inspector (version 1.0.3)

inspect_par_bernoulli: Validate parameters for the Bernoulli/Binomial distributions

Description

inspect_par_bernoulli checks if an object is an eligible Bernoulli/Binomial proportion. This can be useful to validate inputs, intermediate calculations or outputs in user-defined functions.

Usage

inspect_par_bernoulli(x)

Arguments

x

An arbitrary object.

Value

inspect_par_bernoulli does not return any output. There are two possible outcomes:

• The call is silent if x is an eligible Bernoulli/Binomial proportion.

• An informative error message is thrown otherwise.

Details

inspect_par_bernoulli conducts a series of tests to check if x is an eligible Bernoulli/Binomial proportion. Namely, inspect_par_bernoulli checks if:

• x is NULL or empty.

• x is an atomic vector

• x is numeric

• x has length 1

• x is NA or NaN.

• x is in the (0, 1) interval.

See Also

• inspect_par_multinomial to validate parameters for the Multinomial distribution.

• inspect_par_beta to validate parameters for the Beta distribution.

• inspect_par_dirichlet to validate parameters for the Dirichlet distribution.

• inspect_par_haldane to validate parameters for the Haldane distribution.

• inspect_data_dichotomous to validate dichotomous data.

• inspect_prob to check if an object is a numeric vector of valid probability values.

Examples

# NOT RUN {
# Calls that pass silently:
x <- 0.5
inspect_par_bernoulli(x)
inspect_par_bernoulli(0.1)

# Calls that throw an informative error message:
mylist <- list(
  NULL, TRUE, factor(.5), matrix(0.5), "0.5",
  list(0.5), NA, NaN, numeric(0), c(0.1, 0.5), -0.5, 1.1
)
try(inspect_par_bernoulli(mylist[[1]]))
try(inspect_par_bernoulli(mylist[[2]]))
try(inspect_par_bernoulli(mylist[[3]]))
try(inspect_par_bernoulli(mylist[[4]]))
try(inspect_par_bernoulli(mylist[[5]]))
try(inspect_par_bernoulli(mylist[[6]]))
try(inspect_par_bernoulli(mylist[[7]]))
try(inspect_par_bernoulli(mylist[[8]]))
try(inspect_par_bernoulli(mylist[[9]]))
try(inspect_par_bernoulli(mylist[[10]]))
try(inspect_par_bernoulli(mylist[[11]]))
try(inspect_par_bernoulli(mylist[[12]]))
# }