Make UNLIMITED PIXAR Animations for FREE | Secret AI TOO

Añadido: 2026-06-01

[00:00:00]Now, if you've been online lately, you've definitely come across those insanely good AI videos going around.

[00:00:05]The Pixar style animations, the action scenes, and those crazy multi-shot sequences. The kind of stuff that looks so good, you almost can't believe it was made with AI. And you've probably asked yourself, like, how on earth are people prompting for this kind of result? Like, what tool are they using to generate the images, build the multi-shot scenes, and pull off the entire workflow all at once? Well, I spent the last 2 weeks testing every AI video combo I could get my hands on. SeaDance, VEO, Kling, Sora, Runway, you name it. Hundreds of generations, hundreds of dollars in credits, just to figure out one thing.

[00:00:42]What's the cleanest workflow for actually making cinematic AI videos at scale? And honestly, the answer surprised me. Because I found a workflow where you don't even need to be a prompting pro. You just give the model a simple prompt, and it knows how to prompt itself. Building out the multi-shot sequences, the match cuts, the slow motion, all on its own and in one interface. And the reason that's even possible comes down to one platform that gives you access to everything in one place. Claude, SeaDance, NanoBanana, Kling 3.0, and so much more. It's called Abacus AI. Think of Abacus AI like a full library of AI tools, giving you direct access to every model you need from one single interface. So, in this video, I'm going to show you exactly how this whole workflow runs. How to prompt SeaDance for multi-shot sequences, match cuts, slow motion, and how to chain Claude, NanoBanana, and SeaDance together inside Abacus AI. Let's get started. To make this even easier for you, I've put together a full prompting brief that we're going to use throughout this entire course. It covers every single thing you need. How to write your own prompts from scratch, what start frames are and how to generate them, how to animate your prompts using SeaDance, and a bunch of other detailed concepts that'll take you from complete beginner to actually knowing how to prompt for high-quality outputs. Now, if you scroll down in the prompting brief, you'll see something called the start frame for prompt one. A start frame is basically the first image of your video sequence, the opening visual. And it's important because the start frame controls how the rest of your video plays out. SeeDance pulls the character from your start frame, the environment from your start frame, the lighting, the framing, pretty much everything. So, if you want close to full control over how your video looks, locking in a clean start frame is critical. To create a start frame, switch over to the image section on Abacus AI. That takes you into the image studio. Now, if you click on the models drop-down, you'll see Abacus AI gives you access to a massive library. GPT image 2, Nano Banana 2, Nano Banana Pro, Flux, SeeDream 4.5, Grok, and a bunch more. For this one, I'm just going to copy the first start frame prompt from the brief, paste it into Abacus AI, set the aspect ratio to 16:9, resolution to 2K, output to four images, and pick Nano Banana Pro as the model. Hit send.

[00:03:07]Here's the cool part. When you send your prompt, Abacus AI takes it in, refines it, and gives it more structure before generating. So, even if your prompt isn't perfect, the platform enhances it using the model you picked.

[00:03:20]After a couple seconds, we get an output that looks like this. And honestly, it looks really clean. I wanted a 3D Pixar style bartender, and it nailed it. So, I'm going to download this one as my start frame. Now that we've got our foundation locked in, let's switch over to the video studio on Abacus AI. The interface looks similar to the image studio, but here you can attach a reference image, either from your computer or by clicking the sessions icon to pull from every image you've generated inside Abacus AI. That's one of the things I love most. Your whole workflow stays inside one platform.

[00:03:54]Chatbots, image generations, video outputs, everything in one place.

[00:04:00]I'm going to select the bartender image I just made. That sets it as the start frame.

[00:04:05]Then for the model, Abacus AI has a huge library. SeaDance 2.0, Kling AI, Hagen, Hydra, Grok, all of them.

[00:04:15]For this tutorial, I'm picking SeaDance 2.0. I'll set the duration to 15 seconds and the resolution to 720p.

[00:04:24]Now I'll head back to the prompting brief and scroll to animation prompt one. That sits right under start frame one. Copy the whole prompt, paste it into Abacus AI, and send it. While that's rendering, let me explain something important. If you look at animation prompt one in the brief, you'll see something I've highlighted called a timeline. A timeline is just a sequence of events you want to happen inside your animation. SeaDance is a 15-second cap per generation, but if you properly map out a timeline with multiple shots, SeaDance will bring all those shots to life in the exact order you wrote them. All right, our output's ready.

[00:04:58]Notice the start frame of the video is the exact same image we generated.

[00:05:02]That's because SeaDance locks the foundation. Let's play it.

[00:05:06]Right off the bat, the multi-shot sequence kicks in. And in 15 seconds, we've got around seven to eight different shots of the character moving through the same location consistently.

[00:05:16]There's a couple of minor distortions, but honestly, for our first generation, this is solid. Click download and we're done. Now let's do another one.

[00:05:24]Head back to the image studio, scroll to start frame two in the brief, copy that prompt, paste it into Abacus AI. Nano Banana Pro again, four outputs, 16:9, 2K.

[00:05:35]Send it.

[00:05:37]After a few seconds, we get an output that looks like this. I wanted a Pixar-style magician character, and honestly, it gave me a few I really like. Image one stands out the most, so I'll download that. Switch back to the video model, select the magician image from sessions as the start frame, C Dance 2.0, 15 seconds, 720p. Then grab animation prompt two from the brief and paste it in. This one's a bit more sophisticated. We're asking C Dance for a multi-shot sequence of a magician doing a card trick with a fan of aces.

[00:06:04]Let's see how it handles complexity.

[00:06:05]Send it. Output's ready. And honestly, look at this. Multi-shot sequences, the magician pulls a card, the camera cuts cleanly between angles, and the start frame holds consistent the entire way through. That's the part I love most.

[00:06:18]Multi-shot and character consistency in one generation. Downloading. Now, let's try something different. What happens if we don't give C Dance a start frame at all?

[00:06:30]How volatile does the output get? Head back to the brief and scroll to the section labeled no start frame. Copy that prompt. But before I send it, let me explain something. There's a concept in the brief called character lock.

[00:06:45]Instead of giving C Dance a visual start frame, you describe your character in detail inside the prompt itself. If you lock the character profile properly, C Dance can build the character from scratch and keep them consistent throughout the video. No start frame needed. So, I'll paste this prompt into Abacus AI, leave the start frame blank, and send it. Now, check this out. I made a mistake in my prompt. My aspect ratios were conflicting. And one of the reasons I love this platform, Abacus AI caught the error before generating. It asked me directly, "Do you want 9 to 16 or 16 to 9?"

[00:07:20]I'll go with 16 to 9.

[00:07:22]It's basically Chat GPT and C Dance fused together. Even when your prompting is flawed, the platform enhances it and asks the right questions. Output's ready. Let's preview it. It opens on an alarm clock.

[00:07:36]And watch how the character stays locked across every shot. There's a few minor distortions, but the multi-shot variety and consistency are honestly impressive for a frameless generation. Worth the credits. Now, I know building prompts from scratch can feel intimidating. So, I've solved that for you, too. If you scroll below the frameless prompt in the brief, you'll find a chatbot prompt template. Copy the whole thing. Then, in Abacus A1, click the apps option. You can pick between an agent or a chatbot.

[00:08:06]I'm going with chatbot. Click the model drop-down, and you'll see another massive library. GPT 5.5, Sonnet, Claude, Kimmi, Gemini, and more. You're not locked into one brain. I'll pick GPT 5.5 and paste in the prompt template.

[00:08:22]Once you send the template, the chatbot asks you for context. What are you trying to create? It gives you a few examples. If you don't like them, just ask for different ones. For this demo, I'll pick option one, a morning routine.

[00:08:35]Then it asks for the style. Realistic, Pixar, 2D animation, whatever you want.

[00:08:40]I'll pick Pixar. Send it. Now, the chatbot writes a fully detailed prompt you can drop straight into any video model. If you don't like what it gives, you can ask for variations. Like, give me someone prepping for a night shift instead, or switch to 2D animation.

[00:08:54]You're never stuck with the first output. I'll copy the prompt the chatbot built for me, switch back to the video model, paste it in, and send it. Abacus AI asks me about the aspect ratio again.

[00:09:04]I'll go with 16:9, and it starts rendering.

[00:09:08]Just like that, I built a detailed custom prompt from scratch using the template, and it's already turning into a finished video. So, that's the workflow. Abacus AI has chatbot models, video models, image models, text-to-speech, and much more, all under one roof. It's genuinely an all-in-one beast for AI creators. Links in the description if you want to check it out, and let me know in the comments what you end up building.