A lot AI short film,AL COMICFriends should all have stepped on these pits: they worked hard to write scripts, and the spectroscopy was either unsymmetrical or the person lost his face; they were so good-looking, they imported video models, either completely out of step with the original mirror, or they were carrying cartons and scenes; they wanted to make short films with an epic sense, but they didn't know where to do it, the model was wrong, the hints were written, and the results were bad。
Today's whole project will be brokenZero-turned, high-altitude, freshman friendlyThe IA short film creation process: Generate a film-class full case spectroscopy with GPTImage2 and seamlessly connect to a bloodbathed version of Seedance 2.0 into a piece. Take, for example, the complete creation of my Purgatory shorts of the history of Leungshan, which are free of crap, all of which are directly replicable practical steps, warning templates and pit avoidance techniques。
"GPTImage2+Seedance2.0" is the King's Bombing Group
DO AN AI SHORT, THE CORE HAS TWO PROBLEMS:Spectrum quality and consistency,Repression and flow of videoI don't know. The two models, on the other hand, coincided with the two core needs and were perfect for complementarity。
1. GPTImage 2: Ceilings generated by spectrometers
Its semantic understanding, image narrative, multi-image consistency control are the current top standards. You give it full spectroscopy scripts, character setup, style requirements, and it creates a single-time whole-of-the-case spectroscope with complete structure, uniform style, and consistent light, without changing parameters over and over again, with people, scenes, and a whole-of-the-television, perfect recapitulation of film senses in your head. It's like my Purgatory spectrometer, from the role three view, the scenario concept, the slot route, to the full spectroscope, light reference, audio design of eight lenses, a one-time creation, with only two hints changed throughout the whole process, with a direct full efficiency。
2. Seedance2.0: Optimistic interpretation of spectroscopy video
AS A TOP-RUN MODEL FOR CURRENT REALITY / WRITING A LIVE WIND, THE GREATEST ADVANTAGE OF THIS IS THATResume the reference maps, do not line up, support multiple distributions, compliance clearance friendlyI don't know. You can import a GPTImage2-generated spectrograph directly as a reference map, which accurately restores the characters, scenes, photos, even the tattoos of the characters, the details of the costumes, and then collages with a precise spectroscopy, which directly produces a smooth-sliding piece of silk, and can be easily controlled by new hands。
More crucially, the two models are accessible on the Liblib.tv platform on a one-stop basis, and the resulting spectrographs are imported directly into the platform and are not used to return files, convert formats, and the entire creation process is closed and the efficiency is doubled。
Forward preparation: 3 steps to pre-mandate and avoid return to work from the root causes
Many people flipped over, and the video ran away, and the root causes were incomplete planning in the early stages. Before turning on the model, finalize the three things and not go back. I give you the example of the Purgatory of Leungshan, a template that can be used directly。
1. Finalized core project information (in one sentence, clear your film)
First set the most basic parameters to die, avoid subsequent stylists, and just fill in the form:
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Role and scene asset locking
This step is at the heart of the follow-up and the scene。
- Role Setting
- The core features of the role, including face, hair, clothing, and emblematic details (e.g. the Monks in Leungshan Purgatory, the Red Gold Monks, preferably produced a third view of the role in advance with GPTIMage2 + close-up, as the only anchor point for the entire follow-up film)。
- scene setting
- • Finalize the overall structure of the core scene, the light atmosphere, the core elements (e.g., the Pyramid Step in Leungshan Purgatory, the Pyramid Smelter, the lava crack) and produce a conceptual map of the scene to serve as a unified reference for the whole scene。
3. The script is established
Copy your script to the GPT in its entirety, and determine whether the script has a smooth logic, a key reminder: the picture in the script is as specific as possible, not as vague adjectives, and can then be copied directly to the GPTIMAGE2 in one step。
Step one: Generate a film-class lens in GPTImage 2, 15 seconds
The pre-planning was completed, followed by the production of a one-time, fully structured film spectroscopy with the same amount as Leungshan Purgatory. I'll share all the full message templates, generation techniques, mirror consistency controls。
Step 1: GPTImage2 Foundation Settings
- Model selection: latest version of GPTImage2
- Image scale: take a full case spectroscopy 16:9/21:9
- Number of steps generated: 8-10, full details
- CFG Scale: 7-9, balancing reduction and creativity
Step 2: A template for the introduction to the whole case spectrometer that can be copied directly
Using the example of Purgatory, I give you a complete set of instructions that can be directly adapted and copied directly, so that we can produce a complete spectroscopy:
[Highest priority generates hard constraints]
A SINGLE **16:9 WIDE +** IMAGE WITH FILM-LEVEL PROFESSIONAL DIRECTORS PRE-PROGRAMMING SPECTROSCOPES FOR VISUAL PLANNING,** BLACK MYTHIC GOKU OFFICIAL GAME ART STYLE, FANTASIA ENGINE 5 OVERWRITTEN CG RENDERING** FOR A TOTAL OF 15 SECONDS WITH A TOTAL OF 8 LENSES, EACH WITH A PRECISE TIME (SEC)
QUITE A STANDARD GRID LAYOUT, WITH SUFFICIENT WHITE SPACE, 100% IN FULL CHINESE IS CLEARLY READABLE, WITHOUT ANY FALSITY/FALSE TEXT/OBSCURITY TEXT, PARTITION TITLE, LENS NUMBER, ROLE ANGLE LABELS ARE FORCED TO MAGNIFY AND COARSE, THE SPECULATION TEXT IS STRICTLY CONTAINED IN ROW 1-2, LONG PARAGRAPHS ARE PROHIBITED AND SIMILAR SCENES ARE NOT REPEATED。
[⚠️ user script paste area (replace this paragraph directly, please do not overlong)]
Paste your self-defined script content here
Top Bar Sharing Creative Guidance
Uniform norms: 8 total lenses of 15 seconds and 16:9 single picture of the whole
Uniform typographical rules: black mythology, a typologies-level typologies system with a strong contrast to hard shadows and a strong rewritten sense of substance, with a specific color that fully matches the tone of the script
Harmonizing environmental rules: fully matching the core scenes set in the script, with no repetition of similar scenes throughout the course, and a consistent lens space logic。
[Left column in the top half. Role and style reference area]
Content: fully compatible with the core role set by the script, which consists of a three-view of the front, back, side, face feature, basic relaxing posture, with reference to the details of the costumes, props, accessories
FORCED TO LOCK ON THE CHARACTER IMAGE 100% IN ITS ENTIRETY, WITH ONLY ATTITUDE FINE-TUNED TO THE SCENE, WITHOUT ANY IMAGE BIAS。
The first half is right. Environment and scene design
Content: fully compatible with the core scenes set by the script, with dramatic natural/architectural features consistent with the drama
A side view of the scene shows a map of the peri-vision line, with a clear indication of the role path within the script, the location of the camera, the corresponding type of photograph, and a clear space logic。
The Second Half. The Core Storyboard
Eight semi-mixed spectroscopes, with a single schematic pattern of 16:9, the narrative rhythm fully matched the drama of the script for a total of 15 seconds, and each spectroscope forced the following complete information:
1. camera number + precise time (basic time allocation: mirror 1=2s, mirror 2=2s, mirror 3=1.5s, mirror 4=2s, mirror 5=1.5s, mirror 6=2s, mirror 7=2s, mirror 8=2s, fine-tuned with script)
2. Speculation of lens type/paint (wide angle/median view/special feature/microspace)
3. Mirror mode (static/tracking/handheld/throwing, etc.)
4. 1 - 2 lines of extremely brief action & emotional description (fully matching the script)
5. Lighting/climate notes (to fit myths and scripts)
Bottom left style note + emotional keyword
(titles zoomed in thick)
– Style note: Time-time-sight transition reference, black mythology and texture, material replica
– Emotional keywords: a list of subject words that fully match the core emotional tone of the script and fit the narrative of the black mythology's history
[Left right-hand audio/telephone + film photography notes]
(titles zoomed in thick)
– Audio/sonics: environmental sound, music style, overall acoustic instruction for matching the scenes of the play, consistent with the epic sense of black mythology
– Film photography notes: a wide-screened film-based camera is used all over the world, black myths are the same as a low-space big-light mirror logic, hard-cut clipping rhythms, late-stage film particle feeling, and a uniform national wind film visual language is maintained throughout
Negative exclusions
Prohibition of the repetition of similar scenes, prohibition of ambiguity, prohibition of scribbles, prohibition of long text paragraphs, prohibition of layout disorder, prohibition of the spilling of image elements out of the grid, prohibition of the red sense of the web, prohibition of deviation from black myths and the aesthetic style, prohibition of low-resolution, prohibition of cartoons, prohibition of binary styles, prohibition of superfluous decorative elements, prohibition of unauthorized creation of fixed role/scene/protocol assets outside the script
Step 3: Optimization techniques after generation
- If there is a difference of character, the first-generated character profile is uploaded as a reference map, regenerated, and the GPSmage2 has a very high level of reduction for the reference map, which can be targeted at a time。
- If a spectroscope image does not match expectations, the description of the spectroscopy is refined and a single spectroscopy is generated, and the original image is replaced and regenerated without the entire spectroscopy。
- Upon completion of the generation, the spectroscopy is separated directly from the Liblib.tv platform, which can then be imported directly into Seedance 2.0 without downloading it locally for uploading, one step at a time。
Step two of the exercise: a seamless pair of spectrometers to Seedance 2.0, a silk slide
The spectrometer is done, and we're on to the most critical piece. It's a perfect recapitulation of images in the mirror, with a Seedance 2.0 version, and a precise control of the mirror, the light, the rhythm, without queuing the whole way, and with a new guy。
Step 1: Pre-preparation and compliance verification
- First, you can save the GPTImage2 spectroscopy to Liblib.tv's material library, named by the sequence number of the lens, to facilitate subsequent search。
- The real person / the writing role has to be done: compliance verification
- This is the key to avoiding follow-up failure and non-adoption. Finds your character reference diagram in the material library, clicks right, selects "Seedance 2.0 Compliance" and waits about 10 seconds, after which the image can be used as a whole character anchor, and then creates no problem with character violations. Personally, even a single character profile, with a compliance test, it is possible to target the image of the person throughout, without making a complex three-view, extremely friendly to the newer。
Step two: camera-by-scenario generation, accurate reduction lens
I gave you a complete template of operational steps and hints for the fourth shot of "Golden Curse" for example, all of which can be applied。
- Opens Liblib.tv's unlimited canvas, selects Seedance 2.0 version VIP, and creates a new node。
- Reference Chart Settings: Upload the spectra of the lens + role anchor, open the "All-A-Reference Model" and pull the reference weight to 0.8-0.85, which is both perfect for the original spectroscopy image and secures the flow of the video and does not appear in the Cardon frame。
Last words
In fact, GPTIMAGE2 and Seedance2.0 are just tools that we create. What really makes your work go out is never a powerful model, but your story, aesthetic judgment and content core。
The whole process of "GPTImage2 + Seedance 2.0" is to free us from cumbersome and repetitive implementation, so that we can focus more on the creation itself and not worry about turning over the mirror, falling faces and running video. Even if you're a zero-basic beginner, you can make a symmetrical, epic AI short film if you follow this process。
This is where the whole process of the current period is done, covering the planning of the previous period, the generation of the GPS 2 spectrometer and the landing of the Feedance 2.0 video, all of which can be replicated directly。