Create a mode_control object. — mode

Create a mode control object for controlling the adaptive stepper. The returned object can be passed into a mode model on initialisation.

mode_control(
  max_steps = NULL,
  atol = NULL,
  rtol = NULL,
  step_size_min = NULL,
  step_size_max = NULL,
  debug_record_step_times = NULL
)

Arguments

max_steps: Maxmimum number of steps to take. If the integration attempts to take more steps that this, it will throw an error, stopping the integration.
atol: The per-step absolute tolerance.
rtol: The per-step relative tolerance. The total accuracy will be less than this.
step_size_min: The minimum step size. The actual minimum used will be the largest of the absolute value of this step_size_min or .Machine$double.eps. If the integration attempts to make a step smaller than this, it will throw an error, stopping the integration.
step_size_max: The largest step size. By default there is no maximum step size (Inf) so the solver can take as large a step as it wants to. If you have short-lived fluctuations in your rhs that the solver may skip over by accident, then specify a smaller maximum step size here.
debug_record_step_times: Logical, indicating if we should record the steps taken. This information will be available as part of the statistics() output

A named list of class "mode_control"