const ConfigurationScope *
SimulationConfiguration::Implementation::getObjectQueueScope() const {
const ConfigurationScope *retval = 0;
string simType = stringToUpper(getSimulationType());
const ConfigurationScope *twScope = getTimeWarpScope();
if (twScope != 0) {
retval = twScope->findScope(getObjectQueueScopeName());
}
return retval;
}
const ConfigurationScope *
SimulationConfiguration::Implementation::getEventListScope() const {
const ConfigurationScope *retval = 0;
string simType = stringToUpper(getSimulationType());
if (simType == "SEQUENTIAL") {
retval = findScope(getEventListScopeName());
} else if (simType == "TIMEWARP" || simType
== "THREADEDTIMEWARP") {
const ConfigurationScope *twScope = getTimeWarpScope();
if (twScope != 0) {
retval = twScope->findScope(getEventListScopeName());
}
}
return retval;
}
int Results::getSimulationParameter()
{
Settings::simulationType type = getSimulationType();
int result;
if(type == Settings::stepsByStep)
{
result = simulationOptionsSpinBoxes[0]->value();
if(result < MIN_STEPS_VALUE || result > MAX_STEPS_VALUE)
throw "steps value out of range";
}
else
{
result = simulationOptionsSpinBoxes[1]->value();
if(result < MIN_STEPS_PER_SECOND || result > MAX_STEPS_PER_SECOND)
throw "steps value out of range";
}
return result;
}
bool SimulationConfiguration::Implementation::simulationTypeIs(
const string &testValue) const {
return (stringToUpper(testValue) == stringToUpper(getSimulationType()));
}
