vonmisesmix {cylcop} | R Documentation |
The number of components in the mixed von Mises distribution is specified by the length of the parameter vectors. The quantiles are numerically obtained from the distribution function using monotone cubic splines.
rvonmisesmix(n, mu, kappa, prop)
dvonmisesmix(theta, mu, kappa, prop)
pvonmisesmix(theta, mu, kappa, prop)
qvonmisesmix(p, mu, kappa, prop)
n |
integer value, the number of random samples to be
generated with |
mu |
|
kappa |
|
prop |
numeric vector, holding the mixing proportions of the components. |
theta |
numeric vector giving the angles where the density or distribution function is evaluated. |
p |
numeric vector giving the probabilities where the quantile function is evaluated. |
dvonmisesmix()
gives a vector of length length(theta)
containing the density at theta
.
pvonmisesmix()
gives a
vector of length length(theta)
containing
the distribution function at the corresponding values of theta
.
qvonmisesmix()
gives a vector of length length(p)
containing the quantiles at the corresponding values of p
.
rvonmisesmix()
generates a vector of length n
containing the random samples, i.e. angles in [-\pi, \pi)
.
rvonmisesmix(10, mu = c(0, pi, pi/2), kappa = c(2, 2, 4), prop = c(0.6, 0.3, 0.1))
dvonmisesmix(c(0, 2, pi, 1), mu = c(0, pi), kappa = c(2, 2), prop = c(0.6, 0.4))
prob <- pvonmisesmix(c(0.1, pi), mu = c(0, pi, pi/2), kappa = c(2, 2, 4), prop = c(0.6, 0.3, 0.1))
prob
qvonmisesmix(prob, mu = c(0, pi, pi/2), kappa = c(2, 2, 4), prop = c(0.6, 0.3, 0.1))