private PairData GetPair(PairData source, float[] keyPoint)
{
PairData ret = new PairData();
int length = keyPoint.Length;
float[] valueY = new float[length];
for (int i = 0; i < length; i++)
{
int findedIndex = FindIndex(source.XData, keyPoint[i]);
valueY[i] = source.YData[findedIndex];
}
ret.PairName = source.PairName;
ret.XData = keyPoint;
ret.YData = valueY;
return(ret);
}
private List <PairData> GetIcr()
{
if (!_testData.ContainsKey("NEXT") && !_testData.ContainsKey("FEXT") && !_testData.ContainsKey("SDD21"))
{
throw new Exception("SDD21,NEXT and FEXT should be test first than ICR");
}
else
{
List <PairData> mdnext = _testData.ContainsKey("MDNEXT") ? _testData["MDNEXT"] : GetMdNext();
List <PairData> mdfext = _testData.ContainsKey("MDFEXT") ? _testData["MDFEXT"] : GetMdFext();
List <PairData> sdd21 = _testData["SDD21"];
int length21 = sdd21.Count;
int lengthMdnext = mdnext.Count;
int lengthMdfext = mdfext.Count;
if (lengthMdfext != lengthMdnext)
{
throw new Exception("mdnext data colomn is：" + lengthMdnext + "mdfext data colomn is：" + lengthMdfext + " error，should be equal");
}
if (lengthMdnext * 2 != length21)
{
throw new Exception("sdd21 data colomn is：" + length21 + " error，should be 2 times of mdnext data column");
}
List <PairData> ret = new List <PairData>();
for (int i = 0; i < lengthMdnext; i++)
{
PairData temp = new PairData();
temp.XData = mdfext[i].XData;
int points = temp.XData.Length;
float[] tempYdata = new float[points];
for (int j = 0; j < points; j++)
{
tempYdata[j] =
(float)(10 * Math.Log10(Math.Pow(10, mdnext[i].YData[j] / 10) +
Math.Pow(10, mdfext[i].YData[j] / 10)) -
sdd21[i + length21 / 2].YData[j]);
}
temp.PairName = mdnext[i].PairName;
temp.YData = tempYdata;
ret.Add(temp);
}
return(ret);
}
}
private Dictionary <string, List <PairData> > GetKeyValue(Dictionary <string, float[]> keyPoint)
{
Dictionary <string, List <PairData> > testItemData = new Dictionary <string, List <PairData> >();
foreach (var testItem in keyPoint)
{
if (_testData.ContainsKey(testItem.Key))
{
List <PairData> temp = _testData[testItem.Key];
List <PairData> testItemPairData = new List <PairData>();
foreach (var pair in temp)
{
PairData keyPairData = GetPair(pair, testItem.Value);
testItemPairData.Add(keyPairData);
}
testItemData.Add(testItem.Key, testItemPairData);
}
}
return(testItemData);
}
private void InsertTestData(plotData plotData, string testItem, string pairName)
{
if (_testData.ContainsKey(testItem))
{
PairData pairData = new PairData();
pairData.YData = plotData.yData;
pairData.XData = plotData.xData;
pairData.PairName = pairName;
_testData[testItem].Add(pairData);
//cpParams.addStatus(testItem + ":num:" + _testData[testItem].Count);
}
else
{
List <PairData> temps = new List <PairData>();
PairData pairData = new PairData();
pairData.YData = plotData.yData;
pairData.XData = plotData.xData;
pairData.PairName = pairName;
temps.Add(pairData);
_testData.Add(testItem, temps);
}
}
private List <PairData> GetMdFext()
{
if (!_testData.ContainsKey("FEXT"))
{
throw new Exception("FEXT should be test first before MDFEXT");
}
List <PairData> next = _testData["FEXT"];
int length = next.Count;
if (length % 3 != 0)
{
throw new Exception("Next data colomn is：" + length + " error，should be 12 or its times");
}
List <PairData> ret = new List <PairData>();
for (int i = 0; i < length / 3; i++)
{
PairData temp = new PairData();
temp.XData = next[i * 3].XData;
int points = temp.XData.Length;
float[] tempYdata = new float[points];
for (int j = 0; j < points; j++)
{
float tempMd = 0f;
for (int k = 0; k < 3; k++)
{
tempMd = tempMd + (float)Math.Pow(10, next[i * 3 + k].YData[j] / 10);
}
tempYdata[j] = (float)(10 * Math.Log10(tempMd));
}
temp.YData = tempYdata;
temp.PairName = next[i * 3].PairName.Remove(2, 1);
ret.Add(temp);
}
return(ret);
}