void mergePhotcell_OnDeviceDeleted(object sender, EventArgs e)
{
CasePhotocell pC = sender as CasePhotocell;
BeltSorterMerge bsm = AllInductPhotoCells.FirstOrDefault(x => x.Value == pC).Key;
bsm.MergePhotocellName = null;
}
public override void Scene_OnLoaded()
{
base.Scene_OnLoaded();
if (MainInductName != null && Core.Assemblies.Assembly.Items.ContainsKey(MainInductName))
{
MainInduct = Core.Assemblies.Assembly.Items[MainInductName] as BeltSorterInduct;
MainInduct.WindowTimeout.OnElapsed += WindowTimeout_OnElapsed;
}
MergePhotocell = GetMergePhotocell(beltSorterMergeInfo.MergePhotocellName);
}
//If the devices on the found conveyor are created after this one then subscribe to the devices created
//event and try and find it then
void conv_OnDevicesCreated(object sender, EventArgs e)
{
StraightBeltConveyor conv = sender as StraightBeltConveyor;
conv.OnDevicesCreated -= conv_OnDevicesCreated;
string[] assemDev = beltSorterMergeInfo.MergePhotocellName.Split(',');
foreach (Assembly device in ((StraightConveyor)sender).Assemblies)
{
if (device.Name == assemDev[1])
{
MergePhotocell = device as CasePhotocell;
break;
}
}
}
void photoCellPlacment_OnElapsed(Timer sender)
{
try
{
StraightBeltConveyor photocellBelt = photoCellCreator.Route.Parent.Parent as StraightBeltConveyor; //TODO what about other types --- really need a Dematic base conveyor
CasePhotocellInfo pcinfo = new CasePhotocellInfo()
{
name = "Induct_" + ((KeyValuePair <string, float>)eSortedTeachTimes.Current).Key,
distance = photoCellCreator.Distance,
distanceFrom = PositionPoint.Start,
type = photocellBelt.beltControl.constructDevice.DeviceTypes["Add Photocell"].Item1
};
CasePhotocell pc = beltControl.constructDevice.InsertDevice(pcinfo, photocellBelt as IConstructDevice) as CasePhotocell;
photocellBelt.DeviceInfos.Add(pcinfo); //Add the device info to the assembly that it was created on so that it will be saved when the user saves the model
BeltSorterMerge bsm = Experior.Core.Assemblies.Assembly.Items[((KeyValuePair <string, float>)eSortedTeachTimes.Current).Key] as BeltSorterMerge;
bsm.MergePhotocellName = string.Format("{0},{1}", photocellBelt.Name, pc.Name);
if (eSortedTeachTimes.MoveNext()) //reset the timer ready for the next photocell
{
KeyValuePair <string, float> photoCellInfo = (KeyValuePair <string, float>)eSortedTeachTimes.Current;
photoCellPlacment.Timeout = photoCellInfo.Value - previousTime;
previousTime += photoCellInfo.Value - previousTime;
photoCellPlacment.Reset();
photoCellPlacment.Start();
}
else //After all photocells have been created subcribe to there deleted event
{
AssignMergePhotoCellDeleted();
}
}
catch (Exception ex)
{
Log.Write("Error in photoCellPlacment_OnElapsed: " + ex.Message);
}
}
private void AssignMergePhotoCellDeleted()
{
using (IEnumerator <Assembly> eAssem = Experior.Core.Assemblies.Assembly.Items.Values.GetEnumerator())
{
while (eAssem.MoveNext())
{
if (eAssem.Current is BeltSorterMerge)
{
BeltSorterMerge current = eAssem.Current as BeltSorterMerge;
lbsm.Add(current);
}
}
}
foreach (BeltSorterMerge bsm in lbsm)
{
if (!string.IsNullOrEmpty(bsm.MergePhotocellName))
{
CasePhotocell mergePhotcell = bsm.GetMergePhotocell(bsm.MergePhotocellName);
AllInductPhotoCells.Add(bsm, mergePhotcell);
mergePhotcell.OnDeviceDeleted += mergePhotcell_OnDeviceDeleted;
}
}
}
