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| % Generated by roxygen2: do not edit by hand | |
| % Please edit documentation in R/rand_model.R | |
| \name{gen_one_rmodel} | |
| \alias{gen_one_rmodel} | |
| \title{Generate a random Boolean model} | |
| \usage{ | |
| gen_one_rmodel(var, exponent = 3, and_bool, self_loop = F, | |
| mvar = length(var), model_type = "random") | |
| } | |
| \arguments{ | |
| \item{var}{character vector. A vector of single genes/variables to be used in the model.} | |
| \item{exponent}{integer. The exponent of power law distribution. Default to 3.} | |
| \item{and_bool}{logical. Indicates whether to include AND terms or not.} | |
| \item{self_loop}{logical. Indicates whether to allow self_loop. Default to F.} | |
| \item{mvar}{integer. Maximum number of variables in act or inh rule. Default to length(var).} | |
| \item{model_type}{character. Specifies the type of model generated.} | |
| } | |
| \description{ | |
| This function generates a random Boolean model. Returns an S4 BoolModel object. | |
| Note that this method will not give empty rule, i.e. 0 term in both act and inh rules. | |
| } | |
| \details{ | |
| The number of terms in a function for a gene is modelled by power-law distribution. | |
| } | |