public void AddRating(double julianDate, GCLocation loc, GCConfigRatedEntry now, GCConfigRatedEntry prev)
{
double offsetHours = loc.OffsetUtcHours;
GCRatedMoment ma = new GCRatedMoment();
ma.JulianDay = new GregorianDateTime();
ma.JulianDay.SetFromJulian(julianDate);
ma.JulianDay.TimezoneHours = offsetHours;
double biasHours = loc.TimeZone.GetBiasMinutesForDay(ma.JulianDay) / 60.0;
ma.JulianDay.shour += biasHours / 24.0;
ma.JulianDay.TimezoneHours += biasHours;
ma.JulianDay.NormalizeValues();
//m.Entry = now;
ma.Title = now.Title;
ma.Rating = now.Rating;
ma.Note = now.Note;
ma.Key = now.Key;
p_ratings.Add(ma);
if (now.Margins != null)
{
int counter = 0;
foreach (GCConfigRatedMargin e in now.Margins)
{
if (e.Rating != 0.0)
{
GCRatedMoment m = new GCRatedMoment();
//m.Entry = e;
m.Title = e.Title;
m.Rating = e.Rating;
m.Note = e.Note;
m.JulianDay = new GregorianDateTime();
m.JulianDay.SetFromJulian(julianDate + e.OffsetMinutesStart / 1440.0);
m.JulianDay.TimezoneHours = offsetHours;
m.Key = now.Key + ".s" + counter.ToString();
p_ratings.Add(m);
m = new GCRatedMoment();
//m.Entry = e;
m.Title = "";
m.Rating = 0.0;
m.Note = null;
m.Key = now.Key + ".s" + counter.ToString();
m.JulianDay = new GregorianDateTime();
m.JulianDay.SetFromJulian(julianDate + e.OffsetMinutesEnd / 1440.0);
m.JulianDay.TimezoneHours = offsetHours;
p_ratings.Add(m);
}
counter++;
}
}
}
public void AddRating(GregorianDateTime julian, GCConfigRatedEntry now, GCConfigRatedEntry prev)
{
if (prev.Rating != now.Rating || now.Rating != 0.0)
{
GCRatedMoment m = new GCRatedMoment();
m.JulianDay = new GregorianDateTime(julian);
//m.Entry = now;
m.Title = now.Title;
m.Rating = now.Rating;
m.Note = now.Note;
m.Key = now.Key;
p_ratings.Add(m);
}
if (now.Margins != null)
{
int counter = 0;
foreach (GCConfigRatedMargin e in now.Margins)
{
if (e.Rating != 0.0)
{
GCRatedMoment m = new GCRatedMoment();
//m.Entry = e;
m.Title = e.Title;
m.Rating = e.Rating;
m.Note = e.Note;
m.JulianDay = julian.TimeWithOffset(e.OffsetMinutesStart / 1440.0);
m.Key = now.Key + ".s" + counter.ToString();
p_ratings.Add(m);
m = new GCRatedMoment();
//m.Entry = e;
m.Title = "";
m.Rating = 0.0;
m.Note = null;
m.Key = now.Key + ".s" + counter.ToString();
m.JulianDay = julian.TimeWithOffset(e.OffsetMinutesEnd / 1440.0);
p_ratings.Add(m);
}
counter++;
}
}
}
/// <summary>
/// Creating list of intervals based on single moments
/// </summary>
/// <param name="rec"></param>
public void CreateRatedList(GCConfigRatedEvents rec)
{
StringBuilder sb = new StringBuilder();
List <string> nt = new List <string>();
Intervals.Clear();
Dictionary <string, GCRatedMoment> notes = new Dictionary <string, GCRatedMoment>();
GCRatedMoment lastRec = null;
double lastMoment = -1;
double thisMoment = 0;
foreach (GCRatedMoment rm in p_ratings)
{
thisMoment = rm.JulianDay.GetJulianComplete();
if (lastMoment < 0)
{
lastMoment = thisMoment;
lastRec = rm;
}
// test if this period is acceptable
if ((rec.useMinPeriodLength && rec.minPeriodLength < (thisMoment - lastMoment) * 1440.0) ||
!rec.useMinPeriodLength)
{
GCRatedInterval gi = new GCRatedInterval();
gi.startTime = lastRec.JulianDay;
gi.endTime = rm.JulianDay;
nt.Clear();
sb.Clear();
foreach (string k in notes.Keys)
{
GCRatedMoment b = notes[k];
if (b.Rating < 0.0)
{
gi.ratingNeg += b.Rating;
}
else if (b.Rating > 0.0)
{
gi.ratingPos += b.Rating;
}
if (b.Note != null && b.Note.Length > 0)
{
nt.Add(b.Note);
}
if (Math.Abs(b.Rating) > 0.001)
{
if (sb.Length > 0)
{
sb.Append(", ");
}
sb.Append(b.Title);
}
}
// last test for acceptance limit
if (!rec.useAcceptLimit || (gi.ratingPos + gi.ratingNeg > rec.acceptLimit))
{
if (sb.Length > 0)
{
if (nt.Count > 0)
{
gi.Notes = nt.ToArray <string>();
}
gi.Title = sb.ToString();
Intervals.Add(gi);
}
}
}
if (rm.Key != null)
{
notes[rm.Key] = rm;
}
lastMoment = thisMoment;
lastRec = rm;
}
// calculate percentage
double max = rec.GetMaximum();
foreach (GCRatedInterval interval in Intervals)
{
interval.ResultRatio = Convert.ToInt32((interval.ratingPos + interval.ratingNeg) * 100.0 / max);
interval.ResultRatio = Math.Max(interval.ResultRatio, -100);
}
// sorting
GCRatedInterval.IntervalComparer ic = new GCRatedInterval.IntervalComparer();
Intervals.Sort(ic);
}
