public void GraphDraw()
{
DataPlotter.DataSeries pSeries1 = new DataPlotter.DataSeries();
///plotter1.ColorBg = Color.LightYellow;
plotter1.ColorGrid = Color.LightGray;
//plotter1.XLogBase = 0;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 8000;
plotter1.XGrid = 1000;
//plotter1.YLogBase = 0;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 0.2;
plotter1.Series.Clear();
pSeries1.Name = "Data 01";
pSeries1.Color = Color.Blue ;
plotter1.bIsColorMap = false;
bool DataExist = false;
if(SAClass1 != null)
{
#region ����
// object [] ar = new object[3];
//
// DataTable table = new DataTable();
//
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(double));
// table.Columns.Add("my_Y",typeof(double));
// for(int i = 0 ; i < SAClass1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = SAClass1.Frequency.GetData(i).ToString();
// try
// {
// ar[2] = double.Parse(SAClass1.Igraph.GetData(i).ToString());
// if (ar[2].ToString() == "NaN") ar[2]=0;
// }
// catch
// {
// ar[2] = 0;
// }
// row.ItemArray = ar;
// table.Rows.Add(row);
//
// DataExist = true;
// }
#endregion
DataExist = true;
pSeries1.XData = SAClass1.Frequency.GetData();
pSeries1.YData = SAClass1.Igraph.GetData();
switch(SAClass1.GraphType)
{
case 1 :
plotter1.YLabel = "Transmission Loss [dB]";
plotter1.XLabel = "Frequency [Hz]";
break;
case 2 :
plotter1.YLabel = "Absorption Coefficient for Rigid Backing";
plotter1.XLabel = "Frequency [Hz]";
break;
case 3 :
plotter1.YLabel = "Absotpyion Coefficient for Anechoic termiation";
plotter1.XLabel = "Frequency [Hz]";
break;
}
if(DataExist == true)
{
#region ����
// ultraChart1.DataSource = table;
// ultraChart1.ScatterChart.IconSize = Infragistics.UltraChart.Shared.Styles.SymbolIconSize.Small;
// ultraChart1.ScatterChart.ConnectWithLines = true;
#endregion
plotter1.Series.Clear();
plotter1.Series.Add(pSeries1);
pSeries_Prev = pSeries1;
//plotter1.IsOctave = true;
plotter1.Refresh();
}
// else
// {
// NullGraph();
// }
}
// else
// {
// NullGraph();
// }
}
public void GraphDraw()
{
DataPlotter.DataSeries pSeries1;
DataPlotter.DataSeries pSeries2;
DataPlotter.DataSeries pSeries3;
plotter1.ColorGrid = Color.LightGray;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 6400;
plotter1.XGrid = 1000;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 0.2;
plotter1.Series.Clear();
plotter2.ColorGrid = Color.LightGray;
plotter2.XRangeStart = 0;
plotter2.XRangeEnd = 6400;
plotter2.XGrid = 1000;
plotter2.YRangeStart = 0;
plotter2.YRangeEnd = 1;
plotter2.YGrid = 0.2;
plotter2.Series.Clear();
plotter3.ColorGrid = Color.LightGray;
plotter3.XRangeStart = 0;
plotter3.XRangeEnd = 6400;
plotter3.XGrid = 1000;
plotter3.YRangeStart = 0;
plotter3.YRangeEnd = 60;
plotter3.YGrid = 10;
plotter3.Series.Clear();
bool DataExist = false;
MPEData MPEData1;
MD_DB MD_DB1 = new MD_DB();
int dGraph_ID = 0;
for(int i = 0 ; i < strID.Length ; i++)
{
dGraph_ID = MD_DB1.IsGraphExist(bIsSingle,Measured,Incidence,FreqBand,1,int.Parse(strID[i]));
if(dGraph_ID != -1)
{
MPEData1 = new MPEData();
if(MPEData1.DBLoad(bIsSingle,dGraph_ID) == true)
{
DataExist = true;
pSeries1 = new DataPlotter.DataSeries();
pSeries1.Name = "Data " + i.ToString();
int dR = (30 * i * 1000) % 256;
int dG = (20 * i * 200) % 256;
int dB = (10 * i * 10) % 256;
pSeries1.Color = Color.FromArgb(dR,dG,dB);
// switch(i)
// {
// case 0 :
// pSeries1.Color = Color.Blue ;
// break;
// case 1 :
// pSeries1.Color = Color.Red ;
// break;
// case 2 :
// pSeries1.Color = Color.Yellow ;
// break;
// case 3 :
// pSeries1.Color = Color.Green ;
// break;
// }
pSeries1.XData = MPEData1.Frequency.GetData();
pSeries1.YData = MPEData1.MAbsorption.GetData();
plotter1.YLabel = "Absorption Coefficient for Rigid Backing";
plotter1.XLabel = "Frequency [Hz]";
if(DataExist == true)
{
plotter1.Series.Add(pSeries1);
}
}
}
}
//plotter1.AutoRange();
plotter1.Refresh();
for(int i = 0 ; i < strID.Length ; i++)
{
dGraph_ID = MD_DB1.IsGraphExist(bIsSingle,Measured,Incidence,FreqBand,2,int.Parse(strID[i]));
if(dGraph_ID != -1)
{
MPEData1 = new MPEData();
if(MPEData1.DBLoad(bIsSingle,dGraph_ID) == true)
{
DataExist = true;
pSeries2 = new DataPlotter.DataSeries();
pSeries2.Name = "Data " + i.ToString();
pSeries2.XData = MPEData1.Frequency.GetData();
pSeries2.YData = MPEData1.MAbsorption.GetData();
int dR = (30 * i * 1000) % 256;
int dG = (20 * i * 200) % 256;
int dB = (10 * i * 10) % 256;
pSeries2.Color = Color.FromArgb(dR,dG,dB);
// switch(i)
// {
// case 0 :
// pSeries2.Color = Color.Blue ;
// break;
// case 1 :
// pSeries2.Color = Color.Red ;
// break;
// case 2 :
// pSeries2.Color = Color.Yellow ;
// break;
// case 3 :
// pSeries2.Color = Color.Green ;
// break;
// }
if(DataExist == true)
{
plotter2.Series.Add(pSeries2);
}
plotter2.YLabel = "Absotpyion Coefficient for Anechoic termiation";
plotter2.XLabel = "Frequency [Hz]";
}
}
//plotter2.AutoRange();
plotter2.Refresh();
}
for(int i = 0 ; i < strID.Length ; i++)
{
dGraph_ID = MD_DB1.IsGraphExist(bIsSingle,Measured,Incidence,FreqBand,3,int.Parse(strID[i]));
if(dGraph_ID != -1)
{
MPEData1 = new MPEData();
if(MPEData1.DBLoad(bIsSingle,dGraph_ID) == true)
{
DataExist = true;
pSeries3 = new DataPlotter.DataSeries();
pSeries3.Name = "Data " + i.ToString();
int dR = (30 * i * 1000) % 256;
int dG = (20 * i * 200) % 256;
int dB = (10 * i * 10) % 256;
pSeries3.Color = Color.FromArgb(dR,dG,dB);
// switch(i)
// {
// case 0 :
// pSeries3.Color = Color.Blue ;
// break;
// case 1 :
// pSeries3.Color = Color.Red ;
// break;
// case 2 :
// pSeries3.Color = Color.Yellow ;
// break;
// case 3 :
// pSeries3.Color = Color.Green ;
// break;
// }
pSeries3.XData = MPEData1.Frequency.GetData();
pSeries3.YData = MPEData1.MAbsorption.GetData();
plotter3.YLabel = "Transmission Loss [dB]";
plotter3.XLabel = "Frequency [Hz]";
if(DataExist == true)
{
plotter3.Series.Add(pSeries3);
}
}
}
}
//plotter3.AutoRange();
plotter3.Refresh();
}
public void GraphDraw_Result(string strPerformance)
{
DataPlotter.DataSeries pSeries1 = new DataPlotter.DataSeries();
//plotter1.ColorBg = Color.LightYellow;
plotter1.ColorGrid = Color.LightGray;
//plotter1.XLogBase = 0;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 8000;
plotter1.XGrid = 1000;
//plotter1.YLogBase = 0;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 0.2;
plotter1.Series.Clear();
pSeries1.Name = "Data 01";
pSeries1.Color = Color.Red ;
plotter1.bIsColorMap = false;
plotter1.IsOctave = false;
bool DataExist = false;
plotter1.Series.Clear();
if(SAClass1 != null)
{
#region ����
// object [] ar = new object[3];
//
// DataTable table = new DataTable();
//
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(double));
// table.Columns.Add("my_Y",typeof(double));
#endregion
if(strPerformance == null || strPerformance == "")
{
strPerformance = "Transmission Loss";
}
if(strPerformance == "Transmission Loss")
{
#region ����
// for(int i = 0 ; i < SAClass1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = SAClass1.Frequency.GetData(i).ToString();
// ar[2] = SAClass1.Rgraph_TL.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
DataExist = true;
pSeries1.XData = SAClass1.Frequency.GetData();
pSeries1.YData = SAClass1.Rgraph_TL.GetData();
plotter1.YGrid = 20;
plotter1.YRangeEnd = 100;
}
else if(strPerformance == "Absorption coefficient for rigid backing")
{
#region ����
// for(int i = 0 ; i < SAClass1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = SAClass1.Frequency.GetData(i).ToString();
// ar[2] = SAClass1.Rgraph_RB.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
DataExist = true;
pSeries1.XData = SAClass1.Frequency.GetData();
pSeries1.YData = SAClass1.Rgraph_RB.GetData();
}
else if(strPerformance == "Absorption coefficient for anechoic termination")
{
#region ����
// for(int i = 0 ; i < SAClass1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = SAClass1.Frequency.GetData(i).ToString();
// ar[2] = SAClass1.Rgraph_AT.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
DataExist = true;
pSeries1.XData = SAClass1.Frequency.GetData();
pSeries1.YData = SAClass1.Rgraph_AT.GetData();
}
if(DataExist == true)
{
#region ����
// ultraChart1.DataSource = table;
// ultraChart1.ScatterChart.IconSize = Infragistics.UltraChart.Shared.Styles.SymbolIconSize.Small;
// ultraChart1.ScatterChart.ConnectWithLines = true;
#endregion
if(pSeries_Prev != null)
{
plotter1.Series.Add(pSeries_Prev);
}
plotter1.Series.Add(pSeries1);
plotter1.Refresh();
}
}
}
// private void NullGraph()
// {
// object [] ar = new object[3];
//
// DataTable table = new DataTable();
//
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(int));
// table.Columns.Add("my_Y",typeof(int));
//
// DataRow row = table.NewRow();
// ar[0] = "1";
// ar[1] = 0;
// ar[2] = 0;
// row.ItemArray = ar;
// table.Rows.Add(row);
//
// ultraChart1.DataSource = table;
// ultraChart1.ScatterChart.IconSize = Infragistics.UltraChart.Shared.Styles.SymbolIconSize.Small;
// ultraChart1.ScatterChart.ConnectWithLines = true;
// }
public void GraphDraw_Step()
{
DataPlotter.DataSeries pSeries1;
//plotter1.ColorBg = Color.LightYellow;
plotter1.ColorGrid = Color.LightGray;
//plotter1.XLogBase = 0;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 8000;
plotter1.XGrid = 1000;
//plotter1.YLogBase = 0;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 0.2;
plotter1.Series.Clear();
plotter1.bIsColorMap = true;
plotter1.IsOctave = true;
bool DataExist = false;
plotter1.Series.Clear();
if(SAClass1 != null)
{
#region ����
// object [] ar = new object[3];
//
// DataTable table = new DataTable();
//
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(double));
// table.Columns.Add("my_Y",typeof(double));
#endregion
// Z ���� ���Ѵ�
SAClass1.Cal_Z_Data();
for(int i = 0 ; i < SAClass1.Sgraph.Count ; i++)
{
ClsData cls = (ClsData)SAClass1.Sgraph[i];
pSeries1 = new DataPlotter.DataSeries();
pSeries1.Name = "Data 01";
pSeries1.Color = Color.Blue ;
#region ����
// for(int j = 0 ; j < cls.GetCount() ; j++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = cls.GetData(j).ToString();
// ar[2] = cls.GetData(j).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
pSeries1.XData = SAClass1.Frequency.GetData();
pSeries1.YData = cls.GetData();
// Z ���� �ִ´�
pSeries1.ZData = new double[1];
pSeries1.ZData[0] = SAClass1.Get_Z_Data(i);
DataExist = true;
plotter1.Series.Add(pSeries1);
}
if(DataExist == true)
{
#region ����
// ultraChart1.DataSource = table;
// ultraChart1.ScatterChart.IconSize = Infragistics.UltraChart.Shared.Styles.SymbolIconSize.Small;
// ultraChart1.ScatterChart.ConnectWithLines = true;
#endregion
plotter1.YLabel = "Parameter Value";
plotter1.Interval = 2;
plotter1.AutoRange();
plotter1.Refresh();
}
}
}
public void GraphDraw(string strType)
{
DataPlotter.DataSeries pSeries1 = new DataPlotter.DataSeries();
//plotter1.ColorBg = Color.LightYellow;
plotter1.ColorGrid = Color.LightGray;
//plotter1.XLogBase = 0;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 8000;
plotter1.XGrid = 1000;
//plotter1.YLogBase = 0;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 2;
plotter1.Series.Clear();
pSeries1.Name = "Data 01";
pSeries1.Color = Color.Blue;
bool DataExist = false;
if (MPALayer1 != null)
{
#region 예전
// object [] ar = new object[3];
//
// DataTable table = new DataTable();
//
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(double));
// table.Columns.Add("my_Y",typeof(double));
#endregion
if (strType == "")
{
strType = "Absorption Coefficient for rigid backing";
}
if (strType == "Absorption Coefficient for rigid backing")
{
#region 예전
// for(int i = 0 ; i < MPALayer1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = MPALayer1.Frequency.GetData(i).ToString();
// ar[2] = MPALayer1.RigidBacking.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
pSeries1.XData = MPALayer1.Frequency.GetData();
pSeries1.YData = MPALayer1.RigidBacking.GetData();
DataExist = true;
plotter1.YGrid = 0.2;
}
else if (strType == "Absorption Coefficient for anechoic termination")
{
#region 예전
// for(int i = 0 ; i < MPALayer1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = MPALayer1.Frequency.GetData(i).ToString();
// ar[2] = MPALayer1.AnechoicTermination.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
pSeries1.XData = MPALayer1.Frequency.GetData();
pSeries1.YData = MPALayer1.AnechoicTermination.GetData();
DataExist = true;
plotter1.YGrid = 0.2;
}
else if (strType == "Transmission Loss")
{
#region 예전
// for(int i = 0 ; i < MPALayer1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = MPALayer1.Frequency.GetData(i).ToString();
// ar[2] = MPALayer1.TransmissionLoss.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
pSeries1.XData = MPALayer1.Frequency.GetData();
pSeries1.YData = MPALayer1.TransmissionLoss.GetData();
DataExist = true;
plotter1.YGrid = 20;
plotter1.YRangeEnd = 100;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 8000;
}
if (DataExist == true)
{
#region 예전
// ultraChart1.DataSource = table;
// ultraChart1.ScatterChart.IconSize = Infragistics.UltraChart.Shared.Styles.SymbolIconSize.Small;
// ultraChart1.ScatterChart.ConnectWithLines = true;
#endregion
if (dOctave != 0)
{
//plotter1.IsOctave = true;
if (dOctave == 2)
{
plotter1.Interval = 2;
}
else
{
plotter1.Interval = 0;
}
}
else
{
plotter1.IsOctave = false;
plotter1.XRangeEnd = 7000;
plotter1.XGrid = 1000;
}
plotter1.Series.Clear();
plotter1.Series.Add(pSeries1);
plotter1.Refresh();
}
// else
// {
// NullGraph();
// }
}
// else
// {
// NullGraph();
// }
}
public void GraphDraw(string strType)
{
DataPlotter.DataSeries pSeries1 = new DataPlotter.DataSeries();
//plotter1.ColorBg = Color.LightYellow;
plotter1.ColorGrid = Color.LightGray;
//plotter1.XLogBase = 0;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 8000;
plotter1.XGrid = 1000;
//plotter1.YLogBase = 0;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 2;
plotter1.Series.Clear();
pSeries1.Name = "Data 01";
pSeries1.Color = Color.Blue ;
bool DataExist = false;
if(MPALayer1 != null)
{
#region ����
// object [] ar = new object[3];
//
// DataTable table = new DataTable();
//
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(double));
// table.Columns.Add("my_Y",typeof(double));
#endregion
if(strType == "")
{
strType = "Absorption Coefficient for rigid backing";
}
if(strType == "Absorption Coefficient for rigid backing")
{
#region ����
// for(int i = 0 ; i < MPALayer1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = MPALayer1.Frequency.GetData(i).ToString();
// ar[2] = MPALayer1.RigidBacking.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
pSeries1.XData = MPALayer1.Frequency.GetData();
pSeries1.YData = MPALayer1.RigidBacking.GetData();
DataExist = true;
plotter1.YGrid = 0.2;
}
else if(strType == "Absorption Coefficient for anechoic termination")
{
#region ����
// for(int i = 0 ; i < MPALayer1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = MPALayer1.Frequency.GetData(i).ToString();
// ar[2] = MPALayer1.AnechoicTermination.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
pSeries1.XData = MPALayer1.Frequency.GetData();
pSeries1.YData = MPALayer1.AnechoicTermination.GetData();
DataExist = true;
plotter1.YGrid = 0.2;
}
else if(strType == "Transmission Loss")
{
#region ����
// for(int i = 0 ; i < MPALayer1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = MPALayer1.Frequency.GetData(i).ToString();
// ar[2] = MPALayer1.TransmissionLoss.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
pSeries1.XData = MPALayer1.Frequency.GetData();
pSeries1.YData = MPALayer1.TransmissionLoss.GetData();
DataExist = true;
plotter1.YGrid = 20;
plotter1.YRangeEnd = 100;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 8000;
}
if(DataExist == true)
{
#region ����
// ultraChart1.DataSource = table;
// ultraChart1.ScatterChart.IconSize = Infragistics.UltraChart.Shared.Styles.SymbolIconSize.Small;
// ultraChart1.ScatterChart.ConnectWithLines = true;
#endregion
if(dOctave != 0)
{
//plotter1.IsOctave = true;
if(dOctave == 2)
{
plotter1.Interval = 2;
}
else
{
plotter1.Interval = 0;
}
}
else
{
plotter1.IsOctave = false;
plotter1.XRangeEnd = 7000;
plotter1.XGrid = 1000;
}
plotter1.Series.Clear();
plotter1.Series.Add(pSeries1);
plotter1.Refresh();
}
// else
// {
// NullGraph();
// }
}
// else
// {
// NullGraph();
// }
}
public void GraphDraw_Result(string strPerformance)
{
DataPlotter.DataSeries pSeries1 = new DataPlotter.DataSeries();
//plotter1.ColorBg = Color.LightYellow;
plotter1.ColorGrid = Color.LightGray;
//plotter1.XLogBase = 0;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 8000;
plotter1.XGrid = 1000;
//plotter1.YLogBase = 0;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 0.2;
plotter1.Series.Clear();
pSeries1.Name = "Data 01";
pSeries1.Color = Color.Red;
plotter1.bIsColorMap = false;
plotter1.IsOctave = false;
bool DataExist = false;
plotter1.Series.Clear();
if (SAClass1 != null)
{
#region 예전
// object [] ar = new object[3];
//
// DataTable table = new DataTable();
//
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(double));
// table.Columns.Add("my_Y",typeof(double));
#endregion
if (strPerformance == null || strPerformance == "")
{
strPerformance = "Transmission Loss";
}
if (strPerformance == "Transmission Loss")
{
#region 예전
// for(int i = 0 ; i < SAClass1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = SAClass1.Frequency.GetData(i).ToString();
// ar[2] = SAClass1.Rgraph_TL.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
DataExist = true;
pSeries1.XData = SAClass1.Frequency.GetData();
pSeries1.YData = SAClass1.Rgraph_TL.GetData();
plotter1.YGrid = 20;
plotter1.YRangeEnd = 100;
}
else if (strPerformance == "Absorption coefficient for rigid backing")
{
#region 예전
// for(int i = 0 ; i < SAClass1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = SAClass1.Frequency.GetData(i).ToString();
// ar[2] = SAClass1.Rgraph_RB.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
DataExist = true;
pSeries1.XData = SAClass1.Frequency.GetData();
pSeries1.YData = SAClass1.Rgraph_RB.GetData();
}
else if (strPerformance == "Absorption coefficient for anechoic termination")
{
#region 예전
// for(int i = 0 ; i < SAClass1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = SAClass1.Frequency.GetData(i).ToString();
// ar[2] = SAClass1.Rgraph_AT.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
DataExist = true;
pSeries1.XData = SAClass1.Frequency.GetData();
pSeries1.YData = SAClass1.Rgraph_AT.GetData();
}
if (DataExist == true)
{
#region 예전
// ultraChart1.DataSource = table;
// ultraChart1.ScatterChart.IconSize = Infragistics.UltraChart.Shared.Styles.SymbolIconSize.Small;
// ultraChart1.ScatterChart.ConnectWithLines = true;
#endregion
if (pSeries_Prev != null)
{
plotter1.Series.Add(pSeries_Prev);
}
plotter1.Series.Add(pSeries1);
plotter1.Refresh();
}
}
}
public void GraphDraw(MPEClass mpeClass)
{
DataPlotter.DataSeries pSeries1 = new DataPlotter.DataSeries();
DataPlotter.DataSeries pSeries2 = new DataPlotter.DataSeries();
DataPlotter.DataSeries pSeries3;
DataPlotter.DataSeries pSeries4;
DataPlotter.DataSeries pSeries5;
DataPlotter.DataSeries pSeries6;
DataPlotter.DataSeries pSeries7;
DataPlotter.DataSeries pSeries8;
//plotter1.ColorBg = Color.LightYellow;
plotter1.ColorGrid = Color.LightGray;
//plotter1.XLogBase = 0;
plotter1.XRangeStart = -100;
plotter1.XRangeEnd = 1000;
plotter1.XGrid = 100;
//plotter1.YLogBase = 0;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 2;
plotter1.Series.Clear();
pSeries1.Name = "Data 01";
pSeries1.Color = Color.Blue ;
pSeries2.Name = "Data 02";
pSeries2.Color = Color.Red ;
if(mpeClass != null)
{
this.mpeClass = mpeClass;
#region ����
// object [] ar = new object[3];
// DataTable table = new DataTable();
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(double));
// table.Columns.Add("my_Y",typeof(double));
#endregion
if(rdoAbsorption.Checked)
{
#region ����
// for(int i = 0 ; i < mpeClass.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = "1";
// ar[1] = mpeClass.Frequency.GetData(i).ToString();
// ar[2] = mpeClass.MAbsorption.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
pSeries1.XData = mpeClass.Frequency.GetData();
pSeries1.YData = mpeClass.MAbsorption.GetData();
pSeries2.XData = mpeClass.Frequency.GetData();
pSeries2.YData = mpeClass.CAbsorption.GetData();
plotter1.YLabel ="Absorption Coefficient";
plotter1.XLabel ="Frequency [Hz]";
}
else
{
#region ����
// for(int i = 0 ; i < mpeClass.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = "1";
// ar[1] = mpeClass.Frequency.GetData(i).ToString();
// ar[2] = mpeClass.MSurfaceImpedance.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
pSeries1.XData = mpeClass.Frequency.GetData();
pSeries1.YData = mpeClass.MRealSurfaceImpedance.GetData();
pSeries2.XData = mpeClass.Frequency.GetData();
pSeries2.YData = mpeClass.CRealSurfaceImpedance.GetData();
pSeries5 = new DataPlotter.DataSeries();
pSeries6 = new DataPlotter.DataSeries();
pSeries5.Name = "Data 05";
pSeries5.Color = Color.Blue ;
pSeries6.Name = "Data 06";
pSeries6.Color = Color.Red ;
pSeries5.XData = mpeClass.Frequency.GetData();
pSeries5.YData = mpeClass.MImagSurfaceImpedance.GetData();
pSeries6.XData = mpeClass.Frequency.GetData();
pSeries6.YData = mpeClass.CImagSurfaceImpedance.GetData();
plotter1.Series.Add(pSeries5);
plotter1.Series.Add(pSeries6);
plotter1.YLabel ="Normalized Surface Impdedance";
plotter1.XLabel ="Frequency [Hz]";
}
// plotter1.IsOctave_ = true;
// plotter1.Interval_ = 50;
plotter1.Series.Add(pSeries1);
plotter1.Series.Add(pSeries2);
for(int i = 1 ; i < mpeClass.EstData.Count ; i++)
{
MPEData MPEDataTemp = (MPEData)mpeClass.EstData[i];
pSeries3 = new DataPlotter.DataSeries();
pSeries4 = new DataPlotter.DataSeries();
pSeries7 = new DataPlotter.DataSeries();
pSeries8 = new DataPlotter.DataSeries();
pSeries3.Name = "Data 03";
pSeries3.Color = Color.Yellow ;
pSeries4.Name = "Data 04";
pSeries4.Color = Color.Green ;
pSeries7.Name = "Data 07";
pSeries7.Color = Color.Yellow ;
pSeries8.Name = "Data 08";
pSeries8.Color = Color.Green ;
if(rdoAbsorption.Checked)
{
pSeries3.XData = MPEDataTemp.Frequency.GetData();
pSeries3.YData = MPEDataTemp.MAbsorption.GetData();
plotter1.Series.Add(pSeries3);
pSeries4.XData = MPEDataTemp.Frequency.GetData();
pSeries4.YData = MPEDataTemp.CAbsorption.GetData();
plotter1.Series.Add(pSeries4);
}
else
{
pSeries3.XData = MPEDataTemp.Frequency.GetData();
pSeries3.YData = MPEDataTemp.MRealSurfaceImpedance.GetData();
plotter1.Series.Add(pSeries3);
pSeries4.XData = MPEDataTemp.Frequency.GetData();
pSeries4.YData = MPEDataTemp.CRealSurfaceImpedance.GetData();
plotter1.Series.Add(pSeries4);
pSeries7.XData = mpeClass.Frequency.GetData();
pSeries7.YData = mpeClass.MImagSurfaceImpedance.GetData();
plotter1.Series.Add(pSeries7);
pSeries8.XData = mpeClass.Frequency.GetData();
pSeries8.YData = mpeClass.CImagSurfaceImpedance.GetData();
plotter1.Series.Add(pSeries8);
}
}
plotter1.AutoRange();
if(rdoAbsorption.Checked)
{
plotter1.YRangeStart = 0.0;
plotter1.YGrid = 0.2;
plotter1.YRangeEnd = 1.0;
}
else
{
plotter1.YRangeStart = -20.0;
plotter1.YGrid = 5;
plotter1.YRangeEnd = 20;
}
plotter1.Refresh();//.DataSource = table;
}
// else
// {
// NullGraph();
// }
}
public void GraphDraw()
{
DataPlotter.DataSeries pSeries1 = new DataPlotter.DataSeries();
///plotter1.ColorBg = Color.LightYellow;
plotter1.ColorGrid = Color.LightGray;
//plotter1.XLogBase = 0;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 8000;
plotter1.XGrid = 1000;
//plotter1.YLogBase = 0;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 0.2;
plotter1.Series.Clear();
pSeries1.Name = "Data 01";
pSeries1.Color = Color.Blue;
plotter1.bIsColorMap = false;
bool DataExist = false;
if (SAClass1 != null)
{
#region 예전
// object [] ar = new object[3];
//
// DataTable table = new DataTable();
//
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(double));
// table.Columns.Add("my_Y",typeof(double));
// for(int i = 0 ; i < SAClass1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = SAClass1.Frequency.GetData(i).ToString();
// try
// {
// ar[2] = double.Parse(SAClass1.Igraph.GetData(i).ToString());
// if (ar[2].ToString() == "NaN") ar[2]=0;
// }
// catch
// {
// ar[2] = 0;
// }
// row.ItemArray = ar;
// table.Rows.Add(row);
//
// DataExist = true;
// }
#endregion
DataExist = true;
pSeries1.XData = SAClass1.Frequency.GetData();
pSeries1.YData = SAClass1.Igraph.GetData();
switch (SAClass1.GraphType)
{
case 1:
plotter1.YLabel = "Transmission Loss [dB]";
plotter1.XLabel = "Frequency [Hz]";
break;
case 2:
plotter1.YLabel = "Absorption Coefficient for Rigid Backing";
plotter1.XLabel = "Frequency [Hz]";
break;
case 3:
plotter1.YLabel = "Absotpyion Coefficient for Anechoic termiation";
plotter1.XLabel = "Frequency [Hz]";
break;
}
if (DataExist == true)
{
#region 예전
// ultraChart1.DataSource = table;
// ultraChart1.ScatterChart.IconSize = Infragistics.UltraChart.Shared.Styles.SymbolIconSize.Small;
// ultraChart1.ScatterChart.ConnectWithLines = true;
#endregion
plotter1.Series.Clear();
plotter1.Series.Add(pSeries1);
pSeries_Prev = pSeries1;
//plotter1.IsOctave = true;
plotter1.Refresh();
}
// else
// {
// NullGraph();
// }
}
// else
// {
// NullGraph();
// }
}
// private void NullGraph()
// {
// object [] ar = new object[3];
//
// DataTable table = new DataTable();
//
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(int));
// table.Columns.Add("my_Y",typeof(int));
//
// DataRow row = table.NewRow();
// ar[0] = "1";
// ar[1] = 0;
// ar[2] = 0;
// row.ItemArray = ar;
// table.Rows.Add(row);
//
// ultraChart1.DataSource = table;
// ultraChart1.ScatterChart.IconSize = Infragistics.UltraChart.Shared.Styles.SymbolIconSize.Small;
// ultraChart1.ScatterChart.ConnectWithLines = true;
// }
public void GraphDraw_Step()
{
DataPlotter.DataSeries pSeries1;
//plotter1.ColorBg = Color.LightYellow;
plotter1.ColorGrid = Color.LightGray;
//plotter1.XLogBase = 0;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 8000;
plotter1.XGrid = 1000;
//plotter1.YLogBase = 0;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 0.2;
plotter1.Series.Clear();
plotter1.bIsColorMap = true;
plotter1.IsOctave = true;
bool DataExist = false;
plotter1.Series.Clear();
if (SAClass1 != null)
{
#region 예전
// object [] ar = new object[3];
//
// DataTable table = new DataTable();
//
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(double));
// table.Columns.Add("my_Y",typeof(double));
#endregion
// Z 값을 구한다
SAClass1.Cal_Z_Data();
for (int i = 0; i < SAClass1.Sgraph.Count; i++)
{
ClsData cls = (ClsData)SAClass1.Sgraph[i];
pSeries1 = new DataPlotter.DataSeries();
pSeries1.Name = "Data 01";
pSeries1.Color = Color.Blue;
#region 예전
// for(int j = 0 ; j < cls.GetCount() ; j++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = cls.GetData(j).ToString();
// ar[2] = cls.GetData(j).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
// }
#endregion
pSeries1.XData = SAClass1.Frequency.GetData();
pSeries1.YData = cls.GetData();
// Z 값을 넣는다
pSeries1.ZData = new double[1];
pSeries1.ZData[0] = SAClass1.Get_Z_Data(i);
DataExist = true;
plotter1.Series.Add(pSeries1);
}
if (DataExist == true)
{
#region 예전
// ultraChart1.DataSource = table;
// ultraChart1.ScatterChart.IconSize = Infragistics.UltraChart.Shared.Styles.SymbolIconSize.Small;
// ultraChart1.ScatterChart.ConnectWithLines = true;
#endregion
plotter1.YLabel = "Parameter Value";
plotter1.Interval = 2;
plotter1.AutoRange();
plotter1.Refresh();
}
}
}
private string AbsorptionCoefficient_AnechoicTerminationCheck(DataSet ds,clsAbsorptionCoefficient_Find cls)
{
string strIDs = "";
string strFreq = "";
string strY = "";
string [] arrFreq;
string [] arrY;
string Y_16 = ""; // ���ļ��� 16 �϶� Y ��
string Y_31_5 = "";
string Y_63 = "";
string Y_125 = "";
string Y_250 = "";
string Y_500 = "";
string Y_1000 = "";
string Y_2000 = "";
string Y_4000 = "";
string Y_8000 = "";
string Y_10000 = "";
pSeries_Search = new DataPlotter.DataSeries();
double [] dimdf_X = new double[11];
double [] dimdf_Y = new double[11];
pSeries_Search.Color = Color.SkyBlue;
pSeries_Search.Name = "Search Axis";
for(int i = 0 ; i < ds.Tables[0].Rows.Count ; i++)
{
bool bResult = true;
strFreq = ds.Tables[0].Rows[i]["X_Axis"].ToString();
strY = ds.Tables[0].Rows[i]["Y_AnechoicTermination"].ToString();
if(strFreq != "")
{
arrFreq = strFreq.Split(",".ToCharArray());
arrY = strY.Split(",".ToCharArray());
if(arrFreq.Length == arrY.Length)
{
for(int j = 0 ; j < arrFreq.Length ; j++)
{
#region DB ���� �� ���ļ����� Y �� ������ ����
switch(arrFreq[j].ToString())
{
case "16" :
Y_16 = arrY[j].ToString();
break;
case "31.5" :
Y_31_5 = arrY[j].ToString();
break;
case "63" :
Y_63 = arrY[j].ToString();
break;
case "125" :
Y_125 = arrY[j].ToString();
break;
case "250" :
Y_250 = arrY[j].ToString();
break;
case "500" :
Y_500 = arrY[j].ToString();
break;
case "1000" :
Y_1000 = arrY[j].ToString();
break;
case "2000" :
Y_2000 = arrY[j].ToString();
break;
case "4000" :
Y_4000 = arrY[j].ToString();
break;
case "8000" :
Y_8000 = arrY[j].ToString();
break;
case "10000" :
Y_10000 = arrY[j].ToString();
break;
}
#endregion
}
#region ������ ����� üũ ������ ���� �ʴ°� �ϳ��� ������ false
double temp_cls = 0.0;
double temp_db = 0.0;
if(cls.str500 != "")
{
temp_cls = double.Parse(cls.str500);
temp_db = double.Parse(Y_500);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[5] = 500;
dimdf_Y[5] = temp_db;
}
if(cls.str1000 != "")
{
temp_cls = double.Parse(cls.str1000);
temp_db = double.Parse(Y_1000);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[6] = 1000;
dimdf_Y[6] = temp_db;
}
if(cls.str2000 != "")
{
temp_cls = double.Parse(cls.str2000);
temp_db = double.Parse(Y_2000);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[7] = 2000;
dimdf_Y[7] = temp_db;
}
if(cls.str4000 != "")
{
temp_cls = double.Parse(cls.str4000);
temp_db = double.Parse(Y_4000);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[8] = 4000;
dimdf_Y[8] = temp_db;
}
if(cls.str8000 != "")
{
temp_cls = double.Parse(cls.str8000);
temp_db = double.Parse(Y_8000);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[9] = 8000;
dimdf_Y[9] = temp_db;
}
if(cls.str10000 != "")
{
temp_cls = double.Parse(cls.str10000);
temp_db = double.Parse(Y_10000);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[10] = 10000;
dimdf_Y[10] = temp_db;
}
#endregion
}
else
{
bResult = false;
}
}
else
{
bResult = false;
}
if(bResult == true) // ���ǿ� �����ϸ�ID �� �߰��Ѵ�
{
strIDs = strIDs + ds.Tables[0].Rows[i]["SGID"].ToString() + ",";
}
}
pSeries_Search.XData = dimdf_X;
pSeries_Search.YData = dimdf_Y;
if(strIDs != "")
{
strIDs = strIDs.Substring(0,strIDs.Length - 1);
}
return strIDs;
}
public void Search(string Category,string IncidenceCondition,string MaterialType,string Option,string Frequency,
clsAbsorptionCoefficient_FindDetail clsAbsorptionCoefficient_RB,clsAbsorptionCoefficient_FindDetail clsAbsorptionCoefficient_AT,
clsAbsorptionCoefficient_FindDetail clsAbsorptionCoefficient_TL,clsParameters clsParameters1,clsMultiLayer_Find clsMultiLayer_Find1,string strVendor,
string strProducing,string strDate,int dMeasured)
{
string strIDs = "";
bool bFlag = false;
MD_DB MD_DB1 = new MD_DB();
switch(Option)
{
case "Absorption coefficient-rigid backing":
dsSearchResult = MD_DB1.Search(Category,IncidenceCondition,MaterialType,Frequency,clsAbsorptionCoefficient_RB.strName,strVendor,strProducing,strDate,dMeasured);
strIDs = AbsorptionCoefficient_RigidBackingCheck(dsSearchResult,clsAbsorptionCoefficient_RB);
break;
case "Absorption coefficient-anechoic termination":
dsSearchResult = MD_DB1.Search(Category,IncidenceCondition,MaterialType,Frequency,clsAbsorptionCoefficient_AT.strName,strVendor,strProducing,strDate,dMeasured);
strIDs = AbsorptionCoefficient_AnechoicTerminationCheck(dsSearchResult,clsAbsorptionCoefficient_AT);
break;
case "Transmission Loss":
dsSearchResult = MD_DB1.Search(Category,IncidenceCondition,MaterialType,Frequency,clsAbsorptionCoefficient_TL.strName,strVendor,strProducing,strDate,dMeasured);
strIDs = TransmissionLossCheck(dsSearchResult,clsAbsorptionCoefficient_TL);
break;
case "Parameters":
dsSearchResult = MD_DB1.Search(Category,IncidenceCondition,MaterialType,Frequency,clsParameters1.strName,strVendor,strProducing,strDate,dMeasured);
strIDs = ParametersCheck(dsSearchResult,clsParameters1);
pSeries_Search = null;
break;
case "MultiLayer":
dsSearchResult = MD_DB1.Search("Multi",IncidenceCondition,MaterialType,Frequency,"",strVendor,strProducing,strDate,dMeasured);
Category = "Multi";
strIDs = MultiLayerCheck(dsSearchResult,clsMultiLayer_Find1.strName,clsMultiLayer_Find1.strTotalThick);
bFlag = true;
pSeries_Search = null;
break;
case "Select":
dsSearchResult = MD_DB1.Search(Category,IncidenceCondition,MaterialType,Frequency,"",strVendor,strProducing,strDate,dMeasured);
bFlag = true;
pSeries_Search = null;
break;
}
if(bFlag == false)
{
dsSearchResult = MD_DB1.Search_IDs(Category,strIDs);
}
strSingle_Multi = Category;
lstSearchResultList.Items.Clear();
if(dsSearchResult != null)
{
if(Category != "Single")
{
MultiListSetting();
}
else
{
SearchResultList_Init();
MeterialTypeChange(this.strMeterialTypeChange);
}
for(int i = 0 ; i < dsSearchResult.Tables[0].Rows.Count ; i++)
{
ListViewItem item = new ListViewItem();
if(Category == "Single")
{
item.SubItems[0].Text = dsSearchResult.Tables[0].Rows[i]["SID"].ToString();
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["Name"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["Thick"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["BulkDens"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["LossFactor"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["FlowRes"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["Ymodulus"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["PoissionR"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["ThermalCL"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["ViscousCL"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["Prosity"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["Sfactor"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["EmP1"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["PRatioP1"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["DensityP1"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["EmP2"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["HP2"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["HP2"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["HP1"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["PRatioP2"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["MID"].ToString());
bIsSingle = true;
}
else
{
item.SubItems[0].Text = dsSearchResult.Tables[0].Rows[i]["LID"].ToString();
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["MultiLayer.Name"].ToString());
item.SubItems.Add(dsSearchResult.Tables[0].Rows[i]["TotalThick"].ToString());
bIsSingle = false;
}
lstSearchResultList.Items.Add(item);
//strSearchResult_Selected_ID = item.SubItems[0].Text;
}
}
if(dsSearchResult == null || dsSearchResult.Tables[0].Rows.Count == 0)
{
MessageBox.Show("�˻� ����� �����ϴ�");
}
pnlGraphOption.Enabled = false;
pnlGraphOption2.Enabled = false;
}
private string TransmissionLossCheck(DataSet ds,clsAbsorptionCoefficient_FindDetail cls)
{
string strIDs = "";
string strFreq = "";
string strY = "";
string [] arrFreq;
string [] arrY;
string Y_400 = "";
string Y_500 = "";
string Y_630 = "";
string Y_800 = "";
string Y_1000 = "";
string Y_1250 = "";
string Y_1600 = "";
string Y_2000 = "";
string Y_3150 = "";
string Y_4000 = "";
string Y_5000 = "";
string Y_6300 = "";
string Y_8000 = "";
string Y_10000 = "";
pSeries_Search = new DataPlotter.DataSeries();
double [] dimdf_X = new double[14];
double [] dimdf_Y = new double[14];
pSeries_Search.Color = Color.SkyBlue;
pSeries_Search.Name = "Search Axis";
for(int i = 0 ; i < ds.Tables[0].Rows.Count ; i++)
{
bool bResult = true;
strFreq = ds.Tables[0].Rows[i]["X_Axis"].ToString();
strY = ds.Tables[0].Rows[i]["Y_TransmissionLoss"].ToString();
if(strFreq != "" && strY != "")
{
arrFreq = strFreq.Split(",".ToCharArray());
arrY = strY.Split(",".ToCharArray());
if(arrFreq.Length == arrY.Length)
{
for(int j = 0 ; j < arrFreq.Length ; j++)
{
#region DB ���� �� ���ļ����� Y �� ������ ����
switch(arrFreq[j].ToString())
{
case "400" :
Y_400 = arrY[j].ToString();
break;
case "500" :
Y_500 = arrY[j].ToString();
break;
case "630" :
Y_630 = arrY[j].ToString();
break;
case "800" :
Y_800 = arrY[j].ToString();
break;
case "1000" :
Y_1000 = arrY[j].ToString();
break;
case "1250" :
Y_1250 = arrY[j].ToString();
break;
case "1600" :
Y_1600 = arrY[j].ToString();
break;
case "2000" :
Y_2000 = arrY[j].ToString();
break;
case "3150" :
Y_3150 = arrY[j].ToString();
break;
case "4000" :
Y_4000 = arrY[j].ToString();
break;
case "5000" :
Y_5000 = arrY[j].ToString();
break;
case "6300" :
Y_6300 = arrY[j].ToString();
break;
case "8000" :
Y_8000 = arrY[j].ToString();
break;
case "10000" :
Y_10000 = arrY[j].ToString();
break;
}
#endregion
}
#region ������ ����� üũ ������ ���� �ʴ°� �ϳ��� ������ false
double temp_cls = 0.0;
double temp_db = 0.0;
if(cls.str400 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str400);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(400) + temp_cls;
}
temp_db = double.Parse(Y_400);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[0] = 400;
dimdf_Y[0] = temp_cls;
}
if(cls.str500 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str500);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(500) + temp_cls;
}
temp_db = double.Parse(Y_500);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[1] = 500;
dimdf_Y[1] = temp_cls;
}
if(cls.str630 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str630);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(630) + temp_cls;
}
temp_db = double.Parse(Y_630);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[2] = 630;
dimdf_Y[2] = temp_cls;
}
if(cls.str800 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str800);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(800) + temp_cls;
}
temp_db = double.Parse(Y_800);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[3] = 800;
dimdf_Y[3] = temp_cls;
}
if(cls.str1000 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str1000);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(1000) + temp_cls;
}
temp_db = double.Parse(Y_1000);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[4] = 1000;
dimdf_Y[4] = temp_cls;
}
if(cls.str1250 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str1250);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(1250) + temp_cls;
}
temp_db = double.Parse(Y_1250);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[5] = 1250;
dimdf_Y[5] = temp_cls;
}
if(cls.str1600 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str1600);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(1600) + temp_cls;
}
temp_db = double.Parse(Y_1600);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[6] = 1600;
dimdf_Y[6] = temp_cls;
}
if(cls.str2000 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str2000);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(2000) + temp_cls;
}
temp_db = double.Parse(Y_2000);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[7] = 2000;
dimdf_Y[7] = temp_cls;
}
if(cls.str3150 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str3150);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(3150) + temp_cls;
}
temp_db = double.Parse(Y_3150);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[8] = 3150;
dimdf_Y[8] = temp_cls;
}
if(cls.str4000 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str4000);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(4000) + temp_cls;
}
temp_db = double.Parse(Y_4000);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[9] = 4000;
dimdf_Y[9] = temp_cls;
}
if(cls.str5000 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str5000);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(5000) + temp_cls;
}
temp_db = double.Parse(Y_5000);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[10] = 5000;
dimdf_Y[10] = temp_cls;
}
if(cls.str6300 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str6300);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(6300) + temp_cls;
}
temp_db = double.Parse(Y_6300);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[11] = 6300;
dimdf_Y[11] = temp_cls;
}
if(cls.str8000 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str8000);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(8000) + temp_cls;
}
temp_db = double.Parse(Y_8000);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[12] = 8000;
dimdf_Y[12] = temp_cls;
}
if(cls.str10000 != "")
{
if(cls.strAlpha == "")
{
temp_cls = double.Parse(cls.str10000);
}
else
{
temp_cls = double.Parse(cls.strAlpha);
temp_cls = Math.Log10(10000) + temp_cls;
}
temp_db = double.Parse(Y_10000);
if(temp_cls > temp_db)
{
bResult = false;
}
dimdf_X[13] = 10000;
dimdf_Y[13] = temp_cls;
}
#endregion
}
else
{
bResult = false;
}
}
else
{
bResult = false;
}
if(bResult == true) // ���ǿ� �����ϸ�ID �� �߰��Ѵ�
{
strIDs = strIDs + ds.Tables[0].Rows[i]["SGID"].ToString() + ",";
}
}
if(strIDs != "")
{
strIDs = strIDs.Substring(0,strIDs.Length - 1);
}
pSeries_Search.XData = dimdf_X;
pSeries_Search.YData = dimdf_Y;
return strIDs;
}
// private void NullGraph()
// {
// object [] ar = new object[3];
//
// DataTable table = new DataTable();
//
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(int));
// table.Columns.Add("my_Y",typeof(int));
//
// DataRow row = table.NewRow();
// ar[0] = "1";
// ar[1] = 0;
// ar[2] = 0;
// row.ItemArray = ar;
// table.Rows.Add(row);
//
// ultraChart1.DataSource = table;
// ultraChart1.ScatterChart.IconSize = Infragistics.UltraChart.Shared.Styles.SymbolIconSize.Small;
// ultraChart1.ScatterChart.ConnectWithLines = true;
// }
public void GraphDraw()
{
DataPlotter.DataSeries pSeries1;
//plotter1.ColorBg = Color.LightYellow;
plotter1.ColorGrid = Color.LightGray;
//plotter1.XLogBase = 0;
plotter1.XRangeStart = -100;
plotter1.XRangeEnd = 1000;
plotter1.XGrid = 100;
//plotter1.YLogBase = 0;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 2;
plotter1.Series.Clear();
if(pSeries_Search != null)
{
plotter1.Series.Add(pSeries_Search);
}
bool DataExist = false;
MPEData MPEData1;
MD_DB MD_DB1 = new MD_DB();
for(int i = 0 ; i < lstSearchResultList.SelectedIndices.Count ; i++)
{
dGraph_ID = MD_DB1.IsGraphExist(bIsSingle,GetMeasured(),GetIncidence(),GetFreqBand(),GetGraphType(),int.Parse(lstSearchResultList.SelectedItems[i].Text));
if(dGraph_ID != -1)
{
MPEData1 = new MPEData();
if(MPEData1.DBLoad(bIsSingle,dGraph_ID) == true)
{
#region ����
// object [] ar = new object[3];
//
// DataTable table = new DataTable();
//
// table.Columns.Add("GroupName",typeof(int));
// table.Columns.Add("my_X",typeof(double));
// table.Columns.Add("my_Y",typeof(double));
// for(int i = 0 ; i < MPEData1.Frequency.GetCount() ; i++)
// {
// DataRow row = table.NewRow();
// ar[0] = i.ToString();
// ar[1] = MPEData1.Frequency.GetData(i).ToString();
// ar[2] = MPEData1.MAbsorption.GetData(i).ToString();
// row.ItemArray = ar;
// table.Rows.Add(row);
//
// DataExist = true;
// }
#endregion
DataExist = true;
pSeries1 = new DataPlotter.DataSeries();
pSeries1.Name = "Data " + i.ToString();
int dR = (30 * i * 1000) % 256;
int dG = (20 * i * 200) % 256;
int dB = (10 * i * 10) % 256;
pSeries1.Color = Color.FromArgb(dR,dG,dB);
// switch(i)
// {
// case 0 :
// pSeries1.Color = Color.Blue ;
// break;
// case 1 :
// pSeries1.Color = Color.Red ;
// break;
// case 2 :
// pSeries1.Color = Color.Yellow ;
// break;
// case 3 :
// pSeries1.Color = Color.Green ;
// break;
// }
pSeries1.XData = MPEData1.Frequency.GetData();
pSeries1.YData = MPEData1.MAbsorption.GetData();
if(DataExist == true)
{
#region ����
// ultraChart1.DataSource = table;
// ultraChart1.ScatterChart.IconSize = Infragistics.UltraChart.Shared.Styles.SymbolIconSize.Small;
// ultraChart1.ScatterChart.ConnectWithLines = true;
#endregion
if(pSeries1.XData.Length == pSeries1.YData.Length)
{
plotter1.Series.Add(pSeries1);
}
//plotter1.IsOctave_ = true;
}
}
}
}
switch(GetGraphType())
{
case 1 :
plotter1.YLabel = "Absorption Coefficient for Rigid Backing";
plotter1.XLabel = "Frequency [Hz]";
break;
case 2 :
plotter1.YLabel = "Absotpyion Coefficient for Anechoic termiation";
plotter1.XLabel = "Frequency [Hz]";
break;
case 3 :
plotter1.YLabel = "Transmission Loss [dB]";
plotter1.XLabel = "Frequency [Hz]";
break;
}
plotter1.AutoRange();
plotter1.Refresh();
}
public void GraphDraw()
{
DataPlotter.DataSeries pSeries1;
DataPlotter.DataSeries pSeries2;
DataPlotter.DataSeries pSeries3;
plotter1.ColorGrid = Color.LightGray;
plotter1.XRangeStart = 0;
plotter1.XRangeEnd = 6400;
plotter1.XGrid = 1000;
plotter1.YRangeStart = 0;
plotter1.YRangeEnd = 1;
plotter1.YGrid = 0.2;
plotter1.Series.Clear();
plotter2.ColorGrid = Color.LightGray;
plotter2.XRangeStart = 0;
plotter2.XRangeEnd = 6400;
plotter2.XGrid = 1000;
plotter2.YRangeStart = 0;
plotter2.YRangeEnd = 1;
plotter2.YGrid = 0.2;
plotter2.Series.Clear();
plotter3.ColorGrid = Color.LightGray;
plotter3.XRangeStart = 0;
plotter3.XRangeEnd = 6400;
plotter3.XGrid = 1000;
plotter3.YRangeStart = 0;
plotter3.YRangeEnd = 60;
plotter3.YGrid = 10;
plotter3.Series.Clear();
bool DataExist = false;
MPEData MPEData1;
MD_DB MD_DB1 = new MD_DB();
int dGraph_ID = 0;
for (int i = 0; i < strID.Length; i++)
{
dGraph_ID = MD_DB1.IsGraphExist(bIsSingle, Measured, Incidence, FreqBand, 1, int.Parse(strID[i]));
if (dGraph_ID != -1)
{
MPEData1 = new MPEData();
if (MPEData1.DBLoad(bIsSingle, dGraph_ID) == true)
{
DataExist = true;
pSeries1 = new DataPlotter.DataSeries();
pSeries1.Name = "Data " + i.ToString();
int dR = (30 * i * 1000) % 256;
int dG = (20 * i * 200) % 256;
int dB = (10 * i * 10) % 256;
pSeries1.Color = Color.FromArgb(dR, dG, dB);
// switch(i)
// {
// case 0 :
// pSeries1.Color = Color.Blue ;
// break;
// case 1 :
// pSeries1.Color = Color.Red ;
// break;
// case 2 :
// pSeries1.Color = Color.Yellow ;
// break;
// case 3 :
// pSeries1.Color = Color.Green ;
// break;
// }
pSeries1.XData = MPEData1.Frequency.GetData();
pSeries1.YData = MPEData1.MAbsorption.GetData();
plotter1.YLabel = "Absorption Coefficient for Rigid Backing";
plotter1.XLabel = "Frequency [Hz]";
if (DataExist == true)
{
plotter1.Series.Add(pSeries1);
}
}
}
}
//plotter1.AutoRange();
plotter1.Refresh();
for (int i = 0; i < strID.Length; i++)
{
dGraph_ID = MD_DB1.IsGraphExist(bIsSingle, Measured, Incidence, FreqBand, 2, int.Parse(strID[i]));
if (dGraph_ID != -1)
{
MPEData1 = new MPEData();
if (MPEData1.DBLoad(bIsSingle, dGraph_ID) == true)
{
DataExist = true;
pSeries2 = new DataPlotter.DataSeries();
pSeries2.Name = "Data " + i.ToString();
pSeries2.XData = MPEData1.Frequency.GetData();
pSeries2.YData = MPEData1.MAbsorption.GetData();
int dR = (30 * i * 1000) % 256;
int dG = (20 * i * 200) % 256;
int dB = (10 * i * 10) % 256;
pSeries2.Color = Color.FromArgb(dR, dG, dB);
// switch(i)
// {
// case 0 :
// pSeries2.Color = Color.Blue ;
// break;
// case 1 :
// pSeries2.Color = Color.Red ;
// break;
// case 2 :
// pSeries2.Color = Color.Yellow ;
// break;
// case 3 :
// pSeries2.Color = Color.Green ;
// break;
// }
if (DataExist == true)
{
plotter2.Series.Add(pSeries2);
}
plotter2.YLabel = "Absotpyion Coefficient for Anechoic termiation";
plotter2.XLabel = "Frequency [Hz]";
}
}
//plotter2.AutoRange();
plotter2.Refresh();
}
for (int i = 0; i < strID.Length; i++)
{
dGraph_ID = MD_DB1.IsGraphExist(bIsSingle, Measured, Incidence, FreqBand, 3, int.Parse(strID[i]));
if (dGraph_ID != -1)
{
MPEData1 = new MPEData();
if (MPEData1.DBLoad(bIsSingle, dGraph_ID) == true)
{
DataExist = true;
pSeries3 = new DataPlotter.DataSeries();
pSeries3.Name = "Data " + i.ToString();
int dR = (30 * i * 1000) % 256;
int dG = (20 * i * 200) % 256;
int dB = (10 * i * 10) % 256;
pSeries3.Color = Color.FromArgb(dR, dG, dB);
// switch(i)
// {
// case 0 :
// pSeries3.Color = Color.Blue ;
// break;
// case 1 :
// pSeries3.Color = Color.Red ;
// break;
// case 2 :
// pSeries3.Color = Color.Yellow ;
// break;
// case 3 :
// pSeries3.Color = Color.Green ;
// break;
// }
pSeries3.XData = MPEData1.Frequency.GetData();
pSeries3.YData = MPEData1.MAbsorption.GetData();
plotter3.YLabel = "Transmission Loss [dB]";
plotter3.XLabel = "Frequency [Hz]";
if (DataExist == true)
{
plotter3.Series.Add(pSeries3);
}
}
}
}
//plotter3.AutoRange();
plotter3.Refresh();
}
