL in the Preview Text Node. Copy the URL and paste the path directly to your ../comfyui/models/LoRA/ by using the Upload by URL feature in the file browser.
LoRA Training Video with Hunyuan
Hunyuan is great at generating videos, but locking in a specific aesthetic or character is easier with a LoRA. Here's how to create your own. Quick start recipe Upload a Zip file of curated images + captions. Enable is_style and include a unique trigger phrase. Compare checkpoints with a range of steps to find the sweet spot. Training overview This workflow trains a Hunyuan LoRa using the Fal.ai API. Since it's not training in ComfyUI directly, you can run this workflow on a Quick machine. Processing takes 5-10 minutes with the default settings. Open the ComfyUI directory and navigate to the ../input/ folder, from there you will create a new folder and upload your image data set there. If you create a new folder named "Test", the path should look like: ../user_data/comfyui/input/Test The default settings work very well – if you would like to add a trigger word for your LoRa, you can do that in the Trigger Word field. Once finished, a new URL will appear in your Preview Text node. Copy the URL and paste the path directly to your ../comfyui/models/LoRA/ by using the Upload by URL feature in the file browser. Prepping your dataset Fewer, ultra‑high‑res (≈1024×1024+) images beat many low‑quality ones. Every image must clearly represent the style or individual and be artifact‑free. For people, aim for at least 10-20 images in different background (5 headshots, 5 wholebody, 5 halfbody, 5 in other scene) Captioning Give the style a unique trigger phrase (so as not be confused with a regular word or term). For better prompt control, add custom captions that describe content only—leave style cues to the trigger phrase. Create accompanying .txt files with the same name as the image its describing. If you do add custom captions, be sure to turn on is_style to skip auto‑captioning. It is set to off by default. Training steps The default is set to around 2000, but you can train multiple checkpoints (e.g., 500, 1000, 1500, 2000) and pick the one that balances style fidelity with prompt responsiveness. Too few steps: the character becomes less realistic or the style fades. Too many steps: model overfits and stops obeying prompts. Output Path Will be a URL in the Preview Text Node. Copy the URL and paste the path directly to your ../comfyui/models/LoRA/ by using the Upload by URL feature in the file browser.
SeedVR2 Upscale: Upscale Your Image to Extreme Clarity
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Video to Video
MMaudio
Generate synchronized audio with a given video input. It can be combined with video models to get videos with audio.
MMAudio: Video to Synced Audio
Generate synchronized audio with a given video input. It can be combined with video models to get videos with audio.
Z-Image Turbo Controlnet 2.1 Image to Image
Video to Video with Camera Control with Wan
Adjust the camera angle of an existing video, like magic.
Z-Image Turbo - Text to Image w/ Optional Image Input (Image to Image)
Image
Flux
Redux
Create variations of a given image, or restyle them. It can be used to refine, explore, or transform ideas and concepts. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly Width & height: In pixels Prompt: as descriptive a prompt as possible Strength (step 5: value): Strength of redux model, play around with the value to increase or decrease the amount of variation
Image Redux with Flux
Create variations of a given image, or restyle them. It can be used to refine, explore, or transform ideas and concepts. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly Width & height: In pixels Prompt: as descriptive a prompt as possible Strength (step 5: value): Strength of redux model, play around with the value to increase or decrease the amount of variation
Wan2.6 Image to Video
Upscale
Image
Flux
UltimateSD
A simple workflow to enlarge & add detail to an existing image. Key Inputs Image: Use any JPG or PNG Upscale by: The factor of magnification Denoise: The amount of variance in the new image. Higher has more variance.
Flux Image Upscaler with UltimateSD
A simple workflow to enlarge & add detail to an existing image. Key Inputs Image: Use any JPG or PNG Upscale by: The factor of magnification Denoise: The amount of variance in the new image. Higher has more variance.
Image
Inpaint
LoRa
Change specific details on just a portion of the image for inpainting or Erase & Replace, adding a LoRA for extra control.
Image Inpainting with LoRA
Change specific details on just a portion of the image for inpainting or Erase & Replace, adding a LoRA for extra control.
Qwen Image Edit 2509 + Flux Krea for Creating Next Scene
qwen
image-to-image
wan21-funcontrol
video-conditioning
reference-image
upscaling
fx-integration
Vertical Video FX Inserter - Qwen + Wan 2.1 FunControl
Kling Omni One Video to Video Edit
Controlnet
SD1.5
Turn your scribbles into a beautiful image with only a drawing tool and a text prompt. Key Inputs Scribble: Create your scribble with the painting and design tools Prompt: as descriptive a prompt as possible Width & height: Optimal resolution settings are noted ControlNet Strength: The amount of adherence to the original image. Higher has more adherence. Start Percent: The point in the generation process where the control starts exerting influence. (Have it start later, to let AI imagine first.) End Percent: The point in the generation process where the control stops exerting influence. (Have it end sooner, to let AI finish it off with some variation.)
Scribble to Image
Turn your scribbles into a beautiful image with only a drawing tool and a text prompt. Key Inputs Scribble: Create your scribble with the painting and design tools Prompt: as descriptive a prompt as possible Width & height: Optimal resolution settings are noted ControlNet Strength: The amount of adherence to the original image. Higher has more adherence. Start Percent: The point in the generation process where the control starts exerting influence. (Have it start later, to let AI imagine first.) End Percent: The point in the generation process where the control stops exerting influence. (Have it end sooner, to let AI finish it off with some variation.)
FlashVSR Upscale Your Videos Instantly
HunyuanVideo Foley: Create a Lifelike Sound
SeC Video Segmentation: Unleashing Adaptive, Semantic Object Tracking
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Vertical Video Light & Mood Shift
Image-to-Video with Reference Video (Prompt-Based Camera Rotation)
masking
image to video
vertical video
Wan2.2 Animate
character replacement
character swap
Points Editor
WanAnimateToVideo
Vertical Video Character Face & Actor Swap (Wan 2.2 Animate)
Seedance I2V: Image to Video in Minutes
SDXL
Character Sheet
Image to Image
Generate a character sheet with multiple angles from a single input image as reference. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly. If you're trying to create a full body output, a full body input must be provided.
Image to Character Sheet
Generate a character sheet with multiple angles from a single input image as reference. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly. If you're trying to create a full body output, a full body input must be provided.
Start/End Frame Multi-Video via Floyo API
Compare between Luma Dream Machine and Kling Pro 1.6 via Fal API
LoRa
Wan2.1
Text2Video
Generate a high-quality video from a text prompt and add in a LoRA for extra control over character or style consistency. Key Inputs Prompt: as descriptive a prompt as possible Load LoRA: Load your reference model here Width & height: Optimal resolution settings are noted File Format: H.264 and more
Text to Video and Wan with optional LoRA
Generate a high-quality video from a text prompt and add in a LoRA for extra control over character or style consistency. Key Inputs Prompt: as descriptive a prompt as possible Load LoRA: Load your reference model here Width & height: Optimal resolution settings are noted File Format: H.264 and more
Image2Video
Wan2.1
Start and end frame
Used for image to video generation, defined by the first frame and end frame images.
Wan2.1 Start & End Frame Image to Video
Used for image to video generation, defined by the first frame and end frame images.
Wan2.1
text2image
Created by @yanokusnir on Reddit, please support the original creator! https://www.reddit.com/r/StableDiffusion/comments/1lu7nxx/wan_21_txt2img_is_amazing/ If this is your workflow, please contact us at team@floyo.ai to claim it! Original post from the creator: Hello. This may not be news to some of you, but Wan 2.1 can generate beautiful cinematic images. I was wondering how Wan would work if I generated only one frame, so to use it as a txt2img model. I am honestly shocked by the results. All the attached images were generated in fullHD (1920x1080px) and on my RTX 4080 graphics card (16GB VRAM) it took about 42s per image. I used the GGUF model Q5_K_S, but I also tried Q3_K_S and the quality was still great. The only postprocessing I did was adding film grain. It adds the right vibe to the images and it wouldn't be as good without it. Last thing: For the first 5 images I used sampler euler with beta scheluder - the images are beautiful with vibrant colors. For the last three I used ddim_uniform as the scheluder and as you can see they are different, but I like the look even though it is not as striking. :) Enjoy.
Wan 2.1 Text2Image
Created by @yanokusnir on Reddit, please support the original creator! https://www.reddit.com/r/StableDiffusion/comments/1lu7nxx/wan_21_txt2img_is_amazing/ If this is your workflow, please contact us at team@floyo.ai to claim it! Original post from the creator: Hello. This may not be news to some of you, but Wan 2.1 can generate beautiful cinematic images. I was wondering how Wan would work if I generated only one frame, so to use it as a txt2img model. I am honestly shocked by the results. All the attached images were generated in fullHD (1920x1080px) and on my RTX 4080 graphics card (16GB VRAM) it took about 42s per image. I used the GGUF model Q5_K_S, but I also tried Q3_K_S and the quality was still great. The only postprocessing I did was adding film grain. It adds the right vibe to the images and it wouldn't be as good without it. Last thing: For the first 5 images I used sampler euler with beta scheluder - the images are beautiful with vibrant colors. For the last three I used ddim_uniform as the scheluder and as you can see they are different, but I like the look even though it is not as striking. :) Enjoy.
Image to 3D
Hunyuan3D
Hunyuan 3D
Architecture
Game Development
Animation
3D View
Filmmaking
A simple workflow to create a detailed & textured 3D model from a reference image.
Image to 3D with Hunyuan3D
A simple workflow to create a detailed & textured 3D model from a reference image.
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API
Image2Image
Nano Banana Pro
Ecommerce
Product Ads
Create grids of different angles for your ecommerce products.
Nano Banana Pro for Multi Grid View of Product Ads
Create grids of different angles for your ecommerce products.
Z-Image Turbo with Controlnet 2.1 and Qwen VLM for Creating Accurate Variety of Images
SAM3 Image Segmentation
FlatLogColor LoRA and Qwen Image Edit 2509
Flux 2 Text-to-Image Generation
Vertical Video FX Insterter / Element Pass with Seedream + Wan
🔥Create Stunning 10 Second 3D Spin Shots in Seedance for Characters, Products, and Hero Scenes
Wan2.1 and ATI for Control Video Motion: Draw Your Path, Get Your Video
Nano Banana Pro Text-to-Image: Gemini 3 Pro Image Model
Multi-Angle LoRA and Qwen Image Edit 2509: Unlocking Dynamic Camera Control for Your Images
SRPO Next-Gen Text-to-Image
Chroma 1 Radiance Text to Image
AniSora 3.2 and Wan2.2: Best Practices for Generating Smooth Character 3D Spin
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Wan2.2 Fun Camera for Camera Control
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Wan2.1
Lipsync
Image to Video
Animation
Filmmaking
Multitalk
Marketing
Turn any portrait - artwork, photos, or digital characters - into speaking, expressive videos that sync perfectly with audio input. MultiTalk handles lip movements, facial expressions, and body motion automatically.
Wan2.1 FusionX and MultiTalk - Image to Video
Turn any portrait - artwork, photos, or digital characters - into speaking, expressive videos that sync perfectly with audio input. MultiTalk handles lip movements, facial expressions, and body motion automatically.
LTX
Text2Video
Quick video generation from prompts. Trading quality for speed for fast pre-viz and ideation. Key Inputs Prompt: Write only a simple prompt, the prompt enhancer will elaborate on it. File Format: H.264 and more Width & height: Optimal resolution settings are noted as maximum resolution is 768x512. Make sure not to exceed that.
Text2Video with LTX
Quick video generation from prompts. Trading quality for speed for fast pre-viz and ideation. Key Inputs Prompt: Write only a simple prompt, the prompt enhancer will elaborate on it. File Format: H.264 and more Width & height: Optimal resolution settings are noted as maximum resolution is 768x512. Make sure not to exceed that.
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LoRa
Hunyuan
Text2Video
Integrate a custom model with your text prompt to create a video with a consistent character, style or element. Key Inputs Prompt: as descriptive a prompt as possible. Make sure to include the trigger word from your LoRA below Load LoRA: Load your reference model here Width & height: resolution settings are noted in pixels Guidance strength (CFG): Higher numbers adhere more to the prompt Flow Shift: For temporal consistency, adjust to tweak video smoothness.
Text to Video + Hunyuan LoRA
Integrate a custom model with your text prompt to create a video with a consistent character, style or element. Key Inputs Prompt: as descriptive a prompt as possible. Make sure to include the trigger word from your LoRA below Load LoRA: Load your reference model here Width & height: resolution settings are noted in pixels Guidance strength (CFG): Higher numbers adhere more to the prompt Flow Shift: For temporal consistency, adjust to tweak video smoothness.
Video
Wan
Vace
Created by @davcha on Civitai, please support the original creator! https://civitai.com/models/1674121/simple-self-forcing-wan13bvace-workflow If this is your workflow, please contact us at team@floyo.ai to claim it! Original guide from creator: This is a very simple workflow to run Self-Forcing Wan 1.3B + Vace, it only uses a single custom node, which everyone making videos should have: Kosinkadink/ComfyUI-VideoHelperSuite. Everything else is pure comfy core. You'll need to download the model of your choice from here lym00/Wan2.1-T2V-1.3B-Self-Forcing-VACE · Hugging Face, and put it inside your /path/to/models/diffusion_models folder. This workflow can be used as a very good start for experimenting. You can refer to this [2503.07598] VACE: All-in-One Video Creation and Editing for how to use Vace. You don't need to read the paper of course, the information you are interested in is mostly at the top of page 7, which I reproduce in the following: Basically, in the WanVaceToVideo node, you have 3 optional inputs: control_video, control_masks, and reference_image. control_video and control_masks are a little bit misleading. You don't have to provide a full video. You can in fact provide a variety of things to obtain various effects. For example: if you provide a single image, it's basically more or less equivalent to image2video. if you provide a sequence of images separated by empty images: img1, black, black, black, img2, black, black, black, img3, etc... then it's equivalent to interpolating all these img, filling the blacks. A special case of this one to make it clear is if you have img1, black, black, ..., black, img2, then it's equivalent to start_img, end_img to video. control_masks control where Wan should paint. Basically if wherever the mask is 1, the original image will be kept. So you can for example pad and/or mask an input image, like this: and use that image and mask as control_video and control_mask, and you'll basically do a image2video inpaint and outpaint. If you input a video in control_video, then you can control where the changes should happen in the same way, using control_mask. You'll need to set one mask per frame in the video. if you input an image preprocessed with openpose or a depthmap, you can finely control the movement in the video output. reference_image node is basically an image that you feed to Wan+Vace that serves as a reference point. For example, if you put the image of someone's face here, there's a good chance you'll get a video with that person's face.
Simple Self-Forcing Wan1.3B+Vace workflow
Created by @davcha on Civitai, please support the original creator! https://civitai.com/models/1674121/simple-self-forcing-wan13bvace-workflow If this is your workflow, please contact us at team@floyo.ai to claim it! Original guide from creator: This is a very simple workflow to run Self-Forcing Wan 1.3B + Vace, it only uses a single custom node, which everyone making videos should have: Kosinkadink/ComfyUI-VideoHelperSuite. Everything else is pure comfy core. You'll need to download the model of your choice from here lym00/Wan2.1-T2V-1.3B-Self-Forcing-VACE · Hugging Face, and put it inside your /path/to/models/diffusion_models folder. This workflow can be used as a very good start for experimenting. You can refer to this [2503.07598] VACE: All-in-One Video Creation and Editing for how to use Vace. You don't need to read the paper of course, the information you are interested in is mostly at the top of page 7, which I reproduce in the following: Basically, in the WanVaceToVideo node, you have 3 optional inputs: control_video, control_masks, and reference_image. control_video and control_masks are a little bit misleading. You don't have to provide a full video. You can in fact provide a variety of things to obtain various effects. For example: if you provide a single image, it's basically more or less equivalent to image2video. if you provide a sequence of images separated by empty images: img1, black, black, black, img2, black, black, black, img3, etc... then it's equivalent to interpolating all these img, filling the blacks. A special case of this one to make it clear is if you have img1, black, black, ..., black, img2, then it's equivalent to start_img, end_img to video. control_masks control where Wan should paint. Basically if wherever the mask is 1, the original image will be kept. So you can for example pad and/or mask an input image, like this: and use that image and mask as control_video and control_mask, and you'll basically do a image2video inpaint and outpaint. If you input a video in control_video, then you can control where the changes should happen in the same way, using control_mask. You'll need to set one mask per frame in the video. if you input an image preprocessed with openpose or a depthmap, you can finely control the movement in the video output. reference_image node is basically an image that you feed to Wan+Vace that serves as a reference point. For example, if you put the image of someone's face here, there's a good chance you'll get a video with that person's face.
Controlnet
SD1.5
Turn your sketches into full blown scenes. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly Prompt: as descriptive a prompt as possible Width & height: In pixels ControlNet Strength: The amount of adherence to the original image. Higher has more adherence. Start Percent: The point in the generation process where the control starts exerting influence. (Have it start later, to let AI imagine first.) End Percent: The point in the generation process where the control stops exerting influence. (Have it end sooner, to let AI finish it off with some variation.)
Sketch to Image
Turn your sketches into full blown scenes. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly Prompt: as descriptive a prompt as possible Width & height: In pixels ControlNet Strength: The amount of adherence to the original image. Higher has more adherence. Start Percent: The point in the generation process where the control starts exerting influence. (Have it start later, to let AI imagine first.) End Percent: The point in the generation process where the control stops exerting influence. (Have it end sooner, to let AI finish it off with some variation.)
Upscale
Image
LoRa
Flux
Create a larger more detailed image along with an extra AI model for fine tuned guidance. Key Inputs Load Image: Use any JPG or PNG showing your subject clearly Load LoRA: Load your reference model here Prompt: as descriptive a prompt as possible Upscale by: The factor of magnification Denoise: The amount of variance in the new image. Higher has more variance.
Image Upscaler with LoRA
Create a larger more detailed image along with an extra AI model for fine tuned guidance. Key Inputs Load Image: Use any JPG or PNG showing your subject clearly Load LoRA: Load your reference model here Prompt: as descriptive a prompt as possible Upscale by: The factor of magnification Denoise: The amount of variance in the new image. Higher has more variance.
Image
Flux
Outpaint
Extend your images out for a wider field of view or just to see more of your subject. Expand compositions, change aspect ratios, or add creative elements while maintaining consistency in style, lighting, and detail while seamlessly blending with the existing artwork. Enhance visuals, create immersive scenes, and repurpose images for different formats without losing their original essence. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly Prompt: as descriptive a prompt as possible to describe the area you want to extend out to Left, Right, Top, Bottom: Amount of extension in pixels Feathering: Amount of radius around the original image in pixels that the AI generated outpainting will blend with the original
Flux Fill Dev Image Outpainting
Extend your images out for a wider field of view or just to see more of your subject. Expand compositions, change aspect ratios, or add creative elements while maintaining consistency in style, lighting, and detail while seamlessly blending with the existing artwork. Enhance visuals, create immersive scenes, and repurpose images for different formats without losing their original essence. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly Prompt: as descriptive a prompt as possible to describe the area you want to extend out to Left, Right, Top, Bottom: Amount of extension in pixels Feathering: Amount of radius around the original image in pixels that the AI generated outpainting will blend with the original
Image
Inpaint
Flux
Change specific details on just a portion of the image, sometimes known as inpainting or Erase & Replace. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly Masking tools: Right-click to reveal the masking tool option, and create a mask of the desired area to inpaint Prompt: as descriptive a prompt as possible to help guide what you would like replaced in the masked area
Image Inpainting
Change specific details on just a portion of the image, sometimes known as inpainting or Erase & Replace. Key Inputs Image reference: Use any JPG or PNG showing your subject clearly Masking tools: Right-click to reveal the masking tool option, and create a mask of the desired area to inpaint Prompt: as descriptive a prompt as possible to help guide what you would like replaced in the masked area
Video
Masking
Segmentation
Use a video clip and visual markers to segment/create masks of the subject or the inverse. Key Inputs Load Video: Use any Mp4 that you would like to segment or create a mask from Select subject: Use 3 green selectors to identify your subject and one red selector to identify the space outside your subject Modify markers: Shift+Click to add markers, Shift+Right Click to remove markers
Video Masking with Sam2
Use a video clip and visual markers to segment/create masks of the subject or the inverse. Key Inputs Load Video: Use any Mp4 that you would like to segment or create a mask from Select subject: Use 3 green selectors to identify your subject and one red selector to identify the space outside your subject Modify markers: Shift+Click to add markers, Shift+Right Click to remove markers
Modify the Image using InstantX Union ControlNet
SeedVR2 and TTP Toolset 8k Image Upscale
Hunyuan Video LoRA Trainer
3D Print LoRA and Flux Kontext for Image to 3D Print Mockup
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Change Product Shots in Ecommerce Ads with NanoBanana Pro
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Insert Products in Ecommerce Ads with NanoBanana Pro
Qwen Image Edit 2511 Restore Damage Old Photograph
Wan2.1 + SCAIL for Animating Images for Movement
Wan2.1 + WanMOVE for Animating Movement using Trajectory Path
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360 Degree Product Video Using One Image Using Nano Banana Pro & Veo2
SDXL
API
Text to Image
Bedrock
Nova Canvas
Titan
Generate and compare images between 3 different models powered by Amazon Bedrock. Key Inputs Prompt: as descriptive a prompt as possible Models SDXL: Solid all-around performer with strong prompt adherence and wide style range Titan: Versatile model with built-in editing features and customization flexibility Nova Canvas: Quick iterations with creative flair, ideal for brainstorming and concept exploration
Amazon Bedrock - Text to Multi-Image with SDXL, Titan and Nova Canvas
Generate and compare images between 3 different models powered by Amazon Bedrock. Key Inputs Prompt: as descriptive a prompt as possible Models SDXL: Solid all-around performer with strong prompt adherence and wide style range Titan: Versatile model with built-in editing features and customization flexibility Nova Canvas: Quick iterations with creative flair, ideal for brainstorming and concept exploration
Qwen Image 2512 Text to Image
LTX 2 Pro for Image to Video
Image2Video
Wan2.1
FantasyTalking
Lipsync
Create high quality lipsync video from image inputs with Wan2.1 FantasyTalking Key Inputs Load Image: Select an image of a person with their face in clear view Load Audio: Choose audio file Frames: How many frames generated
Wan2.1 and FantasyTalking - Image2Video Lipsync
Create high quality lipsync video from image inputs with Wan2.1 FantasyTalking Key Inputs Load Image: Select an image of a person with their face in clear view Load Audio: Choose audio file Frames: How many frames generated
Video
LTX
Image2Video
Used for image to video generation, including first frame, end frame, or other multiple key frames. Key Inputs Load Image (Start Frame): Use any JPG or PNG showing your subject clearly to start your video Load Image (End Frame): Use any JPG or PNG showing your subject clearly to act as the last part of your video. Make sure it's the same resolution as the load image. Width & height: Optimal resolution settings are noted. LTX maximum resolution is 768x512 Prompt: as descriptive a prompt as possible
Image to Video with Multiframe Control
Used for image to video generation, including first frame, end frame, or other multiple key frames. Key Inputs Load Image (Start Frame): Use any JPG or PNG showing your subject clearly to start your video Load Image (End Frame): Use any JPG or PNG showing your subject clearly to act as the last part of your video. Make sure it's the same resolution as the load image. Width & height: Optimal resolution settings are noted. LTX maximum resolution is 768x512 Prompt: as descriptive a prompt as possible
Controlnet
Flux
Character Sheet
Generate a character sheet using a prompt and a LoRA model of a particular person for more accurate renders. Key Inputs Load Image: Use any JPG or PNG of your pose sheet Prompt: as descriptive a prompt as possible Width & height: Optimal resolution settings are noted at 1280px x 1280px Denoise: The amount of variance in the new image. Higher has more variance. ControlNet Strength: The amount of adherence to the original image. Higher has more adherence. Start Percent: The point in the generation process where the control starts exerting influence. (Have it start later, to let AI imagine first.) End Percent: The point in the generation process where the control stops exerting influence. (Have it end sooner, to let AI finish it off with some variation.) Flux Guidance: How much influence the prompt has over the image. Higher has more guidance.
Text to Character Sheet with a reference LoRA
Generate a character sheet using a prompt and a LoRA model of a particular person for more accurate renders. Key Inputs Load Image: Use any JPG or PNG of your pose sheet Prompt: as descriptive a prompt as possible Width & height: Optimal resolution settings are noted at 1280px x 1280px Denoise: The amount of variance in the new image. Higher has more variance. ControlNet Strength: The amount of adherence to the original image. Higher has more adherence. Start Percent: The point in the generation process where the control starts exerting influence. (Have it start later, to let AI imagine first.) End Percent: The point in the generation process where the control stops exerting influence. (Have it end sooner, to let AI finish it off with some variation.) Flux Guidance: How much influence the prompt has over the image. Higher has more guidance.
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Character + Outfit → High-End Editorial Shoot
Create Images Using Qwen Image Edit 2511
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Vertical Video Scene Extension & Coverage Generator
3D
Flux
Image to 3D
Upscaling
Hunyuan 3D
Architecture
Game Development
Animation
Create a 3D model from a reference image with Flux Dev texture upscaling. Key Inputs Image: Use any JPG or PNG. Load the image you want to generate a 3D asset from, if it has a background this workflow will remove it and center the subject. Prompt: as descriptive a prompt as possible Denoise: The amount of variance in the new image. Higher has more variance. Notes: If you aren’t satisfied with the initial mesh, simply cancel the workflow generation process, preferably before the process reaches the SamplerCustomAdvanced node because applying the textures to the model may take a little bit more time, and you’ll be unable to cancel the generation during that time. The seed is fixed for the mesh generation, this is so if you need to retry the texture upscale you don't need to also re-generate the mesh. If you would like to try a different seed for a better mesh, simply expand the node below and change the seed to another random number. Changing the seed could help in some cases, but ultimately the biggest factor is the input image. If the first mesh isn't showing, give it a moment, there are some additional post processing steps going on in the background for de-light/multiview.
Image to 3D with Hunyuan3D w/ Texture Upscale
Create a 3D model from a reference image with Flux Dev texture upscaling. Key Inputs Image: Use any JPG or PNG. Load the image you want to generate a 3D asset from, if it has a background this workflow will remove it and center the subject. Prompt: as descriptive a prompt as possible Denoise: The amount of variance in the new image. Higher has more variance. Notes: If you aren’t satisfied with the initial mesh, simply cancel the workflow generation process, preferably before the process reaches the SamplerCustomAdvanced node because applying the textures to the model may take a little bit more time, and you’ll be unable to cancel the generation during that time. The seed is fixed for the mesh generation, this is so if you need to retry the texture upscale you don't need to also re-generate the mesh. If you would like to try a different seed for a better mesh, simply expand the node below and change the seed to another random number. Changing the seed could help in some cases, but ultimately the biggest factor is the input image. If the first mesh isn't showing, give it a moment, there are some additional post processing steps going on in the background for de-light/multiview.
Image to Video with Seedance Pro API
Topaz Video Upscaler: Turn Everyday Videos into Crisp, High-Resolution Content for Any Platform
Wan Alpha Create Transparent Videos
LTX 2 Fast for Text to Video
Veo 3.1 Image to Video - First Frame and Optional Last Frame
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Vertical Video Scene Extension & Coverage Generator using Seedream +Wan
LTX 2 Fast for Image to Video
Wan2.1 VACE and Ditto: Artistic Makeovers for Videos
Qwen Image Edit 2509 and Grayscale to Color LoRA
Realistic Product or Props Replacement
Kling Master 2.0 Create Engaging Video Content
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Next-Level Motion from Images: MiniMax for Immersive Video Generation
Light Restoration LoRA + Qwen Image Edit 2509 Image to Image
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Boost Your Creative Video: Comprehensive Solutions with Seedance Image to Video
Multiple Angle Lighting LoRA + Qwen Image Edit 2509
Remix, Restyle, Reimagine using the SeedEdit 4.0
DyPe and Z-Image Turbo for High Quality Text to Image
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Seedance Text to Video: Create Stunning 1080p Videos Instantly
Craft Stunning Edits Instantly with Nano Banana Edit
Multiple Angle LoRA and Qwen Image Edit 2509 for Dynamic Camera View
Z-Image Turbo + DyPE + SeedVR2 2.5 + TTP 16k reso
Wan2.2 Fun and RealismBoost LoRA for V2V
LTX 2 Retake Video for Video Editing
Veo 3.1 Image to Video
VibeVoice Text to Speech Single Speaker
VibeVoice Text to Speech Multi Speaker
ElevenLabs Text to Speech
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Vertical Video Background & Scene Rebuild
Vertical Video Prop & Object Replacement Using Seedream + Wan 2.2
Wan LoRA Trainer
Flux LoRA Trainer
Krea Wan 14B Video to Video
Dreamina 3.1 Text to Image
Kling 2.5 Image to Video
Chatterbox Text to Speech
Text to speech workflow using Chatterbox
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MiniMax Text-to-Video will Bring Your Creative Concepts to Life with Realistic Motion
Wan2.2 and Bullet Time LoRA: Transform Static Shots into Product Spins
HunyuanVideo 1.5 for Image to Video
Ovi: Create a Talking Portrait
TTS
VibeVoice
Higgs
ChatterBox
Text to Speech
A workflow of TTS Audio Suite which can to use different type of audio models.
Multi Model for Voice Convesion and Text to Speech
A workflow of TTS Audio Suite which can to use different type of audio models.
Create Cinematic Poster & Ad from Your Product
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Enjoy Effortless Image-to-Image Transformation to Jaw-Dropping Photorealism using Anime2Reality LoRA
Image
Flux
Character Sheet
Face Swap
Take a character sheet and use a reference image to replace all the faces with that new person. Key Inputs Load Image: Use any JPG or PNG showing your pose sheet Load New Face: Use any JPG or PNG showing your subject clearly that you would like to swap into the pose sheet. Prompt: as descriptive a prompt as possible Width & height: Optimal resolution settings are noted at 1024px x 1024px Keep Proportion: Enable keep_proportion if you want to keep the same size with input and output Denoise: The amount of variance in the new image. Higher has more variance.
Image to Image Character Sheet Face Swap with Ace+
Take a character sheet and use a reference image to replace all the faces with that new person. Key Inputs Load Image: Use any JPG or PNG showing your pose sheet Load New Face: Use any JPG or PNG showing your subject clearly that you would like to swap into the pose sheet. Prompt: as descriptive a prompt as possible Width & height: Optimal resolution settings are noted at 1024px x 1024px Keep Proportion: Enable keep_proportion if you want to keep the same size with input and output Denoise: The amount of variance in the new image. Higher has more variance.
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Create a Fashion Shoot (Character + Outfit + Object) - NanoBanana + Kling
Ovis Text to Image
HunyuanImage 3.0 Text to Image
Wan 2.6 Video Generation
Kling Omni One Image Edit
Kling Omni One Image to Video
Kling Omni 1 Reference to Video
Nano Banana Pro Edit Image to Image
Wan2.6 Text to Video
GPT Image 1.5 Text to Image
GPT Image 1.5 for Image Editing
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Lipsync
image-to-image
reference-image
upscaling
Video-conditioning
wan2.1_funControl
seedream
Vertical Video Lighting & Mood Shift Using Seedream + Wan
Create Photorealistic Packaging from Dielines
Seedream 4.5 Image Generation
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Studio Relighting for Composited Products
LTX 2 Pro for Text to Video