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ComfyUI for Animation: Keyframe Exploration Character reference → camera angle → finished keyframe. One graph, any shot. Step 1: load your character or character sheet into the input node. Step 2: drag the direction, elevation, and distance controls on the Multi-Angle Camera node. It writes the camera description automatically...

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Comfy

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16,000 просмотров • 1 месяц назад •via TikTok

ИскусствоНаука и технологии#comfyui#comfyuitutorial#genai#generativeai#aianimation
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ComfyUI for Animation: Keyframe Exploration Character reference → camera angle → finished keyframe. One graph, any shot. Step 1: load your character or character sheet into the input node. Step 2: drag the direction, elevation, and distance controls on the Multi-Angle Camera node. It writes the camera description automatically and passes it to GPT Image 2 as the prompt. Step 3 (optional): load a background to place your character in a scene, and describe a pose, expression, or action in the Additional Action node. Turn either off if you don't need it. Step 4: run it. GPT Image 2 combines all three inputs into the keyframe. Click the link below to run the workflow ⬇️
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ComfyUI for Animation: Keyframe Exploration Character reference → camera angle → finished keyframe. One graph, any shot. Step 1: load your character or character sheet into the input node. Step 2: drag the direction, elevation, and distance controls on the Multi-Angle Camera node. It writes the camera description automatically and passes it to GPT Image 2 as the prompt. Step 3 (optional): load a background to place your character in a scene, and describe a pose, expression, or action in the Additional Action node. Turn either off if you don't need it. Step 4: run it. GPT Image 2 combines all three inputs into the keyframe. Click the link below to run the workflow ⬇️

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ComfyUI for Animation: Concept Art to Any Angle Concept art → 3D proxy → any angle you want. One graph, two methods. Step 1: load your concept art. Tripo generates a 3D model and saves it as a GLB. Drag it into Load 3D and set material mode to Normal. Step 2 (stills): rotate the viewport to your angle. Load 3D outputs the view, and GPT Image 2 renders it back as a polished on-style illustration. Step 3 (camera moves): record a path in the viewport. That clip becomes the motion reference for Seedance 2.0, which generates the move through the stylized scene. Click the link below to run the workflow ⬇️
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ComfyUI for Animation: Concept Art to Any Angle Concept art → 3D proxy → any angle you want. One graph, two methods. Step 1: load your concept art. Tripo generates a 3D model and saves it as a GLB. Drag it into Load 3D and set material mode to Normal. Step 2 (stills): rotate the viewport to your angle. Load 3D outputs the view, and GPT Image 2 renders it back as a polished on-style illustration. Step 3 (camera moves): record a path in the viewport. That clip becomes the motion reference for Seedance 2.0, which generates the move through the stylized scene. Click the link below to run the workflow ⬇️

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ComfyUI for Animation: Keyframes to Full Character Animation Keyframes in → in-betweens generated → one finished animation. One graph. → Load keyframes into the numbered inputs. Five by default, add or bypass groups as needed. → Set resolution and frame length per pair. 17 frames minimum. → Select Every Nth Frame controls timing. Raise it for faster moves. Every pair runs through Wan 2.2 First-Last Frame, then gets stitched into one video. Run the workflow: #comfyui #comfyuitutorial #Ai #generativeai #genai
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ComfyUI for Animation: Keyframes to Full Character Animation Keyframes in → in-betweens generated → one finished animation. One graph. → Load keyframes into the numbered inputs. Five by default, add or bypass groups as needed. → Set resolution and frame length per pair. 17 frames minimum. → Select Every Nth Frame controls timing. Raise it for faster moves. Every pair runs through Wan 2.2 First-Last Frame, then gets stitched into one video. Run the workflow: #comfyui #comfyuitutorial #Ai #generativeai #genai

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ComfyUI for Animation: Keyframes to Full Character Animation Keyframes in → in-betweens generated → one finished animation. One graph. → Load keyframes into the numbered inputs. Five by default, add or bypass groups as needed. → Set resolution and frame length per pair. 17 frames minimum. → Select Every Nth Frame controls timing. Raise it for faster moves. Click the link below to run the workflow ⬇️
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ComfyUI for Animation: Keyframes to Full Character Animation Keyframes in → in-betweens generated → one finished animation. One graph. → Load keyframes into the numbered inputs. Five by default, add or bypass groups as needed. → Set resolution and frame length per pair. 17 frames minimum. → Select Every Nth Frame controls timing. Raise it for faster moves. Click the link below to run the workflow ⬇️

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GPT Image 2 - Character Reference Sheet Prompt You can create a character reference sheet in any style you want for use in your Seedance 2.0 videos. All you need to do is either provide a reference image or describe your character. You can also input random values to generate completely random characters. This reference sheet provides a clear, structured, and highly readable visual breakdown of the character, helping the model maintain strong identity consistency across different outputs. The layout ensures the model focuses on essential visual information rather than stylistic noise, while the inclusion of expressions, head angles, and performance cues improves the model’s ability to generate believable acting and varied poses without losing character integrity. All clips in the demonstration video were generated using the reference sheet image and the same Seedance 2.0 prompt. You can find the prompts in the replies. 👇 GPT Image 2 and Seedance 2.0 are both available on mitte.ai
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GPT Image 2 - Character Reference Sheet Prompt You can create a character reference sheet in any style you want for use in your Seedance 2.0 videos. All you need to do is either provide a reference image or describe your character. You can also input random values to generate completely random characters. This reference sheet provides a clear, structured, and highly readable visual breakdown of the character, helping the model maintain strong identity consistency across different outputs. The layout ensures the model focuses on essential visual information rather than stylistic noise, while the inclusion of expressions, head angles, and performance cues improves the model’s ability to generate believable acting and varied poses without losing character integrity. All clips in the demonstration video were generated using the reference sheet image and the same Seedance 2.0 prompt. You can find the prompts in the replies. 👇 GPT Image 2 and Seedance 2.0 are both available on mitte.ai

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#ElevenLabsAmbassador - I use Chimera by Elevenlabs for scenes with consistent characters and voices. Step 1: Design your characters' voices using Voice Design. Step 2: In ElevenCreative, go to Templates and select Chimera. Step 3: Upload an image of the character you want to bring to life, or create one. Step 4: Write the script and direct the performance using Eleven v4 audio tags. Just add a tag before a line—such as [whisper] or [shout]—and your character will deliver it that way. Step 5: Write a prompt to direct your Seedance 2.5 video. Describe your character’s movements, the setting, the lighting, and the camera movement. That’s it. Try Chimera in ElevenCreative today. Link in comments. @elevenlabs #fantasy #fairytales #audio #video #elevenlabs #elevenlabstutorial
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#ElevenLabsAmbassador - I use Chimera by Elevenlabs for scenes with consistent characters and voices. Step 1: Design your characters' voices using Voice Design. Step 2: In ElevenCreative, go to Templates and select Chimera. Step 3: Upload an image of the character you want to bring to life, or create one. Step 4: Write the script and direct the performance using Eleven v4 audio tags. Just add a tag before a line—such as [whisper] or [shout]—and your character will deliver it that way. Step 5: Write a prompt to direct your Seedance 2.5 video. Describe your character’s movements, the setting, the lighting, and the camera movement. That’s it. Try Chimera in ElevenCreative today. Link in comments. @elevenlabs #fantasy #fairytales #audio #video #elevenlabs #elevenlabstutorial

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How to Convert Your ComfyUI Workflow into an APP Mode Workflow App Mode is a new way to view and run any ComfyUI workflow. When you enter App Mode, the node graph disappears and is replaced by a clean, purpose-built interface: just the inputs your user needs.
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How to Convert Your ComfyUI Workflow into an APP Mode Workflow App Mode is a new way to view and run any ComfyUI workflow. When you enter App Mode, the node graph disappears and is replaced by a clean, purpose-built interface: just the inputs your user needs.

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ComfyUI for Advertising: Storyboards & Style Frames from a Shot List Shot list → storyboard → style frames. Two passes, one graph. Pass 1: type your shots into the shot list node. GPT Image returns all 9 panels as a single sketch sheet, plus each panel saved out on its own. Product image optional as reference. Pass 2: hand that sheet + a mood board to Nano Banana Pro. Every panel comes back as commercial photography, graded to your board. Works with hand-drawn boards too.
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ComfyUI for Advertising: Storyboards & Style Frames from a Shot List Shot list → storyboard → style frames. Two passes, one graph. Pass 1: type your shots into the shot list node. GPT Image returns all 9 panels as a single sketch sheet, plus each panel saved out on its own. Product image optional as reference. Pass 2: hand that sheet + a mood board to Nano Banana Pro. Every panel comes back as commercial photography, graded to your board. Works with hand-drawn boards too.

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while everyone was busy making bizarre AI characters, this creator found a MUCH bigger angle. he made poor person look filthy RICH. 😭 and this guy looks 100% real, crazy part is that - he grew this account to 280K+ followers in just 2 days posting multiple times a day. these videos are EXPLODING right now because they immediately catch the attention. and these videos are soo simple to make. here is the step by step workflow: STEP 1: find an interesting character reference on Pinterest and use it as inspiration to create your own original character. then attach the reference to ChatGPT and ask: "create a realistic character sheet for an original character inspired by this reference. use 3 panels against a clean studio background: full-body front view with no head visible, full-body back view with the head visible, and a close-up shot of the face." STEP 2: find a viral luxury or rich lifestyle video, then swap your character into it with Higgsfield Genjutsu. use this prompt: "replace the person in @ video1 with the character from @ image1. keep the same motion, camera movement, lighting, framing, color grading, environment, and overall video quality." this prompt makes it look 100% real. DONE. this is it.
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while everyone was busy making bizarre AI characters, this creator found a MUCH bigger angle. he made poor person look filthy RICH. 😭 and this guy looks 100% real, crazy part is that - he grew this account to 280K+ followers in just 2 days posting multiple times a day. these videos are EXPLODING right now because they immediately catch the attention. and these videos are soo simple to make. here is the step by step workflow: STEP 1: find an interesting character reference on Pinterest and use it as inspiration to create your own original character. then attach the reference to ChatGPT and ask: "create a realistic character sheet for an original character inspired by this reference. use 3 panels against a clean studio background: full-body front view with no head visible, full-body back view with the head visible, and a close-up shot of the face." STEP 2: find a viral luxury or rich lifestyle video, then swap your character into it with Higgsfield Genjutsu. use this prompt: "replace the person in @ video1 with the character from @ image1. keep the same motion, camera movement, lighting, framing, color grading, environment, and overall video quality." this prompt makes it look 100% real. DONE. this is it.

ViralOps

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Did you know you can create captivating motion sync videos on Yapper Follow the steps below and push your creativity boundaries Step 1: Go to on your browser step 2: Click on videos and select Motion Sync Step 3: Select Base Video The video's movement will be used to animate the reference image. Step 4: Add Reference Image Upload an image of a character to be animated by the base video. Step 5: Describe Your Vision Write a prompt that guides the background of the output video. Step 6: Generate Select your model and the output video will be generated in real-time
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Did you know you can create captivating motion sync videos on Yapper Follow the steps below and push your creativity boundaries Step 1: Go to on your browser step 2: Click on videos and select Motion Sync Step 3: Select Base Video The video's movement will be used to animate the reference image. Step 4: Add Reference Image Upload an image of a character to be animated by the base video. Step 5: Describe Your Vision Write a prompt that guides the background of the output video. Step 6: Generate Select your model and the output video will be generated in real-time

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Ad | GPT Image 2.0 Storyboard to Seedance 2.0 Video Workflow. The process: 1. Create a character sheet with GPT Image 2.0 using a character reference. 2. Create a location sheet with GPT Image 2.0 using a location reference. 3. Turn both into a storyboard. 4. Use all 3 as reference images for Seedance 2.0. Head to artlist.io to try it out for yourself which now has unlimited generations on a select number of models. Head to link in bio for prompts. #artlistpartner #artlist

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You can now send a Runway Character to a video call in your place. Here's how: Step 1: Choose or Create a Runway Character Step 2: Paste your video meeting link (Zoom, Google Meet or Teams) Step 3: Click "Join Meeting" Try it today at the link below.

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ComfyUI Tutorial for Beginners: Text-to-Image & Image-to-Image Workflows One graph, two workflows and Module 2 is where you build it node by node instead of loading someone else's. We start from a blank canvas and wire every connection, then change a single value and turn the same graph into image-to-image. What you'll learn: → The 5 core nodes, connected one at a time — checkpoint, CLIP encode, KSampler, empty latent, VAE decode → Why the data flows the way it does, not just where the wires go → Every KSampler setting: seed, steps, CFG, sampler, scheduler → Denoise from 0.9 to 0.0 — the one value that decides how much of your source survives → Locking seeds and generating takes instead of chasing one perfect image → Preview vs. save, and why every image carries the graph that made it → Reopen any result in your asset library as a live workflow → The 6 errors that break Comfy most often → How to read a red node like a sentence Click the links below to run the workflow ⬇️
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ComfyUI Tutorial for Beginners: Text-to-Image & Image-to-Image Workflows One graph, two workflows and Module 2 is where you build it node by node instead of loading someone else's. We start from a blank canvas and wire every connection, then change a single value and turn the same graph into image-to-image. What you'll learn: → The 5 core nodes, connected one at a time — checkpoint, CLIP encode, KSampler, empty latent, VAE decode → Why the data flows the way it does, not just where the wires go → Every KSampler setting: seed, steps, CFG, sampler, scheduler → Denoise from 0.9 to 0.0 — the one value that decides how much of your source survives → Locking seeds and generating takes instead of chasing one perfect image → Preview vs. save, and why every image carries the graph that made it → Reopen any result in your asset library as a live workflow → The 6 errors that break Comfy most often → How to read a red node like a sentence Click the links below to run the workflow ⬇️

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Seedance Playblast 2 Render Demo: VFX artist Doug Hogan built a workflow in ComfyUI that takes a raw Playblast and turns it into a finished shot using Seedance 2.0 - no traditional rendering pipeline. → Playblast = motion ground truth → Nanobanana Pro multi-angle grids = asset identity → Gemini node = auto-generated structured prompt → Seedance 2.0 ties it all together Raw CG animation → finished shot in minutes instead of hours. Click the link below for the workflow👇
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Seedance Playblast 2 Render Demo: VFX artist Doug Hogan built a workflow in ComfyUI that takes a raw Playblast and turns it into a finished shot using Seedance 2.0 - no traditional rendering pipeline. → Playblast = motion ground truth → Nanobanana Pro multi-angle grids = asset identity → Gemini node = auto-generated structured prompt → Seedance 2.0 ties it all together Raw CG animation → finished shot in minutes instead of hours. Click the link below for the workflow👇

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1/2 Bring your characters to life like never before! We're officially launching Wan2.2-Animate, a unified model for high-fidelity character animation and replacement. The model weights and inference code are now open-source for the entire community! • Character Animation: Feed it a character image and a reference video, and it will animate your character by precisely replicating the source's expressions and movements. • Character Replacement: Seamlessly swap the animated character into the original video's scene. It automatically matches the lighting and color tone for perfect environmental integration.

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. Fish Audio Drama 3 is now on Comfy Generates the whole multi-character scene at once. → Runs as a Partner Node inside your workflow → Edit the scene or the audio without starting over → Pairs with Fish Audio TTS, voice cloning, and transcription
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. Fish Audio Drama 3 is now on Comfy Generates the whole multi-character scene at once. → Runs as a Partner Node inside your workflow → Edit the scene or the audio without starting over → Pairs with Fish Audio TTS, voice cloning, and transcription

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Been playing with a character consistency workflow again. This came from Nexora that starts with a single GPT Image 2.0 character sheet and turns it into a multi-shot cinematic sequence in Seedance 2.0. One thing I added to the workflow: I first comped the character, environment, and visual style together in Midjourney before bringing everything into GPT Image 2.0 to build the character sheet. I also pushed it a bit further by generating multiple characters, destinations, and art directions at the same time, then turning those into production-style character sheets and shot sequences. It's interesting how much consistency you can get from a single well-defined character board when the visual language, wardrobe, and environment are established upfront. Check out three different character + scenes here 👇
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Been playing with a character consistency workflow again. This came from Nexora that starts with a single GPT Image 2.0 character sheet and turns it into a multi-shot cinematic sequence in Seedance 2.0. One thing I added to the workflow: I first comped the character, environment, and visual style together in Midjourney before bringing everything into GPT Image 2.0 to build the character sheet. I also pushed it a bit further by generating multiple characters, destinations, and art directions at the same time, then turning those into production-style character sheets and shot sequences. It's interesting how much consistency you can get from a single well-defined character board when the visual language, wardrobe, and environment are established upfront. Check out three different character + scenes here 👇

Curious Refuge

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A 19-euro tool just replaced 8,000 Meta employees. Here’s the exact workflow a TikTok creator used to build AI influencer videos from scratch — no camera, no team, no budget. Step 1. Open Pinterest. Search “Girl Self.” Save the image you like. Open Nanobanana Pro. Step 2. Swap the face using a single prompt. (Link at the bottom.) Step 3. Take your generated photo into Crust. Currently the easiest video-from-image tool on the market. Step 4. Create 3 nodes: reference image, text, video generator. Step 5. Drop your photo into the image node. Write a video prompt into the text field. This is what makes the photo move. Step 6. Connect the nodes. Text to text-in. Image to image-in. Select Kling 2.6. Set duration. Toggle sound. Step 7. Hit generate. 2 prompts. 1 AI girl. 0 employees. Meta spent $14B on Reality Labs last year to build digital humans. This creator built one in 7 minutes for less than a dinner. The prompts are free in the reply.
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A 19-euro tool just replaced 8,000 Meta employees. Here’s the exact workflow a TikTok creator used to build AI influencer videos from scratch — no camera, no team, no budget. Step 1. Open Pinterest. Search “Girl Self.” Save the image you like. Open Nanobanana Pro. Step 2. Swap the face using a single prompt. (Link at the bottom.) Step 3. Take your generated photo into Crust. Currently the easiest video-from-image tool on the market. Step 4. Create 3 nodes: reference image, text, video generator. Step 5. Drop your photo into the image node. Write a video prompt into the text field. This is what makes the photo move. Step 6. Connect the nodes. Text to text-in. Image to image-in. Select Kling 2.6. Set duration. Toggle sound. Step 7. Hit generate. 2 prompts. 1 AI girl. 0 employees. Meta spent $14B on Reality Labs last year to build digital humans. This creator built one in 7 minutes for less than a dinner. The prompts are free in the reply.

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