private void btnStepOK_Click(object sender, System.EventArgs e)
{
double StartValue = 0;
double EndValue = 0;
double StepValue = 0;
StartValue = double.Parse(NumberCheck(edtFrom.Text));
EndValue = double.Parse(NumberCheck(edtTo.Text));
StepValue = double.Parse(NumberCheck(edtStep.Text));
SAClass1.StartValue = StartValue;
SAClass1.EndValue = EndValue;
SAClass1.StepValue = StepValue;
frmCalc frmCalc1 = new frmCalc();
frmCalc1.SAClass1 = SAClass1;
frmCalc1.SAClass_Mode = 2;
frmCalc1.ShowDialog();
//SAClass1.SensCalc();
GraphDraw_Step();
btnSave_Enable(false);
pnlParameter_Enable(true);
}
public void ucAnalysisSetup1_MyButtonClickedEvent(string strName, string strAddition)
{
switch (strName)
{
case "Analysis":
frmCalc frmCalc1 = new frmCalc();
if (ucAnalysisSetup1.IsSingle() == true)
{
frmCalc1.MPALayer1 = ucAnalysisSetup1.MPALayer1_Single;
}
else
{
frmCalc1.MPALayer1 = ucAnalysisSetup1.MPALayer1_Multi;
}
frmCalc1.ShowDialog(this);
//ucAnalysisSetup1.MPALayer1.Calc();
ucMaterialPerformanceAnalysis1.dOctave = ucAnalysisSetup1.GetFreqBand();
ucMaterialPerformanceAnalysis1.MPALayer1 = frmCalc1.MPALayer1;
ucMaterialPerformanceAnalysis1.GraphDraw("");
ucAnalysisSetup1.SaveButtonEnable(true);
break;
}
}
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();
}
}
private void btnOK_Click(object sender, System.EventArgs e)
{
double SelectedValue = 0;
SelectedValue = double.Parse(NumberCheck(edtParameter.Text));
SAClass1.SelectedValue = SelectedValue;
frmCalc frmCalc1 = new frmCalc();
frmCalc1.SAClass1 = SAClass1;
frmCalc1.SAClass_Mode = 3;
frmCalc1.ShowDialog();
//SAClass1.ResultingCalc();
GraphDraw_Result(strPerformance);
btnSave_Enable(true);
}
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();
}
private void btnAnalysis_Click(object sender, System.EventArgs e)
{
if (edtName.Text != "")
{
if (DataBaseLoadCheck() == true)
{
SAClass1 = new SAClass();
///////////////////////////////////////////
SAClass1.Temperature = double.Parse(edtTemperature.Text);
///////////////////////////////////////////
if (rdoNormalIncidence.Checked == true)
{
SAClass1.Incidence = 1;
SAClass1.IncAngle = 0.0;
}
else
{
SAClass1.Incidence = 2;
SAClass1.IncAngle = double.Parse(edtLimitAngle.Text);
}
///////////////////////////////////////////
if (rdoTransmissionLoss.Checked == true)
{
dSelectedPerformance = 1;
}
else if (rdoAbsorptionCoefficientRigidBacking.Checked == true)
{
dSelectedPerformance = 2;
}
else if (rdoAbsorptionCoefficientAnechoicTermination.Checked == true)
{
dSelectedPerformance = 3;
}
SAClass1.GraphType = dSelectedPerformance;
///////////////////////////////////////////
switch (cboMeterialType.SelectedItem.ToString())
{
case "Air":
SAClass1.MID = 1;
break;
case "Panel":
SAClass1.MID = 2;
break;
case "Impermeable membrane":
SAClass1.MID = 3;
break;
case "Permeable membrane":
SAClass1.MID = 4;
break;
case "Limp porous material":
SAClass1.MID = 5;
break;
case "Rigid porous material":
SAClass1.MID = 6;
break;
case "Elastic porous material":
SAClass1.MID = 7;
break;
case "Panel-elastic (BU)":
SAClass1.MID = 8;
break;
case "Elastic-panel (UB)":
SAClass1.MID = 9;
break;
case "Panel-elastic-panel (BB)":
SAClass1.MID = 10;
break;
}
///////////////////////////////////////////
SAClass1.Name = edtName.Text;
///////////////////////////////////////////
SAClass1.FlowRes = double.Parse(edtFlowResistivity.Text);
SAClass1.Thick = double.Parse(edtThickness.Text);
SAClass1.LossFactor = double.Parse(edtLossFactor.Text);
SAClass1.BulkDens = double.Parse(edtBulkDensity.Text);
SAClass1.Ymodulus = double.Parse(edtYoungsModulus.Text);
SAClass1.PoissionR = double.Parse(edtPoissionsRatio.Text);
SAClass1.ThermalCL = double.Parse(edtThermalCharLength.Text);
SAClass1.ViscousCL = double.Parse(edtViscousCharLength.Text);
SAClass1.Porosity = double.Parse(edtProsity.Text);
SAClass1.SFactor = double.Parse(edtStructureFactor.Text);
///////////////////////////////////////////
SAClass1.VarID = GetVar();
frmCalc frmCalc1 = new frmCalc();
frmCalc1.SAClass1 = SAClass1;
frmCalc1.SAClass_Mode = 1;
frmCalc1.ShowDialog();
//SAClass1.InitCalc();
MyButtonClicked("Analysis", "");
}
}
else
{
MessageBox.Show("Name 을 입력하여 주십시오.");
}
}
private void btnAnalysis_Click(object sender, System.EventArgs e)
{
if(edtName.Text != "")
{
if(DataBaseLoadCheck() == true)
{
SAClass1 = new SAClass();
///////////////////////////////////////////
SAClass1.Temperature = double.Parse(edtTemperature.Text);
///////////////////////////////////////////
if(rdoNormalIncidence.Checked == true)
{
SAClass1.Incidence = 1;
SAClass1.IncAngle = 0.0;
}
else
{
SAClass1.Incidence = 2;
SAClass1.IncAngle = double.Parse(edtLimitAngle.Text);
}
///////////////////////////////////////////
if(rdoTransmissionLoss.Checked == true)
{
dSelectedPerformance = 1;
}
else if(rdoAbsorptionCoefficientRigidBacking.Checked == true)
{
dSelectedPerformance = 2;
}
else if(rdoAbsorptionCoefficientAnechoicTermination.Checked == true)
{
dSelectedPerformance = 3;
}
SAClass1.GraphType = dSelectedPerformance;
///////////////////////////////////////////
switch (cboMeterialType.SelectedItem.ToString())
{
case "Air":
SAClass1.MID = 1;
break;
case "Panel":
SAClass1.MID = 2;
break;
case "Impermeable membrane":
SAClass1.MID = 3;
break;
case "Permeable membrane":
SAClass1.MID = 4;
break;
case "Limp porous material":
SAClass1.MID = 5;
break;
case "Rigid porous material":
SAClass1.MID = 6;
break;
case "Elastic porous material":
SAClass1.MID = 7;
break;
case "Panel-elastic (BU)":
SAClass1.MID = 8;
break;
case "Elastic-panel (UB)":
SAClass1.MID = 9;
break;
case "Panel-elastic-panel (BB)":
SAClass1.MID = 10;
break;
}
///////////////////////////////////////////
SAClass1.Name = edtName.Text;
///////////////////////////////////////////
SAClass1.FlowRes = double.Parse(edtFlowResistivity.Text);
SAClass1.Thick = double.Parse(edtThickness.Text);
SAClass1.LossFactor = double.Parse(edtLossFactor.Text);
SAClass1.BulkDens = double.Parse(edtBulkDensity.Text);
SAClass1.Ymodulus = double.Parse(edtYoungsModulus.Text);
SAClass1.PoissionR = double.Parse(edtPoissionsRatio.Text);
SAClass1.ThermalCL = double.Parse(edtThermalCharLength.Text);
SAClass1.ViscousCL = double.Parse(edtViscousCharLength.Text);
SAClass1.Porosity = double.Parse(edtProsity.Text);
SAClass1.SFactor = double.Parse(edtStructureFactor.Text);
///////////////////////////////////////////
SAClass1.VarID = GetVar();
frmCalc frmCalc1 = new frmCalc();
frmCalc1.SAClass1 = SAClass1;
frmCalc1.SAClass_Mode = 1;
frmCalc1.ShowDialog();
//SAClass1.InitCalc();
MyButtonClicked("Analysis","");
}
}
else
{
MessageBox.Show("Name �� �Է��Ͽ� �ֽʽÿ�.");
}
}
private void btnStepOK_Click(object sender, System.EventArgs e)
{
double StartValue = 0;
double EndValue = 0;
double StepValue = 0;
StartValue = double.Parse(NumberCheck(edtFrom.Text));
EndValue = double.Parse(NumberCheck(edtTo.Text));
StepValue = double.Parse(NumberCheck(edtStep.Text));
SAClass1.StartValue = StartValue;
SAClass1.EndValue = EndValue;
SAClass1.StepValue = StepValue;
frmCalc frmCalc1 = new frmCalc();
frmCalc1.SAClass1 = SAClass1;
frmCalc1.SAClass_Mode = 2;
frmCalc1.ShowDialog();
//SAClass1.SensCalc();
GraphDraw_Step();
btnSave_Enable(false);
pnlParameter_Enable(true);
}
private void btnOK_Click(object sender, System.EventArgs e)
{
double SelectedValue = 0;
SelectedValue = double.Parse(NumberCheck(edtParameter.Text));
SAClass1.SelectedValue = SelectedValue;
frmCalc frmCalc1 = new frmCalc();
frmCalc1.SAClass1 = SAClass1;
frmCalc1.SAClass_Mode = 3;
frmCalc1.ShowDialog();
//SAClass1.ResultingCalc();
GraphDraw_Result(strPerformance);
btnSave_Enable(true);
}
public void ucAnalysisSetup1_MyButtonClickedEvent(string strName,string strAddition)
{
switch(strName)
{
case "Analysis" :
frmCalc frmCalc1 = new frmCalc();
if(ucAnalysisSetup1.IsSingle() == true)
{
frmCalc1.MPALayer1 = ucAnalysisSetup1.MPALayer1_Single;
}
else
{
frmCalc1.MPALayer1 = ucAnalysisSetup1.MPALayer1_Multi;
}
frmCalc1.ShowDialog(this);
//ucAnalysisSetup1.MPALayer1.Calc();
ucMaterialPerformanceAnalysis1.dOctave = ucAnalysisSetup1.GetFreqBand();
ucMaterialPerformanceAnalysis1.MPALayer1 = frmCalc1.MPALayer1;
ucMaterialPerformanceAnalysis1.GraphDraw("");
ucAnalysisSetup1.SaveButtonEnable(true);
break;
}
}
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();
}
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) // ��ȿ�� ȭ���� �ƴϸ� �����Ѵ�
{
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();
}
}