DNP는 사진측량법 등을 이용한 디지털 아카이빙에 종사하고 있습니다. 다양한 각도에서 문화재를 디지털로 촬영하고 이미지를 분석하여 3DCG를 생성함으로써 이 기술은 프랑스 국립도서관의 지구본, 천구의, 천장화, 교토의 문화재, 일본 북부 도호쿠 지방의 고대 유적 등 다양한 프로젝트에 성공적으로 적용되었습니다.
Preserving precious cultural properties and artworks while enriching people's new appreciation
experiences
Art galleries and museums find themselves in a dilemma—eager to share historically valuable
cultural properties and works of art with as many people as possible, yet concerned about potential deterioration
from public display. DNP addresses this challenge by combining preservation and disclosure through XR (Extended
Reality) content using digital data and high-definition reproductions, offering a novel viewing experience unique to
the digital realm.
We meticulously measure and photograph objects, including historical buildings and works
of art, with precision, preserving them as digital data. This data serves for hybrid digital and analog
expressions, like XR content in virtual spaces and realistic reproductions.
We employ advanced photogrammetry technology, capturing photographs of a single object from
various angles to generate detailed 3D data.
ⓒDNP Dai Nippon Printing Co., Ltd. 2021, with the courtesy of the Bibliotheque nationale de
France
ⓒDNP Dai Nippon Printing Co., Ltd. 2021, with the courtesy of the Bibliotheque nationale de
France.
가상 공간을 탐색하고 둘러보는 예술 감상 도구
가상현실(VR)을
통한 몰입형
문화예술 체험
This system enables visitors to explore historical buildings and works of art by wearing a
head-mounted display and strolling around the VR space using their own feet. Incorporating real-world
elements like handrails enhances the sense of being in the actual environment despite the virtual reality
setting. The system broadens the spectrum of art experiences, allowing the viewing of artworks that may be
inaccessible up close, such as ceiling paintings, or enjoying them online.
It incorporates redirected walking technology*, introducing a slight discrepancy between the
movement in the real world and the movement in the VR space. This creates a realistic sense of movement in
confined spaces, resembling extensive movements in a larger VR space.
* 리다이렉티드 워킹 기술은 사람들이 실제로 작은 공간에서 움직이면서도 넓은 가상 환경을 걷는 것처럼 느낄 수 있도록 하는 가상 현실 이동 기술입니다. 표시된 장면에 적용된 조작은 사용자가 가상 환경에서 의도한 워킹 방향을 유지하기 위해 방향을 재조정하여 보상하도록 합니다. 이러한 조작은 사용자가 알아차릴 수 없습니다. 사용자가 실제로 걷게 하면 VR 멀미가 줄어들고 사용자는 가상 환경에서 더 정확하게 방향을 재조정할 수 있습니다. 이 기술의 개발은 도쿄 대학의 쿠즈오카-아메미야-나루미 연구실의 타쿠지 나루미 준교수와 마츠모토 게이고 조교수가 감독했습니다.
ⓒDNP Dai Nippon Printing Co., Ltd. 2021, with the courtesy of the Bibliotheque nationale de
France.
ⓒDNP Dai Nippon Printing Co., Ltd. 2021, with the courtesy of the Bibliotheque nationale de
France.
흥미를 불러일으키는 예술 감상을 위한 가상 큐브
문화와 예술에 대한 능동적인 이해 함양
This innovative cube-shaped interface empowers museums and art galleries to showcase works
and materials from their collections through diverse perspectives.
DNP's uniquely developed user interface offers visually intuitive representations of the
connections between artworks and their explanations within a three-dimensional space.
인쇄 기술을 통한 재현
전통 명작의 고화질 재현
문화재 및 예술 작품의 보존과 공개 전시의 균형 유지
This exceptional reproduction of cultural properties harmonizes exquisite fidelity with
durability. It addresses the challenge of balancing the desire to showcase valuable cultural assets widely
and the necessity to manage deterioration resulting from such displays.
We authentically reproduce original works by merging high-definition digital technology with
traditional craftsmanship. Notably, DNP's patented technology, printing directly on gold leaf, faithfully
reproduces artworks with gold-ground elements.
This technology meticulously reproduces original paintings and illustrations, aiming for
color tones that closely resemble the authenticity of the originals. In addition to capturing the precise
color tones, we pay careful attention to preserving the brush strokes and textures.
Digital image processing is applied to high-definition digital input data using DNP's
dedicated color tables designed for accurate reproductions.
Since our founding, DNP has developed its core technologies by incorporating the latest
advancements into its proprietary technologies derived from the printing process, and by upgrading and
synergizing each of these technologies.