Skip to content
Home » Greenscreen vs. Bluescreen | When and why? technology green screen effects

Greenscreen vs. Bluescreen | When and why? technology green screen effects



This will be my first say about greenscreen and bluescreens techniques. There will be more in which we will talk about tracking, keying itself and compositing. Theory and basics are always important. Hope you enjoy it!

—————————————————————————–
BUY MY CG ASSETS:
THE MUSIC I USE: (You Get 2 EXTRA months with this link)
—————————————————————————–
MY STUDIO SETUP:

See also  Motion Graphics Background Video Loop - Single Tree Animation 4K - Download Free Footage technology background video 4k

MY LAPTOP:
ULTRAWIDE MONITOR:
MY KEYBOARD:
GRAPHICS TABLET:
3D SPACE MOUSE:
HEADPHONES:
—————————————————————————–
MY CAMERA GEAR:

MAIN CAMERA:
RUN & GUN CAMERA:
MAIN LENS:
RUN & GUN LENS:
MAIN MIC:
RUN & GUN MIC:
GIMBAL:

See also  D&B Finance Analytics - Credit Intelligence d&b technology

INSTAGRAM: .

Images related to the topic technology green screen effects

Greenscreen vs. Bluescreen | When and why?

Greenscreen vs. Bluescreen | When and why?

Search related to the topic Greenscreen vs. Bluescreen | When and why?

#Greenscreen #Bluescreen
Greenscreen vs. Bluescreen | When and why?
technology green screen effects
See all the latest ways to make money online: See more here
See all the latest ways to make money online: See more here

See also  SOLAR 76 BGII - Farmer: Nitinkumar, Jilana, JND, GJ j n d technologies

37 thoughts on “Greenscreen vs. Bluescreen | When and why? technology green screen effects”

  1. In working on a movie and Obviously I don't have the budjet of Disney so I can't really Fly a Team out to film in Greece Or Dubai so I was planning on using Blue/Green screen and using the Blender Program to Put the Actors in a virtual World Using Objects and Structures/infrastructure covered in Green/blue screens to allow them to interact, but now I'm a bit worried since the majority of the film is meant to take place during the dawn in the middle of a blizzard

  2. You mentioned that cameras record green "brighter and cleaner", but you didn't really explain why. The human eye is most sensitive to green light, and our retinas have more middle wavelength (green) light receptors (cone cells) than short (blue) or long (red) wavelength ones, resulting in our seeing green in higher resolution- this is why it's much easier to read green or yellow lettering on signage. Digital cameras can only capture one of those colors per photosite (camera pixel), so to most efficiently deliver an image we will see as sharp, they employ a Bayer array pattern, a checkerboard that uses 2 green photosites out of every 4- so a line has the pattern RGBG repeating. Consequently, the green channel of the color image has TWICE the resolution of either the blue or red channel. That works fine just for looking at the picture, since our eyes won't see the loss of blue or red detail, but if you try to pull a key off of blue or red (or any color that contains one of those as a component) your matte will be lower resolution than a matte from the green channel.

Leave a Reply

Your email address will not be published.