private void SetSecondlstdata()
{
int nWaveOffset;
int nFftPtNum = 1024;
int nWindowType;
float fCalOffset;
int nExpPara;
int nClearDc = 1;
int nSpectrumType;
int nAverageType;
int nCascadePercent;
List <float> SpecData = null;
iscalculating = false;
nWaveOffset = Convert.ToInt32(WaveOffset.Text);
switch (this.FftPtNum.SelectedIndex)
{
case 0:
nFftPtNum = 256;
break;
case 1:
nFftPtNum = 512;
break;
case 2:
nFftPtNum = 1024;
break;
}
nWindowType = this.WindowType.SelectedIndex;
fCalOffset = Convert.ToInt32(CalOffset.Value);
nExpPara = Convert.ToInt32(this.ExpPara.Value);
if (!this.ClearDc.Checked)
{
nClearDc = 0;
}
nSpectrumType = this.SpectrumType.SelectedIndex;
nAverageType = this.AverageType.SelectedIndex;;
nCascadePercent = Convert.ToInt32(this.CascadePercent.Value);;
if (DaspSDK.DaspAutoSpectrum(indata, nWaveOffset, nWavePtNum, nFftPtNum, nWindowType, Convert.ToSingle(CalCv.Text), Convert.ToSingle(WaveSf.Text), fCalOffset, nExpPara, nClearDc, nSpectrumType, nAverageType, nCascadePercent, out SpecData))
{
iscalculating = true;
cmplst[1] = SpecData;
}
}
private void btnOpenData_Click(object sender, EventArgs e)
{
OpenFileDialog openFileDialog = new OpenFileDialog();
openFileDialog.Filter = "所有Dasp测试文件|*.sts";
indata = new List <float>();
string Fname = null;
float gain = 1f;
openFileDialog.Title = "选择输入文件";
if (DialogResult.OK == openFileDialog.ShowDialog())
{
Fname = openFileDialog.FileName;
try
{
long dataLength = 0;
//this.txtFilename.Text = Fname;
string fn = Fname.Replace(".sts", ".tsp");
string[] paras = DaspSDK.Read(fn);
if ((paras != null) && (paras.Length == 9))
{
gain = Convert.ToSingle(paras[5]);
this.CalCv.Text = Convert.ToString(DaspSDK.ChangeDataToD(paras[7]));
// this.CalCv.Text = paras[7];
fWaveSfIn = Convert.ToSingle(paras[0]);
this.WaveSf.Text = paras[0];
}
using (FileStream fs = new FileStream(openFileDialog.FileName, FileMode.Open, FileAccess.Read))
{
dataLength = fs.Length;
BinaryReader r = new BinaryReader(fs);
for (int i = 0; i < dataLength / 4; i++)
{
indata.Add(r.ReadSingle());// / gain / cv);
}
nWavePtNum = Convert.ToInt32(dataLength / 4);
this.WavePtNum.Text = Convert.ToString(nWavePtNum);
}
}
catch { }
}
//if (0 < dasptool.DaspAmplyStaticInMemoryFloat(indata.ToArray(), nWavePtNum, out fMean, out fMax, out fMin, out fVariance, out fRV, out fMS, out fRMS))
//{
// //this.fMax.Text = Convert.ToString(fMax);
// //this.fMean.Text = Convert.ToString(fMean);
// //this.fMax.Text = Convert.ToString(fMax);
// //this.fMin.Text = Convert.ToString(fMin);
// //this.fVariance.Text = Convert.ToString(fVariance);
// //this.fRV.Text = Convert.ToString(fRV);
// //this.fMS.Text = Convert.ToString(fMS);
// //this.fRMS.Text = Convert.ToString(fRMS);
//}
}
private List <float> GetSprectData(List <float> indata)
{
List <float> SpecData = null;
bool rc = false;
rc = DaspSDK.DaspAutoSpectrum(indata, spepara.nWaveOffset, spepara.nWavePtNum, spepara.nFftPtNum, spepara.nWindowType, spepara.fCalCv, spepara.fWaveSf, spepara.fCalOffset, spepara.nExpPara, spepara.nClearDc, spepara.nSpectrumType, spepara.nAverageType, spepara.nCascadePercent, out SpecData);
if (rc)
{
}
else
{
SpecData = null;
}
return(SpecData);
}
private void btncmp_Click(object sender, EventArgs e)
{
OpenFileDialog openFileDialog = new OpenFileDialog();
openFileDialog.Filter = "所有Dasp测试文件|*.sts";
indata = new List <float>();
string Fname = null;
float gain = 1f;
openFileDialog.Title = "选择输入文件";
if (DialogResult.OK == openFileDialog.ShowDialog())
{
Fname = openFileDialog.FileName;
try
{
long dataLength = 0;
//this.txtFilename.Text = Fname;
string fn = Fname.Replace(".sts", ".tsp");
string[] paras = DaspSDK.Read(fn);
if ((paras != null) && (paras.Length == 9))
{
gain = Convert.ToSingle(paras[5]);
this.CalCv.Text = Convert.ToString(DaspSDK.ChangeDataToD(paras[7]));
this.CalCv.Text = paras[7];
fWaveSfIn = Convert.ToSingle(paras[0]);
this.WaveSf.Text = paras[0];
}
using (FileStream fs = new FileStream(openFileDialog.FileName, FileMode.Open, FileAccess.Read))
{
dataLength = fs.Length;
BinaryReader r = new BinaryReader(fs);
for (int i = 0; i < dataLength / 4; i++)
{
indata.Add(r.ReadSingle());// / gain / cv);
}
nWavePtNum = Convert.ToInt32(dataLength / 4);
this.WavePtNum.Text = Convert.ToString(nWavePtNum);
}
SetSecondlstdata();
}
catch { }
}
}
private void btnCal_Click(object sender, EventArgs e)
{
List <float> SpecData = null;
iscalculating = false;
spe.fCalCv = Convert.ToSingle(CalCv.Text);
spe.fWaveSf = Convert.ToSingle(WaveSf.Text);;
spe.nWavePtNum = Convert.ToInt32(WavePtNum.Text);
spe.nWaveOffset = Convert.ToInt32(WaveOffset.Text);
switch (this.FftPtNum.SelectedIndex)
{
case 0:
spe.nFftPtNum = 256;
break;
case 1:
spe.nFftPtNum = 512;
break;
case 2:
spe.nFftPtNum = 1024;
break;
}
spe.nWindowType = this.WindowType.SelectedIndex;
spe.fCalOffset = Convert.ToInt32(CalOffset.Value);
spe.nExpPara = Convert.ToInt32(this.ExpPara.Value);
if (!this.ClearDc.Checked)
{
spe.nClearDc = 0;
}
spe.nSpectrumType = this.SpectrumType.SelectedIndex;
spe.nAverageType = this.AverageType.SelectedIndex;;
spe.nCascadePercent = Convert.ToInt32(this.CascadePercent.Value);;
if (DaspSDK.DaspAutoSpectrum(indata, spe.nWaveOffset, spe.nWavePtNum, spe.nFftPtNum, spe.nWindowType, spe.fCalCv, spe.fWaveSf, spe.fCalOffset, spe.nExpPara, spe.nClearDc, spe.nSpectrumType, spe.nAverageType, spe.nCascadePercent, out SpecData))
{
iscalculating = true;
cmplst[0] = SpecData;
}
}
private void btnOpenData_Click(object sender, EventArgs e)
{
OpenFileDialog openFileDialog = new OpenFileDialog();
openFileDialog.Filter = "所有Dasp测试文件|*.sts";
indata = new List <float>();
string Fname = null;
float gain = 1f;
openFileDialog.Title = "选择输入文件";
if (DialogResult.OK == openFileDialog.ShowDialog())
{
Fname = openFileDialog.FileName;
try
{
long dataLength = 0;
//this.txtFilename.Text = Fname;
string fn = Fname.Replace(".sts", ".tsp");
string[] paras = DaspSDK.Read(fn);
if ((paras != null) && (paras.Length == 9))
{
gain = Convert.ToSingle(paras[5]);
this.fCalCv = DaspSDK.ChangeDataToD(paras[7]);
}
using (FileStream fs = new FileStream(openFileDialog.FileName, FileMode.Open, FileAccess.Read))
{
dataLength = fs.Length;
BinaryReader r = new BinaryReader(fs);
for (int i = 0; i < dataLength / 4; i++)
{
indata.Add(r.ReadSingle() * gain / fCalCv);
}
nWavePtNum = Convert.ToInt32(dataLength / 4);
}
if (indata != null)
{
switch (this.pointsperpage.SelectedIndex)
{
case 0:
this.mcadLine1.SetDrawPara(0, 128);
break;
case 1:
this.mcadLine1.SetDrawPara(0, 256);
break;
case 2:
this.mcadLine1.SetDrawPara(0, 512);
break;
case 3:
this.mcadLine1.SetDrawPara(0, 1024);
break;
case 4:
this.mcadLine1.SetDrawPara(0, 2048);
break;
case 5:
this.mcadLine1.SetDrawPara(0, 4096);
break;
case 6:
this.mcadLine1.SetDrawPara(0, 8192);
break;
default:
//this.mcadLine1.PageNumberOfValue = -1;
break;
}
IList <IList <float>[]> datalsts = new List <IList <float>[]>();
IList <float>[] waveData = new IList <float> [1]; //波形图只有一组绘制数据
waveData[0] = indata; // new List<float>(); //初始化第一组数据
this.mcadLine1.DrawParts = 2;
this.mcadLine1.BmSpan = 30;
datalsts.Add(waveData);
this.mcadLine1.drawall = true;
this.mcadLine1.SetDrawDataAll(datalsts);
this.mcadLine1.Focus();
}
}
catch { }
}
}
private void GetWavData()
{
IList <int> scape = new List <int>();
IList <DataBase> dbex = new List <DataBase>();
IList <IList <float>[]> datalsts = new List <IList <float>[]>();
IList <float>[] waveData = new IList <float> [1];//波形图只有一组绘制数据
if (DaspSDK.CalFRF(indata, outdata, out lstFrf, frf.nWavePtNum, frf.nFftPtNum, frf.fWaveSfOut, frf.fWaveSfIn, frf.nWindowType, frf.nExpPara, frf.nWindowLL, frf.nWindowLR, frf.nClearDc, frf.nSpectrumType, frf.nCorePar, frf.nCascadePercent))
{
rfroutdata = lstFrf;
switch (cmbout.SelectedIndex)
{
case 0: //幅频 、相频0 1
waveData = new IList <float> [1];
waveData[0] = lstFrf[0];
datalsts.Add(waveData);
waveData = new IList <float> [1];
waveData[0] = lstFrf[1];
datalsts.Add(waveData);
break;
case 1: //幅频 、相干0 2
waveData = new IList <float> [1];
waveData[0] = lstFrf[0];
datalsts.Add(waveData);
waveData = new IList <float> [1];
waveData[0] = lstFrf[2];
datalsts.Add(waveData);
break;
case 2: //实部 、虚部3 4
waveData = new IList <float> [1];
waveData[0] = lstFrf[3];
datalsts.Add(waveData);
waveData = new IList <float> [1];
waveData[0] = lstFrf[4];
datalsts.Add(waveData);
break;
case 3: //输入自谱 、输出自谱 5 6
waveData = new IList <float> [1];
waveData[0] = lstFrf[5];
datalsts.Add(waveData);
waveData = new IList <float> [1];
waveData[0] = lstFrf[6];
datalsts.Add(waveData);
break;
case 4: //幅频 相频 相干0 1 2
waveData = new IList <float> [1];
waveData[0] = lstFrf[0];
datalsts.Add(waveData);
waveData = new IList <float> [1];
waveData[0] = lstFrf[1];
datalsts.Add(waveData);
waveData = new IList <float> [1];
waveData[0] = lstFrf[2];
datalsts.Add(waveData);
break;
}
//waveData = new IList<float>[1];
this.mcadLine1.BmSpan = 30;
this.mcadLine1.drawall = true;
scape.Add(50);
scape.Add(50);
scape.Add(50);
this.mcadLine1.SetDrawDataAll(datalsts);
this.mcadLine1.Focus();
}
}
