/// <summary>
///
/// </summary>
/// <param name="aeqp"/>
/// <param name="hb"/>
/// <param name="handled"/>
/// <param name="prevReturnValue"/>
/// <returns/>
public bool IS_NEED_SETUP0(Mozart.SeePlan.Simulation.AoEquipment aeqp, Mozart.SeePlan.Simulation.IHandlingBatch hb, ref bool handled, bool prevReturnValue)
{
FabLot lot = hb.Sample as FabLot;
FabAoEquipment eqp = aeqp.ToFabAoEquipment();
bool isNeedSetup = ResHelper.IsNeedSetup(eqp, lot);
return(isNeedSetup);
}
/// <summary>
/// </summary>
/// <param name="entity"/>
/// <param name="now"/>
/// <param name="target"/>
/// <param name="factor"/>
/// <param name="ctx"/>
/// <returns/>
public WeightValue MAX_MOVE_LIMIT_PRIORITY(Mozart.Simulation.Engine.ISimEntity entity, DateTime now, Mozart.Simulation.Engine.ActiveObject target, Mozart.SeePlan.DataModel.WeightFactor factor, Mozart.SeePlan.Simulation.IDispatchContext ctx)
{
if (factor.Factor == 0)
{
return(new WeightValue(0));
}
var eqp = target as FabAoEquipment;
var last = eqp.GetLastPlan(); //eqp.LastPlan;
if (last == null)
{
return(new WeightValue(0));
}
FabLot lot = entity as FabLot;
decimal limitQty = (decimal)factor.Criteria[0];
if (limitQty == decimal.MaxValue)
{
return(new WeightValue(0));
}
bool isNeedSetup = ResHelper.IsNeedSetup(eqp, lot);
if (eqp.ContinuousQty > limitQty)
{
if (isNeedSetup)
{
return(new WeightValue(factor.Factor));
}
}
string desc = string.Format("[LIMIT：{0}, Cnt：{1}, SETUP：{2}]", limitQty, eqp.ContinuousQty, isNeedSetup);
return(new WeightValue(0, desc));
}
public IHandlingBatch[] SELECT1(DispatcherBase db, AoEquipment aeqp, IList <IHandlingBatch> wips, ref bool handled, IHandlingBatch[] prevReturnValue)
{
if (InputMart.Instance.GlobalParameters.ApplyFlexialePMSchedule == false)
{
return(prevReturnValue);
}
if (prevReturnValue == null)
{
return(prevReturnValue);
}
var list = aeqp.DownManager.GetStartScheduleItems(Time.MaxValue);
if (list == null || list.Count == 0)
{
return(prevReturnValue);
}
FabLot lot = prevReturnValue[0] as FabLot;
var eqp = aeqp.ToFabAoEquipment();
var proc = eqp.Processes[0];
var outTime = proc.GetUnloadingTime(lot);
bool isLast = eqp.IsLastPlan(lot);
bool isNeedSetup = ResHelper.IsNeedSetup(eqp, lot);
foreach (var item in list)
{
var schedule = item.Tag as PeriodSection;
var isPM = schedule is PMSchedule;
if (isPM == false)
{
continue;
}
var pm = schedule as FabPMSchedule;
var reaminNextPMStart = pm.StartTime - eqp.NowDT;
//하루 이내만 조정
if (reaminNextPMStart.TotalDays > 1)
{
continue;
}
bool isAdjust = false;
FabPMSchedule adjust = pm.Clone() as FabPMSchedule;
if (isLast)
{
if ((DateTime)outTime < pm.LimitDelayTime && outTime > pm.StartTime)
{
adjust.StartTime = (DateTime)outTime;
adjust.EndTime = adjust.StartTime.AddMinutes(pm.InputDuration.TotalMinutes);
adjust.Description = "DELAY";
adjust.AllowAheadTime = (float)(outTime - eqp.Now).TotalMinutes;
adjust.ScheduleType = DownScheduleType.ShiftBackward;
aeqp.DownManager.AdjustEvent(item, adjust);
isAdjust = true;
}
}
else
{
if (reaminNextPMStart.TotalMinutes < pm.AllowAheadTime)
{
prevReturnValue = null;
adjust.StartTime = aeqp.NowDT;
adjust.EndTime = adjust.StartTime.AddMinutes(pm.InputDuration.TotalMinutes);
if (adjust.Description != "DELAY")
{
adjust.Description = "AHEAD";
}
adjust.IsNeedAdjust = false;
aeqp.DownManager.AdjustEvent(item, adjust);
isAdjust = true;
}
}
if (isAdjust == false && pm.StartTime < outTime)
{
float setupTime = 0f;
if (isNeedSetup)
{
setupTime = SetupMaster.GetSetupTime(aeqp, lot);
}
adjust.StartTime = (DateTime)(outTime + Time.FromMinutes(setupTime));
adjust.EndTime = adjust.StartTime.AddMinutes(pm.InputDuration.TotalMinutes);
aeqp.DownManager.AdjustEvent(item, adjust);
}
}
//var data = aeqp.DownManager.GetStartScheduleItems(Time.MaxValue);
return(prevReturnValue);
}
