AlphaPhoenix | 24-hr Timelapse: Full Moon at the Winter Solstice (VR Cut) @AlphaPhoenixChannel | Uploaded 6 years ago | Updated 11 hours ago
I recently got an Oculus Rift and realized that if I was taking 185 fisheye timelapses, I could reprocess them into spherical videos for VR viewing! (granted most of the ground is missing). Considering it's my first attempt at such a technique, I'm really happy with how it all turned out! The first time I put a test cut into the rift the other day I was pretty amazed. Hope you enjoy!
Even starting with a 4k*2k image, the resolution is limited because the Rift's HMD is limited, but it still feels like you're standing there and time went nuts, which I think is pretty cool. The lens flare does map out pretty weirdly at night, and the spherical stretching heavily exaggerates my lens' chromatic aberration, resulting in some dark blue fringes near sharp edges on trees and in the observatory, but those are problems to solve with more coding at a later date.
This video is the "sphericalized" version of this timelapse: https://youtu.be/4c1VRMUBh_4
EQUIPMENT
Camera: Sony a6000
Lens: Lensbaby Circular Fisheye (185 FOV, set to f/5.8)
Camera Power Supply: Case Relay (with AC-5V adapter)
Anti-dew lens heater: DIY - resistive heater (2.7W)
Camera cover: DIY - plastic bags and blue tape
SETTINGS
External Intervalometer: 1:20 per exposure
Mode: Aperture Priority
Shutter Speeds: (1/4000 to 30)
ISO: Auto (100-800)
Metering: Center*
Exposure Comp: 0.0
White Balance: AWB
Long exposure noise removal (In camera dark frame): ON
*Center metering caused glitches when moon was directly overhead painful Matlab repair.
PROCESSING
In-Camera: Captured as RAW
Lightroom 5: Processed separately for both day and night optimization
MATLAB: custom deflickering routines for nighttime shots
DaVinci Resolve 14: Blending, final grading, and looping
Music in this video:
I Dunno by grapes is licensed under a Creative Commons Attribution license (https://creativecommons.org/licenses/...)
http://ccmixter.org/files/grapes/16626
Vespers by Topher Mohr and Alex Elena is licensed under a Creative Commons license
I recently got an Oculus Rift and realized that if I was taking 185 fisheye timelapses, I could reprocess them into spherical videos for VR viewing! (granted most of the ground is missing). Considering it's my first attempt at such a technique, I'm really happy with how it all turned out! The first time I put a test cut into the rift the other day I was pretty amazed. Hope you enjoy!
Even starting with a 4k*2k image, the resolution is limited because the Rift's HMD is limited, but it still feels like you're standing there and time went nuts, which I think is pretty cool. The lens flare does map out pretty weirdly at night, and the spherical stretching heavily exaggerates my lens' chromatic aberration, resulting in some dark blue fringes near sharp edges on trees and in the observatory, but those are problems to solve with more coding at a later date.
This video is the "sphericalized" version of this timelapse: https://youtu.be/4c1VRMUBh_4
EQUIPMENT
Camera: Sony a6000
Lens: Lensbaby Circular Fisheye (185 FOV, set to f/5.8)
Camera Power Supply: Case Relay (with AC-5V adapter)
Anti-dew lens heater: DIY - resistive heater (2.7W)
Camera cover: DIY - plastic bags and blue tape
SETTINGS
External Intervalometer: 1:20 per exposure
Mode: Aperture Priority
Shutter Speeds: (1/4000 to 30)
ISO: Auto (100-800)
Metering: Center*
Exposure Comp: 0.0
White Balance: AWB
Long exposure noise removal (In camera dark frame): ON
*Center metering caused glitches when moon was directly overhead painful Matlab repair.
PROCESSING
In-Camera: Captured as RAW
Lightroom 5: Processed separately for both day and night optimization
MATLAB: custom deflickering routines for nighttime shots
DaVinci Resolve 14: Blending, final grading, and looping
Music in this video:
I Dunno by grapes is licensed under a Creative Commons Attribution license (https://creativecommons.org/licenses/...)
http://ccmixter.org/files/grapes/16626
Vespers by Topher Mohr and Alex Elena is licensed under a Creative Commons license
