//....Class Constructor
public clsJBearing(clsUnit.eSystem UnitSystem_In, clsBearing.eType BearingType_In)
: base(UnitSystem_In, BearingType_In)
//===============================================================================
{
mUnit.System = UnitSystem_In;
mRadB = new clsRadB(UnitSystem_In, clsRadB.eDesign.Flexure_Pivot, this);
//....End Plates:
mEndPlate = new clsEndPlate[2];
//....Mount
mMount = new clsMount[2];
for (int i = 0; i < 2; i++)
{
mEndPlate[i] = new clsEndPlate(mUnit.System, this);
mMount[i] = new clsMount(this);
}
}
private void Write_Parameter_Complete_Thrust_Back(clsProject Project_In, clsEndPlate EndPlate_In, EXCEL.Worksheet WorkSheet_In)
//========================================================================================================================================
{
//EXCEL.Range pExcelCellRange = WorkSheet_In.UsedRange;
//int pRowCount = pExcelCellRange.Rows.Count;
//string pVarName = "";
//Double pConvF = 1;
//if (modMain.gProject.PNR.Unit.System == clsUnit.eSystem.Metric)
//{
// pConvF = 25.4;
//}
//for (int i = 3; i <= pRowCount; i++)
//{
// if (((EXCEL.Range)pExcelCellRange.Cells[i, 1]).Value2 != null || Convert.ToString(((EXCEL.Range)pExcelCellRange.Cells[i, 1]).Value2) != "")
// {
// pVarName = Convert.ToString(((EXCEL.Range)pExcelCellRange.Cells[i, 2]).Value2);
// switch (pVarName)
// {
// case "EndPlate[1].Mat.Base":
// WorkSheet_In.Cells[i, 4] = ThrustTL_In.Mat.Base;
// break;
// case "EndPlate[1].Mat.Lining":
// WorkSheet_In.Cells[i, 4] = ThrustTL_In.Mat.Lining;
// break;
// case "EndPlate[1].LiningT.Face":
// WorkSheet_In.Cells[i, 4] = ThrustTL_In.LiningT.Face * pConvF;
// break;
// case "EndPlate[1].LiningT.ID":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.LiningT.ID * pConvF);
// break;
// case "EndPlate[1].DirectionType":
// WorkSheet_In.Cells[i, 4] = ThrustTL_In.DirectionType.ToString();
// break;
// case "EndPlate[1].DBore()":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.DBore() * pConvF);
// break;
// case "EndPlate[1].LandL":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.LAND_L * pConvF);
// break;
// case "EndPlate[1].L":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.L * pConvF);
// break;
// case "EndPlate[1].LFlange":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.LFlange * pConvF);
// break;
// case "EndPlate[1].DimStart()":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.DimStart() * pConvF);
// break;
// case "EndPlate[1].FaceOff_Assy":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.FaceOff_Assy * pConvF);
// break;
// case "EndPlate[1].BackRelief.Reqd":
// String pReqd = "N";
// if (ThrustTL_In.BackRelief.Reqd)
// {
// pReqd = "Y";
// }
// WorkSheet_In.Cells[i, 4] = pReqd;
// break;
// case "EndPlate[1].BackRelief.D":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.BackRelief.D * pConvF);
// break;
// case "EndPlate[1].BackRelief.Depth":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.BackRelief.Depth * pConvF);
// break;
// case "EndPlate[1].BackRelief.Fillet":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.BackRelief.Fillet * pConvF);
// break;
// case "EndPlate[1].Pad_Count":
// WorkSheet_In.Cells[i, 4] = ThrustTL_In.Pad_Count;
// break;
// case "EndPlate[1].PadD[1]":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.PadD[1] * pConvF);
// break;
// case "EndPlate[1].PadD[0]":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.PadD[0] * pConvF);
// break;
// case "EndPlate[1].Taper.Depth_OD":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.Taper.Depth_OD * pConvF);
// break;
// case "EndPlate[1].Taper.Depth_ID":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.Taper.Depth_ID * pConvF);
// break;
// case "EndPlate[1].Taper.Angle":
// WorkSheet_In.Cells[i, 4] = ThrustTL_In.Taper.Angle;
// break;
// case "EndPlate[1].FeedGroove.Type":
// WorkSheet_In.Cells[i, 4] = ThrustTL_In.FeedGroove.Type;
// break;
// case "EndPlate[1].FeedGroove.Wid":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.FeedGroove.Wid * pConvF);
// break;
// case "EndPlate[1].FeedGroove.Depth":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.FeedGroove.Depth * pConvF);
// break;
// case "EndPlate[1].FeedGroove.DBC":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.FeedGroove.DBC * pConvF);
// break;
// case "EndPlate[1].FeedGroove.Dist_Chamf":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.FeedGroove.Dist_Chamf * pConvF);
// break;
// case "EndPlate[1].WeepSlot.Type":
// WorkSheet_In.Cells[i, 4] = ThrustTL_In.WeepSlot.Type;
// break;
// case "EndPlate[1].WeepSlot.Wid":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.WeepSlot.Wid * pConvF);
// break;
// case "EndPlate[1].WeepSlot.Depth":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.WeepSlot.Depth * pConvF);
// break;
// case "EndPlate[1].Shroud.Ro":
// WorkSheet_In.Cells[i, 4] = modMain.gProject.PNR.Unit.WriteInUserL(ThrustTL_In.Shroud.Ro * pConvF);
// break;
// case "EndPlate[1].Shroud.Ri":
// WorkSheet_In.Cells[i, 4] = (ThrustTL_In.Shroud.Ri * pConvF);
// break;
// }
// }
//}
}
