Distance: Distance
In gpilgrim2670/SputterCalc: Calculates sputter deposition rates for a system of given geometry
Usage
1
Distance(x, y, z, k, l, m)
Arguments
x
a value on axis 1, pairs with (k)}
\item{y}{a value on axis 2, pairs with (l)}
\item{z}{a value on axis 3, pairs with (m)}
\item{k}{a value on axis 2, pairs with (y)}
\item{l}{a value on axis 1, pairs with (x)}
\item{m}{a value on axis 3, pairs with (z)}
}
{
calculation of geometric distance for three pairs of values describing two points
}
{
Greg Pilgrim gpilgrim@vergason.com
}
gpilgrim2670/SputterCalc documentation built on June 24, 2020, 12:27 a.m.
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Usage
1 | Distance(x, y, z, k, l, m)
|
Arguments
x |
a value on axis 1, pairs with (k)} \item{y}{a value on axis 2, pairs with (l)} \item{z}{a value on axis 3, pairs with (m)} \item{k}{a value on axis 2, pairs with (y)} \item{l}{a value on axis 1, pairs with (x)} \item{m}{a value on axis 3, pairs with (z)} } { calculation of geometric distance for three pairs of values describing two points } { Greg Pilgrim gpilgrim@vergason.com } |
R Package Documentation
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