장르적 관점으로 본 S3D 영화의 성공전략

• 영문명: A Successful Strategy on S3D cinema with View of Genre theory
• 발행기관: 한국영화학회
• 저자명: 조해진
• 간행물 정보: 『영화연구』제54호, 351~377쪽, 전체 27쪽
• 주제분류: 예술체육 > 예술일반
• 파일형태: PDF
• 발행일자: 2012.12.31

영문 초록

The new stereoscopic 3 dimension making solution with digital techonogy 'real 3D' has got its position nowaday and got rid of mistake which was made by its former analogue formation 3D cinema. the korean film and was made with this new technology and released national-wide in this international atmosphere. but they had not good result to the movie-goers and critics. this is why this study concerned about S3D cinema making in korea film industry and I would like to focus on the features of specific film genre with genre convention in this study. film genre would be divided to various point of view and standards. despite of its subjectivity, genre is realized universal application in the world. this gives some effectiveness to audience, producers, creators and researchers. the result with genre view shows that tha fantasy and adult genre would lead the S3D cinema as a momentum of this kind cinema in the movie box-office. there is not much audience who choose realistic drama with S3D type which is fully experienced in real world. this kind cinema makes audience thinking. on the other hand audience can take a chance of fantastic wonders, enjoyment, illusions with S3D cinema. this is the reason why fantasy genre and this kind of story is suitable for S3D cinema. another suitable genre is 'adult' genre. the need of viewing adult film is similar with documentary, concert, sports in the way of spectating which makes more realistic environment than real world. In this study, I conformed that S3D cinema with all kind of S3D picture try to give more realistic environment and adult movie could be another momentum in the film industry with fantasy film.

목차

1. 서론

2. 영화장르 구분의 효용성

3. S3D 영화에 적합한 영화장르 분석

4. 장르별 제작방향과 마케팅 전략

5. 결론

키워드

stereoscopic 3 dimension 3D fantasy film adult film film industry narrative engineering