private float GetCurrentFluidLevel()
{
SF.Common.Proxies.ScadaExportProxy proxy = new SF.Common.Proxies.ScadaExportProxy(ConfigurationManager.AppSettings["Scada"]);
var data = proxy.GetData().GetAwaiter().GetResult();
if (data != null)
{
var point = (data["FluidLevel_Tank"] as AnalogPoint);
return(point.Value);
}
return(0);
}
private void SendCommand(CeForecast forecastResult)
{
commands = new List <List <ScadaCommandingEvent> >();
var proxy = new SF.Common.Proxies.ScadaExportProxy(ConfigurationManager.AppSettings["Scada"]);
var commanding = new CommandingProxy(ConfigurationManager.AppSettings["Command"]);
var points = proxy.GetData().GetAwaiter().GetResult();
if (points == null)
{
return;
}
foreach (var item in forecastResult.Results.Take(24))
{
var cmds = new List <ScadaCommandingEvent>();
for (int i = 0; i < item.Pumps.Count(); i++)
{
var onOff = item.Pumps[i];
var time = item.Times[i];
var flow = item.Flows[i];
if (points.ContainsKey($"Breaker_2{i + 1}Status"))
{
var breaker2 = points[$"Breaker_2{i + 1}Status"];
if (onOff != 0)
{
var command1 = new ScadaCommandingEvent()
{
Index = (uint)breaker2.Index,
RegisterType = breaker2.RegisterType,
Milliseconds = 0,
Value = (uint)onOff
};
cmds.Add(command1);
}
}
if (points.ContainsKey($"Discrete_Tap{i + 1}") && onOff == 1)
{
var tap = points[$"Discrete_Tap{i + 1}"];
var command2 = new ScadaCommandingEvent()
{
Index = (uint)tap.Index,
RegisterType = tap.RegisterType,
Milliseconds = 0,
Value = (uint)(flow / 100)
};
cmds.Add(command2);
}
}
commands.Add(cmds);
}
}
private void TurnOffPumps()
{
var commanding = new CommandingProxy(ConfigurationManager.AppSettings["Command"]);
var proxy = new SF.Common.Proxies.ScadaExportProxy(ConfigurationManager.AppSettings["Scada"]);
var points = proxy.GetData().GetAwaiter().GetResult();
if (points == null)
{
return;
}
if (points.ContainsKey("Breaker_21Status"))
{
var breaker1 = points["Breaker_21Status"] as DiscretePoint;
var command1 = new ScadaCommandingEvent()
{
Index = (uint)breaker1.Index,
RegisterType = breaker1.RegisterType,
Value = 0,
Milliseconds = 0
};
commanding.Commmand(new SCADA.Common.ScadaCommand(command1.RegisterType, command1.Index, command1.Value, command1.Milliseconds)).GetAwaiter().GetResult();
}
if (points.ContainsKey("Breaker_22Status"))
{
var breaker2 = points["Breaker_22Status"] as DiscretePoint;
var command2 = new ScadaCommandingEvent()
{
Index = (uint)breaker2.Index,
RegisterType = breaker2.RegisterType,
Value = 0,
Milliseconds = 0
};
commanding.Commmand(new SCADA.Common.ScadaCommand(command2.RegisterType, command2.Index, command2.Value, command2.Milliseconds)).GetAwaiter().GetResult();
}
if (points.ContainsKey("Breaker_23Status"))
{
var breaker3 = points["Breaker_23Status"] as DiscretePoint;
var command3 = new ScadaCommandingEvent()
{
Index = (uint)breaker3.Index,
RegisterType = breaker3.RegisterType,
Value = 0,
Milliseconds = 0
};
commanding.Commmand(new SCADA.Common.ScadaCommand(command3.RegisterType, command3.Index, command3.Value, command3.Milliseconds)).GetAwaiter().GetResult();
}
}
private void OffSequence()
{
var commanding = new CommandingProxy(ConfigurationManager.AppSettings["Command"]);
var clearCommand = new ScadaCommandingEvent()
{
Index = 1,
Milliseconds = 1,
RegisterType = RegisterType.BINARY_INPUT,
Value = 0
};
commanding.Commmand(new SCADA.Common.ScadaCommand(clearCommand.RegisterType, clearCommand.Index, clearCommand.Value, clearCommand.Milliseconds)).GetAwaiter().GetResult();
var proxy = new SF.Common.Proxies.ScadaExportProxy(ConfigurationManager.AppSettings["Scada"]);
var points = proxy.GetData().GetAwaiter().GetResult();
if (points == null)
{
return;
}
var commands = new List <ScadaCommandingEvent>();
foreach (var item in points)
{
if (item.Key.Contains("Breaker_21Status") || item.Key.Contains("Breaker_22Status") || item.Key.Contains("Breaker_23Status") || item.Key.Contains("Discrete_Tap"))
{
var command = new ScadaCommandingEvent()
{
Index = (uint)item.Value.Index,
RegisterType = item.Value.RegisterType,
Milliseconds = 0,
Value = 0
};
commands.Add(command);
}
}
foreach (var item in commands)
{
commanding.Commmand(new SCADA.Common.ScadaCommand(item.RegisterType, item.Index, item.Value, item.Milliseconds)).GetAwaiter().GetResult();
}
}
private void CheckState()
{
var proxy = new SF.Common.Proxies.ScadaExportProxy(ConfigurationManager.AppSettings["Scada"]);
var measurements = proxy.GetData().GetAwaiter().GetResult();
if (measurements == null || !measurements.ContainsKey("FluidLevel_Tank"))
{
return;
}
var fluidLevel = measurements["FluidLevel_Tank"] as AnalogPoint;
if (points == 1)
{
var flows = 2 * (measurements["Flow_AM2"] != null ? ((AnalogPoint)(measurements["Flow_AM2"])).Value / 4 : 0);
if (LevelIsOptimal(fluidLevel.Value - flows))
{
TurnOffPumps();
}
}
else if (points == 2)
{
var flows = 2 * ((measurements["Flow_AM1"] != null ? ((AnalogPoint)(measurements["Flow_AM1"])).Value / 4 : 0) +
(measurements["Flow_AM2"] != null ? ((AnalogPoint)(measurements["Flow_AM2"])).Value / 4 : 0));
if (LevelIsOptimal(fluidLevel.Value - flows))
{
TurnOffPumps();
}
}
else if (points == 3)
{
var flows = 2 * ((measurements["Flow_AM1"] != null ? ((AnalogPoint)(measurements["Flow_AM1"])).Value / 4 : 0) +
(measurements["Flow_AM2"] != null ? ((AnalogPoint)(measurements["Flow_AM2"])).Value / 4 : 0) +
(measurements["Flow_AM3"] != null ? ((AnalogPoint)(measurements["Flow_AM3"])).Value / 4 : 0));
if (LevelIsOptimal(fluidLevel.Value - flows))
{
TurnOffPumps();
}
}
}
