public Boolean Compare(ref clsUnit Unit_In)
//-----------------------------------------
{
bool mblnVal_Changed = false;
int pRetValue = 0;
if (modMain.CompareVar(Unit_In.mSystem.ToString(), mSystem.ToString(), pRetValue) > 0)
{
mblnVal_Changed = true;
}
return(mblnVal_Changed);
}
//....Class Constructor
//public clsProduct(clsUnit.eSystem UnitSystem_In, clsBearing.eType Type_In, clsBearing_Radial_FP.eDesign Design_In,
// clsEndConfig.eType [] EndConfigType_In, clsDB DB_In)
////================================================================================================================
//{
// mUnit.System = UnitSystem_In;
// //Main Component.
// //---------------
// //
// if (Type_In == clsBearing.eType.Radial)
// {
// if (Design_In == clsBearing_Radial.eDesign.Flexure_Pivot)
// {
// mBearing = new clsBearing_Radial_FP(UnitSystem_In, Type_In, Design_In, DB_In, this);
// }
// }
// //End Configurations:
// //-------------------
// //
// mEndConfig = new clsEndConfig[2];
// for (int i = 0; i < 2; i++)
// {
// if (EndConfigType_In [i]== clsEndConfig.eType.Seal) //....End Seal.
// {
// mEndConfig[i] = new clsSeal (UnitSystem_In, EndConfigType_In [i], DB_In, this);
// }
// else if (EndConfigType_In[i] == clsEndConfig.eType.Thrust_Bearing_TL) //....End TB.
// {
// mEndConfig[i] = new clsBearing_Thrust_TL (UnitSystem_In, EndConfigType_In [i], DB_In, this);
// }
// }
// //Accessories.
// //---------------
// //
// mAccessories = new clsAccessories();
//}
public clsProduct(clsUnit.eSystem UnitSystem_In, clsDB DB_In)
//===========================================================
{
//PB 23JAN13. At the time of instantiation of this object, the Bearing Type & Bearing Design, EndConfig [0,1] Types are
//....known. Hence, instantiate mBearing & mEndConfig [0,1] using the above info. To be done in the future.
// Initialize.
// -----------
//
//....Unit System.
mUnit = new clsUnit(); //....Default unit = English (automatically).
mUnit.System = UnitSystem_In;
//....Bearing.
//mBearing = new clsBearing_Radial_FP(clsUnit.eSystem.English, clsBearing.eType.Radial,
// clsBearing_Radial.eDesign.Flexure_Pivot, DB_In, this);
mBearing = new clsBearing_Radial_FP(mUnit.System, clsBearing.eType.Radial,
clsBearing_Radial.eDesign.Flexure_Pivot, DB_In, this);
//....End Configurations:
clsEndConfig.eType[] pEndConfig = new clsEndConfig.eType[2];
for (int i = 0; i < pEndConfig.Length; i++)
{
pEndConfig[i] = clsEndConfig.eType.Seal; //....Default cofigs = [Seal, Seal]
}
mEndConfig = new clsEndConfig[2];
for (int i = 0; i < 2; i++)
{
mEndConfig[i] = new clsSeal(mUnit.System, pEndConfig[i], DB_In, this);
}
//....Accessories.
mAccessories = new clsAccessories();
}
//--------------------------------------
public void Read_CustEnqySheet(clsOpCond OpCond_In)
//====================================================
{
PdfReader pPdfDocu = new PdfReader(mFilePath_CustEnqSheet);
AcroFields pPDFField = pPdfDocu.AcroFields;
clsUnit pUnit = new clsUnit();
// Project Related Data
// ---------------------
mCustomer.Name = pPDFField.GetField("Name");
mCustomer.MachineDesc = pPDFField.GetField("Machine Description");
// Operating Condition Related Data
// --------------------------------
//....Load Angle.
Double pLoadAng = 0.0F;
pLoadAng = modMain.ConvTextToDouble(pPDFField.GetField("Load_Angle"));
OpCond_In.Radial_LoadAng = pLoadAng;
//....Speed.
//...Min,Max Val in Eng.
//Double[] pSpeed = new Double[2];
//pSpeed[0] = modMain.ConvTextToDouble(pPDFField.GetField("Op_Speed_Min"));
//pSpeed[1] = modMain.ConvTextToDouble(pPDFField.GetField("Op_Speed_Max"));
//BG 22NOV11
int[] pSpeed = new int[2];
pSpeed[0] = modMain.ConvTextToInt(pPDFField.GetField("Op_Speed_Min"));
pSpeed[1] = modMain.ConvTextToInt(pPDFField.GetField("Op_Speed_Max"));
//...Nominal Val in Eng.
//Double pSpeed_Nom = 0.0F;
//pSpeed_Nom = modMain.ConvTextToDouble(pPDFField.GetField("Op_Speed_Nom"));
//BG 22NOV11
int pSpeed_Nom = 0;
pSpeed_Nom = modMain.ConvTextToInt(pPDFField.GetField("Op_Speed_Nom"));
//....Assign Values.
if (pSpeed[0] != 0.0F && pSpeed[1] != 0.0F)
{
////OpCond_In.Speed_Range[0] = pSpeed[0];
////OpCond_In.Speed_Range[1] = pSpeed[1];
}
else
{
////OpCond_In.Speed_Range[0] = pSpeed_Nom;
////OpCond_In.Speed_Range[1] = pSpeed_Nom;
}
//....Load
//...Min,Max Val in Eng.
Double[] pLoad = new Double[2];
pLoad[0] = modMain.ConvTextToDouble(pPDFField.GetField("Op_Load_Min"));
pLoad[1] = modMain.ConvTextToDouble(pPDFField.GetField("Op_Load_Max"));
//...Nominal Val in Eng.
Double pLoad_Nom = 0.0F;
pLoad_Nom = modMain.ConvTextToDouble(pPDFField.GetField("Op_Load_Nom"));
//...Min,Max Val in Met.
Double[] pLoad_Met = new Double[2];
pLoad_Met[0] = (Double)pUnit.CFac_Load_MetToEng(modMain.ConvTextToDouble(pPDFField.GetField("Op_Load_Met_Min")));
pLoad_Met[1] = (Double)pUnit.CFac_Load_MetToEng(modMain.ConvTextToDouble(pPDFField.GetField("Op_Load_Met_Max")));
//...Nominal Val in Met.
Double pLoad_Met_Nom = 0.0F;
pLoad_Met_Nom = (Double)pUnit.CFac_Load_MetToEng(modMain.ConvTextToDouble(pPDFField.GetField("Op_Load_Met_Nom")));
//....Assign Values.
if (pLoad[0] != 0.0F && pLoad[1] != 0.0F)
//---------------------------------------
{
////OpCond_In.Radial_Load_Range[0] = pLoad[0];
////OpCond_In.Radial_Load_Range[1] = pLoad[1];
}
else if (pLoad_Nom != 0.0F)
//-------------------------
{
////OpCond_In.Radial_Load_Range[0] = pLoad_Nom;
////OpCond_In.Radial_Load_Range[1] = pLoad_Nom;
}
else if (pLoad_Met[0] != 0.0F && pLoad_Met[1] != 0.0F)
//----------------------------------------------------
{
////OpCond_In.Radial_Load_Range[0] = pLoad_Met[0];
////OpCond_In.Radial_Load_Range[1] = pLoad_Met[1];
}
else if (pLoad_Met_Nom != 0.0F)
//-----------------------------
{
////OpCond_In.Radial_Load_Range[0] = pLoad_Met_Nom;
////OpCond_In.Radial_Load_Range[1] = pLoad_Met_Nom;
}
//....Pressure
//....Val in Eng.
Double pPress = 0.0F;
pPress = modMain.ConvTextToDouble(pPDFField.GetField("Pressure"));
//....Val in Met.
Double pPress_Met = 0.0F;
pPress_Met = (Double)pUnit.CFac_Press_MetToEng(modMain.ConvTextToDouble(pPDFField.GetField("Pressure_Met")));
////if (pPress != 0.0F)
//// OpCond_In.OilSupply_Press = pPress;
////else if (pPress_Met != 0.0F)
//// OpCond_In.OilSupply_Press = pPress_Met;
//....Tempurature
//....Val in Eng.
Double pTemp = 0.0F;
pTemp = modMain.ConvTextToDouble(pPDFField.GetField("Temperature"));
//....Val in Met.
Double pTemp_Met = 0.0F;
pTemp_Met = (Double)pUnit.CFac_Temp_MetToEng(modMain.ConvTextToDouble(pPDFField.GetField("Temperature_Met")));
////if (pPress != 0.0F)
//// OpCond_In.OilSupply_Temp = pTemp;
////else if (pPress_Met != 0.0F)
//// OpCond_In.OilSupply_Temp = pTemp_Met;
//////.....Lube Type
////OpCond_In.OilSupply_Lube_Type = pPDFField.GetField("Type");
//////.....OilSupply Type
////string pOilType = pPDFField.GetField("OilSupply_Type");
////if (pOilType == "Pressurized")
//// OpCond_In.OilSupply_Type = "Pressurized";
////else if (pOilType != "" && pOilType != null)
////{
//// MessageBox.Show("Please change oilsupply type, this is not supported in this version");
//// OpCond_In.OilSupply_Type = "Pressurized";
////}
////else
//// OpCond_In.OilSupply_Type = "Pressurized";
//....Directionality
String pRot_Directionality = pPDFField.GetField("Directionality");
if (pRot_Directionality == "Uni")
{
OpCond_In.Rot_Directionality = (clsOpCond.eRotDirectionality)Enum.Parse(typeof(clsOpCond.eRotDirectionality), "Uni");
}
else if (pRot_Directionality == "Bi")
{
OpCond_In.Rot_Directionality = (clsOpCond.eRotDirectionality)Enum.Parse(typeof(clsOpCond.eRotDirectionality), "Bi");
}
else if (pRot_Directionality == "" && pRot_Directionality == null)
{
OpCond_In.Rot_Directionality = (clsOpCond.eRotDirectionality)Enum.Parse(typeof(clsOpCond.eRotDirectionality), "Bi");
}
// Bearing Related Data.
// ---------------------
//....Type
String pBearingType = pPDFField.GetField("BearingType").Trim();
//mRadialType = (eRadialType)Enum.Parse(typeof(eRadialType), pBearingType);
if (pBearingType != null)
{
if (pBearingType != clsBearing_Radial.eDesign.Flexure_Pivot.ToString().Replace("_", " ").Trim())
{
System.Windows.Forms.MessageBox.Show("This type not supported in this version");
}
else if (pBearingType == clsBearing_Radial.eDesign.Flexure_Pivot.ToString().Replace("_", " "))
{
pBearingType = pBearingType.Replace(" ", "_").Trim();
((clsBearing_Radial_FP)mProduct.Bearing).Design = (clsBearing_Radial_FP.eDesign)Enum.Parse(typeof(clsBearing_Radial_FP.eDesign), pBearingType);
}
}
//Bearing_In.TypeRadial = "Flexure Pivot";
//....Split Config
String pSplitConfig = pPDFField.GetField("SplitConfig");
//if (pSplitConfig == "Yes")
// Bearing_In.SplitConfig = true;
//else if (pSplitConfig == "No")
// Bearing_In.SplitConfig = false;
//else if (pSplitConfig == "" && pSplitConfig == null)
// Bearing_In.SplitConfig = true;
if (pSplitConfig == "Yes")
{
((clsBearing_Radial_FP)mProduct.Bearing).SplitConfig = true;
}
else if (pSplitConfig == "No")
{
((clsBearing_Radial_FP)mProduct.Bearing).SplitConfig = false;
}
else if (pSplitConfig == "" || pSplitConfig == null)
{
((clsBearing_Radial_FP)mProduct.Bearing).SplitConfig = true;
}
pPdfDocu.Close();
}
