private void cboMeterialType_Bind()
{
// cboMeterialType.Items.Add("Limp porous material");
// cboMeterialType.Items.Add("Rigid porous material");
// cboMeterialType.Items.Add("Elastic porous material");
//
// cboMeterialType.SelectedIndex = 0;
cboMeterialType.Items.Clear();
MPE_DB MPE_DB1 = new MPE_DB();
MaterialTypeds = MPE_DB1.GetMaterialType(1);
// cboMeterialType.DataSource = ds;
// cboMeterialType.DisplayMember = "MatType";
// cboMeterialType.ValueMember = "MID";
for(int i = 0 ; i < MaterialTypeds.Tables[0].Rows.Count ; i++)
{
MaterialType MaterialType1 = new MaterialType();
MaterialType1.Name = MaterialTypeds.Tables[0].Rows[i]["MatType"].ToString();
MaterialType1.ID = MaterialTypeds.Tables[0].Rows[i]["MID"].ToString();
cboMeterialType.Items.Add(MaterialType1.Name);
}
cboMeterialType.SelectedIndex = 0;
}
/// <summary>
/// DB ���� �⺻���� �͵��� �����´�
/// </summary>
private void lstDBList_Load()
{
ListViewItem list;
MPE_DB MPE_DB1 = new MPE_DB();
dsDataBaseLoad = MPE_DB1.GetDBDefault_Load();
for(int i = 0 ; i < dsDataBaseLoad.Tables[0].Rows.Count ; i++)
{
list = new ListViewItem();
list.Text = dsDataBaseLoad.Tables[0].Rows[i]["Name"].ToString();
lstDBList.Items.Add(list);
}
}
public void Save(string MID,string Measured,string Temperature,string Incidence,string IncAngle,string FreqBand)
{
if(edtName.Text != "")
{
if(mpeClass != null)
{
MPE_DB MPE_DB1 = new MPE_DB();
if(MPE_DB1.ISNameSame(edtName.Text) > 0)
{
MessageBox.Show("�̹� ���� �̸��� �����մϴ�.");
int dMax_ID_SingleMeterial = MPE_DB1.GetMax_ID_SingleMeterial();
MPE_DB1.CreateSingleMeterial(dMax_ID_SingleMeterial,edtName.Text,MID,mpeClass.Thickness.ToString(),mpeClass.BulkDensity.ToString(),
mpeClass.FResist.ToString(),mpeClass.SFactor.ToString(),mpeClass.Porosity.ToString(),mpeClass.ViscousCL.ToString(),mpeClass.ThermalCL.ToString(),
mpeClass.Ymodulus.ToString(),mpeClass.PoissonR.ToString(),mpeClass.LossFactor.ToString(),"0","0","0","0","0","0","0","0");
int dMax_ID_SingleMeterialGraph = MPE_DB1.GetMax_ID_SingleMeterialGraph();
string GraphType = GetGraphType();
// MPE_DB1.CreateSingleMaterialGraph(dMax_ID_SingleMeterialGraph,dMax_ID_SingleMeterial,"",Measured,Temperature,Incidence,IncAngle,FreqBand,"1",
// mpeClass.Frequency.GetString(),mpeClass.CAbsorption.GetString(),mpeClass.CSurfaceImpedance.GetString(),"");
MPE_DB1.CreateSingleMaterialGraph(dMax_ID_SingleMeterialGraph,dMax_ID_SingleMeterial,edtName.Text,Measured,Temperature,Incidence,IncAngle,FreqBand,"1",
mpeClass.Frequency.GetString(),mpeClass.MAbsorption.GetString(),"","");
MessageBox.Show("����Ǿ����ϴ�.","����");
}
else
{
int dMax_ID_SingleMeterial = MPE_DB1.GetMax_ID_SingleMeterial();
MPE_DB1.CreateSingleMeterial(dMax_ID_SingleMeterial,edtName.Text,MID,mpeClass.Thickness.ToString(),mpeClass.BulkDensity.ToString(),
mpeClass.FResist.ToString(),mpeClass.SFactor.ToString(),mpeClass.Porosity.ToString(),mpeClass.ViscousCL.ToString(),mpeClass.ThermalCL.ToString(),
mpeClass.Ymodulus.ToString(),mpeClass.PoissonR.ToString(),mpeClass.LossFactor.ToString(),"0","0","0","0","0","0","0","0");
int dMax_ID_SingleMeterialGraph = MPE_DB1.GetMax_ID_SingleMeterialGraph();
string GraphType = GetGraphType();
// MPE_DB1.CreateSingleMaterialGraph(dMax_ID_SingleMeterialGraph,dMax_ID_SingleMeterial,"",Measured,Temperature,Incidence,IncAngle,FreqBand,"1",
// mpeClass.Frequency.GetString(),mpeClass.CAbsorption.GetString(),mpeClass.CSurfaceImpedance.GetString(),"");
MPE_DB1.CreateSingleMaterialGraph(dMax_ID_SingleMeterialGraph,dMax_ID_SingleMeterial,edtName.Text,Measured,Temperature,Incidence,IncAngle,FreqBand,"1",
mpeClass.Frequency.GetString(),mpeClass.MAbsorption.GetString(),"","");
MessageBox.Show("����Ǿ����ϴ�.","����");
}
}
}
else
{
MessageBox.Show("Name �� �Է��Ͽ� �ֽʽÿ�");
}
}
private void DB_Load(MPEData MPEData1)
{
MPE_DB MPE_DB1 = new MPE_DB();
DataSet ds = MPE_DB1.GetSingleMaterialGraph(lblDataBaseLoad_ID.Text);
string strGraphType = ds.Tables[0].Rows[0]["GraphType"].ToString();
string strX_Axis = ds.Tables[0].Rows[0]["X_Axis"].ToString();
string strY_RigidBacking = ds.Tables[0].Rows[0]["Y_RigidBacking"].ToString();
string strY_AnechoicTermination = ds.Tables[0].Rows[0]["Y_AnechoicTermination"].ToString();
if(strX_Axis != "")
{
string [] dstrX_Axis = strX_Axis.Split(",".ToCharArray());
string [] dstrY_RigidBacking = strY_RigidBacking.Split(",".ToCharArray());
string [] dstrY_AnechoicTermination = strY_AnechoicTermination.Split(",".ToCharArray());
if(strGraphType == "1")
{
for(int i = 0 ; i < dstrX_Axis.Length ; i++)
{
MPEData1.Frequency.AddData(double.Parse(dstrX_Axis[i].ToString()));
MPEData1.MAbsorption.AddData(double.Parse(dstrY_RigidBacking[i].ToString()));
}
}
// else if(strGraphType == "2")
// {
// for(int i = 0 ; i < dstrX_Axis.Length ; i++)
// {
// MPEData1.Frequency.AddData(double.Parse(dstrX_Axis[i].ToString()));
// MPEData1.MSurfaceImpedance.AddData(double.Parse(dstrY_AnechoicTermination[i].ToString()));
// }
// }
}
}
