Running an IAM simulation.

Running an IAM simulation.

Usage

IAM.model(objArgs, objInput, ...)

# S4 method for iamArgs,iamInput
IAM.model(
  objArgs,
  objInput,
  desc = as.character(NA),
  mOTH = 0,
  updateE = 0,
  TACbyF = NULL,
  TACtot = NULL,
  Ftarg = NULL,
  W_Ftarg = NULL,
  MeanRec_Ftarg = NULL,
  TACbyFoptimCTRL = list(maxIter = as.integer(7), diffZmax = 1e-04, lambda = 0.9, t_stop
    = 0),
  recList = list(),
  recParamList = list(),
  ParamSPMList = list(),
  parBehav = list(active = as.integer(0), type = as.integer(3), FMT = NULL, MU = NULL,
    MUpos = as.integer(0), ALPHA = NULL),
  parOptQuot = list(active = as.integer(0), pxQuIni = NULL, pxQuMin = NULL, pxQuMax =
    NULL, lambda = 0.1, sdmax = 0, ftol = 1e-07, itmax = 500),
  tacControl = list(tolVarTACinf = NA, tolVarTACsup = NA, corVarTACval = NA, corVarTACnby
    = 2, Blim = NA, Bmax = NA, BlimTrigger = as.integer(0), typeMng = NA),
  stochPrice = list(),
  parOQD = list(activeQR = as.integer(0), listQR = NULL, listQR_f = NULL),
  verbose = FALSE,
  force_t = NULL,
  ...
)

Arguments

objArgs

output from IAM.args-methods

objInput

output from IAM.input-methods

...

there is so much more arg.... # TODO

verbose

Show messages to follow the process. Mainly used for debug process.