biomodel: biomodel
In alfcrisci/rAedesSim: Modeling Aedes Albopictus Mosquito populations by using

Description Usage Arguments Value Author(s)

The biomodel function is the core function that performs simulation.It consists in a S3 object where by using the others objects the simulation is performed. calculating the transitional rate of population by using daily environmental data. With these a a Runge-Kutta

biomodel(i_biometeo, i_biocontainer, i_biopopulation, i_bioparameters,
  state = c(L1 = 0, L2 = 0, L3 = 0, L4 = 0, L5 = 0, L6 = 0, L7 = 0, L8 = 0),
  time_interval = 24, stocastic = TRUE, n_sampling = 10,
  inibition = FALSE, ID_sim = "", saveparameter = FALSE)

`i_biometeo`	object rAedesSim object concerning biometeorological parameter of location where mosquito population are simulated.
`i_biocontainer`	object rAedesSim object concerning trap or habitat considered.
`i_biopopulation`	object rAedesSim object concerning mosquito population.
`i_bioparameters`	object rAedesSim object concerning biological parameter of mosquito population.
`state`	numeric The state vector used in time simulation.The values are number of individuals L1 : Ovideposition rate, L3 : Eggs Mortality rate, L4: Eggs2larvae transition rate, L5 : Pupae2Larvae transition rate, L6 Larvae Mortality,L7 Pupae Mortality L8 Pupae2Adult transition rate, L10 Adult mortality Default: L1=0,L3=0,L4=0,L5=0,L6=0,L7=0,L8=0,L10=0
`time_interval`	numeric Interval times of simulation.
`stocastic`	logical performs stocastic elaboration by poisson sampling at the end of simulation for each state.
`inibition`	logical taking into account density larvae inibition.Default is FALSE.
`ID_sim`	character ID of simulation.Default is FALSE.
`saveparameter`	logical Save results about paraemters. Default is FALSE.
`n_sampling=10`	numeric : number of resampling.