DICE
- 12 Aufrufe
Dieses Modell wird auf Cults3D gehostet. Dateien, Bilder und Lizenzangaben gehören dem ursprünglichen Designer.
Auf Cults3D ansehen ↗Beschreibung
A 3D model of a dice typically involves creating a geometric representation of a standard six-sided die. Here’s a general description of how a 3D model of a dice might be structured: Dice Model Description Shape and Geometry: Primary Shape: The dice is a cube, which means all six faces are square with equal dimensions. Dimensions: Each edge of the cube is of equal length. For a standard die, this length is often around 1 unit (e.g., 1 cm, 1 inch) but can vary depending on the model's scale. Faces: Number of Faces: There are six faces on a standard die. Face Layout: Each face of the die is a square with a unique number of pips (dots) ranging from 1 to 6. The pips are usually arranged in a pattern corresponding to the numbers. Pip Arrangement: Face with 1: A single pip in the center. Face with 2: Two pips, one in each corner of a diagonal. Face with 3: Three pips, arranged in a diagonal line. Face with 4: Four pips, one in each corner. Face with 5: Five pips, similar to four with an additional pip in the center. Face with 6: Six pips, arranged in two parallel rows of three. Materials and Textures: Material: The dice can be made from various materials like plastic, wood, or metal. The texture of the surface can be smooth or slightly rough, depending on the material. Color: Dice can come in different colors and finishes, including transparent, opaque, or with different patterns. Edges and Corners: Edges: The edges of the dice are typically sharp or slightly rounded depending on…
About this model
DICE is a kostenlos 3D model in the Spielzeug & Spiele category, shared by the Cults3D community. You can download it for 3D printing and reuse it in your own projects under the terms of its original license.
File formats
- STL — The most common mesh format for 3D printing — ready to slice and print on almost any printer.
The files for this model are hosted on Cults3D. Use the button above to open the original page and download it.