private void ShowDataToForm(int ID, string temperatureUnit, string pressureUnit, string flowRateUnit)
{
RW_STREAM_BUS SteamBus = new RW_STREAM_BUS();
RW_EXTCOR_TEMPERATURE_BUS tempBus = new RW_EXTCOR_TEMPERATURE_BUS();
RW_STREAM objSteam = SteamBus.getData(ID);
RW_EXTCOR_TEMPERATURE extTemp = tempBus.getData(ID);
BUS_UNITS convUnit = new BUS_UNITS();
switch (temperatureUnit)
{
case "DEG_C":
txtMaximumOperatingTemp.Text = objSteam.MaxOperatingTemperature.ToString();
txtMinimumOperatingTemp.Text = objSteam.MinOperatingTemperature.ToString();
txtCriticalExposure.Text = objSteam.CriticalExposureTemperature.ToString();
break;
case "DEG_F":
txtMaximumOperatingTemp.Text = convUnit.CelToFah(objSteam.MaxOperatingTemperature).ToString();
txtMinimumOperatingTemp.Text = convUnit.CelToFah(objSteam.MinOperatingTemperature).ToString();
txtCriticalExposure.Text = convUnit.CelToFah(objSteam.CriticalExposureTemperature).ToString();
Console.WriteLine("Hha");
break;
case "K":
txtMaximumOperatingTemp.Text = convUnit.CelToKenvin(objSteam.MaxOperatingTemperature).ToString();
txtMinimumOperatingTemp.Text = convUnit.CelToKenvin(objSteam.MinOperatingTemperature).ToString();
txtCriticalExposure.Text = convUnit.CelToKenvin(objSteam.CriticalExposureTemperature).ToString();
break;
}
switch (pressureUnit)
{
case "psi":
txtMaxOperatingPressure.Text = objSteam.MaxOperatingPressure.ToString();
txtMinOperatingPressure.Text = objSteam.MinOperatingPressure.ToString();
txtOperatingHydrogen.Text = objSteam.H2SPartialPressure.ToString();
break;
case "KSI":
txtMaxOperatingPressure.Text = (objSteam.MaxOperatingPressure / convUnit.ksi).ToString();
txtMinOperatingPressure.Text = (objSteam.MinOperatingPressure / convUnit.ksi).ToString();
txtOperatingHydrogen.Text = (objSteam.H2SPartialPressure / convUnit.ksi).ToString();
break;
case "bar":
txtMaxOperatingPressure.Text = (objSteam.MaxOperatingPressure / convUnit.bar).ToString();
txtMinOperatingPressure.Text = (objSteam.MinOperatingPressure / convUnit.bar).ToString();
txtOperatingHydrogen.Text = (objSteam.H2SPartialPressure / convUnit.bar).ToString();
break;
case "MPa":
txtMaxOperatingPressure.Text = (objSteam.MaxOperatingPressure / convUnit.MPa).ToString();
txtMinOperatingPressure.Text = (objSteam.MinOperatingPressure / convUnit.MPa).ToString();
txtOperatingHydrogen.Text = (objSteam.H2SPartialPressure / convUnit.MPa).ToString();
break;
case "N/m2":
txtMaxOperatingPressure.Text = (objSteam.MaxOperatingPressure / convUnit.NpM2).ToString();
txtMinOperatingPressure.Text = (objSteam.MinOperatingPressure / convUnit.NpM2).ToString();
txtOperatingHydrogen.Text = (objSteam.H2SPartialPressure / convUnit.NpM2).ToString();
break;
case "N/cm2":
txtMaxOperatingPressure.Text = (objSteam.MaxOperatingPressure / convUnit.NpCM2).ToString();
txtMinOperatingPressure.Text = (objSteam.MinOperatingPressure / convUnit.NpCM2).ToString();
txtOperatingHydrogen.Text = (objSteam.H2SPartialPressure / convUnit.NpCM2).ToString();
break;
}
switch (flowRateUnit)
{
case "ft3/hr":
txtFlowRate.Text = (objSteam.FlowRate / convUnit.ft3).ToString();
break;
case "m3/hr":
txtFlowRate.Text = objSteam.FlowRate.ToString();
break;
}
txtOp12.Text = extTemp.Minus12ToMinus8.ToString();
txtOp8.Text = extTemp.Minus8ToPlus6.ToString();
txtOp6.Text = extTemp.Plus6ToPlus32.ToString();
txtOp32.Text = extTemp.Plus32ToPlus71.ToString();
txtOp71.Text = extTemp.Plus71ToPlus107.ToString();
txtOp107.Text = extTemp.Plus107ToPlus121.ToString();
txtOp121.Text = extTemp.Plus121ToPlus135.ToString();
txtOp135.Text = extTemp.Plus135ToPlus162.ToString();
txtOp162.Text = extTemp.Plus162ToPlus176.ToString();
txtOp176.Text = extTemp.MoreThanPlus176.ToString();
}
public void ShowDataToControl(int ID, string temUnit, string volumeUnit)
{
RW_EQUIPMENT_BUS bus = new RW_EQUIPMENT_BUS();
RW_EQUIPMENT eq = bus.getData(ID);
chkAministrativeControl.Checked = Convert.ToBoolean(eq.AdminUpsetManagement);
chkCylicOperation.Checked = Convert.ToBoolean(eq.CyclicOperation);
chkDowntimeProtection.Checked = Convert.ToBoolean(eq.DowntimeProtectionUsed);
for (int i = 0; i < itemsAdjustmentSettlement.Length; i++)
{
if (eq.ExternalEnvironment == itemsAdjustmentSettlement[i])
{
cbAdjustmentSettlement.SelectedIndex = i + 1;
break;
}
}
chkHeatTraced.Checked = Convert.ToBoolean(eq.HeatTraced);
chkInterfaceSoilWater.Checked = Convert.ToBoolean(eq.InterfaceSoilWater);
chkLinerOnlineMonitoring.Checked = Convert.ToBoolean(eq.LinerOnlineMonitoring);
chkMaterialExposedFluid.Checked = Convert.ToBoolean(eq.MaterialExposedToClExt);
if (temUnit == "DEG_C")
{
txtMinRequiredTemperature.Text = eq.MinReqTemperaturePressurisation.ToString();
}
else if (temUnit == "DEG_F")
{
txtMinRequiredTemperature.Text = (convUnit.CelToFah(eq.MinReqTemperaturePressurisation)).ToString(); // mai
}
else
{
txtMinRequiredTemperature.Text = (convUnit.CelToKenvin(eq.MinReqTemperaturePressurisation)).ToString(); // mai
}
for (int i = 0; i < itemsOnlineMonitoring.Length; i++)
{
if (eq.OnlineMonitoring == itemsOnlineMonitoring[i])
{
cbOnlineMonitoring.SelectedIndex = i + 1;
break;
}
}
chkPresenceSulphideOperation.Checked = Convert.ToBoolean(eq.PresenceSulphidesO2);
chkPresenceSulphideShutdown.Checked = Convert.ToBoolean(eq.PresenceSulphidesO2Shutdown);
chkPressurisationControlled.Checked = Convert.ToBoolean(eq.PressurisationControlled);
chkPWHT.Checked = Convert.ToBoolean(eq.PWHT);
chkSteamedOutPriorWaterFlushing.Checked = Convert.ToBoolean(eq.SteamOutWaterFlush);
numSystemManagementFactor.Value = (decimal)eq.ManagementFactor;
for (int i = 0; i < itemsThermalHistory.Length; i++)
{
if (eq.ThermalHistory == itemsThermalHistory[i])
{
cbThermalHistory.SelectedIndex = i + 1;
break;
}
}
chkEquipmentOperatingManyYear.Checked = Convert.ToBoolean(eq.YearLowestExpTemp);
if (volumeUnit == "m3")
{
txtEquipmentVolume.Text = eq.Volume.ToString(); //mai
}
else if (volumeUnit == "ft3")
{
txtEquipmentVolume.Text = (eq.Volume / convUnit.ft3).ToString(); // mai
}
for (int i = 0; i < itemsExternalEnvironment.Length; i++)
{
if (eq.ExternalEnvironment == itemsExternalEnvironment[i])
{
cbExternalEnviroment.SelectedIndex = i + 1;
break;
}
}
for (int i = 0; i < itemsTypeSoil.Length; i++)
{
if (eq.TypeOfSoil == itemsTypeSoil[i])
{
cbTypeSoild.SelectedIndex = i + 1;
break;
}
}
for (int i = 0; i < itemsEnvironmental.Length; i++)
{
if (eq.EnvironmentSensitivity == itemsEnvironmental[i])
{
cbEnvironmentalSensitivity.SelectedIndex = i + 1;
break;
}
}
for (int i = 0; i < itemsAdjustmentSettlement.Length; i++)
{
if (eq.AdjustmentSettle == itemsAdjustmentSettlement[i])
{
cbAdjustmentSettlement.SelectedIndex = i + 1;
break;
}
}
chkComponentWelded.Checked = Convert.ToBoolean(eq.ComponentIsWelded);
chkTankMaintainedAccordance.Checked = Convert.ToBoolean(eq.TankIsMaintained);
txtDistanceGroundWater.Text = eq.DistanceToGroundWater.ToString();
}
public void ShowDatatoControl(int ID, string temUnit, string volumeUnit)
{
RW_EQUIPMENT_BUS eqBus = new RW_EQUIPMENT_BUS();
BUS_UNITS convUnit = new BUS_UNITS();
List <RW_EQUIPMENT> listEq = eqBus.getDataSource();
foreach (RW_EQUIPMENT e in listEq)
{
if (e.ID == ID)
{
chkAministrativeControl.Checked = e.AdminUpsetManagement == 1 ? true : false;
chkHighlyEffectiveInspection.Checked = e.HighlyDeadlegInsp == 1 ? true : false;
chkDowntimeProtection.Checked = e.DowntimeProtectionUsed == 1 ? true : false;
chkHeatTraced.Checked = e.HeatTraced == 1 ? true : false;
chkInterfaceSoilWater.Checked = e.InterfaceSoilWater == 1 ? true : false;
chkEquipmentOperatingManyYear.Checked = e.YearLowestExpTemp == 1 ? true : false;
chkMaterialExposedFluid.Checked = e.MaterialExposedToClExt == 1 ? true : false;
chkPresenceSulphideOperation.Checked = e.PresenceSulphidesO2 == 1 ? true : false;
chkContainsDeadlegs.Checked = e.ContainsDeadlegs == 1 ? true : false;
chkCylicOperation.Checked = e.CyclicOperation == 1 ? true : false;
chkSteamedOutPriorWaterFlushing.Checked = e.SteamOutWaterFlush == 1 ? true : false;
chkPWHT.Checked = e.PWHT == 1 ? true : false;
chkLinerOnlineMonitoring.Checked = e.LinerOnlineMonitoring == 1 ? true : false;
chkPresenceSulphideShutdown.Checked = e.PresenceSulphidesO2Shutdown == 1 ? true : false;
if (temUnit == "DEG_C")
{
txtMinRequiredTemperature.Text = e.MinReqTemperaturePressurisation.ToString();
}
else if (temUnit == "DEG_F")
{
txtMinRequiredTemperature.Text = (convUnit.CelToFah(e.MinReqTemperaturePressurisation)).ToString();
}
else
{
txtMinRequiredTemperature.Text = (convUnit.CelToKenvin(e.MinReqTemperaturePressurisation)).ToString();
}
for (int i = 0; i < itemsExternalEnvironment.Length; i++)
{
if (itemsExternalEnvironment[i] == e.ExternalEnvironment)
{
cbExternalEnvironment.SelectedIndex = i + 1;
}
}
for (int j = 0; j < itemsOnlineMonitoring.Length; j++)
{
if (itemsOnlineMonitoring[j] == e.OnlineMonitoring)
{
cbOnlineMonitoring.SelectedIndex = j + 1;
}
}
for (int i = 0; i < itemsThermalHistory.Length; i++)
{
if (itemsThermalHistory[i] == e.ThermalHistory)
{
cbThermalHistory.SelectedIndex = i + 1;
}
}
if (volumeUnit == "m3")
{
txtEquipmentVolume.Text = e.Volume.ToString();
}
else if (volumeUnit == "ft3")
{
txtEquipmentVolume.Text = (e.Volume * convUnit.ft3).ToString();
}
}
}
}
public void ShowDataToControl(int ID, string temUnit, string pressureUnit, string stressUnit, string thicknessUnit, string corrosionUnit)
{
RW_MATERIAL_BUS BUS = new RW_MATERIAL_BUS();
RW_MATERIAL obj = BUS.getData(ID);
RW_INPUT_CA_TANK_BUS busTank = new RW_INPUT_CA_TANK_BUS();
BUS_UNITS convUnit = new BUS_UNITS();
float tank = busTank.getProductionCost(ID);
switch (temUnit)
{
case "DEG_C":
txtMaxDesignTemperature.Text = obj.DesignTemperature.ToString();
txtMinDesignTemperature.Text = obj.MinDesignTemperature.ToString();
txtReferenceTemperature.Text = obj.ReferenceTemperature.ToString();
break;
case "DEG_F":
txtMaxDesignTemperature.Text = (convUnit.CelToFah(obj.DesignTemperature)).ToString();
txtMinDesignTemperature.Text = (convUnit.CelToFah(obj.MinDesignTemperature)).ToString();
txtReferenceTemperature.Text = (convUnit.CelToFah(obj.ReferenceTemperature)).ToString();
break;
case "K":
txtMaxDesignTemperature.Text = (convUnit.CelToKenvin(obj.DesignTemperature)).ToString();
txtMinDesignTemperature.Text = (convUnit.CelToKenvin(obj.MinDesignTemperature)).ToString();
txtReferenceTemperature.Text = (convUnit.CelToKenvin(obj.ReferenceTemperature)).ToString();
break;
}
switch (pressureUnit)
{
case "psi":
txtDesignPressure.Text = obj.DesignPressure.ToString();
break;
case "KSI":
txtDesignPressure.Text = (obj.DesignPressure / convUnit.ksi).ToString();
break;
case "bar":
txtDesignPressure.Text = (obj.DesignPressure / convUnit.bar).ToString();
break;
case "MPa":
txtDesignPressure.Text = (obj.DesignPressure / convUnit.MPa).ToString();
break;
case "N/m2":
txtDesignPressure.Text = (obj.DesignPressure / convUnit.NpM2).ToString();
break;
case "N/cm2":
txtDesignPressure.Text = (obj.DesignPressure / convUnit.NpCM2).ToString();
break;
}
switch (thicknessUnit)
{
case "mm":
txtBrittleFracture.Text = obj.BrittleFractureThickness.ToString();
break;
case "in":
txtBrittleFracture.Text = (obj.BrittleFractureThickness / convUnit.inch).ToString();
break;
case "m":
txtBrittleFracture.Text = (obj.BrittleFractureThickness / convUnit.meter).ToString();
break;
}
switch (corrosionUnit)
{
case "mm":
txtCorrosionAllowance.Text = obj.CorrosionAllowance.ToString();
break;
case "mil":
txtCorrosionAllowance.Text = (obj.CorrosionAllowance / convUnit.mil).ToString();
break;
}
switch (stressUnit)
{
case "psi":
txtAllowableStress.Text = obj.AllowableStress.ToString();
break;
case "KSI":
txtAllowableStress.Text = (obj.AllowableStress / convUnit.ksi).ToString();
break;
case "bar":
txtAllowableStress.Text = (obj.AllowableStress / convUnit.bar).ToString();
break;
case "MPa":
txtAllowableStress.Text = (obj.AllowableStress / convUnit.MPa).ToString();
break;
case "N/m2":
txtAllowableStress.Text = (obj.AllowableStress / convUnit.NpM2).ToString();
break;
case "N/cm2":
txtAllowableStress.Text = (obj.AllowableStress / convUnit.NpCM2).ToString();
break;
}
txtMaterial.Text = obj.MaterialName;
for (int i = 0; i < itemsSulfurContent.Length; i++)
{
if (obj.SulfurContent == itemsSulfurContent[i])
{
cbSulfurContent.SelectedIndex = i + 1;
break;
}
}
for (int i = 0; i < itemsHeatTreatment.Length; i++)
{
if (obj.HeatTreatment == itemsHeatTreatment[i])
{
cbHeatTreatment.SelectedIndex = i + 1;
break;
}
}
for (int i = 0; i < itemsPTAMterial.Length; i++)
{
if (obj.PTAMaterialCode == itemsPTAMterial[i])
{
cbPTAMaterialGrade.SelectedIndex = i + 1;
break;
}
}
chkIsPTASeverity.Checked = Convert.ToBoolean(obj.IsPTA);
chkAusteniticSteel.Checked = Convert.ToBoolean(obj.Austenitic);
chkCarbonLowAlloySteel.Checked = Convert.ToBoolean(obj.CarbonLowAlloy);
chkNickelAlloy.Checked = Convert.ToBoolean(obj.NickelBased);
chkChromium.Checked = Convert.ToBoolean(obj.ChromeMoreEqual12);
txtMaterialCostFactor.Text = obj.CostFactor.ToString();
txtProductionCost.Text = tank.ToString();
}
public void ShowDatatoControl(int id, string temperatureUnit, string pressureUnit, string corrosionUnit)
{
RW_MATERIAL_BUS BUS = new RW_MATERIAL_BUS();
RW_MATERIAL obj = BUS.getData(id);
BUS_UNITS convUnit = new BUS_UNITS();
txtMaterial.Text = obj.MaterialName;
switch (temperatureUnit)
{
case "DEG_C":
txtMaxDesignTemperature.Text = obj.DesignTemperature.ToString();
txtMinDesignTemperature.Text = obj.MinDesignTemperature.ToString();
txtReferenceTemperature.Text = obj.ReferenceTemperature.ToString();
break;
case "DEG_F":
txtMaxDesignTemperature.Text = (convUnit.CelToFah(obj.DesignTemperature)).ToString();
txtMinDesignTemperature.Text = (convUnit.CelToFah(obj.MinDesignTemperature)).ToString();
txtReferenceTemperature.Text = (convUnit.CelToFah(obj.ReferenceTemperature)).ToString();
break;
case "K":
txtMaxDesignTemperature.Text = (convUnit.CelToKenvin(obj.DesignTemperature)).ToString();
txtMinDesignTemperature.Text = (convUnit.CelToKenvin(obj.MinDesignTemperature)).ToString();
txtReferenceTemperature.Text = (convUnit.CelToKenvin(obj.ReferenceTemperature)).ToString();
break;
}
switch (pressureUnit)
{
case "PSI":
txtDesignPressure.Text = (obj.DesignPressure / convUnit.psi).ToString();
txtYieldStrength.Text = (obj.YieldStrength / convUnit.psi).ToString();
txtTensileStrength.Text = (obj.TensileStrength / convUnit.psi).ToString();
break;
case "KSI":
txtDesignPressure.Text = (obj.DesignPressure / convUnit.ksi).ToString();
txtYieldStrength.Text = (obj.YieldStrength / convUnit.ksi).ToString();
txtTensileStrength.Text = (obj.TensileStrength / convUnit.ksi).ToString();
break;
case "BAR":
txtDesignPressure.Text = (obj.DesignPressure / convUnit.bar).ToString();
txtYieldStrength.Text = (obj.YieldStrength / convUnit.bar).ToString();
txtTensileStrength.Text = (obj.TensileStrength / convUnit.bar).ToString();
break;
case "MPA":
txtDesignPressure.Text = (obj.DesignPressure).ToString();
txtYieldStrength.Text = (obj.YieldStrength).ToString();
txtTensileStrength.Text = (obj.TensileStrength).ToString();
break;
case "NM2":
txtDesignPressure.Text = (obj.DesignPressure / convUnit.NpM2).ToString();
txtYieldStrength.Text = (obj.YieldStrength / convUnit.NpM2).ToString();
txtTensileStrength.Text = (obj.TensileStrength / convUnit.NpM2).ToString();
break;
case "NCM2":
txtDesignPressure.Text = (obj.DesignPressure / convUnit.NpCM2).ToString();
txtYieldStrength.Text = (obj.YieldStrength / convUnit.NpCM2).ToString();
txtTensileStrength.Text = (obj.TensileStrength / convUnit.NpCM2).ToString();
break;
}
switch (corrosionUnit)
{
case "MM":
txtCorrosionAllowance.Text = obj.CorrosionAllowance.ToString();
break;
case "MIL":
txtCorrosionAllowance.Text = (obj.CorrosionAllowance / convUnit.mil).ToString();
break;
}
txtSigmaPhase.Text = obj.SigmaPhase.ToString();
for (int i = 0; i < itemsSulfurContent.Length; i++)
{
if (obj.SulfurContent == itemsSulfurContent[i])
{
cbSulfurContent.SelectedIndex = i + 1;
break;
}
}
for (int i = 0; i < itemsPTAMterial.Length; i++)
{
if (obj.PTAMaterialCode == itemsPTAMterial[i])
{
cbPTAMaterialGrade.SelectedIndex = i + 1;
break;
}
}
for (int i = 0; i < itemsHTHAMaterial.Length; i++)
{
if (obj.HTHAMaterialCode == itemsHTHAMaterial[i])
{
cbHTHAMaterial.SelectedIndex = i + 1;
break;
}
}
chkIsPTASeverity.Checked = Convert.ToBoolean(obj.IsPTA);
chkIsHTHASeverity.Checked = Convert.ToBoolean(obj.IsHTHA);
chkAusteniticSteel.Checked = Convert.ToBoolean(obj.Austenitic);
chkSusceptibleTemper.Checked = Convert.ToBoolean(obj.Temper);
chkCarbonLowAlloySteel.Checked = Convert.ToBoolean(obj.CarbonLowAlloy);
chkNickelAlloy.Checked = Convert.ToBoolean(obj.NickelBased);
chkChromium.Checked = Convert.ToBoolean(obj.ChromeMoreEqual12);
txtTensileStrength.Text = obj.TensileStrength.ToString();
txtYieldStrength.Text = obj.YieldStrength.ToString();
txtMaterialCostFactor.Text = obj.CostFactor.ToString();
}
