efficiencyEAT: Efficiency Scores computed through an Efficiency Analysis...

In eat: Efficiency Analysis Trees

Efficiency Scores computed through an Efficiency Analysis Trees model.

Description

This function computes the efficiency scores for each DMU through an Efficiency Analysis Trees model.

Usage

efficiencyEAT(
  data,
  x,
  y,
  object,
  scores_model,
  digits = 3,
  FDH = TRUE,
  print.table = FALSE,
  na.rm = TRUE
)

Arguments

data	data.frame or matrix containing the variables in the model.
x	Column input indexes in data.
y	Column output indexes in data.
object	An EAT object.
scores_model	Mathematical programming model to calculate scores. BCC.OUT BCC model. Output-oriented. Efficiency level at 1. BCC.INP BCC model. Input-oriented. Efficiency level at 1. DDF Directional Distance Function. Efficiency level at 0. RSL.OUT Russell model. Output-oriented. Efficiency level at 1. RSL.INP Russell model. Input-oriented. Efficiency level at 1. WAM.MIP Weighted Additive Model. Measure of Inefficiency Proportions. Efficiency level at 0. WAM.RAM Weighted Additive Model. Range Adjusted Measure of Inefficiency. Efficiency level at 0.
digits	Decimal units for scores.
FDH	logical. If TRUE, FDH scores are also computed with the programming model selected in scores_model.
print.table	logical. If TRUE, a summary descriptive table of the efficiency scores is displayed.
na.rm	logical. If TRUE, NA rows are omitted.

Value

A data.frame with the efficiency scores computed through an Efficiency Analysis Trees model. Optionally, a summary descriptive table of the efficiency scores can be displayed.

Examples

simulated <- X2Y2.sim(N = 50, border = 0.2)
EAT_model <- EAT(data = simulated, x = c(1,2), y = c(3, 4))

efficiencyEAT(data = simulated, x = c(1, 2), y = c(3, 4), object = EAT_model, 
              scores_model = "BCC.OUT", digits = 2, FDH = TRUE, print.table = TRUE,
              na.rm = TRUE)

eat documentation built on Jan. 10, 2023, 5:13 p.m.