VirtualCom: Assembling virtual plant communities

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Simulating eco-evolutionary community assembly and invasion

Author
Laure Gallien & Tamara Munkemuller
Date of publication
2014-11-03 13:55:54
Maintainer
Laure Gallien <laure.gallien@gmail.com>, Tamara Munkemuller <Tamara.Muenkemueller@ujf-grenoble.fr>
License
GPL-2
Version
1.0

View on R-Forge

Man pages

create.pool
Simulates a species pool
get.results
result collection
param1
A first parameter set
param2
A first parameter set
simple_param
A simple parameter set
simulation.experiment
Runs simulation experiments with VirtualCom
tamaure
Community assembly from a given species pool

Files in this package

VirtualCom/DESCRIPTION
VirtualCom/NAMESPACE
VirtualCom/R
VirtualCom/R/MDNC_MDNN_Invasive_new.R
VirtualCom/R/colless.test.no.print.R
VirtualCom/R/create.pool.R
VirtualCom/R/div.param.invasion.R
VirtualCom/R/div.param.invasion.obs.R
VirtualCom/R/div.param.native.R
VirtualCom/R/div.param.native.obs.R
VirtualCom/R/get.attractors.R
VirtualCom/R/get.results.R
VirtualCom/R/invasion_randomization.R
VirtualCom/R/param1.R
VirtualCom/R/param2.R
VirtualCom/R/simple_param.R
VirtualCom/R/simulation.experiment.R
VirtualCom/R/tamaure.R
VirtualCom/R/trait.evolution.R
VirtualCom/data
VirtualCom/data/param1.rdata
VirtualCom/data/param2.rdata
VirtualCom/data/simple_param.rdata
VirtualCom/man
VirtualCom/man/create.pool.Rd
VirtualCom/man/get.results.Rd
VirtualCom/man/param1.Rd
VirtualCom/man/param2.Rd
VirtualCom/man/simple_param.Rd
VirtualCom/man/simulation.experiment.Rd
VirtualCom/man/tamaure.Rd