/// <summary>
/// Initialize the <see cref="PlotterRangeSelection"/> structure using the watch variable data loaded into the <see cref="HistoricDataManager"/> class.
/// If the data to be displayed is not a fault log or a simulated fault log, <paramref name="tripTime"/> will be ignored.
/// </summary>
/// <param name="tripTime">The time of the trip if the data represents a fault log or a simulated fault log; otherwise DateTime.Now.</param>
protected override void InitializePlotterRangeSelection(DateTime tripTime)
{
// Skip, if the Dispose() method has been called.
if (IsDisposed)
{
return;
}
PlotterRangeSelection.DataIntervalMs = WatchFile.DataStream.FrameIntervalMs;
PlotterRangeSelection.TripTime = tripTime;
// Round the start time down to the nearest resolution.
int msComponent = m_HistoricDataManager.FramesToDisplay[0].CurrentDateTime.Millisecond;
int adjust = msComponent % ResolutionLogFileMs;
PlotterRangeSelection.InitialStartTime = m_HistoricDataManager.FramesToDisplay[0].CurrentDateTime.Subtract(new TimeSpan(0, 0, 0, 0, adjust));
// Round the stop time up to the nearest resolution.
msComponent = m_HistoricDataManager.FramesToDisplay[m_HistoricDataManager.FramesToDisplay.Count - 1].CurrentDateTime.Millisecond;
adjust = msComponent % ResolutionLogFileMs;
if (adjust > 0)
{
adjust = PlotterRangeSelection.DataIntervalMs - adjust;
}
PlotterRangeSelection.InitialStopTime = m_HistoricDataManager.FramesToDisplay[m_HistoricDataManager.FramesToDisplay.Count - 1].CurrentDateTime.Add(new TimeSpan(0, 0, 0, 0, adjust));
// Set the start time of the trip recording to be the exact duration of the fault-log before the stop time.
int exactDurationMs = WatchFile.DataStream.DurationMs - WatchFile.DataStream.FrameIntervalMs;
PlotterRangeSelection.InitialStartTime = PlotterRangeSelection.InitialStopTime.Subtract(new TimeSpan(0, 0, 0, (int)(exactDurationMs / 1000), (int)(exactDurationMs % 1000)));
// Copy the initial values to the current values and calculate the time span.
PlotterRangeSelection.Reset();
}
/// <summary>
/// Initialize the <see cref="PlotterRangeSelection"/> structure using the watch variable data loaded into the <see cref="HistoricDataManager"/> class.
/// If the data to be displayed is not a fault log or a simulated fault log, <paramref name="tripTime"/> will be ignored.
/// </summary>
/// <param name="tripTime">The time of the trip if the data represents a fault log or a simulated fault log; otherwise DateTime.Now.</param>
protected override void InitializePlotterRangeSelection(DateTime tripTime)
{
// Skip, if the Dispose() method has been called.
if (IsDisposed)
{
return;
}
PlotterRangeSelection.DataIntervalMs = WatchFile.DataStream.FrameIntervalMs;
PlotterRangeSelection.TripTime = tripTime;
PlotterRangeSelection.InitialStartTime = m_HistoricDataManager.FramesToDisplay[0].CurrentDateTime;
PlotterRangeSelection.InitialStopTime = m_HistoricDataManager.FramesToDisplay[m_HistoricDataManager.FramesToDisplay.Count - 1].CurrentDateTime;
// Copy the initial values to the current values and calculate the time span.
PlotterRangeSelection.Reset();
}
