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Anonymous1772308880
02-28 20:59
Model Name
human lungs 3d model
Tags
nature & environment
simulation
realistic
Prompt
Create a scientificCreate a scientifically accurate, realistic 3D model of the human respiratory system for an educational application. Include all key parts: nasal cavity, pharynx, larynx, trachea, right and left bronchi, bronchioles, lungs, alveoli clusters, and diaphragm. The lungs should have a natural organic shape with soft biological texture and realistic pink/red coloration. The bronchial tree should clearly branch from the trachea into smaller bronchi and bronchioles. Detailed alveoli clusters should appear at the ends of bronchioles, shaped like grouped air sacs. The diaphragm should be clearly visible below the lungs as a dome-shaped muscle and be capable of simple expansion and contraction animation to simulate breathing. Style: realistic medical visualization, optimized for educational use. Materials: soft tissue texture, slightly moist surface, subtle translucency for alveoli. Geometry: clean topology, low-to-medium polygon count, optimized for real-time mobile rendering. Structure: separate parts for easy labeling and interaction in an educational app. Background: neutral or transparent. Export format: GLB, game-ready, optimized for Android. Optional enhancement: position the camera inside the trachea leading into the bronchial tree to create a first-person immersive experience of the lungs, ready for animation or VR exploration. ally accurate 3D model of the human respiratory system for an educational application. The model should include: nasal cavity, pharynx, larynx, trachea, right and left bronchi, bronchioles, lungs, alveoli clusters, and diaphragm. The lungs should have a realistic organic shape with soft biological texture and natural pink/red coloration. The bronchial tree should clearly branch from the trachea into smaller bronchi and bronchioles. Include detailed alveoli clusters at the ends of bronchioles, shaped like small air sacs grouped together. The diaphragm should be visible under the lungs as a dome-shaped muscle. Style: realistic medical visualization. Materials: soft tissue texture, slightly moist surface appearance, subtle translucency for alveoli. Geometry: clean topology, low-to-medium polygon count, optimized for mobile real-time rendering. Separate parts for easier labeling and interaction in an educational app. Neutral or transparent background. Export format: GLB, game-ready, optimized for Android.
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Anonymous1772308880
Anonymous1772308880