makeBiObjMPM2Function: Multi-Objective MPM2 Functions
In kerschke/moPLOT: Visualizing Multi-Objective Optimization Problems

makeBiObjMPM2Function

R Documentation

Multi-Objective MPM2 Functions

Description

The makeBiObjMPM2Function() and makeTriObjMPM2Function() functions allow the creation of multi-objective functions based on the MPM2 generator implemented in smoof::makeMPM2Function().

Usage

makeBiObjMPM2Function(
  dimensions = 2,
  n.peaks.1 = 3,
  topology.1 = "random",
  seed.1 = 4,
  rotated.1 = TRUE,
  peak.shape.1 = "ellipse",
  n.peaks.2 = 3,
  topology.2 = "random",
  seed.2 = 8,
  rotated.2 = TRUE,
  peak.shape.2 = "ellipse"
)

makeTriObjMPM2Function(
  dimensions = 2,
  n.peaks.1 = 3,
  topology.1 = "random",
  seed.1 = 4,
  rotated.1 = TRUE,
  peak.shape.1 = "ellipse",
  n.peaks.2 = 3,
  topology.2 = "random",
  seed.2 = 8,
  rotated.2 = TRUE,
  peak.shape.2 = "ellipse",
  n.peaks.3 = 3,
  topology.3 = "random",
  seed.3 = 12,
  rotated.3 = TRUE,
  peak.shape.3 = "ellipse"
)

Arguments

`dimensions`	[`numeric`] Number of (decision space) dimensions of the MPM2 problems.
`n.peaks.1`	[`numeric`] Number of peaks for the first constituent MPM2 problem.
`topology.1`	`"random" \|\| "funnel"` Topology of the first constituent MPM2 problem.
`seed.1`	[`numeric`] Random seed of the first constituent MPM2 problem.
`rotated.1`	[`logical`] Should peaks be rotated in the first constituent MPM2 problem?
`peak.shape.1`	`"ellipse" \|\| "sphere"` The peak shape (sphere or ellipse) for the first constituent MPM2 problem
`n.peaks.2`	[`numeric`] Number of peaks for the second constituent MPM2 problem.
`topology.2`	`"random" \|\| "funnel"` Topology of the second constituent MPM2 problem.
`seed.2`	[`numeric`] Random seed of the second constituent MPM2 problem.
`rotated.2`	[`logical`] Should peaks be rotated in the second constituent MPM2 problem?
`peak.shape.2`	`"ellipse" \|\| "sphere"` The peak shape (sphere or ellipse) for the second constituent MPM2 problem
`n.peaks.3`	[`numeric`] Number of peaks for the third constituent MPM2 problem.
`topology.3`	`"random" \|\| "funnel"` Topology of the third constituent MPM2 problem.
`seed.3`	[`numeric`] Random seed of the third constituent MPM2 problem.
`rotated.3`	[`logical`] Should peaks be rotated in the third constituent MPM2 problem?
`peak.shape.3`	`"ellipse" \|\| "sphere"` The peak shape (sphere or ellipse) for the third constituent MPM2 problem