| summary.DiSSMod {DiSSMod} | R Documentation |
Summarizing Discrete Sample Selection Model Fits
Description
summary method for a class "DiSSMod".
Usage
## S3 method for class 'DiSSMod'
summary(object, ...)
## S3 method for class 'summary.DiSSMod'
print(x, digits = max(3, getOption("digits") -
3), ...)
Arguments
object |
an object of class |
... |
additional control argument is as follows.
|
x |
an object of class |
digits |
a numeric number of significant digits. |
Details
If standard equals TRUE, summary also additionally returns summary
statistics of standardized results. Otherwise, it just returns summary statistics as similar statistics
as the generic function summary.
Value
The function summary.DiSSMod returns a list of summary statistics of the fitted
discrete sample selection model given in object.
The components, which are not duplicated from the object, are as follows:
z.value_response |
Z statistics (normal distribution) for coefficients of response equation. |
z.value_selection |
Z statistics (normal distribution) for coefficients of selection equation. |
CI_alpha |
confidence interval of the parameter |
level |
a numeric value between 0 and 1 for controlling the significance level of confidence interval.
Initial level is set to |
See Also
Examples
# example continued from DiSSMod
set.seed(45)
data(DoctorRWM, package = "DiSSMod")
n0 <- 600
set.n0 <- sample(1:nrow(DoctorRWM), n0)
reduce_DoctorRWM <- DoctorRWM[set.n0,]
result0 <- DiSSMod(response = as.numeric(DOCVIS > 0) ~ AGE + INCOME_SCALE + HHKIDS + EDUC + MARRIED,
selection = PUBLIC ~ AGE + EDUC + FEMALE,
data = reduce_DoctorRWM, resp.dist="bernoulli", select.dist = "normal",
alpha = seq(-5.5, -0.5, length.out = 21), standard = TRUE)
summary(result0, level = 0.90)
data(CreditMDR, package = "DiSSMod")
n1 <- 600
set.n1 <- sample(1:nrow(CreditMDR), n1)
reduce_CreditMDR <- CreditMDR[set.n1,]
result1 <- DiSSMod(response = MAJORDRG ~ AGE + INCOME + EXP_INC,
selection = CARDHLDR ~ AGE + INCOME + OWNRENT + ADEPCNT + SELFEMPL,
data = reduce_CreditMDR, resp.dist="poi", select.dist = "logis",
alpha = seq(-0.3, 0.3,length.out = 21), standard = FALSE, verbose = 1)
summary(result1)