fps = frames per second
refresh rate (Hz or cycles) = number of times the computer screen flickers per second
some screen refresh rates are 85Hz.... or anything from 40Hz up to and more than 400Hz
imagine your looking through two spinning bicycle wheels which are turning at different rates and the spokes would set up a flicker pattern.... that's what your trying to avoid
dependant on what your eye can see and process.... sadly human being are not all the same and some people can detect a higher frame rate than others...
there are as I can tell the following number of fixed issues and a number of variables. What you need to establish is a set of measured results.. to exploit what you have in the best possible way... then I would use software such as adobe or avid tracking/ image stabliser to reduce the flicker, and after effects for the artifacts and smaller technical issues. If you have the time and can be bothered, if paramount spend millions on a film and disney hundred's of thousands on features in theme parks are you ever going to be able to compete with a grands worth of gear and a finite amount of time and other resources?
fixed issues (we know this as a value x )
camera frame rate
computer refresh rate
both at 60 (something be it frames of cycles) per second
variables to be determined (this we can't be certain of so it's Y)
speed (bike, engine) which will give you two atleast sets of forces
road surface
lighting
temperature
we need to establish a point at which they intersect and are acceptable to you.... (which may not be acceptable to anyone else)
hope that's some help I'll post a image of my Manfrotto Ram Hybrid clamp as a comparison....
But I'll do that later as I've got to go get some kit back this morning...
