public static void FireCarbon(double c, int periodlNumber)
{
var fex = new FlexHelper("CarbonSwitcher.Result");
fex.AddArg("C", c);
fex.AddArg("PeriodlNumber", periodlNumber);
fex.Fire(Program.MainGate);
}
public static void ReqCalc(Client CoreGate, InData modelInData)
{
var fex = new FlexHelper("UI.Calc");
fex.AddArg("SteelType", modelInData.SteelType);
fex.AddArg("MHi", modelInData.MHi);
fex.AddArg("MSc", modelInData.MSc);
fex.AddArg("SiHi", modelInData.SiHi);
fex.AddArg("THi", modelInData.THi);
fex.AddArg("IsProcessingUVS", modelInData.IsProcessingUVS);
fex.Fire(CoreGate);
}
public static void FireTimerHandler(object source, ElapsedEventArgs e)
{
var fex = new FlexHelper("CoreMeteringEvent");
fex.AddArg("SendTime", DateTime.Now);
FlexList.Add(fex.evt);
fex.Fire(MainGate);
var last = ResultList.Count - 1;
ResultList[last].FieredEvents++;
//Console.Write(".");
//SaveMatrix(ArchPath);
}
public void Init()
{
mixerTimer.Interval = 1000;
mixerTimer.AutoReset = false;
mixerTimer.Enabled = true;
mixerTimer.Elapsed += new ElapsedEventHandler(OnTimedEvent);
// список доступных миксеров
var fex = new FlexHelper("OPC.Read-OPC.HM-Chemistry.Event.");
fex.Fire(Program.MainGate);
// текущий номер плавки
Program.MainGate.PushEvent(new OPCDirectReadEvent() { EventName = typeof(HeatChangeEvent).Name });
}
public void Init()
{
MainGate = new Client(ClientName, this);
MainGate.Subscribe();
mixerTimer.Interval = 1000;
mixerTimer.AutoReset = false;
mixerTimer.Enabled = true;
mixerTimer.Elapsed += new ElapsedEventHandler(OnTimedEvent);
// список доступных миксеров
var fex = new FlexHelper("OPC.Read-OPC.HM-Chemistry.Event.");
ClientFace.ironTable.dgw.RowCount = 0;
fex.Fire(MainGate);
// текущий номер плавки
MainGate.PushEvent(new OPCDirectReadEvent() {EventName = typeof (HeatChangeEvent).Name});
}
public static void SendResultCalc(OutData outData)
{
var fex = new FlexHelper("Charge5.ResultCalc");
fex.AddArg("MDlm", outData.MDlm); // int
fex.AddArg("MDlms", outData.MDlms); // int
fex.AddArg("MFom", outData.MFom); // int
fex.AddArg("MHi", outData.MHi); // int
fex.AddArg("MLi", outData.MLi); // int
fex.AddArg("MSc", outData.MSc); // int
fex.AddArg("IsFound", outData.IsFound); // bool
fex.Fire(Program.MainGate);
Implements.InstantLogger.msg(fex.evt.ToString());
}
public static void fireFlex(FlexEvent d)
{
var fex = new FlexHelper(d.Operation);
fex.evt.Flags = d.Flags;
foreach (var a in d.Arguments) {
var v = ((Element) a.Value).val;
if (v is byte[]) {
var vv = v as byte[];
string s = "";
for (var i = 0; i < vv.Length; i++) {
int c = vv[i];
if (c > 127) c += 0x0350;
s += Convert.ToChar(c);
}
///!sb.AppendFormat("/{0}", s);
v = s;
}
fex.AddArg(a.Key, v);
}
fex.Fire(MainGate);
}
public static void FireFixEvent(double carbon)
{
var fex = new FlexHelper("UniversalCPlus.DataFix");
fex.AddArg("C", carbon);
fex.Fire(Program.MainGate);
InstantLogger.msg(fex.evt + "\n");
}
public static void Iterate()
{
if (ModelIsStarted) {
if (m_dataIsFixed) {
if (!m_dataIsEnqueue) {
CurrentState.SteelCarbonPercentCalculated = Decarbonater.MFactorUniversalCarbonPlus(m_matrix,
CurrentState);
CurrentState.SteelCarbonPercentCalculated =
CarbonClipper(CurrentState.SteelCarbonPercentCalculated);
if (VerifyForEnqueueWaitC()) EnqueueWaitC(); // ставим в очередь если плавка нормальная
m_dataIsEnqueue = true;
FireCurrentCarbon(CurrentState.SteelCarbonPercentCalculated);
FireFixEvent(CurrentState.SteelCarbonPercentCalculated);
}
}
else {
var co2 = HDSmoother.CO2.Average(PeriodSec);
var co = HDSmoother.CO.Average(PeriodSec);
CurrentState.CarbonVP = co*0.43 + co2 * 0.27;
CurrentState.CarbonIVP += CurrentState.CarbonVP;
CurrentState.TimeFromX += IntervalSec;
CurrentState.SteelCarbonPercentCalculated = Decarbonater.MFactorUniversalCarbonPlus(m_matrix, CurrentState);
//if (!m_dataIsEnqueue) m_lastCarbon = CurrentState.SteelCarbonPercentCalculated;
CurrentState.SteelCarbonPercentCalculated = CarbonClipper(CurrentState.SteelCarbonPercentCalculated);
FireCurrentCarbon(CurrentState.SteelCarbonPercentCalculated); // fire flex
//Console.WriteLine("Carbone = " + CurrentState.SteelCarbonPercentCalculated + "%");
m_dataIsFixed = ModelVerifiForFix();
}
}
else {
ModelIsStarted = ModelVerifiForStart();
if (ModelIsStarted) {
FireCurrentCarbon(0.095);
var fex = new FlexHelper("UniversalCPlus.ModelIsStarted");
fex.Fire(Program.MainGate);
InstantLogger.msg(fex.evt + "\n");
}
}
if (HDSmoother.HeatIsStarted)
CurrentState.HightQualityHeat = HightQualityHeatVerify();
}
public String ProcessNews()
{
using (Logger l = new Logger("PipeCatcher"))
{
OraCmd.CommandText = ProcName;
OraCmd.CommandType = System.Data.CommandType.StoredProcedure;
OraCmd.Parameters.Clear();
OraCmd.Parameters.Add(new OracleParameter("NRECID", OracleDbType.Decimal, System.Data.ParameterDirection.Input)).Value = RecId;
OraCmd.Parameters.Add(new OracleParameter("REFCURSOR", OracleDbType.RefCursor, System.Data.ParameterDirection.Output));
// OraCmd.Parameters["NRECID"].Value = RecId;
if (OraCmd.Connection.State != System.Data.ConnectionState.Closed)
{
OraCmd.Connection.Close();
}
OraCmd.Connection.Open();
OraReader = OraCmd.ExecuteReader();
var str = String.Format("\nCALL {0}({1})", ProcName, RecId);
if (OraReader.HasRows)
{
var f = new FlexHelper("PipeCatcher.Call." + ProcName);
str += "+++";
OraReader.Read();
f.AddArg("@ProcName", ProcName);
for (int i = 0; i < OraReader.FieldCount; i++)
{
f.AddArg(OraReader.GetName(i), OraReader[i]);
str += "\n" + OraReader.GetName(i) + "\t: " + OraReader[i];
}
f.Fire(Program.CoreGate);
}
else
{
str += "---";
}
OraReader.Close();
return str;
}
}
public static void FireCurrentCarbon(double carbon)
{
const double tresholdCarbon = 0.03;
carbon = carbon < tresholdCarbon ? tresholdCarbon : carbon; // ограничение на углерод
var fex = new FlexHelper("UniversalCPlus.Result");
fex.AddArg("C", carbon);
fex.Fire(Program.MainGate);
InstantLogger.msg("carbon = {0}", carbon);
}
public static void StopBlowFlagRelease()
{
var fex = new ConnectionProvider.FlexHelper("OPC.ComEndBlowing");
fex.AddArg("EndBlowingSignal", 0);
fex.Fire(Program.MainGate);
InstantLogger.log(fex.evt.ToString());
}
public static void SublanceDataLost(object source, ElapsedEventArgs e)
{
WaitSublanceData.Enabled = false;
var fex = new ConnectionProvider.FlexHelper("CorrectionCT.SublanceDataLost");
fex.Fire(Program.MainGate);
InstantLogger.log(fex.evt.ToString());
}
private static void OnTimedEvent(object source, ElapsedEventArgs e)
{
m_vPathIsOutput = !VPathDataIsEqual(HDataList[m_position].Bunkers, m_vPathDataLast);
if (m_vPathIsOutput) {
Console.WriteLine(
"{17:0000}: {0:00000} > {1:000} | {2:0000.0} | {3:00.0} | {4:00.0} | {5:00.0} | {6:00.0} | {7:00.0} | {8:00.0} " +
"| {9:0000} | {10:0000} | {11:0000} | {12:0000} | {13:0000} | {14:0000} | {15:0000} | {16:0000}",
m_totalO2,
HDataList[m_position].HeightLance,
HDataList[m_position].RateO2,
HDataList[m_position].H2,
HDataList[m_position].O2,
HDataList[m_position].CO,
HDataList[m_position].CO2,
HDataList[m_position].N2,
HDataList[m_position].Ar,
HDataList[m_position].Bunkers.RB5,
HDataList[m_position].Bunkers.RB6,
HDataList[m_position].Bunkers.RB7,
HDataList[m_position].Bunkers.RB8,
HDataList[m_position].Bunkers.RB9,
HDataList[m_position].Bunkers.RB10,
HDataList[m_position].Bunkers.RB11,
HDataList[m_position].Bunkers.RB12,
++m_step
);
m_vPathDataLast = HDataList[m_position].Bunkers;
}
else {
Console.WriteLine(
"{9:0000}: {0:00000} > {1:000} | {2:0000.0} | {3:00.0} | {4:00.0} | {5:00.0} | {6:00.0} | {7:00.0} | {8:00.0}",
m_totalO2,
HDataList[m_position].HeightLance,
HDataList[m_position].RateO2,
HDataList[m_position].H2,
HDataList[m_position].O2,
HDataList[m_position].CO,
HDataList[m_position].CO2,
HDataList[m_position].N2,
HDataList[m_position].Ar,
++m_step
);
}
var le = new LanceEvent();
le.LanceHeight = HDataList[m_position].HeightLance;
le.O2Flow = HDataList[m_position].RateO2;
le.O2TotalVol = (int) m_totalO2;
var offGA = new OffGasAnalysisEvent();
offGA.H2 = HDataList[m_position].H2;
offGA.O2 = HDataList[m_position].O2;
offGA.CO = HDataList[m_position].CO;
offGA.CO2 = HDataList[m_position].CO2;
offGA.N2 = HDataList[m_position].N2;
offGA.Ar = HDataList[m_position].Ar;
var fex = new FlexHelper("UDP.OffGasAnalysisEvent");
fex.AddArg("H2", HDataList[m_position].H2);
fex.AddArg("O2", HDataList[m_position].O2);
fex.AddArg("CO", HDataList[m_position].CO);
fex.AddArg("CO2", HDataList[m_position].CO2);
fex.AddArg("N2", HDataList[m_position].N2);
fex.AddArg("Ar", HDataList[m_position].Ar);
fex.Fire(MainGate);
var offG = new OffGasEvent();
offG.OffGasFlow = HDataList[m_position].VOffGas;
offG.OffGasTemp = (int) Math.Round(HDataList[m_position].TOffGas);
var bE = new BlowingEvent();
bE.O2TotalVol = (int) m_totalO2;
bE.BlowingFlag = 1;
var vate = new visAdditionTotalEvent();
vate.RB5TotalWeight = HDataList[m_position].Bunkers.RB5;
vate.RB6TotalWeight = HDataList[m_position].Bunkers.RB6;
vate.RB7TotalWeight = HDataList[m_position].Bunkers.RB7;
vate.RB8TotalWeight = HDataList[m_position].Bunkers.RB8;
vate.RB9TotalWeight = HDataList[m_position].Bunkers.RB9;
vate.RB10TotalWeight = HDataList[m_position].Bunkers.RB10;
vate.RB11TotalWeight = HDataList[m_position].Bunkers.RB11;
vate.RB12TotalWeight = HDataList[m_position].Bunkers.RB12;
if ((HDataList[m_position].SublanceC > 0) && !m_sublanceCIsPushed) {
Int64 reminder = 0;
Int64 res = Math.DivRem(m_heatNumber, 10000, out reminder);
Int64 longHN = res*100000 + reminder;
MainGate.PushEvent(new visSpectrluksEvent() {C = HDataList[m_position].SublanceC, HeatNumber = longHN});
Console.WriteLine("specroluks push Heat = {0} ", longHN);
MainGate.PushEvent(new SublanceCEvent() {C = HDataList[m_position].SublanceC});
m_sublanceCIsPushed = true;
Console.WriteLine("Carbone pushed C = {0}, heatNumber = {1}", HDataList[m_position].SublanceC, longHN);
}
var doge = new DecompressionOffGasEvent();
m_decompressionOffGas = HDataList[m_position].DecompressionOffGas == Int32.MinValue
? m_decompressionOffGas
: HDataList[m_position].DecompressionOffGas;
doge.Decompression = m_decompressionOffGas;
MainGate.PushEvent(le);
MainGate.PushEvent(offGA);
MainGate.PushEvent(offG);
MainGate.PushEvent(bE);
MainGate.PushEvent(doge);
m_totalO2 += HDataList[m_position].RateO2*0.01666666666666666666666666666667;
if (m_vPathIsOutput) MainGate.PushEvent(vate);
//Console.WriteLine("m_position -- {0}; HDataList.Count -- {1}", m_position, HDataList.Count);
if (m_position < HDataList.Count - 1)
m_position++;
else {
Console.WriteLine("Exit 0");
System.Environment.Exit(0);
m_timer.Enabled = false;
}
}
public static void DoStopBlow()
{
var fex = new ConnectionProvider.FlexHelper("OPC.ComEndBlowing");
fex.AddArg("EndBlowingSignal", 1);
fex.Fire(Program.MainGate);
InstantLogger.log(fex.evt.ToString());
BlowStopSignalPushed = true;
}
public static void FireStartCRecalc()
{
var fex = new FlexHelper("CorrectionCT.ModelIsStarted");
fex.Fire(Program.MainGate);
}
private void PatternSave()
{
for (int i = 0; i < CountTables; i++)
Tables[i] = UpdateCsvtpFromTd(DGTables[i], Tables[i]);
CSVTP_FlexEventConverter.AppName = "UI";
var flex = CSVTP_FlexEventConverter.PackToFlex(PatternLoadedName, InitTbl, Tables);
ConsolePush("Паттерн запакован");
var fex = new FlexHelper(flex.Operation);
fex.evt.Arguments = flex.Arguments;
fex.Fire(Requester.MainGate);
StatusChange("Паттерн отправлен на сохранение...");
}
public static void FireResultCRecalc(double carbon)
{
var fex = new FlexHelper("CorrectionCT.Result");
fex.AddArg("C", carbon);
fex.Fire(Program.MainGate);
InstantLogger.msg("Recaclc C = {0}", carbon);
}
public static void FireFixCRecalc(double carbon)
{
var fex = new FlexHelper("CorrectionCT.DataFix");
fex.AddArg("C", carbon);
fex.Fire(Program.MainGate);
}
public static void EndMeteringAccept()
{
var fex = new ConnectionProvider.FlexHelper("CorrectionCT.EndMeteringAccept");
fex.Fire(Program.MainGate);
InstantLogger.log(fex.evt.ToString());
}
public static void ReqPatternNames(Client CoreGate)
{
var fex = new FlexHelper("UI.GetNamePatterns");
fex.Fire(CoreGate);
}
private static void transmitter(object state)
{
//Console.BackgroundColor = ConsoleColor.Red;
//Console.ForegroundColor = ConsoleColor.White;
mainGate = new ConnectionProvider.Client();
CultureInfo culture = CultureInfo.InvariantCulture;
System.Threading.Thread.Sleep(1000);
//mainGate.PushEvent(new comBlowingSchemaEvent()); // после запуска программы листенер пропускает первое сообщение через раз, как временное решение проблемы сообщение с -1
//mainGate.PushEvent(new HeatChangeEvent() {HeatNumber = 1133});
//mainGate.PushEvent(new BoundNameMaterialsEvent() {Bunker1MaterialName = "m1", Bunker2MaterialName = "m2", Bunker3MaterialName = "m3"});
//mainGate.PushEvent(new OPCDirectReadEvent() { EventName = typeof(BoundNameMaterialsEvent).Name });
//mainGate.PushEvent(new OPCDirectReadEvent() {EventName = typeof(WeighersStateEvent).Name});
//mainGate.PushEvent(new comAdditionsSchemaEvent());
//mainGate.PushEvent(new cntWeigher3JobReadyEvent() {Counter = 1137});
//mainGate.PushEvent(new cntWeigher4JobReadyEvent() { Counter = 1137 });
//mainGate.PushEvent(new cntWeigher5JobReadyEvent() { Counter = 1137 });
//mainGate.PushEvent(new cntWeigher6JobReadyEvent() { Counter = 1137 });
//mainGate.PushEvent(new cntWeigher7JobReadyEvent() { Counter = 1137 });
//mainGate.PushEvent(new comBlowingSchemaEvent());
//mainGate.PushEvent(new cntBlowingSchemaEvent() {Counter = 1137});
//mainGate.PushEvent(new cntO2FlowRateEvent() { Counter = 1137 });
//var be = new BlowingEvent() {O2TotalVol = 0};
//int oxyRate = 100;
//while (true)
//{
// be.O2TotalVol += oxyRate;
// mainGate.PushEvent(be);
// Thread.Sleep(500);
//}
//int ii = 0;
//while (true)
//{
// mainGate.PushEvent(new HeatChangeEvent() {HeatNumber = ii++});
// Thread.Sleep(100);
//}
//Console.BackgroundColor = ConsoleColor.Black;
//Console.ForegroundColor = ConsoleColor.Green;
/*lock (consoleLock)
{
Console.WriteLine("transmitter...................................................................................[started]\n");
}*/
var dimm = new int[] {1, 2, 3};
var fxe = new FlexHelper("TestComplex");
fxe.AddComplexArg("dimm", dimm);
fxe.Fire(mainGate);
Console.WriteLine("Send:");
Console.WriteLine(fxe.evt);
//var fex = new FlexHelper("OPC.Flex.Suka");
//fex.AddArg("val-i2", 1133);
//fex.AddArg("val-r4", -11.33);
//fex.AddArg("val-s", "Zalupa");
//fex.Fire(mainGate);
//mainGate.PushEvent(new HeatChangeEvent() { HeatNumber = 221111 });
//mainGate.PushEvent(new visSpectrluksEvent() { HeatNumber = 2201111, C = 0.05 });
InstantLogger.log("transmitter", "Started", InstantLogger.TypeMessage.important);
string[] strings;
try {
strings = File.ReadAllLines("BlowData.csv");
}
catch {
strings = new string[0];
//Console.Write("cannot read the file");
InstantLogger.log("Cannot read the file", "Error", InstantLogger.TypeMessage.error);
return;
}
//Console.Write(strings.ToString() + "\n");
comBlowingSchemaEvent blowingSchemaEvent = new comBlowingSchemaEvent();
List<int> O2Vol = new List<int>();
List<int> LancePosition = new List<int>();
List<double> O2Flow = new List<double>();
int O2SchemaNumber = 0;
O2Vol.Add(-1); // выравнивание чтобы совпадали номера
LancePosition.Add(-1); // выравнивание чтобы совпадали номера
O2Flow.Add(-1); // выравнивание чтобы совпадали номера
for (int i = 1; i < strings.Count(); i++) // в нулевой строке заголовки
{
string[] values = strings[i].Split(' ');
O2SchemaNumber = int.Parse(values[0], culture);
O2Vol.Add(int.Parse(values[1], culture));
LancePosition.Add(int.Parse(values[2], culture));
O2Flow.Add(double.Parse(values[3], culture));
}
/* lock (consoleLock)
{
Console.BackgroundColor = ConsoleColor.Black;
Console.ForegroundColor = ConsoleColor.DarkGray;
Console.WriteLine("transmitter...................................................................................[send]\n");
}*/
InstantLogger.log("transmitter", "Send", InstantLogger.TypeMessage.unimportant);
blowingSchemaEvent.O2SchemaNumber = O2SchemaNumber;
blowingSchemaEvent.O2VolStep1 = O2Vol.ElementAt(1);
blowingSchemaEvent.O2VolStep2 = O2Vol.ElementAt(2);
blowingSchemaEvent.O2VolStep3 = O2Vol.ElementAt(3);
blowingSchemaEvent.O2VolStep4 = O2Vol.ElementAt(4);
blowingSchemaEvent.O2VolStep5 = O2Vol.ElementAt(5);
blowingSchemaEvent.O2VolStep6 = O2Vol.ElementAt(6);
blowingSchemaEvent.O2VolStep7 = O2Vol.ElementAt(7);
blowingSchemaEvent.O2VolStep8 = O2Vol.ElementAt(8);
blowingSchemaEvent.O2VolStep9 = O2Vol.ElementAt(9);
blowingSchemaEvent.O2VolStep10 = O2Vol.ElementAt(10);
blowingSchemaEvent.O2VolStep11 = O2Vol.ElementAt(11);
blowingSchemaEvent.O2VolStep12 = O2Vol.ElementAt(12);
blowingSchemaEvent.O2VolStep13 = O2Vol.ElementAt(13);
blowingSchemaEvent.O2VolStep14 = O2Vol.ElementAt(14);
blowingSchemaEvent.O2VolStep15 = O2Vol.ElementAt(15);
blowingSchemaEvent.O2VolStep16 = O2Vol.ElementAt(16);
blowingSchemaEvent.O2VolStep17 = O2Vol.ElementAt(17);
blowingSchemaEvent.O2VolStep18 = O2Vol.ElementAt(18);
blowingSchemaEvent.O2VolStep19 = O2Vol.ElementAt(19);
blowingSchemaEvent.O2VolStep20 = O2Vol.ElementAt(20);
blowingSchemaEvent.LancePositionStep1 = LancePosition.ElementAt(1);
blowingSchemaEvent.LancePositionStep2 = LancePosition.ElementAt(2);
blowingSchemaEvent.LancePositionStep3 = LancePosition.ElementAt(3);
blowingSchemaEvent.LancePositionStep4 = LancePosition.ElementAt(4);
blowingSchemaEvent.LancePositionStep5 = LancePosition.ElementAt(5);
blowingSchemaEvent.LancePositionStep6 = LancePosition.ElementAt(6);
blowingSchemaEvent.LancePositionStep7 = LancePosition.ElementAt(7);
blowingSchemaEvent.LancePositionStep8 = LancePosition.ElementAt(8);
blowingSchemaEvent.LancePositionStep9 = LancePosition.ElementAt(9);
blowingSchemaEvent.LancePositionStep10 = LancePosition.ElementAt(10);
blowingSchemaEvent.LancePositionStep11 = LancePosition.ElementAt(11);
blowingSchemaEvent.LancePositionStep12 = LancePosition.ElementAt(12);
blowingSchemaEvent.LancePositionStep13 = LancePosition.ElementAt(13);
blowingSchemaEvent.LancePositionStep14 = LancePosition.ElementAt(14);
blowingSchemaEvent.LancePositionStep15 = LancePosition.ElementAt(15);
blowingSchemaEvent.LancePositionStep16 = LancePosition.ElementAt(16);
blowingSchemaEvent.LancePositionStep17 = LancePosition.ElementAt(17);
blowingSchemaEvent.LancePositionStep18 = LancePosition.ElementAt(18);
blowingSchemaEvent.LancePositionStep19 = LancePosition.ElementAt(19);
blowingSchemaEvent.LancePositionStep20 = LancePosition.ElementAt(20);
blowingSchemaEvent.O2FlowStep1 = O2Flow.ElementAt(1);
blowingSchemaEvent.O2FlowStep2 = O2Flow.ElementAt(2);
blowingSchemaEvent.O2FlowStep3 = O2Flow.ElementAt(3);
blowingSchemaEvent.O2FlowStep4 = O2Flow.ElementAt(4);
blowingSchemaEvent.O2FlowStep5 = O2Flow.ElementAt(5);
blowingSchemaEvent.O2FlowStep6 = O2Flow.ElementAt(6);
blowingSchemaEvent.O2FlowStep7 = O2Flow.ElementAt(7);
blowingSchemaEvent.O2FlowStep8 = O2Flow.ElementAt(8);
blowingSchemaEvent.O2FlowStep9 = O2Flow.ElementAt(9);
blowingSchemaEvent.O2FlowStep10 = O2Flow.ElementAt(10);
blowingSchemaEvent.O2FlowStep11 = O2Flow.ElementAt(11);
blowingSchemaEvent.O2FlowStep12 = O2Flow.ElementAt(12);
blowingSchemaEvent.O2FlowStep13 = O2Flow.ElementAt(13);
blowingSchemaEvent.O2FlowStep14 = O2Flow.ElementAt(14);
blowingSchemaEvent.O2FlowStep15 = O2Flow.ElementAt(15);
blowingSchemaEvent.O2FlowStep16 = O2Flow.ElementAt(16);
blowingSchemaEvent.O2FlowStep17 = O2Flow.ElementAt(17);
blowingSchemaEvent.O2FlowStep18 = O2Flow.ElementAt(18);
blowingSchemaEvent.O2FlowStep19 = O2Flow.ElementAt(19);
blowingSchemaEvent.O2FlowStep20 = O2Flow.ElementAt(20);
SteelMakingPatternEvent steelMakingPatternEvent = new SteelMakingPatternEvent();
steelMakingPatternEvent.materialsName[0] = "SUKA yana";
steelMakingPatternEvent.materialsName[1] = "ДОЛОМС";
steelMakingPatternEvent.materialsName[2] = "3material";
steelMakingPatternEvent.materialsName[3] = "4material";
steelMakingPatternEvent.materialsName[4] = "PULSE-CC";
steelMakingPatternEvent.materialsName[5] = "6material";
steelMakingPatternEvent.materialsName[6] = "7material";
steelMakingPatternEvent.materialsName[7] = "8material";
steelMakingPatternEvent.materialsName[8] = "9material";
steelMakingPatternEvent.materialsName[9] = "ЯНА";
steelMakingPatternEvent.steps.Add(new Converter.SteelMakingClasses.Step());
steelMakingPatternEvent.steps[0].lance.LancePositin = 700;
steelMakingPatternEvent.steps[0].lance.O2Flow = 450;
steelMakingPatternEvent.steps[0].O2Volume = 0;
/* for (int i = 0; i < 10; i++)
{
steelMakingPatternEvent.steps[0].additions.addition[i].MaterialPortionWeight = 0;
}
*/
Random rnd1 = new Random();
int qq = 0;
for (int step = 1; step <= 25; step++) {
steelMakingPatternEvent.steps.Add(new Converter.SteelMakingClasses.Step());
steelMakingPatternEvent.steps[step].lance.LancePositin =
steelMakingPatternEvent.steps[step - 1].lance.LancePositin - 25;
steelMakingPatternEvent.steps[step].lance.O2Flow = 1000;
steelMakingPatternEvent.steps[step].O2Volume = steelMakingPatternEvent.steps[step - 1].O2Volume + 100;
//qq = rnd1.Next(10);
//steelMakingPatternEvent.steps[step].additions.addition[rnd1.Next(10)].MaterialPortionWeight = rnd1.Next(100,1000);
int weigherid = rnd1.Next(5);
steelMakingPatternEvent.steps[step].weigherLines[weigherid].PortionWeight = rnd1.Next(100, 1000);
//steelMakingPatternEvent.steps[step].weigherLines[weigherid].BunkerId = rnd1.Next(8);
if (weigherid == 0)
steelMakingPatternEvent.steps[step].weigherLines[weigherid].BunkerId = rnd1.Next(0, 2);
if (weigherid == 1)
steelMakingPatternEvent.steps[step].weigherLines[weigherid].BunkerId = 2;
if (weigherid == 2)
steelMakingPatternEvent.steps[step].weigherLines[weigherid].BunkerId = 3;
if (weigherid == 3)
steelMakingPatternEvent.steps[step].weigherLines[weigherid].BunkerId = 4;
if (weigherid == 4)
steelMakingPatternEvent.steps[step].weigherLines[weigherid].BunkerId = rnd1.Next(5, 8);
/* for (int i = 0; i < 10; i++)
{
steelMakingPatternEvent.steps[step].additions.addition[i].MaterialPortionWeight = 1000 + i*100 + i*10 + i;
}*/
/*steelMakingPatternEvent.steps[step].additions.addition[0].MaterialPortionWeight = 100;
steelMakingPatternEvent.steps[step].additions.addition[0].O2VolPortionMateria =
steelMakingPatternEvent.steps[step].lance.O2Volume;*/
}
/* steelMakingPatternEvent.steps[5].additions.addition[0].MaterialPortionWeight = 50;
steelMakingPatternEvent.steps[10].additions.addition[0].MaterialPortionWeight = 100;
steelMakingPatternEvent.steps[7].additions.addition[1].MaterialPortionWeight = 71;
steelMakingPatternEvent.steps[15].additions.addition[1].MaterialPortionWeight = 151;*/
/* steelMakingPatternEvent.steps[0].additions.addition[0].MaterialPortionWeight = 100;
steelMakingPatternEvent.steps[0].additions.addition[0].O2VolPortionMateria = 200;
steelMakingPatternEvent.steps[0].additions.addition[1].MaterialPortionWeight = 100;
steelMakingPatternEvent.steps[0].additions.addition[1].O2VolPortionMateria = 200;
steelMakingPatternEvent.steps[0].additions.addition[2].MaterialPortionWeight = 200;
steelMakingPatternEvent.steps[0].additions.addition[2].O2VolPortionMateria = 200;
steelMakingPatternEvent.steps[1].additions.addition[3].MaterialPortionWeight = 200;
steelMakingPatternEvent.steps[1].additions.addition[3].O2VolPortionMateria = 200;*/
//steelMakingPatternEvent.steps[0].additions.
BlowingEvent blowingEvent = new BlowingEvent();
blowingEvent.O2TotalVol = 0;
// mainGate.PushEvent(blowingEvent);
// mainGate.PushEvent(steelMakingPatternEvent);
//blowingEvent.O2TotalVol = 200;
/* ComName1MatEvent ssss =new ComName1MatEvent();
ssss.Name = "TEST";
ComName2MatEvent cccc = new ComName2MatEvent();
cccc.Name[0] = (char) 6;
cccc.Name[1] = (char) 1;
cccc.Name[3] = (char) 32;*/
var WSE = new WeighersStateEvent();
WSE.Weigher3Empty = 1;
WSE.Weigher3LoadFree = 1;
WSE.Weigher3UnLoadFree = 1;
WSE.Weigher4Empty = 1;
WSE.Weigher4LoadFree = 1;
WSE.Weigher4UnLoadFree = 1;
WSE.Weigher5Empty = 1;
WSE.Weigher5LoadFree = 1;
WSE.Weigher5UnLoadFree = 1;
WSE.Weigher6Empty = 1;
WSE.Weigher6LoadFree = 1;
WSE.Weigher6UnLoadFree = 1;
WSE.Weigher7Empty = 1;
WSE.Weigher7LoadFree = 1;
WSE.Weigher7UnLoadFree = 1;
//!!!!! mainGate.PushEvent(steelMakingPatternEvent);
//mainGate.PushEvent(new OPCDirectReadEvent() { EventName = "comAdditionsEvent" });
//int currentStep = 0;
//while (true)
//{
// if (currentStep > 15)
// {
// currentStep = 0;
// }
// else
// {
// currentStep++;
// mainGate.PushEvent(new HeatSchemaStepEvent {Step = currentStep});
// Thread.Sleep(1000);
// }
//}
int cnt = 0;
int step2 = 0;
bool stepChange = false;
/* while (true)
{
blowingEvent.O2TotalVol +=10;
mainGate.PushEvent(blowingEvent);
//mainGate.PushEvent(WSE);
cnt++;
if (cnt > 10)
{
//mainGate.PushEvent(steelMakingPatternEvent);
//Thread.Sleep(3000);
cnt = 0;
}
// mainGate.PushEvent(new cntWatchDogPLC01Event());
//mainGate.PushEvent(WSE);
if (steelMakingPatternEvent.steps.Count > step2)
{
if (steelMakingPatternEvent.steps[step2].O2Volume < blowingEvent.O2TotalVol)
{
step2++;
stepChange = true;
}
}
if (steelMakingPatternEvent.steps.Count > step2)
{
if (stepChange)
{
if (steelMakingPatternEvent.steps[step2].weigherLines[0].PortionWeight > 0)
{
mainGate.PushEvent(new WeighersStateEvent()
{Weigher3Empty = 1, Weigher3LoadFree = 1, Weigher3UnLoadFree = 1});
stepChange = false;
InstantLogger.log("W3 - " +
steelMakingPatternEvent.steps[step2].weigherLines[0].PortionWeight.ToString());
}
if (steelMakingPatternEvent.steps[step2].weigherLines[1].PortionWeight > 0)
{
mainGate.PushEvent(new WeighersStateEvent()
{Weigher4Empty = 1, Weigher4LoadFree = 1, Weigher4UnLoadFree = 1});
stepChange = false;
InstantLogger.log("W4 - " +
steelMakingPatternEvent.steps[step2].weigherLines[1].PortionWeight.ToString());
}
if (steelMakingPatternEvent.steps[step2].weigherLines[2].PortionWeight > 0)
{
mainGate.PushEvent(new WeighersStateEvent()
{Weigher5Empty = 1, Weigher5LoadFree = 1, Weigher5UnLoadFree = 1});
stepChange = false;
InstantLogger.log("W5 - " +
steelMakingPatternEvent.steps[step2].weigherLines[2].PortionWeight.ToString());
}
if (steelMakingPatternEvent.steps[step2].weigherLines[3].PortionWeight > 0)
{
mainGate.PushEvent(new WeighersStateEvent()
{Weigher6Empty = 1, Weigher6LoadFree = 1, Weigher6UnLoadFree = 1});
stepChange = false;
InstantLogger.log("W6 - " +
steelMakingPatternEvent.steps[step2].weigherLines[3].PortionWeight.ToString());
}
if (steelMakingPatternEvent.steps[step2].weigherLines[4].PortionWeight > 0)
{
mainGate.PushEvent(new WeighersStateEvent()
{Weigher7Empty = 1, Weigher7LoadFree = 1, Weigher7UnLoadFree = 1});
stepChange = false;
InstantLogger.log("W7 - " +
steelMakingPatternEvent.steps[step2].weigherLines[4].PortionWeight.ToString());
}
}
}
Thread.Sleep(1000);
}*/
//comO2FlowRateEvent _comO2FlowRateEvent = new comO2FlowRateEvent();
//BlowingEvent blowingEvent = new BlowingEvent();
//blowingEvent.O2TotalVol = 1000;
//_comO2FlowRateEvent.O2TotalVol = 1000;
//mainGate.PushEvent(_comO2FlowRateEvent);
// mainGate.PushEvent(new cntO2FlowRateEvent());
//mainGate.PushEvent(blowingSchemaEvent);
//mainGate.PushEvent(new cntBlowingSchemaEvent());
//_comO2FlowRateEvent.iCnvNr = 1;
/* while (true)
{
_comO2FlowRateEvent.O2TotalVol++;
blowingEvent.O2TotalVol++;
mainGate.PushEvent(blowingEvent);
//mainGate.PushEvent(_comO2FlowRateEvent);
mainGate.PushEvent(new cntWatchDogPLC01Event());
// mainGate.PushEvent(new cntBlowingSchemaEvent());
//mainGate.PushEvent(new cntWatchDogPLC1Event());
mainGate.PushEvent(_comO2FlowRateEvent);
//mainGate.PushEvent(new cntWatchDogPLC1Event());
Thread.Sleep(1000);
}*/
//SteelMakingPatternEvent ss = new SteelMakingPatternEvent();
//ss.steps.Add(new Converter.SteelMakingClasses.Step() { Period = 777});
//ss.steps.Add(new Converter.SteelMakingClasses.Step());
//Console.Write(ss.ToString());
//Console.Write(ss.steps[0].Period.ToString());
// mainGate.PushEvent(ss);
/* while (true)
{
lock (mainGate)
{
mainGate.PushEvent(blowingSchemaEvent);
blowingSchemaEvent.O2FlowStep20++;
}
Thread.Sleep(1000);
}*/
}
private static void WatchDogSendTimeoutHandler(object state)
{
var fex = new FlexHelper("OPC.WatchdogsForL1");
fex.AddArg("WDPLC1", m_watchdogSendValue);
fex.AddArg("WDPLC2", m_watchdogSendValue);
fex.AddArg("WDPLC3", m_watchdogSendValue);
//fex.AddArg("WDPLC01", m_watchdogValue);
fex.Fire(m_mainGate);
if (m_watchdogSendValue < 999) m_watchdogSendValue++;
else m_watchdogSendValue = 0;
}
public static void Iterate()
{
var currentSecond = DateTime.Now.Second;
if (Math.Abs(LastIterateSecond - currentSecond) >= 1) // чтоб не чаще 1 раза в секунду
{
LastIterateSecond = currentSecond;
if (ModelList[Cfg.SecondModel].IsStarted) {
if (ModelList[Cfg.ThirdModel].IsStarted) {
if (!ModelList[Cfg.ThirdModel].IsFixed) {
if (ModelList[Cfg.ThirdModel].C > 0)
FireCarbon(ModelList[Cfg.ThirdModel].C, 3);
}
else {
//if (!ModelList[Cfg.ThirdModel].IsFiredFixed)
//{
// var fex = new FlexHelper("CarbonSwitcher.DataFix");
// fex.AddArg("C", ModelList[Cfg.SecondModel].C); //посылаем от 2й для выгрузки
// fex.Fire(Program.MainGate);
// ModelList[Cfg.SecondModel].IsFiredFixed = true;
//}
}
}
else {
if (!ModelList[Cfg.SecondModel].IsFixed) {
if (ModelList[Cfg.SecondModel].C > 0) {
//FireCarbon(ModelList[Cfg.SecondModel].C, 2);
var secondCarbon = ModelList[Cfg.FirstModel].C*KFirst +
ModelList[Cfg.SecondModel].C*KSecond;
Implements.InstantLogger.msg(
"CReal = {0}; Cmixed = {1}; K1 = {2}; K2 = {3}; K1 + K2 = {4}",
ModelList[Cfg.SecondModel].C, secondCarbon, KFirst, KSecond, KFirst + KSecond);
var periodSwitch = KSecond < 1 ? -2 : 2; // если еще не переключились, то -2
FireCarbon(secondCarbon, periodSwitch);
if (Math.Round(KFirst - SwitchSpeed, 3) > 0.0) KFirst -= SwitchSpeed;
else KFirst = 0.0;
KFirst = Math.Round(KFirst, 5);
KSecond = Math.Round(1.0 - KFirst, 5);
//Console.Write("#");
}
}
else {
if (!ModelList[Cfg.SecondModel].IsFiredFixed) {
var fex = new FlexHelper("CarbonSwitcher.DataFix");
fex.AddArg("C", ModelList[Cfg.SecondModel].C);
fex.Fire(Program.MainGate);
ModelList[Cfg.SecondModel].IsFiredFixed = true;
}
}
}
}
else {
FireCarbon(ModelList[Cfg.FirstModel].C, 1);
KFirst = 1;
}
}
}
public static void GiveDlmsCooling(double currentT, double targetT)
{
var diff = targetT - currentT;
if (diff < -10) {
var fex = new ConnectionProvider.FlexHelper("CorrectionCT.GiveDlmsCooling");
fex.Fire(Program.MainGate);
InstantLogger.msg(fex.evt.ToString());
}
}
public static void ReqRemoovePattern(Client CoreGate, string PatternName)
{
var fex = new FlexHelper("UI.RemoovePattern");
fex.AddArg("Name", PatternName);
fex.Fire(CoreGate);
}
public static void SetControlMode(bool isAutomatic)
{
var fex = new ConnectionProvider.FlexHelper("OPC.ComControlMode");
if (isAutomatic) {
fex.AddArg("LanceMode", 3);
fex.AddArg("VpathMode", 3);
}
else {
fex.AddArg("LanceMode", 0);
fex.AddArg("VpathMode", 0);
}
fex.Fire(m_pushGate);
}
public static void Iterator()
{
var msg = "";
CorrectionOxyT = CalcT(MatrixT, Data);
//CorrectionOxyC = CalcC(MatrixC, Data);
CorrectionOxyC = -1; // != 0
//EndBlowingOxygen = CorrectionOxyT; // додувать по температуре
if (IsFiered) {
InstantLogger.msg("End blowing oxygen: {0} || Current Oxygen: {1} || End: {2}", EndBlowingOxygen,
CurrentOxygen, ((int) (EndBlowingOxygen - CurrentOxygen)).ToString());
}
if (CorrectionOxyT != 0)
Console.WriteLine("CorrectionOxyT = " + CorrectionOxyT);
//if (CorrectionOxyC != 0)
//{
// Console.WriteLine("CorrectionOxyC = " + CorrectionOxyC);
//}
if (IsUncorrectMetering) {
CorrectionOxyT = -5;
msg += String.Format("\nнекорректный замер");
}
if (CorrectionOxyT != 0 && CorrectionOxyC != 0 && !IsFiered) {
if ((CorrectionOxyT == -3) && (Data.TargetTuMax != 0)) {
//CorrectionDoloms = CalcDolmsCooling(Math.Abs(Data.CurrentT - Data.TargetT), Data.CurrentC);
CorrectionDoloms = CalcDolmsCooling(Math.Abs(Data.CurrentT - (((Data.TargetT + Data.TargetTuMax) + Data.TargetT) * 0.5)), Data.CurrentC); // до середины между максимальным целевым и целевым
msg += String.Format("\nрекомендуется выполнить охлаждение Doloms = {0} тонны", CorrectionDoloms);
GiveDlmsCooling(Data.CurrentT, Data.TargetT);
}
var fex = new ConnectionProvider.FlexHelper("CorrectionCT.RecommendBalanceBlow");
fex.AddArg("CorrectionOxygenT", CorrectionOxyT); // int
fex.AddArg("CorrectionOxygenC", CorrectionOxyC); // int
fex.AddArg("CorrectionDoloms", CorrectionDoloms); // double
fex.AddArg("CurrentC", Data.CurrentC); // double
fex.AddArg("TargetC", Data.TargetC); // double
fex.AddArg("CurrentT", Data.CurrentT); // int
fex.AddArg("TargetT", Data.TargetT); // int
fex.AddArg("SId", SidB); // Guid
fex.Fire(Program.MainGate);
IsFiered = true;
InstantLogger.msg(fex.evt.ToString());
EndBlowingOxygen = CorrectionOxyT + CurrentOxygen; // додувать по температуре
InstantLogger.msg("End blowing oxygen {0}{1}", EndBlowingOxygen, msg);
}
if ((CurrentOxygen > EndBlowingOxygen) && !BlowStopSignalPushed && AutomaticStop && IsActualOxygen)
DoStopBlow();
}
public static void MainHandler()
{
var allRight = true;
var offgasOkay = !m_offgasEventAbsent;
var watchdogOkay = !(m_wd1Timeout || m_wd2Timeout || m_wd3Timeout || m_wd01Timeout);
var description = new List<string>();
if (m_offgasEventAbsent) {
allRight = false;
description.Add(String.Format("OffgasEvent absent more than {0} second", MaxSecondDelayOffGasEvent));
}
if (!watchdogOkay)
{
allRight = false;
description.Add(String.Format("Something from watchdog did not change more than {0} second", MaxSecondDelayWatchdogChange));
}
var fex = new FlexHelper("L1.Keeper");
fex.AddArg("AllRight", allRight);
fex.AddArg("OffgasOkay", offgasOkay);
fex.AddArg("WatchdogOkay", watchdogOkay);
fex.AddArg("Wd1Timeout", m_wd1Timeout);
fex.AddArg("Wd2Timeout", m_wd2Timeout);
fex.AddArg("Wd3Timeout", m_wd3Timeout);
fex.AddArg("Wd01Timeout", m_wd01Timeout);
fex.AddComplexArg("Description", description);
if (!allRight) InstantLogger.err(fex.evt.ToString());
fex.Fire(m_mainGate);
}
public static void ReqScheme(int schemaN)
{
var fex = new FlexHelper("DBFlex.Request");
fex.AddArg(Implements.DBFlex.ArgEventName, "SQL.Corrections");
fex.AddArg(Implements.DBFlex.ArgCommandName, "GetScheme");
fex.AddArg("Schema", schemaN);
fex.Fire(MainGate);
}
