Frame

Sample rate

Sample rate

Frame Rate

Framerate

Frame Errors

Key frame

Nb Frames

Frame Rate

Print Frame...

FPS

Still Picture

Basic orbital parameters (for geostationary satellite)

Framerate

Frame duration

Stack depth limits

Frame buffer properties

Frame Error Rate

Show frame rate

Reload Frame

It's a static image. How many people see this illusion? It's completely static.

Trees epitomize stasis.

View Frame Source

And then there is static apnea.

Basic orbital parameters Geostationary orbit

The geostationary orbit

(Geostationary orbit)

(g) Upper stages used to move geostationary satellites from GTO to GSO should be inserted into a disposal orbit at least 300 km above the geostationary orbit and freed of residual propellant.

Frame Buffer plugins for KRfb

B. Geostationary orbit 32 39 6

Now, be quiet. Just keep still.

Allow frame drops

Preferred Frame Buffer Plugin

And we park. And we stay.

(h) Upper stages used to transfer geostationary spacecraft from geostationary transfer orbit to geostationary orbit should, on completion of the mission, be inserted into a disposal orbit that has a perigee at least 300 km above the geostationary orbit

Qt Framebuffer for KRfb

X11 Framebuffer for KRfb

(c) Disposition of the objects on geostationary transfer orbit so as not to pose a risk to the geostationary orbit

(for geostationary satellite) 134 degrees East

And here's some video at 1,000 frames per second.

Relocation of space objects in Geostationary Transfer Orbit (GTO) to prevent collision with space objects in GEO

Qt based Framebuffer for KRfb.

(b) Coordination of geostationary satellite orbital positions

And I am illustrating Still.

On a frame by frame basis, we could actually reconstruct a 3D head that exactly matched the performance of Brad.