Creating an IQRnlmeProject object

IQRnlmeProject.Rd

This function takes and IQRnlmeEst object and other optional input arguments and exports an NMLE project to a folder. It is this folder that we call an "IQRnlmeProject" object and it is tool specific (e.g. NONMEM, MONOLIX, or NLMIXR). The original IQRmodel used here will be exported to the project folder as well as "model.txt" The project folder will contain in addition the IQRnlmeEst object as a project.est file.

IQRnlmeProject(est, projectPath, comment = "", tool = "MONOLIX",
  toolVersion = NULL, multiTestN = 1, multiTestSD = 0.5,
  FLAGanalytic = TRUE, keepProjectFolder = FALSE,
  algOpt.SEED = 123456, algOpt.K1 = 500, algOpt.K2 = 200,
  algOpt.NRCHAINS = NA, algOpt.NONMEM.METHOD = "SAEM",
  algOpt.NONMEM.MAXEVAL = 9999, algOpt.NONMEM.SIGDIGITS = 3,
  algOpt.NONMEM.PRINT = 1, algOpt.NONMEM.COVSTEP_MATRIX = "RSR",
  algOpt.NONMEM.ADVAN7 = TRUE, algOpt.NONMEM.N1 = 1000,
  algOpt.NONMEM.TOL = 6, algOpt.NONMEM.SIGL = NULL,
  algOpt.NONMEM.M4 = FALSE, algOpt.NONMEM.FOCEIOFV = FALSE,
  algOpt.NONMEM.IMPORTANCESAMPLING = TRUE,
  algOpt.NONMEM.IMP_ITERATIONS = 10, algOpt.NONMEM.ITS = TRUE,
  algOpt.NONMEM.ITS_ITERATIONS = 10, algOpt.NONMEM.WRES = NULL,
  algOpt.NONMEM.PRED = NULL, algOpt.NONMEM.RES = NULL,
  algOpt.MONOLIX.individualParameters = "conditionalMode",
  algOpt.MONOLIX.indivMCMClength = 50, algOpt.MONOLIX.indivNsim = 10,
  algOpt.MONOLIX.indivRatio = 0.05,
  algOpt.MONOLIX.logLikelihood = "Linearization",
  algOpt.MONOLIX.fim = "Linearization",
  algOpt.MONOLIX.variability = "FirstStage",
  algOpt.MONOLIX.startTime = NULL, algOpt.MONOLIX.STIFF = TRUE,
  algOpt.NLMIXR.method = "SAEM", algOpt.NLMIXR.control = NULL,
  verbose = TRUE)

Arguments

est	IQRnlmeEst object
projectPath	Path where to generate the NLME project
comment	Character string. Allows the user to enter some information about the model. This can be displayed in summary tables. It is stored in the model in the metadata section
tool	character string with tool name ("NONMEM", "MONOLIX", or "NLMIXR")
toolVersion	character string with the tool version name as defined in the setup_options_IQRtools.R file (can be set with setup_IQRtools() function). By default the first option defined in the respective lists in setup_options_IQRtools.R is used.
multiTestN	Doing robustness analysis - number of models to generate with different initial guesses for fixed effects (randomly generated based on POPvalues0). Only fixed effects which are considered for estimation will be randomized. If multiTestN=1 (default) then no randomization is done.
multiTestSD	Standard deviation to use to add noise__ to the initial parameter guesses (default=0.5 (50 Normal: Parameter_guess + multiTestSDParameter_guessrandomNumbers(0-1) LogNormal: Parameter_guess * exp(multiTestSD*randomNumbers(0-1)) LogitNormal: Similar and between 0-1
FLAGanalytic	TRUE: use analytic solution if possible, FALSE: always use ODE based solution.
keepProjectFolder	FALSE: erases projectFolder before creating new. TRUE: keeps projectFolder contents when creating new NLME project files.
algOpt.SEED	Used for NONMEM SAEM, MONOLIX, and NLMIXR SAEM
algOpt.K1	First iterations for SAEM. Same for NONMEM SAEM, MONOLIX, and NLMIXR SAEM
algOpt.K2	Second iterations for SAEM. Same for NONMEM SAEM, MONOLIX, and NLMIXR SAEM
algOpt.NRCHAINS	Used for NONMEM SAEM, MONOLIX, and NLMIXR SAEM. In case of few subjects in the dataset and use of the SAEM method it is important to adjust this parameter. It should be chosen such that the NRCHAINS * number of subjects in the dataset is >50. The user can set this value but by default it is chosen automatically such that NRCHAINS * number of subjects >= 50.
algOpt.NONMEM.METHOD	'FO','FOCE','FOCEI','SAEM','BAYES' (ignored when using MONOLIX)
algOpt.NONMEM.MAXEVAL	NONMEM option
algOpt.NONMEM.SIGDIGITS	NONMEM option
algOpt.NONMEM.PRINT	NONMEM option
algOpt.NONMEM.COVSTEP_MATRIX	Option to set tzhe MATRIX type for the $COV step in NONMEM. Allowed are "S", "R", and "RSR". "RSR" translates to unspecified MATRIX. IQRtools uses RSR as default since version 1.4.0 (previously "S").
algOpt.NONMEM.ADVAN7	TRUE: use ADVAN7 in case that model can be solved analytically. FALSE: use ADVAN5. This is only used in case of NONMEM. ADVAN5 handles complex eigenvalues. ADVAN7 real ones and can be faster.
algOpt.NONMEM.N1	ESAMPLE setting for tables.
algOpt.NONMEM.TOL	Tolerance settings for ADVAN13. For 1e-6 set TOL=6
algOpt.NONMEM.SIGL	Number of significant digits for LL calculation. Default: undefined If SIGL defined, Only used in gradient based methods. Good to set SIGDIG to <=SIGL/3.
algOpt.NONMEM.M4	if CENS=1 entries present in data and M4=TRUE then the M4 method is used, otherwise the M3 method. this requires DV to be set to LLOQ and CENS=1 if the observation is BLLOQ.
algOpt.NONMEM.FOCEIOFV	Determine the objective function value using an FOCE step with MAXEVAL=0. Experts agree that the IMP method with MAPITER=0 leads to better objective functions. However, in practice this method suffers from non reproducibility when running on multiple cores. Even at identical population parameter estimates the obtained OFVs can differ greatly. Therefor, instead of using the IMP method after an SAEM estimation, this option allows to perform a FOCEI step with MAXEVAL=0. This option cannot be used in combination with algOpt.NONMEM.IMPORTANCESAMPLING.
algOpt.NONMEM.IMPORTANCESAMPLING	Determine the objective function value with importance sampling
algOpt.NONMEM.IMP_ITERATIONS	Number of iterations for importance sampling
algOpt.NONMEM.ITS	Allow to run an ITS method as first method befor all other methods (METHOD) ITS = FALSE or TRUE. ITS=TRUE only accepted if not FO!
algOpt.NONMEM.ITS_ITERATIONS	Number of ITS iterations (NONMEM only)
algOpt.NONMEM.WRES	String with name of weighted residuals to use in diagnostics (by default the standard ones are used based the estimation method and on the NONMEM manual). Example: "CWRES", "CWRESI", "EWRES", etc.
algOpt.NONMEM.PRED	String with name of predictions to use in diagnostics (by default the standard ones are used based the estimation method and on the NONMEM manual). Example: "CPREDI", "EPRED", "NPRED", etc.
algOpt.NONMEM.RES	String with name of residuals to use in diagnostics (by default the standard ones are used based the estimation method and on the NONMEM manual). Example: "CRESI", "ERES", "NPRES", etc.
algOpt.MONOLIX.individualParameters	MONOLIX option. 'conditionalMode' (default), 'conditionalMean', or 'All'
algOpt.MONOLIX.indivMCMClength	MONOLIX option if individualParameters 'conditionalMean' or 'All'. Interval length of the MCMC convergence assessment for the conditional distribution
algOpt.MONOLIX.indivNsim	MONOLIX option if individualParameters 'conditionalMean' or 'All'. Number of simulated individual parameters per individual
algOpt.MONOLIX.indivRatio	MONOLIX option if individualParameters 'conditionalMean' or 'All'. Relative interval width (between 0 and 1)
algOpt.MONOLIX.logLikelihood	MONOLIX option. 'Linearization' (default) or 'ImportanceSampling'
algOpt.MONOLIX.fim	MONOLIX option. 'Linearization' (default) or 'StochasticApproximation'
algOpt.MONOLIX.variability	MONOLIX option. 'no', 'Decreasing', 'FirstStage' (default), 'Mixed'
algOpt.MONOLIX.startTime	MONOLIX option. Start time of integration. default: NULL (not set).
algOpt.MONOLIX.STIFF	MONOLIX option. Use stiff solver (TRUE-default) or non-stiff (FALSE).
algOpt.NLMIXR.method	NLMIXR method ("SAEM" or "NLME" or "FOCEI")
algOpt.NLMIXR.control	Control settings for chosen method. Use "nlmixr::saemControl()" or "nlmixr::nlmeControl()" or "nlmixr::foceiControl()", depending on chosen method. If SAEM is chosen and nlmixr::saemControl(...) is defined, the options algOpt.SEED, algOpt.K1, algOpt.K2, and algOpt.NRCHAINS will be overwritten if the respective arguments (seed, nBurn, nEm, nmc) are defined in the nlmixr::saemControl(...) call.
verbose	Logical. If FALSE then text output in console is avoided (except warnings and errors).

Value

An IQRnlmeProject object

Modeling & Simulation in R

Creating an IQRnlmeProject object

Arguments

Value

See also