Accurate cloth physics simulation Prompts

Vertical video 9:16, 6 seconds, ultra-realistic, 4K resolution, soft natural lighting. Female model standing, framed from mid-thigh to slightly above the head. Background slightly blurred with shallow depth of field and subtle bokeh. Clean, neutral environment. Static camera, no cuts. The model starts in a neutral standing pose. At second 1, she slowly places one hand on her waist in a confident, natural gesture. Between seconds 2 and 4, she smoothly rotates her body to showcase the outfit, fluid and organic movement like a professional fashion shoot. At second 4, she turns slightly to the side. Between seconds 4 and 6, she gently grabs the hem of her T-shirt and pulls it forward to demonstrate fabric elasticity in a subtle, realistic way (natural cloth deformation, visible tension, micro-folds consistent with stretchable material). Natural movements, no exaggeration. Accurate cloth physics simulation. Consistent lighting throughout the video. No dialogue, no background music. Soft, confident facial expression. Subtle breathing motion. Commercial fashion aesthetic, professional look, high sharpness, slightly neutral color grading, moderately low saturation.

Physics simulation

Use the uploaded photo as the facial reference for the main character. Maintain accurate facial features, hairstyle, beard, skin tone, and proportions. Scene 1 (0–5 sec): A glossy black Mahindra Scorpio with large 26-inch white alloy wheels drives through a modern urban street in daylight. The SUV crosses in front of the camera and stops naturally. Ultra-realistic reflections, realistic tire motion, cinematic depth of field, natural sunlight, 4K quality. Scene 2 (5–10 sec): The driver’s door opens and the man from the reference photo steps out. He is wearing a fitted white shirt, black pants, black formal shoes, and black sunglasses. In his right hand he holds an iPhone; in his left hand he holds a Starbucks coffee cup. Confident and stylish walk. Natural body movement and realistic clothing physics. Scene 3 (10–15 sec): Another luxury car pulls up and stops nearby. The camera perspective is from inside or beside the second car, as if filmed by the other driver. Handheld cinematic camera movement, realistic focus changes, natural shadows and lighting. Scene 4 (15–20 sec): The man walks toward the second car with a calm, confident expression. He stops beside the driver’s window, holding the iPhone and coffee. Wind subtly moves his hair and shirt. Highly realistic facial details, realistic eye movement behind sunglasses, natural skin texture, cinematic urban background. Style: Photorealistic, Hollywood-quality cinematography, 4K HDR, realistic human motion, natural lighting, realistic reflections, smooth camera tracking, shallow depth of field, professional color grading, no cartoon effects, no AI artifacts, no exaggerated action, natural and believable scene. Duration: 30 seconds * Resolution: 4K UHD * Frame Rate: 24 fps * Aspect Ratio: 16:9 cinematic * Character Consistency: High / Face Lock enabled * Camera Motion: Smooth handheld cinematic tracking * Physics: Realistic walking, cloth simulation, vehicle motion * Lighting: Natural daylight, realistic shadows and reflections * Quality: Photorealistic, no stylization, no CGI look

Use the uploaded photo as the facial reference for the main character. Maintain accurate facial features, hairstyle, beard, skin tone, and proportions. Scene 1 (0–5 sec): A glossy black Mahindra Scorpio with large 26-inch white alloy wheels drives through a modern urban street in daylight. The SUV crosses in front of the camera and stops naturally. Ultra-realistic reflections, realistic tire motion, cinematic depth of field, natural sunlight, 4K quality. Scene 2 (5–10 sec): The driver’s door opens and the man from the reference photo steps out. He is wearing a fitted white shirt, black pants, black formal shoes, and black sunglasses. In his right hand he holds an iPhone; in his left hand he holds a Starbucks coffee cup. Confident and stylish walk. Natural body movement and realistic clothing physics. Scene 3 (10–15 sec): Another luxury car pulls up and stops nearby. The camera perspective is from inside or beside the second car, as if filmed by the other driver. Handheld cinematic camera movement, realistic focus changes, natural shadows and lighting. Scene 4 (15–20 sec): The man walks toward the second car with a calm, confident expression. He stops beside the driver’s window, holding the iPhone and coffee. Wind subtly moves his hair and shirt. Highly realistic facial details, realistic eye movement behind sunglasses, natural skin texture, cinematic urban background. Style: Photorealistic, Hollywood-quality cinematography, 4K HDR, realistic human motion, natural lighting, realistic reflections, smooth camera tracking, shallow depth of field, professional color grading, no cartoon effects, no AI artifacts, no exaggerated action, natural and believable scene. Duration: 30 seconds * Resolution: 4K UHD * Frame Rate: 24 fps * Aspect Ratio: 16:9 cinematic * Character Consistency: High / Face Lock enabled * Camera Motion: Smooth handheld cinematic tracking * Physics: Realistic walking, cloth simulation, vehicle motion * Lighting: Natural daylight, realistic shadows and reflections * Quality: Photorealistic, no stylization, no CGI look

Use the uploaded photo as the facial reference for the main character. Maintain accurate facial features, hairstyle, beard, skin tone, and proportions. Scene 1 (0–5 sec): A glossy black Mahindra Scorpio with large 26-inch white alloy wheels drives through a modern urban street in daylight. The SUV crosses in front of the camera and stops naturally. Ultra-realistic reflections, realistic tire motion, cinematic depth of field, natural sunlight, 4K quality. Scene 2 (5–10 sec): The driver’s door opens and the man from the reference photo steps out. He is wearing a fitted white shirt, black pants, black formal shoes, and black sunglasses. In his right hand he holds an iPhone; in his left hand he holds a Starbucks coffee cup. Confident and stylish walk. Natural body movement and realistic clothing physics. Scene 3 (10–15 sec): Another luxury car pulls up and stops nearby. The camera perspective is from inside or beside the second car, as if filmed by the other driver. Handheld cinematic camera movement, realistic focus changes, natural shadows and lighting. Scene 4 (15–20 sec): The man walks toward the second car with a calm, confident expression. He stops beside the driver’s window, holding the iPhone and coffee. Wind subtly moves his hair and shirt. Highly realistic facial details, realistic eye movement behind sunglasses, natural skin texture, cinematic urban background. Style: Photorealistic, Hollywood-quality cinematography, 4K HDR, realistic human motion, natural lighting, realistic reflections, smooth camera tracking, shallow depth of field, professional color grading, no cartoon effects, no AI artifacts, no exaggerated action, natural and believable scene. Duration: 30 seconds * Resolution: 4K UHD * Frame Rate: 24 fps * Aspect Ratio: 16:9 cinematic * Character Consistency: High / Face Lock enabled * Camera Motion: Smooth handheld cinematic tracking * Physics: Realistic walking, cloth simulation, vehicle motion * Lighting: Natural daylight, realistic shadows and reflections * Quality: Photorealistic, no stylization, no CGI look

​The "Biomechanical & Material Physics" Master Prompt ​Subject & Pose: ​A high-resolution, 3/4-view raw photograph of a 22-year-old woman with a golden tan complexion in a seated spinal twist. Her torso is rotated 45 degrees, creating asymmetric mechanical loading on the midsection. Her face is turned toward the lens, making the forehead and hairline clearly visible. ​Garment Physics (Bobbinet & Drawstring): ​She is wearing a sports bra and a matching 1-inch headband made of charcoal-grey bobbinet tulle. The bobbinet features a fine, distinct, twisted hexagonal structure with a high modulus of elasticity and low conformability. The underband of the bra features an internal high-tension drawstring (line load) nested within the bobbinet band (area load). ​Anatomical Interactions (Pressure & Displacement): ​Torso (Compression Side): On the side of the twist where the internal obliques are contracted, the stiffness of the bobbinet causes sharp-edged, high-pressure soft tissue displacement (spillover). The internal drawstring creates a deep, high-aspect-ratio trench (niche) within the broader indentation of the band. ​Torso (Tension Side): On the side where the skin is stretched, the bobbinet lies flat and taut, with the drawstring creating a singular, sharp line of constriction against the ribcage. ​Forehead: The headband creates a sharp pressure ridge against the thin skin overlying the frontal bone. Due to the rigid substrate of the skull, the skin bulges precisely above and below the band. ​Lighting & Optical Effects: ​Grid Deformation: The bobbinet's hexagonal cells show extreme anisotropy, appearing elongated diagonally following the torsional stress vectors of the twist. ​Specular Highlights: Fine beads of moisture (sweat) provide sharp, high-frequency specular highlights on the skin, catching the light particularly on the "peaks" of the spillover. ​Technical Specifications: ​8k resolution, macro-level anatomical detail, focused on the intersection of fabric and skin, sharp focus, deep shadows in the drawstring trench, photorealistic rendering of material tension.

Use the uploaded photo as the facial reference for the main character. Maintain accurate facial features, hairstyle, beard, skin tone, and proportions. Scene 1 (0–5 sec): A glossy black Mahindra Scorpio with large 26-inch white alloy wheels drives through a modern urban street in daylight. The SUV crosses in front of the camera and stops naturally. Ultra-realistic reflections, realistic tire motion, cinematic depth of field, natural sunlight, 4K quality. Scene 2 (5–10 sec): The driver’s door opens and the man from the reference photo steps out. He is wearing a fitted white shirt, black pants, black formal shoes, and black sunglasses. In his right hand he holds an iPhone; in his left hand he holds a Starbucks coffee cup. Confident and stylish walk. Natural body movement and realistic clothing physics. Scene 3 (10–15 sec): Another luxury car pulls up and stops nearby. The camera perspective is from inside or beside the second car, as if filmed by the other driver. Handheld cinematic camera movement, realistic focus changes, natural shadows and lighting. Scene 4 (15–20 sec): The man walks toward the second car with a calm, confident expression. He stops beside the driver’s window, holding the iPhone and coffee. Wind subtly moves his hair and shirt. Highly realistic facial details, realistic eye movement behind sunglasses, natural skin texture, cinematic urban background. Style: Photorealistic, Hollywood-quality cinematography, 4K HDR, realistic human motion, natural lighting, realistic reflections, smooth camera tracking, shallow depth of field, professional color grading, no cartoon effects, no AI artifacts, no exaggerated action, natural and believable scene. Duration: 30 seconds * Resolution: 4K UHD * Frame Rate: 24 fps * Aspect Ratio: 16:9 cinematic * Character Consistency: High / Face Lock enabled * Camera Motion: Smooth handheld cinematic tracking * Physics: Realistic walking, cloth simulation, vehicle motion * Lighting: Natural daylight, realistic shadows and reflections * Quality: Photorealistic, no stylization, no CGI look

​The "Biomechanical & Material Physics" Master Prompt ​Subject & Pose: ​A high-resolution, 3/4-view raw photograph of a 22-year-old woman with a pale complexion in a seated spinal twist. Her torso is rotated 45 degrees, creating asymmetric mechanical loading on the midsection. Her face is turned toward the lens, making the forehead and hairline clearly visible. ​Garment Physics (Bobbinet & Drawstring): ​She is wearing a sports bra and a matching 1-inch headband made of charcoal-grey bobbinet tulle. The bobbinet features a fine, distinct, twisted hexagonal structure with a high modulus of elasticity and low conformability. The underband of the bra features an internal high-tension drawstring (line load) nested within the bobbinet band (area load). ​Anatomical Interactions (Pressure & Displacement): ​Torso (Compression Side): On the side of the twist where the internal obliques are contracted, the stiffness of the bobbinet causes sharp-edged, high-pressure soft tissue displacement (spillover). The internal drawstring creates a deep, high-aspect-ratio trench (niche) within the broader indentation of the band. ​Torso (Tension Side): On the side where the skin is stretched, the bobbinet lies flat and taut, with the drawstring creating a singular, sharp line of constriction against the ribcage. ​Forehead: The headband creates a sharp pressure ridge against the thin skin overlying the frontal bone. Due to the rigid substrate of the skull, the skin bulges precisely above and below the band. ​Grid Deformation: The bobbinet's hexagonal cells show extreme anisotropy, appearing elongated diagonally following the torsional stress vectors of the twist. ​Specular Highlights: Fine beads of moisture (sweat) provide sharp, high-frequency specular highlights on the skin, catching the light particularly on the "peaks" of the spillover. ​Technical Specifications: ​8k resolution, macro-level anatomical detail, focused on the intersection of fabric and skin, sharp focus, deep shadows in the drawstring trench, photorealistic rendering of material tension.

​The "Biomechanical & Material Physics" Master Prompt ​Subject & Pose: ​A high-resolution, 3/4-view raw photograph of a 22-year-old woman with a pale complexion in a seated spinal twist. Her torso is rotated 45 degrees, creating asymmetric mechanical loading on the midsection. Her face is turned toward the lens, making the forehead and hairline clearly visible. ​Garment Physics (Bobbinet & Drawstring): ​She is wearing a sports bra and a matching 1-inch headband made of charcoal-grey bobbinet tulle. The bobbinet features a fine, distinct, twisted hexagonal structure with a high modulus of elasticity and low conformability. The underband of the bra features an internal high-tension drawstring (line load) nested within the bobbinet band (area load). ​Anatomical Interactions (Pressure & Displacement): ​Torso (Compression Side): On the side of the twist where the internal obliques are contracted, the stiffness of the bobbinet causes sharp-edged, high-pressure soft tissue displacement (spillover). The internal drawstring creates a deep, high-aspect-ratio trench (niche) within the broader indentation of the band. ​Torso (Tension Side): On the side where the skin is stretched, the bobbinet lies flat and taut, with the drawstring creating a singular, sharp line of constriction against the ribcage. ​Forehead: The headband creates a sharp pressure ridge against the thin skin overlying the frontal bone. Due to the rigid substrate of the skull, the skin bulges precisely above and below the band. ​Grid Deformation: The bobbinet's hexagonal cells show extreme anisotropy, appearing elongated diagonally following the torsional stress vectors of the twist. ​Specular Highlights: Fine beads of moisture (sweat) provide sharp, high-frequency specular highlights on the skin, catching the light particularly on the "peaks" of the spillover. ​Technical Specifications: ​8k resolution, macro-level anatomical detail, focused on the intersection of fabric and skin, sharp focus, deep shadows in the drawstring trench, photorealistic rendering of material tension.

very slow accurate animation.

Use the uploaded photo as the facial reference for the main character. Maintain accurate facial features, hairstyle, beard, skin tone, and proportions. Scene 1 (0–5 sec): A glossy black Mahindra Scorpio with large 26-inch white alloy wheels drives through a modern urban street in daylight. The SUV crosses in front of the camera and stops naturally. Ultra-realistic reflections, realistic tire motion, cinematic depth of field, natural sunlight, 4K quality. Scene 2 (5–10 sec): The driver’s door opens and the man from the reference photo steps out. He is wearing a fitted white shirt, black pants, black formal shoes, and black sunglasses. In his right hand he holds an iPhone; in his left hand he holds a Starbucks coffee cup. Confident and stylish walk. Natural body movement and realistic clothing physics. Scene 3 (10–15 sec): Another luxury car pulls up and stops nearby. The camera perspective is from inside or beside the second car, as if filmed by the other driver. Handheld cinematic camera movement, realistic focus changes, natural shadows and lighting. Scene 4 (15–20 sec): The man walks toward the second car with a calm, confident expression. He stops beside the driver’s window, holding the iPhone and coffee. Wind subtly moves his hair and shirt. Highly realistic facial details, realistic eye movement behind sunglasses, natural skin texture, cinematic urban background. Style: Photorealistic, Hollywood-quality cinematography, 4K HDR, realistic human motion, natural lighting, realistic reflections, smooth camera tracking, shallow depth of field, professional color grading, no cartoon effects, no AI artifacts, no exaggerated action, natural and believable scene. Duration: 30 seconds * Resolution: 4K UHD * Frame Rate: 24 fps * Aspect Ratio: 16:9 cinematic * Character Consistency: High / Face Lock enabled * Camera Motion: Smooth handheld cinematic tracking * Physics: Realistic walking, cloth simulation, vehicle motion * Lighting: Natural daylight, realistic shadows and reflections * Quality: Photorealistic, no stylization, no CGI look

Use the uploaded photo as the facial reference for the main character. Maintain accurate facial features, hairstyle, beard, skin tone, and proportions. Scene 1 (0–5 sec): A glossy black Mahindra Scorpio with large 26-inch white alloy wheels drives through a modern urban street in daylight. The SUV crosses in front of the camera and stops naturally. Ultra-realistic reflections, realistic tire motion, cinematic depth of field, natural sunlight, 4K quality. Scene 2 (5–10 sec): The driver’s door opens and the man from the reference photo steps out. He is wearing a fitted white shirt, black pants, black formal shoes, and black sunglasses. In his right hand he holds an iPhone; in his left hand he holds a Starbucks coffee cup. Confident and stylish walk. Natural body movement and realistic clothing physics. Scene 3 (10–15 sec): Another luxury car pulls up and stops nearby. The camera perspective is from inside or beside the second car, as if filmed by the other driver. Handheld cinematic camera movement, realistic focus changes, natural shadows and lighting. Scene 4 (15–20 sec): The man walks toward the second car with a calm, confident expression. He stops beside the driver’s window, holding the iPhone and coffee. Wind subtly moves his hair and shirt. Highly realistic facial details, realistic eye movement behind sunglasses, natural skin texture, cinematic urban background. Style: Photorealistic, Hollywood-quality cinematography, 4K HDR, realistic human motion, natural lighting, realistic reflections, smooth camera tracking, shallow depth of field, professional color grading, no cartoon effects, no AI artifacts, no exaggerated action, natural and believable scene. Duration: 30 seconds * Resolution: 4K UHD * Frame Rate: 24 fps * Aspect Ratio: 16:9 cinematic * Character Consistency: High / Face Lock enabled * Camera Motion: Smooth handheld cinematic tracking * Physics: Realistic walking, cloth simulation, vehicle motion * Lighting: Natural daylight, realistic shadows and reflections * Quality: Photorealistic, no stylization, no CGI look

Open all cloth

Animate realistic

Without cloth

把衣服改成20丹紗質.UHD

remove all cloth

ption 1: Shifting Fabric and Translucent Layers A single girl wearing a casual outfit, but the clothing subtly changes with simulated weather effects. She sports a slightly oversized, faded denim jacket that is damp and darkened in areas as if hit by rain, while other parts remain dry, the color difference shifting and fading. Beneath, she wears a simple white t-shirt that clings slightly to her skin where it is "wet". Her dark, well-worn jeans show fading and creases that shift as if changing position, the fabric seeming more worn in some areas. She has on simple canvas sneakers that appear slightly muddy at the soles and edges. The changes in the clothing should feel natural, like an actual rain shower affecting the fabric over time. The water effects should subtly change, making the clothing seem dynamic. One girl, casual wear with weather effects, faded denim jacket with wet and dry areas, white t-shirt with damp cling, worn jeans with shifting creases, muddy sneakers. Focus on subtle changes in fabric and texture.

animate realistic

A female anatomy realistic 3D mock-up of a red soccer jersey in a wind-tunnel pose, appearing as if caught in a gentle breeze. The shirt hangs freely in mid-air with one side of the fabric lifted and rippling softly to show movement. Use dramatic side lighting and a smooth shadow gradient to create a cinematic atmosphere. The lighting should highlight the red fabric’s texture and the white design elements while maintaining natural shadows for realism. The background should be minimalist and softly blurred, emphasizing the sense of air flow and motion around the floating jersey.

animate with wind

it should be moving realistically

Turn cloth transparent

show complete body, tocuhign body wearing same cloth