SOSProtocol-class {rsbml} | R Documentation

## SOSProtocol

### Description

Holds the parameters controlling the execution of the simulation using the SBML ODE Solver library.

### Details

Most users will probably set only the `times` slot, either directly or through the `timeStep` slot and the `nsim` parameter to `simulate`.

### Objects from the Class

Objects can be created by calls of the form `new("SOSProtocol", ...)`. Each argument in `...` should correspond to one of the slots described below.

### Slots

`times`:

  A `"numeric"` vector indicating the time points at which to evaluate the model. Defaults to `tail(seq(0, by = timeStep, length.out = nsim + 1), -1)`. The model is always evaluated at t = 0. This slot is ignored when `indefinite` (below) is `TRUE`.

`timeStep`:

  A scalar `"numeric"` value, giving the length in time between model evaluations. This is used when calculating the default value of `times`, above, but is otherwise only relevant when the `indefinite` slot, below, is `TRUE`. Defaults to 1.

`indefinite`:

  A scalar `"logical"`, indicating whether the simulation should run indefinitely, i.e. until one of the stopping conditions is met. See `haltOnEvent` and `haltOnSteadyState` below. Defaults to `FALSE`.

`atol`:

  Scalar `"numeric"`, the absolute tolerance in integration error. Defaults to `1e-18`.

`rtol`:

  Scalar `"numeric"`, the relative tolerance in integration error. Defaults to `1e-10`.

`maxStep`:

  Sclar `"numeric"`, the maximum number of steps for integration. Not to be confused with `timeStep`, etc, above, which control the simulation time points. Defaults to `10000`.

`odeMethod`:

  Scalar `"character"` naming the method for solving ODEs. Either `"bdf"` (the default) or `"adams-moulton"`.

`iterMethod`:

  Scalar `"character"`, naming the iteration method used by the ODE solver, either `"newton"` (the default) or `"functional"`.

`maxOrder`:

  Scalar `"numeric"` indicating maximum order for the ODE solver. Defaults to `5`.

`sensMethod`:

  Scalar `"character"` naming the method for sensitivity analysis. One of `"none"` (the default and currently the only valid option), `"simultaneous"`, `"staggered"` or `"staggered1"`.

`haltOnEvent`:

  Scalar `"logical"` indicating whether the simulation should halt when the model emits an `Event`. This allows the model to stop the simulation when some state is reached. Defaults to `FALSE`.

`haltOnSteadyState`:

  Scalar `"logical"`, indicating whether to halt when a steady state is detected. Defaults to `FALSE`.

`useJacobian`:

  Scalar `"logical"` indicating whether to use Jacobian ASTs (`TRUE`, the default) or the internal approximation in the CVODES library.

`storeResults`:

  Scalar `"logical"` indicating whether to store the entire time course (`TRUE`, the default) or just the last time point. Just for performance.

### Extends

Class `"ExperimentProtocol"`, directly.

### Methods

No methods defined with class "SOSProtocol" in the signature.

### Author(s)

Michael Lawrence

### References

See http://www.tbi.univie.ac.at/~raim/odeSolver/ for more information on the SBML ODE Solver library.

### See Also

The `SOSExperiment` class, which contains a `SOSProtocol` instance, for setting up and running a simulation.

[Package rsbml version 2.52.0 Index]