Nothing

```
`rmvpowerexp` <-
function(n, Location = rep(0, nrow(Scatter)), Scatter = diag(length(Location)), Beta=1)
{
p <- length(Location)
if (!isSymmetric(Scatter, tol = sqrt(.Machine$double.eps))) {stop("Scatter must be a symmetric matrix")}
if (p != nrow(Scatter)) {stop("Location and Scatter have non-conforming size")}
ev <- eigen(Scatter, symmetric = TRUE)
if (!all(ev$values >= -sqrt(.Machine$double.eps) * abs(ev$values[1]))) {warning("Scatter is numerically not positive definite")}
ScatterSqrt <- ev$vectors %*% diag(sqrt(ev$values), length(ev$values)) %*% t(ev$vectors)
radius <- (rgamma(n, shape = p/(2*Beta), rate = 1/2))^(1/(2*Beta))
un <- runifsphere(n=n,p=p)
mvpowerexp <- radius * un %*% ScatterSqrt
mvpowerexp <- sweep(mvpowerexp, 2, Location, "+")
return(mvpowerexp)
}
```

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