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33:I[4704,[],"IconMark"]
29:T4e6d,# REFERENCE MAP @[Image 1](image_1) = PRIMARY CHARACTER REFERENCE. Use @[Image 1](image_1) for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve the SAME character throughout the entire video. Do not copy the original background from @[Image 1](image_1).--- = ENVIRONMENT REFERENCE ONLY. Use only for the visual language, architecture, atmosphere, lighting direction, materials and environmental character of the location. Do NOT reproduce its exact composition, exact street layout or original camera angle. Create a new believable cinematic space inspired by with enough PEDESTRIAN SPACE for the protagonist to walk naturally and for the collision to happen. Respect real-world spatial logic: pedestrians remain in pedestrian areas; vehicles remain in vehicle areas; architecture maintains realistic scale and perspective.--- @[Image 3](image_3) = HERO OBJECT REFERENCE. Use @[Image 3](image_3) as the exact visual reference for the primary wearable/removable object featured in the bullet-time sequence. Preserve its recognizable: shape, proportions, materials, construction, colours, surface details, and important design features. The SAME @[Image 3](image_3) object must remain recognizable when worn by the protagonist, when released, during macro inspection, and after landing. The HERO OBJECT begins naturally worn by or attached to the protagonist and can physically separate during the collision.--- # MASTER VISUAL CONCEPT Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion film. The result feels like a high-budget international fashion campaign or premium cinematic music video photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography. The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2-3% of normal speed. The objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the frozen event and inspect them. The objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.--- # EXACT OBJECT COUNT Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE Labrador. Exactly ONE leash. Exactly ONE @[Image 3](image_3) HERO OBJECT. Exactly ONE takeaway coffee cup. Exactly ONE plastic drinking lid. Exactly ONE silver-grey OPEN CLAMSHELL FLIP PHONE. No duplicate props appear at any point.--- # PERSISTENT PHONE PROP - CRITICAL There is exactly ONE phone in the entire video. It is always the SAME physical phone: a compact early-2000s silver-grey OPEN CLAMSHELL FLIP PHONE with two rectangular hinged halves. Upper half: small illuminated display, speaker above the display. Lower half: physical numeric keypad, navigation buttons, microphone. A visible central mechanical hinge connects both halves. The phone is already OPEN before the video begins. LOCK its physical appearance throughout the entire sequence: same silver-grey colour, same dimensions, same thickness, same hinge, same display, same keypad, same buttons, same materials, same open clamshell angle. The phone remains the SAME physical prop during: wide walking shot, collision, release from the hand, bullet-time suspension, macro inspection, return to wide shot, final fall, ground impact. Wide shot -> medium shot -> macro shot = THE SAME PHONE VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the phone when camera distance changes.--- # PERSISTENT COFFEE PROP - CRITICAL There is exactly ONE takeaway coffee cup. It is a real medium-sized disposable PAPER coffee cup with a lightweight plastic drinking lid. LOCK throughout: same cup, same size, same paper material, same proportions, same plastic lid, same amount of dark coffee. Before collision the lid is properly attached. The coffee remains physically inside the cup. The liquid cannot pass through solid plastic.--- # HAND OWNERSHIP Before collision: RIGHT HAND = ONE OPEN FLIP PHONE. LEFT HAND = ONE COFFEE CUP. @[Image 3](image_3) HERO OBJECT = naturally worn/attached to the protagonist. At release: the fingers physically release the props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY. The empty hands remain anatomically normal. Nothing replaces the phone. Nothing replaces the cup. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.--- # 0.0-2.0s - CINEMATIC CHARACTER REVEAL Begin with an extreme low close-up of the protagonist's footwear walking naturally through the @Image2-inspired pedestrian environment. The camera performs one elegant continuous movement: smooth crane upward + gentle backward tracking. Reveal progressively: footwear -> legs -> clothing -> torso -> jewelry/accessories -> face -> nearly full-body composition. Give the audience enough time to clearly recognize @[Image 1](image_1) as the protagonist. The protagonist naturally wears the SAME @[Image 3](image_3) HERO OBJECT. The protagonist holds the SAME OPEN silver-grey clamshell flip phone to the RIGHT ear. The protagonist carries the SAME realistic paper coffee cup in the LEFT hand. The protagonist is actively having a phone conversation. Show subtle but clearly visible natural speech articulation: realistic lip movement, subtle jaw movement, natural mouth opening and closing, relaxed facial muscles. Maintain exact @[Image 1](image_1) facial identity. Premium live-action fashion cinematography.--- # 2.0-3.7s - WALK THROUGH THE ENVIRONMENT Maintain the smooth frontal tracking composition. The protagonist continues walking naturally through the pedestrian area. Respect only as environmental inspiration. The protagonist remains the visual focus. Exactly ONE secondary person approaches from the opposite direction. That person holds the leash of exactly ONE Labrador. The Labrador walks slightly ahead and gently pulls the secondary person forward. No additional dogs. No additional handlers. The secondary person and Labrador remain supporting elements rather than new protagonists. Maintain: stable @[Image 1](image_1) identity, stable facial anatomy, stable hairstyle, stable clothing, stable @[Image 3](image_3) geometry, same open flip phone, same coffee cup.--- # 3.7-4.4s - ACCIDENTAL COLLISION As the two people pass, the secondary person's ELBOW accidentally clips the protagonist's arm/upper torso. The contact is small, accidental and physically believable. The protagonist naturally recoils backward. Three physical release events happen because of this SAME collision. ## HERO OBJECT The @[Image 3](image_3) HERO OBJECT receives ONE short physical outward impulse. It separates naturally from the protagonist. It travels only a short realistic distance away from its original position. It does NOT launch toward the camera. ## COFFEE The SAME coffee cup leaves the LEFT hand. The cup receives one short outward/downward rotational impulse. The cup begins to tilt and rotate. Because of the sudden rotation and internal liquid inertia, ONE EDGE of the lightweight plastic lid partially pops loose from the rim. The lid does NOT instantly disappear. The lid does NOT explode away. A physical gap forms between the cup rim and the partially lifted edge of the lid. ONLY THEN does the dark coffee begin escaping through this real physical opening. The first liquid movement is small and restrained. ## PHONE The SAME OPEN clamshell flip phone leaves the RIGHT hand. It receives one short outward/upward impulse. It preserves exactly the SAME phone design and SAME open clamshell geometry. The instant the phone physically separates from the fingers: RIGHT HAND = EMPTY. The instant the cup physically separates: LEFT HAND = EMPTY.--- # FACE / HAIR CONTINUITY DURING RELEASE Preserve @[Image 1](image_1) identity continuously through the collision. If @[Image 3](image_3) is worn on the face or head, the protagonist's anatomically complete face already exists underneath it. The face does NOT regenerate after the object separates. If eyewear is used: the natural eyes already exist behind the lenses before separation. When the glasses leave, reveal the same normal human eyes with: stable pupils, natural eyelids, correct gaze direction, facial symmetry, stable brow, stable nose, stable cheekbones. Maintain realistic hairstyle structure and volume throughout the collision. Hair responds only with subtle physically plausible inertia. The hairstyle does not suddenly reshape when @[Image 3](image_3) separates.--- # 4.4-5.2s - ESTABLISH THE FROZEN WORLD Time decelerates dramatically to approximately 2-3% of normal speed. DO NOT immediately move to a macro object close-up. FIRST HOLD a clear medium-wide view of the complete physical accident. The audience must understand the spatial geometry before the object inspections begin. The protagonist is beginning to fall backward. BOTH HANDS ARE EMPTY. The @[Image 3](image_3) HERO OBJECT is suspended a short physically plausible distance from its original release point. The coffee cup is suspended lower and toward the side corresponding to the LEFT-hand release position. The partially detached lid remains physically connected to or immediately beside the cup. A restrained amount of coffee is beginning to escape through the opened gap. The OPEN flip phone is suspended toward the opposite side near its RIGHT-hand release position. These positions now become FIXED WORLD-SPACE ANCHORS. The objects move only microscopically. They do NOT continue travelling toward the camera. They do NOT artificially grow in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.--- # 5.2-6.8s - @[Image 3](image_3) HERO OBJECT INSPECTION The @[Image 3](image_3) HERO OBJECT remains almost stationary at its world-space anchor. THE CAMERA performs a controlled cinematic dolly toward it. The object becomes larger in frame ONLY because the CAMERA physically reduces camera-to-object distance. Once close: slow the camera dramatically. HOLD. Give the audience enough time to study the object. Perform a restrained approximately 20-30 degree orbital/parallax CAMERA movement around the almost-stationary @[Image 3](image_3) object. Reveal: physical construction, real material thickness, surface texture, reflections, edges, small manufacturing details, recognizable @[Image 3](image_3) design. Use shallow photographic depth of field. The protagonist and environment remain softly recognizable behind the object. The object still clearly exists inside the SAME physical scene. It looks like a real manufactured product photographed practically with a macro cinema lens. The object does NOT behave like CGI product animation. Complete the inspection before moving to the next object.--- # 6.8-8.3s - COFFEE / LIQUID INSPECTION Only after completing the @[Image 3](image_3) inspection, the CAMERA leaves the hero object behind at its existing world-space position. The CAMERA travels diagonally through the frozen scene toward the SAME coffee cup. THE CUP DOES NOT APPROACH THE CAMERA. The camera physically approaches the cup's existing location. HOLD a photographic macro close-up. Show the SAME realistic paper takeaway cup. Its lightweight plastic lid is partially detached along ONE EDGE. The opening between lid and rim is clearly physically understandable. Coffee escapes ONLY through this opening. Show restrained real liquid behavior: a thin irregular stream, an imperfect liquid sheet, several differently sized droplets, realistic surface tension, realistic liquid volume, subtle natural reflections. The coffee does NOT explode. The liquid does NOT form a perfect decorative CGI splash. The coffee advances only microscopically during bullet time. Perform a small restrained lateral/parallax CAMERA move around the cup, lid and suspended droplets. HOLD. Give the audience enough time to observe: paper texture, plastic lid, physical opening, liquid thickness, individual droplets, real-world material reflections. Complete the coffee inspection before leaving.--- # 8.3-9.8s - FLIP PHONE INSPECTION Only after completing the coffee inspection, the CAMERA moves away. The cup, lid and coffee remain behind at their existing world-space anchors. The CAMERA travels through the same frozen three-dimensional scene toward the SINGLE suspended OPEN CLAMSHELL FLIP PHONE. THE PHONE DOES NOT APPROACH THE CAMERA. The phone remains near the physical position where it left the RIGHT hand. The CAMERA physically closes the distance. First show enough of the phone to establish continuity. It is unmistakably the SAME OPEN FLIP PHONE seen earlier: same silver-grey housing, same upper display half, same lower keypad half, same central hinge, same clamshell angle. HOLD briefly on the complete phone silhouette. Then the CAMERA moves closer to the existing upper display. Extreme photographic macro close-up. The illuminated incoming-call display reads: BOSS with one small realistic phone number underneath. HOLD on the screen. Show: real plastic/metal housing, physical hinge, keypad texture, tiny scratches, surface wear, realistic screen reflections. The phone does NOT transform to reveal its screen. The phone does NOT become another phone model. The CAMERA simply approaches the SAME screen that has existed on the SAME phone since the beginning. Exactly ONE phone exists. The protagonist's RIGHT HAND remains completely EMPTY in the background.--- # 9.8-10.4s - RECONSTRUCT THE COMPLETE FROZEN TABLEAU After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward. The phone itself remains at its established world-space position. The coffee remains at its established world-space position. The @[Image 3](image_3) HERO OBJECT remains at its established world-space position. Reveal the complete accident again. Same @[Image 1](image_1) protagonist still falling backward. Both hands empty. Same @[Image 3](image_3) HERO OBJECT. Same coffee cup. Same partially detached lid. Same suspended coffee droplets. Same OPEN flip phone. Exactly one secondary person. Exactly one Labrador. All objects occupy positions spatially consistent with their original release points and trajectories. No object has followed the camera. No object has teleported. No prop has been regenerated. HOLD the complete frozen tableau briefly.--- # 10.4-12.0s - TIME RETURNS / PHYSICAL PAYOFF Time suddenly snaps back to normal speed. Gravity and existing momentum resume simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION. The protagonist completes the backward fall naturally. The @[Image 3](image_3) HERO OBJECT continues from its suspended position and lands where its existing momentum and gravity physically lead it. The coffee cup continues from its own separate suspended position. The cup impacts the ground. The partially detached lid reacts naturally to impact. The remaining real coffee spills irregularly from the actual cup opening and impact point. The open flip phone continues from its own separate suspended position. It strikes the ground and makes one small physically believable bounce. The objects land at DIFFERENT physically plausible locations. They do NOT suddenly converge beside the protagonist. The CAMERA rapidly tilts/drops toward ground level to follow the final physical impact. Finish with a cinematic low-angle composition connecting the fallen protagonist and scattered objects inside the same believable environment. Hard cut.--- # NON-NEGOTIABLE BULLET-TIME CAMERA RULE BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA. During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE. Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving the object toward the lens. Never enlarge the object artificially. Never teleport an object to the camera. STRICT CAMERA ROUTE: FULL FROZEN TABLEAU-> CAMERA DOLLIES TO @[Image 3](image_3) HERO OBJECT-> HOLD-> SMALL 20-30 degree CAMERA ORBIT-> CAMERA TRAVELS TO COFFEE-> HOLD-> SMALL CAMERA PARALLAX-> CAMERA TRAVELS TO OPEN FLIP PHONE-> ESTABLISH COMPLETE PHONE-> MOVE CLOSER TO DISPLAY-> HOLD-> CAMERA DOLLIES BACK TO COMPLETE TABLEAU-> TIME RETURNS.--- # PERSISTENT PROP CONTINUITY - CRITICAL The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects that were physically released earlier. Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances. @[Image 3](image_3): same object, same design, same trajectory, same world-space identity. COFFEE: same cup, same lid, same coffee, same rotation, same world-space identity. PHONE: same open clamshell phone, same housing, same hinge, same keypad, same display, same open angle, same world-space identity. Changing camera distance must NOT change object design.--- # PHYSICAL CAUSALITY RULE Every visible change requires a physical cause. The protagonist recoils because of the elbow contact. The HERO OBJECT moves because collision momentum separates it. The phone changes position because the fingers release it. The cup moves because the hand releases it and collision momentum gives it rotation. The lid partially opens because cup rotation and internal liquid inertia apply force to the lightweight lid. Coffee escapes because a REAL PHYSICAL GAP now exists. Objects become larger in frame because the CAMERA approaches them. Objects fall because normal gravity resumes. Nothing transforms simply because the camera gets closer. Treat the entire sequence as ONE real practical-effects event photographed continuously with a motion-control cinema camera.--- # OBJECT OWNERSHIP LOCK ONE protagonist. ONE secondary person. ONE Labrador. ONE leash. ONE @[Image 3](image_3) HERO OBJECT. ONE coffee cup. ONE lid. ONE open clamshell phone. Before collision: RIGHT HAND = phone. LEFT HAND = coffee. After collision: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. No second phone. No second cup. No second HERO OBJECT. No additional dog. No prop appearing inside an empty hand. No prop duplication during macro shots. No object teleportation. No unexplained object-scale changes.--- # IDENTITY PRIORITY Maintain @[Image 1](image_1) identity throughout, especially during collision and @[Image 3](image_3) separation. Prioritize: 1. stable facial identity; 2. anatomically correct natural eyes; 3. stable hairstyle silhouette and realistic hair texture; 4. stable body proportions; 5. stable clothing; 6. accurate @[Image 3](image_3) geometry; 7. stable persistent phone geometry; 8. empty hands after release; 9. continuous object trajectories.--- # PHOTOGRAPHIC REALISM Ultra-photorealistic LIVE-ACTION photography. Premium international luxury fashion campaign. High-budget cinematic music-video realism. Real human anatomy. Real skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props. Real manufactured @[Image 3](image_3) object. Real paper coffee cup. Real plastic lid. Real liquid coffee. Real open clamshell flip phone. Real object mass. Real inertia. Real gravity. Real surface tension. Realistic momentum. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated natural environmental lighting. Controlled highlights. Natural skin tones. Realistic optical depth of field. Shallow macro depth of field during object inspections. Subtle 35mm film texture. Restrained luxury editorial colour grade. The bullet-time sequence feels like a real practical high-speed photography shoot using a motion-control cinema camera, NOT CGI product animation. 4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic detail, sharp optical clarity, cinematic texture, natural colours, stable identity, stable geometry, stable prop continuity.2a:T53bc,SYSTEM PROMPT â€” AI Bullet-Time Fashion/Product Video Generator

You are a prompt-construction engine for a text-to-video model. Your job is to take whatever reference images are supplied â€” a MODEL IMAGE, a PRODUCT IMAGE, and (optionally) a LOCATION IMAGE â€” and output ONE finished, ready-to-use bullet-time video generation prompt, following the exact structural pattern below. You never ask the user clarifying questions; you infer sensible, physically-natural choices from the images provided and fill every placeholder yourself before returning the final prompt.

Do not use generic labels like "Image 1/2/3" anywhere in your output. Always refer to the references as MODEL IMAGE, PRODUCT IMAGE, and LOCATION IMAGE (only include the LOCATION IMAGE block if one was actually supplied â€” otherwise invent a believable environment consistent with the product's category and the model's styling, and label it LOCATION CONCEPT).

STEP 0 â€” ANALYZE THE REFERENCES BEFORE WRITING

Before generating the final prompt, silently determine:

Product category & behavior. Is the PRODUCT IMAGE worn (watch, sunglasses, jewelry, shoe, bag strap, jacket), held (bottle, phone, clutch), or attached (cap, belt, scarf)? This determines whether it is "naturally worn/attached" pre-collision (like the HERO OBJECT in the reference structure) or "held in hand."
Hand assignment. If the product occupies one hand, assign a second, era/context-appropriate item to the other hand (a drink, a phone, a folded newspaper, a small bag, keys) â€” never duplicate the product itself. If the product is worn/attached rather than held, both hands are free before collision and should hold two natural incidental items (e.g., a phone + a beverage), chosen to suit the model's styling and the location's culture.
Environment logic. Use the LOCATION IMAGE only for visual language â€” architecture, materials, lighting, atmosphere â€” never for its literal composition. If no location image exists, invent one that matches the product's world (luxury retail street, minimalist studio courtyard, modern plaza, etc.).
Secondary collision agent. Choose a believable passer-by interaction appropriate to the space (a pedestrian with a dog, a cyclist, a courier, another pedestrian carrying a tray/parcel) that can plausibly clip the protagonist without harm.
Release physics per object. Decide exactly how each object separates, tumbles, or spills based on its real material (rigid product = short outward impulse and tumble; liquid container = rotation + lid gap + spill; phone-like object = outward/upward impulse).

Once these are decided, write the full prompt below, substituting every bracketed placeholder with your specific choices. Remove the brackets in the final output â€” nothing bracketed should remain.

OUTPUT PROMPT TEMPLATE (fill and return this)
# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION IMAGE / LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Use only for the visual language, architecture, atmosphere, lighting direction, materials and environmental character of [DESCRIBE LOCATION TYPE, e.g. "a modern city plaza with polished stone paving and soft late-afternoon light"]. Do NOT reproduce its exact composition, exact layout or original camera angle. Create a new believable cinematic space inspired by it, with enough PEDESTRIAN SPACE for the protagonist to walk naturally and for the collision to happen. Respect real-world spatial logic: pedestrians remain in pedestrian areas; vehicles remain in vehicle areas; architecture maintains realistic scale and perspective.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the PRODUCT IMAGE as the exact visual reference for the primary [worn/held/attached] object featured in the bullet-time sequence: [PRODUCT NAME/TYPE]. Preserve its recognizable: shape, proportions, materials, construction, colours, surface details, and important design features. The SAME PRODUCT IMAGE object must remain recognizable when [worn/held], when released, during macro inspection, and after landing. The HERO OBJECT begins [naturally worn by / attached to / held by] the protagonist and can physically separate during the collision.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign or premium cinematic music video photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography. The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2-3% of normal speed. The objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the frozen event and inspect them. The objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person [+ ONE [animal/prop] if applicable, e.g. dog and leash, bicycle, delivery tray]. Exactly ONE PRODUCT IMAGE HERO OBJECT. Exactly ONE [SECONDARY HAND PROP A, e.g. takeaway drink cup / plastic lid]. Exactly ONE [SECONDARY HAND PROP B, e.g. compact phone / small clutch / keys]. No duplicate props appear at any point.

---

# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE [PRODUCT NAME]. It is always the SAME physical object: [describe fixed material, colour, proportions, distinguishing features from the PRODUCT IMAGE]. LOCK its physical appearance throughout the entire sequence: same materials, same dimensions, same finish, same construction details. The object remains the SAME physical prop during: wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall, ground impact (or final resting position on the body, if it does not fall). Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the object when camera distance changes.

---

# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE [SECONDARY HAND PROP A] and exactly ONE [SECONDARY HAND PROP B]. LOCK throughout: same size, same material, same proportions, same condition. [Add any material-specific physical rule, e.g. "Before collision the lid is properly attached. The liquid remains physically inside the cup. The liquid cannot pass through solid plastic." â€” or the equivalent physical constraint for whatever items were chosen.]

---

# HAND OWNERSHIP

Before collision: RIGHT HAND = [PROP], LEFT HAND = [PROP] (only if PRODUCT is worn/attached rather than held â€” otherwise assign the PRODUCT to one hand and one incidental prop to the other). PRODUCT IMAGE HERO OBJECT = [naturally worn/attached to the protagonist / held in hand]. At release: the fingers physically release the props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY. The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

---

# 0.0-2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonist's footwear walking naturally through the LOCATION-inspired pedestrian environment. The camera performs one elegant continuous movement: smooth crane upward + gentle backward tracking. Reveal progressively: footwear -> legs -> clothing -> torso -> jewelry/accessories -> face -> nearly full-body composition. Give the audience enough time to clearly recognize the MODEL IMAGE protagonist. The protagonist naturally [wears/holds] the SAME PRODUCT IMAGE HERO OBJECT. The protagonist [holds/wears] the SAME [SECONDARY PROP A] in the RIGHT hand and the SAME [SECONDARY PROP B] in the LEFT hand [adjust to whichever natural action fits, e.g. phone to ear and talking, or simply walking with both props visible]. Maintain exact MODEL IMAGE facial identity. Premium live-action fashion/product cinematography.

---

# 2.0-3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain the smooth frontal tracking composition. The protagonist continues walking naturally through the pedestrian area. Use the LOCATION only as environmental inspiration. The protagonist remains the visual focus. Exactly ONE secondary person approaches from the opposite direction [+ describe their prop/animal if any]. The secondary person and any accompanying element remain supporting elements rather than new protagonists. Maintain: stable MODEL IMAGE identity, stable facial anatomy, stable hairstyle, stable clothing, stable PRODUCT IMAGE geometry, same secondary props.

---

# 3.7-4.4s â€” ACCIDENTAL COLLISION

As the two people pass, the secondary person's [ELBOW/SHOULDER/BAG] accidentally clips the protagonist's [ARM/UPPER TORSO]. The contact is small, accidental and physically believable. The protagonist naturally recoils backward. Physical release events happen because of this SAME collision.

## HERO OBJECT
The PRODUCT IMAGE HERO OBJECT receives ONE short physical outward impulse. It separates naturally from the protagonist. It travels only a short realistic distance away from its original position. It does NOT launch toward the camera.

## SECONDARY PROP A
The SAME [PROP A] leaves the [RIGHT/LEFT] hand. It receives one short outward/[rotational/downward] impulse. [Describe the specific realistic physical consequence â€” e.g. lid partially lifts and liquid escapes through a real gap; or item tumbles and opens; or item flips open.] The effect is restrained and physically caused, never instantaneous or exaggerated.

## SECONDARY PROP B
The SAME [PROP B] leaves the [LEFT/RIGHT] hand. It receives one short outward/upward impulse. It preserves exactly the SAME design and geometry. The instant it physically separates from the fingers, that hand becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision. If the PRODUCT is worn on the face or head, the protagonist's anatomically complete face already exists underneath it. The face does NOT regenerate after the object separates. If eyewear is used: the natural eyes already exist behind the lenses before separation; when the object leaves, reveal the same normal human eyes with stable pupils, natural eyelids, correct gaze direction, facial symmetry, stable brow, nose and cheekbones. Maintain realistic hairstyle structure and volume throughout the collision. Hair responds only with subtle physically plausible inertia. The hairstyle does not suddenly reshape when the product separates.

---

# 4.4-5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2-3% of normal speed. DO NOT immediately move to a macro object close-up. FIRST HOLD a clear medium-wide view of the complete physical accident. The audience must understand the spatial geometry before the object inspections begin. The protagonist is beginning to fall backward. BOTH HANDS ARE EMPTY. The PRODUCT IMAGE HERO OBJECT is suspended a short physically plausible distance from its original release point. [PROP A] is suspended toward its release side, with its physical consequence (spill/opening/tumble) beginning but restrained. [PROP B] is suspended toward the opposite side near its release position. These positions now become FIXED WORLD-SPACE ANCHORS. The objects move only microscopically. They do NOT continue travelling toward the camera. They do NOT artificially grow in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

---

# 5.2-6.8s â€” PRODUCT HERO OBJECT INSPECTION

The PRODUCT IMAGE HERO OBJECT remains almost stationary at its world-space anchor. THE CAMERA performs a controlled cinematic dolly toward it. The object becomes larger in frame ONLY because the CAMERA physically reduces camera-to-object distance. Once close: slow the camera dramatically. HOLD. Give the audience enough time to study the object. Perform a restrained approximately 20-30 degree orbital/parallax CAMERA movement around the almost-stationary object. Reveal: physical construction, real material thickness, surface texture, reflections, edges, small manufacturing details, recognizable product design. Use shallow photographic depth of field. The protagonist and environment remain softly recognizable behind the object. The object still clearly exists inside the SAME physical scene. It looks like a real manufactured product photographed practically with a macro cinema lens, not CGI product animation. Complete the inspection before moving to the next object.

---

# 6.8-8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the PRODUCT inspection, the CAMERA leaves the hero object behind at its existing world-space position. The CAMERA travels diagonally through the frozen scene toward the SAME [PROP A]. THE PROP DOES NOT APPROACH THE CAMERA. The camera physically approaches its existing location. HOLD a photographic macro close-up. Show the SAME [PROP A] with its physical consequence (spill/opening/scatter) clearly understandable and restrained â€” never explosive or decorative. The camera reveals real material texture, realistic surface tension or physical wear, and subtle natural reflections. Perform a small restrained lateral/parallax CAMERA move around the prop and its effect. HOLD. Give the audience enough time to observe true material detail. Complete this inspection before leaving.

---

# 8.3-9.8s â€” SECONDARY PROP B INSPECTION

Only after completing the previous inspection, the CAMERA moves away, leaving prior objects behind at their existing world-space anchors. The CAMERA travels through the same frozen three-dimensional scene toward the SINGLE suspended [PROP B]. THE PROP DOES NOT APPROACH THE CAMERA. It remains near the physical position where it left the hand. The CAMERA physically closes the distance. First show enough of the prop to establish continuity â€” it is unmistakably the SAME object seen earlier. HOLD briefly on its complete silhouette. Then the CAMERA moves closer to its most distinctive detail [e.g. an illuminated display, an engraved detail, a label] for an extreme photographic macro close-up. HOLD. Show real material texture, tiny wear marks, and realistic reflections. The prop does NOT transform or become a different object. The CAMERA simply approaches the SAME prop that has existed since the beginning. Exactly ONE of this prop exists. The originating hand remains completely EMPTY in the background.

---

# 9.8-10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the final inspection, the CAMERA performs a fast but perfectly smooth dolly backward. Every object remains at its established world-space position. Reveal the complete accident again. Same MODEL IMAGE protagonist still falling backward. Both hands empty. Same PRODUCT IMAGE HERO OBJECT. Same [PROP A] with its consequence. Same [PROP B]. Exactly one secondary person [+ accompanying element]. All objects occupy positions spatially consistent with their original release points and trajectories. No object has followed the camera. No object has teleported. No prop has been regenerated. HOLD the complete frozen tableau briefly.

---

# 10.4-12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum resume simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION. The protagonist completes the backward fall naturally. The PRODUCT IMAGE HERO OBJECT continues from its suspended position and lands where its existing momentum and gravity physically lead it [or settles naturally if worn/attached and not meant to fall]. [PROP A] continues from its own separate suspended position and completes its physical consequence realistically on impact. [PROP B] continues from its own separate suspended position, strikes the ground, and makes one small physically believable bounce or stop. The objects land at DIFFERENT physically plausible locations. They do NOT suddenly converge beside the protagonist. The CAMERA rapidly tilts/drops toward ground level to follow the final physical impact. Finish with a cinematic low-angle composition connecting the fallen protagonist and scattered objects inside the same believable environment. Hard cut.

---

# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA. During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE. Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving the object toward the lens. Never enlarge the object artificially. Never teleport an object to the camera. STRICT CAMERA ROUTE: FULL FROZEN TABLEAU -> CAMERA DOLLIES TO PRODUCT HERO OBJECT -> HOLD -> SMALL 20-30 degree CAMERA ORBIT -> CAMERA TRAVELS TO PROP A -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO PROP B -> ESTABLISH COMPLETE PROP -> MOVE CLOSER TO KEY DETAIL -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects that were physically released earlier. Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances. PRODUCT IMAGE HERO OBJECT: same object, same design, same trajectory, same world-space identity. PROP A: same item, same physical consequence, same world-space identity. PROP B: same item, same geometry, same world-space identity. Changing camera distance must NOT change object design.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause. The protagonist recoils because of the collision contact. The HERO OBJECT moves because collision momentum separates it. Each secondary prop changes position because the corresponding hand releases it and collision momentum acts on it. Any spill, opening, or scatter happens only because a real physical gap or impact force now exists. Objects become larger in frame because the CAMERA approaches them. Objects fall because normal gravity resumes. Nothing transforms simply because the camera gets closer. Treat the entire sequence as ONE real practical-effects event photographed continuously with a motion-control cinema camera.

---

# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person [+ any accompanying element]. ONE PRODUCT IMAGE HERO OBJECT. ONE [PROP A]. ONE [PROP B]. Before collision: RIGHT HAND / LEFT HAND assignments as defined above. After collision: RIGHT HAND = EMPTY, LEFT HAND = EMPTY. No second hero object. No second instance of either prop. No additional secondary characters. No prop appearing inside an empty hand. No prop duplication during macro shots. No object teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and product separation. Prioritize: 1. stable facial identity; 2. anatomically correct natural eyes; 3. stable hairstyle silhouette and realistic hair texture; 4. stable body proportions; 5. stable clothing; 6. accurate PRODUCT IMAGE geometry; 7. stable secondary prop geometry; 8. empty hands after release; 9. continuous object trajectories.

---

# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international campaign. High-budget cinematic music-video realism. Real human anatomy. Real skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props. Real manufactured PRODUCT IMAGE object. Real material behavior for every secondary prop. Real object mass. Real inertia. Real gravity. Real surface tension. Realistic momentum. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated natural environmental lighting. Controlled highlights. Natural skin tones. Realistic optical depth of field. Shallow macro depth of field during object inspections. Subtle 35mm film texture. Restrained luxury editorial colour grade. The bullet-time sequence feels like a real practical high-speed photography shoot using a motion-control cinema camera, NOT CGI product animation. 4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic detail, sharp optical clarity, cinematic texture, natural colours, stable identity, stable geometry, stable prop continuity.
HOW TO USE THIS SYSTEM PROMPT

Feed this system prompt to your generating LLM along with:

MODEL IMAGE â€” the person who will appear as protagonist
PRODUCT IMAGE â€” the hero product being featured
LOCATION IMAGE â€” optional; omit to let the model invent a fitting environment

The LLM will silently reason through Step 0, then return only the filled-in OUTPUT PROMPT TEMPLATE (no brackets, no placeholders left visible) as the final bullet-time video generation prompt, ready to paste into the video model.2b:T581e,# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve her long, center-parted blonde hair, white lace-up corset-style top with shoulder bows, distressed blue denim miniskirt, black lace-top sheer stockings, black knee-high boots and delicate gold jewelry. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Create a contemporary European boutique-cinema forecourt with pale limestone architecture, broad honed-stone pedestrian paving, bronze-framed display windows and warm late-afternoon sidelight. Soft practical lights glow beneath a cinema canopy. Invent an original layout and camera angle, with ample pedestrian space for the protagonist, dog walker and moving camera. Keep the action on a wide, level pedestrian surface well away from traffic, steps and curbs. Architecture maintains realistic scale and perspective. No additional background people.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the supplied standalone tortoiseshell sunglasses photograph as the PRODUCT IMAGE: the exact visual reference for the primary worn object featured in the bullet-time sequence. Preserve the upswept cat-eye silhouette, glossy amber-and-dark-brown mottled frame, brown gradient lenses, sculpted bridge, thick temples, visible hinges and small gold-tone temple emblems. The SAME PRODUCT IMAGE sunglasses must remain recognizable when worn, when released, during macro inspection and after landing. They begin naturally worn on the protagonistâ€™s nose and ears, with no retaining strap.

Use the supplied smartphone photograph to define the single incidental smartphone: silver-grey flat-edged housing, rounded corners, dark screen border, pill-shaped front camera cutout and triple rear-camera assembly. The front and rear views in that photograph describe ONE physical phone, not two phones.

Use the supplied popcorn photograph to define the single incidental popcorn carton: tall tapered paperboard construction, mustard-gold and cream vertical stripes, scalloped open rim and pale golden popcorn.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography.

The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2â€“3% of normal speed. Objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the event and inspect them.

Objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE yellow Labrador. Exactly ONE leash, attached to the Labradorâ€™s single plain collar and continuously held by the secondary person.

Exactly ONE PRODUCT IMAGE pair of sunglasses. Exactly ONE striped popcorn carton containing one finite portion of popcorn. Exactly ONE silver-grey smartphone.

Individual popcorn pieces belong to the original cartonâ€™s contents; they are not newly generated props. No coffee cup, drinking lid, flip phone, extra smartphone or duplicate sunglasses.

---

# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE pair of tortoiseshell cat-eye sunglasses. It is always the SAME physical object: glossy amber-and-dark-brown patterned acetate, two brown gradient lenses, an integrated sculpted bridge, two open temples, mechanical hinges and small gold-tone temple emblems matching the PRODUCT IMAGE.

LOCK the exact frame proportions, tortoiseshell pattern placement, lens tint, material thickness, temple curvature, hinge placement and emblem geometry. Both temples remain open through release and suspension. Any movement at impact must be mechanically plausible.

The sunglasses remain the SAME physical prop during the wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall and ground impact.

Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the sunglasses when camera distance changes.

---

# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE mustard-gold-and-cream striped popcorn carton and exactly ONE silver-grey smartphone.

The carton retains the same tapered proportions, scalloped rim, stripe spacing, paperboard thickness and folded construction throughout. It starts open and filled to a modest mound above the rim. Popcorn can leave only through the existing open top. No pieces pass through the carton walls. Maintain conservation of contents: every released piece reduces what remains inside. No explosive eruption or endless replenishment.

The smartphone retains the same dimensions, silver-grey finish, flat edges, front camera cutout, display, side buttons and triple rear cameras. It is a rigid modern smartphone, never a clamshell device.

Its screen is illuminated from the beginning, showing the same Instagram-style feed visible in the supplied smartphone reference, including a cafÃ© photograph of a latte and spiral pastry. No incoming-call screen or unexplained interface transformation. Screen brightness and reflections change only with viewing angle and lighting.

---

# HAND OWNERSHIP

Before collision: RIGHT HAND = ONE silver-grey smartphone, held upright at lower-chest height. LEFT HAND = ONE striped popcorn carton, supported around its lower half.

PRODUCT IMAGE HERO OBJECT = naturally worn on the protagonistâ€™s nose and ears.

At release, the fingers physically open and release the handheld props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY.

The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

---

# 0.0â€“2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonistâ€™s black knee-high boots walking naturally across the cinema forecourt.

The camera performs one elegant continuous movement: smooth crane upward plus gentle backward tracking. Reveal progressively: footwear -> lace-top stockings -> distressed denim miniskirt -> white corset-style top -> gold jewelry and blonde hair -> face -> nearly full-body composition.

Give the audience enough time to recognize the MODEL IMAGE protagonist. She wears the SAME PRODUCT IMAGE tortoiseshell sunglasses. She holds the SAME smartphone upright in her RIGHT hand and the SAME striped popcorn carton in her LEFT hand.

She briefly glances at the illuminated phone, then lifts her gaze toward her walking path. No phone conversation. Maintain exact MODEL IMAGE facial identity and natural, relaxed micro-expressions.

---

# 2.0â€“3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain smooth frontal tracking. The protagonist continues walking naturally across the broad pedestrian forecourt, holding the phone and popcorn consistently.

Exactly ONE secondary person approaches from the opposite direction, holding the leash of exactly ONE yellow Labrador. The Labrador walks slightly ahead, giving the leash a gentle, believable tension. The dog remains on the handlerâ€™s outer side, away from the protagonistâ€™s feet.

The handler adjusts their path around the protagonist but passes slightly too close. The handler and Labrador remain supporting elements.

Maintain stable MODEL IMAGE identity, facial anatomy, hairstyle, clothing, PRODUCT IMAGE geometry, smartphone geometry and popcorn-carton construction.

---

# 3.7â€“4.4s â€” ACCIDENTAL COLLISION

As they pass, the secondary personâ€™s bent elbow accidentally clips the protagonistâ€™s left upper arm. The contact is brief, small and believable.

Caught during a walking weight transfer, the protagonist recoils backward and begins losing balance. Her knees soften instinctively. No violent launch, injury or contact with the dog. Three release events result from this SAME collision.

## HERO OBJECT

The abrupt backward acceleration of her head allows the loosely fitted sunglasses to retain a small amount of forward momentum. The bridge slides off her nose; both open temples slide clear of her ears without catching in her hair.

The sunglasses receive ONE short relative outward release impulse and begin a restrained forward pitch. They travel only approximately 10â€“20 centimeters from their worn position before the time ramp nearly arrests visible motion.

They do NOT launch toward the camera. Neither the frame nor the face deforms to permit separation.

## SECONDARY PROP A â€” POPCORN CARTON

The SAME popcorn carton leaves the LEFT hand as her fingers open. Her recoiling forearm gives it a short leftward impulse and a small outward tilt.

As the open rim tips, a small cluster of loose popcorn pieces near the top continues under inertia and clears the actual opening. The bulk of the popcorn remains inside. Pieces separate into irregular short trajectories, with subtle individual rotations. No explosive cloud.

## SECONDARY PROP B â€” SMARTPHONE

The SAME smartphone leaves the RIGHT hand when her startled fingers uncurl. A small reflexive wrist movement gives it one short rightward/upward impulse and a slight rigid-body rotation.

It preserves the SAME housing, display and camera geometry. The instant it separates from her fingers, the RIGHT HAND becomes EMPTY. The instant the carton separates, the LEFT HAND becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision and sunglasses release.

Her anatomically complete face and natural eyes already exist behind the lenses before separation. Removing the sunglasses merely reveals the same eyes; the face does NOT regenerate.

Maintain stable pupils, natural eyelids, correct gaze direction, facial symmetry, brow, nose and cheekbones. Do not invent a conspicuously different eye appearance during the reveal.

Preserve her center part, long blonde hair, hairline, texture and overall hairstyle volume. Hair responds with subtle inertia only. The temples slide clear without dragging or rearranging the hairstyle.

---

# 4.4â€“5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2â€“3% of normal speed. DO NOT immediately move to a macro close-up.

FIRST HOLD a clear medium-wide view of the complete accident. Establish the spatial geometry:

The protagonist is beginning to fall backward with bent knees. BOTH HANDS ARE EMPTY.

The sunglasses are just forward of her face at approximately eye height.

The tilted popcorn carton is lower, toward her LEFT-hand release side. A small cluster of popcorn pieces is suspended immediately above and outside its open rim.

The smartphone is toward her RIGHT-hand release side near chest height, distinct from the sunglasses and carton.

The secondary person and Labrador remain beyond the protagonistâ€™s left side, with continuous leash ownership and no entanglement.

These positions become persistent WORLD-SPACE ANCHORS, allowing only tiny continuous progression along the original trajectories. Nothing tracks the camera or artificially grows in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

---

# 5.2â€“6.8s â€” PRODUCT HERO OBJECT INSPECTION

The sunglasses remain almost stationary at their established world-space anchor.

The CAMERA performs a controlled cinematic dolly toward them, approaching through clear space without crossing the protagonistâ€™s body or the props. They become larger in frame ONLY because camera-to-object distance decreases.

Once close, slow the camera dramatically. HOLD. Perform a restrained approximately 20â€“30 degree orbital/parallax CAMERA movement around the almost-stationary sunglasses.

Reveal the exact cat-eye silhouette, translucent amber areas within the dark tortoiseshell pattern, polished acetate thickness, brown gradient lenses, bridge contour, real hinge construction and small gold-tone temple emblem.

Use shallow photographic depth of field with controlled focus placement across the frame and nearest temple. Her unchanged face and the forecourt remain softly recognizable behind the product.

The sunglasses remain a real manufactured object inside the SAME physical scene, not an isolated CGI turntable render. Complete the inspection before moving away.

---

# 6.8â€“8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the sunglasses inspection, the CAMERA leaves them behind at their existing world-space position and travels diagonally downward toward the SAME popcorn carton.

THE CARTON DOES NOT APPROACH THE CAMERA.

HOLD a photographic macro close-up. Establish its mustard-gold and cream stripes, tapered body and scalloped open rim. Reveal real paper fibers, printed ink, folded seams and subtle pressure creases already present from the protagonistâ€™s grip.

Show the small cluster of popcorn pieces emerging through the actual open top. Reveal irregular popped shapes, pale golden surfaces, porous texture and fine salt grains adhering to the pieces.

Most popcorn remains inside the carton. The released pieces move only minimally along their established short trajectories. They do not form a decorative halo, spell words or multiply.

Perform a small lateral/parallax CAMERA move around the rim and nearby popcorn. HOLD long enough to read the material behavior. Complete the inspection before leaving.

---

# 8.3â€“9.8s â€” SECONDARY PROP B INSPECTION

The CAMERA leaves the carton and popcorn at their existing world-space positions, then travels through the same scene toward the SINGLE suspended smartphone.

THE PHONE DOES NOT APPROACH THE CAMERA. It remains near its RIGHT-hand release position.

First establish its complete silhouette: the SAME silver-grey flat-edged smartphone, rounded corners, thin dark bezel and pill-shaped front camera cutout. HOLD briefly.

Then physically move closer to its existing illuminated display for an extreme photographic macro close-up. Show the same social-media cafÃ© post with the latte and spiral pastry. The screen does not change to an incoming call, and the phone never becomes a flip phone.

Reveal screen-glass reflections, fine edge wear, metallic side finish and small manufacturing details. Keep the interface attached correctly to the screen plane, with realistic perspective and brightness.

Exactly ONE phone exists. The protagonistâ€™s originating RIGHT HAND remains completely EMPTY in the softly defocused background.

---

# 9.8â€“10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward through an unobstructed route.

Every object remains at its established world-space position, with only the tiny continuous movement permitted by slowed time.

Reveal the complete accident again: the SAME MODEL IMAGE protagonist leaning backward, both hands empty; the SAME sunglasses forward of her face; the SAME tilted popcorn carton and small cluster of released pieces to her left; the SAME smartphone to her right; exactly ONE secondary person, ONE Labrador and ONE continuously held leash.

All positions remain consistent with the original release points and trajectories. No object has followed the camera, teleported or regenerated. HOLD the complete tableau briefly.

---

# 10.4â€“12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum return to normal perceived speed simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION.

The protagonist completes a controlled backward stumble into a low seated fall, knees bent and empty palms instinctively bracing behind her. No head impact, visible injury or exaggerated body motion.

The sunglasses continue forward and downward, strike the paving with a light frame-edge contact, make one small bounce and settle intact. Preserve their exact frame, lenses and temple construction.

The popcorn carton lands separately on its lower corner, tips onto one side and releases more of its ORIGINAL contents through the open rim. Paperboard flexes slightly on impact. Popcorn pieces bounce and scatter irregularly over a compact, physically plausible area, with most staying near the carton.

The smartphone lands on a lower housing edge at its own separate location, makes one restrained bounce and settles screen-up. Its screen remains the same physical display; no transformation or duplicate device.

The handler stops and turns toward the protagonist. The Labrador remains unharmed and outside the landing paths; the leash stays in the handlerâ€™s hand.

The CAMERA rapidly lowers and tilts toward ground level to follow the impacts. Finish with a cinematic low-angle composition connecting the seated protagonist, sunglasses, fallen carton, scattered popcorn and smartphone within the same environment. Objects remain at different plausible landing locations rather than converging for composition. Hard cut.

---

# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA.

During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE.

Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving an object toward the lens. Never enlarge an object artificially. Never teleport an object to the camera.

STRICT CAMERA ROUTE:

FULL FROZEN TABLEAU -> CAMERA DOLLIES TO SUNGLASSES -> HOLD -> SMALL 20â€“30 DEGREE CAMERA ORBIT -> CAMERA TRAVELS TO POPCORN CARTON -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO SMARTPHONE -> ESTABLISH COMPLETE PHONE -> MOVE CLOSER TO EXISTING DISPLAY -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

All travel occurs through physically clear space. No hidden cuts, object pass-throughs or impossible camera intersections.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects physically released earlier.

Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances.

PRODUCT IMAGE HERO OBJECT: same sunglasses, tortoiseshell pattern, lenses, hinges, emblems, trajectory and world-space identity.

SECONDARY PROP A: same striped carton, same original popcorn contents, same tilt, same released pieces and world-space identity.

SECONDARY PROP B: same smartphone, housing, display, rear cameras, interface, trajectory and world-space identity.

Changing camera distance must NOT change object design. No new kernels appear merely because the camera approaches the carton.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause.

The protagonist recoils because of elbow contact during a walking weight transfer. The sunglasses separate because her head recoils while the loosely fitted frame briefly retains forward momentum. Both temples physically clear her ears.

The carton moves because her fingers release it and her recoiling arm imparts a small impulse. Popcorn exits because the open carton tilts and its contents retain inertia.

The smartphone moves because her fingers release it during a small wrist motion.

Objects become larger in frame because the CAMERA approaches them. Their tiny slowed trajectories continue under the time ramp; normal-speed falling resumes when the time ramp ends.

Nothing transforms because the camera gets closer. Treat the entire sequence as ONE practical-effects event photographed continuously with a motion-control cinema camera.

---

# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person. ONE Labrador. ONE collar. ONE leash.

ONE PRODUCT IMAGE pair of sunglasses. ONE striped popcorn carton containing one finite original portion. ONE silver-grey smartphone.

Before collision: RIGHT HAND = smartphone. LEFT HAND = popcorn carton. SUNGLASSES = worn on face.

After release: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. SUNGLASSES = separated from face.

No second hero object. No extra smartphone. No coffee cup or lid. No flip phone. No additional dog or handler. No background characters. No prop appearing inside an empty hand. No duplication during macro shots. No teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and sunglasses separation.

Prioritize:

1. Stable facial identity.
2. Anatomically correct natural eyes.
3. Stable hairstyle silhouette and realistic blonde hair texture.
4. Stable body proportions.
5. Stable clothing, footwear and jewelry.
6. Accurate PRODUCT IMAGE sunglasses geometry and pattern.
7. Stable popcorn-carton and smartphone geometry.
8. Empty hands after release.
9. Continuous object trajectories and conserved popcorn contents.

---

# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international fashion/product campaign. Real human anatomy, skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props.

Real polished acetate sunglasses, gradient lenses and metal hinges. Real printed paperboard. Real popcorn texture and lightweight tumbling behavior. Real smartphone glass and metal.

Real mass, inertia, gravity, contact forces, material flex and impact behavior. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated warm late-afternoon lighting, controlled highlights and natural skin tones. Realistic optical depth of field, shallow macro focus, subtle 35mm film texture and restrained luxury editorial colour grading.

The bullet-time sequence feels like practical high-speed photography with a motion-control cinema camera, NOT CGI product animation.

4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic texture, sharp optical clarity, natural colours, stable identity, stable geometry and continuous prop ownership.2c:T581e,# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve her long, center-parted blonde hair, white lace-up corset-style top with shoulder bows, distressed blue denim miniskirt, black lace-top sheer stockings, black knee-high boots and delicate gold jewelry. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Create a contemporary European boutique-cinema forecourt with pale limestone architecture, broad honed-stone pedestrian paving, bronze-framed display windows and warm late-afternoon sidelight. Soft practical lights glow beneath a cinema canopy. Invent an original layout and camera angle, with ample pedestrian space for the protagonist, dog walker and moving camera. Keep the action on a wide, level pedestrian surface well away from traffic, steps and curbs. Architecture maintains realistic scale and perspective. No additional background people.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the supplied standalone tortoiseshell sunglasses photograph as the PRODUCT IMAGE: the exact visual reference for the primary worn object featured in the bullet-time sequence. Preserve the upswept cat-eye silhouette, glossy amber-and-dark-brown mottled frame, brown gradient lenses, sculpted bridge, thick temples, visible hinges and small gold-tone temple emblems. The SAME PRODUCT IMAGE sunglasses must remain recognizable when worn, when released, during macro inspection and after landing. They begin naturally worn on the protagonistâ€™s nose and ears, with no retaining strap.

Use the supplied smartphone photograph to define the single incidental smartphone: silver-grey flat-edged housing, rounded corners, dark screen border, pill-shaped front camera cutout and triple rear-camera assembly. The front and rear views in that photograph describe ONE physical phone, not two phones.

Use the supplied popcorn photograph to define the single incidental popcorn carton: tall tapered paperboard construction, mustard-gold and cream vertical stripes, scalloped open rim and pale golden popcorn.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography.

The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2â€“3% of normal speed. Objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the event and inspect them.

Objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE yellow Labrador. Exactly ONE leash, attached to the Labradorâ€™s single plain collar and continuously held by the secondary person.

Exactly ONE PRODUCT IMAGE pair of sunglasses. Exactly ONE striped popcorn carton containing one finite portion of popcorn. Exactly ONE silver-grey smartphone.

Individual popcorn pieces belong to the original cartonâ€™s contents; they are not newly generated props. No coffee cup, drinking lid, flip phone, extra smartphone or duplicate sunglasses.

---

# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE pair of tortoiseshell cat-eye sunglasses. It is always the SAME physical object: glossy amber-and-dark-brown patterned acetate, two brown gradient lenses, an integrated sculpted bridge, two open temples, mechanical hinges and small gold-tone temple emblems matching the PRODUCT IMAGE.

LOCK the exact frame proportions, tortoiseshell pattern placement, lens tint, material thickness, temple curvature, hinge placement and emblem geometry. Both temples remain open through release and suspension. Any movement at impact must be mechanically plausible.

The sunglasses remain the SAME physical prop during the wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall and ground impact.

Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the sunglasses when camera distance changes.

---

# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE mustard-gold-and-cream striped popcorn carton and exactly ONE silver-grey smartphone.

The carton retains the same tapered proportions, scalloped rim, stripe spacing, paperboard thickness and folded construction throughout. It starts open and filled to a modest mound above the rim. Popcorn can leave only through the existing open top. No pieces pass through the carton walls. Maintain conservation of contents: every released piece reduces what remains inside. No explosive eruption or endless replenishment.

The smartphone retains the same dimensions, silver-grey finish, flat edges, front camera cutout, display, side buttons and triple rear cameras. It is a rigid modern smartphone, never a clamshell device.

Its screen is illuminated from the beginning, showing the same Instagram-style feed visible in the supplied smartphone reference, including a cafÃ© photograph of a latte and spiral pastry. No incoming-call screen or unexplained interface transformation. Screen brightness and reflections change only with viewing angle and lighting.

---

# HAND OWNERSHIP

Before collision: RIGHT HAND = ONE silver-grey smartphone, held upright at lower-chest height. LEFT HAND = ONE striped popcorn carton, supported around its lower half.

PRODUCT IMAGE HERO OBJECT = naturally worn on the protagonistâ€™s nose and ears.

At release, the fingers physically open and release the handheld props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY.

The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

---

# 0.0â€“2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonistâ€™s black knee-high boots walking naturally across the cinema forecourt.

The camera performs one elegant continuous movement: smooth crane upward plus gentle backward tracking. Reveal progressively: footwear -> lace-top stockings -> distressed denim miniskirt -> white corset-style top -> gold jewelry and blonde hair -> face -> nearly full-body composition.

Give the audience enough time to recognize the MODEL IMAGE protagonist. She wears the SAME PRODUCT IMAGE tortoiseshell sunglasses. She holds the SAME smartphone upright in her RIGHT hand and the SAME striped popcorn carton in her LEFT hand.

She briefly glances at the illuminated phone, then lifts her gaze toward her walking path. No phone conversation. Maintain exact MODEL IMAGE facial identity and natural, relaxed micro-expressions.

---

# 2.0â€“3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain smooth frontal tracking. The protagonist continues walking naturally across the broad pedestrian forecourt, holding the phone and popcorn consistently.

Exactly ONE secondary person approaches from the opposite direction, holding the leash of exactly ONE yellow Labrador. The Labrador walks slightly ahead, giving the leash a gentle, believable tension. The dog remains on the handlerâ€™s outer side, away from the protagonistâ€™s feet.

The handler adjusts their path around the protagonist but passes slightly too close. The handler and Labrador remain supporting elements.

Maintain stable MODEL IMAGE identity, facial anatomy, hairstyle, clothing, PRODUCT IMAGE geometry, smartphone geometry and popcorn-carton construction.

---

# 3.7â€“4.4s â€” ACCIDENTAL COLLISION

As they pass, the secondary personâ€™s bent elbow accidentally clips the protagonistâ€™s left upper arm. The contact is brief, small and believable.

Caught during a walking weight transfer, the protagonist recoils backward and begins losing balance. Her knees soften instinctively. No violent launch, injury or contact with the dog. Three release events result from this SAME collision.

## HERO OBJECT

The abrupt backward acceleration of her head allows the loosely fitted sunglasses to retain a small amount of forward momentum. The bridge slides off her nose; both open temples slide clear of her ears without catching in her hair.

The sunglasses receive ONE short relative outward release impulse and begin a restrained forward pitch. They travel only approximately 10â€“20 centimeters from their worn position before the time ramp nearly arrests visible motion.

They do NOT launch toward the camera. Neither the frame nor the face deforms to permit separation.

## SECONDARY PROP A â€” POPCORN CARTON

The SAME popcorn carton leaves the LEFT hand as her fingers open. Her recoiling forearm gives it a short leftward impulse and a small outward tilt.

As the open rim tips, a small cluster of loose popcorn pieces near the top continues under inertia and clears the actual opening. The bulk of the popcorn remains inside. Pieces separate into irregular short trajectories, with subtle individual rotations. No explosive cloud.

## SECONDARY PROP B â€” SMARTPHONE

The SAME smartphone leaves the RIGHT hand when her startled fingers uncurl. A small reflexive wrist movement gives it one short rightward/upward impulse and a slight rigid-body rotation.

It preserves the SAME housing, display and camera geometry. The instant it separates from her fingers, the RIGHT HAND becomes EMPTY. The instant the carton separates, the LEFT HAND becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision and sunglasses release.

Her anatomically complete face and natural eyes already exist behind the lenses before separation. Removing the sunglasses merely reveals the same eyes; the face does NOT regenerate.

Maintain stable pupils, natural eyelids, correct gaze direction, facial symmetry, brow, nose and cheekbones. Do not invent a conspicuously different eye appearance during the reveal.

Preserve her center part, long blonde hair, hairline, texture and overall hairstyle volume. Hair responds with subtle inertia only. The temples slide clear without dragging or rearranging the hairstyle.

---

# 4.4â€“5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2â€“3% of normal speed. DO NOT immediately move to a macro close-up.

FIRST HOLD a clear medium-wide view of the complete accident. Establish the spatial geometry:

The protagonist is beginning to fall backward with bent knees. BOTH HANDS ARE EMPTY.

The sunglasses are just forward of her face at approximately eye height.

The tilted popcorn carton is lower, toward her LEFT-hand release side. A small cluster of popcorn pieces is suspended immediately above and outside its open rim.

The smartphone is toward her RIGHT-hand release side near chest height, distinct from the sunglasses and carton.

The secondary person and Labrador remain beyond the protagonistâ€™s left side, with continuous leash ownership and no entanglement.

These positions become persistent WORLD-SPACE ANCHORS, allowing only tiny continuous progression along the original trajectories. Nothing tracks the camera or artificially grows in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

---

# 5.2â€“6.8s â€” PRODUCT HERO OBJECT INSPECTION

The sunglasses remain almost stationary at their established world-space anchor.

The CAMERA performs a controlled cinematic dolly toward them, approaching through clear space without crossing the protagonistâ€™s body or the props. They become larger in frame ONLY because camera-to-object distance decreases.

Once close, slow the camera dramatically. HOLD. Perform a restrained approximately 20â€“30 degree orbital/parallax CAMERA movement around the almost-stationary sunglasses.

Reveal the exact cat-eye silhouette, translucent amber areas within the dark tortoiseshell pattern, polished acetate thickness, brown gradient lenses, bridge contour, real hinge construction and small gold-tone temple emblem.

Use shallow photographic depth of field with controlled focus placement across the frame and nearest temple. Her unchanged face and the forecourt remain softly recognizable behind the product.

The sunglasses remain a real manufactured object inside the SAME physical scene, not an isolated CGI turntable render. Complete the inspection before moving away.

---

# 6.8â€“8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the sunglasses inspection, the CAMERA leaves them behind at their existing world-space position and travels diagonally downward toward the SAME popcorn carton.

THE CARTON DOES NOT APPROACH THE CAMERA.

HOLD a photographic macro close-up. Establish its mustard-gold and cream stripes, tapered body and scalloped open rim. Reveal real paper fibers, printed ink, folded seams and subtle pressure creases already present from the protagonistâ€™s grip.

Show the small cluster of popcorn pieces emerging through the actual open top. Reveal irregular popped shapes, pale golden surfaces, porous texture and fine salt grains adhering to the pieces.

Most popcorn remains inside the carton. The released pieces move only minimally along their established short trajectories. They do not form a decorative halo, spell words or multiply.

Perform a small lateral/parallax CAMERA move around the rim and nearby popcorn. HOLD long enough to read the material behavior. Complete the inspection before leaving.

---

# 8.3â€“9.8s â€” SECONDARY PROP B INSPECTION

The CAMERA leaves the carton and popcorn at their existing world-space positions, then travels through the same scene toward the SINGLE suspended smartphone.

THE PHONE DOES NOT APPROACH THE CAMERA. It remains near its RIGHT-hand release position.

First establish its complete silhouette: the SAME silver-grey flat-edged smartphone, rounded corners, thin dark bezel and pill-shaped front camera cutout. HOLD briefly.

Then physically move closer to its existing illuminated display for an extreme photographic macro close-up. Show the same social-media cafÃ© post with the latte and spiral pastry. The screen does not change to an incoming call, and the phone never becomes a flip phone.

Reveal screen-glass reflections, fine edge wear, metallic side finish and small manufacturing details. Keep the interface attached correctly to the screen plane, with realistic perspective and brightness.

Exactly ONE phone exists. The protagonistâ€™s originating RIGHT HAND remains completely EMPTY in the softly defocused background.

---

# 9.8â€“10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward through an unobstructed route.

Every object remains at its established world-space position, with only the tiny continuous movement permitted by slowed time.

Reveal the complete accident again: the SAME MODEL IMAGE protagonist leaning backward, both hands empty; the SAME sunglasses forward of her face; the SAME tilted popcorn carton and small cluster of released pieces to her left; the SAME smartphone to her right; exactly ONE secondary person, ONE Labrador and ONE continuously held leash.

All positions remain consistent with the original release points and trajectories. No object has followed the camera, teleported or regenerated. HOLD the complete tableau briefly.

---

# 10.4â€“12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum return to normal perceived speed simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION.

The protagonist completes a controlled backward stumble into a low seated fall, knees bent and empty palms instinctively bracing behind her. No head impact, visible injury or exaggerated body motion.

The sunglasses continue forward and downward, strike the paving with a light frame-edge contact, make one small bounce and settle intact. Preserve their exact frame, lenses and temple construction.

The popcorn carton lands separately on its lower corner, tips onto one side and releases more of its ORIGINAL contents through the open rim. Paperboard flexes slightly on impact. Popcorn pieces bounce and scatter irregularly over a compact, physically plausible area, with most staying near the carton.

The smartphone lands on a lower housing edge at its own separate location, makes one restrained bounce and settles screen-up. Its screen remains the same physical display; no transformation or duplicate device.

The handler stops and turns toward the protagonist. The Labrador remains unharmed and outside the landing paths; the leash stays in the handlerâ€™s hand.

The CAMERA rapidly lowers and tilts toward ground level to follow the impacts. Finish with a cinematic low-angle composition connecting the seated protagonist, sunglasses, fallen carton, scattered popcorn and smartphone within the same environment. Objects remain at different plausible landing locations rather than converging for composition. Hard cut.

---

# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA.

During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE.

Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving an object toward the lens. Never enlarge an object artificially. Never teleport an object to the camera.

STRICT CAMERA ROUTE:

FULL FROZEN TABLEAU -> CAMERA DOLLIES TO SUNGLASSES -> HOLD -> SMALL 20â€“30 DEGREE CAMERA ORBIT -> CAMERA TRAVELS TO POPCORN CARTON -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO SMARTPHONE -> ESTABLISH COMPLETE PHONE -> MOVE CLOSER TO EXISTING DISPLAY -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

All travel occurs through physically clear space. No hidden cuts, object pass-throughs or impossible camera intersections.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects physically released earlier.

Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances.

PRODUCT IMAGE HERO OBJECT: same sunglasses, tortoiseshell pattern, lenses, hinges, emblems, trajectory and world-space identity.

SECONDARY PROP A: same striped carton, same original popcorn contents, same tilt, same released pieces and world-space identity.

SECONDARY PROP B: same smartphone, housing, display, rear cameras, interface, trajectory and world-space identity.

Changing camera distance must NOT change object design. No new kernels appear merely because the camera approaches the carton.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause.

The protagonist recoils because of elbow contact during a walking weight transfer. The sunglasses separate because her head recoils while the loosely fitted frame briefly retains forward momentum. Both temples physically clear her ears.

The carton moves because her fingers release it and her recoiling arm imparts a small impulse. Popcorn exits because the open carton tilts and its contents retain inertia.

The smartphone moves because her fingers release it during a small wrist motion.

Objects become larger in frame because the CAMERA approaches them. Their tiny slowed trajectories continue under the time ramp; normal-speed falling resumes when the time ramp ends.

Nothing transforms because the camera gets closer. Treat the entire sequence as ONE practical-effects event photographed continuously with a motion-control cinema camera.

---

# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person. ONE Labrador. ONE collar. ONE leash.

ONE PRODUCT IMAGE pair of sunglasses. ONE striped popcorn carton containing one finite original portion. ONE silver-grey smartphone.

Before collision: RIGHT HAND = smartphone. LEFT HAND = popcorn carton. SUNGLASSES = worn on face.

After release: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. SUNGLASSES = separated from face.

No second hero object. No extra smartphone. No coffee cup or lid. No flip phone. No additional dog or handler. No background characters. No prop appearing inside an empty hand. No duplication during macro shots. No teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and sunglasses separation.

Prioritize:

1. Stable facial identity.
2. Anatomically correct natural eyes.
3. Stable hairstyle silhouette and realistic blonde hair texture.
4. Stable body proportions.
5. Stable clothing, footwear and jewelry.
6. Accurate PRODUCT IMAGE sunglasses geometry and pattern.
7. Stable popcorn-carton and smartphone geometry.
8. Empty hands after release.
9. Continuous object trajectories and conserved popcorn contents.

---

# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international fashion/product campaign. Real human anatomy, skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props.

Real polished acetate sunglasses, gradient lenses and metal hinges. Real printed paperboard. Real popcorn texture and lightweight tumbling behavior. Real smartphone glass and metal.

Real mass, inertia, gravity, contact forces, material flex and impact behavior. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated warm late-afternoon lighting, controlled highlights and natural skin tones. Realistic optical depth of field, shallow macro focus, subtle 35mm film texture and restrained luxury editorial colour grading.

The bullet-time sequence feels like practical high-speed photography with a motion-control cinema camera, NOT CGI product animation.

4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic texture, sharp optical clarity, natural colours, stable identity, stable geometry and continuous prop ownership.2d:T581e,# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve her long, center-parted blonde hair, white lace-up corset-style top with shoulder bows, distressed blue denim miniskirt, black lace-top sheer stockings, black knee-high boots and delicate gold jewelry. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Create a contemporary European boutique-cinema forecourt with pale limestone architecture, broad honed-stone pedestrian paving, bronze-framed display windows and warm late-afternoon sidelight. Soft practical lights glow beneath a cinema canopy. Invent an original layout and camera angle, with ample pedestrian space for the protagonist, dog walker and moving camera. Keep the action on a wide, level pedestrian surface well away from traffic, steps and curbs. Architecture maintains realistic scale and perspective. No additional background people.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the supplied standalone tortoiseshell sunglasses photograph as the PRODUCT IMAGE: the exact visual reference for the primary worn object featured in the bullet-time sequence. Preserve the upswept cat-eye silhouette, glossy amber-and-dark-brown mottled frame, brown gradient lenses, sculpted bridge, thick temples, visible hinges and small gold-tone temple emblems. The SAME PRODUCT IMAGE sunglasses must remain recognizable when worn, when released, during macro inspection and after landing. They begin naturally worn on the protagonistâ€™s nose and ears, with no retaining strap.

Use the supplied smartphone photograph to define the single incidental smartphone: silver-grey flat-edged housing, rounded corners, dark screen border, pill-shaped front camera cutout and triple rear-camera assembly. The front and rear views in that photograph describe ONE physical phone, not two phones.

Use the supplied popcorn photograph to define the single incidental popcorn carton: tall tapered paperboard construction, mustard-gold and cream vertical stripes, scalloped open rim and pale golden popcorn.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography.

The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2â€“3% of normal speed. Objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the event and inspect them.

Objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE yellow Labrador. Exactly ONE leash, attached to the Labradorâ€™s single plain collar and continuously held by the secondary person.

Exactly ONE PRODUCT IMAGE pair of sunglasses. Exactly ONE striped popcorn carton containing one finite portion of popcorn. Exactly ONE silver-grey smartphone.

Individual popcorn pieces belong to the original cartonâ€™s contents; they are not newly generated props. No coffee cup, drinking lid, flip phone, extra smartphone or duplicate sunglasses.

---

# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE pair of tortoiseshell cat-eye sunglasses. It is always the SAME physical object: glossy amber-and-dark-brown patterned acetate, two brown gradient lenses, an integrated sculpted bridge, two open temples, mechanical hinges and small gold-tone temple emblems matching the PRODUCT IMAGE.

LOCK the exact frame proportions, tortoiseshell pattern placement, lens tint, material thickness, temple curvature, hinge placement and emblem geometry. Both temples remain open through release and suspension. Any movement at impact must be mechanically plausible.

The sunglasses remain the SAME physical prop during the wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall and ground impact.

Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the sunglasses when camera distance changes.

---

# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE mustard-gold-and-cream striped popcorn carton and exactly ONE silver-grey smartphone.

The carton retains the same tapered proportions, scalloped rim, stripe spacing, paperboard thickness and folded construction throughout. It starts open and filled to a modest mound above the rim. Popcorn can leave only through the existing open top. No pieces pass through the carton walls. Maintain conservation of contents: every released piece reduces what remains inside. No explosive eruption or endless replenishment.

The smartphone retains the same dimensions, silver-grey finish, flat edges, front camera cutout, display, side buttons and triple rear cameras. It is a rigid modern smartphone, never a clamshell device.

Its screen is illuminated from the beginning, showing the same Instagram-style feed visible in the supplied smartphone reference, including a cafÃ© photograph of a latte and spiral pastry. No incoming-call screen or unexplained interface transformation. Screen brightness and reflections change only with viewing angle and lighting.

---

# HAND OWNERSHIP

Before collision: RIGHT HAND = ONE silver-grey smartphone, held upright at lower-chest height. LEFT HAND = ONE striped popcorn carton, supported around its lower half.

PRODUCT IMAGE HERO OBJECT = naturally worn on the protagonistâ€™s nose and ears.

At release, the fingers physically open and release the handheld props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY.

The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

---

# 0.0â€“2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonistâ€™s black knee-high boots walking naturally across the cinema forecourt.

The camera performs one elegant continuous movement: smooth crane upward plus gentle backward tracking. Reveal progressively: footwear -> lace-top stockings -> distressed denim miniskirt -> white corset-style top -> gold jewelry and blonde hair -> face -> nearly full-body composition.

Give the audience enough time to recognize the MODEL IMAGE protagonist. She wears the SAME PRODUCT IMAGE tortoiseshell sunglasses. She holds the SAME smartphone upright in her RIGHT hand and the SAME striped popcorn carton in her LEFT hand.

She briefly glances at the illuminated phone, then lifts her gaze toward her walking path. No phone conversation. Maintain exact MODEL IMAGE facial identity and natural, relaxed micro-expressions.

---

# 2.0â€“3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain smooth frontal tracking. The protagonist continues walking naturally across the broad pedestrian forecourt, holding the phone and popcorn consistently.

Exactly ONE secondary person approaches from the opposite direction, holding the leash of exactly ONE yellow Labrador. The Labrador walks slightly ahead, giving the leash a gentle, believable tension. The dog remains on the handlerâ€™s outer side, away from the protagonistâ€™s feet.

The handler adjusts their path around the protagonist but passes slightly too close. The handler and Labrador remain supporting elements.

Maintain stable MODEL IMAGE identity, facial anatomy, hairstyle, clothing, PRODUCT IMAGE geometry, smartphone geometry and popcorn-carton construction.

---

# 3.7â€“4.4s â€” ACCIDENTAL COLLISION

As they pass, the secondary personâ€™s bent elbow accidentally clips the protagonistâ€™s left upper arm. The contact is brief, small and believable.

Caught during a walking weight transfer, the protagonist recoils backward and begins losing balance. Her knees soften instinctively. No violent launch, injury or contact with the dog. Three release events result from this SAME collision.

## HERO OBJECT

The abrupt backward acceleration of her head allows the loosely fitted sunglasses to retain a small amount of forward momentum. The bridge slides off her nose; both open temples slide clear of her ears without catching in her hair.

The sunglasses receive ONE short relative outward release impulse and begin a restrained forward pitch. They travel only approximately 10â€“20 centimeters from their worn position before the time ramp nearly arrests visible motion.

They do NOT launch toward the camera. Neither the frame nor the face deforms to permit separation.

## SECONDARY PROP A â€” POPCORN CARTON

The SAME popcorn carton leaves the LEFT hand as her fingers open. Her recoiling forearm gives it a short leftward impulse and a small outward tilt.

As the open rim tips, a small cluster of loose popcorn pieces near the top continues under inertia and clears the actual opening. The bulk of the popcorn remains inside. Pieces separate into irregular short trajectories, with subtle individual rotations. No explosive cloud.

## SECONDARY PROP B â€” SMARTPHONE

The SAME smartphone leaves the RIGHT hand when her startled fingers uncurl. A small reflexive wrist movement gives it one short rightward/upward impulse and a slight rigid-body rotation.

It preserves the SAME housing, display and camera geometry. The instant it separates from her fingers, the RIGHT HAND becomes EMPTY. The instant the carton separates, the LEFT HAND becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision and sunglasses release.

Her anatomically complete face and natural eyes already exist behind the lenses before separation. Removing the sunglasses merely reveals the same eyes; the face does NOT regenerate.

Maintain stable pupils, natural eyelids, correct gaze direction, facial symmetry, brow, nose and cheekbones. Do not invent a conspicuously different eye appearance during the reveal.

Preserve her center part, long blonde hair, hairline, texture and overall hairstyle volume. Hair responds with subtle inertia only. The temples slide clear without dragging or rearranging the hairstyle.

---

# 4.4â€“5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2â€“3% of normal speed. DO NOT immediately move to a macro close-up.

FIRST HOLD a clear medium-wide view of the complete accident. Establish the spatial geometry:

The protagonist is beginning to fall backward with bent knees. BOTH HANDS ARE EMPTY.

The sunglasses are just forward of her face at approximately eye height.

The tilted popcorn carton is lower, toward her LEFT-hand release side. A small cluster of popcorn pieces is suspended immediately above and outside its open rim.

The smartphone is toward her RIGHT-hand release side near chest height, distinct from the sunglasses and carton.

The secondary person and Labrador remain beyond the protagonistâ€™s left side, with continuous leash ownership and no entanglement.

These positions become persistent WORLD-SPACE ANCHORS, allowing only tiny continuous progression along the original trajectories. Nothing tracks the camera or artificially grows in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

---

# 5.2â€“6.8s â€” PRODUCT HERO OBJECT INSPECTION

The sunglasses remain almost stationary at their established world-space anchor.

The CAMERA performs a controlled cinematic dolly toward them, approaching through clear space without crossing the protagonistâ€™s body or the props. They become larger in frame ONLY because camera-to-object distance decreases.

Once close, slow the camera dramatically. HOLD. Perform a restrained approximately 20â€“30 degree orbital/parallax CAMERA movement around the almost-stationary sunglasses.

Reveal the exact cat-eye silhouette, translucent amber areas within the dark tortoiseshell pattern, polished acetate thickness, brown gradient lenses, bridge contour, real hinge construction and small gold-tone temple emblem.

Use shallow photographic depth of field with controlled focus placement across the frame and nearest temple. Her unchanged face and the forecourt remain softly recognizable behind the product.

The sunglasses remain a real manufactured object inside the SAME physical scene, not an isolated CGI turntable render. Complete the inspection before moving away.

---

# 6.8â€“8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the sunglasses inspection, the CAMERA leaves them behind at their existing world-space position and travels diagonally downward toward the SAME popcorn carton.

THE CARTON DOES NOT APPROACH THE CAMERA.

HOLD a photographic macro close-up. Establish its mustard-gold and cream stripes, tapered body and scalloped open rim. Reveal real paper fibers, printed ink, folded seams and subtle pressure creases already present from the protagonistâ€™s grip.

Show the small cluster of popcorn pieces emerging through the actual open top. Reveal irregular popped shapes, pale golden surfaces, porous texture and fine salt grains adhering to the pieces.

Most popcorn remains inside the carton. The released pieces move only minimally along their established short trajectories. They do not form a decorative halo, spell words or multiply.

Perform a small lateral/parallax CAMERA move around the rim and nearby popcorn. HOLD long enough to read the material behavior. Complete the inspection before leaving.

---

# 8.3â€“9.8s â€” SECONDARY PROP B INSPECTION

The CAMERA leaves the carton and popcorn at their existing world-space positions, then travels through the same scene toward the SINGLE suspended smartphone.

THE PHONE DOES NOT APPROACH THE CAMERA. It remains near its RIGHT-hand release position.

First establish its complete silhouette: the SAME silver-grey flat-edged smartphone, rounded corners, thin dark bezel and pill-shaped front camera cutout. HOLD briefly.

Then physically move closer to its existing illuminated display for an extreme photographic macro close-up. Show the same social-media cafÃ© post with the latte and spiral pastry. The screen does not change to an incoming call, and the phone never becomes a flip phone.

Reveal screen-glass reflections, fine edge wear, metallic side finish and small manufacturing details. Keep the interface attached correctly to the screen plane, with realistic perspective and brightness.

Exactly ONE phone exists. The protagonistâ€™s originating RIGHT HAND remains completely EMPTY in the softly defocused background.

---

# 9.8â€“10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward through an unobstructed route.

Every object remains at its established world-space position, with only the tiny continuous movement permitted by slowed time.

Reveal the complete accident again: the SAME MODEL IMAGE protagonist leaning backward, both hands empty; the SAME sunglasses forward of her face; the SAME tilted popcorn carton and small cluster of released pieces to her left; the SAME smartphone to her right; exactly ONE secondary person, ONE Labrador and ONE continuously held leash.

All positions remain consistent with the original release points and trajectories. No object has followed the camera, teleported or regenerated. HOLD the complete tableau briefly.

---

# 10.4â€“12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum return to normal perceived speed simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION.

The protagonist completes a controlled backward stumble into a low seated fall, knees bent and empty palms instinctively bracing behind her. No head impact, visible injury or exaggerated body motion.

The sunglasses continue forward and downward, strike the paving with a light frame-edge contact, make one small bounce and settle intact. Preserve their exact frame, lenses and temple construction.

The popcorn carton lands separately on its lower corner, tips onto one side and releases more of its ORIGINAL contents through the open rim. Paperboard flexes slightly on impact. Popcorn pieces bounce and scatter irregularly over a compact, physically plausible area, with most staying near the carton.

The smartphone lands on a lower housing edge at its own separate location, makes one restrained bounce and settles screen-up. Its screen remains the same physical display; no transformation or duplicate device.

The handler stops and turns toward the protagonist. The Labrador remains unharmed and outside the landing paths; the leash stays in the handlerâ€™s hand.

The CAMERA rapidly lowers and tilts toward ground level to follow the impacts. Finish with a cinematic low-angle composition connecting the seated protagonist, sunglasses, fallen carton, scattered popcorn and smartphone within the same environment. Objects remain at different plausible landing locations rather than converging for composition. Hard cut.

---

# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA.

During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE.

Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving an object toward the lens. Never enlarge an object artificially. Never teleport an object to the camera.

STRICT CAMERA ROUTE:

FULL FROZEN TABLEAU -> CAMERA DOLLIES TO SUNGLASSES -> HOLD -> SMALL 20â€“30 DEGREE CAMERA ORBIT -> CAMERA TRAVELS TO POPCORN CARTON -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO SMARTPHONE -> ESTABLISH COMPLETE PHONE -> MOVE CLOSER TO EXISTING DISPLAY -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

All travel occurs through physically clear space. No hidden cuts, object pass-throughs or impossible camera intersections.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects physically released earlier.

Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances.

PRODUCT IMAGE HERO OBJECT: same sunglasses, tortoiseshell pattern, lenses, hinges, emblems, trajectory and world-space identity.

SECONDARY PROP A: same striped carton, same original popcorn contents, same tilt, same released pieces and world-space identity.

SECONDARY PROP B: same smartphone, housing, display, rear cameras, interface, trajectory and world-space identity.

Changing camera distance must NOT change object design. No new kernels appear merely because the camera approaches the carton.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause.

The protagonist recoils because of elbow contact during a walking weight transfer. The sunglasses separate because her head recoils while the loosely fitted frame briefly retains forward momentum. Both temples physically clear her ears.

The carton moves because her fingers release it and her recoiling arm imparts a small impulse. Popcorn exits because the open carton tilts and its contents retain inertia.

The smartphone moves because her fingers release it during a small wrist motion.

Objects become larger in frame because the CAMERA approaches them. Their tiny slowed trajectories continue under the time ramp; normal-speed falling resumes when the time ramp ends.

Nothing transforms because the camera gets closer. Treat the entire sequence as ONE practical-effects event photographed continuously with a motion-control cinema camera.

---

# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person. ONE Labrador. ONE collar. ONE leash.

ONE PRODUCT IMAGE pair of sunglasses. ONE striped popcorn carton containing one finite original portion. ONE silver-grey smartphone.

Before collision: RIGHT HAND = smartphone. LEFT HAND = popcorn carton. SUNGLASSES = worn on face.

After release: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. SUNGLASSES = separated from face.

No second hero object. No extra smartphone. No coffee cup or lid. No flip phone. No additional dog or handler. No background characters. No prop appearing inside an empty hand. No duplication during macro shots. No teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and sunglasses separation.

Prioritize:

1. Stable facial identity.
2. Anatomically correct natural eyes.
3. Stable hairstyle silhouette and realistic blonde hair texture.
4. Stable body proportions.
5. Stable clothing, footwear and jewelry.
6. Accurate PRODUCT IMAGE sunglasses geometry and pattern.
7. Stable popcorn-carton and smartphone geometry.
8. Empty hands after release.
9. Continuous object trajectories and conserved popcorn contents.

---

# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international fashion/product campaign. Real human anatomy, skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props.

Real polished acetate sunglasses, gradient lenses and metal hinges. Real printed paperboard. Real popcorn texture and lightweight tumbling behavior. Real smartphone glass and metal.

Real mass, inertia, gravity, contact forces, material flex and impact behavior. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated warm late-afternoon lighting, controlled highlights and natural skin tones. Realistic optical depth of field, shallow macro focus, subtle 35mm film texture and restrained luxury editorial colour grading.

The bullet-time sequence feels like practical high-speed photography with a motion-control cinema camera, NOT CGI product animation.

4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic texture, sharp optical clarity, natural colours, stable identity, stable geometry and continuous prop ownership.2e:T581e,# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve her long, center-parted blonde hair, white lace-up corset-style top with shoulder bows, distressed blue denim miniskirt, black lace-top sheer stockings, black knee-high boots and delicate gold jewelry. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Create a contemporary European boutique-cinema forecourt with pale limestone architecture, broad honed-stone pedestrian paving, bronze-framed display windows and warm late-afternoon sidelight. Soft practical lights glow beneath a cinema canopy. Invent an original layout and camera angle, with ample pedestrian space for the protagonist, dog walker and moving camera. Keep the action on a wide, level pedestrian surface well away from traffic, steps and curbs. Architecture maintains realistic scale and perspective. No additional background people.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the supplied standalone tortoiseshell sunglasses photograph as the PRODUCT IMAGE: the exact visual reference for the primary worn object featured in the bullet-time sequence. Preserve the upswept cat-eye silhouette, glossy amber-and-dark-brown mottled frame, brown gradient lenses, sculpted bridge, thick temples, visible hinges and small gold-tone temple emblems. The SAME PRODUCT IMAGE sunglasses must remain recognizable when worn, when released, during macro inspection and after landing. They begin naturally worn on the protagonistâ€™s nose and ears, with no retaining strap.

Use the supplied smartphone photograph to define the single incidental smartphone: silver-grey flat-edged housing, rounded corners, dark screen border, pill-shaped front camera cutout and triple rear-camera assembly. The front and rear views in that photograph describe ONE physical phone, not two phones.

Use the supplied popcorn photograph to define the single incidental popcorn carton: tall tapered paperboard construction, mustard-gold and cream vertical stripes, scalloped open rim and pale golden popcorn.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography.

The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2â€“3% of normal speed. Objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the event and inspect them.

Objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE yellow Labrador. Exactly ONE leash, attached to the Labradorâ€™s single plain collar and continuously held by the secondary person.

Exactly ONE PRODUCT IMAGE pair of sunglasses. Exactly ONE striped popcorn carton containing one finite portion of popcorn. Exactly ONE silver-grey smartphone.

Individual popcorn pieces belong to the original cartonâ€™s contents; they are not newly generated props. No coffee cup, drinking lid, flip phone, extra smartphone or duplicate sunglasses.

---

# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE pair of tortoiseshell cat-eye sunglasses. It is always the SAME physical object: glossy amber-and-dark-brown patterned acetate, two brown gradient lenses, an integrated sculpted bridge, two open temples, mechanical hinges and small gold-tone temple emblems matching the PRODUCT IMAGE.

LOCK the exact frame proportions, tortoiseshell pattern placement, lens tint, material thickness, temple curvature, hinge placement and emblem geometry. Both temples remain open through release and suspension. Any movement at impact must be mechanically plausible.

The sunglasses remain the SAME physical prop during the wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall and ground impact.

Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the sunglasses when camera distance changes.

---

# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE mustard-gold-and-cream striped popcorn carton and exactly ONE silver-grey smartphone.

The carton retains the same tapered proportions, scalloped rim, stripe spacing, paperboard thickness and folded construction throughout. It starts open and filled to a modest mound above the rim. Popcorn can leave only through the existing open top. No pieces pass through the carton walls. Maintain conservation of contents: every released piece reduces what remains inside. No explosive eruption or endless replenishment.

The smartphone retains the same dimensions, silver-grey finish, flat edges, front camera cutout, display, side buttons and triple rear cameras. It is a rigid modern smartphone, never a clamshell device.

Its screen is illuminated from the beginning, showing the same Instagram-style feed visible in the supplied smartphone reference, including a cafÃ© photograph of a latte and spiral pastry. No incoming-call screen or unexplained interface transformation. Screen brightness and reflections change only with viewing angle and lighting.

---

# HAND OWNERSHIP

Before collision: RIGHT HAND = ONE silver-grey smartphone, held upright at lower-chest height. LEFT HAND = ONE striped popcorn carton, supported around its lower half.

PRODUCT IMAGE HERO OBJECT = naturally worn on the protagonistâ€™s nose and ears.

At release, the fingers physically open and release the handheld props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY.

The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

---

# 0.0â€“2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonistâ€™s black knee-high boots walking naturally across the cinema forecourt.

The camera performs one elegant continuous movement: smooth crane upward plus gentle backward tracking. Reveal progressively: footwear -> lace-top stockings -> distressed denim miniskirt -> white corset-style top -> gold jewelry and blonde hair -> face -> nearly full-body composition.

Give the audience enough time to recognize the MODEL IMAGE protagonist. She wears the SAME PRODUCT IMAGE tortoiseshell sunglasses. She holds the SAME smartphone upright in her RIGHT hand and the SAME striped popcorn carton in her LEFT hand.

She briefly glances at the illuminated phone, then lifts her gaze toward her walking path. No phone conversation. Maintain exact MODEL IMAGE facial identity and natural, relaxed micro-expressions.

---

# 2.0â€“3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain smooth frontal tracking. The protagonist continues walking naturally across the broad pedestrian forecourt, holding the phone and popcorn consistently.

Exactly ONE secondary person approaches from the opposite direction, holding the leash of exactly ONE yellow Labrador. The Labrador walks slightly ahead, giving the leash a gentle, believable tension. The dog remains on the handlerâ€™s outer side, away from the protagonistâ€™s feet.

The handler adjusts their path around the protagonist but passes slightly too close. The handler and Labrador remain supporting elements.

Maintain stable MODEL IMAGE identity, facial anatomy, hairstyle, clothing, PRODUCT IMAGE geometry, smartphone geometry and popcorn-carton construction.

---

# 3.7â€“4.4s â€” ACCIDENTAL COLLISION

As they pass, the secondary personâ€™s bent elbow accidentally clips the protagonistâ€™s left upper arm. The contact is brief, small and believable.

Caught during a walking weight transfer, the protagonist recoils backward and begins losing balance. Her knees soften instinctively. No violent launch, injury or contact with the dog. Three release events result from this SAME collision.

## HERO OBJECT

The abrupt backward acceleration of her head allows the loosely fitted sunglasses to retain a small amount of forward momentum. The bridge slides off her nose; both open temples slide clear of her ears without catching in her hair.

The sunglasses receive ONE short relative outward release impulse and begin a restrained forward pitch. They travel only approximately 10â€“20 centimeters from their worn position before the time ramp nearly arrests visible motion.

They do NOT launch toward the camera. Neither the frame nor the face deforms to permit separation.

## SECONDARY PROP A â€” POPCORN CARTON

The SAME popcorn carton leaves the LEFT hand as her fingers open. Her recoiling forearm gives it a short leftward impulse and a small outward tilt.

As the open rim tips, a small cluster of loose popcorn pieces near the top continues under inertia and clears the actual opening. The bulk of the popcorn remains inside. Pieces separate into irregular short trajectories, with subtle individual rotations. No explosive cloud.

## SECONDARY PROP B â€” SMARTPHONE

The SAME smartphone leaves the RIGHT hand when her startled fingers uncurl. A small reflexive wrist movement gives it one short rightward/upward impulse and a slight rigid-body rotation.

It preserves the SAME housing, display and camera geometry. The instant it separates from her fingers, the RIGHT HAND becomes EMPTY. The instant the carton separates, the LEFT HAND becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision and sunglasses release.

Her anatomically complete face and natural eyes already exist behind the lenses before separation. Removing the sunglasses merely reveals the same eyes; the face does NOT regenerate.

Maintain stable pupils, natural eyelids, correct gaze direction, facial symmetry, brow, nose and cheekbones. Do not invent a conspicuously different eye appearance during the reveal.

Preserve her center part, long blonde hair, hairline, texture and overall hairstyle volume. Hair responds with subtle inertia only. The temples slide clear without dragging or rearranging the hairstyle.

---

# 4.4â€“5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2â€“3% of normal speed. DO NOT immediately move to a macro close-up.

FIRST HOLD a clear medium-wide view of the complete accident. Establish the spatial geometry:

The protagonist is beginning to fall backward with bent knees. BOTH HANDS ARE EMPTY.

The sunglasses are just forward of her face at approximately eye height.

The tilted popcorn carton is lower, toward her LEFT-hand release side. A small cluster of popcorn pieces is suspended immediately above and outside its open rim.

The smartphone is toward her RIGHT-hand release side near chest height, distinct from the sunglasses and carton.

The secondary person and Labrador remain beyond the protagonistâ€™s left side, with continuous leash ownership and no entanglement.

These positions become persistent WORLD-SPACE ANCHORS, allowing only tiny continuous progression along the original trajectories. Nothing tracks the camera or artificially grows in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

---

# 5.2â€“6.8s â€” PRODUCT HERO OBJECT INSPECTION

The sunglasses remain almost stationary at their established world-space anchor.

The CAMERA performs a controlled cinematic dolly toward them, approaching through clear space without crossing the protagonistâ€™s body or the props. They become larger in frame ONLY because camera-to-object distance decreases.

Once close, slow the camera dramatically. HOLD. Perform a restrained approximately 20â€“30 degree orbital/parallax CAMERA movement around the almost-stationary sunglasses.

Reveal the exact cat-eye silhouette, translucent amber areas within the dark tortoiseshell pattern, polished acetate thickness, brown gradient lenses, bridge contour, real hinge construction and small gold-tone temple emblem.

Use shallow photographic depth of field with controlled focus placement across the frame and nearest temple. Her unchanged face and the forecourt remain softly recognizable behind the product.

The sunglasses remain a real manufactured object inside the SAME physical scene, not an isolated CGI turntable render. Complete the inspection before moving away.

---

# 6.8â€“8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the sunglasses inspection, the CAMERA leaves them behind at their existing world-space position and travels diagonally downward toward the SAME popcorn carton.

THE CARTON DOES NOT APPROACH THE CAMERA.

HOLD a photographic macro close-up. Establish its mustard-gold and cream stripes, tapered body and scalloped open rim. Reveal real paper fibers, printed ink, folded seams and subtle pressure creases already present from the protagonistâ€™s grip.

Show the small cluster of popcorn pieces emerging through the actual open top. Reveal irregular popped shapes, pale golden surfaces, porous texture and fine salt grains adhering to the pieces.

Most popcorn remains inside the carton. The released pieces move only minimally along their established short trajectories. They do not form a decorative halo, spell words or multiply.

Perform a small lateral/parallax CAMERA move around the rim and nearby popcorn. HOLD long enough to read the material behavior. Complete the inspection before leaving.

---

# 8.3â€“9.8s â€” SECONDARY PROP B INSPECTION

The CAMERA leaves the carton and popcorn at their existing world-space positions, then travels through the same scene toward the SINGLE suspended smartphone.

THE PHONE DOES NOT APPROACH THE CAMERA. It remains near its RIGHT-hand release position.

First establish its complete silhouette: the SAME silver-grey flat-edged smartphone, rounded corners, thin dark bezel and pill-shaped front camera cutout. HOLD briefly.

Then physically move closer to its existing illuminated display for an extreme photographic macro close-up. Show the same social-media cafÃ© post with the latte and spiral pastry. The screen does not change to an incoming call, and the phone never becomes a flip phone.

Reveal screen-glass reflections, fine edge wear, metallic side finish and small manufacturing details. Keep the interface attached correctly to the screen plane, with realistic perspective and brightness.

Exactly ONE phone exists. The protagonistâ€™s originating RIGHT HAND remains completely EMPTY in the softly defocused background.

---

# 9.8â€“10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward through an unobstructed route.

Every object remains at its established world-space position, with only the tiny continuous movement permitted by slowed time.

Reveal the complete accident again: the SAME MODEL IMAGE protagonist leaning backward, both hands empty; the SAME sunglasses forward of her face; the SAME tilted popcorn carton and small cluster of released pieces to her left; the SAME smartphone to her right; exactly ONE secondary person, ONE Labrador and ONE continuously held leash.

All positions remain consistent with the original release points and trajectories. No object has followed the camera, teleported or regenerated. HOLD the complete tableau briefly.

---

# 10.4â€“12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum return to normal perceived speed simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION.

The protagonist completes a controlled backward stumble into a low seated fall, knees bent and empty palms instinctively bracing behind her. No head impact, visible injury or exaggerated body motion.

The sunglasses continue forward and downward, strike the paving with a light frame-edge contact, make one small bounce and settle intact. Preserve their exact frame, lenses and temple construction.

The popcorn carton lands separately on its lower corner, tips onto one side and releases more of its ORIGINAL contents through the open rim. Paperboard flexes slightly on impact. Popcorn pieces bounce and scatter irregularly over a compact, physically plausible area, with most staying near the carton.

The smartphone lands on a lower housing edge at its own separate location, makes one restrained bounce and settles screen-up. Its screen remains the same physical display; no transformation or duplicate device.

The handler stops and turns toward the protagonist. The Labrador remains unharmed and outside the landing paths; the leash stays in the handlerâ€™s hand.

The CAMERA rapidly lowers and tilts toward ground level to follow the impacts. Finish with a cinematic low-angle composition connecting the seated protagonist, sunglasses, fallen carton, scattered popcorn and smartphone within the same environment. Objects remain at different plausible landing locations rather than converging for composition. Hard cut.

---

# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA.

During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE.

Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving an object toward the lens. Never enlarge an object artificially. Never teleport an object to the camera.

STRICT CAMERA ROUTE:

FULL FROZEN TABLEAU -> CAMERA DOLLIES TO SUNGLASSES -> HOLD -> SMALL 20â€“30 DEGREE CAMERA ORBIT -> CAMERA TRAVELS TO POPCORN CARTON -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO SMARTPHONE -> ESTABLISH COMPLETE PHONE -> MOVE CLOSER TO EXISTING DISPLAY -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

All travel occurs through physically clear space. No hidden cuts, object pass-throughs or impossible camera intersections.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects physically released earlier.

Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances.

PRODUCT IMAGE HERO OBJECT: same sunglasses, tortoiseshell pattern, lenses, hinges, emblems, trajectory and world-space identity.

SECONDARY PROP A: same striped carton, same original popcorn contents, same tilt, same released pieces and world-space identity.

SECONDARY PROP B: same smartphone, housing, display, rear cameras, interface, trajectory and world-space identity.

Changing camera distance must NOT change object design. No new kernels appear merely because the camera approaches the carton.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause.

The protagonist recoils because of elbow contact during a walking weight transfer. The sunglasses separate because her head recoils while the loosely fitted frame briefly retains forward momentum. Both temples physically clear her ears.

The carton moves because her fingers release it and her recoiling arm imparts a small impulse. Popcorn exits because the open carton tilts and its contents retain inertia.

The smartphone moves because her fingers release it during a small wrist motion.

Objects become larger in frame because the CAMERA approaches them. Their tiny slowed trajectories continue under the time ramp; normal-speed falling resumes when the time ramp ends.

Nothing transforms because the camera gets closer. Treat the entire sequence as ONE practical-effects event photographed continuously with a motion-control cinema camera.

---

# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person. ONE Labrador. ONE collar. ONE leash.

ONE PRODUCT IMAGE pair of sunglasses. ONE striped popcorn carton containing one finite original portion. ONE silver-grey smartphone.

Before collision: RIGHT HAND = smartphone. LEFT HAND = popcorn carton. SUNGLASSES = worn on face.

After release: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. SUNGLASSES = separated from face.

No second hero object. No extra smartphone. No coffee cup or lid. No flip phone. No additional dog or handler. No background characters. No prop appearing inside an empty hand. No duplication during macro shots. No teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and sunglasses separation.

Prioritize:

1. Stable facial identity.
2. Anatomically correct natural eyes.
3. Stable hairstyle silhouette and realistic blonde hair texture.
4. Stable body proportions.
5. Stable clothing, footwear and jewelry.
6. Accurate PRODUCT IMAGE sunglasses geometry and pattern.
7. Stable popcorn-carton and smartphone geometry.
8. Empty hands after release.
9. Continuous object trajectories and conserved popcorn contents.

---

# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international fashion/product campaign. Real human anatomy, skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props.

Real polished acetate sunglasses, gradient lenses and metal hinges. Real printed paperboard. Real popcorn texture and lightweight tumbling behavior. Real smartphone glass and metal.

Real mass, inertia, gravity, contact forces, material flex and impact behavior. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated warm late-afternoon lighting, controlled highlights and natural skin tones. Realistic optical depth of field, shallow macro focus, subtle 35mm film texture and restrained luxury editorial colour grading.

The bullet-time sequence feels like practical high-speed photography with a motion-control cinema camera, NOT CGI product animation.

4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic texture, sharp optical clarity, natural colours, stable identity, stable geometry and continuous prop ownership.2f:T7d2,# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve her long, center-parted blonde hair, white lace-up corset-style top with shoulder bows, distressed blue denim miniskirt, black lace-top sheer stockings, black knee-high boots and delicate gold jewelry. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Create a contemporary European boutique-cinema forecourt with pale limestone architecture, broad honed-stone pedestrian paving, bronze-framed display windows and warm late-afternoon sidelight. Soft practical lights glow beneath a cinema canopy. Invent an original layout and camera angle, with ample pedestrian space for the protagonist, dog walker and moving camera. Keep the action on a wide, level pedestrian surface well away from traffic, steps and curbs. Architecture maintains realistic scale and perspective. No additional background people.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the supplied standalone tortoiseshell sunglasses photograph as the PRODUCT IMAGE: the exact visual reference for the primary worn object featured in the bullet-time sequence. Preserve the upswept cat-eye silhouette, glossy amber-and-dark-brown mottled frame, brown gradient lenses, sculpted bridge, thick temples, visible hinges and small gold-tone temple emblems. The SAME PRODUCT IMAGE sunglasses must remain recognizable when worn, when released, during macro inspection and after landing. They begin naturally worn on the protagonistâ€™s nose and ears, with no retaining strap.

Use the supplied smartphone photograph to define the single incidental smartphone: silver-grey flat-edged housing, rounded corners, dark screen border, pill-shaped front camera cutout and triple rear-camera as30:T581e,# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve her long, center-parted blonde hair, white lace-up corset-style top with shoulder bows, distressed blue denim miniskirt, black lace-top sheer stockings, black knee-high boots and delicate gold jewelry. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Create a contemporary European boutique-cinema forecourt with pale limestone architecture, broad honed-stone pedestrian paving, bronze-framed display windows and warm late-afternoon sidelight. Soft practical lights glow beneath a cinema canopy. Invent an original layout and camera angle, with ample pedestrian space for the protagonist, dog walker and moving camera. Keep the action on a wide, level pedestrian surface well away from traffic, steps and curbs. Architecture maintains realistic scale and perspective. No additional background people.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the supplied standalone tortoiseshell sunglasses photograph as the PRODUCT IMAGE: the exact visual reference for the primary worn object featured in the bullet-time sequence. Preserve the upswept cat-eye silhouette, glossy amber-and-dark-brown mottled frame, brown gradient lenses, sculpted bridge, thick temples, visible hinges and small gold-tone temple emblems. The SAME PRODUCT IMAGE sunglasses must remain recognizable when worn, when released, during macro inspection and after landing. They begin naturally worn on the protagonistâ€™s nose and ears, with no retaining strap.

Use the supplied smartphone photograph to define the single incidental smartphone: silver-grey flat-edged housing, rounded corners, dark screen border, pill-shaped front camera cutout and triple rear-camera assembly. The front and rear views in that photograph describe ONE physical phone, not two phones.

Use the supplied popcorn photograph to define the single incidental popcorn carton: tall tapered paperboard construction, mustard-gold and cream vertical stripes, scalloped open rim and pale golden popcorn.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography.

The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2â€“3% of normal speed. Objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the event and inspect them.

Objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE yellow Labrador. Exactly ONE leash, attached to the Labradorâ€™s single plain collar and continuously held by the secondary person.

Exactly ONE PRODUCT IMAGE pair of sunglasses. Exactly ONE striped popcorn carton containing one finite portion of popcorn. Exactly ONE silver-grey smartphone.

Individual popcorn pieces belong to the original cartonâ€™s contents; they are not newly generated props. No coffee cup, drinking lid, flip phone, extra smartphone or duplicate sunglasses.

---

# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE pair of tortoiseshell cat-eye sunglasses. It is always the SAME physical object: glossy amber-and-dark-brown patterned acetate, two brown gradient lenses, an integrated sculpted bridge, two open temples, mechanical hinges and small gold-tone temple emblems matching the PRODUCT IMAGE.

LOCK the exact frame proportions, tortoiseshell pattern placement, lens tint, material thickness, temple curvature, hinge placement and emblem geometry. Both temples remain open through release and suspension. Any movement at impact must be mechanically plausible.

The sunglasses remain the SAME physical prop during the wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall and ground impact.

Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the sunglasses when camera distance changes.

---

# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE mustard-gold-and-cream striped popcorn carton and exactly ONE silver-grey smartphone.

The carton retains the same tapered proportions, scalloped rim, stripe spacing, paperboard thickness and folded construction throughout. It starts open and filled to a modest mound above the rim. Popcorn can leave only through the existing open top. No pieces pass through the carton walls. Maintain conservation of contents: every released piece reduces what remains inside. No explosive eruption or endless replenishment.

The smartphone retains the same dimensions, silver-grey finish, flat edges, front camera cutout, display, side buttons and triple rear cameras. It is a rigid modern smartphone, never a clamshell device.

Its screen is illuminated from the beginning, showing the same Instagram-style feed visible in the supplied smartphone reference, including a cafÃ© photograph of a latte and spiral pastry. No incoming-call screen or unexplained interface transformation. Screen brightness and reflections change only with viewing angle and lighting.

---

# HAND OWNERSHIP

Before collision: RIGHT HAND = ONE silver-grey smartphone, held upright at lower-chest height. LEFT HAND = ONE striped popcorn carton, supported around its lower half.

PRODUCT IMAGE HERO OBJECT = naturally worn on the protagonistâ€™s nose and ears.

At release, the fingers physically open and release the handheld props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY.

The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

---

# 0.0â€“2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonistâ€™s black knee-high boots walking naturally across the cinema forecourt.

The camera performs one elegant continuous movement: smooth crane upward plus gentle backward tracking. Reveal progressively: footwear -> lace-top stockings -> distressed denim miniskirt -> white corset-style top -> gold jewelry and blonde hair -> face -> nearly full-body composition.

Give the audience enough time to recognize the MODEL IMAGE protagonist. She wears the SAME PRODUCT IMAGE tortoiseshell sunglasses. She holds the SAME smartphone upright in her RIGHT hand and the SAME striped popcorn carton in her LEFT hand.

She briefly glances at the illuminated phone, then lifts her gaze toward her walking path. No phone conversation. Maintain exact MODEL IMAGE facial identity and natural, relaxed micro-expressions.

---

# 2.0â€“3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain smooth frontal tracking. The protagonist continues walking naturally across the broad pedestrian forecourt, holding the phone and popcorn consistently.

Exactly ONE secondary person approaches from the opposite direction, holding the leash of exactly ONE yellow Labrador. The Labrador walks slightly ahead, giving the leash a gentle, believable tension. The dog remains on the handlerâ€™s outer side, away from the protagonistâ€™s feet.

The handler adjusts their path around the protagonist but passes slightly too close. The handler and Labrador remain supporting elements.

Maintain stable MODEL IMAGE identity, facial anatomy, hairstyle, clothing, PRODUCT IMAGE geometry, smartphone geometry and popcorn-carton construction.

---

# 3.7â€“4.4s â€” ACCIDENTAL COLLISION

As they pass, the secondary personâ€™s bent elbow accidentally clips the protagonistâ€™s left upper arm. The contact is brief, small and believable.

Caught during a walking weight transfer, the protagonist recoils backward and begins losing balance. Her knees soften instinctively. No violent launch, injury or contact with the dog. Three release events result from this SAME collision.

## HERO OBJECT

The abrupt backward acceleration of her head allows the loosely fitted sunglasses to retain a small amount of forward momentum. The bridge slides off her nose; both open temples slide clear of her ears without catching in her hair.

The sunglasses receive ONE short relative outward release impulse and begin a restrained forward pitch. They travel only approximately 10â€“20 centimeters from their worn position before the time ramp nearly arrests visible motion.

They do NOT launch toward the camera. Neither the frame nor the face deforms to permit separation.

## SECONDARY PROP A â€” POPCORN CARTON

The SAME popcorn carton leaves the LEFT hand as her fingers open. Her recoiling forearm gives it a short leftward impulse and a small outward tilt.

As the open rim tips, a small cluster of loose popcorn pieces near the top continues under inertia and clears the actual opening. The bulk of the popcorn remains inside. Pieces separate into irregular short trajectories, with subtle individual rotations. No explosive cloud.

## SECONDARY PROP B â€” SMARTPHONE

The SAME smartphone leaves the RIGHT hand when her startled fingers uncurl. A small reflexive wrist movement gives it one short rightward/upward impulse and a slight rigid-body rotation.

It preserves the SAME housing, display and camera geometry. The instant it separates from her fingers, the RIGHT HAND becomes EMPTY. The instant the carton separates, the LEFT HAND becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision and sunglasses release.

Her anatomically complete face and natural eyes already exist behind the lenses before separation. Removing the sunglasses merely reveals the same eyes; the face does NOT regenerate.

Maintain stable pupils, natural eyelids, correct gaze direction, facial symmetry, brow, nose and cheekbones. Do not invent a conspicuously different eye appearance during the reveal.

Preserve her center part, long blonde hair, hairline, texture and overall hairstyle volume. Hair responds with subtle inertia only. The temples slide clear without dragging or rearranging the hairstyle.

---

# 4.4â€“5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2â€“3% of normal speed. DO NOT immediately move to a macro close-up.

FIRST HOLD a clear medium-wide view of the complete accident. Establish the spatial geometry:

The protagonist is beginning to fall backward with bent knees. BOTH HANDS ARE EMPTY.

The sunglasses are just forward of her face at approximately eye height.

The tilted popcorn carton is lower, toward her LEFT-hand release side. A small cluster of popcorn pieces is suspended immediately above and outside its open rim.

The smartphone is toward her RIGHT-hand release side near chest height, distinct from the sunglasses and carton.

The secondary person and Labrador remain beyond the protagonistâ€™s left side, with continuous leash ownership and no entanglement.

These positions become persistent WORLD-SPACE ANCHORS, allowing only tiny continuous progression along the original trajectories. Nothing tracks the camera or artificially grows in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

---

# 5.2â€“6.8s â€” PRODUCT HERO OBJECT INSPECTION

The sunglasses remain almost stationary at their established world-space anchor.

The CAMERA performs a controlled cinematic dolly toward them, approaching through clear space without crossing the protagonistâ€™s body or the props. They become larger in frame ONLY because camera-to-object distance decreases.

Once close, slow the camera dramatically. HOLD. Perform a restrained approximately 20â€“30 degree orbital/parallax CAMERA movement around the almost-stationary sunglasses.

Reveal the exact cat-eye silhouette, translucent amber areas within the dark tortoiseshell pattern, polished acetate thickness, brown gradient lenses, bridge contour, real hinge construction and small gold-tone temple emblem.

Use shallow photographic depth of field with controlled focus placement across the frame and nearest temple. Her unchanged face and the forecourt remain softly recognizable behind the product.

The sunglasses remain a real manufactured object inside the SAME physical scene, not an isolated CGI turntable render. Complete the inspection before moving away.

---

# 6.8â€“8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the sunglasses inspection, the CAMERA leaves them behind at their existing world-space position and travels diagonally downward toward the SAME popcorn carton.

THE CARTON DOES NOT APPROACH THE CAMERA.

HOLD a photographic macro close-up. Establish its mustard-gold and cream stripes, tapered body and scalloped open rim. Reveal real paper fibers, printed ink, folded seams and subtle pressure creases already present from the protagonistâ€™s grip.

Show the small cluster of popcorn pieces emerging through the actual open top. Reveal irregular popped shapes, pale golden surfaces, porous texture and fine salt grains adhering to the pieces.

Most popcorn remains inside the carton. The released pieces move only minimally along their established short trajectories. They do not form a decorative halo, spell words or multiply.

Perform a small lateral/parallax CAMERA move around the rim and nearby popcorn. HOLD long enough to read the material behavior. Complete the inspection before leaving.

---

# 8.3â€“9.8s â€” SECONDARY PROP B INSPECTION

The CAMERA leaves the carton and popcorn at their existing world-space positions, then travels through the same scene toward the SINGLE suspended smartphone.

THE PHONE DOES NOT APPROACH THE CAMERA. It remains near its RIGHT-hand release position.

First establish its complete silhouette: the SAME silver-grey flat-edged smartphone, rounded corners, thin dark bezel and pill-shaped front camera cutout. HOLD briefly.

Then physically move closer to its existing illuminated display for an extreme photographic macro close-up. Show the same social-media cafÃ© post with the latte and spiral pastry. The screen does not change to an incoming call, and the phone never becomes a flip phone.

Reveal screen-glass reflections, fine edge wear, metallic side finish and small manufacturing details. Keep the interface attached correctly to the screen plane, with realistic perspective and brightness.

Exactly ONE phone exists. The protagonistâ€™s originating RIGHT HAND remains completely EMPTY in the softly defocused background.

---

# 9.8â€“10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward through an unobstructed route.

Every object remains at its established world-space position, with only the tiny continuous movement permitted by slowed time.

Reveal the complete accident again: the SAME MODEL IMAGE protagonist leaning backward, both hands empty; the SAME sunglasses forward of her face; the SAME tilted popcorn carton and small cluster of released pieces to her left; the SAME smartphone to her right; exactly ONE secondary person, ONE Labrador and ONE continuously held leash.

All positions remain consistent with the original release points and trajectories. No object has followed the camera, teleported or regenerated. HOLD the complete tableau briefly.

---

# 10.4â€“12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum return to normal perceived speed simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION.

The protagonist completes a controlled backward stumble into a low seated fall, knees bent and empty palms instinctively bracing behind her. No head impact, visible injury or exaggerated body motion.

The sunglasses continue forward and downward, strike the paving with a light frame-edge contact, make one small bounce and settle intact. Preserve their exact frame, lenses and temple construction.

The popcorn carton lands separately on its lower corner, tips onto one side and releases more of its ORIGINAL contents through the open rim. Paperboard flexes slightly on impact. Popcorn pieces bounce and scatter irregularly over a compact, physically plausible area, with most staying near the carton.

The smartphone lands on a lower housing edge at its own separate location, makes one restrained bounce and settles screen-up. Its screen remains the same physical display; no transformation or duplicate device.

The handler stops and turns toward the protagonist. The Labrador remains unharmed and outside the landing paths; the leash stays in the handlerâ€™s hand.

The CAMERA rapidly lowers and tilts toward ground level to follow the impacts. Finish with a cinematic low-angle composition connecting the seated protagonist, sunglasses, fallen carton, scattered popcorn and smartphone within the same environment. Objects remain at different plausible landing locations rather than converging for composition. Hard cut.

---

# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA.

During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE.

Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving an object toward the lens. Never enlarge an object artificially. Never teleport an object to the camera.

STRICT CAMERA ROUTE:

FULL FROZEN TABLEAU -> CAMERA DOLLIES TO SUNGLASSES -> HOLD -> SMALL 20â€“30 DEGREE CAMERA ORBIT -> CAMERA TRAVELS TO POPCORN CARTON -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO SMARTPHONE -> ESTABLISH COMPLETE PHONE -> MOVE CLOSER TO EXISTING DISPLAY -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

All travel occurs through physically clear space. No hidden cuts, object pass-throughs or impossible camera intersections.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects physically released earlier.

Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances.

PRODUCT IMAGE HERO OBJECT: same sunglasses, tortoiseshell pattern, lenses, hinges, emblems, trajectory and world-space identity.

SECONDARY PROP A: same striped carton, same original popcorn contents, same tilt, same released pieces and world-space identity.

SECONDARY PROP B: same smartphone, housing, display, rear cameras, interface, trajectory and world-space identity.

Changing camera distance must NOT change object design. No new kernels appear merely because the camera approaches the carton.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause.

The protagonist recoils because of elbow contact during a walking weight transfer. The sunglasses separate because her head recoils while the loosely fitted frame briefly retains forward momentum. Both temples physically clear her ears.

The carton moves because her fingers release it and her recoiling arm imparts a small impulse. Popcorn exits because the open carton tilts and its contents retain inertia.

The smartphone moves because her fingers release it during a small wrist motion.

Objects become larger in frame because the CAMERA approaches them. Their tiny slowed trajectories continue under the time ramp; normal-speed falling resumes when the time ramp ends.

Nothing transforms because the camera gets closer. Treat the entire sequence as ONE practical-effects event photographed continuously with a motion-control cinema camera.

---

# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person. ONE Labrador. ONE collar. ONE leash.

ONE PRODUCT IMAGE pair of sunglasses. ONE striped popcorn carton containing one finite original portion. ONE silver-grey smartphone.

Before collision: RIGHT HAND = smartphone. LEFT HAND = popcorn carton. SUNGLASSES = worn on face.

After release: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. SUNGLASSES = separated from face.

No second hero object. No extra smartphone. No coffee cup or lid. No flip phone. No additional dog or handler. No background characters. No prop appearing inside an empty hand. No duplication during macro shots. No teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and sunglasses separation.

Prioritize:

1. Stable facial identity.
2. Anatomically correct natural eyes.
3. Stable hairstyle silhouette and realistic blonde hair texture.
4. Stable body proportions.
5. Stable clothing, footwear and jewelry.
6. Accurate PRODUCT IMAGE sunglasses geometry and pattern.
7. Stable popcorn-carton and smartphone geometry.
8. Empty hands after release.
9. Continuous object trajectories and conserved popcorn contents.

---

# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international fashion/product campaign. Real human anatomy, skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props.

Real polished acetate sunglasses, gradient lenses and metal hinges. Real printed paperboard. Real popcorn texture and lightweight tumbling behavior. Real smartphone glass and metal.

Real mass, inertia, gravity, contact forces, material flex and impact behavior. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated warm late-afternoon lighting, controlled highlights and natural skin tones. Realistic optical depth of field, shallow macro focus, subtle 35mm film texture and restrained luxury editorial colour grading.

The bullet-time sequence feels like practical high-speed photography with a motion-control cinema camera, NOT CGI product animation.

4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic texture, sharp optical clarity, natural colours, stable identity, stable geometry and continuous prop ownership.31:T741,The AI Bullet Time Video Creator workflow enables users to generate high-budget cinematic videos using the bullet time effect to create dramatic moments of suspended action. This comprehensive process is particularly valuable for marketers, filmmakers, and digital creatives who seek to produce eye-catching visual content quickly and efficiently. It incorporates advanced AI models for text-to-video generation, such as Seedance 2.5 and GPT-6 Astra, unlocking the potential for ultra-photorealistic, live-action fashion or product videos. By automating complex video effects and reducing production costs, this tool offers users a streamlined solution for high-quality cinematic content creation.

---

## 3. How does it work  
- **GPT-6 Astra**: Interprets a prompt to create a sequence description for the bullet time effect, defining the visual and cinematic aspects of the video.
- **Seedance 2.5**: Utilizes the structured prompt to generate a 12-second, 9:16 ratio video with an ultra-photorealistic live-action feel, ensuring synchronized audio and visual effects.
- The workflow processes reference images to maintain stable geometry and identity across objects in the video, ensuring continuity and photorealism.

---

## 4. How to customize it  
Users can customize this workflow by modifying the prompt parameters to fit different scenariosâ€”adjusting the storyline, environment, and object interactions. For instance, changing the primary location to a bustling city street or switching product images to highlight different objects during the bullet-time effect. Additionally, users can upload new reference images to tailor the protagonist's appearance or the desired environment, achieving unique visual compositions and effects based on personal or brand needs.

---

## 5. Who is it for  
- Digital Creatives
- Marketers
- Filmmakers

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Use @[Image 1](image_1) for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve the SAME character throughout the entire video. Do not copy the original background from @[Image 1](image_1).--- = ENVIRONMENT REFERENCE ONLY. Use only for the visual language, architecture, atmosphere, lighting direction, materials and environmental character of the location. Do NOT reproduce its exact composition, exact street layout or original camera angle. Create a new believable cinematic space inspired by with enough PEDESTRIAN SPACE for the protagonist to walk naturally and for the collision to happen. Respect real-world spatial logic: pedestrians remain in pedestrian areas; vehicles remain in vehicle areas; architecture maintains realistic scale and perspective.--- @[Image 3](image_3) = HERO OBJECT REFERENCE. Use @[Image 3](image_3) as the exact visual reference for the primary wearable/removable object featured in the bullet-time sequence. Preserve its recognizable: shape, proportions, materials, construction, colours, surface details, and important design features. The SAME @[Image 3](image_3) object must remain recognizable when worn by the protagonist, when released, during macro inspection, and after landing. The HERO OBJECT begins naturally worn by or attached to the protagonist and can physically separate during the collision.--- # MASTER VISUAL CONCEPT Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion film. The result feels like a high-budget international fashion campaign or premium cinematic music video photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography. The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2-3% of normal speed. The objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the frozen event and inspect them. The objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.--- # EXACT OBJECT COUNT Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE Labrador. Exactly ONE leash. Exactly ONE @[Image 3](image_3) HERO OBJECT. Exactly ONE takeaway coffee cup. Exactly ONE plastic drinking lid. Exactly ONE silver-grey OPEN CLAMSHELL FLIP PHONE. No duplicate props appear at any point.--- # PERSISTENT PHONE PROP - CRITICAL There is exactly ONE phone in the entire video. It is always the SAME physical phone: a compact early-2000s silver-grey OPEN CLAMSHELL FLIP PHONE with two rectangular hinged halves. Upper half: small illuminated display, speaker above the display. Lower half: physical numeric keypad, navigation buttons, microphone. A visible central mechanical hinge connects both halves. The phone is already OPEN before the video begins. LOCK its physical appearance throughout the entire sequence: same silver-grey colour, same dimensions, same thickness, same hinge, same display, same keypad, same buttons, same materials, same open clamshell angle. The phone remains the SAME physical prop during: wide walking shot, collision, release from the hand, bullet-time suspension, macro inspection, return to wide shot, final fall, ground impact. Wide shot -> medium shot -> macro shot = THE SAME PHONE VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the phone when camera distance changes.--- # PERSISTENT COFFEE PROP - CRITICAL There is exactly ONE takeaway coffee cup. It is a real medium-sized disposable PAPER coffee cup with a lightweight plastic drinking lid. LOCK throughout: same cup, same size, same paper material, same proportions, same plastic lid, same amount of dark coffee. Before collision the lid is properly attached. The coffee remains physically inside the cup. The liquid cannot pass through solid plastic.--- # HAND OWNERSHIP Before collision: RIGHT HAND = ONE OPEN FLIP PHONE. LEFT HAND = ONE COFFEE CUP. @[Image 3](image_3) HERO OBJECT = naturally worn/attached to the protagonist. At release: the fingers physically release the props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY. The empty hands remain anatomically normal. Nothing replaces the phone. Nothing replaces the cup. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.--- # 0.0-2.0s - CINEMATIC CHARACTER REVEAL Begin with an extreme low close-up of the protagonist's footwear walking naturally through the @Image2-inspired pedestrian environment. The camera performs one elegant continuous movement: smooth crane upward + gentle backward tracking. Reveal progressively: footwear -> legs -> clothing -> torso -> jewelry/accessories -> face -> nearly full-body composition. Give the audience enough time to clearly recognize @[Image 1](image_1) as the protagonist. The protagonist naturally wears the SAME @[Image 3](image_3) HERO OBJECT. The protagonist holds the SAME OPEN silver-grey clamshell flip phone to the RIGHT ear. The protagonist carries the SAME realistic paper coffee cup in the LEFT hand. The protagonist is actively having a phone conversation. Show subtle but clearly visible natural speech articulation: realistic lip movement, subtle jaw movement, natural mouth opening and closing, relaxed facial muscles. Maintain exact @[Image 1](image_1) facial identity. Premium live-action fashion cinematography.--- # 2.0-3.7s - WALK THROUGH THE ENVIRONMENT Maintain the smooth frontal tracking composition. The protagonist continues walking naturally through the pedestrian area. Respect only as environmental inspiration. The protagonist remains the visual focus. Exactly ONE secondary person approaches from the opposite direction. That person holds the leash of exactly ONE Labrador. The Labrador walks slightly ahead and gently pulls the secondary person forward. No additional dogs. No additional handlers. The secondary person and Labrador remain supporting elements rather than new protagonists. Maintain: stable @[Image 1](image_1) identity, stable facial anatomy, stable hairstyle, stable clothing, stable @[Image 3](image_3) geometry, same open flip phone, same coffee cup.--- # 3.7-4.4s - ACCIDENTAL COLLISION As the two people pass, the secondary person's ELBOW accidentally clips the protagonist's arm/upper torso. The contact is small, accidental and physically believable. The protagonist naturally recoils backward. Three physical release events happen because of this SAME collision. ## HERO OBJECT The @[Image 3](image_3) HERO OBJECT receives ONE short physical outward impulse. It separates naturally from the protagonist. It travels only a short realistic distance away from its original position. It does NOT launch toward the camera. ## COFFEE The SAME coffee cup leaves the LEFT hand. The cup receives one short outward/downward rotational impulse. The cup begins to tilt and rotate. Because of the sudden rotation and internal liquid inertia, ONE EDGE of the lightweight plastic lid partially pops loose from the rim. The lid does NOT instantly disappear. The lid does NOT explode away. A physical gap forms between the cup rim and the partially lifted edge of the lid. ONLY THEN does the dark coffee begin escaping through this real physical opening. The first liquid movement is small and restrained. ## PHONE The SAME OPEN clamshell flip phone leaves the RIGHT hand. It receives one short outward/upward impulse. It preserves exactly the SAME phone design and SAME open clamshell geometry. The instant the phone physically separates from the fingers: RIGHT HAND = EMPTY. The instant the cup physically separates: LEFT HAND = EMPTY.--- # FACE / HAIR CONTINUITY DURING RELEASE Preserve @[Image 1](image_1) identity continuously through the collision. If @[Image 3](image_3) is worn on the face or head, the protagonist's anatomically complete face already exists underneath it. The face does NOT regenerate after the object separates. If eyewear is used: the natural eyes already exist behind the lenses before separation. When the glasses leave, reveal the same normal human eyes with: stable pupils, natural eyelids, correct gaze direction, facial symmetry, stable brow, stable nose, stable cheekbones. Maintain realistic hairstyle structure and volume throughout the collision. Hair responds only with subtle physically plausible inertia. The hairstyle does not suddenly reshape when @[Image 3](image_3) separates.--- # 4.4-5.2s - ESTABLISH THE FROZEN WORLD Time decelerates dramatically to approximately 2-3% of normal speed. DO NOT immediately move to a macro object close-up. FIRST HOLD a clear medium-wide view of the complete physical accident. The audience must understand the spatial geometry before the object inspections begin. The protagonist is beginning to fall backward. BOTH HANDS ARE EMPTY. The @[Image 3](image_3) HERO OBJECT is suspended a short physically plausible distance from its original release point. The coffee cup is suspended lower and toward the side corresponding to the LEFT-hand release position. The partially detached lid remains physically connected to or immediately beside the cup. A restrained amount of coffee is beginning to escape through the opened gap. The OPEN flip phone is suspended toward the opposite side near its RIGHT-hand release position. These positions now become FIXED WORLD-SPACE ANCHORS. The objects move only microscopically. They do NOT continue travelling toward the camera. They do NOT artificially grow in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.--- # 5.2-6.8s - @[Image 3](image_3) HERO OBJECT INSPECTION The @[Image 3](image_3) HERO OBJECT remains almost stationary at its world-space anchor. THE CAMERA performs a controlled cinematic dolly toward it. The object becomes larger in frame ONLY because the CAMERA physically reduces camera-to-object distance. Once close: slow the camera dramatically. HOLD. Give the audience enough time to study the object. Perform a restrained approximately 20-30 degree orbital/parallax CAMERA movement around the almost-stationary @[Image 3](image_3) object. Reveal: physical construction, real material thickness, surface texture, reflections, edges, small manufacturing details, recognizable @[Image 3](image_3) design. Use shallow photographic depth of field. The protagonist and environment remain softly recognizable behind the object. The object still clearly exists inside the SAME physical scene. It looks like a real manufactured product photographed practically with a macro cinema lens. The object does NOT behave like CGI product animation. Complete the inspection before moving to the next object.--- # 6.8-8.3s - COFFEE / LIQUID INSPECTION Only after completing the @[Image 3](image_3) inspection, the CAMERA leaves the hero object behind at its existing world-space position. The CAMERA travels diagonally through the frozen scene toward the SAME coffee cup. THE CUP DOES NOT APPROACH THE CAMERA. The camera physically approaches the cup's existing location. HOLD a photographic macro close-up. Show the SAME realistic paper takeaway cup. Its lightweight plastic lid is partially detached along ONE EDGE. The opening between lid and rim is clearly physically understandable. Coffee escapes ONLY through this opening. Show restrained real liquid behavior: a thin irregular stream, an imperfect liquid sheet, several differently sized droplets, realistic surface tension, realistic liquid volume, subtle natural reflections. The coffee does NOT explode. The liquid does NOT form a perfect decorative CGI splash. The coffee advances only microscopically during bullet time. Perform a small restrained lateral/parallax CAMERA move around the cup, lid and suspended droplets. HOLD. Give the audience enough time to observe: paper texture, plastic lid, physical opening, liquid thickness, individual droplets, real-world material reflections. Complete the coffee inspection before leaving.--- # 8.3-9.8s - FLIP PHONE INSPECTION Only after completing the coffee inspection, the CAMERA moves away. The cup, lid and coffee remain behind at their existing world-space anchors. The CAMERA travels through the same frozen three-dimensional scene toward the SINGLE suspended OPEN CLAMSHELL FLIP PHONE. THE PHONE DOES NOT APPROACH THE CAMERA. The phone remains near the physical position where it left the RIGHT hand. The CAMERA physically closes the distance. First show enough of the phone to establish continuity. It is unmistakably the SAME OPEN FLIP PHONE seen earlier: same silver-grey housing, same upper display half, same lower keypad half, same central hinge, same clamshell angle. HOLD briefly on the complete phone silhouette. Then the CAMERA moves closer to the existing upper display. Extreme photographic macro close-up. The illuminated incoming-call display reads: BOSS with one small realistic phone number underneath. HOLD on the screen. Show: real plastic/metal housing, physical hinge, keypad texture, tiny scratches, surface wear, realistic screen reflections. The phone does NOT transform to reveal its screen. The phone does NOT become another phone model. The CAMERA simply approaches the SAME screen that has existed on the SAME phone since the beginning. Exactly ONE phone exists. The protagonist's RIGHT HAND remains completely EMPTY in the background.--- # 9.8-10.4s - RECONSTRUCT THE COMPLETE FROZEN TABLEAU After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward. The phone itself remains at its established world-space position. The coffee remains at its established world-space position. The @[Image 3](image_3) HERO OBJECT remains at its established world-space position. Reveal the complete accident again. Same @[Image 1](image_1) protagonist still falling backward. Both hands empty. Same @[Image 3](image_3) HERO OBJECT. Same coffee cup. Same partially detached lid. Same suspended coffee droplets. Same OPEN flip phone. Exactly one secondary person. Exactly one Labrador. All objects occupy positions spatially consistent with their original release points and trajectories. No object has followed the camera. No object has teleported. No prop has been regenerated. HOLD the complete frozen tableau briefly.--- # 10.4-12.0s - TIME RETURNS / PHYSICAL PAYOFF Time suddenly snaps back to normal speed. Gravity and existing momentum resume simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION. The protagonist completes the backward fall naturally. The @[Image 3](image_3) HERO OBJECT continues from its suspended position and lands where its existing momentum and gravity physically lead it. The coffee cup continues from its own separate suspended position. The cup impacts the ground. The partially detached lid reacts naturally to impact. The remaining real coffee spills irregularly from the actual cup opening and impact point. The open flip phone continues from its own separate suspended position. It strikes the ground and makes one small physically believable bounce. The objects land at DIFFERENT physically plausible locations. They do NOT suddenly converge beside the protagonist. The CAMERA rapidly tilts/drops toward ground level to follow the final physical impact. Finish with a cinematic low-angle composition connecting the fallen protagonist and scattered objects inside the same believable environment. Hard cut.--- # NON-NEGOTIABLE BULLET-TIME CAMERA RULE BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA. During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE. Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving the object toward the lens. Never enlarge the object artificially. Never teleport an object to the camera. STRICT CAMERA ROUTE: FULL FROZEN TABLEAU-> CAMERA DOLLIES TO @[Image 3](image_3) HERO OBJECT-> HOLD-> SMALL 20-30 degree CAMERA ORBIT-> CAMERA TRAVELS TO COFFEE-> HOLD-> SMALL CAMERA PARALLAX-> CAMERA TRAVELS TO OPEN FLIP PHONE-> ESTABLISH COMPLETE PHONE-> MOVE CLOSER TO DISPLAY-> HOLD-> CAMERA DOLLIES BACK TO COMPLETE TABLEAU-> TIME RETURNS.--- # PERSISTENT PROP CONTINUITY - CRITICAL The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects that were physically released earlier. Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances. @[Image 3](image_3): same object, same design, same trajectory, same world-space identity. COFFEE: same cup, same lid, same coffee, same rotation, same world-space identity. PHONE: same open clamshell phone, same housing, same hinge, same keypad, same display, same open angle, same world-space identity. Changing camera distance must NOT change object design.--- # PHYSICAL CAUSALITY RULE Every visible change requires a physical cause. The protagonist recoils because of the elbow contact. The HERO OBJECT moves because collision momentum separates it. The phone changes position because the fingers release it. The cup moves because the hand releases it and collision momentum gives it rotation. The lid partially opens because cup rotation and internal liquid inertia apply force to the lightweight lid. Coffee escapes because a REAL PHYSICAL GAP now exists. Objects become larger in frame because the CAMERA approaches them. Objects fall because normal gravity resumes. Nothing transforms simply because the camera gets closer. Treat the entire sequence as ONE real practical-effects event photographed continuously with a motion-control cinema camera.--- # OBJECT OWNERSHIP LOCK ONE protagonist. ONE secondary person. ONE Labrador. ONE leash. ONE @[Image 3](image_3) HERO OBJECT. ONE coffee cup. ONE lid. ONE open clamshell phone. Before collision: RIGHT HAND = phone. LEFT HAND = coffee. After collision: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. No second phone. No second cup. No second HERO OBJECT. No additional dog. No prop appearing inside an empty hand. No prop duplication during macro shots. No object teleportation. No unexplained object-scale changes.--- # IDENTITY PRIORITY Maintain @[Image 1](image_1) identity throughout, especially during collision and @[Image 3](image_3) separation. Prioritize: 1. stable facial identity; 2. anatomically correct natural eyes; 3. stable hairstyle silhouette and realistic hair texture; 4. stable body proportions; 5. stable clothing; 6. accurate @[Image 3](image_3) geometry; 7. stable persistent phone geometry; 8. empty hands after release; 9. continuous object trajectories.--- # PHOTOGRAPHIC REALISM Ultra-photorealistic LIVE-ACTION photography. Premium international luxury fashion campaign. High-budget cinematic music-video realism. Real human anatomy. Real skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props. Real manufactured @[Image 3](image_3) object. Real paper coffee cup. Real plastic lid. Real liquid coffee. Real open clamshell flip phone. Real object mass. Real inertia. Real gravity. Real surface tension. Realistic momentum. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated natural environmental lighting. Controlled highlights. Natural skin tones. Realistic optical depth of field. Shallow macro depth of field during object inspections. Subtle 35mm film texture. Restrained luxury editorial colour grade. The bullet-time sequence feels like a real practical high-speed photography shoot using a motion-control cinema camera, NOT CGI product animation. 4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic detail, sharp optical clarity, cinematic texture, natural colours, stable identity, stable geometry, stable prop continuity.37:T53bc,SYSTEM PROMPT â€” AI Bullet-Time Fashion/Product Video Generator

You are a prompt-construction engine for a text-to-video model. Your job is to take whatever reference images are supplied â€” a MODEL IMAGE, a PRODUCT IMAGE, and (optionally) a LOCATION IMAGE â€” and output ONE finished, ready-to-use bullet-time video generation prompt, following the exact structural pattern below. You never ask the user clarifying questions; you infer sensible, physically-natural choices from the images provided and fill every placeholder yourself before returning the final prompt.

Do not use generic labels like "Image 1/2/3" anywhere in your output. Always refer to the references as MODEL IMAGE, PRODUCT IMAGE, and LOCATION IMAGE (only include the LOCATION IMAGE block if one was actually supplied â€” otherwise invent a believable environment consistent with the product's category and the model's styling, and label it LOCATION CONCEPT).

STEP 0 â€” ANALYZE THE REFERENCES BEFORE WRITING

Before generating the final prompt, silently determine:

Product category & behavior. Is the PRODUCT IMAGE worn (watch, sunglasses, jewelry, shoe, bag strap, jacket), held (bottle, phone, clutch), or attached (cap, belt, scarf)? This determines whether it is "naturally worn/attached" pre-collision (like the HERO OBJECT in the reference structure) or "held in hand."
Hand assignment. If the product occupies one hand, assign a second, era/context-appropriate item to the other hand (a drink, a phone, a folded newspaper, a small bag, keys) â€” never duplicate the product itself. If the product is worn/attached rather than held, both hands are free before collision and should hold two natural incidental items (e.g., a phone + a beverage), chosen to suit the model's styling and the location's culture.
Environment logic. Use the LOCATION IMAGE only for visual language â€” architecture, materials, lighting, atmosphere â€” never for its literal composition. If no location image exists, invent one that matches the product's world (luxury retail street, minimalist studio courtyard, modern plaza, etc.).
Secondary collision agent. Choose a believable passer-by interaction appropriate to the space (a pedestrian with a dog, a cyclist, a courier, another pedestrian carrying a tray/parcel) that can plausibly clip the protagonist without harm.
Release physics per object. Decide exactly how each object separates, tumbles, or spills based on its real material (rigid product = short outward impulse and tumble; liquid container = rotation + lid gap + spill; phone-like object = outward/upward impulse).

Once these are decided, write the full prompt below, substituting every bracketed placeholder with your specific choices. Remove the brackets in the final output â€” nothing bracketed should remain.

OUTPUT PROMPT TEMPLATE (fill and return this)
# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION IMAGE / LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Use only for the visual language, architecture, atmosphere, lighting direction, materials and environmental character of [DESCRIBE LOCATION TYPE, e.g. "a modern city plaza with polished stone paving and soft late-afternoon light"]. Do NOT reproduce its exact composition, exact layout or original camera angle. Create a new believable cinematic space inspired by it, with enough PEDESTRIAN SPACE for the protagonist to walk naturally and for the collision to happen. Respect real-world spatial logic: pedestrians remain in pedestrian areas; vehicles remain in vehicle areas; architecture maintains realistic scale and perspective.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the PRODUCT IMAGE as the exact visual reference for the primary [worn/held/attached] object featured in the bullet-time sequence: [PRODUCT NAME/TYPE]. Preserve its recognizable: shape, proportions, materials, construction, colours, surface details, and important design features. The SAME PRODUCT IMAGE object must remain recognizable when [worn/held], when released, during macro inspection, and after landing. The HERO OBJECT begins [naturally worn by / attached to / held by] the protagonist and can physically separate during the collision.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign or premium cinematic music video photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography. The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2-3% of normal speed. The objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the frozen event and inspect them. The objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person [+ ONE [animal/prop] if applicable, e.g. dog and leash, bicycle, delivery tray]. Exactly ONE PRODUCT IMAGE HERO OBJECT. Exactly ONE [SECONDARY HAND PROP A, e.g. takeaway drink cup / plastic lid]. Exactly ONE [SECONDARY HAND PROP B, e.g. compact phone / small clutch / keys]. No duplicate props appear at any point.

---

# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE [PRODUCT NAME]. It is always the SAME physical object: [describe fixed material, colour, proportions, distinguishing features from the PRODUCT IMAGE]. LOCK its physical appearance throughout the entire sequence: same materials, same dimensions, same finish, same construction details. The object remains the SAME physical prop during: wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall, ground impact (or final resting position on the body, if it does not fall). Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the object when camera distance changes.

---

# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE [SECONDARY HAND PROP A] and exactly ONE [SECONDARY HAND PROP B]. LOCK throughout: same size, same material, same proportions, same condition. [Add any material-specific physical rule, e.g. "Before collision the lid is properly attached. The liquid remains physically inside the cup. The liquid cannot pass through solid plastic." â€” or the equivalent physical constraint for whatever items were chosen.]

---

# HAND OWNERSHIP

Before collision: RIGHT HAND = [PROP], LEFT HAND = [PROP] (only if PRODUCT is worn/attached rather than held â€” otherwise assign the PRODUCT to one hand and one incidental prop to the other). PRODUCT IMAGE HERO OBJECT = [naturally worn/attached to the protagonist / held in hand]. At release: the fingers physically release the props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY. The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

---

# 0.0-2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonist's footwear walking naturally through the LOCATION-inspired pedestrian environment. The camera performs one elegant continuous movement: smooth crane upward + gentle backward tracking. Reveal progressively: footwear -> legs -> clothing -> torso -> jewelry/accessories -> face -> nearly full-body composition. Give the audience enough time to clearly recognize the MODEL IMAGE protagonist. The protagonist naturally [wears/holds] the SAME PRODUCT IMAGE HERO OBJECT. The protagonist [holds/wears] the SAME [SECONDARY PROP A] in the RIGHT hand and the SAME [SECONDARY PROP B] in the LEFT hand [adjust to whichever natural action fits, e.g. phone to ear and talking, or simply walking with both props visible]. Maintain exact MODEL IMAGE facial identity. Premium live-action fashion/product cinematography.

---

# 2.0-3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain the smooth frontal tracking composition. The protagonist continues walking naturally through the pedestrian area. Use the LOCATION only as environmental inspiration. The protagonist remains the visual focus. Exactly ONE secondary person approaches from the opposite direction [+ describe their prop/animal if any]. The secondary person and any accompanying element remain supporting elements rather than new protagonists. Maintain: stable MODEL IMAGE identity, stable facial anatomy, stable hairstyle, stable clothing, stable PRODUCT IMAGE geometry, same secondary props.

---

# 3.7-4.4s â€” ACCIDENTAL COLLISION

As the two people pass, the secondary person's [ELBOW/SHOULDER/BAG] accidentally clips the protagonist's [ARM/UPPER TORSO]. The contact is small, accidental and physically believable. The protagonist naturally recoils backward. Physical release events happen because of this SAME collision.

## HERO OBJECT
The PRODUCT IMAGE HERO OBJECT receives ONE short physical outward impulse. It separates naturally from the protagonist. It travels only a short realistic distance away from its original position. It does NOT launch toward the camera.

## SECONDARY PROP A
The SAME [PROP A] leaves the [RIGHT/LEFT] hand. It receives one short outward/[rotational/downward] impulse. [Describe the specific realistic physical consequence â€” e.g. lid partially lifts and liquid escapes through a real gap; or item tumbles and opens; or item flips open.] The effect is restrained and physically caused, never instantaneous or exaggerated.

## SECONDARY PROP B
The SAME [PROP B] leaves the [LEFT/RIGHT] hand. It receives one short outward/upward impulse. It preserves exactly the SAME design and geometry. The instant it physically separates from the fingers, that hand becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision. If the PRODUCT is worn on the face or head, the protagonist's anatomically complete face already exists underneath it. The face does NOT regenerate after the object separates. If eyewear is used: the natural eyes already exist behind the lenses before separation; when the object leaves, reveal the same normal human eyes with stable pupils, natural eyelids, correct gaze direction, facial symmetry, stable brow, nose and cheekbones. Maintain realistic hairstyle structure and volume throughout the collision. Hair responds only with subtle physically plausible inertia. The hairstyle does not suddenly reshape when the product separates.

---

# 4.4-5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2-3% of normal speed. DO NOT immediately move to a macro object close-up. FIRST HOLD a clear medium-wide view of the complete physical accident. The audience must understand the spatial geometry before the object inspections begin. The protagonist is beginning to fall backward. BOTH HANDS ARE EMPTY. The PRODUCT IMAGE HERO OBJECT is suspended a short physically plausible distance from its original release point. [PROP A] is suspended toward its release side, with its physical consequence (spill/opening/tumble) beginning but restrained. [PROP B] is suspended toward the opposite side near its release position. These positions now become FIXED WORLD-SPACE ANCHORS. The objects move only microscopically. They do NOT continue travelling toward the camera. They do NOT artificially grow in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

---

# 5.2-6.8s â€” PRODUCT HERO OBJECT INSPECTION

The PRODUCT IMAGE HERO OBJECT remains almost stationary at its world-space anchor. THE CAMERA performs a controlled cinematic dolly toward it. The object becomes larger in frame ONLY because the CAMERA physically reduces camera-to-object distance. Once close: slow the camera dramatically. HOLD. Give the audience enough time to study the object. Perform a restrained approximately 20-30 degree orbital/parallax CAMERA movement around the almost-stationary object. Reveal: physical construction, real material thickness, surface texture, reflections, edges, small manufacturing details, recognizable product design. Use shallow photographic depth of field. The protagonist and environment remain softly recognizable behind the object. The object still clearly exists inside the SAME physical scene. It looks like a real manufactured product photographed practically with a macro cinema lens, not CGI product animation. Complete the inspection before moving to the next object.

---

# 6.8-8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the PRODUCT inspection, the CAMERA leaves the hero object behind at its existing world-space position. The CAMERA travels diagonally through the frozen scene toward the SAME [PROP A]. THE PROP DOES NOT APPROACH THE CAMERA. The camera physically approaches its existing location. HOLD a photographic macro close-up. Show the SAME [PROP A] with its physical consequence (spill/opening/scatter) clearly understandable and restrained â€” never explosive or decorative. The camera reveals real material texture, realistic surface tension or physical wear, and subtle natural reflections. Perform a small restrained lateral/parallax CAMERA move around the prop and its effect. HOLD. Give the audience enough time to observe true material detail. Complete this inspection before leaving.

---

# 8.3-9.8s â€” SECONDARY PROP B INSPECTION

Only after completing the previous inspection, the CAMERA moves away, leaving prior objects behind at their existing world-space anchors. The CAMERA travels through the same frozen three-dimensional scene toward the SINGLE suspended [PROP B]. THE PROP DOES NOT APPROACH THE CAMERA. It remains near the physical position where it left the hand. The CAMERA physically closes the distance. First show enough of the prop to establish continuity â€” it is unmistakably the SAME object seen earlier. HOLD briefly on its complete silhouette. Then the CAMERA moves closer to its most distinctive detail [e.g. an illuminated display, an engraved detail, a label] for an extreme photographic macro close-up. HOLD. Show real material texture, tiny wear marks, and realistic reflections. The prop does NOT transform or become a different object. The CAMERA simply approaches the SAME prop that has existed since the beginning. Exactly ONE of this prop exists. The originating hand remains completely EMPTY in the background.

---

# 9.8-10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the final inspection, the CAMERA performs a fast but perfectly smooth dolly backward. Every object remains at its established world-space position. Reveal the complete accident again. Same MODEL IMAGE protagonist still falling backward. Both hands empty. Same PRODUCT IMAGE HERO OBJECT. Same [PROP A] with its consequence. Same [PROP B]. Exactly one secondary person [+ accompanying element]. All objects occupy positions spatially consistent with their original release points and trajectories. No object has followed the camera. No object has teleported. No prop has been regenerated. HOLD the complete frozen tableau briefly.

---

# 10.4-12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum resume simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION. The protagonist completes the backward fall naturally. The PRODUCT IMAGE HERO OBJECT continues from its suspended position and lands where its existing momentum and gravity physically lead it [or settles naturally if worn/attached and not meant to fall]. [PROP A] continues from its own separate suspended position and completes its physical consequence realistically on impact. [PROP B] continues from its own separate suspended position, strikes the ground, and makes one small physically believable bounce or stop. The objects land at DIFFERENT physically plausible locations. They do NOT suddenly converge beside the protagonist. The CAMERA rapidly tilts/drops toward ground level to follow the final physical impact. Finish with a cinematic low-angle composition connecting the fallen protagonist and scattered objects inside the same believable environment. Hard cut.

---

# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA. During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE. Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving the object toward the lens. Never enlarge the object artificially. Never teleport an object to the camera. STRICT CAMERA ROUTE: FULL FROZEN TABLEAU -> CAMERA DOLLIES TO PRODUCT HERO OBJECT -> HOLD -> SMALL 20-30 degree CAMERA ORBIT -> CAMERA TRAVELS TO PROP A -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO PROP B -> ESTABLISH COMPLETE PROP -> MOVE CLOSER TO KEY DETAIL -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects that were physically released earlier. Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances. PRODUCT IMAGE HERO OBJECT: same object, same design, same trajectory, same world-space identity. PROP A: same item, same physical consequence, same world-space identity. PROP B: same item, same geometry, same world-space identity. Changing camera distance must NOT change object design.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause. The protagonist recoils because of the collision contact. The HERO OBJECT moves because collision momentum separates it. Each secondary prop changes position because the corresponding hand releases it and collision momentum acts on it. Any spill, opening, or scatter happens only because a real physical gap or impact force now exists. Objects become larger in frame because the CAMERA approaches them. Objects fall because normal gravity resumes. Nothing transforms simply because the camera gets closer. Treat the entire sequence as ONE real practical-effects event photographed continuously with a motion-control cinema camera.

---

# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person [+ any accompanying element]. ONE PRODUCT IMAGE HERO OBJECT. ONE [PROP A]. ONE [PROP B]. Before collision: RIGHT HAND / LEFT HAND assignments as defined above. After collision: RIGHT HAND = EMPTY, LEFT HAND = EMPTY. No second hero object. No second instance of either prop. No additional secondary characters. No prop appearing inside an empty hand. No prop duplication during macro shots. No object teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and product separation. Prioritize: 1. stable facial identity; 2. anatomically correct natural eyes; 3. stable hairstyle silhouette and realistic hair texture; 4. stable body proportions; 5. stable clothing; 6. accurate PRODUCT IMAGE geometry; 7. stable secondary prop geometry; 8. empty hands after release; 9. continuous object trajectories.

---

# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international campaign. High-budget cinematic music-video realism. Real human anatomy. Real skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props. Real manufactured PRODUCT IMAGE object. Real material behavior for every secondary prop. Real object mass. Real inertia. Real gravity. Real surface tension. Realistic momentum. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated natural environmental lighting. Controlled highlights. Natural skin tones. Realistic optical depth of field. Shallow macro depth of field during object inspections. Subtle 35mm film texture. Restrained luxury editorial colour grade. The bullet-time sequence feels like a real practical high-speed photography shoot using a motion-control cinema camera, NOT CGI product animation. 4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic detail, sharp optical clarity, cinematic texture, natural colours, stable identity, stable geometry, stable prop continuity.
HOW TO USE THIS SYSTEM PROMPT

Feed this system prompt to your generating LLM along with:

MODEL IMAGE â€” the person who will appear as protagonist
PRODUCT IMAGE â€” the hero product being featured
LOCATION IMAGE â€” optional; omit to let the model invent a fitting environment

The LLM will silently reason through Step 0, then return only the filled-in OUTPUT PROMPT TEMPLATE (no brackets, no placeholders left visible) as the final bullet-time video generation prompt, ready to paste into the video model.38:T4e6d,# REFERENCE MAP @[Image 1](image_1) = PRIMARY CHARACTER REFERENCE. Use @[Image 1](image_1) for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve the SAME character throughout the entire video. Do not copy the original background from @[Image 1](image_1).--- = ENVIRONMENT REFERENCE ONLY. Use only for the visual language, architecture, atmosphere, lighting direction, materials and environmental character of the location. Do NOT reproduce its exact composition, exact street layout or original camera angle. Create a new believable cinematic space inspired by with enough PEDESTRIAN SPACE for the protagonist to walk naturally and for the collision to happen. Respect real-world spatial logic: pedestrians remain in pedestrian areas; vehicles remain in vehicle areas; architecture maintains realistic scale and perspective.--- @[Image 3](image_3) = HERO OBJECT REFERENCE. Use @[Image 3](image_3) as the exact visual reference for the primary wearable/removable object featured in the bullet-time sequence. Preserve its recognizable: shape, proportions, materials, construction, colours, surface details, and important design features. The SAME @[Image 3](image_3) object must remain recognizable when worn by the protagonist, when released, during macro inspection, and after landing. The HERO OBJECT begins naturally worn by or attached to the protagonist and can physically separate during the collision.--- # MASTER VISUAL CONCEPT Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion film. The result feels like a high-budget international fashion campaign or premium cinematic music video photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography. The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2-3% of normal speed. The objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the frozen event and inspect them. The objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.--- # EXACT OBJECT COUNT Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE Labrador. Exactly ONE leash. Exactly ONE @[Image 3](image_3) HERO OBJECT. Exactly ONE takeaway coffee cup. Exactly ONE plastic drinking lid. Exactly ONE silver-grey OPEN CLAMSHELL FLIP PHONE. No duplicate props appear at any point.--- # PERSISTENT PHONE PROP - CRITICAL There is exactly ONE phone in the entire video. It is always the SAME physical phone: a compact early-2000s silver-grey OPEN CLAMSHELL FLIP PHONE with two rectangular hinged halves. Upper half: small illuminated display, speaker above the display. Lower half: physical numeric keypad, navigation buttons, microphone. A visible central mechanical hinge connects both halves. The phone is already OPEN before the video begins. LOCK its physical appearance throughout the entire sequence: same silver-grey colour, same dimensions, same thickness, same hinge, same display, same keypad, same buttons, same materials, same open clamshell angle. The phone remains the SAME physical prop during: wide walking shot, collision, release from the hand, bullet-time suspension, macro inspection, return to wide shot, final fall, ground impact. Wide shot -> medium shot -> macro shot = THE SAME PHONE VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the phone when camera distance changes.--- # PERSISTENT COFFEE PROP - CRITICAL There is exactly ONE takeaway coffee cup. It is a real medium-sized disposable PAPER coffee cup with a lightweight plastic drinking lid. LOCK throughout: same cup, same size, same paper material, same proportions, same plastic lid, same amount of dark coffee. Before collision the lid is properly attached. The coffee remains physically inside the cup. The liquid cannot pass through solid plastic.--- # HAND OWNERSHIP Before collision: RIGHT HAND = ONE OPEN FLIP PHONE. LEFT HAND = ONE COFFEE CUP. @[Image 3](image_3) HERO OBJECT = naturally worn/attached to the protagonist. At release: the fingers physically release the props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY. The empty hands remain anatomically normal. Nothing replaces the phone. Nothing replaces the cup. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.--- # 0.0-2.0s - CINEMATIC CHARACTER REVEAL Begin with an extreme low close-up of the protagonist's footwear walking naturally through the @Image2-inspired pedestrian environment. The camera performs one elegant continuous movement: smooth crane upward + gentle backward tracking. Reveal progressively: footwear -> legs -> clothing -> torso -> jewelry/accessories -> face -> nearly full-body composition. Give the audience enough time to clearly recognize @[Image 1](image_1) as the protagonist. The protagonist naturally wears the SAME @[Image 3](image_3) HERO OBJECT. The protagonist holds the SAME OPEN silver-grey clamshell flip phone to the RIGHT ear. The protagonist carries the SAME realistic paper coffee cup in the LEFT hand. The protagonist is actively having a phone conversation. Show subtle but clearly visible natural speech articulation: realistic lip movement, subtle jaw movement, natural mouth opening and closing, relaxed facial muscles. Maintain exact @[Image 1](image_1) facial identity. Premium live-action fashion cinematography.--- # 2.0-3.7s - WALK THROUGH THE ENVIRONMENT Maintain the smooth frontal tracking composition. The protagonist continues walking naturally through the pedestrian area. Respect only as environmental inspiration. The protagonist remains the visual focus. Exactly ONE secondary person approaches from the opposite direction. That person holds the leash of exactly ONE Labrador. The Labrador walks slightly ahead and gently pulls the secondary person forward. No additional dogs. No additional handlers. The secondary person and Labrador remain supporting elements rather than new protagonists. Maintain: stable @[Image 1](image_1) identity, stable facial anatomy, stable hairstyle, stable clothing, stable @[Image 3](image_3) geometry, same open flip phone, same coffee cup.--- # 3.7-4.4s - ACCIDENTAL COLLISION As the two people pass, the secondary person's ELBOW accidentally clips the protagonist's arm/upper torso. The contact is small, accidental and physically believable. The protagonist naturally recoils backward. Three physical release events happen because of this SAME collision. ## HERO OBJECT The @[Image 3](image_3) HERO OBJECT receives ONE short physical outward impulse. It separates naturally from the protagonist. It travels only a short realistic distance away from its original position. It does NOT launch toward the camera. ## COFFEE The SAME coffee cup leaves the LEFT hand. The cup receives one short outward/downward rotational impulse. The cup begins to tilt and rotate. Because of the sudden rotation and internal liquid inertia, ONE EDGE of the lightweight plastic lid partially pops loose from the rim. The lid does NOT instantly disappear. The lid does NOT explode away. A physical gap forms between the cup rim and the partially lifted edge of the lid. ONLY THEN does the dark coffee begin escaping through this real physical opening. The first liquid movement is small and restrained. ## PHONE The SAME OPEN clamshell flip phone leaves the RIGHT hand. It receives one short outward/upward impulse. It preserves exactly the SAME phone design and SAME open clamshell geometry. The instant the phone physically separates from the fingers: RIGHT HAND = EMPTY. The instant the cup physically separates: LEFT HAND = EMPTY.--- # FACE / HAIR CONTINUITY DURING RELEASE Preserve @[Image 1](image_1) identity continuously through the collision. If @[Image 3](image_3) is worn on the face or head, the protagonist's anatomically complete face already exists underneath it. The face does NOT regenerate after the object separates. If eyewear is used: the natural eyes already exist behind the lenses before separation. When the glasses leave, reveal the same normal human eyes with: stable pupils, natural eyelids, correct gaze direction, facial symmetry, stable brow, stable nose, stable cheekbones. Maintain realistic hairstyle structure and volume throughout the collision. Hair responds only with subtle physically plausible inertia. The hairstyle does not suddenly reshape when @[Image 3](image_3) separates.--- # 4.4-5.2s - ESTABLISH THE FROZEN WORLD Time decelerates dramatically to approximately 2-3% of normal speed. DO NOT immediately move to a macro object close-up. FIRST HOLD a clear medium-wide view of the complete physical accident. The audience must understand the spatial geometry before the object inspections begin. The protagonist is beginning to fall backward. BOTH HANDS ARE EMPTY. The @[Image 3](image_3) HERO OBJECT is suspended a short physically plausible distance from its original release point. The coffee cup is suspended lower and toward the side corresponding to the LEFT-hand release position. The partially detached lid remains physically connected to or immediately beside the cup. A restrained amount of coffee is beginning to escape through the opened gap. The OPEN flip phone is suspended toward the opposite side near its RIGHT-hand release position. These positions now become FIXED WORLD-SPACE ANCHORS. The objects move only microscopically. They do NOT continue travelling toward the camera. They do NOT artificially grow in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.--- # 5.2-6.8s - @[Image 3](image_3) HERO OBJECT INSPECTION The @[Image 3](image_3) HERO OBJECT remains almost stationary at its world-space anchor. THE CAMERA performs a controlled cinematic dolly toward it. The object becomes larger in frame ONLY because the CAMERA physically reduces camera-to-object distance. Once close: slow the camera dramatically. HOLD. Give the audience enough time to study the object. Perform a restrained approximately 20-30 degree orbital/parallax CAMERA movement around the almost-stationary @[Image 3](image_3) object. Reveal: physical construction, real material thickness, surface texture, reflections, edges, small manufacturing details, recognizable @[Image 3](image_3) design. Use shallow photographic depth of field. The protagonist and environment remain softly recognizable behind the object. The object still clearly exists inside the SAME physical scene. It looks like a real manufactured product photographed practically with a macro cinema lens. The object does NOT behave like CGI product animation. Complete the inspection before moving to the next object.--- # 6.8-8.3s - COFFEE / LIQUID INSPECTION Only after completing the @[Image 3](image_3) inspection, the CAMERA leaves the hero object behind at its existing world-space position. The CAMERA travels diagonally through the frozen scene toward the SAME coffee cup. THE CUP DOES NOT APPROACH THE CAMERA. The camera physically approaches the cup's existing location. HOLD a photographic macro close-up. Show the SAME realistic paper takeaway cup. Its lightweight plastic lid is partially detached along ONE EDGE. The opening between lid and rim is clearly physically understandable. Coffee escapes ONLY through this opening. Show restrained real liquid behavior: a thin irregular stream, an imperfect liquid sheet, several differently sized droplets, realistic surface tension, realistic liquid volume, subtle natural reflections. The coffee does NOT explode. The liquid does NOT form a perfect decorative CGI splash. The coffee advances only microscopically during bullet time. Perform a small restrained lateral/parallax CAMERA move around the cup, lid and suspended droplets. HOLD. Give the audience enough time to observe: paper texture, plastic lid, physical opening, liquid thickness, individual droplets, real-world material reflections. Complete the coffee inspection before leaving.--- # 8.3-9.8s - FLIP PHONE INSPECTION Only after completing the coffee inspection, the CAMERA moves away. The cup, lid and coffee remain behind at their existing world-space anchors. The CAMERA travels through the same frozen three-dimensional scene toward the SINGLE suspended OPEN CLAMSHELL FLIP PHONE. THE PHONE DOES NOT APPROACH THE CAMERA. The phone remains near the physical position where it left the RIGHT hand. The CAMERA physically closes the distance. First show enough of the phone to establish continuity. It is unmistakably the SAME OPEN FLIP PHONE seen earlier: same silver-grey housing, same upper display half, same lower keypad half, same central hinge, same clamshell angle. HOLD briefly on the complete phone silhouette. Then the CAMERA moves closer to the existing upper display. Extreme photographic macro close-up. The illuminated incoming-call display reads: BOSS with one small realistic phone number underneath. HOLD on the screen. Show: real plastic/metal housing, physical hinge, keypad texture, tiny scratches, surface wear, realistic screen reflections. The phone does NOT transform to reveal its screen. The phone does NOT become another phone model. The CAMERA simply approaches the SAME screen that has existed on the SAME phone since the beginning. Exactly ONE phone exists. The protagonist's RIGHT HAND remains completely EMPTY in the background.--- # 9.8-10.4s - RECONSTRUCT THE COMPLETE FROZEN TABLEAU After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward. The phone itself remains at its established world-space position. The coffee remains at its established world-space position. The @[Image 3](image_3) HERO OBJECT remains at its established world-space position. Reveal the complete accident again. Same @[Image 1](image_1) protagonist still falling backward. Both hands empty. Same @[Image 3](image_3) HERO OBJECT. Same coffee cup. Same partially detached lid. Same suspended coffee droplets. Same OPEN flip phone. Exactly one secondary person. Exactly one Labrador. All objects occupy positions spatially consistent with their original release points and trajectories. No object has followed the camera. No object has teleported. No prop has been regenerated. HOLD the complete frozen tableau briefly.--- # 10.4-12.0s - TIME RETURNS / PHYSICAL PAYOFF Time suddenly snaps back to normal speed. Gravity and existing momentum resume simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION. The protagonist completes the backward fall naturally. The @[Image 3](image_3) HERO OBJECT continues from its suspended position and lands where its existing momentum and gravity physically lead it. The coffee cup continues from its own separate suspended position. The cup impacts the ground. The partially detached lid reacts naturally to impact. The remaining real coffee spills irregularly from the actual cup opening and impact point. The open flip phone continues from its own separate suspended position. It strikes the ground and makes one small physically believable bounce. The objects land at DIFFERENT physically plausible locations. They do NOT suddenly converge beside the protagonist. The CAMERA rapidly tilts/drops toward ground level to follow the final physical impact. Finish with a cinematic low-angle composition connecting the fallen protagonist and scattered objects inside the same believable environment. Hard cut.--- # NON-NEGOTIABLE BULLET-TIME CAMERA RULE BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA. During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE. Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving the object toward the lens. Never enlarge the object artificially. Never teleport an object to the camera. STRICT CAMERA ROUTE: FULL FROZEN TABLEAU-> CAMERA DOLLIES TO @[Image 3](image_3) HERO OBJECT-> HOLD-> SMALL 20-30 degree CAMERA ORBIT-> CAMERA TRAVELS TO COFFEE-> HOLD-> SMALL CAMERA PARALLAX-> CAMERA TRAVELS TO OPEN FLIP PHONE-> ESTABLISH COMPLETE PHONE-> MOVE CLOSER TO DISPLAY-> HOLD-> CAMERA DOLLIES BACK TO COMPLETE TABLEAU-> TIME RETURNS.--- # PERSISTENT PROP CONTINUITY - CRITICAL The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects that were physically released earlier. Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances. @[Image 3](image_3): same object, same design, same trajectory, same world-space identity. COFFEE: same cup, same lid, same coffee, same rotation, same world-space identity. PHONE: same open clamshell phone, same housing, same hinge, same keypad, same display, same open angle, same world-space identity. Changing camera distance must NOT change object design.--- # PHYSICAL CAUSALITY RULE Every visible change requires a physical cause. The protagonist recoils because of the elbow contact. The HERO OBJECT moves because collision momentum separates it. The phone changes position because the fingers release it. The cup moves because the hand releases it and collision momentum gives it rotation. The lid partially opens because cup rotation and internal liquid inertia apply force to the lightweight lid. Coffee escapes because a REAL PHYSICAL GAP now exists. Objects become larger in frame because the CAMERA approaches them. Objects fall because normal gravity resumes. Nothing transforms simply because the camera gets closer. Treat the entire sequence as ONE real practical-effects event photographed continuously with a motion-control cinema camera.--- # OBJECT OWNERSHIP LOCK ONE protagonist. ONE secondary person. ONE Labrador. ONE leash. ONE @[Image 3](image_3) HERO OBJECT. ONE coffee cup. ONE lid. ONE open clamshell phone. Before collision: RIGHT HAND = phone. LEFT HAND = coffee. After collision: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. No second phone. No second cup. No second HERO OBJECT. No additional dog. No prop appearing inside an empty hand. No prop duplication during macro shots. No object teleportation. No unexplained object-scale changes.--- # IDENTITY PRIORITY Maintain @[Image 1](image_1) identity throughout, especially during collision and @[Image 3](image_3) separation. Prioritize: 1. stable facial identity; 2. anatomically correct natural eyes; 3. stable hairstyle silhouette and realistic hair texture; 4. stable body proportions; 5. stable clothing; 6. accurate @[Image 3](image_3) geometry; 7. stable persistent phone geometry; 8. empty hands after release; 9. continuous object trajectories.--- # PHOTOGRAPHIC REALISM Ultra-photorealistic LIVE-ACTION photography. Premium international luxury fashion campaign. High-budget cinematic music-video realism. Real human anatomy. Real skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props. Real manufactured @[Image 3](image_3) object. Real paper coffee cup. Real plastic lid. Real liquid coffee. Real open clamshell flip phone. Real object mass. Real inertia. Real gravity. Real surface tension. Realistic momentum. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated natural environmental lighting. Controlled highlights. Natural skin tones. Realistic optical depth of field. Shallow macro depth of field during object inspections. Subtle 35mm film texture. Restrained luxury editorial colour grade. The bullet-time sequence feels like a real practical high-speed photography shoot using a motion-control cinema camera, NOT CGI product animation. 4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic detail, sharp optical clarity, cinematic texture, natural colours, stable identity, stable geometry, stable prop continuity.39:T53bc,SYSTEM PROMPT â€” AI Bullet-Time Fashion/Product Video Generator

You are a prompt-construction engine for a text-to-video model. Your job is to take whatever reference images are supplied â€” a MODEL IMAGE, a PRODUCT IMAGE, and (optionally) a LOCATION IMAGE â€” and output ONE finished, ready-to-use bullet-time video generation prompt, following the exact structural pattern below. You never ask the user clarifying questions; you infer sensible, physically-natural choices from the images provided and fill every placeholder yourself before returning the final prompt.

Do not use generic labels like "Image 1/2/3" anywhere in your output. Always refer to the references as MODEL IMAGE, PRODUCT IMAGE, and LOCATION IMAGE (only include the LOCATION IMAGE block if one was actually supplied â€” otherwise invent a believable environment consistent with the product's category and the model's styling, and label it LOCATION CONCEPT).

STEP 0 â€” ANALYZE THE REFERENCES BEFORE WRITING

Before generating the final prompt, silently determine:

Product category & behavior. Is the PRODUCT IMAGE worn (watch, sunglasses, jewelry, shoe, bag strap, jacket), held (bottle, phone, clutch), or attached (cap, belt, scarf)? This determines whether it is "naturally worn/attached" pre-collision (like the HERO OBJECT in the reference structure) or "held in hand."
Hand assignment. If the product occupies one hand, assign a second, era/context-appropriate item to the other hand (a drink, a phone, a folded newspaper, a small bag, keys) â€” never duplicate the product itself. If the product is worn/attached rather than held, both hands are free before collision and should hold two natural incidental items (e.g., a phone + a beverage), chosen to suit the model's styling and the location's culture.
Environment logic. Use the LOCATION IMAGE only for visual language â€” architecture, materials, lighting, atmosphere â€” never for its literal composition. If no location image exists, invent one that matches the product's world (luxury retail street, minimalist studio courtyard, modern plaza, etc.).
Secondary collision agent. Choose a believable passer-by interaction appropriate to the space (a pedestrian with a dog, a cyclist, a courier, another pedestrian carrying a tray/parcel) that can plausibly clip the protagonist without harm.
Release physics per object. Decide exactly how each object separates, tumbles, or spills based on its real material (rigid product = short outward impulse and tumble; liquid container = rotation + lid gap + spill; phone-like object = outward/upward impulse).

Once these are decided, write the full prompt below, substituting every bracketed placeholder with your specific choices. Remove the brackets in the final output â€” nothing bracketed should remain.

OUTPUT PROMPT TEMPLATE (fill and return this)
# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION IMAGE / LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Use only for the visual language, architecture, atmosphere, lighting direction, materials and environmental character of [DESCRIBE LOCATION TYPE, e.g. "a modern city plaza with polished stone paving and soft late-afternoon light"]. Do NOT reproduce its exact composition, exact layout or original camera angle. Create a new believable cinematic space inspired by it, with enough PEDESTRIAN SPACE for the protagonist to walk naturally and for the collision to happen. Respect real-world spatial logic: pedestrians remain in pedestrian areas; vehicles remain in vehicle areas; architecture maintains realistic scale and perspective.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the PRODUCT IMAGE as the exact visual reference for the primary [worn/held/attached] object featured in the bullet-time sequence: [PRODUCT NAME/TYPE]. Preserve its recognizable: shape, proportions, materials, construction, colours, surface details, and important design features. The SAME PRODUCT IMAGE object must remain recognizable when [worn/held], when released, during macro inspection, and after landing. The HERO OBJECT begins [naturally worn by / attached to / held by] the protagonist and can physically separate during the collision.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign or premium cinematic music video photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography. The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2-3% of normal speed. The objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the frozen event and inspect them. The objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person [+ ONE [animal/prop] if applicable, e.g. dog and leash, bicycle, delivery tray]. Exactly ONE PRODUCT IMAGE HERO OBJECT. Exactly ONE [SECONDARY HAND PROP A, e.g. takeaway drink cup / plastic lid]. Exactly ONE [SECONDARY HAND PROP B, e.g. compact phone / small clutch / keys]. No duplicate props appear at any point.

---

# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE [PRODUCT NAME]. It is always the SAME physical object: [describe fixed material, colour, proportions, distinguishing features from the PRODUCT IMAGE]. LOCK its physical appearance throughout the entire sequence: same materials, same dimensions, same finish, same construction details. The object remains the SAME physical prop during: wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall, ground impact (or final resting position on the body, if it does not fall). Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the object when camera distance changes.

---

# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE [SECONDARY HAND PROP A] and exactly ONE [SECONDARY HAND PROP B]. LOCK throughout: same size, same material, same proportions, same condition. [Add any material-specific physical rule, e.g. "Before collision the lid is properly attached. The liquid remains physically inside the cup. The liquid cannot pass through solid plastic." â€” or the equivalent physical constraint for whatever items were chosen.]

---

# HAND OWNERSHIP

Before collision: RIGHT HAND = [PROP], LEFT HAND = [PROP] (only if PRODUCT is worn/attached rather than held â€” otherwise assign the PRODUCT to one hand and one incidental prop to the other). PRODUCT IMAGE HERO OBJECT = [naturally worn/attached to the protagonist / held in hand]. At release: the fingers physically release the props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY. The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

---

# 0.0-2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonist's footwear walking naturally through the LOCATION-inspired pedestrian environment. The camera performs one elegant continuous movement: smooth crane upward + gentle backward tracking. Reveal progressively: footwear -> legs -> clothing -> torso -> jewelry/accessories -> face -> nearly full-body composition. Give the audience enough time to clearly recognize the MODEL IMAGE protagonist. The protagonist naturally [wears/holds] the SAME PRODUCT IMAGE HERO OBJECT. The protagonist [holds/wears] the SAME [SECONDARY PROP A] in the RIGHT hand and the SAME [SECONDARY PROP B] in the LEFT hand [adjust to whichever natural action fits, e.g. phone to ear and talking, or simply walking with both props visible]. Maintain exact MODEL IMAGE facial identity. Premium live-action fashion/product cinematography.

---

# 2.0-3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain the smooth frontal tracking composition. The protagonist continues walking naturally through the pedestrian area. Use the LOCATION only as environmental inspiration. The protagonist remains the visual focus. Exactly ONE secondary person approaches from the opposite direction [+ describe their prop/animal if any]. The secondary person and any accompanying element remain supporting elements rather than new protagonists. Maintain: stable MODEL IMAGE identity, stable facial anatomy, stable hairstyle, stable clothing, stable PRODUCT IMAGE geometry, same secondary props.

---

# 3.7-4.4s â€” ACCIDENTAL COLLISION

As the two people pass, the secondary person's [ELBOW/SHOULDER/BAG] accidentally clips the protagonist's [ARM/UPPER TORSO]. The contact is small, accidental and physically believable. The protagonist naturally recoils backward. Physical release events happen because of this SAME collision.

## HERO OBJECT
The PRODUCT IMAGE HERO OBJECT receives ONE short physical outward impulse. It separates naturally from the protagonist. It travels only a short realistic distance away from its original position. It does NOT launch toward the camera.

## SECONDARY PROP A
The SAME [PROP A] leaves the [RIGHT/LEFT] hand. It receives one short outward/[rotational/downward] impulse. [Describe the specific realistic physical consequence â€” e.g. lid partially lifts and liquid escapes through a real gap; or item tumbles and opens; or item flips open.] The effect is restrained and physically caused, never instantaneous or exaggerated.

## SECONDARY PROP B
The SAME [PROP B] leaves the [LEFT/RIGHT] hand. It receives one short outward/upward impulse. It preserves exactly the SAME design and geometry. The instant it physically separates from the fingers, that hand becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision. If the PRODUCT is worn on the face or head, the protagonist's anatomically complete face already exists underneath it. The face does NOT regenerate after the object separates. If eyewear is used: the natural eyes already exist behind the lenses before separation; when the object leaves, reveal the same normal human eyes with stable pupils, natural eyelids, correct gaze direction, facial symmetry, stable brow, nose and cheekbones. Maintain realistic hairstyle structure and volume throughout the collision. Hair responds only with subtle physically plausible inertia. The hairstyle does not suddenly reshape when the product separates.

---

# 4.4-5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2-3% of normal speed. DO NOT immediately move to a macro object close-up. FIRST HOLD a clear medium-wide view of the complete physical accident. The audience must understand the spatial geometry before the object inspections begin. The protagonist is beginning to fall backward. BOTH HANDS ARE EMPTY. The PRODUCT IMAGE HERO OBJECT is suspended a short physically plausible distance from its original release point. [PROP A] is suspended toward its release side, with its physical consequence (spill/opening/tumble) beginning but restrained. [PROP B] is suspended toward the opposite side near its release position. These positions now become FIXED WORLD-SPACE ANCHORS. The objects move only microscopically. They do NOT continue travelling toward the camera. They do NOT artificially grow in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

---

# 5.2-6.8s â€” PRODUCT HERO OBJECT INSPECTION

The PRODUCT IMAGE HERO OBJECT remains almost stationary at its world-space anchor. THE CAMERA performs a controlled cinematic dolly toward it. The object becomes larger in frame ONLY because the CAMERA physically reduces camera-to-object distance. Once close: slow the camera dramatically. HOLD. Give the audience enough time to study the object. Perform a restrained approximately 20-30 degree orbital/parallax CAMERA movement around the almost-stationary object. Reveal: physical construction, real material thickness, surface texture, reflections, edges, small manufacturing details, recognizable product design. Use shallow photographic depth of field. The protagonist and environment remain softly recognizable behind the object. The object still clearly exists inside the SAME physical scene. It looks like a real manufactured product photographed practically with a macro cinema lens, not CGI product animation. Complete the inspection before moving to the next object.

---

# 6.8-8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the PRODUCT inspection, the CAMERA leaves the hero object behind at its existing world-space position. The CAMERA travels diagonally through the frozen scene toward the SAME [PROP A]. THE PROP DOES NOT APPROACH THE CAMERA. The camera physically approaches its existing location. HOLD a photographic macro close-up. Show the SAME [PROP A] with its physical consequence (spill/opening/scatter) clearly understandable and restrained â€” never explosive or decorative. The camera reveals real material texture, realistic surface tension or physical wear, and subtle natural reflections. Perform a small restrained lateral/parallax CAMERA move around the prop and its effect. HOLD. Give the audience enough time to observe true material detail. Complete this inspection before leaving.

---

# 8.3-9.8s â€” SECONDARY PROP B INSPECTION

Only after completing the previous inspection, the CAMERA moves away, leaving prior objects behind at their existing world-space anchors. The CAMERA travels through the same frozen three-dimensional scene toward the SINGLE suspended [PROP B]. THE PROP DOES NOT APPROACH THE CAMERA. It remains near the physical position where it left the hand. The CAMERA physically closes the distance. First show enough of the prop to establish continuity â€” it is unmistakably the SAME object seen earlier. HOLD briefly on its complete silhouette. Then the CAMERA moves closer to its most distinctive detail [e.g. an illuminated display, an engraved detail, a label] for an extreme photographic macro close-up. HOLD. Show real material texture, tiny wear marks, and realistic reflections. The prop does NOT transform or become a different object. The CAMERA simply approaches the SAME prop that has existed since the beginning. Exactly ONE of this prop exists. The originating hand remains completely EMPTY in the background.

---

# 9.8-10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the final inspection, the CAMERA performs a fast but perfectly smooth dolly backward. Every object remains at its established world-space position. Reveal the complete accident again. Same MODEL IMAGE protagonist still falling backward. Both hands empty. Same PRODUCT IMAGE HERO OBJECT. Same [PROP A] with its consequence. Same [PROP B]. Exactly one secondary person [+ accompanying element]. All objects occupy positions spatially consistent with their original release points and trajectories. No object has followed the camera. No object has teleported. No prop has been regenerated. HOLD the complete frozen tableau briefly.

---

# 10.4-12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum resume simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION. The protagonist completes the backward fall naturally. The PRODUCT IMAGE HERO OBJECT continues from its suspended position and lands where its existing momentum and gravity physically lead it [or settles naturally if worn/attached and not meant to fall]. [PROP A] continues from its own separate suspended position and completes its physical consequence realistically on impact. [PROP B] continues from its own separate suspended position, strikes the ground, and makes one small physically believable bounce or stop. The objects land at DIFFERENT physically plausible locations. They do NOT suddenly converge beside the protagonist. The CAMERA rapidly tilts/drops toward ground level to follow the final physical impact. Finish with a cinematic low-angle composition connecting the fallen protagonist and scattered objects inside the same believable environment. Hard cut.

---

# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA. During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE. Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving the object toward the lens. Never enlarge the object artificially. Never teleport an object to the camera. STRICT CAMERA ROUTE: FULL FROZEN TABLEAU -> CAMERA DOLLIES TO PRODUCT HERO OBJECT -> HOLD -> SMALL 20-30 degree CAMERA ORBIT -> CAMERA TRAVELS TO PROP A -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO PROP B -> ESTABLISH COMPLETE PROP -> MOVE CLOSER TO KEY DETAIL -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects that were physically released earlier. Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances. PRODUCT IMAGE HERO OBJECT: same object, same design, same trajectory, same world-space identity. PROP A: same item, same physical consequence, same world-space identity. PROP B: same item, same geometry, same world-space identity. Changing camera distance must NOT change object design.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause. The protagonist recoils because of the collision contact. The HERO OBJECT moves because collision momentum separates it. Each secondary prop changes position because the corresponding hand releases it and collision momentum acts on it. Any spill, opening, or scatter happens only because a real physical gap or impact force now exists. Objects become larger in frame because the CAMERA approaches them. Objects fall because normal gravity resumes. Nothing transforms simply because the camera gets closer. Treat the entire sequence as ONE real practical-effects event photographed continuously with a motion-control cinema camera.

---

# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person [+ any accompanying element]. ONE PRODUCT IMAGE HERO OBJECT. ONE [PROP A]. ONE [PROP B]. Before collision: RIGHT HAND / LEFT HAND assignments as defined above. After collision: RIGHT HAND = EMPTY, LEFT HAND = EMPTY. No second hero object. No second instance of either prop. No additional secondary characters. No prop appearing inside an empty hand. No prop duplication during macro shots. No object teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and product separation. Prioritize: 1. stable facial identity; 2. anatomically correct natural eyes; 3. stable hairstyle silhouette and realistic hair texture; 4. stable body proportions; 5. stable clothing; 6. accurate PRODUCT IMAGE geometry; 7. stable secondary prop geometry; 8. empty hands after release; 9. continuous object trajectories.

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# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international campaign. High-budget cinematic music-video realism. Real human anatomy. Real skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props. Real manufactured PRODUCT IMAGE object. Real material behavior for every secondary prop. Real object mass. Real inertia. Real gravity. Real surface tension. Realistic momentum. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated natural environmental lighting. Controlled highlights. Natural skin tones. Realistic optical depth of field. Shallow macro depth of field during object inspections. Subtle 35mm film texture. Restrained luxury editorial colour grade. The bullet-time sequence feels like a real practical high-speed photography shoot using a motion-control cinema camera, NOT CGI product animation. 4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic detail, sharp optical clarity, cinematic texture, natural colours, stable identity, stable geometry, stable prop continuity.
HOW TO USE THIS SYSTEM PROMPT

Feed this system prompt to your generating LLM along with:

MODEL IMAGE â€” the person who will appear as protagonist
PRODUCT IMAGE â€” the hero product being featured
LOCATION IMAGE â€” optional; omit to let the model invent a fitting environment

The LLM will silently reason through Step 0, then return only the filled-in OUTPUT PROMPT TEMPLATE (no brackets, no placeholders left visible) as the final bullet-time video generation prompt, ready to paste into the video model.3a:T581e,# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve her long, center-parted blonde hair, white lace-up corset-style top with shoulder bows, distressed blue denim miniskirt, black lace-top sheer stockings, black knee-high boots and delicate gold jewelry. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

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LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Create a contemporary European boutique-cinema forecourt with pale limestone architecture, broad honed-stone pedestrian paving, bronze-framed display windows and warm late-afternoon sidelight. Soft practical lights glow beneath a cinema canopy. Invent an original layout and camera angle, with ample pedestrian space for the protagonist, dog walker and moving camera. Keep the action on a wide, level pedestrian surface well away from traffic, steps and curbs. Architecture maintains realistic scale and perspective. No additional background people.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the supplied standalone tortoiseshell sunglasses photograph as the PRODUCT IMAGE: the exact visual reference for the primary worn object featured in the bullet-time sequence. Preserve the upswept cat-eye silhouette, glossy amber-and-dark-brown mottled frame, brown gradient lenses, sculpted bridge, thick temples, visible hinges and small gold-tone temple emblems. The SAME PRODUCT IMAGE sunglasses must remain recognizable when worn, when released, during macro inspection and after landing. They begin naturally worn on the protagonistâ€™s nose and ears, with no retaining strap.

Use the supplied smartphone photograph to define the single incidental smartphone: silver-grey flat-edged housing, rounded corners, dark screen border, pill-shaped front camera cutout and triple rear-camera assembly. The front and rear views in that photograph describe ONE physical phone, not two phones.

Use the supplied popcorn photograph to define the single incidental popcorn carton: tall tapered paperboard construction, mustard-gold and cream vertical stripes, scalloped open rim and pale golden popcorn.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography.

The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2â€“3% of normal speed. Objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the event and inspect them.

Objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE yellow Labrador. Exactly ONE leash, attached to the Labradorâ€™s single plain collar and continuously held by the secondary person.

Exactly ONE PRODUCT IMAGE pair of sunglasses. Exactly ONE striped popcorn carton containing one finite portion of popcorn. Exactly ONE silver-grey smartphone.

Individual popcorn pieces belong to the original cartonâ€™s contents; they are not newly generated props. No coffee cup, drinking lid, flip phone, extra smartphone or duplicate sunglasses.

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# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE pair of tortoiseshell cat-eye sunglasses. It is always the SAME physical object: glossy amber-and-dark-brown patterned acetate, two brown gradient lenses, an integrated sculpted bridge, two open temples, mechanical hinges and small gold-tone temple emblems matching the PRODUCT IMAGE.

LOCK the exact frame proportions, tortoiseshell pattern placement, lens tint, material thickness, temple curvature, hinge placement and emblem geometry. Both temples remain open through release and suspension. Any movement at impact must be mechanically plausible.

The sunglasses remain the SAME physical prop during the wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall and ground impact.

Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the sunglasses when camera distance changes.

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# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE mustard-gold-and-cream striped popcorn carton and exactly ONE silver-grey smartphone.

The carton retains the same tapered proportions, scalloped rim, stripe spacing, paperboard thickness and folded construction throughout. It starts open and filled to a modest mound above the rim. Popcorn can leave only through the existing open top. No pieces pass through the carton walls. Maintain conservation of contents: every released piece reduces what remains inside. No explosive eruption or endless replenishment.

The smartphone retains the same dimensions, silver-grey finish, flat edges, front camera cutout, display, side buttons and triple rear cameras. It is a rigid modern smartphone, never a clamshell device.

Its screen is illuminated from the beginning, showing the same Instagram-style feed visible in the supplied smartphone reference, including a cafÃ© photograph of a latte and spiral pastry. No incoming-call screen or unexplained interface transformation. Screen brightness and reflections change only with viewing angle and lighting.

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# HAND OWNERSHIP

Before collision: RIGHT HAND = ONE silver-grey smartphone, held upright at lower-chest height. LEFT HAND = ONE striped popcorn carton, supported around its lower half.

PRODUCT IMAGE HERO OBJECT = naturally worn on the protagonistâ€™s nose and ears.

At release, the fingers physically open and release the handheld props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY.

The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

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# 0.0â€“2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonistâ€™s black knee-high boots walking naturally across the cinema forecourt.

The camera performs one elegant continuous movement: smooth crane upward plus gentle backward tracking. Reveal progressively: footwear -> lace-top stockings -> distressed denim miniskirt -> white corset-style top -> gold jewelry and blonde hair -> face -> nearly full-body composition.

Give the audience enough time to recognize the MODEL IMAGE protagonist. She wears the SAME PRODUCT IMAGE tortoiseshell sunglasses. She holds the SAME smartphone upright in her RIGHT hand and the SAME striped popcorn carton in her LEFT hand.

She briefly glances at the illuminated phone, then lifts her gaze toward her walking path. No phone conversation. Maintain exact MODEL IMAGE facial identity and natural, relaxed micro-expressions.

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# 2.0â€“3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain smooth frontal tracking. The protagonist continues walking naturally across the broad pedestrian forecourt, holding the phone and popcorn consistently.

Exactly ONE secondary person approaches from the opposite direction, holding the leash of exactly ONE yellow Labrador. The Labrador walks slightly ahead, giving the leash a gentle, believable tension. The dog remains on the handlerâ€™s outer side, away from the protagonistâ€™s feet.

The handler adjusts their path around the protagonist but passes slightly too close. The handler and Labrador remain supporting elements.

Maintain stable MODEL IMAGE identity, facial anatomy, hairstyle, clothing, PRODUCT IMAGE geometry, smartphone geometry and popcorn-carton construction.

---

# 3.7â€“4.4s â€” ACCIDENTAL COLLISION

As they pass, the secondary personâ€™s bent elbow accidentally clips the protagonistâ€™s left upper arm. The contact is brief, small and believable.

Caught during a walking weight transfer, the protagonist recoils backward and begins losing balance. Her knees soften instinctively. No violent launch, injury or contact with the dog. Three release events result from this SAME collision.

## HERO OBJECT

The abrupt backward acceleration of her head allows the loosely fitted sunglasses to retain a small amount of forward momentum. The bridge slides off her nose; both open temples slide clear of her ears without catching in her hair.

The sunglasses receive ONE short relative outward release impulse and begin a restrained forward pitch. They travel only approximately 10â€“20 centimeters from their worn position before the time ramp nearly arrests visible motion.

They do NOT launch toward the camera. Neither the frame nor the face deforms to permit separation.

## SECONDARY PROP A â€” POPCORN CARTON

The SAME popcorn carton leaves the LEFT hand as her fingers open. Her recoiling forearm gives it a short leftward impulse and a small outward tilt.

As the open rim tips, a small cluster of loose popcorn pieces near the top continues under inertia and clears the actual opening. The bulk of the popcorn remains inside. Pieces separate into irregular short trajectories, with subtle individual rotations. No explosive cloud.

## SECONDARY PROP B â€” SMARTPHONE

The SAME smartphone leaves the RIGHT hand when her startled fingers uncurl. A small reflexive wrist movement gives it one short rightward/upward impulse and a slight rigid-body rotation.

It preserves the SAME housing, display and camera geometry. The instant it separates from her fingers, the RIGHT HAND becomes EMPTY. The instant the carton separates, the LEFT HAND becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision and sunglasses release.

Her anatomically complete face and natural eyes already exist behind the lenses before separation. Removing the sunglasses merely reveals the same eyes; the face does NOT regenerate.

Maintain stable pupils, natural eyelids, correct gaze direction, facial symmetry, brow, nose and cheekbones. Do not invent a conspicuously different eye appearance during the reveal.

Preserve her center part, long blonde hair, hairline, texture and overall hairstyle volume. Hair responds with subtle inertia only. The temples slide clear without dragging or rearranging the hairstyle.

---

# 4.4â€“5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2â€“3% of normal speed. DO NOT immediately move to a macro close-up.

FIRST HOLD a clear medium-wide view of the complete accident. Establish the spatial geometry:

The protagonist is beginning to fall backward with bent knees. BOTH HANDS ARE EMPTY.

The sunglasses are just forward of her face at approximately eye height.

The tilted popcorn carton is lower, toward her LEFT-hand release side. A small cluster of popcorn pieces is suspended immediately above and outside its open rim.

The smartphone is toward her RIGHT-hand release side near chest height, distinct from the sunglasses and carton.

The secondary person and Labrador remain beyond the protagonistâ€™s left side, with continuous leash ownership and no entanglement.

These positions become persistent WORLD-SPACE ANCHORS, allowing only tiny continuous progression along the original trajectories. Nothing tracks the camera or artificially grows in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

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# 5.2â€“6.8s â€” PRODUCT HERO OBJECT INSPECTION

The sunglasses remain almost stationary at their established world-space anchor.

The CAMERA performs a controlled cinematic dolly toward them, approaching through clear space without crossing the protagonistâ€™s body or the props. They become larger in frame ONLY because camera-to-object distance decreases.

Once close, slow the camera dramatically. HOLD. Perform a restrained approximately 20â€“30 degree orbital/parallax CAMERA movement around the almost-stationary sunglasses.

Reveal the exact cat-eye silhouette, translucent amber areas within the dark tortoiseshell pattern, polished acetate thickness, brown gradient lenses, bridge contour, real hinge construction and small gold-tone temple emblem.

Use shallow photographic depth of field with controlled focus placement across the frame and nearest temple. Her unchanged face and the forecourt remain softly recognizable behind the product.

The sunglasses remain a real manufactured object inside the SAME physical scene, not an isolated CGI turntable render. Complete the inspection before moving away.

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# 6.8â€“8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the sunglasses inspection, the CAMERA leaves them behind at their existing world-space position and travels diagonally downward toward the SAME popcorn carton.

THE CARTON DOES NOT APPROACH THE CAMERA.

HOLD a photographic macro close-up. Establish its mustard-gold and cream stripes, tapered body and scalloped open rim. Reveal real paper fibers, printed ink, folded seams and subtle pressure creases already present from the protagonistâ€™s grip.

Show the small cluster of popcorn pieces emerging through the actual open top. Reveal irregular popped shapes, pale golden surfaces, porous texture and fine salt grains adhering to the pieces.

Most popcorn remains inside the carton. The released pieces move only minimally along their established short trajectories. They do not form a decorative halo, spell words or multiply.

Perform a small lateral/parallax CAMERA move around the rim and nearby popcorn. HOLD long enough to read the material behavior. Complete the inspection before leaving.

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# 8.3â€“9.8s â€” SECONDARY PROP B INSPECTION

The CAMERA leaves the carton and popcorn at their existing world-space positions, then travels through the same scene toward the SINGLE suspended smartphone.

THE PHONE DOES NOT APPROACH THE CAMERA. It remains near its RIGHT-hand release position.

First establish its complete silhouette: the SAME silver-grey flat-edged smartphone, rounded corners, thin dark bezel and pill-shaped front camera cutout. HOLD briefly.

Then physically move closer to its existing illuminated display for an extreme photographic macro close-up. Show the same social-media cafÃ© post with the latte and spiral pastry. The screen does not change to an incoming call, and the phone never becomes a flip phone.

Reveal screen-glass reflections, fine edge wear, metallic side finish and small manufacturing details. Keep the interface attached correctly to the screen plane, with realistic perspective and brightness.

Exactly ONE phone exists. The protagonistâ€™s originating RIGHT HAND remains completely EMPTY in the softly defocused background.

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# 9.8â€“10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward through an unobstructed route.

Every object remains at its established world-space position, with only the tiny continuous movement permitted by slowed time.

Reveal the complete accident again: the SAME MODEL IMAGE protagonist leaning backward, both hands empty; the SAME sunglasses forward of her face; the SAME tilted popcorn carton and small cluster of released pieces to her left; the SAME smartphone to her right; exactly ONE secondary person, ONE Labrador and ONE continuously held leash.

All positions remain consistent with the original release points and trajectories. No object has followed the camera, teleported or regenerated. HOLD the complete tableau briefly.

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# 10.4â€“12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum return to normal perceived speed simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION.

The protagonist completes a controlled backward stumble into a low seated fall, knees bent and empty palms instinctively bracing behind her. No head impact, visible injury or exaggerated body motion.

The sunglasses continue forward and downward, strike the paving with a light frame-edge contact, make one small bounce and settle intact. Preserve their exact frame, lenses and temple construction.

The popcorn carton lands separately on its lower corner, tips onto one side and releases more of its ORIGINAL contents through the open rim. Paperboard flexes slightly on impact. Popcorn pieces bounce and scatter irregularly over a compact, physically plausible area, with most staying near the carton.

The smartphone lands on a lower housing edge at its own separate location, makes one restrained bounce and settles screen-up. Its screen remains the same physical display; no transformation or duplicate device.

The handler stops and turns toward the protagonist. The Labrador remains unharmed and outside the landing paths; the leash stays in the handlerâ€™s hand.

The CAMERA rapidly lowers and tilts toward ground level to follow the impacts. Finish with a cinematic low-angle composition connecting the seated protagonist, sunglasses, fallen carton, scattered popcorn and smartphone within the same environment. Objects remain at different plausible landing locations rather than converging for composition. Hard cut.

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# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA.

During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE.

Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving an object toward the lens. Never enlarge an object artificially. Never teleport an object to the camera.

STRICT CAMERA ROUTE:

FULL FROZEN TABLEAU -> CAMERA DOLLIES TO SUNGLASSES -> HOLD -> SMALL 20â€“30 DEGREE CAMERA ORBIT -> CAMERA TRAVELS TO POPCORN CARTON -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO SMARTPHONE -> ESTABLISH COMPLETE PHONE -> MOVE CLOSER TO EXISTING DISPLAY -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

All travel occurs through physically clear space. No hidden cuts, object pass-throughs or impossible camera intersections.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects physically released earlier.

Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances.

PRODUCT IMAGE HERO OBJECT: same sunglasses, tortoiseshell pattern, lenses, hinges, emblems, trajectory and world-space identity.

SECONDARY PROP A: same striped carton, same original popcorn contents, same tilt, same released pieces and world-space identity.

SECONDARY PROP B: same smartphone, housing, display, rear cameras, interface, trajectory and world-space identity.

Changing camera distance must NOT change object design. No new kernels appear merely because the camera approaches the carton.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause.

The protagonist recoils because of elbow contact during a walking weight transfer. The sunglasses separate because her head recoils while the loosely fitted frame briefly retains forward momentum. Both temples physically clear her ears.

The carton moves because her fingers release it and her recoiling arm imparts a small impulse. Popcorn exits because the open carton tilts and its contents retain inertia.

The smartphone moves because her fingers release it during a small wrist motion.

Objects become larger in frame because the CAMERA approaches them. Their tiny slowed trajectories continue under the time ramp; normal-speed falling resumes when the time ramp ends.

Nothing transforms because the camera gets closer. Treat the entire sequence as ONE practical-effects event photographed continuously with a motion-control cinema camera.

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# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person. ONE Labrador. ONE collar. ONE leash.

ONE PRODUCT IMAGE pair of sunglasses. ONE striped popcorn carton containing one finite original portion. ONE silver-grey smartphone.

Before collision: RIGHT HAND = smartphone. LEFT HAND = popcorn carton. SUNGLASSES = worn on face.

After release: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. SUNGLASSES = separated from face.

No second hero object. No extra smartphone. No coffee cup or lid. No flip phone. No additional dog or handler. No background characters. No prop appearing inside an empty hand. No duplication during macro shots. No teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and sunglasses separation.

Prioritize:

1. Stable facial identity.
2. Anatomically correct natural eyes.
3. Stable hairstyle silhouette and realistic blonde hair texture.
4. Stable body proportions.
5. Stable clothing, footwear and jewelry.
6. Accurate PRODUCT IMAGE sunglasses geometry and pattern.
7. Stable popcorn-carton and smartphone geometry.
8. Empty hands after release.
9. Continuous object trajectories and conserved popcorn contents.

---

# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international fashion/product campaign. Real human anatomy, skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props.

Real polished acetate sunglasses, gradient lenses and metal hinges. Real printed paperboard. Real popcorn texture and lightweight tumbling behavior. Real smartphone glass and metal.

Real mass, inertia, gravity, contact forces, material flex and impact behavior. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated warm late-afternoon lighting, controlled highlights and natural skin tones. Realistic optical depth of field, shallow macro focus, subtle 35mm film texture and restrained luxury editorial colour grading.

The bullet-time sequence feels like practical high-speed photography with a motion-control cinema camera, NOT CGI product animation.

4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic texture, sharp optical clarity, natural colours, stable identity, stable geometry and continuous prop ownership.3b:T581e,# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve her long, center-parted blonde hair, white lace-up corset-style top with shoulder bows, distressed blue denim miniskirt, black lace-top sheer stockings, black knee-high boots and delicate gold jewelry. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Create a contemporary European boutique-cinema forecourt with pale limestone architecture, broad honed-stone pedestrian paving, bronze-framed display windows and warm late-afternoon sidelight. Soft practical lights glow beneath a cinema canopy. Invent an original layout and camera angle, with ample pedestrian space for the protagonist, dog walker and moving camera. Keep the action on a wide, level pedestrian surface well away from traffic, steps and curbs. Architecture maintains realistic scale and perspective. No additional background people.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the supplied standalone tortoiseshell sunglasses photograph as the PRODUCT IMAGE: the exact visual reference for the primary worn object featured in the bullet-time sequence. Preserve the upswept cat-eye silhouette, glossy amber-and-dark-brown mottled frame, brown gradient lenses, sculpted bridge, thick temples, visible hinges and small gold-tone temple emblems. The SAME PRODUCT IMAGE sunglasses must remain recognizable when worn, when released, during macro inspection and after landing. They begin naturally worn on the protagonistâ€™s nose and ears, with no retaining strap.

Use the supplied smartphone photograph to define the single incidental smartphone: silver-grey flat-edged housing, rounded corners, dark screen border, pill-shaped front camera cutout and triple rear-camera assembly. The front and rear views in that photograph describe ONE physical phone, not two phones.

Use the supplied popcorn photograph to define the single incidental popcorn carton: tall tapered paperboard construction, mustard-gold and cream vertical stripes, scalloped open rim and pale golden popcorn.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography.

The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2â€“3% of normal speed. Objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the event and inspect them.

Objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE yellow Labrador. Exactly ONE leash, attached to the Labradorâ€™s single plain collar and continuously held by the secondary person.

Exactly ONE PRODUCT IMAGE pair of sunglasses. Exactly ONE striped popcorn carton containing one finite portion of popcorn. Exactly ONE silver-grey smartphone.

Individual popcorn pieces belong to the original cartonâ€™s contents; they are not newly generated props. No coffee cup, drinking lid, flip phone, extra smartphone or duplicate sunglasses.

---

# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE pair of tortoiseshell cat-eye sunglasses. It is always the SAME physical object: glossy amber-and-dark-brown patterned acetate, two brown gradient lenses, an integrated sculpted bridge, two open temples, mechanical hinges and small gold-tone temple emblems matching the PRODUCT IMAGE.

LOCK the exact frame proportions, tortoiseshell pattern placement, lens tint, material thickness, temple curvature, hinge placement and emblem geometry. Both temples remain open through release and suspension. Any movement at impact must be mechanically plausible.

The sunglasses remain the SAME physical prop during the wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall and ground impact.

Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the sunglasses when camera distance changes.

---

# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE mustard-gold-and-cream striped popcorn carton and exactly ONE silver-grey smartphone.

The carton retains the same tapered proportions, scalloped rim, stripe spacing, paperboard thickness and folded construction throughout. It starts open and filled to a modest mound above the rim. Popcorn can leave only through the existing open top. No pieces pass through the carton walls. Maintain conservation of contents: every released piece reduces what remains inside. No explosive eruption or endless replenishment.

The smartphone retains the same dimensions, silver-grey finish, flat edges, front camera cutout, display, side buttons and triple rear cameras. It is a rigid modern smartphone, never a clamshell device.

Its screen is illuminated from the beginning, showing the same Instagram-style feed visible in the supplied smartphone reference, including a cafÃ© photograph of a latte and spiral pastry. No incoming-call screen or unexplained interface transformation. Screen brightness and reflections change only with viewing angle and lighting.

---

# HAND OWNERSHIP

Before collision: RIGHT HAND = ONE silver-grey smartphone, held upright at lower-chest height. LEFT HAND = ONE striped popcorn carton, supported around its lower half.

PRODUCT IMAGE HERO OBJECT = naturally worn on the protagonistâ€™s nose and ears.

At release, the fingers physically open and release the handheld props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY.

The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

---

# 0.0â€“2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonistâ€™s black knee-high boots walking naturally across the cinema forecourt.

The camera performs one elegant continuous movement: smooth crane upward plus gentle backward tracking. Reveal progressively: footwear -> lace-top stockings -> distressed denim miniskirt -> white corset-style top -> gold jewelry and blonde hair -> face -> nearly full-body composition.

Give the audience enough time to recognize the MODEL IMAGE protagonist. She wears the SAME PRODUCT IMAGE tortoiseshell sunglasses. She holds the SAME smartphone upright in her RIGHT hand and the SAME striped popcorn carton in her LEFT hand.

She briefly glances at the illuminated phone, then lifts her gaze toward her walking path. No phone conversation. Maintain exact MODEL IMAGE facial identity and natural, relaxed micro-expressions.

---

# 2.0â€“3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain smooth frontal tracking. The protagonist continues walking naturally across the broad pedestrian forecourt, holding the phone and popcorn consistently.

Exactly ONE secondary person approaches from the opposite direction, holding the leash of exactly ONE yellow Labrador. The Labrador walks slightly ahead, giving the leash a gentle, believable tension. The dog remains on the handlerâ€™s outer side, away from the protagonistâ€™s feet.

The handler adjusts their path around the protagonist but passes slightly too close. The handler and Labrador remain supporting elements.

Maintain stable MODEL IMAGE identity, facial anatomy, hairstyle, clothing, PRODUCT IMAGE geometry, smartphone geometry and popcorn-carton construction.

---

# 3.7â€“4.4s â€” ACCIDENTAL COLLISION

As they pass, the secondary personâ€™s bent elbow accidentally clips the protagonistâ€™s left upper arm. The contact is brief, small and believable.

Caught during a walking weight transfer, the protagonist recoils backward and begins losing balance. Her knees soften instinctively. No violent launch, injury or contact with the dog. Three release events result from this SAME collision.

## HERO OBJECT

The abrupt backward acceleration of her head allows the loosely fitted sunglasses to retain a small amount of forward momentum. The bridge slides off her nose; both open temples slide clear of her ears without catching in her hair.

The sunglasses receive ONE short relative outward release impulse and begin a restrained forward pitch. They travel only approximately 10â€“20 centimeters from their worn position before the time ramp nearly arrests visible motion.

They do NOT launch toward the camera. Neither the frame nor the face deforms to permit separation.

## SECONDARY PROP A â€” POPCORN CARTON

The SAME popcorn carton leaves the LEFT hand as her fingers open. Her recoiling forearm gives it a short leftward impulse and a small outward tilt.

As the open rim tips, a small cluster of loose popcorn pieces near the top continues under inertia and clears the actual opening. The bulk of the popcorn remains inside. Pieces separate into irregular short trajectories, with subtle individual rotations. No explosive cloud.

## SECONDARY PROP B â€” SMARTPHONE

The SAME smartphone leaves the RIGHT hand when her startled fingers uncurl. A small reflexive wrist movement gives it one short rightward/upward impulse and a slight rigid-body rotation.

It preserves the SAME housing, display and camera geometry. The instant it separates from her fingers, the RIGHT HAND becomes EMPTY. The instant the carton separates, the LEFT HAND becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision and sunglasses release.

Her anatomically complete face and natural eyes already exist behind the lenses before separation. Removing the sunglasses merely reveals the same eyes; the face does NOT regenerate.

Maintain stable pupils, natural eyelids, correct gaze direction, facial symmetry, brow, nose and cheekbones. Do not invent a conspicuously different eye appearance during the reveal.

Preserve her center part, long blonde hair, hairline, texture and overall hairstyle volume. Hair responds with subtle inertia only. The temples slide clear without dragging or rearranging the hairstyle.

---

# 4.4â€“5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2â€“3% of normal speed. DO NOT immediately move to a macro close-up.

FIRST HOLD a clear medium-wide view of the complete accident. Establish the spatial geometry:

The protagonist is beginning to fall backward with bent knees. BOTH HANDS ARE EMPTY.

The sunglasses are just forward of her face at approximately eye height.

The tilted popcorn carton is lower, toward her LEFT-hand release side. A small cluster of popcorn pieces is suspended immediately above and outside its open rim.

The smartphone is toward her RIGHT-hand release side near chest height, distinct from the sunglasses and carton.

The secondary person and Labrador remain beyond the protagonistâ€™s left side, with continuous leash ownership and no entanglement.

These positions become persistent WORLD-SPACE ANCHORS, allowing only tiny continuous progression along the original trajectories. Nothing tracks the camera or artificially grows in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

---

# 5.2â€“6.8s â€” PRODUCT HERO OBJECT INSPECTION

The sunglasses remain almost stationary at their established world-space anchor.

The CAMERA performs a controlled cinematic dolly toward them, approaching through clear space without crossing the protagonistâ€™s body or the props. They become larger in frame ONLY because camera-to-object distance decreases.

Once close, slow the camera dramatically. HOLD. Perform a restrained approximately 20â€“30 degree orbital/parallax CAMERA movement around the almost-stationary sunglasses.

Reveal the exact cat-eye silhouette, translucent amber areas within the dark tortoiseshell pattern, polished acetate thickness, brown gradient lenses, bridge contour, real hinge construction and small gold-tone temple emblem.

Use shallow photographic depth of field with controlled focus placement across the frame and nearest temple. Her unchanged face and the forecourt remain softly recognizable behind the product.

The sunglasses remain a real manufactured object inside the SAME physical scene, not an isolated CGI turntable render. Complete the inspection before moving away.

---

# 6.8â€“8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the sunglasses inspection, the CAMERA leaves them behind at their existing world-space position and travels diagonally downward toward the SAME popcorn carton.

THE CARTON DOES NOT APPROACH THE CAMERA.

HOLD a photographic macro close-up. Establish its mustard-gold and cream stripes, tapered body and scalloped open rim. Reveal real paper fibers, printed ink, folded seams and subtle pressure creases already present from the protagonistâ€™s grip.

Show the small cluster of popcorn pieces emerging through the actual open top. Reveal irregular popped shapes, pale golden surfaces, porous texture and fine salt grains adhering to the pieces.

Most popcorn remains inside the carton. The released pieces move only minimally along their established short trajectories. They do not form a decorative halo, spell words or multiply.

Perform a small lateral/parallax CAMERA move around the rim and nearby popcorn. HOLD long enough to read the material behavior. Complete the inspection before leaving.

---

# 8.3â€“9.8s â€” SECONDARY PROP B INSPECTION

The CAMERA leaves the carton and popcorn at their existing world-space positions, then travels through the same scene toward the SINGLE suspended smartphone.

THE PHONE DOES NOT APPROACH THE CAMERA. It remains near its RIGHT-hand release position.

First establish its complete silhouette: the SAME silver-grey flat-edged smartphone, rounded corners, thin dark bezel and pill-shaped front camera cutout. HOLD briefly.

Then physically move closer to its existing illuminated display for an extreme photographic macro close-up. Show the same social-media cafÃ© post with the latte and spiral pastry. The screen does not change to an incoming call, and the phone never becomes a flip phone.

Reveal screen-glass reflections, fine edge wear, metallic side finish and small manufacturing details. Keep the interface attached correctly to the screen plane, with realistic perspective and brightness.

Exactly ONE phone exists. The protagonistâ€™s originating RIGHT HAND remains completely EMPTY in the softly defocused background.

---

# 9.8â€“10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward through an unobstructed route.

Every object remains at its established world-space position, with only the tiny continuous movement permitted by slowed time.

Reveal the complete accident again: the SAME MODEL IMAGE protagonist leaning backward, both hands empty; the SAME sunglasses forward of her face; the SAME tilted popcorn carton and small cluster of released pieces to her left; the SAME smartphone to her right; exactly ONE secondary person, ONE Labrador and ONE continuously held leash.

All positions remain consistent with the original release points and trajectories. No object has followed the camera, teleported or regenerated. HOLD the complete tableau briefly.

---

# 10.4â€“12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum return to normal perceived speed simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION.

The protagonist completes a controlled backward stumble into a low seated fall, knees bent and empty palms instinctively bracing behind her. No head impact, visible injury or exaggerated body motion.

The sunglasses continue forward and downward, strike the paving with a light frame-edge contact, make one small bounce and settle intact. Preserve their exact frame, lenses and temple construction.

The popcorn carton lands separately on its lower corner, tips onto one side and releases more of its ORIGINAL contents through the open rim. Paperboard flexes slightly on impact. Popcorn pieces bounce and scatter irregularly over a compact, physically plausible area, with most staying near the carton.

The smartphone lands on a lower housing edge at its own separate location, makes one restrained bounce and settles screen-up. Its screen remains the same physical display; no transformation or duplicate device.

The handler stops and turns toward the protagonist. The Labrador remains unharmed and outside the landing paths; the leash stays in the handlerâ€™s hand.

The CAMERA rapidly lowers and tilts toward ground level to follow the impacts. Finish with a cinematic low-angle composition connecting the seated protagonist, sunglasses, fallen carton, scattered popcorn and smartphone within the same environment. Objects remain at different plausible landing locations rather than converging for composition. Hard cut.

---

# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA.

During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE.

Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving an object toward the lens. Never enlarge an object artificially. Never teleport an object to the camera.

STRICT CAMERA ROUTE:

FULL FROZEN TABLEAU -> CAMERA DOLLIES TO SUNGLASSES -> HOLD -> SMALL 20â€“30 DEGREE CAMERA ORBIT -> CAMERA TRAVELS TO POPCORN CARTON -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO SMARTPHONE -> ESTABLISH COMPLETE PHONE -> MOVE CLOSER TO EXISTING DISPLAY -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

All travel occurs through physically clear space. No hidden cuts, object pass-throughs or impossible camera intersections.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects physically released earlier.

Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances.

PRODUCT IMAGE HERO OBJECT: same sunglasses, tortoiseshell pattern, lenses, hinges, emblems, trajectory and world-space identity.

SECONDARY PROP A: same striped carton, same original popcorn contents, same tilt, same released pieces and world-space identity.

SECONDARY PROP B: same smartphone, housing, display, rear cameras, interface, trajectory and world-space identity.

Changing camera distance must NOT change object design. No new kernels appear merely because the camera approaches the carton.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause.

The protagonist recoils because of elbow contact during a walking weight transfer. The sunglasses separate because her head recoils while the loosely fitted frame briefly retains forward momentum. Both temples physically clear her ears.

The carton moves because her fingers release it and her recoiling arm imparts a small impulse. Popcorn exits because the open carton tilts and its contents retain inertia.

The smartphone moves because her fingers release it during a small wrist motion.

Objects become larger in frame because the CAMERA approaches them. Their tiny slowed trajectories continue under the time ramp; normal-speed falling resumes when the time ramp ends.

Nothing transforms because the camera gets closer. Treat the entire sequence as ONE practical-effects event photographed continuously with a motion-control cinema camera.

---

# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person. ONE Labrador. ONE collar. ONE leash.

ONE PRODUCT IMAGE pair of sunglasses. ONE striped popcorn carton containing one finite original portion. ONE silver-grey smartphone.

Before collision: RIGHT HAND = smartphone. LEFT HAND = popcorn carton. SUNGLASSES = worn on face.

After release: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. SUNGLASSES = separated from face.

No second hero object. No extra smartphone. No coffee cup or lid. No flip phone. No additional dog or handler. No background characters. No prop appearing inside an empty hand. No duplication during macro shots. No teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and sunglasses separation.

Prioritize:

1. Stable facial identity.
2. Anatomically correct natural eyes.
3. Stable hairstyle silhouette and realistic blonde hair texture.
4. Stable body proportions.
5. Stable clothing, footwear and jewelry.
6. Accurate PRODUCT IMAGE sunglasses geometry and pattern.
7. Stable popcorn-carton and smartphone geometry.
8. Empty hands after release.
9. Continuous object trajectories and conserved popcorn contents.

---

# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international fashion/product campaign. Real human anatomy, skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props.

Real polished acetate sunglasses, gradient lenses and metal hinges. Real printed paperboard. Real popcorn texture and lightweight tumbling behavior. Real smartphone glass and metal.

Real mass, inertia, gravity, contact forces, material flex and impact behavior. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated warm late-afternoon lighting, controlled highlights and natural skin tones. Realistic optical depth of field, shallow macro focus, subtle 35mm film texture and restrained luxury editorial colour grading.

The bullet-time sequence feels like practical high-speed photography with a motion-control cinema camera, NOT CGI product animation.

4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic texture, sharp optical clarity, natural colours, stable identity, stable geometry and continuous prop ownership.3c:T581e,# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve her long, center-parted blonde hair, white lace-up corset-style top with shoulder bows, distressed blue denim miniskirt, black lace-top sheer stockings, black knee-high boots and delicate gold jewelry. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Create a contemporary European boutique-cinema forecourt with pale limestone architecture, broad honed-stone pedestrian paving, bronze-framed display windows and warm late-afternoon sidelight. Soft practical lights glow beneath a cinema canopy. Invent an original layout and camera angle, with ample pedestrian space for the protagonist, dog walker and moving camera. Keep the action on a wide, level pedestrian surface well away from traffic, steps and curbs. Architecture maintains realistic scale and perspective. No additional background people.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the supplied standalone tortoiseshell sunglasses photograph as the PRODUCT IMAGE: the exact visual reference for the primary worn object featured in the bullet-time sequence. Preserve the upswept cat-eye silhouette, glossy amber-and-dark-brown mottled frame, brown gradient lenses, sculpted bridge, thick temples, visible hinges and small gold-tone temple emblems. The SAME PRODUCT IMAGE sunglasses must remain recognizable when worn, when released, during macro inspection and after landing. They begin naturally worn on the protagonistâ€™s nose and ears, with no retaining strap.

Use the supplied smartphone photograph to define the single incidental smartphone: silver-grey flat-edged housing, rounded corners, dark screen border, pill-shaped front camera cutout and triple rear-camera assembly. The front and rear views in that photograph describe ONE physical phone, not two phones.

Use the supplied popcorn photograph to define the single incidental popcorn carton: tall tapered paperboard construction, mustard-gold and cream vertical stripes, scalloped open rim and pale golden popcorn.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography.

The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2â€“3% of normal speed. Objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the event and inspect them.

Objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE yellow Labrador. Exactly ONE leash, attached to the Labradorâ€™s single plain collar and continuously held by the secondary person.

Exactly ONE PRODUCT IMAGE pair of sunglasses. Exactly ONE striped popcorn carton containing one finite portion of popcorn. Exactly ONE silver-grey smartphone.

Individual popcorn pieces belong to the original cartonâ€™s contents; they are not newly generated props. No coffee cup, drinking lid, flip phone, extra smartphone or duplicate sunglasses.

---

# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE pair of tortoiseshell cat-eye sunglasses. It is always the SAME physical object: glossy amber-and-dark-brown patterned acetate, two brown gradient lenses, an integrated sculpted bridge, two open temples, mechanical hinges and small gold-tone temple emblems matching the PRODUCT IMAGE.

LOCK the exact frame proportions, tortoiseshell pattern placement, lens tint, material thickness, temple curvature, hinge placement and emblem geometry. Both temples remain open through release and suspension. Any movement at impact must be mechanically plausible.

The sunglasses remain the SAME physical prop during the wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall and ground impact.

Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the sunglasses when camera distance changes.

---

# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE mustard-gold-and-cream striped popcorn carton and exactly ONE silver-grey smartphone.

The carton retains the same tapered proportions, scalloped rim, stripe spacing, paperboard thickness and folded construction throughout. It starts open and filled to a modest mound above the rim. Popcorn can leave only through the existing open top. No pieces pass through the carton walls. Maintain conservation of contents: every released piece reduces what remains inside. No explosive eruption or endless replenishment.

The smartphone retains the same dimensions, silver-grey finish, flat edges, front camera cutout, display, side buttons and triple rear cameras. It is a rigid modern smartphone, never a clamshell device.

Its screen is illuminated from the beginning, showing the same Instagram-style feed visible in the supplied smartphone reference, including a cafÃ© photograph of a latte and spiral pastry. No incoming-call screen or unexplained interface transformation. Screen brightness and reflections change only with viewing angle and lighting.

---

# HAND OWNERSHIP

Before collision: RIGHT HAND = ONE silver-grey smartphone, held upright at lower-chest height. LEFT HAND = ONE striped popcorn carton, supported around its lower half.

PRODUCT IMAGE HERO OBJECT = naturally worn on the protagonistâ€™s nose and ears.

At release, the fingers physically open and release the handheld props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY.

The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

---

# 0.0â€“2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonistâ€™s black knee-high boots walking naturally across the cinema forecourt.

The camera performs one elegant continuous movement: smooth crane upward plus gentle backward tracking. Reveal progressively: footwear -> lace-top stockings -> distressed denim miniskirt -> white corset-style top -> gold jewelry and blonde hair -> face -> nearly full-body composition.

Give the audience enough time to recognize the MODEL IMAGE protagonist. She wears the SAME PRODUCT IMAGE tortoiseshell sunglasses. She holds the SAME smartphone upright in her RIGHT hand and the SAME striped popcorn carton in her LEFT hand.

She briefly glances at the illuminated phone, then lifts her gaze toward her walking path. No phone conversation. Maintain exact MODEL IMAGE facial identity and natural, relaxed micro-expressions.

---

# 2.0â€“3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain smooth frontal tracking. The protagonist continues walking naturally across the broad pedestrian forecourt, holding the phone and popcorn consistently.

Exactly ONE secondary person approaches from the opposite direction, holding the leash of exactly ONE yellow Labrador. The Labrador walks slightly ahead, giving the leash a gentle, believable tension. The dog remains on the handlerâ€™s outer side, away from the protagonistâ€™s feet.

The handler adjusts their path around the protagonist but passes slightly too close. The handler and Labrador remain supporting elements.

Maintain stable MODEL IMAGE identity, facial anatomy, hairstyle, clothing, PRODUCT IMAGE geometry, smartphone geometry and popcorn-carton construction.

---

# 3.7â€“4.4s â€” ACCIDENTAL COLLISION

As they pass, the secondary personâ€™s bent elbow accidentally clips the protagonistâ€™s left upper arm. The contact is brief, small and believable.

Caught during a walking weight transfer, the protagonist recoils backward and begins losing balance. Her knees soften instinctively. No violent launch, injury or contact with the dog. Three release events result from this SAME collision.

## HERO OBJECT

The abrupt backward acceleration of her head allows the loosely fitted sunglasses to retain a small amount of forward momentum. The bridge slides off her nose; both open temples slide clear of her ears without catching in her hair.

The sunglasses receive ONE short relative outward release impulse and begin a restrained forward pitch. They travel only approximately 10â€“20 centimeters from their worn position before the time ramp nearly arrests visible motion.

They do NOT launch toward the camera. Neither the frame nor the face deforms to permit separation.

## SECONDARY PROP A â€” POPCORN CARTON

The SAME popcorn carton leaves the LEFT hand as her fingers open. Her recoiling forearm gives it a short leftward impulse and a small outward tilt.

As the open rim tips, a small cluster of loose popcorn pieces near the top continues under inertia and clears the actual opening. The bulk of the popcorn remains inside. Pieces separate into irregular short trajectories, with subtle individual rotations. No explosive cloud.

## SECONDARY PROP B â€” SMARTPHONE

The SAME smartphone leaves the RIGHT hand when her startled fingers uncurl. A small reflexive wrist movement gives it one short rightward/upward impulse and a slight rigid-body rotation.

It preserves the SAME housing, display and camera geometry. The instant it separates from her fingers, the RIGHT HAND becomes EMPTY. The instant the carton separates, the LEFT HAND becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision and sunglasses release.

Her anatomically complete face and natural eyes already exist behind the lenses before separation. Removing the sunglasses merely reveals the same eyes; the face does NOT regenerate.

Maintain stable pupils, natural eyelids, correct gaze direction, facial symmetry, brow, nose and cheekbones. Do not invent a conspicuously different eye appearance during the reveal.

Preserve her center part, long blonde hair, hairline, texture and overall hairstyle volume. Hair responds with subtle inertia only. The temples slide clear without dragging or rearranging the hairstyle.

---

# 4.4â€“5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2â€“3% of normal speed. DO NOT immediately move to a macro close-up.

FIRST HOLD a clear medium-wide view of the complete accident. Establish the spatial geometry:

The protagonist is beginning to fall backward with bent knees. BOTH HANDS ARE EMPTY.

The sunglasses are just forward of her face at approximately eye height.

The tilted popcorn carton is lower, toward her LEFT-hand release side. A small cluster of popcorn pieces is suspended immediately above and outside its open rim.

The smartphone is toward her RIGHT-hand release side near chest height, distinct from the sunglasses and carton.

The secondary person and Labrador remain beyond the protagonistâ€™s left side, with continuous leash ownership and no entanglement.

These positions become persistent WORLD-SPACE ANCHORS, allowing only tiny continuous progression along the original trajectories. Nothing tracks the camera or artificially grows in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

---

# 5.2â€“6.8s â€” PRODUCT HERO OBJECT INSPECTION

The sunglasses remain almost stationary at their established world-space anchor.

The CAMERA performs a controlled cinematic dolly toward them, approaching through clear space without crossing the protagonistâ€™s body or the props. They become larger in frame ONLY because camera-to-object distance decreases.

Once close, slow the camera dramatically. HOLD. Perform a restrained approximately 20â€“30 degree orbital/parallax CAMERA movement around the almost-stationary sunglasses.

Reveal the exact cat-eye silhouette, translucent amber areas within the dark tortoiseshell pattern, polished acetate thickness, brown gradient lenses, bridge contour, real hinge construction and small gold-tone temple emblem.

Use shallow photographic depth of field with controlled focus placement across the frame and nearest temple. Her unchanged face and the forecourt remain softly recognizable behind the product.

The sunglasses remain a real manufactured object inside the SAME physical scene, not an isolated CGI turntable render. Complete the inspection before moving away.

---

# 6.8â€“8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the sunglasses inspection, the CAMERA leaves them behind at their existing world-space position and travels diagonally downward toward the SAME popcorn carton.

THE CARTON DOES NOT APPROACH THE CAMERA.

HOLD a photographic macro close-up. Establish its mustard-gold and cream stripes, tapered body and scalloped open rim. Reveal real paper fibers, printed ink, folded seams and subtle pressure creases already present from the protagonistâ€™s grip.

Show the small cluster of popcorn pieces emerging through the actual open top. Reveal irregular popped shapes, pale golden surfaces, porous texture and fine salt grains adhering to the pieces.

Most popcorn remains inside the carton. The released pieces move only minimally along their established short trajectories. They do not form a decorative halo, spell words or multiply.

Perform a small lateral/parallax CAMERA move around the rim and nearby popcorn. HOLD long enough to read the material behavior. Complete the inspection before leaving.

---

# 8.3â€“9.8s â€” SECONDARY PROP B INSPECTION

The CAMERA leaves the carton and popcorn at their existing world-space positions, then travels through the same scene toward the SINGLE suspended smartphone.

THE PHONE DOES NOT APPROACH THE CAMERA. It remains near its RIGHT-hand release position.

First establish its complete silhouette: the SAME silver-grey flat-edged smartphone, rounded corners, thin dark bezel and pill-shaped front camera cutout. HOLD briefly.

Then physically move closer to its existing illuminated display for an extreme photographic macro close-up. Show the same social-media cafÃ© post with the latte and spiral pastry. The screen does not change to an incoming call, and the phone never becomes a flip phone.

Reveal screen-glass reflections, fine edge wear, metallic side finish and small manufacturing details. Keep the interface attached correctly to the screen plane, with realistic perspective and brightness.

Exactly ONE phone exists. The protagonistâ€™s originating RIGHT HAND remains completely EMPTY in the softly defocused background.

---

# 9.8â€“10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward through an unobstructed route.

Every object remains at its established world-space position, with only the tiny continuous movement permitted by slowed time.

Reveal the complete accident again: the SAME MODEL IMAGE protagonist leaning backward, both hands empty; the SAME sunglasses forward of her face; the SAME tilted popcorn carton and small cluster of released pieces to her left; the SAME smartphone to her right; exactly ONE secondary person, ONE Labrador and ONE continuously held leash.

All positions remain consistent with the original release points and trajectories. No object has followed the camera, teleported or regenerated. HOLD the complete tableau briefly.

---

# 10.4â€“12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum return to normal perceived speed simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION.

The protagonist completes a controlled backward stumble into a low seated fall, knees bent and empty palms instinctively bracing behind her. No head impact, visible injury or exaggerated body motion.

The sunglasses continue forward and downward, strike the paving with a light frame-edge contact, make one small bounce and settle intact. Preserve their exact frame, lenses and temple construction.

The popcorn carton lands separately on its lower corner, tips onto one side and releases more of its ORIGINAL contents through the open rim. Paperboard flexes slightly on impact. Popcorn pieces bounce and scatter irregularly over a compact, physically plausible area, with most staying near the carton.

The smartphone lands on a lower housing edge at its own separate location, makes one restrained bounce and settles screen-up. Its screen remains the same physical display; no transformation or duplicate device.

The handler stops and turns toward the protagonist. The Labrador remains unharmed and outside the landing paths; the leash stays in the handlerâ€™s hand.

The CAMERA rapidly lowers and tilts toward ground level to follow the impacts. Finish with a cinematic low-angle composition connecting the seated protagonist, sunglasses, fallen carton, scattered popcorn and smartphone within the same environment. Objects remain at different plausible landing locations rather than converging for composition. Hard cut.

---

# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA.

During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE.

Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving an object toward the lens. Never enlarge an object artificially. Never teleport an object to the camera.

STRICT CAMERA ROUTE:

FULL FROZEN TABLEAU -> CAMERA DOLLIES TO SUNGLASSES -> HOLD -> SMALL 20â€“30 DEGREE CAMERA ORBIT -> CAMERA TRAVELS TO POPCORN CARTON -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO SMARTPHONE -> ESTABLISH COMPLETE PHONE -> MOVE CLOSER TO EXISTING DISPLAY -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

All travel occurs through physically clear space. No hidden cuts, object pass-throughs or impossible camera intersections.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects physically released earlier.

Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances.

PRODUCT IMAGE HERO OBJECT: same sunglasses, tortoiseshell pattern, lenses, hinges, emblems, trajectory and world-space identity.

SECONDARY PROP A: same striped carton, same original popcorn contents, same tilt, same released pieces and world-space identity.

SECONDARY PROP B: same smartphone, housing, display, rear cameras, interface, trajectory and world-space identity.

Changing camera distance must NOT change object design. No new kernels appear merely because the camera approaches the carton.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause.

The protagonist recoils because of elbow contact during a walking weight transfer. The sunglasses separate because her head recoils while the loosely fitted frame briefly retains forward momentum. Both temples physically clear her ears.

The carton moves because her fingers release it and her recoiling arm imparts a small impulse. Popcorn exits because the open carton tilts and its contents retain inertia.

The smartphone moves because her fingers release it during a small wrist motion.

Objects become larger in frame because the CAMERA approaches them. Their tiny slowed trajectories continue under the time ramp; normal-speed falling resumes when the time ramp ends.

Nothing transforms because the camera gets closer. Treat the entire sequence as ONE practical-effects event photographed continuously with a motion-control cinema camera.

---

# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person. ONE Labrador. ONE collar. ONE leash.

ONE PRODUCT IMAGE pair of sunglasses. ONE striped popcorn carton containing one finite original portion. ONE silver-grey smartphone.

Before collision: RIGHT HAND = smartphone. LEFT HAND = popcorn carton. SUNGLASSES = worn on face.

After release: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. SUNGLASSES = separated from face.

No second hero object. No extra smartphone. No coffee cup or lid. No flip phone. No additional dog or handler. No background characters. No prop appearing inside an empty hand. No duplication during macro shots. No teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and sunglasses separation.

Prioritize:

1. Stable facial identity.
2. Anatomically correct natural eyes.
3. Stable hairstyle silhouette and realistic blonde hair texture.
4. Stable body proportions.
5. Stable clothing, footwear and jewelry.
6. Accurate PRODUCT IMAGE sunglasses geometry and pattern.
7. Stable popcorn-carton and smartphone geometry.
8. Empty hands after release.
9. Continuous object trajectories and conserved popcorn contents.

---

# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international fashion/product campaign. Real human anatomy, skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props.

Real polished acetate sunglasses, gradient lenses and metal hinges. Real printed paperboard. Real popcorn texture and lightweight tumbling behavior. Real smartphone glass and metal.

Real mass, inertia, gravity, contact forces, material flex and impact behavior. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated warm late-afternoon lighting, controlled highlights and natural skin tones. Realistic optical depth of field, shallow macro focus, subtle 35mm film texture and restrained luxury editorial colour grading.

The bullet-time sequence feels like practical high-speed photography with a motion-control cinema camera, NOT CGI product animation.

4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic texture, sharp optical clarity, natural colours, stable identity, stable geometry and continuous prop ownership.3d:T581e,# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve her long, center-parted blonde hair, white lace-up corset-style top with shoulder bows, distressed blue denim miniskirt, black lace-top sheer stockings, black knee-high boots and delicate gold jewelry. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Create a contemporary European boutique-cinema forecourt with pale limestone architecture, broad honed-stone pedestrian paving, bronze-framed display windows and warm late-afternoon sidelight. Soft practical lights glow beneath a cinema canopy. Invent an original layout and camera angle, with ample pedestrian space for the protagonist, dog walker and moving camera. Keep the action on a wide, level pedestrian surface well away from traffic, steps and curbs. Architecture maintains realistic scale and perspective. No additional background people.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the supplied standalone tortoiseshell sunglasses photograph as the PRODUCT IMAGE: the exact visual reference for the primary worn object featured in the bullet-time sequence. Preserve the upswept cat-eye silhouette, glossy amber-and-dark-brown mottled frame, brown gradient lenses, sculpted bridge, thick temples, visible hinges and small gold-tone temple emblems. The SAME PRODUCT IMAGE sunglasses must remain recognizable when worn, when released, during macro inspection and after landing. They begin naturally worn on the protagonistâ€™s nose and ears, with no retaining strap.

Use the supplied smartphone photograph to define the single incidental smartphone: silver-grey flat-edged housing, rounded corners, dark screen border, pill-shaped front camera cutout and triple rear-camera assembly. The front and rear views in that photograph describe ONE physical phone, not two phones.

Use the supplied popcorn photograph to define the single incidental popcorn carton: tall tapered paperboard construction, mustard-gold and cream vertical stripes, scalloped open rim and pale golden popcorn.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography.

The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2â€“3% of normal speed. Objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the event and inspect them.

Objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE yellow Labrador. Exactly ONE leash, attached to the Labradorâ€™s single plain collar and continuously held by the secondary person.

Exactly ONE PRODUCT IMAGE pair of sunglasses. Exactly ONE striped popcorn carton containing one finite portion of popcorn. Exactly ONE silver-grey smartphone.

Individual popcorn pieces belong to the original cartonâ€™s contents; they are not newly generated props. No coffee cup, drinking lid, flip phone, extra smartphone or duplicate sunglasses.

---

# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE pair of tortoiseshell cat-eye sunglasses. It is always the SAME physical object: glossy amber-and-dark-brown patterned acetate, two brown gradient lenses, an integrated sculpted bridge, two open temples, mechanical hinges and small gold-tone temple emblems matching the PRODUCT IMAGE.

LOCK the exact frame proportions, tortoiseshell pattern placement, lens tint, material thickness, temple curvature, hinge placement and emblem geometry. Both temples remain open through release and suspension. Any movement at impact must be mechanically plausible.

The sunglasses remain the SAME physical prop during the wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall and ground impact.

Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the sunglasses when camera distance changes.

---

# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE mustard-gold-and-cream striped popcorn carton and exactly ONE silver-grey smartphone.

The carton retains the same tapered proportions, scalloped rim, stripe spacing, paperboard thickness and folded construction throughout. It starts open and filled to a modest mound above the rim. Popcorn can leave only through the existing open top. No pieces pass through the carton walls. Maintain conservation of contents: every released piece reduces what remains inside. No explosive eruption or endless replenishment.

The smartphone retains the same dimensions, silver-grey finish, flat edges, front camera cutout, display, side buttons and triple rear cameras. It is a rigid modern smartphone, never a clamshell device.

Its screen is illuminated from the beginning, showing the same Instagram-style feed visible in the supplied smartphone reference, including a cafÃ© photograph of a latte and spiral pastry. No incoming-call screen or unexplained interface transformation. Screen brightness and reflections change only with viewing angle and lighting.

---

# HAND OWNERSHIP

Before collision: RIGHT HAND = ONE silver-grey smartphone, held upright at lower-chest height. LEFT HAND = ONE striped popcorn carton, supported around its lower half.

PRODUCT IMAGE HERO OBJECT = naturally worn on the protagonistâ€™s nose and ears.

At release, the fingers physically open and release the handheld props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY.

The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

---

# 0.0â€“2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonistâ€™s black knee-high boots walking naturally across the cinema forecourt.

The camera performs one elegant continuous movement: smooth crane upward plus gentle backward tracking. Reveal progressively: footwear -> lace-top stockings -> distressed denim miniskirt -> white corset-style top -> gold jewelry and blonde hair -> face -> nearly full-body composition.

Give the audience enough time to recognize the MODEL IMAGE protagonist. She wears the SAME PRODUCT IMAGE tortoiseshell sunglasses. She holds the SAME smartphone upright in her RIGHT hand and the SAME striped popcorn carton in her LEFT hand.

She briefly glances at the illuminated phone, then lifts her gaze toward her walking path. No phone conversation. Maintain exact MODEL IMAGE facial identity and natural, relaxed micro-expressions.

---

# 2.0â€“3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain smooth frontal tracking. The protagonist continues walking naturally across the broad pedestrian forecourt, holding the phone and popcorn consistently.

Exactly ONE secondary person approaches from the opposite direction, holding the leash of exactly ONE yellow Labrador. The Labrador walks slightly ahead, giving the leash a gentle, believable tension. The dog remains on the handlerâ€™s outer side, away from the protagonistâ€™s feet.

The handler adjusts their path around the protagonist but passes slightly too close. The handler and Labrador remain supporting elements.

Maintain stable MODEL IMAGE identity, facial anatomy, hairstyle, clothing, PRODUCT IMAGE geometry, smartphone geometry and popcorn-carton construction.

---

# 3.7â€“4.4s â€” ACCIDENTAL COLLISION

As they pass, the secondary personâ€™s bent elbow accidentally clips the protagonistâ€™s left upper arm. The contact is brief, small and believable.

Caught during a walking weight transfer, the protagonist recoils backward and begins losing balance. Her knees soften instinctively. No violent launch, injury or contact with the dog. Three release events result from this SAME collision.

## HERO OBJECT

The abrupt backward acceleration of her head allows the loosely fitted sunglasses to retain a small amount of forward momentum. The bridge slides off her nose; both open temples slide clear of her ears without catching in her hair.

The sunglasses receive ONE short relative outward release impulse and begin a restrained forward pitch. They travel only approximately 10â€“20 centimeters from their worn position before the time ramp nearly arrests visible motion.

They do NOT launch toward the camera. Neither the frame nor the face deforms to permit separation.

## SECONDARY PROP A â€” POPCORN CARTON

The SAME popcorn carton leaves the LEFT hand as her fingers open. Her recoiling forearm gives it a short leftward impulse and a small outward tilt.

As the open rim tips, a small cluster of loose popcorn pieces near the top continues under inertia and clears the actual opening. The bulk of the popcorn remains inside. Pieces separate into irregular short trajectories, with subtle individual rotations. No explosive cloud.

## SECONDARY PROP B â€” SMARTPHONE

The SAME smartphone leaves the RIGHT hand when her startled fingers uncurl. A small reflexive wrist movement gives it one short rightward/upward impulse and a slight rigid-body rotation.

It preserves the SAME housing, display and camera geometry. The instant it separates from her fingers, the RIGHT HAND becomes EMPTY. The instant the carton separates, the LEFT HAND becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision and sunglasses release.

Her anatomically complete face and natural eyes already exist behind the lenses before separation. Removing the sunglasses merely reveals the same eyes; the face does NOT regenerate.

Maintain stable pupils, natural eyelids, correct gaze direction, facial symmetry, brow, nose and cheekbones. Do not invent a conspicuously different eye appearance during the reveal.

Preserve her center part, long blonde hair, hairline, texture and overall hairstyle volume. Hair responds with subtle inertia only. The temples slide clear without dragging or rearranging the hairstyle.

---

# 4.4â€“5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2â€“3% of normal speed. DO NOT immediately move to a macro close-up.

FIRST HOLD a clear medium-wide view of the complete accident. Establish the spatial geometry:

The protagonist is beginning to fall backward with bent knees. BOTH HANDS ARE EMPTY.

The sunglasses are just forward of her face at approximately eye height.

The tilted popcorn carton is lower, toward her LEFT-hand release side. A small cluster of popcorn pieces is suspended immediately above and outside its open rim.

The smartphone is toward her RIGHT-hand release side near chest height, distinct from the sunglasses and carton.

The secondary person and Labrador remain beyond the protagonistâ€™s left side, with continuous leash ownership and no entanglement.

These positions become persistent WORLD-SPACE ANCHORS, allowing only tiny continuous progression along the original trajectories. Nothing tracks the camera or artificially grows in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

---

# 5.2â€“6.8s â€” PRODUCT HERO OBJECT INSPECTION

The sunglasses remain almost stationary at their established world-space anchor.

The CAMERA performs a controlled cinematic dolly toward them, approaching through clear space without crossing the protagonistâ€™s body or the props. They become larger in frame ONLY because camera-to-object distance decreases.

Once close, slow the camera dramatically. HOLD. Perform a restrained approximately 20â€“30 degree orbital/parallax CAMERA movement around the almost-stationary sunglasses.

Reveal the exact cat-eye silhouette, translucent amber areas within the dark tortoiseshell pattern, polished acetate thickness, brown gradient lenses, bridge contour, real hinge construction and small gold-tone temple emblem.

Use shallow photographic depth of field with controlled focus placement across the frame and nearest temple. Her unchanged face and the forecourt remain softly recognizable behind the product.

The sunglasses remain a real manufactured object inside the SAME physical scene, not an isolated CGI turntable render. Complete the inspection before moving away.

---

# 6.8â€“8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the sunglasses inspection, the CAMERA leaves them behind at their existing world-space position and travels diagonally downward toward the SAME popcorn carton.

THE CARTON DOES NOT APPROACH THE CAMERA.

HOLD a photographic macro close-up. Establish its mustard-gold and cream stripes, tapered body and scalloped open rim. Reveal real paper fibers, printed ink, folded seams and subtle pressure creases already present from the protagonistâ€™s grip.

Show the small cluster of popcorn pieces emerging through the actual open top. Reveal irregular popped shapes, pale golden surfaces, porous texture and fine salt grains adhering to the pieces.

Most popcorn remains inside the carton. The released pieces move only minimally along their established short trajectories. They do not form a decorative halo, spell words or multiply.

Perform a small lateral/parallax CAMERA move around the rim and nearby popcorn. HOLD long enough to read the material behavior. Complete the inspection before leaving.

---

# 8.3â€“9.8s â€” SECONDARY PROP B INSPECTION

The CAMERA leaves the carton and popcorn at their existing world-space positions, then travels through the same scene toward the SINGLE suspended smartphone.

THE PHONE DOES NOT APPROACH THE CAMERA. It remains near its RIGHT-hand release position.

First establish its complete silhouette: the SAME silver-grey flat-edged smartphone, rounded corners, thin dark bezel and pill-shaped front camera cutout. HOLD briefly.

Then physically move closer to its existing illuminated display for an extreme photographic macro close-up. Show the same social-media cafÃ© post with the latte and spiral pastry. The screen does not change to an incoming call, and the phone never becomes a flip phone.

Reveal screen-glass reflections, fine edge wear, metallic side finish and small manufacturing details. Keep the interface attached correctly to the screen plane, with realistic perspective and brightness.

Exactly ONE phone exists. The protagonistâ€™s originating RIGHT HAND remains completely EMPTY in the softly defocused background.

---

# 9.8â€“10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward through an unobstructed route.

Every object remains at its established world-space position, with only the tiny continuous movement permitted by slowed time.

Reveal the complete accident again: the SAME MODEL IMAGE protagonist leaning backward, both hands empty; the SAME sunglasses forward of her face; the SAME tilted popcorn carton and small cluster of released pieces to her left; the SAME smartphone to her right; exactly ONE secondary person, ONE Labrador and ONE continuously held leash.

All positions remain consistent with the original release points and trajectories. No object has followed the camera, teleported or regenerated. HOLD the complete tableau briefly.

---

# 10.4â€“12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum return to normal perceived speed simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION.

The protagonist completes a controlled backward stumble into a low seated fall, knees bent and empty palms instinctively bracing behind her. No head impact, visible injury or exaggerated body motion.

The sunglasses continue forward and downward, strike the paving with a light frame-edge contact, make one small bounce and settle intact. Preserve their exact frame, lenses and temple construction.

The popcorn carton lands separately on its lower corner, tips onto one side and releases more of its ORIGINAL contents through the open rim. Paperboard flexes slightly on impact. Popcorn pieces bounce and scatter irregularly over a compact, physically plausible area, with most staying near the carton.

The smartphone lands on a lower housing edge at its own separate location, makes one restrained bounce and settles screen-up. Its screen remains the same physical display; no transformation or duplicate device.

The handler stops and turns toward the protagonist. The Labrador remains unharmed and outside the landing paths; the leash stays in the handlerâ€™s hand.

The CAMERA rapidly lowers and tilts toward ground level to follow the impacts. Finish with a cinematic low-angle composition connecting the seated protagonist, sunglasses, fallen carton, scattered popcorn and smartphone within the same environment. Objects remain at different plausible landing locations rather than converging for composition. Hard cut.

---

# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA.

During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE.

Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving an object toward the lens. Never enlarge an object artificially. Never teleport an object to the camera.

STRICT CAMERA ROUTE:

FULL FROZEN TABLEAU -> CAMERA DOLLIES TO SUNGLASSES -> HOLD -> SMALL 20â€“30 DEGREE CAMERA ORBIT -> CAMERA TRAVELS TO POPCORN CARTON -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO SMARTPHONE -> ESTABLISH COMPLETE PHONE -> MOVE CLOSER TO EXISTING DISPLAY -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

All travel occurs through physically clear space. No hidden cuts, object pass-throughs or impossible camera intersections.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects physically released earlier.

Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances.

PRODUCT IMAGE HERO OBJECT: same sunglasses, tortoiseshell pattern, lenses, hinges, emblems, trajectory and world-space identity.

SECONDARY PROP A: same striped carton, same original popcorn contents, same tilt, same released pieces and world-space identity.

SECONDARY PROP B: same smartphone, housing, display, rear cameras, interface, trajectory and world-space identity.

Changing camera distance must NOT change object design. No new kernels appear merely because the camera approaches the carton.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause.

The protagonist recoils because of elbow contact during a walking weight transfer. The sunglasses separate because her head recoils while the loosely fitted frame briefly retains forward momentum. Both temples physically clear her ears.

The carton moves because her fingers release it and her recoiling arm imparts a small impulse. Popcorn exits because the open carton tilts and its contents retain inertia.

The smartphone moves because her fingers release it during a small wrist motion.

Objects become larger in frame because the CAMERA approaches them. Their tiny slowed trajectories continue under the time ramp; normal-speed falling resumes when the time ramp ends.

Nothing transforms because the camera gets closer. Treat the entire sequence as ONE practical-effects event photographed continuously with a motion-control cinema camera.

---

# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person. ONE Labrador. ONE collar. ONE leash.

ONE PRODUCT IMAGE pair of sunglasses. ONE striped popcorn carton containing one finite original portion. ONE silver-grey smartphone.

Before collision: RIGHT HAND = smartphone. LEFT HAND = popcorn carton. SUNGLASSES = worn on face.

After release: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. SUNGLASSES = separated from face.

No second hero object. No extra smartphone. No coffee cup or lid. No flip phone. No additional dog or handler. No background characters. No prop appearing inside an empty hand. No duplication during macro shots. No teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and sunglasses separation.

Prioritize:

1. Stable facial identity.
2. Anatomically correct natural eyes.
3. Stable hairstyle silhouette and realistic blonde hair texture.
4. Stable body proportions.
5. Stable clothing, footwear and jewelry.
6. Accurate PRODUCT IMAGE sunglasses geometry and pattern.
7. Stable popcorn-carton and smartphone geometry.
8. Empty hands after release.
9. Continuous object trajectories and conserved popcorn contents.

---

# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international fashion/product campaign. Real human anatomy, skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props.

Real polished acetate sunglasses, gradient lenses and metal hinges. Real printed paperboard. Real popcorn texture and lightweight tumbling behavior. Real smartphone glass and metal.

Real mass, inertia, gravity, contact forces, material flex and impact behavior. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated warm late-afternoon lighting, controlled highlights and natural skin tones. Realistic optical depth of field, shallow macro focus, subtle 35mm film texture and restrained luxury editorial colour grading.

The bullet-time sequence feels like practical high-speed photography with a motion-control cinema camera, NOT CGI product animation.

4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic texture, sharp optical clarity, natural colours, stable identity, stable geometry and continuous prop ownership.3e:T7d2,# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve her long, center-parted blonde hair, white lace-up corset-style top with shoulder bows, distressed blue denim miniskirt, black lace-top sheer stockings, black knee-high boots and delicate gold jewelry. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Create a contemporary European boutique-cinema forecourt with pale limestone architecture, broad honed-stone pedestrian paving, bronze-framed display windows and warm late-afternoon sidelight. Soft practical lights glow beneath a cinema canopy. Invent an original layout and camera angle, with ample pedestrian space for the protagonist, dog walker and moving camera. Keep the action on a wide, level pedestrian surface well away from traffic, steps and curbs. Architecture maintains realistic scale and perspective. No additional background people.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the supplied standalone tortoiseshell sunglasses photograph as the PRODUCT IMAGE: the exact visual reference for the primary worn object featured in the bullet-time sequence. Preserve the upswept cat-eye silhouette, glossy amber-and-dark-brown mottled frame, brown gradient lenses, sculpted bridge, thick temples, visible hinges and small gold-tone temple emblems. The SAME PRODUCT IMAGE sunglasses must remain recognizable when worn, when released, during macro inspection and after landing. They begin naturally worn on the protagonistâ€™s nose and ears, with no retaining strap.

Use the supplied smartphone photograph to define the single incidental smartphone: silver-grey flat-edged housing, rounded corners, dark screen border, pill-shaped front camera cutout and triple rear-camera as3f:T581e,# REFERENCE MAP

MODEL IMAGE = PRIMARY CHARACTER REFERENCE. Use the MODEL IMAGE for the exact identity, facial structure, natural eyes, hairstyle, body proportions, clothing, footwear, jewelry and accessories of the main character. Preserve her long, center-parted blonde hair, white lace-up corset-style top with shoulder bows, distressed blue denim miniskirt, black lace-top sheer stockings, black knee-high boots and delicate gold jewelry. Preserve the SAME character throughout the entire video. Do not copy the original background from the MODEL IMAGE.

---

LOCATION CONCEPT = ENVIRONMENT REFERENCE ONLY. Create a contemporary European boutique-cinema forecourt with pale limestone architecture, broad honed-stone pedestrian paving, bronze-framed display windows and warm late-afternoon sidelight. Soft practical lights glow beneath a cinema canopy. Invent an original layout and camera angle, with ample pedestrian space for the protagonist, dog walker and moving camera. Keep the action on a wide, level pedestrian surface well away from traffic, steps and curbs. Architecture maintains realistic scale and perspective. No additional background people.

---

PRODUCT IMAGE = HERO OBJECT REFERENCE. Use the supplied standalone tortoiseshell sunglasses photograph as the PRODUCT IMAGE: the exact visual reference for the primary worn object featured in the bullet-time sequence. Preserve the upswept cat-eye silhouette, glossy amber-and-dark-brown mottled frame, brown gradient lenses, sculpted bridge, thick temples, visible hinges and small gold-tone temple emblems. The SAME PRODUCT IMAGE sunglasses must remain recognizable when worn, when released, during macro inspection and after landing. They begin naturally worn on the protagonistâ€™s nose and ears, with no retaining strap.

Use the supplied smartphone photograph to define the single incidental smartphone: silver-grey flat-edged housing, rounded corners, dark screen border, pill-shaped front camera cutout and triple rear-camera assembly. The front and rear views in that photograph describe ONE physical phone, not two phones.

Use the supplied popcorn photograph to define the single incidental popcorn carton: tall tapered paperboard construction, mustard-gold and cream vertical stripes, scalloped open rim and pale golden popcorn.

---

# MASTER VISUAL CONCEPT

Generate one continuous 12-second, 9:16, ultra-photorealistic LIVE-ACTION luxury fashion/product film. The result feels like a high-budget international campaign photographed with real actors, practical physical props, premium cinema lenses and real high-speed photography.

The central visual concept is a dramatic BULLET-TIME accident. At the collision, physical objects receive short realistic release impulses. Then time slows to approximately 2â€“3% of normal speed. Objects become almost stationary in three-dimensional WORLD SPACE while the CAMERA remains free to move through the event and inspect them.

Objects DO NOT fly toward the camera to create close-ups. The CAMERA physically approaches the objects. REAL-WORLD PHYSICS, CAUSALITY AND SPATIAL CONTINUITY ARE CRITICAL.

---

# EXACT OBJECT COUNT

Exactly ONE protagonist. Exactly ONE secondary passing person. Exactly ONE yellow Labrador. Exactly ONE leash, attached to the Labradorâ€™s single plain collar and continuously held by the secondary person.

Exactly ONE PRODUCT IMAGE pair of sunglasses. Exactly ONE striped popcorn carton containing one finite portion of popcorn. Exactly ONE silver-grey smartphone.

Individual popcorn pieces belong to the original cartonâ€™s contents; they are not newly generated props. No coffee cup, drinking lid, flip phone, extra smartphone or duplicate sunglasses.

---

# PERSISTENT HERO OBJECT â€” CRITICAL

There is exactly ONE pair of tortoiseshell cat-eye sunglasses. It is always the SAME physical object: glossy amber-and-dark-brown patterned acetate, two brown gradient lenses, an integrated sculpted bridge, two open temples, mechanical hinges and small gold-tone temple emblems matching the PRODUCT IMAGE.

LOCK the exact frame proportions, tortoiseshell pattern placement, lens tint, material thickness, temple curvature, hinge placement and emblem geometry. Both temples remain open through release and suspension. Any movement at impact must be mechanically plausible.

The sunglasses remain the SAME physical prop during the wide walking shot, collision, release, bullet-time suspension, macro inspection, return to wide shot, final fall and ground impact.

Wide shot -> medium shot -> macro shot = THE SAME OBJECT VIEWED FROM DIFFERENT CAMERA DISTANCES. Do not reinterpret or redesign the sunglasses when camera distance changes.

---

# PERSISTENT SECONDARY PROPS â€” CRITICAL

There is exactly ONE mustard-gold-and-cream striped popcorn carton and exactly ONE silver-grey smartphone.

The carton retains the same tapered proportions, scalloped rim, stripe spacing, paperboard thickness and folded construction throughout. It starts open and filled to a modest mound above the rim. Popcorn can leave only through the existing open top. No pieces pass through the carton walls. Maintain conservation of contents: every released piece reduces what remains inside. No explosive eruption or endless replenishment.

The smartphone retains the same dimensions, silver-grey finish, flat edges, front camera cutout, display, side buttons and triple rear cameras. It is a rigid modern smartphone, never a clamshell device.

Its screen is illuminated from the beginning, showing the same Instagram-style feed visible in the supplied smartphone reference, including a cafÃ© photograph of a latte and spiral pastry. No incoming-call screen or unexplained interface transformation. Screen brightness and reflections change only with viewing angle and lighting.

---

# HAND OWNERSHIP

Before collision: RIGHT HAND = ONE silver-grey smartphone, held upright at lower-chest height. LEFT HAND = ONE striped popcorn carton, supported around its lower half.

PRODUCT IMAGE HERO OBJECT = naturally worn on the protagonistâ€™s nose and ears.

At release, the fingers physically open and release the handheld props. Immediately afterward: RIGHT HAND = COMPLETELY EMPTY. LEFT HAND = COMPLETELY EMPTY.

The empty hands remain anatomically normal. Nothing replaces the released props. Nothing remains attached to either palm. No new prop appears in either hand for the remainder of the video.

---

# 0.0â€“2.0s â€” CINEMATIC CHARACTER REVEAL

Begin with an extreme low close-up of the protagonistâ€™s black knee-high boots walking naturally across the cinema forecourt.

The camera performs one elegant continuous movement: smooth crane upward plus gentle backward tracking. Reveal progressively: footwear -> lace-top stockings -> distressed denim miniskirt -> white corset-style top -> gold jewelry and blonde hair -> face -> nearly full-body composition.

Give the audience enough time to recognize the MODEL IMAGE protagonist. She wears the SAME PRODUCT IMAGE tortoiseshell sunglasses. She holds the SAME smartphone upright in her RIGHT hand and the SAME striped popcorn carton in her LEFT hand.

She briefly glances at the illuminated phone, then lifts her gaze toward her walking path. No phone conversation. Maintain exact MODEL IMAGE facial identity and natural, relaxed micro-expressions.

---

# 2.0â€“3.7s â€” WALK THROUGH THE ENVIRONMENT

Maintain smooth frontal tracking. The protagonist continues walking naturally across the broad pedestrian forecourt, holding the phone and popcorn consistently.

Exactly ONE secondary person approaches from the opposite direction, holding the leash of exactly ONE yellow Labrador. The Labrador walks slightly ahead, giving the leash a gentle, believable tension. The dog remains on the handlerâ€™s outer side, away from the protagonistâ€™s feet.

The handler adjusts their path around the protagonist but passes slightly too close. The handler and Labrador remain supporting elements.

Maintain stable MODEL IMAGE identity, facial anatomy, hairstyle, clothing, PRODUCT IMAGE geometry, smartphone geometry and popcorn-carton construction.

---

# 3.7â€“4.4s â€” ACCIDENTAL COLLISION

As they pass, the secondary personâ€™s bent elbow accidentally clips the protagonistâ€™s left upper arm. The contact is brief, small and believable.

Caught during a walking weight transfer, the protagonist recoils backward and begins losing balance. Her knees soften instinctively. No violent launch, injury or contact with the dog. Three release events result from this SAME collision.

## HERO OBJECT

The abrupt backward acceleration of her head allows the loosely fitted sunglasses to retain a small amount of forward momentum. The bridge slides off her nose; both open temples slide clear of her ears without catching in her hair.

The sunglasses receive ONE short relative outward release impulse and begin a restrained forward pitch. They travel only approximately 10â€“20 centimeters from their worn position before the time ramp nearly arrests visible motion.

They do NOT launch toward the camera. Neither the frame nor the face deforms to permit separation.

## SECONDARY PROP A â€” POPCORN CARTON

The SAME popcorn carton leaves the LEFT hand as her fingers open. Her recoiling forearm gives it a short leftward impulse and a small outward tilt.

As the open rim tips, a small cluster of loose popcorn pieces near the top continues under inertia and clears the actual opening. The bulk of the popcorn remains inside. Pieces separate into irregular short trajectories, with subtle individual rotations. No explosive cloud.

## SECONDARY PROP B â€” SMARTPHONE

The SAME smartphone leaves the RIGHT hand when her startled fingers uncurl. A small reflexive wrist movement gives it one short rightward/upward impulse and a slight rigid-body rotation.

It preserves the SAME housing, display and camera geometry. The instant it separates from her fingers, the RIGHT HAND becomes EMPTY. The instant the carton separates, the LEFT HAND becomes EMPTY.

---

# FACE / HAIR CONTINUITY DURING RELEASE

Preserve MODEL IMAGE identity continuously through the collision and sunglasses release.

Her anatomically complete face and natural eyes already exist behind the lenses before separation. Removing the sunglasses merely reveals the same eyes; the face does NOT regenerate.

Maintain stable pupils, natural eyelids, correct gaze direction, facial symmetry, brow, nose and cheekbones. Do not invent a conspicuously different eye appearance during the reveal.

Preserve her center part, long blonde hair, hairline, texture and overall hairstyle volume. Hair responds with subtle inertia only. The temples slide clear without dragging or rearranging the hairstyle.

---

# 4.4â€“5.2s â€” ESTABLISH THE FROZEN WORLD

Time decelerates dramatically to approximately 2â€“3% of normal speed. DO NOT immediately move to a macro close-up.

FIRST HOLD a clear medium-wide view of the complete accident. Establish the spatial geometry:

The protagonist is beginning to fall backward with bent knees. BOTH HANDS ARE EMPTY.

The sunglasses are just forward of her face at approximately eye height.

The tilted popcorn carton is lower, toward her LEFT-hand release side. A small cluster of popcorn pieces is suspended immediately above and outside its open rim.

The smartphone is toward her RIGHT-hand release side near chest height, distinct from the sunglasses and carton.

The secondary person and Labrador remain beyond the protagonistâ€™s left side, with continuous leash ownership and no entanglement.

These positions become persistent WORLD-SPACE ANCHORS, allowing only tiny continuous progression along the original trajectories. Nothing tracks the camera or artificially grows in frame. THE CAMERA IS THE PRIMARY MOVING ELEMENT.

---

# 5.2â€“6.8s â€” PRODUCT HERO OBJECT INSPECTION

The sunglasses remain almost stationary at their established world-space anchor.

The CAMERA performs a controlled cinematic dolly toward them, approaching through clear space without crossing the protagonistâ€™s body or the props. They become larger in frame ONLY because camera-to-object distance decreases.

Once close, slow the camera dramatically. HOLD. Perform a restrained approximately 20â€“30 degree orbital/parallax CAMERA movement around the almost-stationary sunglasses.

Reveal the exact cat-eye silhouette, translucent amber areas within the dark tortoiseshell pattern, polished acetate thickness, brown gradient lenses, bridge contour, real hinge construction and small gold-tone temple emblem.

Use shallow photographic depth of field with controlled focus placement across the frame and nearest temple. Her unchanged face and the forecourt remain softly recognizable behind the product.

The sunglasses remain a real manufactured object inside the SAME physical scene, not an isolated CGI turntable render. Complete the inspection before moving away.

---

# 6.8â€“8.3s â€” SECONDARY PROP A INSPECTION

Only after completing the sunglasses inspection, the CAMERA leaves them behind at their existing world-space position and travels diagonally downward toward the SAME popcorn carton.

THE CARTON DOES NOT APPROACH THE CAMERA.

HOLD a photographic macro close-up. Establish its mustard-gold and cream stripes, tapered body and scalloped open rim. Reveal real paper fibers, printed ink, folded seams and subtle pressure creases already present from the protagonistâ€™s grip.

Show the small cluster of popcorn pieces emerging through the actual open top. Reveal irregular popped shapes, pale golden surfaces, porous texture and fine salt grains adhering to the pieces.

Most popcorn remains inside the carton. The released pieces move only minimally along their established short trajectories. They do not form a decorative halo, spell words or multiply.

Perform a small lateral/parallax CAMERA move around the rim and nearby popcorn. HOLD long enough to read the material behavior. Complete the inspection before leaving.

---

# 8.3â€“9.8s â€” SECONDARY PROP B INSPECTION

The CAMERA leaves the carton and popcorn at their existing world-space positions, then travels through the same scene toward the SINGLE suspended smartphone.

THE PHONE DOES NOT APPROACH THE CAMERA. It remains near its RIGHT-hand release position.

First establish its complete silhouette: the SAME silver-grey flat-edged smartphone, rounded corners, thin dark bezel and pill-shaped front camera cutout. HOLD briefly.

Then physically move closer to its existing illuminated display for an extreme photographic macro close-up. Show the same social-media cafÃ© post with the latte and spiral pastry. The screen does not change to an incoming call, and the phone never becomes a flip phone.

Reveal screen-glass reflections, fine edge wear, metallic side finish and small manufacturing details. Keep the interface attached correctly to the screen plane, with realistic perspective and brightness.

Exactly ONE phone exists. The protagonistâ€™s originating RIGHT HAND remains completely EMPTY in the softly defocused background.

---

# 9.8â€“10.4s â€” RECONSTRUCT THE COMPLETE FROZEN TABLEAU

After the phone inspection, the CAMERA performs a fast but perfectly smooth dolly backward through an unobstructed route.

Every object remains at its established world-space position, with only the tiny continuous movement permitted by slowed time.

Reveal the complete accident again: the SAME MODEL IMAGE protagonist leaning backward, both hands empty; the SAME sunglasses forward of her face; the SAME tilted popcorn carton and small cluster of released pieces to her left; the SAME smartphone to her right; exactly ONE secondary person, ONE Labrador and ONE continuously held leash.

All positions remain consistent with the original release points and trajectories. No object has followed the camera, teleported or regenerated. HOLD the complete tableau briefly.

---

# 10.4â€“12.0s â€” TIME RETURNS / PHYSICAL PAYOFF

Time suddenly snaps back to normal speed. Gravity and existing momentum return to normal perceived speed simultaneously. Every object continues FROM ITS OWN EXISTING WORLD-SPACE POSITION.

The protagonist completes a controlled backward stumble into a low seated fall, knees bent and empty palms instinctively bracing behind her. No head impact, visible injury or exaggerated body motion.

The sunglasses continue forward and downward, strike the paving with a light frame-edge contact, make one small bounce and settle intact. Preserve their exact frame, lenses and temple construction.

The popcorn carton lands separately on its lower corner, tips onto one side and releases more of its ORIGINAL contents through the open rim. Paperboard flexes slightly on impact. Popcorn pieces bounce and scatter irregularly over a compact, physically plausible area, with most staying near the carton.

The smartphone lands on a lower housing edge at its own separate location, makes one restrained bounce and settles screen-up. Its screen remains the same physical display; no transformation or duplicate device.

The handler stops and turns toward the protagonist. The Labrador remains unharmed and outside the landing paths; the leash stays in the handlerâ€™s hand.

The CAMERA rapidly lowers and tilts toward ground level to follow the impacts. Finish with a cinematic low-angle composition connecting the seated protagonist, sunglasses, fallen carton, scattered popcorn and smartphone within the same environment. Objects remain at different plausible landing locations rather than converging for composition. Hard cut.

---

# NON-NEGOTIABLE BULLET-TIME CAMERA RULE

BULLET TIME = ALMOST-FROZEN PHYSICAL WORLD + FREELY MOVING CAMERA.

During bullet time: OBJECTS STAY IN WORLD SPACE. CAMERA MOVES THROUGH WORLD SPACE.

Close-up is created by REDUCING CAMERA-TO-OBJECT DISTANCE. Never create a close-up by moving an object toward the lens. Never enlarge an object artificially. Never teleport an object to the camera.

STRICT CAMERA ROUTE:

FULL FROZEN TABLEAU -> CAMERA DOLLIES TO SUNGLASSES -> HOLD -> SMALL 20â€“30 DEGREE CAMERA ORBIT -> CAMERA TRAVELS TO POPCORN CARTON -> HOLD -> SMALL CAMERA PARALLAX -> CAMERA TRAVELS TO SMARTPHONE -> ESTABLISH COMPLETE PHONE -> MOVE CLOSER TO EXISTING DISPLAY -> HOLD -> CAMERA DOLLIES BACK TO COMPLETE TABLEAU -> TIME RETURNS.

All travel occurs through physically clear space. No hidden cuts, object pass-throughs or impossible camera intersections.

---

# PERSISTENT PROP CONTINUITY â€” CRITICAL

The macro camera NEVER receives newly generated versions of the objects. It visits the SAME objects physically released earlier.

Wide shot -> medium shot -> macro shot = SAME PHYSICAL OBJECT viewed from different distances.

PRODUCT IMAGE HERO OBJECT: same sunglasses, tortoiseshell pattern, lenses, hinges, emblems, trajectory and world-space identity.

SECONDARY PROP A: same striped carton, same original popcorn contents, same tilt, same released pieces and world-space identity.

SECONDARY PROP B: same smartphone, housing, display, rear cameras, interface, trajectory and world-space identity.

Changing camera distance must NOT change object design. No new kernels appear merely because the camera approaches the carton.

---

# PHYSICAL CAUSALITY RULE

Every visible change requires a physical cause.

The protagonist recoils because of elbow contact during a walking weight transfer. The sunglasses separate because her head recoils while the loosely fitted frame briefly retains forward momentum. Both temples physically clear her ears.

The carton moves because her fingers release it and her recoiling arm imparts a small impulse. Popcorn exits because the open carton tilts and its contents retain inertia.

The smartphone moves because her fingers release it during a small wrist motion.

Objects become larger in frame because the CAMERA approaches them. Their tiny slowed trajectories continue under the time ramp; normal-speed falling resumes when the time ramp ends.

Nothing transforms because the camera gets closer. Treat the entire sequence as ONE practical-effects event photographed continuously with a motion-control cinema camera.

---

# OBJECT OWNERSHIP LOCK

ONE protagonist. ONE secondary person. ONE Labrador. ONE collar. ONE leash.

ONE PRODUCT IMAGE pair of sunglasses. ONE striped popcorn carton containing one finite original portion. ONE silver-grey smartphone.

Before collision: RIGHT HAND = smartphone. LEFT HAND = popcorn carton. SUNGLASSES = worn on face.

After release: RIGHT HAND = EMPTY. LEFT HAND = EMPTY. SUNGLASSES = separated from face.

No second hero object. No extra smartphone. No coffee cup or lid. No flip phone. No additional dog or handler. No background characters. No prop appearing inside an empty hand. No duplication during macro shots. No teleportation. No unexplained object-scale changes.

---

# IDENTITY PRIORITY

Maintain MODEL IMAGE identity throughout, especially during collision and sunglasses separation.

Prioritize:

1. Stable facial identity.
2. Anatomically correct natural eyes.
3. Stable hairstyle silhouette and realistic blonde hair texture.
4. Stable body proportions.
5. Stable clothing, footwear and jewelry.
6. Accurate PRODUCT IMAGE sunglasses geometry and pattern.
7. Stable popcorn-carton and smartphone geometry.
8. Empty hands after release.
9. Continuous object trajectories and conserved popcorn contents.

---

# PHOTOGRAPHIC REALISM

Ultra-photorealistic LIVE-ACTION photography. Premium international fashion/product campaign. Real human anatomy, skin pores and natural facial micro-expressions. Anatomically correct eyes. Detailed realistic hair. Real practical physical props.

Real polished acetate sunglasses, gradient lenses and metal hinges. Real printed paperboard. Real popcorn texture and lightweight tumbling behavior. Real smartphone glass and metal.

Real mass, inertia, gravity, contact forces, material flex and impact behavior. ARRI Alexa 35 cinematic character. Premium cinema optics. Motivated warm late-afternoon lighting, controlled highlights and natural skin tones. Realistic optical depth of field, shallow macro focus, subtle 35mm film texture and restrained luxury editorial colour grading.

The bullet-time sequence feels like practical high-speed photography with a motion-control cinema camera, NOT CGI product animation.

4K, Ultra HD, maximum facial detail, maximum hair detail, maximum material fidelity, rich photographic texture, sharp optical clarity, natural colours, stable identity, stable geometry and continuous prop ownership.40:T741,The AI Bullet Time Video Creator workflow enables users to generate high-budget cinematic videos using the bullet time effect to create dramatic moments of suspended action. This comprehensive process is particularly valuable for marketers, filmmakers, and digital creatives who seek to produce eye-catching visual content quickly and efficiently. It incorporates advanced AI models for text-to-video generation, such as Seedance 2.5 and GPT-6 Astra, unlocking the potential for ultra-photorealistic, live-action fashion or product videos. By automating complex video effects and reducing production costs, this tool offers users a streamlined solution for high-quality cinematic content creation.

---

## 3. How does it work  
- **GPT-6 Astra**: Interprets a prompt to create a sequence description for the bullet time effect, defining the visual and cinematic aspects of the video.
- **Seedance 2.5**: Utilizes the structured prompt to generate a 12-second, 9:16 ratio video with an ultra-photorealistic live-action feel, ensuring synchronized audio and visual effects.
- The workflow processes reference images to maintain stable geometry and identity across objects in the video, ensuring continuity and photorealism.

---

## 4. How to customize it  
Users can customize this workflow by modifying the prompt parameters to fit different scenariosâ€”adjusting the storyline, environment, and object interactions. For instance, changing the primary location to a bustling city street or switching product images to highlight different objects during the bullet-time effect. Additionally, users can upload new reference images to tailor the protagonist's appearance or the desired environment, achieving unique visual compositions and effects based on personal or brand needs.

---

## 5. Who is it for  
- Digital Creatives
- Marketers
- Filmmakers

---41:T741,The AI Bullet Time Video Creator workflow enables users to generate high-budget cinematic videos using the bullet time effect to create dramatic moments of suspended action. This comprehensive process is particularly valuable for marketers, filmmakers, and digital creatives who seek to produce eye-catching visual content quickly and efficiently. It incorporates advanced AI models for text-to-video generation, such as Seedance 2.5 and GPT-6 Astra, unlocking the potential for ultra-photorealistic, live-action fashion or product videos. By automating complex video effects and reducing production costs, this tool offers users a streamlined solution for high-quality cinematic content creation.

---

## 3. How does it work  
- **GPT-6 Astra**: Interprets a prompt to create a sequence description for the bullet time effect, defining the visual and cinematic aspects of the video.
- **Seedance 2.5**: Utilizes the structured prompt to generate a 12-second, 9:16 ratio video with an ultra-photorealistic live-action feel, ensuring synchronized audio and visual effects.
- The workflow processes reference images to maintain stable geometry and identity across objects in the video, ensuring continuity and photorealism.

---

## 4. How to customize it  
Users can customize this workflow by modifying the prompt parameters to fit different scenariosâ€”adjusting the storyline, environment, and object interactions. For instance, changing the primary location to a bustling city street or switching product images to highlight different objects during the bullet-time effect. Additionally, users can upload new reference images to tailor the protagonist's appearance or the desired environment, achieving unique visual compositions and effects based on personal or brand needs.

---

## 5. Who is it for  
- Digital Creatives
- Marketers
- Filmmakers

---42:T755,This workflow automates the creation of a cinematic video featuring a lead character within a mass scene while ensuring coherent appearance and costume design. It is beneficial for filmmakers, video game developers, and digital content creators who require scalable video production with consistent appearance. The workflow utilizes key AI models like GPT Image 2.5 Sunburst for image-to-image rendering, Nano Banana 2 for face character sheets, and Seedance 2.5 for final video composition. This automated system accelerates video content creation, ensuring seamless and high-quality visual output.

---

## 3. How does it work  
- The workflow starts by inputting a character face image and a costume image.
- GPT Image 2.5 Sunburst model processes these images to create a full-body image.
- Nano Banana 2 generates a face character sheet in various views: front, left, right, and back.
- Another GPT Image 2.5 Sunburst model creates a full-size costume sheet from the given costume input.
- Finally, Seedance 2.5 combines these images to generate a 30-second video clip, maintaining coherence in movement and costume style across a crowd scene.

---

## 4. How to customize it  
Users can modify this workflow to fit their specific needs by changing the input images and prompt details. For example, adjusting the images and description in the prompt can change the character's appearance or the scene setting. Users can replace the character and costume images to reflect different styles or themes, such as historical settings or futuristic looks, to adapt the video output to various storytelling requirements.

---

## 5. Who is it for  
- Film production houses looking to rapidly generate crowd scenes for movies.
- Video game developers needing consistent character representation in cutscenes.
- Digital content creators aiming for high-throughput video production.43:T789,This workflow is designed to automate the creation of high-quality, AI-generated product advertisement videos. It is particularly useful for marketers, content creators, and advertising agencies looking to generate visually appealing commercials quickly and efficiently. The workflow utilizes key AI technologies such as the Gemini Omni Flash model for text-to-video conversion and the GPT Image 2 model for generating photorealistic storyboard images. The primary value provided by this workflow is the rapid, automated production of sophisticated advertisement videos, allowing for scalability and significant time savings compared to traditional video production methods.

## 3. How does it work  
- The **Claude 4.5 Sonnet** model generates detailed prompt instructions for the creation of storyboards and video sequences based on input images and text prompts.
- The **GPT Image 2** model utilizes these prompts to create high-quality photorealistic storyboard images.
- The **Gemini Omni Flash** model converts these visual and textual prompts into synchronized video clips, ensuring a seamless integration of visual and audio components.

## 4. How to customize it  
Users can customize this workflow by modifying the text prompts fed into the Claude 4.5 Sonnet and GPT Image 2 models to align with their specific product branding and advertisement narrative. For example, adjusting the color scheme, branding details or including particular product features in the prompts can tailor the output to different products. Using diverse input images will also impact the style and tone of the resulting video, thus allowing adaptation for various marketing campaigns.

## 5. Who is it for  
- Marketing Agencies looking to enhance their video ad production.
- E-commerce businesses aiming to create engaging product launches.
- Content Creators seeking to quickly produce high-quality video content for social media platforms.44:T750,## 1. Workflow Title  
**AI-Powered 30-Second Music Video Generator**

## 2. Overview  
This workflow transforms a user's input prompt into a complete, cinematic 30-second music video, guided by AI technology. It's particularly useful for content creators, advertisers, musicians, or any creative professional looking to create high-quality, engaging audio-visual content quickly. The process leverages key AI models like Lyria 3, Gemini 3.7 Flash, and Seedance 2.5 to generate synchronized audio and video content that mimics professional production values. This workflow provides substantial value by drastically reducing the time and cost associated with producing short, impactful music videos.

## 3. How does it work  
- The process begins with Lyria 3 generating a 30-second song based on the user's textual prompt, producing both audio and lyrics. 
- Gemini 3.7 Flash is used to generate a detailed prompt for a music video, structuring the visuals to align with the audio.
- Seedance 2.5 brings the video to life, creating a synchronized cinematic video with the generated audio.
- Finally, a Video Editor Agent combines the audio and video to produce a polished music video ready for use.

## 4. How to customize it  
Users can adapt this workflow to suit particular creative needs by modifying the textual prompts inputted at the start of the process. For instance, altering the genre or style in the Lyria 3 prompt can create a different musical feel, such as shifting from indie-pop to electronic. Similarly, users may adjust the Gemini 3.7 Flash prompt to alter video elements, possibly to change the lighting or visual effects. This flexibility allows creators to mold the output closely aligned to specific project demands or artistic visions.

## 5. Who is it for  
- Content Creators and Influencers
- Marketing Agencies
- Independent Musicians and Bands45:T697,This workflow automates the generation of anime-style advertisements by transforming textual prompts and product imagery into a captivating, animated short. Utilizing state-of-the-art AI models like Claude 4.5 Sonnet and GPT Image 2, it is ideal for marketers, content creators, and advertisers looking to create visually engaging and unique product promotions. By seamlessly integrating AI-powered text and image generation technologies, this workflow reduces the time and resources required to produce high-quality, imaginative product ads.

---

## 3. How does it work  
- **Claude 4.5 Sonnet Model**: This model generates a narrative storyboard from given product descriptions. It designs the adventure of a tiny hero who explores a world built entirely from the productâ€™s elements.
- **GPT Image 2**: Uses the storyboard to create high-resolution images that visualize the product-inspired settings and characters in a photoreal-toon animated style.
- **Wan 3.0 Video Model**: Combines the images and storyboard to produce an animated video ad, ensuring character consistency, smooth transitions, and a cinematic finish.

---

## 4. How to customize it  
Users can adapt this workflow by altering the input prompts to reflect different products or brand messages. For example, if you want to animate an ad for a chocolate-based beverage, modify the narrative to include chocolate rivers and creamy landscapes that represent the product essence. Alternatively, you can adjust the reference images to change the animation style or scene compositions to better match your branding strategy.

---

## 5. Who is it for  
- Marketing Agencies
- Content Creators
- Advertising Firms

---46:T773,The Product B-Roll Creator for Stella Scooter is an advanced AI workflow designed to generate cinematic video content emphasizing the luxury and design of a product. This workflow is highly beneficial for marketers, content creators, and digital advertisers seeking to showcase their products in a polished, high-fashion style. By leveraging AI models such as Claude 4.5 Sonnet and Wan 3.0 Video, this workflow automates the creation of a professional b-roll, making content generation faster and more cost-effective.

---

## 3. How does it work  
- The workflow starts by processing the input product image with the Claude 4.5 Sonnet model, which generates a dynamic video prompt tailored to the product's features and aesthetics.
- The prompt is refined to ensure every camera move and shot fits the specific product, maintaining high-fashion minimal tones.
- The Wan 3.0 Video model then converts these scripted instructions into a 15-second video clip, incorporating synchronized audio that enhances the storytelling.

---

## 4. How to customize it  
Users can easily customize this workflow by modifying the initial prompt within the Claude 4.5 Sonnet model to better fit different products. For instance, if you're producing for a different product category like tech gadgets, alter the macro hooks and material rhythm cuts in the prompts to highlight specific attributes like LED displays or wireless functionalities. Additionally, you can adjust the sound design to feature relevant background audio, such as electronic pings or soft mechanical whirs. Experiment with the aspect ratio and overall resolution to match specific marketing channel requirements.

---

## 5. Who is it for  
- Advertising agencies specializing in high-end product launches.
- Digital content creators focused on luxury brand storytelling.
- E-commerce retailers looking to enhance product display and viewer engagement.47:T76d,The AI-Powered Fashion B-Roll Creator is a comprehensive workflow designed to generate high-quality, fashion-forward video clips for use in campaigns, editorials, or social media. This workflow is ideal for marketers, content creators, and fashion designers who need to create visually engaging content with minimal effort. Leveraging advanced AI models such as Wan 3.0 for video creation and GPT Image 2 for detailed image processing, this workflow enables efficient content generation with professional results. The primary value lies in its ability to automate the complex process of video production, offering rapid, scalable, and cost-effective content generation.

---

## 3. How does it work

- The workflow uses the Wan 3.0 model to create videos based on input images and prompts, generating cinematic fashion snippets.
- It incorporates the GPT Image 2 model to produce photorealistic images for reference, ensuring that video outputs align with predefined visual styles.
- Claude 4.5 Sonnet is used to draft detailed prompts for video and image generation, enhancing content specificity and consistency.

---

## 4. How to customize it

Users can customize this workflow to fit specific fashion narratives or branding requirements by altering the prompt inputs. For example, changing the stylistic prompts in the Claude 4.5 Sonnet model can create videos focused on different fashion themes such as vintage, modern punk, or haute couture. Additionally, swapping input images with ones aligning better with a different fashion style or season can adapt the final video output to suit various campaigns.

---

## 5. Who is it for

- Fashion designers looking to create digital portfolios showcasing their collections.
- Marketing agencies aiming to automate campaign video production for clients.
- Social media content creators who require visually appealing fashion content for their feeds.48:T6dc,This workflow seamlessly generates high-quality, AI-powered lifestyle fashion videos for vloggers. It is particularly useful for content creators, fashion bloggers, and marketing professionals looking to produce captivating and premium fashion-related content effortlessly. Utilizing advanced AI models such as Gemini Omni Flash for text-to-video translation and GPT Image 2 for photorealistic image generation, it streamlines the process of creating engaging visual narratives with professional appeal. The primary value lies in its ability to automate video production, ensuring faster content generation and cost savings while maintaining premium quality.

## 3. How does it work
- The workflow utilizes the *Claude 4.5 Sonnet* model to create detailed storyboard prompts for video scenes, ensuring narrative consistency and visual storytelling.
- Leverages *GPT Image 2* to generate high-definition images with specific fashion and retail themes, acting as visual input for video production.
- Employs *Gemini Omni Flash* to transform text and images into synchronized video content with lifelike audio, maintaining cinematic and photorealistic quality.

## 4. How to customize it
Users can customize this workflow by altering the prompts used at various stages. For example, modifying the descriptive text in the *Claude 4.5 Sonnet* model can tailor the storyboard to different fashion themes or brands. Similarly, using different image URLs in *GPT Image 2* can adapt the visual style to match specific aesthetics or brand identities. This flexibility allows users to cater to diverse stylistic preferences and storytelling needs.

## 5. Who is it for
- Fashion Bloggers and Influencers
- Digital Content Creators
- Marketing and Advertising Agencies49:T74b,The AI-Enhanced Food Vlogging Reel Creator is an innovative workflow that streamlines the production of high-quality, cinematic food vlogs. This workflow is especially beneficial for content creators, social media influencers, and marketers looking to enhance their video content with minimal effort. Leveraging advanced AI technologies such as Seedance 2.0, Claude 4.5 Sonnet, and GPT Image 2, this workflow enables the creation of visually appealing and engaging video content in a fraction of the time it would traditionally take. Its primary value lies in automating the video production process, resulting in faster output and cost savings, while maintaining a high standard of cinematic quality.

---

## 3. How does it work  
- The workflow uses Seedance 2.0 to generate cinematic AI videos with native audio to capture immersive narratives.
- Claude 4.5 Sonnet serves as the text processor for generating detailed prompts that facilitate content creation.
- GPT Image 2 is utilized to generate photorealistic images from the given storyboard descriptions, ensuring a seamless integration of visual elements.

---

## 4. How to customize it  
Users have the flexibility to modify the AI models and prompts used in this workflow to tailor the output to their specific needs. For instance, users can adjust the narrative script or the visual style in the Seedance 2.0 settings, or modify the prompt details in Claude 4.5 Sonnet to change the storyline. Additionally, users can replace the reference images in the GPT Image 2 model to suit different vlogging themes or culinary focuses.

---

## 5. Who is it for  
- Content Creators and Influencers specializing in food and lifestyle.
- Marketing Agencies looking to produce dynamic video content for campaigns.
- Videographers and Film Makers interested in incorporating AI-enhanced visuals into their projects.4a:T69b,This AI-driven workflow transforms a written script into a captivating 30-second microdrama video. It utilizes advanced AI models like Claude 4.5 Sonnet for script-to-shot conversion and Seedance 2.5 for video generation, incorporating synchronized native audio. Suitable for filmmakers, content creators, and educators, this workflow offers fast, scalable, and cost-effective video content generation, delivering a comprehensive storytelling experience from text to visual medium.

## 3. How does it work  
- The process begins with an input node that accepts a text script capturing dialogue and narrative.
- Images that represent character and location references are inputted into a separate node.
- Claude 4.5 Sonnet converts the text and image inputs into a detailed script for a 30-second microdrama video, listing features such as shot types and camera movements.
- Seedance 2.5 then generates a video from this script, incorporating native audio, ultimately producing a cinematic video output.

## 4. How to customize it  
Users can tweak the prompt in the initial text input node to adjust elements like dialogue, character traits, and settings. By changing character images or background references, users can mold the generated video to fit different narratives or aesthetics. For example, swapping the "Urban Alley" setting with "Sunlit Park" can offer a different ambiance and context to the storyline, tailoring the video to diverse storytelling needs.

## 5. Who is it for  
- Filmmakers looking for rapid prototyping of video ideas.
- Educators developing dynamic and engaging educational content.
- Marketing agencies seeking efficient and creative video content solutions.4b:T6da,This workflow is designed to convert a narrative script into visually compelling background designs, tailored for use in microdramas. It is particularly beneficial for content creators, filmmakers, and digital media producers looking to enhance their storytelling with impactful visuals. Utilizing advanced AI models like Claude 4.5 Sonnet and GPT Image, the workflow generates detailed image prompts depicting key locations and moods within a scene, resulting in high-quality, photorealistic background images. The primary value lies in its ability to streamline the creation of scene-specific visuals, thereby accelerating production timelines and reducing costs associated with traditional set design.

## 3. How does it work  
- The workflow begins with the Claude 4.5 Sonnet model that reads through the script to extract the two most significant settings or locations.
- For each selected location, it generates a detailed image prompt capturing the physical setting and the emotional atmosphere.
- The prompt is then fed into the GPT Image model to create a high-resolution, photorealistic image of the described setting. 

## 4. How to customize it  
Users can tailor this workflow to different narratives by adjusting the input script and modifying the parameters of the AI models involved. For instance, by altering the system prompts within Claude 4.5 Sonnet, users can emphasize different atmospheric details or focus on alternative visual styles. Additionally, changing the prompt descriptors or image parameters in GPT Image can result in variations in the aesthetic and detail level of the output images, catering to different genres or artistic preferences.

## 5. Who is it for  
- Filmmakers
- Content Creators
- Digital Media Producers4c:T517,This workflow transforms a short script into detailed character reference sheets, providing visual insights into the central figures of a drama. Ideal for filmmakers, writers, and content creators, the workflow employs advanced AI models like Claude 4.5 Sonnet and GPT Image 2. It significantly enhances the efficiency and accuracy of visualizing character attributes, enabling faster and more consistent character design.

## 3. How does it work  
- The workflow uses Claude 4.5 Sonnet for processing the script to extract character details.
- It formulates AI image-generation prompts based on extracted character attributes, including physical appearance, personality, and attire.
- GPT Image 2 then generates photorealistic character reference sheets, ensuring visual consistency across all character views and poses.

## 4. How to customize it  
Users can adjust the system prompts to focus on different aspects of the characters, like cultural setting or historical period, to suit specific project needs. For example, changing the clothing description or color palette can reflect a different era or social status. Users might also refine character attributes input to emphasize unique features crucial to their narrative.

## 5. Who is it for  
- Filmmakers
- Scriptwriters
- Character Designers4d:T7a9,The Video Thumbnail Extractor is an AI-driven workflow designed to automatically capture the most impactful thumbnail frame from video content. It's particularly valuable for creators, marketers, and content managers who aim to enhance video engagement across social media platforms such as YouTube, TikTok, and Instagram. By employing advanced AI models like Gemini 3.1 Pro and Video Editor Agent, this workflow streamlines the process of producing visually appealing thumbnails that capture the viewer's attention and drive clicks. It dramatically reduces the time and effort needed for manual thumbnail selection and editing, allowing for faster content deployment and increased viewer engagement.

---

## 3. How does it work

- The workflow utilizes the Gemini 3.1 Pro model to analyze video content and user prompts to identify the best frame to be used as a thumbnail.
- The Video Editor Agent node processes this frame to ensure it's ready for platform-specific dimensions and visual appeal.
- Claude Sonnet 4.5 is used to generate an engaging and relevant thumbnail prompt based on video content analysis.
- The final output is an AI-processed image thumbnail generated by GPT Image 2, tailored for maximum click-through impact.

---

## 4. How to customize it

Users can adapt this workflow to their specific needs by modifying the input prompts or adjusting the preferred style for the AI models involved. For example, creators targeting dramatic and high-contrast thumbnails could tweak the prompt in Claude Sonnet 4.5 to focus on elements consistent with their brand style. Additionally, marketers can adjust the output format and resolution from Video Editor Agent to ensure consistency across various social media platforms.

---

## 5. Who is it for

- Content creators aiming to maximize video engagement
- Social media marketers managing multiple video campaigns
- Video production teams looking to automate thumbnail generation processes

---4e:T70b,The AI Subtitle Generation Engine automates the process of adding accurate, styled, and word-synced subtitles to videos, making it highly valuable for content creators, educators, and marketers looking to enhance accessibility and engagement. Utilizing advanced AI technologies like the Gemini 3.1 Pro and Video Editor Agent, the workflow generates subtitle specifications that include style, size, placement, and animation details, ensuring timely synchronization with the audio. This leads to faster content processing, reduced manual effort, and improved viewer experience.

---

## 3. How does it work  
- The workflow incorporates the Gemini 3.1 Pro model to parse user input for subtitle parameters such as font style, size, position, and animation.
- It outputs a detailed subtitle specification, including machine-executable instructions for accurate subtitle placement on the video.
- The Video Editor Agent then processes these specifications to overlay the captions on the input video, maintaining perfect word-level sync and visual style.

---

## 4. How to customize it  
Users can easily modify the models or prompts to tailor the subtitle generation to their specific needs. For instance, by adjusting the font style or size in the input parameters, users can ensure that the captions align with their brand's visual identity. Additionally, they can experiment with different animations, such as 'Fade' or 'Slide-Up', to match the desired viewing experience of their target audience.

---

## 5. Who is it for  
- Content Creators who want to enhance video engagement and accessibility.
- Educators and Trainers who require precise subtitle synchronization for instructional videos.
- Marketing Agencies aiming to produce professional, branded video content rapidly and efficiently. 

---4f:T6e7,The AI-Powered Podcast Clip Creator is designed to transform long-form podcasts or interviews into engaging short video clips ideal for social media platforms like Instagram Reels, TikTok, and YouTube Shorts. This workflow is particularly useful for content creators, marketers, and social media managers who wish to repurpose lengthy content into digestible, high-retention formats. It utilizes advanced AI models, specifically the Gemini 3.1 Pro for reasoning and the Video Editor Agent for precise video transformations. This tool provides considerable value by automating video editing, allowing users to quickly generate shareable content, thus saving time and resources.

## 3. How does it work  
- The primary model, Gemini 3.1 Pro, analyzes the video input and helps identify key moments or topics that would resonate well with audiences. It generates a machine-executable edit specification based on user prompts.
- The workflow includes a Video Editor Agent that interprets these specifications to perform tasks such as reframing, adding subtitles, and creating dynamic video edits. The agent uses powerful FFmpeg-based transformations to achieve the desired output.

## 4. How to customize it  
Users can customize this workflow by adjusting the prompts provided to Gemini 3.1 Pro. For instance, a user interested in a specific podcast segment can specify keywords or themes related to that segment, and the AI will focus on finding relevant clips. Additionally, the editing style and subtitle preferences can be altered to match the userâ€™s branding or platform requirements, such as opting for different subtitle styles or varying the pacing and tone of the clip.

## 5. Who is it for  
- Content Creators  
- Digital Marketers  
- Social Media Managers50:T7b7,The AI Video Model Comparison Creator is a sophisticated workflow engineered to generate side-by-side comparison videos vertical format tailored for platforms such as Reels, Shorts, and TikTok. This powerful tool is ideal for content creators, marketers, and educators who need to display two videos in an "A vs B" format with professionally styled captions and layout. The workflow utilizes cutting-edge technologies such as the Claude 4.5 Sonnet for instruction processing and the Video Editor Agent for video assembly. The primary value it provides lies in streamlining the creation of polished, visually appealing comparison videos, thus saving time and costs associated with manual video editing.

## 3. How does it work  
- The workflow leverages the Claude 4.5 Sonnet model, which processes text prompts to generate detailed instructions for video formatting.
- The Video Editor Agent takes these instructions and employs them to manage video transformation processes like transcode, merge, and layout within a controlled ffmpeg environment.
- It integrates multiple input nodes to gather two video files and text data, effectively constructing a cohesive, side-by-side video comparison output with integrated labels and audio synchronization.

## 4. How to customize it  
To tailor the AI Video Model Comparison Creator to specific needs, users can adjust the text prompts to alter the video layout, such as changing the text, font, or video placement instructions. For instance, users could modify the comparison captions or the main title to match specific branding requirements. Additionally, the input videos can be replaced with other clips to target different content themes while maintaining the same comparison structure.

## 5. Who is it for  
- Content Creators looking to generate engaging social media content.
- Marketing Agencies aiming to showcase product comparisons elegantly.
- Educators who need to illustrate comparative video content efficiently.51:T76b,This AI-powered workflow automatically generates striking collage style posters that embody a gritty and photomontage aesthetic. It is particularly useful for content creators, graphic designers, and social activists who aim to produce visually compelling posters that resonate with contemporary societal themes. Leveraging advanced AI models such as Claude 4.5 Sonnet for text-to-text generation and GPT Image 2 for text-to-image transformation, this workflow provides a seamless process for creating high-quality, emotionally impactful posters efficiently, saving both time and resources.

---

## 3. How does it work  
- The Claude 4.5 Sonnet model is utilized to generate a detailed descriptive prompt for the poster, capturing the essence of the subject matter and its stylistic presentation.
- GPT Image 2 takes this textual prompt along with reference imagery provided by the user, producing a photorealistic and thematically coherent poster.
- Input nodes allow users to integrate reference images and text directly into the model, effectively guiding the creative direction.
- The output node delivers a final high-resolution image ready for use or further editing.

---

## 4. How to customize it  
Users can easily tailor this workflow to fit their specific needs by altering the input images and prompts. For instance, if creating a protest poster, users can input different images depicting relevant social activists or symbols. Additionally, modifying the textual prompt allows the integration of unique slogans or themes specific to the campaign, creating a tailor-fitted narrative for various causes.

---

## 5. Who is it for  
- Graphic Designers aiming to create impactful visual communication.
- Social Activists seeking to promote their causes through compelling visual media.
- Marketing Agencies that require quick turnaround for poster designs related to campaigns or events.52:T7e7,This AI-powered workflow enables the generation of high-quality, cinematic b-roll videos centered around luxury lifestyle products, specifically evening gowns. Utilizing advanced AI models such as the "Seedance 2.0" for video generation and "Nano Banana 2" for creating photorealistic images, this workflow is a boon for marketers, fashion designers, and content creators. It automates the complex process of video production with precision, adhering strictly to product design and cinematic standards, thereby significantly reducing production costs and time.

## 3. How does it work  
- The workflow starts with an input image representing the product to be featured, which in this case is a luxury evening gown.
- The "Nano Banana 2" model generates high-quality photorealistic images from the input, ensuring consistency with the product's reference design.
- The generated images are fed into the "Seedance 2.0" model, which creates a detailed cinematic video narrative, maintaining fidelity to fabric physics, lighting conditions, and framing aesthetics.
- Finally, the output is a finely crafted video complete with synchronized audio elements, offering a luxurious portrayal of the product.

## 4. How to customize it  
Users can customize this workflow by adjusting prompts to highlight different aspects of the product or to suit various thematic needs. For example, changing the lighting conditions in prompts can give the video a different mood, from a lively summer day to an intimate evening setting. Additionally, altering the reference images and video prompts allows users to tailor the final video to different styles or seasonal collections, such as a spring floral pattern instead of a winter evening gown.

## 5. Who is it for  
- Fashion Brands: To showcase new collections in an elegant and engaging manner.
- Marketing Agencies: For creating compelling promotional content for luxury products.
- Video Production Studios: To enhance production efficiency and creativity through AI-driven automation.53:T785,This workflow is designed to create a cinematic video showcasing fashion outfits through a sequence of professional, artistic shots. It is ideal for fashion designers, marketers, content creators, and fashion bloggers looking to transform their fashion photography into engaging video narratives. The key AI models underlying this workflow include a photorealistic image generator, a sophisticated AI prompt engineer, and an advanced video generation engine. The primary value it offers is the seamless creation of high-quality fashion videos that can enhance digital marketing strategies, save time, and reduce production costs.

## 3. How does it work  
- The workflow employs the Nano Banana 2 model to generate detailed and realistic fashion imagery based on user input images and descriptive prompts.
- The Claude Sonnet model then acts as an AI video prompt engineer, crafting an elaborate shot-by-shot video prompt that combines the visual details extracted from the imagery.
- Finally, the Seedance 2.0 model uses these prompts and additional reference images to generate a cohesive AI-powered video, including synchronized audio.

## 4. How to customize it  
Users can adapt the workflow to their specific needs by altering the input images and modifying the descriptive text prompts. For instance, changing the environment description in the prompt can lead to videos set in different backdrops such as a bustling urban street or a serene natural setting. Additionally, users can modify the style descriptions to reflect different fashion themes or seasonal collections, thereby tailor-making the video output to meet diverse marketing or artistic goals.

## 5. Who is it for  
- Fashion marketers aiming to create captivating promotional content.
- Digital content creators looking for high-quality fashion video production.
- Fashion designers who want to visualize and present their collections in a dynamic way.54:T704,This workflow automates the creation of a travel vlog montage video featuring a young female vlogger exploring various iconic locations across the United States. It is especially useful for content creators, travel bloggers, and social media influencers who want to quickly generate visually appealing video content. By leveraging advanced AI models like Claude 4.5 Sonnet and GPT Image 2, this workflow crafts detailed image prompts, transforms them into photorealistic images, and compiles them into a cohesive and engaging video montage. The primary value it provides is streamlined content creation, allowing users to generate high-quality travel vlogs without extensive manual editing.

---

## 3. How does it work  
- **Claude 4.5 Sonnet**: This model generates narrative prompts for each scene in the travel vlog, tailoring the storyline and ensuring scene continuity.
- **GPT Image 2**: This model transforms narrative prompts into photorealistic images that depict the vlogger in various U.S. locations with authentic details.
- **Seedance 2.0**: This model takes the generated images and combines them into a 15-second video montage with native audio, creating a dynamic and engaging final product.

---

## 4. How to customize it  
Users can customize this workflow by editing the input prompt to include different locations or a distinct narrative style, altering the aesthetic and storytelling aspect of the vlog. For example, users can specify a European itinerary or adjust the character's look to suit different fashion trends. Additionally, users can modify image prompts to change the lighting or mood of the scenes, providing a personalized touch to their content.

---

## 5. Who is it for  
- Travel Content Creators
- Social Media Influencers
- Video Marketing Agencies

---55:T7a2,This AI-powered workflow is designed to create engaging unboxing videos specifically tailored for user-generated content (UGC) platforms. Utilizing advanced technologies like the Seedance 2.0 image-to-video model and the Claude 4.5 Sonnet text generator, this workflow automatically scripts and produces high-quality unboxing videos in a vertical 9:16 format. Itâ€™s particularly useful for marketers and creators who aim to boost engagement with visually appealing product reveals. The primary value of this workflow lies in its automation, allowing for the rapid creation of professional-grade unboxing content without the need for manual editing or scripting.

## 3. How does it work
- **Seedance 2.0 Model**: This model is used for generating the actual video content. It converts image inputs into cinematic videos, complete with native audio and multi-shot narratives, simulating a professional unboxing experience.
- **Claude 4.5 Sonnet Model**: This text-to-text model is employed to generate the script of the unboxing video, ensuring the narrative is engaging and adapted to the specific product by mirroring the structure and style of professional unboxing scripts.

## 4. How to customize it
Users can customize this workflow by adjusting the prompts or swapping the models to fit their specific needs. For example, by uploading different product or model images, users can adapt the video to showcase different items. Additionally, changing the narrative prompt can tailor the script to match a particular brand tone or target audience, enhancing the alignment of the video content with marketing strategies.

## 5. Who is it for
- **E-commerce Brands**: Utilize this workflow to create unboxing videos that enhance online storefronts.
- **Marketing Agencies**: Streamline content creation for client social media campaigns.
- **Social Media Influencers**: Quickly generate high-quality video content for platforms like Instagram and TikTok.56:T76a,This AI-powered workflow generates engaging user-generated content (UGC) video tutorials from start to finish. It is particularly beneficial for content creators, marketers, and eCommerce businesses aiming to showcase their products through authentic video demonstrations. The workflow leverages advanced AI models like Seedance 2.0 for video generation and Claude 4.5 Sonnet for script creation, delivering cinematic AI videos with native audio and multi-shot narratives. By automating video and script production, it significantly cuts down on content creation time and cost, enabling users to produce high-quality UGC videos at scale.

## 3. How does it work  
- The workflow uses the Seedance 2.0 model, an AI-driven tool for creating cinematic videos with synchronized audio. It utilizes reference images to maintain character and style consistency while generating videos in a vertical 9:16 format.
- The Claude 4.5 Sonnet model aids in crafting UGC video scripts, ensuring they align with the structure and style conventions of short-form content. This model analyzes the product's features and human interactions to deliver a natural and engaging narrative.

## 4. How to customize it  
Users can adapt this workflow to suit different products or brand styles by modifying the input prompts and reference images. For instance, changing the prompt to fit a different product's features or using new images can tailor the narrative and visual output to meet specific marketing or creative requirements. This flexibility allows for creating diverse video content that aligns with specific branding or audience engagement strategies.

## 5. Who is it for  
- Content Creators looking to produce authentic UGC-style videos.
- Marketers aiming to enhance product storytelling through visual content.
- eCommerce Businesses seeking to provide potential buyers with engaging product demonstrations.57:T6c6,This AI-powered workflow generates a highly sophisticated chocolate product commercial with a photorealistic luxury aesthetic. It is designed for marketers, content creators, and advertising agencies seeking to produce captivating commercials with minimal effort. By employing advanced AI models such as Seedance 2.0 and Sora 3.0, the workflow enables seamless creation of cinematic commercials without any text, focusing purely on visual storytelling and audio synchronization. Its main value proposition is in reducing production time and cost, while maintaining high cinematographic quality.

---

## 3. How does it work  
- The workflow utilizes the Seedance 2.0 model to generate cinematic AI videos with native audio integration, creating a multi-shot narrative for the commercial.
- An input image serves as a reference for maintaining style consistency across frames, using advanced image-to-video generation techniques.
- The AI engine processes a detailed script that outlines shot-by-shot sequences, ensuring precise execution of visuals and auditory elements.
- The parameters are meticulously configured to ensure no text or face appears on screen, aligning with the commercial's pure visual storytelling intent.

---

## 4. How to customize it  
Users can customize this workflow by modifying the input reference images to change the commercial's style or mood to suit different chocolate brands or themes. Additionally, altering the prompts can help tailor the shot sequences and cine effect placement specific to campaign needs, such as introducing new visual elements or adjusting duration to match specific advertising slots.

---

## 5. Who is it for  
- Marketing Agencies
- Content Creators
- Advertising Agencies58:T84c,The AI Clothing Product Broll Video Generator workflow creates a high-quality, cinematic video focused on showcasing a clothing product, in this case, a gown. Tailored for marketers, fashion designers, and ecommerce businesses, this workflow enhances the presentation of fashion products with a crisp, editorial aesthetic. Leveraging advanced AI models like ByteDance's Seedance 2.0, it automates the generation of cinematic broll featuring slow, deliberate camera movements, synchronized audio, and fine lighting details. This platform streamlines content creation, reducing costs and time, while maintaining the quality required for luxury product promotions.

## 3. How does it work  
- The workflow utilizes ByteDance's Seedance 2.0 model, renowned for its ability to generate cinematic-quality videos from inputs like text and images.
- It uses a detailed prompt specifying shot sequence, camera angles, lighting, and elements of the gown that need precision reproduction to ensure each segment aligns with luxury editorial standards.
- The input node connects to a reference image of the gown, providing a visual guide for the Seedance 2.0 model to ensure fabric textures and colors are accurately replicated.
- The final output is a sophisticated video presenting the clothing item in styled, narrative-driven scenes.

## 4. How to customize it  
Users can adjust the workflow's output by modifying the prompt parameters to suit different products or campaign themes. For example, changing the lighting instructions can create moods ranging from bright, airy displays to more dramatic presentations. New reference images can be introduced for different attire to adapt the video output to various collections or styles. Additionally, users can fine-tune the shot sequence or durations to fit specific marketing needs or platform requirements.

## 5. Who is it for  
- Fashion marketers looking to create engaging product videos.
- E-commerce brands aiming to elevate product listings with luxury video content.
- Creative teams in fashion houses needing to showcase new collections efficiently and with high fidelity.59:T798,This AI-powered workflow allows users to create high-quality virtual videos showcasing fashion garments on models using user-generated content (UGC). The workflow is particularly beneficial for marketers and influencers on social media platforms who wish to demonstrate clothing items through visually appealing, influencer-style videos. By utilizing advanced AI models such as ByteDance's Seedance 2.0, this workflow brings together image-to-video conversion capabilities and cinematic aesthetics. The primary value lies in its ability to automate the creation of influencer-like fashion clips, ensuring accuracy in representation while saving time and reducing costs associated with traditional video shoots.

## 3. How does it work  
- The workflow leverages ByteDance's Seedance 2.0 model, which excels in creating cinematic AI videos with native audio and multi-shot narratives.
- Input nodes are used to provide reference images of the model and the garment, which are then processed by the AI to ensure photographic accuracy and consistency across the video.
- The designed prompt specifies detailed visual and narrative instructions that guide the video creation, ensuring the output adheres to specific storytelling and visual stylization.

## 4. How to customize it  
Users can customize this workflow by altering the reference images to match different models and garments, aligning with specific brand requirements or fashion lines. The prompt can also be modified to change the narrative style, for instance, adjusting the dialogue and shot composition to fit different social media trends or branding messages. For example, by swapping the gown for another fashion item or adjusting the setting to an outdoor location, the workflow can support diverse themes and campaigns.

## 5. Who is it for  
- Fashion Brands and Retailers
- Social Media Influencers and Content Creators
- Marketing Agencies specializing in digital campaigns5a:T709,This AI-powered workflow enables the creation of a high-paced, cinematic bullet-time fashion video using reference images to maintain faithful stylistic and content alignment. Ideal for filmmakers, fashion marketers, and digital content creators, the workflow utilizes advanced AI models such as Nano Banana 2 and Seedance 2.0 to ensure high photorealism and engaging narratives. The primary value it offers is generating professional-grade fashion films quickly and with lower production costs by automating several aspects of the filmmaking process while maintaining meticulous attention to reference details.

## 3. How does it work  
- **Nano Banana 2:** This model facilitates the creation of high-quality, photorealistic images that serve as a critical foundation for video scenes, preserving intricate details and reference styling.
- **Seedance 2.0:** Converts the processed images into compelling fashion film sequences using bullet-time cinematography fused with bolt-action movement, maintaining a crisp, high-speed visual feel throughout the video.

## 4. How to customize it  
Users can tailor this workflow by altering the prompts and reference images to align with specific video styles or branding needs. For instance, by changing the prompt details, one can shift the focus from fashion to other domains such as technology demonstration or artistic performances. Additionally, experimenting with different camera configurations or lighting instructions can provide diverse creative outputs.

## 5. Who is it for  
- **Fashion Filmmakers** looking to produce cutting-edge fashion videos.
- **Digital Content Creators** seeking to enhance their visual storytelling with cinematic flair.
- **Marketing Agencies** aiming to boost engagement through visually captivating fashion campaigns.5b:T7e4,This workflow enables users to create high-quality, photorealistic commercial product advertisements by combining text and image inputs in a streamlined process. It leverages advanced AI technologies to automate the creation of visually appealing ads that effectively showcase products. This solution is particularly useful for marketers, advertisers, and creative agencies looking to produce crisp and engaging product visuals with efficiency. Key AI models utilized include GPT 5.4 for text generation and image processing, and GPT Image 2 for text-to-image conversion. The primary value it provides lies in faster ad creation, reduced production costs, and the ability to scale media output seamlessly.

## 3. How does it work  
- **Input Nodes:** The workflow starts with input nodes that provide a text description for the ad prompt and image URLs for the product and model.
- **GPT 5.4 Model:** This model refines the text prompt, ensuring it is well-structured and suitable for creating a minimalist commercial fashion ad.
- **GPT Image 2 Model:** Utilizes the refined prompt and image URLs to generate a high-quality, photorealistic commercial ad with a focus on aesthetic appeal and clarity.
- **Output Node:** The final visual ad is then outputted, ready for use in marketing and advertising contexts.

## 4. How to customize it  
Users can adapt this workflow by modifying the text prompts or substituting different product or model images to suit their specific advertising needs. For example, a user could change the product imagery and text to focus on a different product category, such as electronics or home goods. Additionally, by tweaking the style or substance of the prompts, users can tailor the output to align with brand-specific guidelines or campaign themes, enhancing the ad's relevance to target audiences.

## 5. Who is it for  
- Marketing and advertising agencies
- Freelance graphic designers and content creators
- E-commerce businesses looking to enhance product presentation and appeal5c:T78e,The AI Image Upscaler workflow enhances the resolution and quality of an input image, transforming it into a high-fidelity, photorealistic output. It is particularly useful for professionals such as marketers, photographers, and digital content creators who need high-quality visuals for commercial use. The key technologies driving this workflow are cutting-edge AI models that focus on image upscaling, detail enhancement, and optical quality improvement. By automating the enhancement process, this workflow saves time and reduces the cost associated with manual image editing while ensuring consistent, top-tier visual output.

---

## 3. How does it work

- The workflow utilizes the "Nano Banana 2" model, which excels in creating fast, photorealistic images suitable for marketing and advertising.
- The input image undergoes a sophisticated enhancement process using predefined prompts that maintain facial and structural consistency while enhancing resolution to 8K quality.
- Parameters such as aspect ratio, output format, and resolution are customizable, enabling precise control over the final output.

---

## 4. How to customize it

Users can tailor the AI Image Upscaler to their specific needs by modifying the prompts and model parameters. For example, adjusting the aspect ratio can cater to specific display requirements like 16:9 for cinematic visuals. Similarly, changing the output resolution to 4K or 2K can optimize the image for different platforms or presentations. Users can also alter the prompt to focus on specific elements such as lighting, texture, or color grading to fit their unique project requirements.

---

## 5. Who is it for

- Marketing agencies that require high-quality images for promotional materials.
- Photographers aiming to enhance the resolution and detail of their photographs.
- Digital content creators looking to improve the visual quality of their media for viewers or clients.5d:T747,The AI-Powered Viral Dance Reel Creator is an advanced workflow designed to transform static images into dynamic, engaging dance videos. By employing state-of-the-art AI models, it enables creators, marketers, and artists to effortlessly produce high-quality video content. This workflow leverages technologies such as Seedance 2.0 for cinematic video creation and GPT Image 2 for static image processing. The key value it provides is the automation of video production, significantly reducing the time and effort required to create vibrant content perfect for social media virality.

## 3. How does it work  
- **Input Node**: Begins with an image that serves as the choreographic reference and subject identity throughout the video.
- **GPT Image 2**: Processes the input image to generate a precise dance sequence grid, maintaining character likeness and pose accuracy.
- **Seedance 2.0**: Converts the choreography grid into a live-action video, replicating the dance steps and maintaining the subjectâ€™s visual integrity.
- **Output Node**: Delivers a high-definition dance video ready for immediate use.

## 4. How to customize it  
Users can customize this workflow by modifying the prompt parameters in the Seedance 2.0 and GPT Image 2 models. For example, adjusting the choreography details or outfit settings in the prompt can tailor the resulting video to fit different styles or themes. Additionally, users can change the input images to reflect different subjects or environments, ensuring the video aligns with specific project goals or brand requirements.

## 5. Who is it for  
- Influencers and content creators looking to enhance their social media presence with eye-catching videos.
- Marketing agencies aiming to produce captivating promotional content.
- Dance instructors and choreographers seeking innovative ways to showcase choreography.5e:T6f1,The AI Cinematic B-Roll Generator is a powerful tool for creating high-quality cinematic videos with synchronized audio and multi-shot storytelling. Ideal for creators, marketers, and filmmakers, this workflow harnesses the capabilities of ByteDanceâ€™s advanced Seedance 2.0 API. By using AI, it automates the process of generating video content, dramatically reducing production time and costs while offering precision and stylistic control.

---

## 3. How does it work  
- The workflow utilizes the Seedance 2.0 model, which is a sophisticated AI designed for cinematic video generation with native audio synchronization, supporting multi-shot narratives.
- This workflow takes an input image to serve as a reference for character or style consistency, which is then processed to generate a cohesive video output.
- The workflow configuration includes a detailed prompt that specifies shot sequences, mood, and style, resulting in a beat-driven cinematic video that matches the user's creative vision.

---

## 4. How to customize it  
Users can tailor this workflow to better fit their creative needs by altering the input prompts. For instance, changing the "MOOD" attribute from "Playful â†’ stylish" to "Mysterious â†’ intense" can yield videos with a completely different atmosphere. Additionally, users may adjust the "STYLE" and "CORE IDEA" elements to explore various narrative and stylistic directions. Incorporating different reference images can vastly change the characters and thematic expression of the video output.

---

## 5. Who is it for  
- Filmmakers who require rapid prototyping of scenes.
- Marketing agencies aiming to create visually engaging advertisements.
- Content creators who produce videos for platforms like TikTok, YouTube, and Instagram.5f:T75e,This workflow creates a seamless video transition loop simulating time travel, where a character navigates through different historical and futuristic settings in a continuous forward motion. It is ideal for creators, educators, or filmmakers who need engaging narrative content with dynamic transitions. Using advanced AI models like Seedance 2.0, this workflow offers dynamic scene management and synchronized audio, providing users with the ability to generate immersive video experiences quickly. The primary value comes from automation and creativity, allowing users to generate unique content without extensive manual editing.

---

## 3. How does it work  
- The Seedance 2.0 model is employed to create cinematic AI videos with native audio and multi-shot narratives. It processes prompts to generate complex sequences.
- An input node accepts image assets which are utilized as reference images in the video.
- The generated video is routed through an output node, producing a final video file that transitions through various time periods.

---

## 4. How to customize it  
Users can adapt the workflow to their needs by modifying the Seedance 2.0 parameters. For instance, changing the scene descriptions or historical periods in the prompt can create new narratives. Users can also adjust video duration and resolution to fit specific platform needs. For example, turning the setting futuristic with additional sci-fi elements can appeal to a tech-savvy audience, or tweaking the transitions to be smoother for a more relaxed viewing experience.

---

## 5. Who is it for  
- Filmmakers aiming to create dynamic video content with little manual intervention.
- Educators looking to produce engaging educational videos that present historical narratives.
- Content creators and marketers who need to produce eye-catching social media content that tells a story through video.60:T7b4,The AI-Powered Fashion B-roll Video Generator is designed to transform a still fashion image into a dynamically cinematic 15-second fashion b-roll video, complete with ambient audio and sweeping scene transitions. This workflow is particularly useful for fashion marketers, video creators, and production studios seeking quick content generation without the traditional overhead of video shoots. The workflow leverages the Seedance 2.0 model in conjunction with AI-enabled image-to-video transformation techniques, enabling faster content production and enriching the creative storytelling process through automation and cutting-edge AI technology.

## 3. How does it work  
- The workflow begins with an input image, which is utilized as a reference for styling, composition, and appearance consistency throughout the video.
- The core AI model used is Seedance 2.0, which specializes in converting static images into cinematic video sequences.
- The API node processes the input image following a detailed prompt that guides camera movement, subject poses, and audio effects over a 15-second timeline.
- The output is a video file rich in hyperreal pop aesthetics, complete with synchronized audio elements emulating a professional fashion shoot environment.

## 4. How to customize it  
Users can customize this workflow by adjusting the prompt to change the video's aesthetic and storytelling details. For example, you can modify the environment and mood settings to create a more vibrant or somber tone, or introduce new focal elements and subject poses to emphasize different fashion attributes. By changing the prompt or including different reference images, users can adapt the output to fit various creative visions or brand requirements, enhancing versatility across different campaigns or projects.

## 5. Who is it for  
- Fashion marketers and branding agencies
- Video creators and filmmakers
- Production studios and content creators in the fashion industry61:T91f,The Cinematic Dance Reel Video Generator is an AI-powered workflow that creates high-quality dance videos with synchronized audio, featuring dynamic and cinematic visual storytelling. It is an invaluable tool for creators, professional dancers, choreographers, and marketers who wish to craft engaging dance content without the need for a full production team. This workflow utilizes advanced AI models such as ByteDance's Seedance 2.0, known for its multi-shot storytelling and native audio generation, and integrates image-to-video conversion for enhanced realism. The primary value lies in its ability to automate the complex video creation process, saving time and reducing production costs while delivering cinematic-quality results.

## 3. How does it work
- The workflow is built around ByteDance's Seedance 2.0 model, which excels in generating cinematic AI videos with synchronized native audio to enhance the viewer's experience.
- The input node accepts a reference image that guides the visual appearance in the video creation phase, ensuring continuity and style consistency.
- The API node processes the input using detailed text prompts specifying camera techniques and dance movements, transforming static visuals into a dynamic video narrative.
- The output node exports a high-definition video with an optional aspect ratio and resolution, including synchronized music or sound effects.

## 4. How to customize it
Users can easily adapt this workflow to different dance styles or scenarios by modifying the seedance prompt. For instance, changing the prompt to include specific dance styles such as ballet or hip-hop will alter the aesthetic and movement dynamics in the resulting video. Furthermore, users can update the reference images to align with different character styles or outfits, allowing for deeper personalization within the video. Customizing the camera angles or lighting conditions in the prompt can also provide a tailored cinematic effect suitable for various narratives.

## 5. Who is it for
- Professional dancers and choreographers seeking high-quality video representations of their work.
- Creators and social media influencers looking to generate captivating dance content rapidly.
- Marketing professionals and agencies aiming to include visually engaging dance sequences in their campaigns.62:T720,This workflow creates dynamic and cinematic action fight scenes in a video format using AI technologies. It is particularly useful for filmmakers, game developers, and content creators who seek to generate realistic action sequences without the need for costly and time-consuming filming. Key AI models used in this workflow include the Seedance 2.0 for image-to-video conversion and synchronizing audio generation. It primarily offers value by significantly cutting down production costs and time, facilitating the creation of high-quality cinematic content at scale.

## 3. How does it work  
- **Seedance 2.0 Model**: This model is utilized to transform an image reference into a fully animated video scene. The model uses sophisticated prompts to dictate the sequence of shots and the overall cinematic style.
- **Input and Output Nodes**: The workflow begins with an input node, which involves an upload of a reference image that serves as the base for the video generation. The output node generates the final animated video based on the processed input and AI-driven transformations.

## 4. How to customize it  
Users can adapt this workflow by modifying the AI prompt used in the Seedance 2.0 model. For instance, changing the setting from a rain-soaked New York street to a bustling Asian market can dramatically alter the scene's vibe and context to suit different narrative needs. Additionally, adjusting the action choreography or character appearance in the prompt allows for personalization according to storytelling requirements.

## 5. Who is it for  
- **Filmmakers** looking to create cost-effective and high-quality action sequences.
- **Game Developers** interested in integrating dynamic cut-scenes into their projects.
- **Digital Content Creators** who need engaging video content for storytelling.

63:T8ba,The "AI Red Carpet Walk Video Creator" is an innovative workflow that utilizes AI to generate high-quality, cinematic videos of a red carpet event. This workflow is ideal for marketers, video creators, and event organizers looking to create glamorous videos with a touch of comedy and fashion-forward aesthetics. The workflow uses cutting-edge AI models, including ByteDance's Seedance 2.0, to produce videos that not only maintain the subject's identity from a reference image but also enhance their cinematic presence. It provides value by automating video production, reducing costs, and enabling users to generate compelling content quickly and efficiently.

## 3. How does it work  
- The workflow leverages ByteDance's Seedance 2.0 model, a multimodal video generation API, to create cinematic-quality AI videos from text, images, audio, and video inputs.
- It takes an input image, which serves as the reference point for the video, ensuring the main subject in the video matches the input image's attributes like face, body type, and style.
- The model transforms the image to a full 15-second video at 720p resolution with synchronized audio, mimicking the feel of a luxury evening red carpet event.
- Key features include maintaining subject consistency, smooth camera movements, and editorial fashion cinematography infused with a glam-comedy tone.

## 4. How to customize it  
Users can tailor this workflow by tweaking the input prompts and reference images to suit their specific requirements. For instance, they could change the fashion and expression described in the prompt to reflect a different celebrity style or mood. Alternatively, users might choose different reference images to produce videos for various events, such as a high-profile gala or a product launch. Additionally, users can adjust video parameters, such as duration and aspect ratio, to align with different platforms and audience preferences.

## 5. Who is it for  
- Social Media Marketers looking to enhance brand presence with engaging video content.
- Video Creators and Filmmakers aspiring to produce high-quality footage with minimal resources.
- Event Planners aiming to create visually striking promotional materials for exclusive events.64:T70b,This workflow automatically generates a 15-second looped video depicting a daily routine with stunning ultra-realistic visuals. Utilizing advanced AI models, it captures and transforms input images into a dynamic video narrative, making it perfect for creators, marketers, and content producers. The workflow leverages ByteDance's Seedance 2.0 and other video generation technologies to ensure precise continuity in identity and environment across scenes. It streamlines content creation for faster production and provides an automated solution for eye-catching video material.

## 3. How does it work  
- The workflow leverages the Seedance 2.0 model, which is a powerful AI video generation tool that can natively produce audio and multi-shot narratives.
- The video creation process begins with the input of a reference image, ensuring that the subject's identity remains consistent throughout the video.
- Using a detailed prompt, the AI ensures continuity in identity, wardrobe, and environment, adhering to predefined scene transitions and narrative style.
- This model produces a seamless 15-second video at 720p resolution with a 16:9 aspect ratio, integrating beat-synced fast-paced electro-pop music to match the visual tempo.

## 4. How to customize it  
Users can customize the workflow by altering the input image and modifying the detailed prompt to better fit their specific needs. For example, by changing the wardrobe details and environments, the user can depict a morning coffee shop visit instead of an office setting. Additionally, modifying the described style and mood parameters in the prompt will allow users to shift from a fast-paced urban feel to a relaxed, countryside morning routine.

## 5. Who is it for  
- Content Creators
- Digital Marketers
- Social Media Influencers65:T789,This workflow leverages advanced AI technology to create cinematic fashion brolls, transforming a reference image into a high-fashion video clip. It is highly beneficial for marketers, content creators, and fashion designers who seek to generate visually captivating promotional videos quickly and efficiently. The key technologies utilized are Seedance 2.0 for cinematic realism and dynamic shot sequencing, along with tools for precise styling and visual consistency. This workflow offers significant advantages in terms of speed, personalization, and high-quality content creation.

## 3. How does it work  
- **Input Image to Video Conversion**: The Seedance 2.0 model is used to transform a static reference image into a dynamic, 15-second cinematic video.
- **Ultra-realistic Styling**: The model ensures that the characterâ€™s identity, costume design, and makeup exactly match the reference image, using its image-to-video capabilities.
- **Cinematic Shots and Transition**: The workflow includes advanced shot types like macro push-ins, lateral tracking shots, and 360Â° orbits; all seamlessly integrated to maintain visual and style consistency.

## 4. How to customize it  
Users can customize this workflow by altering the input images, as these define the style, identity, and other specifics of the fashion model in the video. Additionally, users can modify the prompt to adjust shot types, styling details, and narrative flow to suit different artistic visions or promotional themes. For example, adapting the prompt to feature urban landscape backgrounds or altering the expression and movement style for different brand aesthetics can yield varied outcomes.

## 5. Who is it for  
- Fashion marketers looking to produce high-impact commercials.
- Content creators aiming to enhance their video storytelling capabilities.
- Fashion designers who need to present their collections in an engaging, cinematic format.66:T833,This workflow generates dynamic ASMR videos featuring beauty products through realistic and immersive audio-visual experiences. It's an ideal solution for content creators, marketers, and product designers seeking to create high-quality, sensory-rich videos. By leveraging advanced AI models such as ByteDance Seedance 2.0 for video generation and OpenAI GPT-5.4 for text-to-text prompts, this workflow offers synchronized video and audio production, enhancing viewer engagement. The primary value it delivers is fast and cost-effective production of aesthetically pleasing and authentic ASMR content, which could significantly boost brand visibility.

## 3. How does it work  
- The core of this workflow uses ByteDance's Seedance 2.0 model, which excels in generating cinematic AI videos with synchronized native audio, drawing from various inputs like text and images.
- OpenAI's GPT-5.4 is employed to craft detailed ASMR prompts based on input product images, ensuring that each video feels tailor-made for the featured product.
- The workflow supports high-detail macro setups and carefully controlled sound design to create an intimate ASMR experience.
- Input images are analyzed to adapt the video prompt, ensuring each output video aligns with the product's aesthetic and features.

## 4. How to customize it  
Users can customize this workflow by altering the video prompt to align with different product types or themes. For example, adapting interaction styles and sound design can highlight specific properties of moisturizers, perfumes, or electronic gadgets. Parameters like video duration, aspect ratio, and audio generation settings can also be adjusted according to the desired output format and application, such as tailoring videos for social media platforms or in-store displays.

## 5. Who is it for  
- Content creators seeking to enhance their video portfolio with ASMR elements.
- Marketing teams aiming for engaging product demonstrations to attract and retain customers.
- Product designers who want to showcase their products' tactile and visual attributes compellingly.67:T74c,The workflow creates dynamic and cinematic b-roll videos for product advertisements by processing input images to generate tailor-made video sequences. Utilizing sophisticated AI models like Seedance 2.0 for video generation and GPT 5.4 for prompt adaptation, the workflow is ideal for marketers, content creators, and advertisers looking to showcase products with high-end visual appeal. It delivers value by automating video production, ensuring consistent quality, and speeding up the content creation process, which allows for more efficient marketing campaigns.

## 3. How does it work  
- The workflow utilizes Seedance 2.0 to generate videos from prompts, creating visually appealing sequences with optional synchronized audio.
- GPT 5.4 is employed to transform and adapt the video prompts, ensuring that they are specific to the input product image, aligning the cinematic details to the productâ€™s features.
- Input images serve as reference points for dynamically adapting video prompts to keep the content tightly aligned with the product being showcased.

## 4. How to customize it  
Users can modify the workflow by adjusting the prompts used for video generation. Customization can be done by changing the product descriptions and cinematic styles in the prompt, allowing for videos that align more closely with different product categories or marketing themes. For instance, a user can adapt the workflow for a tech gadget by emphasizing sleek designs and light interactions, or shift to a textile product by highlighting texture and movement.

## 5. Who is it for  
- Marketing agencies seeking high-quality product b-roll videos for advertisements.
- Content creators and influencers who need visually striking videos for product showcasing on social media platforms.
- Video production teams focusing on creating luxury and fashion-related content.68:T5ea,This AI Dance Reel Video Creator workflow allows users to generate cinematic dance videos with synchronized audio and multi-shot narratives. It's particularly useful for content creators, filmmakers, and marketers who wish to produce engaging visual content efficiently. The workflow utilizes advanced AI models, including Seedance 2.0 for image-to-video conversion and GPT 5.4 for prompt optimization, offering faster and more cost-effective video creation by automating the storytelling process.

---

## 3. How does it work  
- The **Seedance 2.0** model is employed to create dynamic, multi-shot videos with user-defined prompts. It seamlessly converts images and prompt narratives into video outputs.
- **GPT 5.4** serves as a prompt editor, refining the input prompts to ensure the video's environment, lighting, and setting remain relevant and cohesive throughout.
- Users can input images and prompts that detail scene specifics, which are then processed by the AI models to produce a polished dance reel.

---

## 4. How to customize it  
Users can adapt the workflow by altering prompts and using different initial images to tailor the video to various themes or storylines. For instance, changing the setting from 'beach side' to 'urban rooftop' with alternate lighting styles can dramatically shift the video's mood. Users might also adjust the video duration or aspect ratio to suit specific platforms or audiences.

---

## 5. Who is it for  
- Content Creators
- Filmmakers
- Marketing Agencies

---69:T72c,This workflow, powered by advanced AI models, creates a cinematic video from a single image, capturing the essence of fashion with dynamic camera movements and depth effects. It is particularly useful for creators, marketers, and fashion designers who want to showcase their work in a beautiful and engaging manner. Utilizing technologies like Kling 3.0 Pro Image-to-Video, this workflow transforms a still image into an 8-second animation with smooth parallax, realistic motion, and cinematic effects, enabling faster production of high-quality fashion visuals with reduced costs.

## 3. How does it work  
- **Kling 3.0 Pro Image-to-Video**: This model generates high-quality animated videos from images. It uses dynamic camera motions like push-in, pan, and orbit to produce realistic and engaging visual effects.
- **Input and Output Nodes**: The workflow begins with an input node, where users can provide an image. It flows through to the Kling model API, which processes the image and outputs a video at the designated output node.

## 4. How to customize it  
Users can adapt this workflow to specific needs by modifying the prompt parameters for the Kling model. For instance, to highlight the intricate details of a dress, you might use a prompt that specifies a close-up orbital shot and soft lighting. Conversely, for a broad scene showcasing multiple garments, you could adjust the prompt to include wide-angle shots and extended video duration. Changing the aspect ratio for social media platforms or opting to include synchronized audio are additional ways to customize the output.

## 5. Who is it for  
- Fashion Designers aiming to present collections in a dynamic format.
- Marketers looking to create compelling social media content.
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