Get the run length
mgetRL(
replica = 1,
n,
m,
nv,
theta = NULL,
Ftheta = NULL,
dists,
mu,
sigma = NULL,
dists.par = NULL,
correlation = 0,
s = NULL,
chart = "T2",
chart.par = c(0.005),
null.dist = "Chi",
alignment = "unadjusted",
constant = NULL,
absolute = FALSE,
calibrate = FALSE,
arl0 = 370
)
scalar. It is used for the parallel version of the function (parallel=TRUE
). Default 1
.
scalar. Subroup size
scalar. Reference sample size
scalar. Number of variables to be generated.
vector. Value corresponding with the Ftheta
quantile.
vector. Quantile of the data distribution. The values that take are between (0,1).
list. Select the
vector. Two elements of the vector the first one is the mean of the reference sample and the second one is the mean of the monitoring sample.
scalar. Standard deviation of the desired distribution.
matrix For each variable (column), specify
par.location
: Location parameter of the desired distribution. Default 0.
par.scale
: Scale parameter of the desired distribution. Default 1.
par.shape
: Shape parameter of the desired distribution, Default 1.
The number of columns must be the same as the number of variables.
scalar. Corralation between variables.
matrix. Correlation matrix of the variables
character string. Selected type of chart. One option available: "T2"
.
is c(k)
, where k
comes from \(UCL = mu + k\sigma, LCL = mu - k\sigma.\)
vector. Control limit and other parameters of the selected chart.
character string. It is the null distribution choose from "Chi"
or "F"
.
character string. Aligment of the data X
and Y
. Select from
"unadjusted": nothing is sustracte from X
and Y
(default).
"overallmean": overall mean is sustracted from X
and Y
.
"overallmedian": overall median is sustracted from X
and Y
.
"samplemean": mean from corresponding group (X
and Y
) is sustracted from its corresponing vector.
"samplemedian": median from corresponding group (X
and Y
) is sustracted from its corresponing vector.
"referencemean": mean from Y
is subtracted from X
and Y
.
"referencemedian": median from Y
is subtracted from X
and Y
.
"constantvalue": a constant value is subtracted from X
and Y
.
scalar. Only used when the alignment
is selected "constantvalue". Default NULL
.
logical. If TRUE
, the absolute aligned values are obtained. (Default FALSE
)
logical. If TRUE
the RL is limit to 10 times the target ARL.
scalar. Expected value of the RL. It is only used for stop the RL if exceeds 10 times its value. Default 370
.
RL
vector. The run length of the chart for the parameter setting.
# NOT RUN {
mgetRL(n=5, m=10, nv=2, mu=c(0,0), dists = c("Normal", "Normal"),
dists.par = matrix(c(0,1,1,0,1,1), ncol=2))
# }
Run the code above in your browser using DataLab