Alcubierre-White warp drive energy consumption I can't find any place that gives a number other than for a $10c$, 8 lightyear trip being something like 68 exajoules (off the top of my head, might be wrong). I'm sure the math would tell me this if I understood it, but what I'm looking for is determining energy consumption for a given distance and "speed" from at least $0c$ to $1000c$ and how much the size of the field affects the consumption.
I'd prefer a simple equation that I can input into Google Sheets, or write a small JavaScript program so that I can mess around with the variables to use for my purposes, but I don't know if that is possible.
What I am doing is designing star ships for a sci-fi universe and part of that requires storage capacity of fuel and such, and I'd like it to be relatively accurate.
 A: Here is a report of   NASA research on the drive:

Last year, Sonny White revealed a new design (pictured top) for the Alcubierre drive that reduces the energy requirement from the total mass-energy of a planet the size of Jupiter, down to the mass-energy of Voyager-1 (700 kilograms). We say “mass-energy,” because no one quite knows how to fuel an Alcubierre drive, with some research suggesting that it might require more energy than the mass of the observable universe, or possibly negative amounts of energy. Basically, though, according to NASA’s preliminary research, the energy requirements appear to be somewhat feasible if the drive is doughnut shaped (like the image at the top of the story) rather than a flat disc.

This link talks about the economic cost:

the current cost of producing 1 gram of antimatter is about \$100 trillion. But, with completely unsupported optimistic estimates, you might get that down to \$10 billion per gram. So, with the most wild-eyed pie-in-the-sky estimates, fuel alone will cost you \$3.5 quadrillion — roughly the entire economic output of the world for forty years. 

A: well, in order to go 10c Harold white claims it requires 700 kg or 62.9 exajouls of energy for a a spaceship that is 10 meters long with a initial velocity of 0.1c he claims the equation to calculate the apparent velocity is 
Vini x Y = Vapa where Vini is initial velocity Y is the the higher dimensional boost field value and Vapa is apparent velocity so at 0.1c in order to go 10c you need a boost field value of 100 so 700 kg (62.9 EJ) = a boost value of 100 i dont know how to calculate for any other values the best i can give just use the the percentage like a boost field of 50 is 50% of the 100 so just divide 700 kg by 2 (or times by 0.5) but i am not sure if that would be accurate or not i also dont know how fast the energy density would be ossilating
read these papers by harold white
http://u2.lege.net/cetinbal/PDFdosya/AlcubierreWarpDriveSpacetime.pdf
https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/20110015936.pdf
https://ntrs.nasa.gov/archive/nasa/casi.ntrs.nasa.gov/20130011213.pdf
i also recommend learning the math of general relativity
but again it is a Sci-Fi universe it doesn't need to mimic reality perfectly
