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dyshahad1
11-29 03:52
Model Name
terracotta vase 3d model
Tags
props
props realistic
props rendering
props rendering realistic
realistic
rendering
rendering realistic
terracotta
terracotta vase
Input
Prompt
1. Geometrical Components (Topological Analysis) The Jebena is typically composed of three main parts: • The Body (Belly/Vessel): • Shape: Predominantly spherical or piriform (pear-shaped), serving as the main reservoir. • Base: Features a slightly flattened circular bottom to ensure stability (though some traditional designs are fully rounded for placement directly into embers). • Function: Holds the water and ground coffee for the boiling process. • The Neck and Opening (Spout): • Shape: A tall, narrow, cylindrical neck that rises from the top of the spherical body. It slightly widens at the very top to form the main opening. • Function: Serves as the primary pouring spout and the entry point for water and coffee grounds. A small cap (not always modeled with the vessel) sits here. • The Handle (Grip): • Shape: A curved, sturdy clay strip (like a 'C' or semi-circle) attached to the upper shoulder of the body and the base of the neck for safe handling and pouring. 2. Material & Aesthetic Properties (Texture Mapping) • Material: Earthenware/Clay (Fakhār). • Surface Texture: The material should exhibit a rough, unglazed, or rustic texture typical of fired clay. Avoid high gloss or reflective surfaces. • Color Scheme: Deep earthen tones—dark brown, reddish-brown, or black (often blackened from fire use). • Details: Include minor, subtle vertical etchings or indentations on the body, common in traditional designs, to enhance realism. 📐 Detailed Requirements for Your 3D Model To meet your specific fabrication and scale requirements: 1. Scale: 4.5 Centimeters (Scale Factor) The final model must adhere to a maximum dimension of \bm{4.5\text{ cm}}. • Total Height (\bm{H_{Total}}): \bm{4.5\text{ cm}}. • Proportional Breakdown (Approximate): • The spherical body usually constitutes about two-thirds (2/3) of the total height. • The cylindrical neck is the remaining one-third (1/3). • Example: Body \bm{\approx 3.0\text{ cm}}, Neck \bm{\approx 1.5\text{ cm}}. 2. High Infill (3D Printing Optimization) The request for "High Infill" (الأنفل العالي) refers to the internal density used in Fused Deposition Modeling (FDM) 3D printing. • AI/Modeling Requirement: To ensure the printability and strength of the small model, the design must be modeled as a Manifold (Watertight) Solid Body. • Wall Thickness: Given the small scale (\bm{4.5\text{ cm}}), ensure the wall thickness and handle cross-section are appropriately thick (e.g., \bm{1\text{ mm}} or more, depending on the printer tolerance) to support the high infill or a 100% solid fill setting during slicing.
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