Merge these two pictures into one smooth video following this creative direction: introduce an animated tea pot to make the tea pour out of the containor in one smooth motion, flowing over the black and white version of the product (first picture) turning it into the real version as it flows down in a smooth, honey like slightly glittery liquid motion. As the liquid flows over the bottle (second picture), use it as a transition effect: wherever the liquid touches, the black-and-white outline gradually transforms into a fully rendered, real-life product. The transformation should feel organic and progressive, revealing color, texture, and detail as the liquid spreads downward. Keep all proportions as is, use only the imges i prpvoded you with, without making changes to the product or pot, only animate them, make it a smooth amd flowing video generation, and make sure the overall scene is cinematic, vibrant, and alive.
02
Hero
The red liquid moves naturally inside each container, behaving with realistic fluid dynamics. The motion should follow real-world physics: viscosity, surface tension, inertia, and gravity. The liquid slowly shifts, forming organic waves, soft sloshing, and subtle ripples, as if gently disturbed. It should stretch and merge smoothly, with cohesive flow and no sharp or artificial movements. The liquid has medium-high viscosity (similar to syrup or thick paint), creating slow, weighty motion with rounded edges and smooth deformation. Subtle interactions with the container walls: adhesion, slight climbing on edges, and realistic damping. Lighting highlights reflections and refractions through the glass and liquid, emphasizing depth and thickness. Camera remains mostly static with slight micro-movements to enhance realism. Ultra realistic fluid simulation, physically accurate behavior, high detail, cinematic render.
022
Kling
Animate only the tiny liquid orange droplets inside the transparent ONECYCLE POD. Keep the pod, label, digital timer, transparent casing, lighting, camera angle and background completely locked and unchanged. The small orange droplets should slowly detach from the inner surface and fall downward toward the bottom of the container with realistic gravity, viscosity and surface tension. Some droplets merge into slightly larger drops as they descend, leaving very subtle wet trails on the frosted transparent plastic. The movement should feel delicate, slow and physically accurate, like condensed liquid sliding down the inside of a cold semi-transparent capsule. The orange residue at the bottom should gently accumulate as the droplets reach it. Preserve the premium product-shot aesthetic, soft studio lighting, clean white background, sharp details, realistic glass/plastic refraction, subtle condensation and frost texture. Minimal motion, elegant, realistic macro product animation, seamless loop.
062
Seedance
Merge these two pictures into one smooth video following this creative direction: introduce an animated tea pot to make the tea pour out of the containor in one smooth motion, flowing over the black and white version of the product (first picture) turning it into the real version as it flows down in a smooth, honey like slightly glittery liquid motion. As the liquid flows over the bottle (second picture), use it as a transition effect: wherever the liquid touches, the black-and-white outline gradually transforms into a fully rendered, real-life product. The transformation should feel organic and progressive, revealing color, texture, and detail as the liquid spreads downward. Keep all proportions as is, use only the imges i prpvoded you with, without making changes to the product or pot, only animate them, make it a smooth amd flowing video generation, and make sure the overall scene is cinematic, vibrant, and alive.
02
Hero
The red liquid moves naturally inside each container, behaving with realistic fluid dynamics. The motion should follow real-world physics: viscosity, surface tension, inertia, and gravity. The liquid slowly shifts, forming organic waves, soft sloshing, and subtle ripples, as if gently disturbed. It should stretch and merge smoothly, with cohesive flow and no sharp or artificial movements. The liquid has medium-high viscosity (similar to syrup or thick paint), creating slow, weighty motion with rounded edges and smooth deformation. Subtle interactions with the container walls: adhesion, slight climbing on edges, and realistic damping. Lighting highlights reflections and refractions through the glass and liquid, emphasizing depth and thickness. Camera remains mostly static with slight micro-movements to enhance realism. Ultra realistic fluid simulation, physically accurate behavior, high detail, cinematic render.
022
Kling
Animate only the tiny liquid orange droplets inside the transparent ONECYCLE POD. Keep the pod, label, digital timer, transparent casing, lighting, camera angle and background completely locked and unchanged. The small orange droplets should slowly detach from the inner surface and fall downward toward the bottom of the container with realistic gravity, viscosity and surface tension. Some droplets merge into slightly larger drops as they descend, leaving very subtle wet trails on the frosted transparent plastic. The movement should feel delicate, slow and physically accurate, like condensed liquid sliding down the inside of a cold semi-transparent capsule. The orange residue at the bottom should gently accumulate as the droplets reach it. Preserve the premium product-shot aesthetic, soft studio lighting, clean white background, sharp details, realistic glass/plastic refraction, subtle condensation and frost texture. Minimal motion, elegant, realistic macro product animation, seamless loop.
062
Seedance
Merge these two pictures into one smooth video following this creative direction: introduce an animated tea pot to make the tea pour out of the containor in one smooth motion, flowing over the black and white version of the product (first picture) turning it into the real version as it flows down in a smooth, honey like slightly glittery liquid motion. As the liquid flows over the bottle (second picture), use it as a transition effect: wherever the liquid touches, the black-and-white outline gradually transforms into a fully rendered, real-life product. The transformation should feel organic and progressive, revealing color, texture, and detail as the liquid spreads downward. Keep all proportions as is, use only the imges i prpvoded you with, without making changes to the product or pot, only animate them, make it a smooth amd flowing video generation, and make sure the overall scene is cinematic, vibrant, and alive.
02
Hero
The red liquid moves naturally inside each container, behaving with realistic fluid dynamics. The motion should follow real-world physics: viscosity, surface tension, inertia, and gravity. The liquid slowly shifts, forming organic waves, soft sloshing, and subtle ripples, as if gently disturbed. It should stretch and merge smoothly, with cohesive flow and no sharp or artificial movements. The liquid has medium-high viscosity (similar to syrup or thick paint), creating slow, weighty motion with rounded edges and smooth deformation. Subtle interactions with the container walls: adhesion, slight climbing on edges, and realistic damping. Lighting highlights reflections and refractions through the glass and liquid, emphasizing depth and thickness. Camera remains mostly static with slight micro-movements to enhance realism. Ultra realistic fluid simulation, physically accurate behavior, high detail, cinematic render.
022
Kling
Animate only the tiny liquid orange droplets inside the transparent ONECYCLE POD. Keep the pod, label, digital timer, transparent casing, lighting, camera angle and background completely locked and unchanged. The small orange droplets should slowly detach from the inner surface and fall downward toward the bottom of the container with realistic gravity, viscosity and surface tension. Some droplets merge into slightly larger drops as they descend, leaving very subtle wet trails on the frosted transparent plastic. The movement should feel delicate, slow and physically accurate, like condensed liquid sliding down the inside of a cold semi-transparent capsule. The orange residue at the bottom should gently accumulate as the droplets reach it. Preserve the premium product-shot aesthetic, soft studio lighting, clean white background, sharp details, realistic glass/plastic refraction, subtle condensation and frost texture. Minimal motion, elegant, realistic macro product animation, seamless loop.
062
Seedance
Merge these two pictures into one smooth video following this creative direction: introduce an animated tea pot to make the tea pour out of the containor in one smooth motion, flowing over the black and white version of the product (first picture) turning it into the real version as it flows down in a smooth, honey like slightly glittery liquid motion. As the liquid flows over the bottle (second picture), use it as a transition effect: wherever the liquid touches, the black-and-white outline gradually transforms into a fully rendered, real-life product. The transformation should feel organic and progressive, revealing color, texture, and detail as the liquid spreads downward. Keep all proportions as is, use only the imges i prpvoded you with, without making changes to the product or pot, only animate them, make it a smooth amd flowing video generation, and make sure the overall scene is cinematic, vibrant, and alive.
02
Hero
The red liquid moves naturally inside each container, behaving with realistic fluid dynamics. The motion should follow real-world physics: viscosity, surface tension, inertia, and gravity. The liquid slowly shifts, forming organic waves, soft sloshing, and subtle ripples, as if gently disturbed. It should stretch and merge smoothly, with cohesive flow and no sharp or artificial movements. The liquid has medium-high viscosity (similar to syrup or thick paint), creating slow, weighty motion with rounded edges and smooth deformation. Subtle interactions with the container walls: adhesion, slight climbing on edges, and realistic damping. Lighting highlights reflections and refractions through the glass and liquid, emphasizing depth and thickness. Camera remains mostly static with slight micro-movements to enhance realism. Ultra realistic fluid simulation, physically accurate behavior, high detail, cinematic render.
022
Kling
Animate only the tiny liquid orange droplets inside the transparent ONECYCLE POD. Keep the pod, label, digital timer, transparent casing, lighting, camera angle and background completely locked and unchanged. The small orange droplets should slowly detach from the inner surface and fall downward toward the bottom of the container with realistic gravity, viscosity and surface tension. Some droplets merge into slightly larger drops as they descend, leaving very subtle wet trails on the frosted transparent plastic. The movement should feel delicate, slow and physically accurate, like condensed liquid sliding down the inside of a cold semi-transparent capsule. The orange residue at the bottom should gently accumulate as the droplets reach it. Preserve the premium product-shot aesthetic, soft studio lighting, clean white background, sharp details, realistic glass/plastic refraction, subtle condensation and frost texture. Minimal motion, elegant, realistic macro product animation, seamless loop.
062
Seedance
Merge these two pictures into one smooth video following this creative direction: introduce an animated tea pot to make the tea pour out of the containor in one smooth motion, flowing over the black and white version of the product (first picture) turning it into the real version as it flows down in a smooth, honey like slightly glittery liquid motion. As the liquid flows over the bottle (second picture), use it as a transition effect: wherever the liquid touches, the black-and-white outline gradually transforms into a fully rendered, real-life product. The transformation should feel organic and progressive, revealing color, texture, and detail as the liquid spreads downward. Keep all proportions as is, use only the imges i prpvoded you with, without making changes to the product or pot, only animate them, make it a smooth amd flowing video generation, and make sure the overall scene is cinematic, vibrant, and alive.
02
Hero
The red liquid moves naturally inside each container, behaving with realistic fluid dynamics. The motion should follow real-world physics: viscosity, surface tension, inertia, and gravity. The liquid slowly shifts, forming organic waves, soft sloshing, and subtle ripples, as if gently disturbed. It should stretch and merge smoothly, with cohesive flow and no sharp or artificial movements. The liquid has medium-high viscosity (similar to syrup or thick paint), creating slow, weighty motion with rounded edges and smooth deformation. Subtle interactions with the container walls: adhesion, slight climbing on edges, and realistic damping. Lighting highlights reflections and refractions through the glass and liquid, emphasizing depth and thickness. Camera remains mostly static with slight micro-movements to enhance realism. Ultra realistic fluid simulation, physically accurate behavior, high detail, cinematic render.
022
Kling
Animate only the tiny liquid orange droplets inside the transparent ONECYCLE POD. Keep the pod, label, digital timer, transparent casing, lighting, camera angle and background completely locked and unchanged. The small orange droplets should slowly detach from the inner surface and fall downward toward the bottom of the container with realistic gravity, viscosity and surface tension. Some droplets merge into slightly larger drops as they descend, leaving very subtle wet trails on the frosted transparent plastic. The movement should feel delicate, slow and physically accurate, like condensed liquid sliding down the inside of a cold semi-transparent capsule. The orange residue at the bottom should gently accumulate as the droplets reach it. Preserve the premium product-shot aesthetic, soft studio lighting, clean white background, sharp details, realistic glass/plastic refraction, subtle condensation and frost texture. Minimal motion, elegant, realistic macro product animation, seamless loop.
062
Seedance
Merge these two pictures into one smooth video following this creative direction: introduce an animated tea pot to make the tea pour out of the containor in one smooth motion, flowing over the black and white version of the product (first picture) turning it into the real version as it flows down in a smooth, honey like slightly glittery liquid motion. As the liquid flows over the bottle (second picture), use it as a transition effect: wherever the liquid touches, the black-and-white outline gradually transforms into a fully rendered, real-life product. The transformation should feel organic and progressive, revealing color, texture, and detail as the liquid spreads downward. Keep all proportions as is, use only the imges i prpvoded you with, without making changes to the product or pot, only animate them, make it a smooth amd flowing video generation, and make sure the overall scene is cinematic, vibrant, and alive.
02
Hero
Animate only the tiny liquid orange droplets inside the transparent ONECYCLE POD. Keep the pod, label, digital timer, transparent casing, lighting, camera angle and background completely locked and unchanged. The small orange droplets should slowly detach from the inner surface and fall downward toward the bottom of the container with realistic gravity, viscosity and surface tension. Some droplets merge into slightly larger drops as they descend, leaving very subtle wet trails on the frosted transparent plastic. The movement should feel delicate, slow and physically accurate, like condensed liquid sliding down the inside of a cold semi-transparent capsule. The orange residue at the bottom should gently accumulate as the droplets reach it. Preserve the premium product-shot aesthetic, soft studio lighting, clean white background, sharp details, realistic glass/plastic refraction, subtle condensation and frost texture. Minimal motion, elegant, realistic macro product animation, seamless loop.
062
Seedance
The red liquid moves naturally inside each container, behaving with realistic fluid dynamics. The motion should follow real-world physics: viscosity, surface tension, inertia, and gravity. The liquid slowly shifts, forming organic waves, soft sloshing, and subtle ripples, as if gently disturbed. It should stretch and merge smoothly, with cohesive flow and no sharp or artificial movements. The liquid has medium-high viscosity (similar to syrup or thick paint), creating slow, weighty motion with rounded edges and smooth deformation. Subtle interactions with the container walls: adhesion, slight climbing on edges, and realistic damping. Lighting highlights reflections and refractions through the glass and liquid, emphasizing depth and thickness. Camera remains mostly static with slight micro-movements to enhance realism. Ultra realistic fluid simulation, physically accurate behavior, high detail, cinematic render.
022
Kling