private void GetCostWeights(OplDataHandler handler)
{
// initialize the tuple set 'CostFunctionWeights'
handler.StartElement("CostFunctionWeights");
handler.StartSet();
// Add tuple
handler.StartTuple();
handler.AddStringItem("a");
handler.AddNumItem(LithographyArea.WeightA);
handler.EndTuple();
// Add tuple
handler.StartTuple();
handler.AddStringItem("b");
handler.AddNumItem(LithographyArea.WeightB);
handler.EndTuple();
// Add tuple
handler.StartTuple();
handler.AddStringItem("c");
handler.AddNumItem(LithographyArea.WeightC);
handler.EndTuple();
handler.EndSet();
handler.EndElement();
}
private void GetOrders(OplDataHandler handler)
{
// initialize the tuple set 'Products'
handler.StartElement("Orders");
handler.StartSet();
// Loop through queue
for (int i = 0; i < Queue.Length; i++)
{
// Peek next lot in queue
Lot peekLot = Queue.PeekAt(i);
bool eligible = false;
// Check if elible on any machine (not Down)
foreach (Machine machine in LithographyArea.Machines)
{
// Check if machine is Down
if (LithographyArea.MachineStates[machine.Name] == "Down")
{
continue;
}
// Get needed recipe for the lot
string recipe = CPDispatcher.GetRecipe(peekLot, machine);
string recipeKey = machine.Name + "__" + recipe;
// Check if needed recipe is eligible on machine
bool recipeEligible = CPDispatcher.CheckMachineEligibility(recipeKey);
// Check if processingTime is known
bool processingTimeKnown = CPDispatcher.CheckProcessingTimeKnown(peekLot, machine, recipe);
if (recipeEligible && processingTimeKnown)
{
eligible = true;
break;
}
}
if (eligible)
{
// Add tuple
handler.StartTuple();
handler.AddStringItem(peekLot.Id.ToString()); //handler.AddStringItem(peekLot.Id.ToString());
handler.AddIntItem(ProductNameToID[peekLot.MasksetLayer_RecipeStepCluster]);
handler.AddIntItem(peekLot.LotQty);
handler.AddNumItem(CPDispatcher.GetDueDateWeight(peekLot));
handler.AddNumItem(CPDispatcher.GetWIPBalanceWeight(peekLot));
handler.EndTuple();
}
}
handler.EndSet();
handler.EndElement();
}
/// <summary>
/// Add a new item (field) to the Set currently in the Data handler.
///
/// The value of the field is converted and added depending on fieldType.
/// </summary>
/// <param name="handler">The OPL data handler</param>
/// <param name="fieldType">The type of the field to add</param>
/// <param name="value">The value to convert</param>
private void HandleColumnValue(OplDataHandler handler, OplElementDefinitionType.Type fieldType, object value)
{
if (fieldType == OplElementDefinitionType.Type.INTEGER)
{
handler.AddIntItem(Convert.ToInt32(value));
}
else if (fieldType == OplElementDefinitionType.Type.FLOAT)
{
handler.AddNumItem(Convert.ToDouble(value));
}
else if (fieldType == OplElementDefinitionType.Type.STRING)
{
handler.AddStringItem(Convert.ToString(value));
}
}
public override void CustomRead()
{
OplDataHandler handler = DataHandler;
// initialize the int 'simpleInt'
handler.StartElement("anInt");
handler.AddIntItem(3);
handler.EndElement();
// initialize the int array 'simpleIntArray'
handler.StartElement("anIntArray");
handler.StartArray();
handler.AddIntItem(1);
handler.AddIntItem(2);
handler.AddIntItem(3);
handler.EndArray();
handler.EndElement();
// initialize int array indexed by float 'anArrayIndexedByFloat'
handler.StartElement("anArrayIndexedByFloat");
handler.StartIndexedArray();
handler.SetItemNumIndex(2.0);
handler.AddIntItem(1);
handler.SetItemNumIndex(2.5);
handler.AddIntItem(2);
handler.SetItemNumIndex(1.0);
handler.AddIntItem(3);
handler.SetItemNumIndex(1.5);
handler.AddIntItem(4);
handler.EndIndexedArray();
handler.EndElement();
// initialize int array indexed by string 'anArrayIndexedByString'
handler.StartElement("anArrayIndexedByString");
handler.StartIndexedArray();
handler.SetItemStringIndex("idx1");
handler.AddIntItem(1);
handler.SetItemStringIndex("idx2");
handler.AddIntItem(2);
handler.EndIndexedArray();
handler.EndElement();
// initialize a tuple in the order the components are declared
handler.StartElement("aTuple");
handler.StartTuple();
handler.AddIntItem(1);
handler.AddNumItem(2.3);
handler.AddStringItem("not named tuple");
handler.EndTuple();
handler.EndElement();
// initialize a tuple using tuple component names.
handler.StartElement("aNamedTuple");
handler.StartNamedTuple();
handler.SetItemName("f");
handler.AddNumItem(3.45);
handler.SetItemName("s");
handler.AddStringItem("named tuple");
handler.SetItemName("i");
handler.AddIntItem(99);
handler.EndNamedTuple();
handler.EndElement();
// initialize the tuple set 'simpleTupleSet'
handler.StartElement("aTupleSet");
handler.StartSet();
// first tuple
handler.StartTuple();
handler.AddIntItem(1);
handler.AddNumItem(2.5);
handler.AddStringItem("a");
handler.EndTuple();
// second element
handler.StartTuple();
handler.AddIntItem(3);
handler.AddNumItem(4.1);
handler.AddStringItem("b");
handler.EndTuple();
handler.EndSet();
handler.EndElement();
// initialize element 3 and 2 of the tuple array 'simpleTupleArray' in that particular order
handler.StartElement("aTupleArray");
handler.StartIndexedArray();
// initialize 3rd cell
handler.SetItemIntIndex(3);
handler.StartTuple();
handler.AddIntItem(1);
handler.AddNumItem(2.5);
handler.AddStringItem("a");
handler.EndTuple();
// initialize second cell
handler.SetItemIntIndex(2);
handler.StartTuple();
handler.AddIntItem(3);
handler.AddNumItem(4.1);
handler.AddStringItem("b");
handler.EndTuple();
handler.EndIndexedArray();
handler.EndElement();
// initialize int array indexed by tuple set 'anArrayIndexedByTuple'
handler.StartElement("anArrayIndexedByTuple");
handler.StartIndexedArray();
handler.StartItemTupleIndex();
handler.AddIntItem(3);
handler.AddNumItem(4.1);
handler.AddStringItem("b");
handler.EndItemTupleIndex();
handler.AddIntItem(1);
handler.EndIndexedArray();
handler.EndElement();
// initialize a 2-dimension int array 'a2DIntArray'
handler.StartElement("a2DIntArray");
handler.StartArray();
for (int i = 1; i <= 2; i++)
{
handler.StartArray();
for (int j = 1; j <= 3; j++)
{
handler.AddIntItem(i * 10 + j);
}
handler.EndArray();
}
handler.EndArray();
handler.EndElement();
}