draft version 3.25.14
draft version 3.25.14
Project objectives
This project has as objective not only the study of the elements involved in the better visual perception, capture and projection of our surrounding visual space , but also the teaching of these technological and scientific matters as part of the effort of ACCD to integrate Science Education in Art and Design.
Cinematic Immersion factor
Cinematic Vision Immersion is the sensation of being surrounded by photographic realistic imagery and sound, achieved by sum of graphic elements and factors that can contribute to its development.
Phase 0
Exchange of support and confidenciality agreements between the institutions, partners and crew involved.
Definition and approval of the project phases.
Scheduling of Phase 1.
Interexchange of Science and Art Information on existing programs at VISGRAF and ACCD, inspiring students to a broader vision of their fields and innovation.
Scientific Information on Stereo Human Vision, Visual Space, Light, Color and Digital Media.
Technological Information on the State of the Art on the field and and Visualization Experimentation.
Phase 1 - high resolution workflow test
July 2013 - Capture cinematic material using high resolution different cameras, shooting from catwalk on ACCD Stage 2, using instructions from VISGRAF (stage area and target)
Phase 2
Process and project material from ACCD at VISGRAF
Phase 4
To capture different and representative scenes in 4K resolution and repeat the workflow.
Get a more powerful stereo projector , perhaps a Christe Mirage 4K 3D 120Hz Projector in Brazil and augment the screen area suspending the project in a venue/studio.
Phase 3
Set up the projection on Stage 2 at ACCD, attaching the BenQ Stereo Projector vertically.
Try to exhibit the projection of different ACCD clips in 2014 Fall’s Grad Show o LA Times Auditorium.
Phase 5
Set up the projection on SISGRAFF February, 2014
Project Timeline
Phase 6
Loan and/or Aquisition by VISGRAF and public exibits with Christie Mirage 4K 3D 120Hz Projector
PLANOVISION - MUSIC VIDEO
Shooting specs on 07.31.13:
cameras RED MX mounted on a Cheese Plate Base
resolution 4 RAW 12bit RedCode 36 (compression 3:1)
color space REDlog
format 16:9
ISO 800
shutter 1/60
frame rate 29.97fps
S3D specs:
normal lens 44mm
IA = 30cm
take 1 - 32mm - slate 1 B 2
take 2 - 25mm tilt down
take 3 - 25mm - slate 1 C 1
courtesy takes from Grant White’s Young Hearts music vdeo on 07.31.13
Carrying selected scenes in R3D to be converted by LUX/Rio in 16bit OpenEXR and color corrected to ACES.
photo Andy Kao
PLANOVISION - DOG
Shooting specs on 10.16.13:
cameras Sony FS 100 on ACCD S3D rig
resolution 1920 x 1080
color space Abel Cine Presets
format 16:9
ISO 800
shutter 1/60
frame rate 23.98fps
S3D specs:
normal lens 28mm
IA = 6.35cm
courtesy takes directed by Axel Lanzenberg and acted by Walter
PLANOVISION - CELLO
Shooting specs on 10.30.13:
cameras RED Epic mounted on a Cheese Plate Base
resolution 5K FF 12bit (compression 8:1)
color space REDlGamma3
format 16:9
ISO 800
shutter 1/38
frame rate 23.98fps
S3D specs:
normal lens 35mm
IA = 20cm
courtesy takes from Richard Pearce playing Pablo Casals on Cello