bool IsItemValid(string start, string end)
{
bool result = true;
ResultItem item = new ResultItem(start, end);
string strStart;
string strEnd;
int s;
int e;
item.GetStartEnd(out strStart, out strEnd);
s = int.Parse(strStart);
e = int.Parse(strEnd);
// accel: check if start speed > end speed
if ((mode == ResultMode.Speed) || (mode == ResultMode.Distance))
{
if (s >= e)
{
result = false;
}
}
// brake: check if end dist > start dist
if (mode == ResultMode.Brake)
{
if (e >= s)
{
result = false;
}
}
// ensure unique items
foreach (ResultItem ri in runResult.Items)
{
if (item.CompareTo(ri) == 0)
{
result = false;
}
}
return(result);
}
public ResultItem GetResult(ResultItem item, SubMode subMode, string unit)
{
ResultItem result;
string start;
string end;
float speedStart;
float speedEnd;
float distanceStart;
float distanceEnd;
float resultValue;
//Debug.LogToFileMethod("item: " + item + " // " + "subMode: " + subMode + " // " + "unit: " + unit);
item.GetStartEnd(out start, out end);
//Debug.LogToFileMethod("start: " + start + " // " + "end: " + end);
// convert speed strings
if (Settings.IsSpeedUnitKph())
{
// from kph-string to m/s-float
speedStart = Tools.ToMeterPerSecond(start);
speedEnd = Tools.ToMeterPerSecond(end);
}
else
{
// from mph-string to m/s-float
speedStart = Tools.ToMeterPerSecondM(start);
speedEnd = Tools.ToMeterPerSecondM(end);
}
//Debug.LogToFileMethod("speedStart: " + speedStart + " // " + "speedEnd: " + speedEnd);
if (mode.Equals(RunModeZeroToZero.Mode)) // zerotozero results in [time] unit
{
// mode zerotozero -> stop is same as start, but with stop detection limit on top (avoid unfound speedStop)
RunStartStop runStartStop = new RunStartStop(Database.GetInstance().GetActiveProfile());
float speedStop = speedStart + runStartStop.GetStopLimit();
resultValue = GetDifferenceZeroToZero(speedStart, speedEnd, speedStop, subMode);
resultValue = runAdjust.GetAdjusted(resultValue, mode, subMode);
result = new ResultItem(start + " - " + end + " - " + start, Tools.ToResultFormat(resultValue, subMode, unit));
}
else if (mode.Equals(RunModeBrake.Mode)) // brake results in [time] unit
{
// adjust speedEnd with calibrated stopDetection to avoid unfound speedEnd
RunStartStop runStartStop = new RunStartStop(Database.GetInstance().GetActiveProfile());
speedEnd += runStartStop.GetStopLimit();
resultValue = GetDifferenceBrake(speedStart, speedEnd, subMode);
resultValue = runAdjust.GetAdjusted(resultValue, mode, subMode);
result = new ResultItem(start + " - " + end, Tools.ToResultFormat(resultValue, subMode, unit));
}
else // acceleretion results in [time] or [distance] unit
{
if (subMode == SubMode.TimeDistance)
{
// convert distance strings
if (Settings.IsDistanceUnitMeter())
{
// from meter-string to meter-float
distanceStart = float.Parse(start);
distanceEnd = float.Parse(end);
}
else
{
// from foot-string to meter-float
distanceStart = Tools.ToMeter(start);
distanceEnd = Tools.ToMeter(end);
}
//Debug.LogToFileMethod("distanceStart: " + distanceStart + " // " + "distanceEnd: " + distanceEnd);
resultValue = GetDifferenceAcceleration(distanceStart, distanceEnd, subMode);
resultValue = runAdjust.GetAdjusted(resultValue, mode, subMode);
float speedAtEndDistance = GetSpeed(distanceEnd);
string speedAtEndDistanceString = (Settings.IsSpeedUnitKph()) ? Tools.ToKilometerPerHour(speedAtEndDistance) : Tools.ToMilesPerHour(speedAtEndDistance);
string unitDistance = (Settings.IsSpeedUnitKph()) ? Localization.unitKph : Localization.unitMph;
result = new ResultItem(start + " - " + end, Tools.ToResultFormat(resultValue, subMode, unit) + " @" + speedAtEndDistanceString + unitDistance);
}
else
{
resultValue = GetDifferenceAcceleration(speedStart, speedEnd, subMode);
resultValue = runAdjust.GetAdjusted(resultValue, mode, subMode);
result = new ResultItem(start + " - " + end, Tools.ToResultFormat(resultValue, subMode, unit));
}
}
return(result);
}