/// <summary>
/// Bind each TCD_Interface node to separate TCDSimulator.
/// </summary>
protected override NodeState AddBehaviourToPredefinedNode(ISystemContext context, NodeState predefinedNode)
{
BaseObjectState passiveNode = predefinedNode as BaseObjectState;
if (passiveNode != null)
{
NodeId typeId = passiveNode.TypeDefinitionId;
if (IsNodeIdInNamespace(typeId) && typeId.IdType == IdType.Numeric && (uint)typeId.Identifier == ObjectTypes.TCD_Interface)
{
// Found a TCD_Interface. If it is not already an active node, then replace it with one.
TCD_InterfaceState activeNode = passiveNode as TCD_InterfaceState;
if (activeNode == null)
{
activeNode = new TCD_InterfaceState(passiveNode.Parent);
activeNode.Create(context, passiveNode);
if (passiveNode.Parent != null)
{
passiveNode.Parent.ReplaceChild(context, activeNode);
}
}
// Now that we have an active node, bind it to a simulator.
TCDSimulator simulator = CreateSimulatorForNode(activeNode);
if (simulator != null)
{
simulator.AddListener(activeNode);
simulator.SetLogger(m_Logger);
simulator.StartSimulation();
m_Simulators.Add(simulator); // Prevent it from being disposed
}
return(activeNode);
}
}
return(predefinedNode);
}
/// <summary>
/// Create a simulator for a specific TCD_Interface node name.
/// </summary>
/// <param name="nodeName">The simulator, or null if the node name is not found.</param>
/// <returns></returns>
private TCDSimulator CreateSimulatorForNode(TCD_InterfaceState node)
{
string nodeName = node.DisplayName.ToString();
if (string.Equals(nodeName, "TCD_TPS_30293_02"))
{
TCDSimulator chamber = new TenneyTC40C();
chamber.SetLocationName("RCD-PROD-T1", false);
chamber.SetUserMachineName("EC-TC40C-01", false);
chamber.SerialNumber = "30293-02";
chamber.DeviceMappingNumber = 101;
// MIL-STD-810F "Basic Hot" temperature cycle
chamber.ProgramWaitUntilUTC(6, 7); // Wait until 06h07 UTC
chamber.ProgramSetRampUp(1); // Set the target ramp-up rate to 1 deg. C per minute
chamber.ProgramSetRampDown(1); // Set the target ramp-down rate to 1 deg. C per minute
chamber.ProgramSwitchOn(); // Turn the chamber ON
chamber.ProgramSetTemperature(33); // Set the temperature set-point to 33 deg. C.
chamber.ProgramWaitFor(120); // Wait for 120 min.
chamber.ProgramSetTemperature(32); // Set the temperature set-point to 32 deg. C.
chamber.ProgramWaitFor(120); // Wait for 120 min.
chamber.ProgramSetTemperature(31); // Set the temperature set-point to 31 deg. C.
chamber.ProgramWaitFor(60); // Wait for 60 min.
chamber.ProgramSetTemperature(30); // Set the temperature set-point to 30 deg. C.
chamber.ProgramWaitFor(0, 10); // Wait for a random period of 0 to 10 min.
chamber.ProgramOpenDoor(); // Open the chamber door.
chamber.ProgramWaitFor(20, 30); // Wait for between 20 and 30 min.
chamber.ProgramCloseDoor(); // Close the chamber door.
chamber.ProgramWaitFor(90); // Wait for 90 min.
chamber.ProgramSetTemperature(31); // Set the temperature set-point to 31 deg. C.
chamber.ProgramWaitFor(60); // Wait for 60 min.
chamber.ProgramSetTemperature(34); // Set the temperature set-point to 34 deg. C.
chamber.ProgramWaitFor(60); // Wait for 60 min.
chamber.ProgramSetTemperature(37); // Set the temperature set-point to 37 deg. C.
chamber.ProgramWaitFor(60); // Wait for 60 min.
chamber.ProgramSetTemperature(39); // Set the temperature set-point to 39 deg. C.
chamber.ProgramWaitFor(60); // Wait for 60 min.
chamber.ProgramSetTemperature(41); // Set the temperature set-point to 41 deg. C.
chamber.ProgramWaitFor(60); // Wait for 60 min.
chamber.ProgramSetTemperature(42); // Set the temperature set-point to 42 deg. C.
chamber.ProgramWaitFor(60); // Wait for 60 min.
chamber.ProgramSetTemperature(43); // Set the temperature set-point to 43 deg. C.
chamber.ProgramWaitFor(300); // Wait for 300 min.
chamber.ProgramSetTemperature(42); // Set the temperature set-point to 42 deg. C.
chamber.ProgramWaitFor(60); // Wait for 60 min.
chamber.ProgramSetTemperature(40); // Set the temperature set-point to 40 deg. C.
chamber.ProgramWaitFor(60); // Wait for 60 min.
chamber.ProgramSetTemperature(38); // Set the temperature set-point to 38 deg. C.
chamber.ProgramWaitFor(60); // Wait for 60 min.
chamber.ProgramSetTemperature(36); // Set the temperature set-point to 36 deg. C.
chamber.ProgramWaitFor(60); // Wait for 60 min.
chamber.ProgramSetTemperature(35); // Set the temperature set-point to 35 deg. C.
chamber.ProgramWaitFor(60); // Wait for 60 min.
chamber.ProgramSetTemperature(34); // Set the temperature set-point to 34 deg. C.
return(chamber);
}
else if (string.Equals(nodeName, "TCD_TPS_22507_03"))
{
TCDSimulator chamber = new TenneyTC40C();
chamber.SetLocationName("RCD-PROD-T2", false);
chamber.SetUserMachineName("EC-TC40C-02", false);
chamber.SerialNumber = "22507-03";
chamber.DeviceMappingNumber = 102;
// MIL-STD-810F "typical test cycle" for airborne equipment, repeated twice a day.
chamber.ProgramWaitUntilUTC(5, 0);
chamber.ProgramWaitFor(0, 10);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(10, 20);
chamber.ProgramCloseDoor();
chamber.ProgramSetTemperature(-40);
chamber.ProgramSwitchOn();
chamber.ProgramWaitFor(300);
chamber.ProgramSetTemperature(60);
chamber.ProgramWaitFor(60);
chamber.ProgramSetTemperature(71);
chamber.ProgramWaitFor(300);
chamber.ProgramSetTemperature(23);
chamber.ProgramWaitFor(30);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(10, 20);
chamber.ProgramCloseDoor();
chamber.ProgramSetTemperature(-40);
chamber.ProgramSwitchOn();
chamber.ProgramWaitFor(300);
chamber.ProgramSetTemperature(60);
chamber.ProgramWaitFor(60);
chamber.ProgramSetTemperature(71);
chamber.ProgramWaitFor(300);
chamber.ProgramSwitchOff();
return(chamber);
}
else if (string.Equals(nodeName, "TCD_TPS_13502_21"))
{
TCDSimulator chamber = new TenneyTC10S();
chamber.SetLocationName("RCD-PROD-T1", false);
chamber.SetUserMachineName("EC-T10S-01", false);
chamber.SerialNumber = "13502-21";
chamber.DeviceMappingNumber = 103;
// Constant +71 deg. C, with door being opened and closed during business hours.
chamber.ProgramSetRampUp(1);
chamber.ProgramSetRampDown(1);
chamber.ProgramSetTemperature(71);
chamber.ProgramSwitchOn();
chamber.ProgramWaitUntilUTC(6, 0);
chamber.ProgramWaitFor(0, 10);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(60, 120);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(60, 120);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(60, 120);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(60, 120);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(60, 120);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
return(chamber);
}
else if (string.Equals(nodeName, "TCD_TPS_11090_24"))
{
TCDSimulator chamber = new TenneyTC10S();
chamber.SetLocationName("RCD-PROD-T2", false);
chamber.SetUserMachineName("EC-TC10S-03", false);
chamber.SerialNumber = "11090-24";
chamber.DeviceMappingNumber = 104;
// Constant +51 deg. C, with door being opened and closed during business hours.
chamber.ProgramSetRampUp(1);
chamber.ProgramSetRampDown(1);
chamber.ProgramSetTemperature(51);
chamber.ProgramSwitchOn();
chamber.ProgramWaitUntilUTC(6, 0);
chamber.ProgramWaitFor(0, 10);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(30, 60);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(30, 60);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(30, 60);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(30, 60);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(30, 60);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(30, 60);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(30, 60);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
return(chamber);
}
else if (string.Equals(nodeName, "TCD_TPS_26179_06"))
{
TCDSimulator chamber = new TenneyTC10C();
chamber.SetLocationName("RCD-PROD-T1", false);
chamber.SetUserMachineName("EC-TC10C-03", false);
chamber.SerialNumber = "26179-06";
chamber.DeviceMappingNumber = 105;
// Constant -40 deg. C, with door being opened and closed during business hours.
chamber.ProgramSetRampUp(1);
chamber.ProgramSetRampDown(1);
chamber.ProgramSetTemperature(-40);
chamber.ProgramSwitchOn();
chamber.ProgramWaitUntilUTC(6, 0);
chamber.ProgramWaitFor(0, 10);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(60, 120);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(60, 120);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(60, 120);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(60, 120);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(60, 120);
chamber.ProgramOpenDoor();
chamber.ProgramWaitFor(0, 10);
chamber.ProgramCloseDoor();
return(chamber);
}
else if (string.Equals(nodeName, "TCD_CSZ_103521"))
{
TCDSimulator chamber = new TimeCompressorTC2();
chamber.SetLocationName("RCD-PROD-HASS", false);
chamber.SetUserMachineName("EC-TC20-01", false);
chamber.SerialNumber = "103521";
chamber.DeviceMappingNumber = 106;
// Simulated Highly Accelerated Stress Screening cycle during office hours.
chamber.ProgramWaitUntilUTC(6, 0);
chamber.ProgramWaitFor(0, 15);
chamber.OpenDoor();
chamber.ProgramWaitFor(5, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(1, 2);
chamber.ProgramSetTemperature(-60);
chamber.ProgramSwitchOn();
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(120);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(71);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(-40);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(23);
chamber.ProgramWaitFor(10);
chamber.ProgramSwitchOff();
chamber.ProgramWaitFor(0, 2);
chamber.OpenDoor();
chamber.ProgramWaitFor(5, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(1, 2);
chamber.ProgramSetTemperature(-60);
chamber.ProgramSwitchOn();
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(120);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(71);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(-40);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(23);
chamber.ProgramWaitFor(10);
chamber.ProgramSwitchOff();
chamber.ProgramWaitFor(0, 2);
chamber.OpenDoor();
chamber.ProgramWaitFor(5, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(1, 2);
chamber.ProgramSetTemperature(-60);
chamber.ProgramSwitchOn();
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(120);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(71);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(-40);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(23);
chamber.ProgramWaitFor(10);
chamber.ProgramSwitchOff();
chamber.ProgramWaitFor(0, 2);
chamber.OpenDoor();
chamber.ProgramWaitFor(5, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(1, 2);
chamber.ProgramSetTemperature(-60);
chamber.ProgramSwitchOn();
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(120);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(71);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(-40);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(23);
chamber.ProgramWaitFor(10);
chamber.ProgramSwitchOff();
chamber.ProgramWaitFor(0, 2);
chamber.OpenDoor();
chamber.ProgramWaitFor(5, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(1, 2);
chamber.ProgramSetTemperature(-60);
chamber.ProgramSwitchOn();
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(120);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(71);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(-40);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(23);
chamber.ProgramWaitFor(10);
chamber.ProgramSwitchOff();
chamber.ProgramWaitFor(0, 2);
chamber.OpenDoor();
chamber.ProgramWaitFor(5, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(1, 2);
chamber.ProgramSetTemperature(-60);
chamber.ProgramSwitchOn();
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(120);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(71);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(-40);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(23);
chamber.ProgramWaitFor(10);
chamber.ProgramSwitchOff();
chamber.ProgramWaitFor(0, 2);
chamber.OpenDoor();
chamber.ProgramWaitFor(5, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(1, 2);
chamber.ProgramSetTemperature(-60);
chamber.ProgramSwitchOn();
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(120);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(71);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(-40);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(23);
chamber.ProgramWaitFor(10);
chamber.ProgramSwitchOff();
chamber.ProgramWaitFor(0, 2);
chamber.OpenDoor();
chamber.ProgramWaitFor(5, 10);
chamber.ProgramCloseDoor();
chamber.ProgramWaitFor(1, 2);
chamber.ProgramSetTemperature(-60);
chamber.ProgramSwitchOn();
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(120);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(71);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(-40);
chamber.ProgramWaitFor(10);
chamber.ProgramSetTemperature(23);
chamber.ProgramWaitFor(10);
chamber.ProgramSwitchOff();
chamber.ProgramWaitFor(0, 2);
return(chamber);
}
else
{
return(null);
}
}
