The rapid emergence and evolution of 3D modeling in the gaming industry have been tremendous. It was not easy to create high-quality models for big bamboo slots a few years ago. But, the value of this technology has now grown significantly.
Until recently, 3D modeling was only available on desktop and console gaming platforms. However, with the rapid emergence and evolution of mobile computing, users can now enjoy the same high-quality models on their smartphones.
As the gaming industry continues to evolve, game developers are constantly pushing the technological envelope to create new and lifelike models.
The technological advancements that have occurred over the past few years, such as the emergence of blockchain, virtual reality, and augmented reality, have greatly contributed to the growth of 3D modeling.
3D Modeling Applications in Gaming
Due to the technological advancements that have occurred over the past few years, game developers have been able to create new and innovative models for their games. Aside from character design, 3D modeling has also been used in the creation of various objects and environments.
The most critical component of a game is its characters. They provide the players with a customized experience. 3D modeling allows them to capture and accurately replicate the detailed characteristics of real-life characters.
High-poly models are typically created using a high-fidelity approach. This method allows the artists to capture and accurately replicate the detailed characteristics of real-life characters. To ensure that their models are as realistic as possible, the artists use various techniques such as lighting, mesh editing, and shading.
Besides the primary characters, virtual non-player characters (NPCs) also play an essential role in the interactive experience of a game. According to a survey, 88% of gamers believe that these characters will provide a deep and engaging gaming experience.
The environment of a game is composed of various elements such as game objects, landscapes, and stages. Having an immersive and realistic environment helps players explore and determine the overall feel and tone of the virtual world.
3D modeling also helps alleviate the time involved in the production of various designs and prototypes. It can be used to change an existing environment without requiring manual labor.
Besides the environment, game developers also need to create additional props, which are objects or structures that can be used to create a vivid and realistic scene.
Using various techniques, such as cloning and modeling, a game modeler can modify an existing prop model and reuse it in various parts of the game. Since 3D models are rendered using real-time, they can be used to reduce the number of polygons in the environment.
First-person shooter games demonstrate the limitations of traditional prop design by having guns that have no distinguishing attributes. By having the players get close enough, they can pick up various features.
Types of 3D Modeling
A solid modeling technique is commonly used to model three-dimensional objects, such as solid structures and materials. It is very challenging to perform due to the various aspects of solid objects’ interior and exterior design.
This method is also used to model various physical attributes of an object, such as its volume, mass, and density. It is utilized in developing environments and levels, as well as creating sceneries and mechanical elements like vehicles and guns.
Unlike surface and solid modeling, wireframe modeling doesn’t utilize exterior and volumetric features. Instead, it creates a basic framework composed of lines, points, and vertices.
In addition to game design, wireframe modeling is also commonly used in other areas, such as prototyping and UI/UX design.
The surface modeling technique employs methods such as Beizer curves, cubic splines, and non-uniform rational b-splines to represent an object’s outer surface.
They are used to capture the various features and complex curves of an object. They are typically utilized to represent artistic imagery. In games, surface modeling is commonly used to create detailed and complex characters, such as monsters and magical beings.