HOME Kühlmitteltemperatur [°C] Ladelufttemp. [°C] Drehzahl [U/min] Anhebung Leerlaufdrehzahl [u/min] Drehmoment [Nm]: Batteriespannung [V] Generatorlast [%] Zuheizer PWM [%] Ladedruck Ist [mbar] Ladedruck Soll [mbar] Luftmasse [mg/Hub] Luftdruck [mbar] Raildruck Ist [bar] Geschwindigkeit [km/h] Beschleunigung [m/s²] TÖNS Heizzeit [ms] TÖNS Kühlzeit [ms] HOME coolant [°C] charge air temperature [°C] engine speed [U/min] increase idle speed [rpm] torque [Nm]: voltage [V] alternator load [%] aux heater PWM [%] act. boost pressure [mbar] target boost pressure [mbar] air mass [mg/stroke] air pressure [mbar] act. rail pressure [bar] speed [km/h] acceleration [m/s²] TÖNS heating time [ms] TÖNS cooling time [ms]


    > resultSets_Temps;
		List> resultSets_Abgleich;
			
		public void ExecuteJob(EdiabasNet ediabas, ref MultiMap resultDict, bool firstCall)
        {
            List> resultSets;
            
            
			// Job 1 - ständig zu aktualisierende Werte
            ediabas.ArgString = "JA;ILMMG;IPLAD;IPUMG;IUBAT;IMOAK;INMOT;SPLAD;IPRDR;IAFZG;IVKMH;ITZUH;IGENL";
            ediabas.ArgBinaryStd = null;
            ediabas.ResultsRequests = string.Empty;
            ediabas.ExecuteJob("STATUS_MESSWERTBLOCK_LESEN");
            resultSets = ediabas.ResultSets;
            if (resultSets != null && resultSets.Count >= 2)
            {
                EdiabasThread.MergeResultDictionarys(ref resultDict, resultSets[1]);
            }
			
			
			// Job 2 - seltener zu aktualisierende Werte
			if(jobs2counter == 0) {
				
				ediabas.ArgString = "JA;ITKUM;ITLAL";
				ediabas.ArgBinaryStd = null;
				ediabas.ResultsRequests = string.Empty;
				ediabas.ExecuteJob("STATUS_MESSWERTBLOCK_LESEN");
				resultSets_Temps = ediabas.ResultSets;
								
				ediabas.ArgString = "lla";
				ediabas.ArgBinaryStd = null;
				ediabas.ResultsRequests = string.Empty;
				ediabas.ExecuteJob("ABGLEICH_LESEN");
				resultSets_Abgleich = ediabas.ResultSets;
			}
			else if(jobs2counter >= 10) {
				jobs2counter = 0;
			}
			else {
				jobs2counter++;
			}
			
			if (resultSets_Temps != null && resultSets_Temps.Count >= 2)
			{
				EdiabasThread.MergeResultDictionarys(ref resultDict, resultSets_Temps[1]);
			}
			
			if (resultSets_Abgleich != null && resultSets_Abgleich.Count >= 2)
			{
				EdiabasThread.MergeResultDictionarys(ref resultDict, resultSets_Abgleich[1], "LLA_");
			}
								
			
			// 
			
            EdiabasNet.ResultData resultData;
			
			int curr_auxHeatPWM = 0;
            if (resultSets[1].TryGetValue("STAT_ZUHEIZER_ANSTEUERUNG_WERT", out resultData))
                {
                    if (resultData.OpData is Int64)
                    {
                        curr_auxHeatPWM = (double)((Int64)resultData.OpData);
                    }
                }
			
			int curr_motorTemp = 0;
			if (resultSets[1].TryGetValue("STAT_KUEHLMITTELTEMPERATUR_WERT", out resultData))
                {
                    if (resultData.OpData is Int64)
                    {
                        curr_motorTemp = (double)((Int64)resultData.OpData);
                    }
                }
			
			
			if (curr_auxHeatPWM > conf_DetectAuxHeatAbove) {
				auxHeat_offCounter = conf_auxHeat_offCounter_max;
				if(!state_active_AuxHeat) {
					state_active_AuxHeat = true;
					increaseIdle_newValue = conf_IncreaseIdle_AuxHeat;
					//increaseIdle_sendCmd = true;
				}
			}
			else if (auxHeat_offCounter > 0) {
				auxHeat_offCounter--;
			}
			else if (auxHeat_offCounter == 0) {
				state_active_AuxHeat = false;
			}
						
			
			if(!state_active_AuxHeat) {
				if(curr_motorTemp < conf_EngineReallyColdBelow) {
					if(!state_active_ReallyColdEngine) {
						state_active_ReallyColdEngine = true;
						state_active_ColdEngine = false;
						state_active_WarmEngine = false;
						increaseIdle_newValue = conf_IncreaseIdle_ReallyColdEngine;
					}
				}
				else if(curr_motorTemp < conf_EngineColdBelow) {
					if(!state_active_ColdEngine) {
						state_active_ReallyColdEngine = false;
						state_active_ColdEngine = true;
						state_active_WarmEngine = false;
						increaseIdle_newValue = conf_IncreaseIdle_ColdEngine;
						}
					}
				else if(curr_motorTemp >= conf_EngineWarmAbove) {
					state_active_ColdEngine = false;
					if(!state_active_WarmEngine) {
						state_active_ReallyColdEngine = false;
						state_active_WarmEngine = true;
						state_active_ColdEngine = false;
						increaseIdle_newValue = conf_IncreaseIdle_WarmEngine;
					}
				}
			}
			
			
			
			if (increaseIdle_currentValue != increaseIdle_newValue) {
				ediabas.ArgString = "lla;" + increaseIdle_newValue;
                ediabas.ArgBinaryStd = null;
                ediabas.ResultsRequests = "JOB_STATUS";
                ediabas.ExecuteJob("ABGLEICH_VERSTELLEN");
                
                //resultSets = ediabas.ResultSets;
                //if (resultSets != null && resultSets.Count >= 2)
                //{
                //  EdiabasThread.MergeResultDictionarys(ref resultDict, resultSets[1]);
                //}
                
                // ablaufvariable wieder zurücksetzen, sonst würde diese funktion nun bei jedem folgenden durchlauf ausgeführt werden...
                //increaseIdle_sendCmd = false;
				increaseIdle_currentValue = increaseIdle_newValue;
			}
			
        }
		
		
        public string FormatResult(JobReader.PageInfo pageInfo, MultiMap resultDict, string resultName, ref Android.Graphics.Color? textColor)
        {
            string result = string.Empty;
            double value;
            bool found;

            switch (resultName)
            {
                case "STAT_MOTORDREHZAHL_WERT":
                    value = ActivityMain.GetResultDouble(resultDict, resultName, 0, out found);
                    
                    // result format: {0,[DIGITS TOTAL INCL COMMA],[0|0.0|0.00|0.000...]}
                    result = string.Format(ActivityMain.Culture, "{0,4:0}", value);
                    
					// Liste der möglichen Farbnamen: https://docs.microsoft.com/en-us/dotnet/api/android.graphics.color?view=xamarin-android-sdk-9
                    if (found && value <= 4000) textColor = Android.Graphics.Color.White;
                    else if (found && value <= 4250) textColor = Android.Graphics.Color.Yellow;
                    else if (found && value <= 4500) textColor = Android.Graphics.Color.Orange;
                    else if (found && value > 4500) textColor = Android.Graphics.Color.Red;
                    else textColor = Android.Graphics.Color.Gray;
                    
                    break;
                    
                case "STAT_UBATT_WERT":
                    value = ActivityMain.GetResultDouble(resultDict, resultName, 0, out found);
                    
                    // result format: {0,[DIGITS TOTAL INCL COMMA],[0|0.0|0.00|0.000...]}
                    result = string.Format(ActivityMain.Culture, "{0,4:0.0}", value);
                    
                    if (found && value < 10.5) textColor = Android.Graphics.Color.Red;
                    else if (found && value < 11.5) textColor = Android.Graphics.Color.Orange;
                    else if (found && value <= 12.5) textColor = Android.Graphics.Color.Yellow;
                    else if (found && value <= 13.2) textColor = Android.Graphics.Color.Gray;
                    else if (found && value <= 14.5) textColor = Android.Graphics.Color.White;
                    else if (found && value > 14.5) textColor = Android.Graphics.Color.Red;
                    else textColor = Android.Graphics.Color.Gray;
                    
                    break;
				
				case "STAT_GENERATORLAST_WERT":
                    value = ActivityMain.GetResultDouble(resultDict, resultName, 0, out found);
                    
                    // result format: {0,[DIGITS TOTAL INCL COMMA],[0|0.0|0.00|0.000...]}
                    result = string.Format(ActivityMain.Culture, "{0,3:0}", value);
                    
                    if (found && value <= 60) textColor = Android.Graphics.Color.White;
                    else if (found && value <= 70) textColor = Android.Graphics.Color.Yellow;
                    else if (found && value <= 80) textColor = Android.Graphics.Color.Orange;
                    else if (found && value > 80) textColor = Android.Graphics.Color.Red;
                    else textColor = Android.Graphics.Color.Gray;
                    
                    break;
					
				case "STAT_ZUHEIZER_ANSTEUERUNG_WERT":
                    value = ActivityMain.GetResultDouble(resultDict, resultName, 0, out found);
                    
                    // result format: {0,[DIGITS TOTAL INCL COMMA],[0|0.0|0.00|0.000...]}
                    result = string.Format(ActivityMain.Culture, "{0,3:0}", value);
                    
                    if (found && value <= 60) textColor = Android.Graphics.Color.White;
                    else if (found && value <= 70) textColor = Android.Graphics.Color.Yellow;
                    else if (found && value <= 80) textColor = Android.Graphics.Color.Orange;
                    else if (found && value > 80) textColor = Android.Graphics.Color.Red;
                    else textColor = Android.Graphics.Color.Gray;
                    
                    break;
					

                case "STAT_KUEHLMITTELTEMPERATUR_WERT":
                    value = ActivityMain.GetResultDouble(resultDict, resultName, 0, out found);
                    result = string.Format(ActivityMain.Culture, "{0,3:0}", value);
                    
                    if (found && value < 75) textColor = Android.Graphics.Color.Blue;
                    else if (found && value <= 105) textColor = Android.Graphics.Color.White;
                    else if (found && value <= 110) textColor = Android.Graphics.Color.Yellow;
                    else if (found && value <= 115) textColor = Android.Graphics.Color.Orange;
                    else if (found && value > 115) textColor = Android.Graphics.Color.Red;
                    else textColor = Android.Graphics.Color.Gray;
                    
                    break;
					
				case "STAT_LADELUFTTEMPERATUR_WERT":
                    value = ActivityMain.GetResultDouble(resultDict, resultName, 0, out found);
                    result = string.Format(ActivityMain.Culture, "{0,3:0}", value);
                    
                    if (found && value <= 55) textColor = Android.Graphics.Color.White;
                    else if (found && value <= 65) textColor = Android.Graphics.Color.Yellow;
                    else if (found && value <= 75) textColor = Android.Graphics.Color.Orange;
                    else if (found && value > 85) textColor = Android.Graphics.Color.Red;
                    else textColor = Android.Graphics.Color.Gray;
                    
                    break;
            }
            return result;
        }
    }
      ]]>


     resultDict, bool firstCall)
        {
			if(callCounter == 0) {
				List> resultSets;
				
				// Job - ständig zu aktualisierende Werte
				ediabas.ArgString = string.Empty;
				ediabas.ArgBinaryStd = null;
				ediabas.ResultsRequests = string.Empty;
				ediabas.ExecuteJob("STATUS_TOENS_IO");
				resultSets = ediabas.ResultSets;
				if (resultSets != null && resultSets.Count >= 2)
				{
					EdiabasThread.MergeResultDictionarys(ref resultDict, resultSets[1]);
				}
			}
			else {
				if(callCounter < 15) callCounter++;
				else callCounter = 0;
			}
		}
    }
      ]]>