public void FileAllParsing(ucMaterialPropertiesEstimation ucMaterialPropertiesEstimation1, string strName)
{
bool result;
for (int i = 0; i < lstFileList.Items.Count; i++)
{
MPEClass1 = new MPEClass();
MPEData MPEData1 = MPEClass1.NewMPEData();
result = MPEData1.FileLoad(lstFileList.Items[i].SubItems[1].Text);
if (result == false) // 유효한 화일이 아니면 삭제한다
{
MPEClass1.DeleteMPEData(MPEData1);
}
else
{
MPEClass1.Name = strName;
ParameterInput(MPEData1, ucMaterialPropertiesEstimation1);
MaterialTypeInput(MPEData1);
//MPEData1.Calc();
}
}
if (MPEClass1 != null)
{
frmCalc frmCalc1 = new frmCalc();
frmCalc1.MPEClass1 = MPEClass1;
frmCalc1.ShowDialog();
}
}
public void ParameterInput(MPEData MPEData1, ucMaterialPropertiesEstimation ucMaterialPropertiesEstimation1)
{
MPEData1.Thickness = double.Parse(ucMaterialPropertiesEstimation1.strThickness);
MPEData1.BulkDensity = double.Parse(ucMaterialPropertiesEstimation1.strBulkDensity);
MPEData1.FResist = double.Parse(ucMaterialPropertiesEstimation1.strFlowResistivity);
MPEData1.SFactor = double.Parse(ucMaterialPropertiesEstimation1.strStructureFactor);
MPEData1.Porosity = double.Parse(ucMaterialPropertiesEstimation1.strProsity);
MPEData1.ViscousCL = double.Parse(ucMaterialPropertiesEstimation1.strViscousCharLength) / 1000000;
MPEData1.ThermalCL = double.Parse(ucMaterialPropertiesEstimation1.strThermalCharLength) / 1000000;
MPEData1.Ymodulus = double.Parse(ucMaterialPropertiesEstimation1.strYoungsModulus);
MPEData1.PoissonR = double.Parse(ucMaterialPropertiesEstimation1.strPoissionsRatio);
MPEData1.LossFactor = double.Parse(ucMaterialPropertiesEstimation1.strLossFactor);
//MPEData1.Name = ucMaterialPropertiesEstimation1.e;
MPEData1.Temperature = double.Parse(this.edtTemperature.Text);
MPEData1.SID = MPEClass1.SID;
MPEData1.FResistEst = !ucMaterialPropertiesEstimation1.IsEnableFlowResistivity;
MPEData1.SFactorEst = !ucMaterialPropertiesEstimation1.IsEnableStructureFactor;
MPEData1.ViscousCLEst = !ucMaterialPropertiesEstimation1.IsEnableViscousCharLength;
MPEData1.ThermalCLEst = !ucMaterialPropertiesEstimation1.IsEnableThermalCharLength;
MPEData1.PorosityEst = !ucMaterialPropertiesEstimation1.IsEnableProsity;
MPEData1.YmodulusEst = !ucMaterialPropertiesEstimation1.IsEnableYoungsModulus;
MPEData1.PoissonREst = !ucMaterialPropertiesEstimation1.IsEnablePoissionsRatio;
MPEData1.LossFactorEst = !ucMaterialPropertiesEstimation1.IsEnableLossFactor;
}
public void DataBaseLoad(ucMaterialPropertiesEstimation ucMaterialPropertiesEstimation1, string strName)
{
MPEClass1 = new MPEClass();
MPEData MPEData1 = MPEClass1.NewMPEData();
MPEData1.Name = strName;
DB_Load(MPEData1);
ParameterInput(MPEData1, ucMaterialPropertiesEstimation1);
MaterialTypeInput(MPEData1);
MPEClass1.SID = int.Parse(lblDataBaseLoad_ID.Text);
MPEClass1.Name = lblDataBaseLoadName.Text;
frmCalc frmCalc1 = new frmCalc();
frmCalc1.MPEClass1 = MPEClass1;
frmCalc1.ShowDialog();
//MPEData1.Calc();
//MPEClass1.Temp();
//MPEClass1.Calc();
}
