다시점 촬영법과 3D 스캐너를 이용한 3D 형상 재현 연구

Abstract

At the point of development in the industrial world related to high value-added technology which satisfies the needs of the current age thanks to the continuous development of scientific technology, it is now possible to produce contents in various genres by overcoming the limitations of photography, by creating new markets involving convergence with 3D printing through multi-view photography, and by utilizing simples processes that make use of 3D scanners. For example, the advent of multi-view shooting and 3D Scanner technology has made the production process of 3D shapes much more convenient, and the 3D shapes obtained form interlocking work, created through the use of optical motion capture and 3D data, have increased in accuracy so that the advent of such technology has brought about massive propulsion in the field of modeling. The present study focuses on strengthening the applicability of 3D photography, the expansion of the scan data system of 3D scanners, and the competitiveness of content production. Furthermore, the purpose of the present study is to present a commercial production method capable of expressing photographs by technically explaining the shooting method and implementation process of 3D portraits taken for the study and by reproducing characters and objets through 3D printers. Another purpose of the study is to present a new creation index with regards to a production method for commercialization by analyzing and organizing advantages in the field of practice, which may be obtained through the introduction of a new production method using 3D scanners. In an era of convergence, the development of digital photographic media has made it necessary to develop flat artworks into three-dimensional and artistic creations and tools of expression. Although interest in more concrete and realistic reproductions including 3D photographs(holograms) and photo sculptures has increased since the late 1990s going beyond the flat surfaces of traditional expression, specific proposals and methods are now emerging, having passed by a brief lull. Now photography must apply to various platforms beyond flat surfaces, and many new types of photography must be developed based on a further developing IT. "3D printing took 9th place out of the 12 technologies chosen by McKinsey as having a major economic ripple effect by 2025." The statement above makes you think deeply about the expansion of a new photographic format in the digital age. It is necessary to reinterpret the flat surfaces of photography as three-dimensional in step with the flow of the new age, and the key to this field is creation and ideas.