응답성이 높은 패드와 정밀한 펜을 사용하여 이미지를 스케치하고 그리고 편집한 후, 화면에서 귀하의 작품을 확인할 수 있습니다.
Box, or subdivision modeling is a polygonal modeling technique. Polygons are made up of three parts: vertexes, edges and faces. Put simply, they are basic shapes such as triangles, squares or rectangles. In box modeling for gaming, these are manipulated to create anything from monsters to aliens.
The process starts with a low-resolution mesh of a simple shape, which is then refined using 3D modeling software, sculpting areas that are not required. This mesh is then subdivided to allow artists to tweak polygons and create greater detail within certain areas, meaning a model eventually resembles a planned character or object. For beginners, this is likely to be the first technique you encounter, allowing you to make simple models using appropriate software.
While box modeling takes a simple shape and manipulates it into a finished model, contour, or edge modeling takes a different approach. Both are polygonal techniques, but contour modeling relies on building a model piece by piece.
In practice, this means the careful placement of polygons next to each other to create art that is clear and detailed. This approach is often used when designing human faces, which can be difficult to craft using box modeling alone. Instead, artists can build a basic mesh and then add more meshes around it to achieve the finished article. The concise method of placing contours together to make lifelike models can be challenging, so it pays to watch online tutorials or undertake a course to best understand the process.
When it comes to crafting background detail such as woodland or buildings in a game, it can be time consuming to make each piece. This is where procedural modeling comes in.
Procedural models are made using algorithms rather than being made by hand. Artists can use a variety of different platforms to make them, all with the ability to manipulate key details to get the desired result. You can change settings to ensure foliage appears dense, tower blocks look dilapidated or animals seem fierce or friendly. Mastering such software means you’ll be able to create entire in-game landscapes quickly, allowing you to focus more on key characters and frontline models.
3D scanning is used when a game requires lots of exact, real world detail, with characters modeled on specific people. While the technique has long been used in the film industry, it is also a cornerstone of gaming, especially within titles that place people rather than fantasy characters at their core.
This method requires the use of a 3D scanner, with the results of the scan then uploaded to a computer and processed via modeling software. The results are obviously more lifelike than models made using box or contour modeling, although that’s not to say that the latter are in danger of being usurped, especially as they are used to make fantastic beasts and unique characters.
Digital sculpting has revolutionized the way in which 3D models are made. Whereas before 3D artists had to use edge or subdivision techniques to create models for games, now they can ‘sculpt’ models using dedicated software and a pen tablet or display connected to their computer.
The process, which has been compared to a sculptor using brushes to carve out clay and shape it into a specific look, requires artists to use pressure to manipulate an on-screen mesh. Pressure sensitivity of a Wacom pen allows you to sculpt precisely with the amount of pressure you desire.
The result is a faster working process and creations that have a more realistic feel.
Wacom의 비전은 자연스러운 인터페이스 기술을 통해 사람과 기술을 더욱 가깝게 만드는 것입니다. 이를 통해 Wacom은 펜 타블렛과 액정 타블렛 뿐만 아니라 전자 펜 스타일러스와 디지털 서명을 저장 및 처리하는 디지털 서명 솔루션 분야에서 세계 최고의 제조업체로 성장했습니다. Wacom의 직관적인 입력 장치의 첨단 기술은 전 세계에서 가장 흥미로운 디지털 아트, 영화, 특수 효과, 패션 및 디자인을 창조하는 데 사용되어 왔으며 비즈니스 및 개인 사용자에게 그들의 개성을 표현할 수 있는 선도적인 인터페이스 기술을 제공합니다. 1983년에 설립된 Wacom은 일본(도쿄 증권거래소 6727)에 본사를 둔 글로벌 기업으로 전 세계에 자회사 및 계열사를 두고 150개국 이상에서 마케팅 및 유통을 지원합니다.