Skip to main content

Table 1 Comparison of the features

From: AdmixSim 2: a forward-time simulator for modeling complex population admixture

Simulator features

AdmixSim 2

quantiNemo 2

SLiM 3.3

simuPOP

GeneEvolve

SELAM

forqs

Admix’em

Admixturea

Y, SS

N

Y

Y, SS

N

Y

Y

Y

Real sequence data input

Y

N

Y/N

Y/N

Y

N

N

N

Genomic data output

Y

Y

Y

Y

Y

N

Y

N

Recombination

U, NU, A

U, NU, SS

U, NU

U, NU

U, NU

U

U, NU

U, NU, SS

Mutation

U, NU, A

U, NU, KA, SM

U, NU, KA, SM

U, NU, KA, SM

U, NU, A

U

U, NU, A

U, NU

Selection

SL, ML, POS, SS, GS, DS, A

SL, ML, POS, DS, GS, BS, ES

SL, ML, POS, DS, BS, ES, PHS, A

SL, ML, POS, BS, DS, ES

SL, ML, POS, DS, BS, PHS, A

SL, SS, POS, DS, ES

SL, ML, DS, A

SL, ML, POS, SS, DS, GS, ES, PHS

X chromosome

Y

Y

Y

Y

N

Y

Y

Y

Programming language

C++, Python

C++

C++

C++

C++

C++

C++

C++

Interface

Command-line, configuration files

Command line, configuration files

Edios programming

Python programming

Command-line, configuration files

Command-line, configuration files

Command-line, configuration files

Command-line, configuration files

  1. aGenerate new admixed populations
  2. A Absent, BS Balancing Selection, ES Epistatic Selection, DS Directional Selection, GS Generation Specific, KA k-Allele Model, ML Multi-locus, N No, NU Nonuniform, PHS Phenotype Specific, POS Population Specific, SL Single-locus, SM Stepwise Mutation Model, SS Sex Specific, U Uniform, Y Yes