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PROMPT 1 — WINDOW FALL → FIRST WEB → SWING → WALL RUN Create ONE visually continuous, photorealistic, high-budget cinematic action sequence with motivated camera transitions and seamless hidden cuts. The MAIN HERO is the person from the uploaded reference images. The sequence begins at a high open window and ends with the hero moving rapidly along the vertical facade of another building. Every action must physically cause the next action. REFERENCE IMAGE MAPPING IMAGE 1 — HERO / FACE Use IMAGE 1 ONLY for identity. Preserve exactly: facial identity, facial structure, eyes, nose, lips, skin, hairstyle, hair color, recognizable appearance. Do not use IMAGE 1 to redesign body proportions or clothing. IMAGE 2 — HERO / FULL BODY / OUTFIT Use IMAGE 2 for: body proportions, full-body silhouette, clothing, footwear, accessories. Keep the exact same outfit throughout the sequence. Do NOT create a superhero costume. Do NOT create a mask. IMAGE 3 — REAL CITY Use IMAGE 3 as the architectural and geographical base of the city. Preserve recognizable historic architecture and the visual identity of Saint Petersburg. IMAGE 4 — FUTURISTIC CITY STYLE Use IMAGE 4 only as FUTURE STYLE reference: futuristic towers, elevated roads, glass transit bridges, advanced transport, flying vehicles, digital architecture, modern infrastructure. Do NOT replace the historic city. The result must look like REAL SAINT PETERSBURG transformed naturally into the future. Historic architecture stays recognizable underneath and between futuristic additions. ABSOLUTE PHYSICAL RULE THE HERO CANNOT FLY. THE HERO CANNOT FLOAT. THE HERO CANNOT CHANGE DIRECTION WITHOUT FORCE. The first aerial movement must follow exactly: GRAVITY FALL → ARM EXTENSION → WRIST AIM → WEB LAUNCH → WEB TRAVEL → VISIBLE ATTACHMENT → SLACK REMOVAL → PROGRESSIVE TENSION → BODY REDIRECTION → PENDULUM ARC → RELEASE → MOMENTUM → WALL CONTACT Do not skip any stage. WEB APPEARANCE The web is: a narrow organic silvery-white web filament, slightly irregular, fibrous, elastic, lightweight, clearly recognizable as spider webbing. It must NOT look like: rope, wire, cable, lasso, energy beam, laser, metallic cord. The web always originates from the underside of the hero's wrist. WEB-SHOOTING BODY MECHANICS Every web shot must show believable human arm movement. The movement sequence is: shoulder initiates → elbow extends → forearm rotates → wrist snaps toward target → hand forms a natural web-shooting gesture → web exits from underside of wrist The arm must NOT stay stiff. When the web becomes loaded by body weight: the wrist reacts first, then forearm, then elbow, then shoulder, then torso. The body must visibly respond to tension. SHOT 1 — WINDOW / QUIET INTRODUCTION CAMERA: MEDIUM-WIDE CINEMATIC SHOT. Camera is INSIDE the room approximately 2–3 meters from the open window. Camera height is approximately at the hero's chest level. Use a slightly low cinematic angle so that the open city behind the hero feels enormous. Do NOT begin with an aerial view. Do NOT begin outside. The hero sits naturally on the edge of a very high open window. The hero's legs are outside the building. The upper body remains inside or directly at the window opening. For the first moment, clearly establish the hero's identity. The face must be visible. Natural breathing. Natural micro-movements. Hair reacts subtly to wind entering through the window. Behind the hero we see FUTURE SAINT PETERSBURG. Historic architecture remains recognizable. Futuristic infrastructure appears deeper in the city. Do NOT overwhelm the opening with excessive futuristic effects. The hero looks briefly toward the city below. No dramatic superhero pose. The moment feels calm and confident. SHOT 2 — BACKWARD FALL The hero begins leaning backward OUTSIDE the window. BODY PHYSICS: Pelvis remains briefly supported by the window edge. Shoulders move backward first. Center of gravity moves outside the building. Once the center of gravity passes beyond the support point, gravity takes over. The hero does NOT jump upward. The hero does NOT fly backward. The body simply loses support and falls naturally. The legs leave the window last. Hair and clothing are immediately pulled upward relative to the falling body because of airflow. CAMERA: The interior camera remains stationary for the beginning of the fall. Do NOT chase the hero outside. The hero drops below the lower edge of the window frame and disappears. Use the dark lower edge of the window / facade as a natural hidden transition. SHOT 3 — FALLING POV Immediately transition into HERO POV during the fall. CAMERA: FIRST-PERSON FALLING POV. Camera is now physically moving downward with the hero. The city appears to rush upward around the frame because the camera is falling. Buildings rise rapidly on both sides. The street far below becomes visible. Strong realistic parallax. Real motion blur only from speed. Do NOT rotate the camera randomly. Keep enough horizon information so the viewer understands vertical orientation. The fall must feel heavy and fast. SHOT 4 — HAND ENTERS FRAME While falling, ONE of the hero's arms enters the foreground. CAMERA: Remain in POV. The hand is close to camera. The city and building facade remain visible beyond the hand. This is a CLOSE FOREGROUND DETAIL within the POV shot. The hand must be anatomically correct. Five fingers. No duplicated arm. No extra hands. BODY ACTION: Shoulder rotates. Elbow moves forward. Forearm extends. Wrist aims upward and diagonally toward a clearly visible architectural point on a building ahead. The target must be ABOVE and AHEAD of the hero. The wrist makes a fast controlled snap. The hand forms a natural web-shooting gesture. SHOT 5 — WEB LAUNCH ONE web filament shoots from the underside of the wrist. IMPORTANT: Do not instantly connect the wrist and the building. The viewer must SEE the filament travel through open space. CAMERA: For a brief moment remain close to the hand as the filament leaves the wrist. Then CAMERA FOLLOWS THE WEB FORWARD. The camera accelerates visually along the direction of the web. The hero temporarily leaves the center of frame. The camera travels visually toward the destination point. The web crosses the gap. It reaches a specific architectural structure: a concrete edge, stone cornice, metal support, structural facade element, or other clearly solid surface. The web visibly STRIKES that surface. A small natural web spread forms around the attachment point. The attachment point remains fixed. SHOT 6 — ATTACHMENT → CAMERA REVEAL Immediately after attachment, the camera performs a fast motivated orbit / whip movement away from the attachment point. The camera changes from POV into THIRD-PERSON. This transition is caused visually by following the web. CAMERA POSITION: MEDIUM-WIDE SIDE / REAR THREE-QUARTER SHOT. Now reveal: attachment point above, web line, hero below, city behind. The viewer must understand the full geometry: BUILDING ATTACHMENT → WEB → HERO Do NOT hide the entire web line. SHOT 7 — WEB TENSION The hero is still moving downward. The web is initially not fully loaded. For a brief fraction of movement: the body continues falling, remaining slack disappears, the web straightens. Then tension progressively increases. DO NOT instantly jerk the hero upward. The tension builds naturally. BODY REACTION: The arm is pulled upward. Shoulder elevates. Torso stretches. Ribcage rotates slightly. Pelvis continues downward for a fraction longer because of inertia. Legs trail beneath and behind. Then the whole body begins changing direction. The hero's trajectory curves gradually. SHOT 8 — PENDULUM SWING The falling trajectory becomes: DOWNWARD → DOWNWARD/FORWARD → FAST FORWARD → LOWEST POINT → FORWARD/UPWARD This must look like a true pendulum. The web remains under visible tension. The hero never moves independently from the tether. CAMERA: Begin with a MEDIUM-WIDE side tracking shot. Camera travels parallel to the hero. Then slowly widen. Do NOT remain locked directly behind the hero. Allow the city to move dramatically through the background. At the beginning of the swing: the hero is large in frame. As speed increases: camera falls slightly behind. Show the full body. The legs trail behind because of inertia. Hair streams backward. Clothing reacts strongly to airflow. The free arm moves naturally for balance. The hero passes the LOWEST POINT of the arc at maximum speed. Only AFTER crossing the lowest point does the body begin gaining altitude. SHOT 9 — LARGE CITY REVEAL DURING SWING CAMERA: WIDE DYNAMIC TRACKING SHOT. Keep the hero clearly readable but reveal much more of the city. We see: historic Saint Petersburg facades, streets, canals, moving traffic, pedestrians, historic rooftops, future vehicles, glass transit bridges, elevated roads, modern towers in the distance. Do NOT turn the city into a generic cyberpunk metropolis. The historic layer must remain dominant and recognizable. The hero swings between architecture. Several foreground objects pass close to camera: building edges, balconies, glass structures, street lamps, architectural details. Use foreground flybys to communicate speed. Do not collide with them. SHOT 10 — APPROACHING THE WALL The pendulum trajectory now brings the hero toward the side of another large building. The hero is NOT flying directly at the wall. The approach is tangential. The body travels almost parallel to the facade. CAMERA: Move into a THREE-QUARTER SIDE SHOT. The wall fills one side of frame. The hero approaches from depth. City remains visible on the opposite side. Show both the hero and the upcoming contact surface. SHOT 11 — WEB RELEASE Before the hero reaches the facade: the hand releases the current web. The web instantly loses tension. The old web does NOT remain connected to the hero. The hero continues forward solely because of existing momentum. No new web yet. SHOT 12 — WALL CONTACT The hero reaches the facade. This is NOT a static wall-climbing pose. PHYSICAL CONTACT: First foot touches the wall. Knee bends slightly. Second foot contacts farther forward. The body retains strong sideways forward momentum. Gravity continues pulling downward. The hero cannot stand horizontally on the wall. SHOT 13 — WALL RUN The hero makes approximately 2–4 fast sequential running contacts along the facade. FOOT 1 → FOOT 2 → FOOT 1 → FOOT 2 Each foot contact lasts only a fraction of a second. The body travels horizontally/diagonally across the facade while also slowly losing height because of gravity. The torso leans into the direction of movement. One hand may briefly touch the wall for stabilization. No crawling. No sticking motionless to the wall. No walking calmly. This is a HIGH-SPEED MOMENTUM-DRIVEN WALL RUN. CAMERA: CLOSE PARALLEL TRACKING SHOT. Camera flies beside the hero at nearly the same speed. The wall rushes past immediately behind the body. Hero occupies approximately half of frame. City is visible far below on the open side. Strong parallax between: hero, wall, distant city. Then camera gradually moves slightly ahead of the hero. We begin seeing the hero from a front-side three-quarter angle. This creates the perfect transition into the next sequence. END FRAME — IMPORTANT FOR CONTINUITY End while the hero is STILL MOVING along the wall. Do NOT stop. Do NOT land. Do NOT pose. Do NOT fire the next web yet. Final composition: hero in full or almost full body, moving rapidly along vertical facade, one shoulder beginning to rotate outward, open city visible ahead, free arm beginning to prepare for the NEXT web shot. This final frame must feel unfinished and full of forward momentum so PROMPT 2 can continue directly from it. CAMERA LANGUAGE Use: MEDIUM-WIDE opening, stationary interior camera, falling POV, extreme foreground hand detail, web-follow camera, third-person reveal, side tracking, wide city reveal, parallel wall tracking. Every camera transition must be MOTIVATED by physical action. Do NOT randomly teleport the camera. Do NOT create disconnected shots. ABSOLUTE FAIL CONDITIONS FAIL if: hero flies without web tension, web appears already attached, web originates anywhere except underside of wrist, attachment point is invisible or physically impossible, body instantly reverses direction, hero stands motionless on vertical wall, face changes, outfit changes, mask appears, superhero suit appears, extra limbs appear, city changes into generic New York-style environment, historic city disappears. Maintain realistic gravity, inertia, human anatomy, web tension and cinematic continuity throughout.
PROMPT 2 — WALL RUN → SECOND WEB → LOW SWING → MOVING CAR Create ONE continuous photorealistic cinematic action sequence. This sequence DIRECTLY CONTINUES from the final frame of PROMPT 1. Begin with the hero already moving rapidly along a vertical building facade. End with the hero running forward on the roof of a moving futuristic car. Do NOT restart the story. Do NOT show the window again. Do NOT show the first fall again. REFERENCE CONTROL Maintain exactly the SAME: hero, face, hair, body proportions, outfit, shoes, city, daylight, weather, architecture, visual style as in the previous sequence. Preserve FUTURE SAINT PETERSBURG. Historic architecture must remain recognizable. PHYSICAL CHAIN The entire sequence follows: WALL MOMENTUM → BODY ROTATION → ARM EXTENSION → SECOND WEB LAUNCH → VISIBLE ATTACHMENT → WALL PUSH-OFF → WEB TENSION → DESCENDING PENDULUM ARC → LOW SWING → RELEASE → BALLISTIC TRAJECTORY → CAR ROOF CONTACT → IMPACT ABSORPTION → STABILIZATION → RUN No flying. No teleportation. No unexplained acceleration. SHOT 1 — CONTINUE WALL RUN CAMERA: Begin with a CLOSE / MEDIUM parallel tracking shot. Camera is beside and slightly ahead of the hero. Hero continues moving across the facade. Do NOT begin from a static pose. The hero is still completing the final wall-running steps. Gravity continues pulling downward. Foot contacts remain brief. Body maintains forward momentum. The hero looks toward the open street ahead. SHOT 2 — PREPARING SECOND WEB While the legs continue moving along the wall, the UPPER BODY begins rotating away from the facade. This rotation must happen progressively. First: head looks toward target. Then: shoulder rotates. Then: upper torso follows. Then: arm extends into open space. The legs continue their final contact with the wall during this movement. CAMERA: Move slightly outward from the facade. MEDIUM-WIDE THREE-QUARTER VIEW. We must simultaneously see: hero, wall, open gap, target building ahead. The target attachment surface must exist BEFORE the web is fired. SHOT 3 — SECOND WEB SHOT The hero's arm extends. Elbow opens. Forearm points toward target. Wrist snaps. Hand makes a natural web-shooting gesture. ONE silvery-white organic web filament exits from the underside of the wrist. IMPORTANT VISUAL PHYSICS: Show actual travel time. The web crosses open air. It does not magically appear connected. The web hits a high structural part of another building located AHEAD and ABOVE the hero. Clearly show attachment. CAMERA: Briefly shift attention from the hero toward the travelling web while keeping part of the hero visible. Do not completely lose spatial orientation. Then widen enough to show: HERO → WEB → ATTACHMENT POINT all inside one comprehensible composition. SHOT 4 — FINAL WALL PUSH The web becomes connected but initially has slight slack. At exactly this moment the hero performs the LAST strong wall contact. Both legs compress briefly against the facade. Then the legs actively push away from the building. This provides the first outward impulse. The wall push must be visibly responsible for separating the hero from the facade. The feet leave the wall. For a brief fraction of a second: the body is moving outward and downward. Then the web becomes fully taut. SHOT 5 — TENSION + BODY REDIRECTION The web straightens. Tension travels through: wrist → forearm → elbow → shoulder → torso. The arm stretches upward. Body weight loads the web. The pelvis initially continues downward. Legs trail. Then the trajectory begins curving. CAMERA: WIDE SIDE SHOT. Show the complete geometry. Hero should not fill the entire frame. We need to understand: height, distance, attachment point, road below. The city opens underneath. SHOT 6 — DESCENDING SWING This swing is different from PROMPT 1. The hero must intentionally descend LOW toward street level. The attachment point remains high. Gravity and the long web create a deep pendulum arc. Trajectory: HIGH SIDE POSITION → DESCENDING FORWARD ARC → RAPID LOWERING → STREET-LEVEL APPROACH The hero gains speed naturally. Do NOT pull the hero upward too soon. BODY: Upper body remains extended toward the loaded arm. Legs trail. As speed increases the legs gradually align more with direction of travel. Free arm controls balance. Hair and clothing stream backward. SHOT 7 — CAMERA DIVES TOWARD STREET CAMERA: Camera initially travels beside the hero. Then performs a controlled cinematic descent together with the swing. Move from HIGH WIDE SHOT into LOW CHASE SHOT. This camera movement must be synchronized with the pendulum. Do not cut randomly to road level. Buildings rise around the camera as altitude decreases. Moving vehicles become larger. Street details become increasingly visible. Strong depth. Strong parallax. Realistic speed. SHOT 8 — LOW SWING ABOVE TRAFFIC Now hero passes extremely low above the avenue. CAMERA: LOW REAR-SIDE TRACKING SHOT. Camera approximately 2–4 meters above street level. Travel in the same direction as traffic. Hero is slightly above camera or near camera height. Cars move beneath and beside the hero. The web remains clearly visible extending high forward to its attachment point. The hero passes: above one vehicle, between lanes, near futuristic traffic, without collision. Do NOT allow body to clip through vehicles. Do NOT allow feet to touch random cars. At the LOWEST POINT of the arc: the hero reaches maximum speed. Body becomes more streamlined. The web is under maximum visible tension. SHOT 9 — TARGET CAR INTRODUCTION A specific futuristic car is traveling ahead in the SAME direction. This car becomes the landing target. IMPORTANT: Introduce the target car BEFORE the landing. Do not suddenly spawn it beneath the hero. CAMERA: Move slightly wider. Keep hero in upper-middle frame. Target car remains clearly visible below and forward. This allows the viewer to understand the upcoming trajectory. SHOT 10 — WEB RELEASE The hero passes the lowest part of the swing. The moving car is ahead. At the correct moment: the hero releases the web. The web instantly stops applying force. The old tether does not drag the hero afterward. Now the body follows a pure ballistic trajectory created by: previous swing velocity + gravity. No floating. No additional invisible force. SHOT 11 — FLIGHT TOWARD CAR After release the body moves: FORWARD + SLIGHTLY DOWNWARD. The hero adjusts body orientation in the air. Torso rotates into alignment with the moving vehicle. Feet move underneath the center of mass. Knees prepare for landing. Arms spread slightly for balance. CAMERA: SIDE / REAR MEDIUM-WIDE TRACKING. Show BOTH: the airborne hero, the moving car. Camera travels at similar forward speed. Do not hide the landing surface. SHOT 12 — CAR ROOF LANDING Both feet make contact with the car roof. Landing must have weight. Sequence: FIRST FOOT CONTACT → SECOND FOOT CONTACT → KNEES BEND → HIPS LOWER → TORSO LEANS FORWARD One hand may briefly touch the roof. The body compresses from impact. The car subtly reacts to added weight. No exaggerated vehicle bounce. No damage. No collision. IMPORTANT: Do NOT immediately bounce off the vehicle. Allow a short stabilization moment. The hero must clearly establish physical contact with the car. CAMERA: Move into a closer SIDE TRACKING shot at approximately car-window height. Camera moves alongside the car. The car and camera travel forward at similar speed. Background buildings streak with natural parallax. SHOT 13 — STABILIZATION For a brief moment the hero stays crouched. The feet adjust grip. Body balances against: forward vehicle movement, wind, landing momentum. Then the hero rises from the crouch. Not fully upright. Maintain an athletic forward lean. SHOT 14 — BEGIN RUNNING ON CAR The hero starts running toward the FRONT of the moving vehicle. The car continues moving in the same direction underneath. Show clear foot contacts. The hero is not running in place. The hero physically advances across the roof. Running sequence: STEP 1 — rear section of roof STEP 2 — middle section STEP 3 — approaching front section Each foot visibly contacts the surface. No sliding. No moonwalk. No hovering above roof. CAMERA: LOW SIDE TRACKING SHOT. Hero and car remain almost matched in speed with camera. Occasionally allow a closer foreground car or architectural element to pass to emphasize speed. Then camera gradually shifts toward a FRONT-SIDE three-quarter angle. We begin seeing the front of the vehicle. END FRAME — IMPORTANT FOR PROMPT 3 End BEFORE the hero jumps. The hero is running rapidly toward the front edge of the moving car. Final pose must contain forward energy. One foot is planted on the roof. The other leg is moving forward. Torso leans toward the direction of travel. Arms are in natural running motion. The front edge of the car is immediately ahead. A large open city corridor and tall buildings are visible beyond. Do NOT fire the third web yet. Do NOT jump yet. Do NOT slow down. This exact forward-running movement will continue in PROMPT 3. ABSOLUTE FAIL CONDITIONS FAIL if: hero teleports away from wall, second web appears already attached, web originates from wrong body part, hero flies independently of web, wall push is missing, hero changes direction before web tension, target car appears suddenly, hero teleports onto car, landing has no body compression, hero immediately bounces away, feet hover above vehicle, face changes, outfit changes, extra limbs appear, superhero costume appears. All movement must remain connected through real gravity, momentum, contact and web tension.
PROMPT 3 — CAR RUN → JUMP → FINAL WEB → EPIC FUTURE SAINT PETERSBURG REVEAL CONTINUATION FROM PREVIOUS VIDEO — PHYSICALLY CONNECTED CINEMATIC SEQUENCE Create ONE visually continuous, photorealistic, high-budget live-action cinematic action sequence. This sequence DIRECTLY CONTINUES from the final frame of the previous generated video. The hero is already RUNNING FORWARD across the roof of a moving car. Do NOT restart the action. Do NOT recreate the previous landing. Do NOT begin from a static pose. Do NOT show the window. Do NOT show the previous wall run. The first movement of this generation must continue naturally from the exact body motion, camera direction and vehicle movement shown in IMAGE 5. REFERENCE IMAGE MAPPING IMAGE 1 — HERO / FACE / IDENTITY Use IMAGE 1 ONLY as the exact identity reference. Preserve exactly: face, facial structure, eyes, nose, lips, skin, hairstyle, hair color, recognizable identity. IMAGE 1 has priority over all other images for facial identity. Do NOT reinterpret the face from IMAGE 5. IMAGE 2 — HERO / BODY / OUTFIT Use IMAGE 2 as the exact reference for: body proportions, full-body silhouette, clothing, footwear, accessories. Maintain exactly the same outfit throughout. IMAGE 2 has priority over IMAGE 5 for clothing and body appearance. Do NOT generate: superhero costume, mask, gloves, cape, additional clothing. IMAGE 3 — REAL SAINT PETERSBURG Use IMAGE 3 as the base reference for the real city. Preserve recognizable: Saint Petersburg architecture, historical facades, streets, proportions, architectural identity, urban atmosphere. Do NOT replace Saint Petersburg with another city. IMAGE 4 — FUTURISTIC CITY STYLE Use IMAGE 4 ONLY as the futuristic design language. It may influence: futuristic skyscrapers, elevated transport, transparent glass bridges, advanced vehicles, multi-level infrastructure, subtle digital architecture, futuristic engineering. IMAGE 4 must ADD TO Saint Petersburg. It must NOT replace the historic city. The final environment must clearly look like: SAINT PETERSBURG IN THE FUTURE not New York, not Manhattan, not Tokyo, not Dubai, not generic cyberpunk. IMAGE 5 — CONTINUITY FRAME / EXACT STARTING STATE IMAGE 5 is the FINAL FRAME extracted from PROMPT 2. Use IMAGE 5 as the EXACT VISUAL STARTING STATE of this sequence. This is extremely important. IMAGE 5 controls: exact initial body position, exact running phase, position of arms and legs, direction of body movement, position of the hero on the car, direction and speed impression of the moving car, camera height, camera angle, camera side, perspective, road direction, surrounding architecture, spatial orientation, lighting, weather, depth, initial composition. The first frame of this generation should visually match IMAGE 5 as closely as possible. DO NOT reinterpret the starting position. DO NOT reverse the direction of movement. DO NOT move the camera to the opposite side. DO NOT rotate the street. DO NOT replace the car. DO NOT create a different starting pose. DO NOT make the hero stationary. Continue the motion FORWARD from IMAGE 5. IMPORTANT REFERENCE PRIORITY: FACE = IMAGE 1 BODY + OUTFIT = IMAGE 2 REAL CITY IDENTITY = IMAGE 3 FUTURISTIC DESIGN LANGUAGE = IMAGE 4 STARTING POSITION + CAMERA + MOTION CONTINUITY = IMAGE 5 CORE PHYSICAL RULE The hero NEVER flies. The hero NEVER floats. The hero NEVER changes direction without a visible physical force. The entire action must follow exactly: EXISTING RUNNING MOMENTUM → RUNNING STEPS → FINAL FOOT PLANT → LEG COMPRESSION → MUSCULAR PUSH-OFF → BALLISTIC JUMP → GRAVITY → ARM EXTENSION → WRIST AIM → WEB LAUNCH → VISIBLE WEB TRAVEL → VISIBLE HIGH ATTACHMENT → SLACK REMOVAL → PROGRESSIVE WEB TENSION → BODY REDIRECTION → DEEP PENDULUM ARC → MAXIMUM SPEED → NATURAL ASCENT → CAMERA FALLS BEHIND → HUGE CITY REVEAL Every action must visibly CAUSE the next action. WEB APPEARANCE The web must look like: a narrow organic silvery-white spider-web filament, slightly irregular, fibrous, elastic, lightweight, physically tensioned. It must clearly look like spider webbing. NOT a rope. NOT a cable. NOT a wire. NOT a grappling hook. NOT a laser. NOT an energy beam. NOT a glowing magic line. Only ONE web filament is used during this sequence. The web originates ONLY from the underside of the hero's wrist. SHOT 1 — EXACT CONTINUATION FROM IMAGE 5 CAMERA — MEDIUM-WIDE SIDE / FRONT-SIDE TRACKING Begin from the SAME camera position and perspective shown in IMAGE 5. The camera is already moving together with the car. Do not establish a new shot before continuing the movement. The hero is already mid-run. The car is already moving. The background is already moving. Continue immediately. HERO MOVEMENT Continue the exact running cycle visible in IMAGE 5. If IMAGE 5 ends with one foot planted: that foot completes its push-off. The opposite leg swings forward. The next foot lands farther toward the front of the car. The hero continues physically advancing across the roof. Do NOT restart the running cycle. Do NOT repeat the same step. Do NOT make the feet slide. The body leans naturally forward. Arms counter-swing naturally with the legs. Hair streams backward because of airflow. Loose fabric reacts to vehicle speed. The car continues traveling underneath the hero in the SAME direction. SHOT 2 — FINAL RUNNING STEPS Show approximately 2–3 clear final steps toward the front of the moving car. Each step must contain: FOOT APPROACH → FOOT CONTACT → WEIGHT TRANSFER → LEG EXTENSION → PUSH-OFF → NEXT STRIDE The feet visibly contact the solid car roof. No hovering. No sliding. No running in place. CAMERA Remain beside the moving car initially. Then gradually move slightly FORWARD of the car while maintaining the same side orientation established by IMAGE 5. Transition naturally from: SIDE TRACKING → FRONT-SIDE THREE-QUARTER TRACKING Do NOT cross the camera axis. Do NOT suddenly show the hero from the opposite side. Now we can see: the hero running, the front of the moving vehicle, the road ahead, tall buildings creating a corridor in front. The next open space is visually established BEFORE the jump. SHOT 3 — FINAL FOOT PLANT At the front section of the roof, the hero prepares to jump. This action must be physically detailed. One foot lands firmly near the front portion of the roof. The sole visibly makes contact. The ankle flexes. The knee bends. The hip lowers. The pelvis compresses downward. The torso leans slightly forward. The opposite leg prepares to drive through. The body stores muscular energy. Do NOT allow the hero to simply step into the air. CAMERA — MEDIUM FULL-BODY SHOT Keep the entire body visible. The planted foot MUST remain visible. The roof MUST remain visible. The viewer must clearly understand that the car roof is being used as the physical surface for the jump. SHOT 4 — POWERFUL PUSH-OFF The jump is created by the body. Physical sequence: PLANTED FOOT → ANKLE EXTENSION → KNEE EXTENSION → HIP EXTENSION → BODY ACCELERATION The planted leg pushes strongly against the car roof. The opposite knee drives forward. The arms participate naturally. The body leaves the car. The car continues moving forward underneath and slightly behind. CAMERA During the exact push-off, camera lowers slightly. Use a LOW FRONT-SIDE THREE-QUARTER ANGLE. Look slightly upward. Keep BOTH: the hero, and the car roof visible during separation. This is important. We must SEE the physical moment when the foot loses contact with the car. SHOT 5 — FREE BALLISTIC JUMP For a short but clearly visible moment: THERE IS NO WEB. The hero is airborne ONLY because of: running speed, vehicle speed, muscular leg push-off. The trajectory is initially: FORWARD + UPWARD The hero does NOT immediately shoot the web. BODY PHYSICS Immediately after takeoff: body extends naturally. The jumping leg finishes extension. The other leg follows. Arms react to balance. Then the body begins reorganizing for the next action. No frozen superhero pose. CAMERA — REAR-SIDE MEDIUM-WIDE TRACKING Camera transitions smoothly behind and slightly beside the hero. The moving car remains visible below and behind for a moment. Do NOT instantly remove the car from the shot. This preserves continuity. SHOT 6 — NATURAL APEX OF JUMP The hero continues moving forward. Vertical upward velocity gradually decreases because of gravity. The body reaches the natural top of the ballistic trajectory. IMPORTANT: Do NOT freeze at the apex. Do NOT hover. Do NOT slow unnaturally. For only a fraction of a moment vertical velocity approaches zero. Then gravity begins pulling the body DOWNWARD. Only now does the next web action begin. SHOT 7 — TARGET SELECTION A tall building exists AHEAD and ABOVE the hero. The future attachment point must already be visible in the environment. Do NOT create the target building after the hand moves. BODY ACTION While the body begins descending: head turns toward the target. Eyes orient toward it. Shoulder rotates. Upper torso follows slightly. One arm begins extending. Elbow opens. Forearm rotates. Wrist aligns with the target. CAMERA — MEDIUM REAR THREE-QUARTER Camera is behind and slightly below the hero. Keep: upper body, arm, wrist, target building inside one readable spatial composition. The viewer must understand WHERE the hero intends to shoot. SHOT 8 — WEB-SHOOTING HAND MECHANICS The movement of the arm is not stiff. Use this physical sequence: SHOULDER LEADS → ELBOW EXTENDS → FOREARM ROTATES → WRIST SNAPS → HAND FORMS NATURAL WEB-SHOOTING GESTURE The web filament ejects from the UNDERSIDE OF THE WRIST. Not from fingertips. Not from palm. Not from sleeve. Not from empty space. SHOT 9 — VISIBLE WEB LAUNCH ONE silvery-white organic web filament shoots through open space. IMPORTANT: The web must have visible travel time. Do NOT instantly draw a completed line between hero and building. We first see: WRIST → EMERGING FILAMENT → FILAMENT TRAVELLING THROUGH AIR CAMERA — CLOSE-TO-MEDIUM TRANSITION For the first fraction of the launch, remain close enough to clearly see the wrist. Then camera accelerates visually ALONG THE DIRECTION OF THE WEB. Follow the web through the city space. This camera move creates a motivated transition. SHOT 10 — VISIBLE ATTACHMENT The web reaches a high structural element of the building ahead. Choose a physically solid point: stone cornice, structural beam, concrete architectural edge, reinforced facade element, strong metal structure. The web visibly STRIKES the surface. A small organic web spread appears around the contact point. The attachment remains fixed. Do NOT attach to: glass window center, air, cloud, moving vehicle, floating object. SHOT 11 — CAMERA PIVOTS FROM ATTACHMENT Use the attachment point as the visual pivot. Camera rapidly but smoothly orbits / whips outward from the attachment. Reveal the complete physical relationship. CAMERA — WIDE THREE-QUARTER SHOT Now simultaneously show: HIGH ATTACHMENT POINT ↓ LONG WEB FILAMENT ↓ HERO BELOW ↓ STREET FAR BELOW The geometry must be immediately understandable. SHOT 12 — WEB IS NOT YET FULLY TAUT This moment is critical. Even though the web has attached, the hero continues falling for a brief fraction of time. There is slight slack. Gravity continues working. The hero does NOT instantly rise. Then: remaining slack disappears. The filament straightens. Tension begins increasing progressively. SHOT 13 — TENSION ENTERS THE BODY Show the force physically travelling through the hero. Sequence: WRIST LOADS ↓ FOREARM STRAIGHTENS ↓ ELBOW EXTENDS ↓ SHOULDER IS PULLED UPWARD ↓ UPPER TORSO ROTATES ↓ RIBCAGE STRETCHES ↓ PELVIS CONTINUES DOWNWARD FOR A FRACTION LONGER ↓ LEGS TRAIL BECAUSE OF INERTIA The body has weight. Do NOT make the entire body instantly snap into a straight pose. SHOT 14 — TRAJECTORY BEGINS CURVING The hero is still descending. The loaded web now begins redirecting the trajectory. Movement changes progressively: DOWNWARD → DOWNWARD + FORWARD → MORE FORWARD / LESS DOWNWARD The body enters a huge pendulum arc. No powered flight. No vertical rocket movement. CAMERA — WIDE SIDE TRACKING Travel parallel to the swing. Keep enough of the web visible to explain the motion. Hero should be full-body and relatively small enough that the surrounding architecture establishes scale. SHOT 15 — DEEP PENDULUM DESCENT The hero continues accelerating. The attachment point remains fixed high above and ahead. The hero travels deeper into the city canyon. The long web rotates naturally around the fixed attachment point. BODY Loaded arm remains extended. Shoulder supports the body. Torso aligns gradually with motion. Legs trail backward. Free arm adjusts balance. Hair and clothes stream strongly backward. CAMERA Move gradually lower together with the hero. Buildings move upward through frame as altitude decreases. Use strong realistic parallax. Historic architecture and futuristic structures pass at different depths. SHOT 16 — LOWEST REGION / MAXIMUM SPEED The hero reaches the lowest region of the pendulum arc. This is where forward velocity is highest. The hero does NOT pause here. The movement becomes extremely fast. The web is under maximum visible tension. The body becomes more streamlined. CAMERA — CLOSE REAR CHASE Camera moves closer behind the hero. The hero becomes larger in frame. Buildings rush past. Architectural edges pass close to camera. A transparent bridge may pass overhead. Historic rooftops rush below. Future traffic moves at lower levels. No collision. No clipping. SHOT 17 — NATURAL ASCENT BEGINS ONLY AFTER passing the lowest region does the hero begin to rise. The previous speed carries the hero upward along the pendulum arc. This must feel like the natural continuation of the swing. NOT flying. NOT web pulling the hero vertically like an elevator. NOT a rocket launch. Trajectory becomes: FORWARD → FORWARD + UPWARD → STRONG RISING ARC The web remains taut. SHOT 18 — CLOSE ASCENT THROUGH ARCHITECTURE For the first part of the ascent, camera remains close. CAMERA: REAR CHASE gradually transitions into SIDE THREE-QUARTER TRACKING. The hero passes near: historic rooftops, glass skybridges, futuristic tower structures, elevated transport corridors. Use near foreground flybys. Strong depth. Realistic motion blur. Do NOT shake the camera excessively. SHOT 19 — CAMERA BEGINS TO LOSE THE HERO Now the camera deliberately stops matching the hero's full speed. The hero continues climbing forward. The camera gradually falls behind. This is NOT a cut. This is a continuous scale transition. Hero slowly becomes smaller. More of the city becomes visible. CAMERA TRANSITION MEDIUM-WIDE → WIDE → VERY WIDE Camera simultaneously: pulls backward, slightly rises, reduces forward speed, widens field of view. The city expands around the hero. SHOT 20 — EPIC FUTURE SAINT PETERSBURG REVEAL Reveal the enormous scale of FUTURE SAINT PETERSBURG. This must NOT become a generic futuristic city. The historical city remains the visual foundation. Clearly preserve: historic facades, classical street geometry, historic rooftops, canals, domes and recognizable Saint Petersburg architectural language. Future infrastructure grows naturally AROUND and ABOVE the historic city. Add: elegant futuristic towers, transparent elevated transport corridors, glass bridges, advanced road systems, futuristic cars, subtle flying transport, architectural digital displays. Do NOT cover the entire city in neon. Do NOT create Times Square. Do NOT create Manhattan. Do NOT create Tokyo. Do NOT create Dubai. Do NOT destroy historic architecture. CAMERA — VERY WIDE CINEMATIC AERIAL Hero becomes a smaller moving figure inside the enormous city. The hero remains visible. The web remains physically connected while the hero continues through the rising portion of the arc. Use: foreground architecture, midground historic Saint Petersburg, background futuristic skyline, deep atmospheric perspective. Cool northern daylight. Natural atmospheric haze. Photorealistic scale. FINAL MOVEMENT Do NOT introduce another complicated trick. Do NOT fire another web. Do NOT suddenly land. Do NOT freeze in a superhero pose. Prefer to keep the current web attached through the final moment. The hero continues naturally through the huge arc while becoming smaller in the distance. Camera continues pulling backward and upward. End while the motion is STILL HAPPENING. No text. No title. No logo. HERO IDENTITY LOCK IMAGE 1 always controls facial identity. Maintain exactly: face, facial proportions, eyes, nose, lips, skin, hair, hair color. IMAGE 2 always controls: body proportions, outfit, footwear, accessories. IMAGE 5 must NOT overwrite the hero's identity. IMAGE 5 controls only starting continuity, pose, camera and environment. No mask. No superhero costume. No costume transformation. No duplicate hero. CAMERA CONTINUITY RULE Never teleport the camera. Every camera transition must be caused by the action: IMAGE 5 SIDE TRACKING → FRONT-SIDE CAR TRACKING → LOW JUMP ANGLE → REAR-SIDE AIR TRACKING → WEB-FOLLOW CAMERA → ATTACHMENT PIVOT → WIDE SWING GEOMETRY → CLOSE REAR CHASE → SIDE ASCENT → CONTINUOUS PULLBACK → VERY WIDE CITY REVEAL Do NOT randomly cross the action axis. Preserve screen direction throughout. ABSOLUTE FAIL CONDITIONS FAIL if: opening frame does not continue IMAGE 5, direction of car movement reverses, camera begins on opposite side without motivation, hero starts from a static pose, running cycle restarts unnaturally, feet slide over the roof, jump occurs without visible foot plant, jump occurs without leg compression, hero floats after leaving car, hero shoots web before ballistic jump is established, hero hovers at jump apex, web appears already attached, web originates from fingers, attachment point is invisible, web attaches to empty space, hero immediately rockets upward after attachment, downward part of pendulum is skipped, lowest point of swing is skipped, ascent behaves like powered flight, camera suddenly teleports into aerial view, hero's identity changes, outfit changes, mask appears, superhero costume appears, extra limbs appear, anatomy breaks, Saint Petersburg becomes a generic American or cyberpunk city. Every movement must have a visible physical cause. The final result must feel like ONE expensive live-action blockbuster sequence physically continuing from IMAGE 5.