// Broadcast data from Master to all Slaves
bool Parameters::broadcast(ProcessPool& procPool)
{
#ifdef PARALLEL
if (!procPool.broadcast(name_)) return false;
if (!procPool.broadcast(description_)) return false;
if (!procPool.broadcast(&sigma_, 1)) return false;
if (!procPool.broadcast(&epsilon_, 1)) return false;
if (!procPool.broadcast(&charge_, 1)) return false;
#endif
return true;
}
// Broadcast data
bool VariableValue::broadcast(ProcessPool& procPool)
{
#ifdef PARALLEL
// Broadcast type first, then value
int tempType = type_;
if (!procPool.broadcast(&tempType, 1)) return false;
type_ = (VariableValue::ValueType) tempType;
switch (type_)
{
case (VariableValue::BooleanType):
if (!procPool.broadcast(valueB_)) return false;
break;
case (VariableValue::IntegerType):
if (!procPool.broadcast(&valueI_, 1)) return false;
break;
case (VariableValue::DoubleType):
if (!procPool.broadcast(&valueD_, 1)) return false;
break;
case (VariableValue::CharType):
if (!procPool.broadcast(valueC_)) return false;
break;
case (VariableValue::IntegerArrayType):
if (!procPool.broadcast(arrayI_)) return false;
break;
case (VariableValue::DoubleArrayType):
if (!procPool.broadcast(arrayD_)) return false;
break;
default:
Messenger::error("Broadcast of VariableValue failed - type_ %s not accounted for.\n", VariableValue::valueType(type_));
return false;
}
#endif
return true;
}
// Broadcast data from Master to all Slaves
bool AtomType::broadcast(ProcessPool& procPool)
{
#ifdef PARALLEL
int index;
// Send name
procPool.broadcast(name_);
// Send element
procPool.broadcast(&element_, 1);
// Get index of Parameters,
if (procPool.isMaster()) index = PeriodicTable::element(element_).indexOfParameters(parameters_);
procPool.broadcast(&index, 1);
parameters_ = PeriodicTable::element(element_).parameters(index);
#endif
return true;
}
