Seedance 2.0
Use @Image1 as the architectural reference for the COMPLETED building, not as the starting frame. Begin with an unfinished structural version of this exact building. All staged construction components must match its actual architecture, facade materials, colors and module dimensions. Assemble these components through continuous physical movement until the finished building matches @Image1.
Create a 10-second, 9:16 vertical, photorealistic cinematic FPV “gravity build” video using the uploaded building image as the strict architectural reference.
REFERENCE ACCURACY
The uploaded image defines the final building: preserve its exact silhouette, proportions, footprint, floor count, window layout, balconies, facade divisions, roof geometry, architectural details, materials and color tones. Do not redesign, simplify, duplicate or add architectural features. Maintain the same building, location, lighting and surrounding environment throughout.
Adapt all construction components to THIS reference. Use only recognizable components that belong to this building: correctly sized structural members, floor sections, window assemblies and facade modules matching the reference’s actual material, finish, color and dimensions. Include glass, metal, stone cladding, roof components or balcony elements only where present in the reference. If stone cladding exists, use precisely cut facade panels, never loose rocks.
At the beginning, the building is an unfinished structural version of the reference. Its missing components are visibly staged on the surrounding construction site. Each moving component has a specific destination in the final architecture. The site progressively empties as these components assemble.
CORE EFFECT
The building acts as an invisible gravitational center, drawing its own architectural components toward their installation positions. Show this attraction exclusively through moving materials and subtle surface dust. No visible force, funnel, vortex, portal or energy effect.
One continuous, physically coherent FPV shot. No cuts, transitions, time jumps or hidden scene changes. Prioritize architectural fidelity and readable assembly over excessive object density.
00:00–00:01 — FIRST PULL
A 14mm ultra-wide FPV camera races approximately 20 cm above the construction surface toward the unfinished building. A nearby reference-matching facade module begins sliding toward its future installation position. Adjacent window frames and structural components follow. Fine contact dust trails behind the sliding components. The building is clearly established as their destination.
00:01–00:02 — ATTRACTION SPREADS
More staged building components accelerate toward the same structure along distinct, collision-free paths. Their mass is visible through delayed movement, friction and inertia. FPV accelerates alongside them. A matching window frame passes close beside the lens. Stationary site equipment remains firmly grounded.
00:02–00:03 — HEAVY COMPONENTS MOVE
Structural members and floor sections lift from their staging supports, rotate gradually and accelerate toward their assigned positions. FPV dives beneath a moving structural beam. Show believable weight, restrained vibration and brief contact dust. Nothing tears away from the existing building; all moving pieces originate from staged construction materials.
00:03–00:04 — CONVERGING CONSTRUCTION
FPV races sideways through coordinated streams of reference-compatible components approaching from different parts of the site. A floor section passes overhead; facade modules travel behind it. Clearly separated trajectories prevent random collisions. Maintain spatial continuity and keep the same unfinished building recognizable.
00:04–00:05 — CAMERA CAPTURED
The camera’s path bends sharply toward the building as if caught by the same invisible attraction. The horizon rolls briefly during the acceleration. FPV travels beside a structural member and above a moving floor section, with convincing close passes and strong parallax. Motion remains readable.
00:05–00:06 — CONTROLLED ORBIT
The approach curves into a tight, fast orbit around the building. Components follow controlled arcs toward their actual installation locations. Structural pieces lead; facade and window modules follow behind. Each piece rotates according to its final orientation. No decorative debris cloud and no visible gravitational effect.
00:06–00:07 — STRUCTURAL ASSEMBLY
FPV threads through an open structural bay before it closes.
Every installation visibly follows:
PULL → ACCELERATE → ROTATE → ALIGN → DECELERATE → LOCK.
Columns settle upright, beams connect between supports and floor sections seat horizontally. The structural system must suit the reference building. Connections produce short, realistic vibrations and small contact-dust puffs. Components remain solid and unchanged throughout their travel. No morphing or teleportation.
00:07–00:08.5 — FACADE ASSEMBLY
FPV exits into a rising exterior orbit as the building approaches completion. Window assemblies and facade modules matching the reference’s exact colors, finishes and dimensions overtake the camera on separate paths. They rotate, align and seat precisely into their corresponding openings, progressively revealing the exact reference facade. Preserve window spacing, facade rhythm and all visible architectural details. The staging areas visibly empty.
00:08.5–00:09.5 — FINAL INSTALLATION
FPV climbs rapidly beside the upper floors. The final reference-specific roof or upper-facade components approach their correct locations. The camera slips through a still-open gap immediately before the last component seats behind it. Use only roof features actually visible in the reference; do not invent a rooftop structure. The building reaches full completion.
00:09.5–00:10 — RELEASE AND HERO REVEAL
The invisible attraction ends. Residual contact dust settles naturally downward. FPV pulls backward and upward, smoothly easing into a full-building hero view. Match the uploaded reference’s visible facade and viewing angle as closely as possible. Frame the entire completed building clearly within the vertical composition. The final architecture, materials and colors must match the reference exactly.
CAMERA AND REALISM
Continuous ultra-wide FPV movement: ground rush, sideways chase, capture, curved orbit, structural threading, vertical climb, backward aerial reveal. Aggressive but smooth speed ramps, strong parallax, realistic motion blur and consistent daylight matching the reference. Keep architectural lines stable. Convey heavy materials through inertia, controlled rotation and precise seating. Motion blur must not conceal incorrect geometry or assembly.
STRICT EXCLUSIONS
No loose rocks, ropes, cables, scattered bolts, washers, scrap metal or unrelated props flying toward the building. No generic construction debris. No components with colors or materials absent from the reference. No arbitrary oversized pieces. No floating machinery. No destruction, breakage, explosions, fire, electrical effects or exaggerated sparks. No black hole, portal, glowing vortex, energy sphere or visible force field. No teleportation, melting, stretching, morphing, instant facade appearance, intersecting solids, duplicate buildings, changing floor counts, altered surroundings, text or logos.