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DCC Bridge
Anonymous1762119780
11-02 22:36
Model Name
clasificador de residuos 3d
Tags
apparatus
machine
machine realistic
machine rendering
machine rendering realistic
realistic
rendering
rendering realistic
sorting machine
Prompt
¡Entendido! Cuando un modelo de IA se "sesga", a veces una reescritura completa con vocabulario y estructura diferentes puede reiniciar su interpretación. Mantendremos toda la información clave pero expresada de una manera nueva. Aquí tienes un prompt completamente reestructurado, buscando el mismo resultado pero con una descripción fresca: AI Prompt for 3D Waste Sorter Prototype Visualization Core Request: Generate a technical 3D visualization of a functional, student-engineered waste sorting machine. The render should be presented as an exploded view or cutaway perspective, specifically designed to illustrate its inner workings. Overall Aesthetic & Context: The visual style must convey a "prototype" or "experimental rig" feel. It should look like an apparatus built for demonstration or testing, not a mass-produced item. Avoid any sleekness, futurism, or polished commercial finishes. Simple, robust, and functional are key. External Shell (Container Structure): Depict a tall, upright, cylindrical housing, appearing to be constructed from a basic, matte gray or white plastic. Its external form should be straightforward and unadorned. Top Inlet (Waste Entry Point): The top surface of the cylinder features a prominent, wide circular aperture. This opening serves as the direct entry point for waste, without any intermediate funneling structure. Its diameter should be generously sized for practical use. Internal Sorting Mechanism (Primary Focus): Tilting Collection Disk (High Emphasis): Positioned immediately beneath the wide top inlet, render a substantial, flat, circular disk. This disk functions as the primary collection and redirection surface. Movement Indication: The disk must be shown in an active tilted position, clearly demonstrating its capability to guide items to one side. Clearance: Crucially, the diameter of this tilting disk should be rendered visibly smaller than the internal diameter of the main cylindrical housing. This deliberate gap around the disk's perimeter is essential to suggest its range of motion and prevent it from appearing fixed. Detection Unit (Simplified): Integrate a rudimentary "sensor" component. This can be a simple, unobtrusive block or small enclosure, placed near the periphery of the tilting disk or slightly below it, signifying a detection or analysis point. Storage Compartments (Five, Deep-Set): The base of the cylindrical housing should be visibly partitioned into five (5) distinct, vertically extended compartments. These internal divisions, made of simple plastic sheets, must reach deep into the container's base, conveying ample storage capacity for sorted refuse. Materials, Illumination & Background: Materials: All visible components, both internal and external, should be rendered using basic, non-reflective matte plastic textures. Lighting: Employ bright, shadow-reducing, and uniform illumination, akin to a laboratory or workshop environment, to maximize clarity of the internal mechanics. Background: A plain, solid background in white or light gray is required to maintain focus on the prototype.
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Anonymous1762119780
Anonymous1762119780