sim_all.Rd

% Generated by roxygen2: do not edit by hand
% Please edit documentation in R/sim_all.R
\name{sim_all}
\alias{sim_all}
\title{Is a wrapper for sim_choice executing the simulation over all designs stored in a specific folder
update}
\usage{
sim_all(nosim = 2, resps, destype = "ngene", designpath, u, bcoeff)
}
\arguments{
\item{nosim}{Number of runs or simulations. For testing use 2 but once you go serious, use at least 200, for better results use 2000.}

\item{resps}{Number of respondents you want to simulate}

\item{destype}{Is it a design created with ngene or with spdesign. Ngene desings should be stored as the standard .ngd output. spdesign should be the spdesign object design$design}

\item{designpath}{The path to the folder where the designs are stored. For example "c:/myfancydec/Designs"}

\item{u}{A list with utility functions. The list can incorporate as many decision rule groups as you want. However, each group must be in a list in this list. If you just use one group (the normal),  this  group still  has to be in a list in  the u list. As a convention name beta coefficients starting with a lower case "b"}

\item{bcoefficients}{List of initial coefficients for the utility function. List content/length can vary based on application, but should all begin with b and be the same as those entered in the utility functions}
}
\value{
A list, with all information on the simulation. This list an be easily processed by the user and in the rmarkdown template.
}
\description{
Is a wrapper for sim_choice executing the simulation over all designs stored in a specific folder
update
}
\examples{

 designpath<- system.file("extdata","Rbook" ,package = "simulateDCE")
 resps =240  # number of respondents
 nosim=2 # number of simulations to run (about 500 is minimum)

 bcoeff <-list(bsq=0.00, # hypothesized beta coefficients for individual terms of the utility function
     bredkite=-0.05,
     bdistance=0.50,
     bcost=-0.05,
     bfarm2=0.25,
     bfarm3=0.50,
     bheight2=0.25,
     bheight3=0.50)

}