/// <summary>
/// Sort the list by strategy year and week.
/// </summary>
public void Sort()
{
// don't bother with less than two items
if (Values.Count < 2)
{
return;
}
const double ALN2I = 1.442695022;
const float TINY = 1.0e-5F;
// sort via a shell sort (good enough for the expected number of items in this list)
// see Press et. al p.245
int nn, m, j, i, lognb2;
cStrategy Temp;
lognb2 = Convert.ToInt32(Math.Log((double)Values.Count) * ALN2I + TINY);
m = Values.Count;
for (nn = 1; nn <= lognb2; nn++)
{
m >>= 1;
for (j = m + 1; j <= Values.Count; j++)
{
i = j - m;
Temp = Values[j - 1];
while (i >= 1 && Temp.CompareTo(Values[i - 1]) == -1)
{
Values[i + m - 1] = Values[i - 1];
i -= m;
}
Values[i + m - 1] = Temp;
}
}
}
public int CompareTo(object obj)
{
try {
PIDSet p = ( PIDSet )obj;
return(Temp.CompareTo(p.Temp));
}
catch {
return(-1);
}
}
public static void NewMethod2()
{
Temp templ = Temp.Value1;
Temp temp2 = Temp.Value2;
Console.WriteLine(templ == temp2);
Console.WriteLine(templ.Equals(temp2));
Console.WriteLine(templ.CompareTo(temp2));
Console.WriteLine(templ == Temp.Value1);
Console.WriteLine(templ == Temp.Value2);
}
private static void NewMethod2()
{
Temp temp1 = Temp.Value1;
Temp temp2 = Temp.Value2;
Console.WriteLine(temp1 == temp2);
Console.WriteLine(temp1.Equals(temp2));
Console.WriteLine(temp1.CompareTo(temp2));
Console.WriteLine(temp1 == Temp.Value1);
Console.WriteLine(temp1 == Temp.Value2);
}
// Column specific sort
public int CompareTo(RecordWrapper a2, RecordComparer.ComparisonType comparisonMethod, RecordComparer.Order sortOrder)
{
int result = 0;
switch (comparisonMethod)
{
case RecordComparer.ComparisonType.Distance:
if (ActualDistance != a2.ActualDistance)
{
result = ActualDistance.CompareTo(a2.ActualDistance);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.StartDistance:
if (StartDistance != a2.StartDistance)
{
result = StartDistance.CompareTo(a2.StartDistance);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.EndDistance:
if (EndDistance != a2.EndDistance)
{
result = EndDistance.CompareTo(a2.EndDistance);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.Location:
if (Location != a2.Location)
{
result = Location.CompareTo(a2.Location);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.ElevationChange:
if (ElevationChange != a2.ElevationChange)
{
result = ElevationChange.CompareTo(a2.ElevationChange);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.TotalAscend:
if (TotalAscend != a2.TotalAscend)
{
result = TotalAscend.CompareTo(a2.TotalAscend);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.TotalDescend:
if (TotalDescend != a2.TotalDescend)
{
result = TotalDescend.CompareTo(a2.TotalDescend);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.Temp:
if (Temp != a2.Temp)
{
result = Temp.CompareTo(a2.Temp);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.Rank:
if (Rank != a2.Rank)
{
result = Rank.CompareTo(a2.Rank);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.AvgPace:
if (AvgPace != a2.AvgPace)
{
result = AvgPace.CompareTo(a2.AvgPace);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.AvgSpeed:
if (Speed != a2.Speed)
{
result = Speed.CompareTo(a2.Speed);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.AvgHR:
if (AvgHR != a2.AvgHR)
{
result = AvgHR.CompareTo(a2.AvgHR);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.MaxHR:
if (MaxHR != a2.MaxHR)
{
result = MaxHR.CompareTo(a2.MaxHR);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.StartDateTime:
default:
result = StartDateTime.CompareTo(a2.StartDateTime);
break;
}
if (sortOrder == RecordComparer.Order.Descending)
{
return(result * -1);
}
else
{
return(result);
}
}
// Column specific sort
public int CompareTo(Record a2, RecordComparer.ComparisonType comparisonMethod, RecordComparer.Order sortOrder)
{
int result = 0;
switch (comparisonMethod)
{
// Define all different sort methods
case RecordComparer.ComparisonType.AvgPower:
if (AvgPower != a2.AvgPower)
{
result = AvgPower.CompareTo(a2.AvgPower);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.MaxPower:
if (MaxPower != a2.MaxPower)
{
result = MaxPower.CompareTo(a2.MaxPower);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.Category:
if (CategoryName != a2.CategoryName)
{
result = CategoryName.CompareTo(a2.CategoryName);
}
else
{
// TODO: WTF is this?
switch (Category.Type)
{
case RecordCategory.RecordType.DistancePace:
result = AvgPace.CompareTo(a2.AvgPace);
break;
case RecordCategory.RecordType.MaxTemperature:
result = Temp.CompareTo(a2.Temp);
break;
}
}
break;
case RecordComparer.ComparisonType.Distance:
if (ActualDistance != a2.ActualDistance)
{
result = ActualDistance.CompareTo(a2.ActualDistance);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.StartDistance:
if (StartDistance != a2.StartDistance)
{
result = StartDistance.CompareTo(a2.StartDistance);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.EndDistance:
if (EndDistance != a2.EndDistance)
{
result = EndDistance.CompareTo(a2.EndDistance);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.Location:
if (Location != a2.Location)
{
result = Location.CompareTo(a2.Location);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.ActivityCategory:
if (ActivityCategory != a2.ActivityCategory)
{
result = ActivityCategory.CompareTo(a2.ActivityCategory);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.Name:
if (Name != a2.Name)
{
result = Name.CompareTo(a2.Name);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.TotalTime:
if (TotalTime != a2.TotalTime)
{
result = TotalTime.CompareTo(a2.TotalTime);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.ElevationChange:
if (ElevationChange != a2.ElevationChange)
{
result = ElevationChange.CompareTo(a2.ElevationChange);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.TotalAscend:
if (TotalAscend != a2.TotalAscend)
{
result = TotalAscend.CompareTo(a2.TotalAscend);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.TotalDescend:
if (TotalDescend != a2.TotalDescend)
{
result = TotalDescend.CompareTo(a2.TotalDescend);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.Temp:
if (Temp != a2.Temp)
{
result = Temp.CompareTo(a2.Temp);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.Rank:
if (Rank != a2.Rank)
{
result = Rank.CompareTo(a2.Rank);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.AvgPace:
if (AvgPace != a2.AvgPace)
{
result = AvgPace.CompareTo(a2.AvgPace);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.Speed:
if (Speed != a2.Speed)
{
result = Speed.CompareTo(a2.Speed);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.AvgHR:
if (AvgHR != a2.AvgHR)
{
result = AvgHR.CompareTo(a2.AvgHR);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.TotalCalories:
if (TotalCalories != a2.TotalCalories)
{
result = TotalCalories.CompareTo(a2.TotalCalories);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.AvgCadence:
if (AvgCadence != a2.AvgCadence)
{
result = AvgCadence.CompareTo(a2.AvgCadence);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.MaxSpeed:
if (MaxSpeed != a2.MaxSpeed)
{
result = MaxSpeed.CompareTo(a2.MaxSpeed);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.MaxHR:
if (MaxHR != a2.MaxHR)
{
result = MaxHR.CompareTo(a2.MaxHR);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.MaxElevation:
if (MaxElevation != a2.MaxElevation)
{
result = MaxElevation.CompareTo(a2.MaxElevation);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.MinElevation:
if (MinElevation != a2.MinElevation)
{
result = MinElevation.CompareTo(a2.MinElevation);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.MaxCadence:
if (MaxCadence != a2.MaxCadence)
{
result = MaxCadence.CompareTo(a2.MaxCadence);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.MaxGrade:
if (MaxGrade != a2.MaxGrade)
{
result = MaxGrade.CompareTo(a2.MaxGrade);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.MinGrade:
if (MinGrade != a2.MinGrade)
{
result = MinGrade.CompareTo(a2.MinGrade);
}
else
{
result = StartDateTime.CompareTo(a2.StartDateTime);
}
break;
case RecordComparer.ComparisonType.StartDateTime:
default:
result = StartDateTime.CompareTo(a2.StartDateTime);
break;
}
if (sortOrder == RecordComparer.Order.Descending)
{
return(result * -1);
}
else
{
return(result);
}
}
