Description Usage Arguments Value See Also Examples
Compute a confidence region for grand mean.
1 2 3 4 |
yi |
a vector containing the primary study measurements |
vi |
a vector of the same length as yi containing the variances of the of the primary study measurements contained in yi |
c0 |
a vector containing the mixing parameters for the test statistics; defaults to 1 |
mu.bounds |
upper and lower bounds for the range of population effect values for constructing the confidence region; if NULL, value will be calculated from mu.alpha |
tau2.bounds |
upper and lower bounds for the range of population variance values for constructing the confidence region; if NULL, value will be calculated from tau2.alpha |
resolution |
resolution of the population mean and variance values within the bounding box; defaults to 1e2 for each of the two dimensions |
Z |
a matrix of length(yi) rows with each row consisting of standard normal samples to be used in the monte carlo estimation of the null distribution of the test statistic; if NULL, B values will be sampled per row |
B |
the number of monte carlo replicates per primary study observation to be used; defaults to 300 |
resolution.mu |
resolution of the population mean values within the bounding box; defaults to resolution |
mu.alpha |
the level of the exact CI for constructing the bounds on the population mean dimension of the bounding box |
tau2.alpha |
the level of the exact CI for constructing the bounds on the population variance dimension of the bounding box |
test.stat |
(currently for internal use) |
... |
(currently for internal use) |
level |
the level of the confidence interval; defaults to .05 |
resolution |
resolution of the population variance values within the bounding box; defaults to resolution |
an object of class RMA.Exact
rma.exact.fast
for computing confidence intervals at specified levels, plot.RMA.Exact
, confint.RMA.Exact
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 | set.seed(1)
K <- 5
c0 <- 1
tau2 <- 12.5
vi <- (seq(1, 5, length=K))^2
yi=rnorm(K)*sqrt(vi+tau2)+mu0
rma0 <- rma.exact(yi=yi,vi=vi)
plot(rma0)
confint(rma0)
## multiple c0 values
c0 <- c(0,.25,1)
tau2 <- 12.5
vi <- (seq(1, 5, length=K))^2
yi=rnorm(K)*sqrt(vi+tau2)+mu0
rma0 <- rma.exact(yi=yi,vi=vi,c0=c0)
plot(rma0)
confint(rma0)
## setting tau2.bounds and other parameters to non-default values
Z <- matrix(rnorm(K*5e3),nrow=K)
B <- ncol(Z)
resolution <- 3e2
rma0 <- rma.exact(yi=yi,vi=vi,Z=Z,resolution=resolution,c0=c0,tau2.bounds=c(1,120),resolution.tau2=1e3,resolution.mu=1e2)
plot(rma0)
c0 <- 1:4
rma0 <- rma.exact(yi=yi,vi=vi,Z=Z,resolution=resolution,c0=c0,tau2.bounds=c(1,450),resolution.tau2=1e3,resolution.mu=1e2)
plot(rma0)
confint(rma0,levels=c(.05))
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