پرامپت‌های ویدیو

Use <<<image_1>>> as the visual reference for the table scene, framing, and especially the spider-web style. Create a realistic cinematic shot inside a cozy indoor cafe or tabletop setting. A single [OBJECT] sits alone on a table, clearly visible near the center of the frame. The background is softly blurred with warm ambient lighting and a calm atmosphere. There is a brief moment of stillness. Then a large stretched spider web suddenly shoots into the scene from only one side of the frame (for example, from the left side only). The web must not come from both sides. It must not be a thin single strand. It should be a wide, dense, connected Spider-Man-style web structure, with multiple visible strands forming a dramatic stretched web shape, similar to the reference. The web rapidly expands from that one side only, attaches firmly around the [OBJECT], wraps enough to grip it securely, and becomes visibly tense. Immediately after attaching, the web forcefully yanks the [OBJECT] out of frame toward the same side it came from in one fast, sharp motion. The movement should feel strong, clean, and believable. The table remains in place. Add realistic secondary motion depending on the object, such as slight sliding, tilt, wobble, crumbs, sauce movement, liquid shift, packaging shake, or small table vibration. No spider and no human should be visible. The web is the only moving force. All web action comes from one side only. Important requirements: web comes from only one side web is large, dense, and visually dominant do not generate web from both sides the [OBJECT] must be pulled fully out of frame realistic cinematic motion and believable physics

Camera: locked-off static shot. Movement: hold one fixed camera position for the full clip. Speed: still and steady. Framing: keep the same angle, height, lens distance and composition. End: finish with the same framing and camera position.

Camera: pan right. Movement: rotate the camera horizontally from left to right from one fixed point. Speed: smooth constant rotation. Framing: keep the horizon level while new space enters from the right side of the frame. End: settle on a clear final composition.

Camera: pan left. Movement: rotate the camera horizontally from right to left from one fixed point. Speed: smooth constant rotation. Framing: keep the horizon level while new space enters from the left side of the frame. End: settle on a clear final composition.

Camera: whip pan right. Movement: rotate rapidly from the starting direction toward a new target on the right. Speed: fast snap with brief motion blur during the rotation. Framing: begin on one readable composition and land on a second readable target. End: settle into a sharp final frame.

Camera: whip pan left. Movement: rotate rapidly from the starting direction toward a new target on the left. Speed: fast snap with brief motion blur during the rotation. Framing: begin on one readable composition and land on a second readable target. End: settle into a sharp final frame.

Camera: tilt up. Movement: rotate the camera upward from one fixed point. Speed: smooth constant tilt. Framing: keep the vertical subject or architecture centered as the frame travels upward. End: land on the upper target.

Camera: tilt down. Movement: rotate the camera downward from one fixed point. Speed: smooth constant tilt. Framing: keep the vertical subject or architecture centered as the frame travels downward. End: land on the lower target.

Camera: slow zoom in. Movement: slowly increase lens focal length toward a tighter frame. Speed: gradual and even. Framing: keep the main visual target readable as it becomes larger in frame. End: finish on a stable tighter composition.

Camera: slow zoom out. Movement: slowly decrease lens focal length toward a wider frame. Speed: gradual and even. Framing: keep the main visual target readable as more surrounding space appears. End: finish on a stable wider composition.

Camera: fast zoom in. Movement: quickly increase lens focal length toward the main visual target. Speed: quick decisive zoom. Framing: keep the target centered or clearly readable during the scale change. End: finish on a stable tighter composition.

Camera: fast zoom out. Movement: quickly decrease lens focal length away from the main visual target. Speed: quick decisive zoom. Framing: keep the target readable as the surrounding space appears. End: finish on a stable wider composition.

Camera: crash zoom in. Movement: snap the lens rapidly toward the main visual target. Speed: very fast and punchy. Framing: keep the target readable through the sudden scale change. End: land on a bold tighter composition.

Camera: crash zoom out. Movement: snap the lens rapidly away from the main visual target. Speed: very fast and punchy. Framing: keep the target readable as the surrounding space appears. End: land on a bold wider composition.

Camera: dolly in. Movement: move the camera physically forward in a straight line toward the main subject. Speed: smooth controlled push. Framing: keep camera height, lens direction and subject position consistent while distance closes. End: finish in a tighter composition.

Camera: dolly out. Movement: move the camera physically backward in a straight line away from the main subject. Speed: smooth controlled retreat. Framing: keep lens direction and camera height consistent while more environment enters frame. End: finish in a wider composition.

Camera: truck right. Movement: move the camera physically to the right on a straight horizontal path. Speed: smooth constant lateral travel. Framing: keep the lens facing the same direction while the scene slides across frame. End: finish on a clean lateral composition.

Camera: truck left. Movement: move the camera physically to the left on a straight horizontal path. Speed: smooth constant lateral travel. Framing: keep the lens facing the same direction while the scene slides across frame. End: finish on a clean lateral composition.

Camera: pedestal up. Movement: move the entire camera vertically upward in a straight line. Speed: smooth constant lift. Framing: keep the lens level and pointed in the same direction during the vertical move. End: finish with the higher framing clearly readable.

Camera: pedestal down. Movement: move the entire camera vertically downward in a straight line. Speed: smooth constant descent. Framing: keep the lens level and pointed in the same direction during the vertical move. End: finish with the lower framing clearly readable.

Camera: slider right. Movement: slide the camera a small distance to the right. Speed: slow controlled constant motion. Framing: keep foreground, subject and background layers readable as parallax shifts. End: finish on a refined composition with the new right-side angle visible.

Camera: slider left. Movement: slide the camera a small distance to the left. Speed: slow controlled constant motion. Framing: keep foreground, subject and background layers readable as parallax shifts. End: finish on a refined composition with the new left-side angle visible.

Camera: push past. Movement: move forward past a visible foreground object, edge or opening. Speed: smooth forward glide. Framing: let the foreground pass close to the lens while the space beyond becomes clearer. End: arrive inside or beyond the foreground layer.

Camera: arc right. Movement: move on a shallow curved path around the main subject toward the right side. Speed: smooth measured curve. Framing: keep distance, height and subject readability consistent while the angle changes. End: finish from a new right-side angle.

Camera: arc left. Movement: move on a shallow curved path around the main subject toward the left side. Speed: smooth measured curve. Framing: keep distance, height and subject readability consistent while the angle changes. End: finish from a new left-side angle.

Camera: clockwise orbit. Movement: circle clockwise around the main subject at a consistent radius. Speed: smooth controlled orbit. Framing: keep the subject centered while the background rotates around them. End: complete the intended arc or full circle with stable framing.

Camera: counterclockwise orbit. Movement: circle counterclockwise around the main subject at a consistent radius. Speed: smooth controlled orbit. Framing: keep the subject centered while the background rotates around them. End: complete the intended arc or full circle with stable framing.

Camera: tracking shot. Movement: move through the scene with the main subject. Speed: match the subject's pace. Framing: keep the subject consistently readable while the environment moves around them. End: maintain a clear moving composition.

Camera: follow shot from behind. Movement: move behind the subject along their route at shoulder height. Speed: match the subject's pace. Framing: keep the back, shoulder or head as the foreground guide while the route ahead stays readable. End: continue following with the subject leading the frame.

Camera: reverse tracking shot. Movement: move backward in front of the walking subject. Speed: match the subject's forward pace. Framing: keep front-facing face and body framing stable as the background moves behind them. End: hold a clear front-facing moving composition.

Camera: side tracking shot. Movement: move parallel beside the subject along their direction of travel. Speed: match the subject's motion. Framing: keep the subject in side profile or three-quarter profile at a stable distance. End: continue the parallel movement with clear horizontal motion.

Camera: low tracking shot. Movement: move at ground or below-waist height alongside the subject's movement path. Speed: match the subject, footsteps or wheels. Framing: keep the low detail readable while the ground plane moves through frame. End: finish with the low perspective clearly maintained.

Camera: vehicle tracking shot. Movement: move with the vehicle along its route. Speed: match the vehicle's pace. Framing: keep the vehicle stable in frame while the road or environment moves past. End: maintain a clear moving vehicle composition.

Camera: chase shot. Movement: follow a moving subject quickly along the action route. Speed: fast, reactive and physically close. Framing: keep the subject visible while allowing energetic reframing. End: stay connected to the subject in motion.

Camera: handheld shot. Movement: hold the camera at human operator height with natural body movement. Speed: responsive and organic. Framing: keep the subject readable while the frame has subtle sway and micro-adjustments. End: finish with a natural handheld composition.

Camera: body-mounted Snorricam. Movement: keep the camera fixed relative to the subject's torso or face while the subject moves. Speed: match the subject's body motion. Framing: keep the subject close, centered and facing the camera as the background moves around them. End: finish with the subject still locked in frame.

Camera: crane up. Movement: travel smoothly upward through open space. Speed: slow controlled vertical lift. Framing: keep the subject or location readable as the camera rises. End: finish with the higher scale clearly visible.

Camera: crane down. Movement: travel smoothly downward through open space. Speed: slow controlled vertical descent. Framing: keep the subject or location readable as the camera descends. End: finish with the lower subject or destination clearly visible.

Camera: drone push in. Movement: fly smoothly forward through open space toward the subject or destination. Speed: controlled aerial glide. Framing: keep the route and destination readable as the camera approaches. End: arrive at a closer aerial composition.

Camera: drone pull back. Movement: fly smoothly backward away from the subject or destination. Speed: controlled aerial retreat. Framing: keep the subject readable as more landscape appears. End: finish on a wider aerial composition.

Camera: helicopter-style aerial shot. Movement: move from high altitude along a broad gradual flight path. Speed: steady controlled aerial motion. Framing: keep the landscape or distant moving subject readable at wide scale. End: finish on a stable high-altitude composition.

Camera: first-person view. Movement: move forward at human eye height from the character's perspective. Speed: natural walking or reaching pace. Framing: use visible hands, arms or body edges as the viewer's physical reference. End: arrive at the next point of action from the same point of view.

Camera: tilt-shift miniature view. Movement: hold or glide from a high angled view over the scene. Speed: small precise movement. Framing: keep a narrow band of sharp focus across the key subject area with soft blur above and below. End: finish with the miniature-scale view intact.

Camera: infinite zoom. Movement: zoom continuously inward toward the exact center target. Speed: smooth accelerating zoom. Framing: keep the circular target centered as it expands. End: finish when the next visual world fills the frame.

Camera: earth zoom out. Movement: pull upward from the starting point through street, city, landscape and planet scale. Speed: rapid expanding zoom out. Framing: keep the original location centered as scale grows. End: finish on a planet-scale view with the starting point still implied at center.

Camera: locked-camera time-lapse. Movement: hold one fixed camera position while time moves rapidly forward. Speed: fast time compression with a stable camera. Framing: keep the same composition and horizon as motion passes through the frame. End: finish from the same camera angle with visible passage of time.

Camera: pass-through movement. Movement: move forward toward a visible object, surface or barrier and continue into the space beyond. Speed: smooth centered glide. Framing: keep the opening or surface centered as the transition point. End: arrive inside the revealed space beyond.