public string ToCSV(Mask mask)
{
if (mask == null)
{
throw new Exception("Не задана маска измерения");
}
DateTime starttime = StartTime;
string separator = ";";
string nl = "\r\n";
string result = "\"Название\"" + separator + "\"" + Name + "\"" + nl;
result += "\"Продолжительность\"" + separator + FullMeasureLength + nl;
result += "\"Тип\"" + separator + (IsMeasured ? "измерение" : "среднее измерение") + nl;
result += "\"Статистические данные\"" + separator + (DispData != null ? "есть" : "нет") + nl;
result += "\"Начало\"" + separator + starttime.ToString() + nl;
result += nl;
Dictionary <Sensor, double> start = StartValues;
result += "\"Значения\"" + nl + "\"время\\сенсоры\"";
foreach (Sensor s in start.Keys)
{
result += separator + "\"" + s.ToString() + "\"";
}
result += nl + "\"Базовая частота\"";
foreach (Sensor s in start.Keys)
{
result += separator + start[s].ToString();
}
for (int i = 0; i < mask.TimePoints.Length && mask.TimePoints[i] <= FullMeasureLength; i++)
{
result += nl;
double tick = mask.TimePoints[i];
Dictionary <Sensor, double> data = this.GetDataAtTheMoment(starttime.AddSeconds(tick));
foreach (Sensor sen in start.Keys)
{
result += separator + data[sen].ToString();
}
}
if (DispData != null)
{
result += nl + "\"доверительные интервалы\"" + nl;
foreach (Sensor s in DispData.Keys)
{
result += "\"" + s + " (cек)" + "\"" + separator;
foreach (double t in DispData[s].Keys)
{
result += t.ToString() + separator;
}
result += nl + "\"дов. интервал +/-\"" + separator;
foreach (double t in DispData[s].Keys)
{
result += DispData[s][t].ToString() + separator;
}
result += nl;
}
}
return(result);
}
public static MeasureData calculateMedianMeasure(Dictionary <MeasureData, double> measuresCorrecture, Mask mask, double length)
{
Dictionary <Sensor, Dictionary <double, double> > data = new Dictionary <Sensor, Dictionary <double, double> >();
Dictionary <Sensor, int> dividers = new Dictionary <Sensor, int>();
Dictionary <MeasureData, Dictionary <Sensor, double> > inits = new Dictionary <MeasureData, Dictionary <Sensor, double> >();
Dictionary <Sensor, double> starts = new Dictionary <Sensor, double>();
foreach (MeasureData md in measuresCorrecture.Keys)
{
inits.Add(md, md.StartValues);
}
foreach (MeasureData md in measuresCorrecture.Keys)
{
Dictionary <Sensor, double> sv = md.StartValues;
foreach (Sensor s in md.AllData.Keys)
{
if (!data.ContainsKey(s))
{
data.Add(s, new Dictionary <double, double>());
}
if (!dividers.ContainsKey(s))
{
dividers.Add(s, 1);
}
else
{
dividers[s] = dividers[s] + 1;
}
if (!starts.ContainsKey(s))
{
starts.Add(s, sv[s]);
}
else
{
starts[s] = starts[s] + sv[s];
}
}
}
Dictionary <Sensor, double> _starts = new Dictionary <Sensor, double>();
foreach (Sensor s in starts.Keys)
{
_starts.Add(s, starts[s] / dividers[s]);
}
List <double> ticks = new List <double>();
foreach (double tick in mask.TimePoints)
{
if (tick <= length)
{
ticks.Add(tick);
}
}
foreach (double tick in ticks)
{
foreach (Sensor ssen in data.Keys)
{
data[ssen].Add(tick, 0d);
}
foreach (MeasureData md in measuresCorrecture.Keys)
{
Dictionary <Sensor, double> momdat = md.GetDataAtTheMoment(md.StartTime.AddSeconds(tick - measuresCorrecture[md]));
foreach (Sensor ssen in momdat.Keys)
{
data[ssen][tick] = data[ssen][tick] - (momdat[ssen] - inits[md][ssen]);
}
}
foreach (Sensor ssen in data.Keys)
{
data[ssen][tick] = data[ssen][tick] / dividers[ssen];
}
}
Dictionary <Sensor, List <PointD> > fdata = new Dictionary <Sensor, List <PointD> >();
foreach (Sensor sen in data.Keys)
{
fdata.Add(sen, new List <PointD>());
fdata[sen].Add(new PointD(-1d, _starts[sen]));
foreach (double time in data[sen].Keys)
{
fdata[sen].Add(new PointD(time, _starts[sen] - data[sen][time]));
}
}
MeasureData result = new MeasureData(fdata, -1, "", DateTime.Now, "", -1, length, 1, false, mask);
return(result);
}
public static MeasureData fromXML(string XML, List <Mask> masks, List <Sensor> sensors)
{
XmlDocument xdoc = new XmlDocument();
try
{
xdoc.LoadXml(XML);
string name = xdoc.GetElementsByTagName("name")[0].InnerText;
string desc = xdoc.GetElementsByTagName("description")[0].InnerText;
int gid = Convert.ToInt32(xdoc.GetElementsByTagName("group")[0].InnerText);
int mask = Convert.ToInt32(xdoc.GetElementsByTagName("mask")[0].InnerText);
DateTime start = DateTime.Parse(xdoc.GetElementsByTagName("start")[0].InnerText);
double length = double.Parse(xdoc.GetElementsByTagName("length")[0].InnerText);
bool isMeasured = bool.Parse(xdoc.GetElementsByTagName("ismeasured")[0].InnerText);
Dictionary <Sensor, Dictionary <double, double> > dispdata = null;
if (!isMeasured)
{
dispdata = new Dictionary <Sensor, Dictionary <double, double> >();
}
XmlNodeList list = xdoc.GetElementsByTagName("sensor");
Dictionary <Sensor, List <PointD> > data = new Dictionary <Sensor, List <PointD> >();
Mask m = null;
foreach (Mask mm in masks)
{
if (mm.ID == mask)
{
m = mm;
}
}
foreach (XmlNode node in list)
{
string sid = node.Attributes["sid"].Value;
Sensor s = null;
foreach (Sensor se in sensors)
{
if (se.SID == sid)
{
s = se;
}
}
if (s != null)
{
data.Add(s, new List <PointD>());
if (!isMeasured)
{
dispdata.Add(s, new Dictionary <double, double>());
}
foreach (XmlNode dnode in node.ChildNodes)
{
PointD point = new PointD();
XmlAttributeCollection collect = dnode.Attributes;
point.X = double.Parse(collect["time"].Value);
point.Y = double.Parse(collect["value"].Value);
if (point.X >= 0d)
{
if (!isMeasured)
{
try
{
dispdata[s].Add(point.X, Double.Parse(collect["disp"].Value));
}
catch {}
}
}
data[s].Add(point);
}
}
}
MeasureData dat = new MeasureData(data, -1, name, start, desc, gid, length, 1, isMeasured, m);
dat.DispData = dispdata;
return(dat);
}
catch (Exception ex) { message = ex.Message; return(null); }
}
public Measure(MeasureData meas, Mask mask, double timeCorrecture)
{
this.measure = meas;
this.mask = mask;
timeCorr = timeCorrecture;
}