Solar System
World
Continents
Peninsulas
Islands
Countries
States of America
Canadian Provinces
Parks & Canyons
Other
Dominica is a small island country located in the Caribbean near Guadeloupe and Montserrat to the north, as well as Martinique and Saint Lucia to the south. It has an area of just 750 square kilometers, which is similar in size to Singapore. Its coastline of just 148 km (92 mi) would take a bit over an hour to drive around the entire island. Roseau is the capital and largest city of Dominica, with a population of approximately 15,000 people. The total population of Dominica is just 72,000 people, with English as its official language.
What can I use a 3D model in STL format for?
STL model of Dominica can be used for various purposes:
- Making physical models from plastic or photopolymer using 3D printers
- Making models of wood or metal using CNC machines
- Making a high-resolution relief using 3D laser markers
- Making of “master forms” for duplication of products using foam polystyrene or concrete
- Creating computer graphics
- Creation of low-polygonal models for computer games
What is the resolution of the 3D model of Dominica?
With the development of technology, it is becoming possible to produce more and more precise relief models.
For example, there are 3D printers that can print models with a layer height of 0.16 mm, 0.1 mm, 0.05 mm, or even less. These devices require high-quality models. But a higher-quality 3D model contains more polygons and has a larger file size. One of the challenges is to find a compromise between the file size of the STL model, which would be convenient to work with, and the desired quality of the finished product.
The 3D model of Dominica has a fairly large size and many polygons.
How do I change the parameters of the STL model of Dominica?
You can easily resize the model in any program that allows you to import STL files.
In addition to changing the scale in width, length, and height, you can add a higher base. You can also use anti-aliasing tools, add bulk text, reduce the number of polygons, etc.
