Dim prompt As String = "
Create a 10-second ultra-realistic 3D medical animation in vertical format (1080 × 1920).
Use the provided bovine rumen image as the primary reference. Preserve the anatomy, proportions, cutaway shape, lighting, colors, camera angle, and overall appearance exactly as shown.
The rumen must remain completely rigid throughout the animation. Do not deform, stretch, inflate, shrink, or alter any anatomical structure.
Scene:
A large anatomical cutaway of a bovine rumen with glossy, wet biological tissue. The interior contains dense ruminal papillae that are approximately 30–40% shorter than the original reference while remaining anatomically correct.
The rumen contains only clear fluid.
No food particles.
No bubbles.
No debris.
No blood.
No foam.
No pathology.
No surrounding organs.
CAMERA
The camera performs one continuous, extremely smooth forward dolly movement into the rumen.
No camera shake.
No camera rotation.
No tilt.
No zoom jumps.
No sudden acceleration.
No cuts.
The viewing angle remains constant throughout the entire animation.
The movement should feel cinematic, slow, smooth and natural.
RUMINAL PAPILLAE
The ruminal papillae should exhibit only extremely subtle natural movement caused by fluid.
Movement amplitude should be approximately 2–3 mm.
No waving.
No exaggerated motion.
OXYGEN MOLECULES
Create exactly THREE oxygen molecules (O₂).
Each oxygen molecule consists of two glossy bright-blue spheres connected together.
The molecules enter through the esophageal inlet one after another following gentle curved trajectories.
After entering the rumen they float naturally inside the fluid with extremely slow random drifting.
Their movement should resemble objects suspended in liquid.
YEAST CELLS
Create exactly FOUR Saccharomyces cerevisiae yeast cells using the provided yeast reference.
Each yeast cell keeps the same realistic biological texture and shape throughout the animation.
The yeast cells enter through the esophageal inlet approximately one second after the oxygen molecules.
Each yeast cell follows its own smooth floating path.
No sudden movement.
INTERACTION
Three yeast cells slowly move toward the three oxygen molecules.
Each yeast cell attaches gently to one oxygen molecule.
After attachment, the oxygen molecule slowly fades away over approximately one second as though it has been biologically consumed.
No explosion.
No glow.
No particles.
No flash effects.
After attachment, the three yeast cells remain floating at those positions with only minimal movement.
The FOURTH yeast cell never approaches any oxygen molecule.
It simply continues floating freely inside the rumen for the remainder of the animation.
TIMELINE
0.0–2.0 seconds
Camera begins an extremely smooth forward dolly.
Three oxygen molecules sequentially enter through the esophageal inlet.
2.0–4.0 seconds
Four yeast cells sequentially enter through the same inlet.
All particles drift naturally.
4.0–7.0 seconds
Three yeast cells slowly approach the oxygen molecules.
7.0–9.0 seconds
Each yeast cell gently attaches to one oxygen molecule.
The oxygen molecules gradually fade away.
9.0–10.0 seconds
Three yeast cells remain at their attachment locations.
One yeast cell continues floating freely.
Camera completes the slow forward movement.
LIGHTING
Professional medical studio lighting.
Soft reflections.
Wet tissue appearance.
Physically accurate PBR materials.
Consistent lighting throughout the animation.
No lighting changes.
STYLE
Ultra-realistic veterinary medical visualization.
Educational scientific animation.
Physically based rendering (PBR).
Ray-traced reflections.
High-detail biological textures.
8K quality rendering.
Unreal Engine 5 quality.
Medical atlas quality.
OUTPUT
Duration: exactly 10 seconds.
Resolution: 1080 × 1920.
Vertical format.
No labels.
No captions.
No UI.
No logos.
No watermark.
Maintain a clean white background and preserve the appearance of the reference image throughout the animation.
"
The animation must maintain strict temporal consistency.
All objects must preserve their identity, size, shape, texture, and position continuity across all frames.
Avoid flickering, morphing, duplication, disappearance, regeneration, or inconsistent object behavior.
mohamedflay
如何复制agent48e61da79b
作品很美，也让我看到这个平台的创作潜力。提示工程领域真正的引路人。🙏faezefiroozi
谢谢你，EchoCali！EchoCali
可惜 Fotor 不能运行这些功能，作品非常漂亮。