getAnalyzedData(List <TestItem> testItems, string snpFilepath, SNPPort snpPort, Dictionary <string, plotData> spec,
TDD[] tdds,
ref bool action, ref string msg, ref Dictionary <string, string[]> pairNameDictionary)
{
int pairNum = 8;
pairNameDictionary.Clear();
string[] pairNames = new string[pairNum];
Dictionary <string, plotData[]> ret = new Dictionary <string, plotData[]>();
try
{
SNP snpClass = new SNP(snpFilepath, snpPort);
foreach (var testItem in testItems)
{
string item = testItem.testName.ToUpper();
if (item.StartsWith("T"))
{
TDD tdd = item.Equals("TDD11") ? tdds[0] : tdds[1];
timeDomainData tData = snpClass.EasyGetTimeData(item, out pairNames, double.Parse(tdd.riseTime), (double.Parse(tdd.stopTime) - double.Parse(tdd.startTime)) / (tdd.points - 1), tdd.points, double.Parse(tdd.offset));
int tColumns = tData.resistance.GetLength(1);
int tRows = tData.resistance.GetLength(0);
float[] offset = new float[tRows];
if (spec.ContainsKey(item + "_OFFSET"))
{
for (int row = 0; row < tRows; row++)
{
offset[row] = spec[item + "_OFFSET"].yData[row];
}
}
plotData[] tItem = new plotData[tColumns];
for (int curveNo = 0; curveNo < tColumns; curveNo++)
{
float[] y = new float[tRows];
for (int row = 0; row < tRows; row++)
{
y[row] = tData.resistance[row, curveNo] + offset[row];
}
tItem[curveNo].yData = y;
tItem[curveNo].xData = tData.time;
y = null;
}
ret.Add(item, tItem);
pairNameDictionary.Add(item, pairNames);
}
else if (item.Equals("SINGLE"))
{
string[] pairNameSingles = new[]
{
"S1_17", "S2_18", "S3_19", "S4_20",
"S5_21", "S6_22", "S7_23", "S8_24",
"S9_25", "S10_26", "S11_27", "S12_28",
"S13_29", "S14_30", "S15_31", "S16_32"
};
formatedData sfData = snpClass.getSingle(pairNameSingles);
int sColumns = sfData.dB.GetLength(1);
int sRows = sfData.dB.GetLength(0);
plotData[] singleItem = new plotData[sColumns];
for (int curveNo = 0; curveNo < sColumns; curveNo++)
{
float[] y = new float[sRows];
for (int row = 0; row < sRows; row++)
{
y[row] = sfData.dB[row, curveNo];
}
singleItem[curveNo].yData = y;
singleItem[curveNo].xData = sfData.fre;
y = null;
}
ret.Add(item, singleItem);
pairNameDictionary.Add(item, pairNameSingles);
}
else if (item.Equals("ILD"))
{
formatedData fData = snpClass.EasyGetILD(testItem.IldSpec, out pairNames);
int columns = fData.dB.GetLength(1);
int rows = fData.dB.GetLength(0);
float[] offset = new float[rows];
if (spec.ContainsKey(item + "_OFFSET"))
{
for (int row = 0; row < rows; row++)
{
offset[row] = spec[item + "_OFFSET"].yData[row];
}
}
plotData[] diffItem = new plotData[columns];
for (int curveNo = 0; curveNo < columns; curveNo++)
{
float[] y = new float[rows];
for (int row = 0; row < rows; row++)
{
y[row] = fData.dB[row, curveNo] + offset[row];
}
diffItem[curveNo].yData = y;
diffItem[curveNo].xData = fData.fre;
y = null;
}
ret.Add(item, diffItem);
diffItem = null;
fData = new formatedData();
pairNameDictionary.Add(item, pairNames);
}
else
{
formatedData fData = snpClass.EasyGetfreData(item, out pairNames);
int columns = fData.dB.GetLength(1);
int rows = fData.dB.GetLength(0);
float[] offset = new float[rows];
if (spec.ContainsKey(item + "_OFFSET"))
{
for (int row = 0; row < rows; row++)
{
offset[row] = spec[item + "_OFFSET"].yData[row];
}
}
plotData[] diffItem = new plotData[columns];
for (int curveNo = 0; curveNo < columns; curveNo++)
{
float[] y = new float[rows];
for (int row = 0; row < rows; row++)
{
if (!float.IsNaN(offset[row]))
{
y[row] = fData.dB[row, curveNo] + offset[row];
}
else
{
y[row] = fData.dB[row, curveNo];
}
}
diffItem[curveNo].yData = y;
diffItem[curveNo].xData = fData.fre;
y = null;
}
ret.Add(item, diffItem);
diffItem = null;
fData = new formatedData();
pairNameDictionary.Add(item, pairNames);
}
}
snpClass = null;
//System.GC.Collect();
action = true;
return(ret);
}
catch (Exception ex)
{
action = false;
msg = ex.Message;
//MessageBoxEx.Show(ex.Message);
return(null);
}
}
private plotData GetPlotdata(SNP snp, string itemName, TaskSnp taskSnp, ConsumerParams cpParams, plotData offset)
{
plotData dataSeries = new plotData();
List <TdrParam> tdrParams = cpParams.TestConfigs[0].TdrParams;
switch (taskSnp.ItemType)
{
case ItemType.Loss:
if (itemName.StartsWith("S"))
{
itemName = GetReverseItem(itemName, !taskSnp.FirstHalf && taskSnp.Srevert);
// cpParams.FormUi.AddStatus("analyze:"+itemName);
string[] outPairs = new string[1];
var data = snp.EasyGetfreData(itemName, out outPairs);
float[] x = SConvert.indexArray(data.dB, 0, false);
dataSeries.xData = data.fre;
dataSeries.yData = x;
}
else if (itemName.StartsWith("TDD"))
{
itemName = GetReverseItem(itemName, !taskSnp.FirstHalf && taskSnp.Trevert);
// cpParams.FormUi.AddStatus("analyze:" + itemName);
TdrParam tdrParam = tdrParams[int.Parse(itemName.Substring(3, 1)) - 1];
string[] outPairs = new string[1];
double timeStep = (tdrParam.EndTime - tdrParam.StartTime) / (tdrParam.Points - 1);
var data = snp.EasyGetTimeData(itemName, out outPairs, tdrParam.RiseTime, timeStep, tdrParam.Points, tdrParam.Offset);
float[] x = SConvert.indexArray(data.resistance, 0, false);
dataSeries.xData = data.time;
dataSeries.yData = x;
}
else if (itemName.Equals("ILD", StringComparison.OrdinalIgnoreCase))
{
string[] outPairs = new string[1];
var data = snp.EasyGetILD(cpParams.TestConfigs[0].IldSpec, out outPairs);
float[] x = SConvert.indexArray(data.dB, 0, false);
dataSeries.xData = data.fre;
dataSeries.yData = x;
}
break;
case ItemType.Next:
if (itemName.StartsWith("NEXT"))
{
// cpParams.FormUi.AddStatus("analyze:" + itemName);
string[] outPairs = new string[1];
var data = snp.EasyGetfreData("SDD21", out outPairs);
float[] x = SConvert.indexArray(data.dB, 0, false);
dataSeries.xData = data.fre;
dataSeries.yData = x;
}
break;
case ItemType.Fext:
if (itemName.StartsWith("FEXT"))
{
// cpParams.FormUi.AddStatus("analyze:" + itemName);
string[] outPairs = new string[1];
var data = snp.EasyGetfreData("SDD21", out outPairs);
float[] x = SConvert.indexArray(data.dB, 0, false);
dataSeries.xData = data.fre;
dataSeries.yData = x;
}
break;
}
if (offset.yData != null)
{
int length = dataSeries.yData.Length < offset.yData.Length
? dataSeries.yData.Length
: offset.yData.Length;
for (int i = 0; i < length; i++)
{
dataSeries.yData[i] = dataSeries.yData[i] + offset.yData[i];
}
}
return(dataSeries);
}