addBreakpoint | R Documentation |
This function allows the user to add breakpoints to a SyncroSim model, for a
given Scenario
. When the Scenario is run
the
function specified by the callback argument will be called for the specified
iterations or timesteps.
addBreakpoint(x, transformerName, breakpointType, arguments, callback) ## S4 method for signature 'Scenario' addBreakpoint(x, transformerName, breakpointType, arguments, callback)
x |
|
transformerName |
character. A Stochastic Time Transformer e.g. "stsim_Runtime" (optional) |
breakpointType |
character. Options include "bi" (before iteration), "ai" (after iteration), "bt" (before timestep), or "at" (after timestep) (optional) |
arguments |
vector of timesteps or iterations e.g. c(1,2) (optional) |
callback |
function to be called when the breakpoint is hit (optional) |
Breakpoints are only supported for Stochastic Time Transformers.
A SyncroSim Scenario with an updated list of breakpoints.
## Not run: # Create callback function callbackFunction <- function(x, iteration, timestep) { print(paste0("Breakpoint hit: ", scenarioId(x))) } # Install helloworldSpatial package addPackage("helloworldSpatial") # Set SsimLibrary name myLibraryName <- file.path(tempdir(),"testlib") # Set Session and SsimLibrary mySession <- session() myLibrary <- ssimLibrary(name = myLibraryName, session = mySession, package = "helloworldSpatial") myScenario <- scenario(myLibrary, "My Scenario") # Add breakpoints before the 1st and 2nd iterations myScenario <- addBreakpoint(x= myScenario, transformerName= "helloworldSpatial_Primary", breakpointType = "bi", arguments = c(1,2), callback = callbackFunction) # Check that the breakpoints were added breakpoint(myScenario) ## End(Not run)
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