Construct SimBiology model from PKModelDesign object
[modelObj, pkModelMapObject]
= construct(pkModelDesignObject)
[modelObj, pkModelMapObject, CovModelObj]
= construct(pkModelDesignObject)
modelObj | SimBiology® model object specifying a pharmacokinetic model. |
pkModelMapObject | Defines the roles of the components in PKModelMap object. |
CovModelObj | Defines the relationship between parameters and covariates.
For details, see CovariateModel object. |
[ constructs
a SimBiology model object, modelObj, pkModelMapObject]
= construct(pkModelDesignObject)modelObj,
containing the model components (such as compartments, species, reactions,
and rules) required to represent the pharmacokinetic model specified
in pkModelDesignObject. It also constructs pkModelMapObject,
a PKModelMap object, which defines the roles of
the model components.
The newly constructed model object, modelObj,
is named 'Generated Model' (which you can change).
It contains one compartment for each compartment specified in the PKCompartment property
of pkModelDesignObject. Each compartment
contains a species that represents a drug concentration. The compartments
are connected with reversible reactions that models flux between
compartments.
[ constructs modelObj, pkModelMapObject, CovModelObj]
= construct(pkModelDesignObject)CovModelObj,
a CovariateModel object, which defines the relationship
between parameters and covariates. Within the Expression property
of CovModelObj, each parameter being estimated
has an expression of the form parameterName = exp(theta1
+ eta1) (without covariate dependencies), where theta1 is
a fixed effect, and eta1 is a random effect. You
can modify the expressions to add covariate dependencies. For details,
see CovariateModel object.