public MetricDisplay(string name, SchedulingMetrics metrics = (SchedulingMetrics)(-1))
{
Name = name;
Metrics = metrics;
}
public override void UpdateGraph(bool selectionChanged)
{
SrmDocument document = !_exportMethodDlg ? GraphSummary.DocumentUIContainer.DocumentUI : Program.MainWindow.DocumentUI;
var windows = ScheduleWindows;
var brukerTemplate = BrukerTemplateFile;
var brukerMetricType = BrukerMetricType;
// No need to re-graph for a selection change
if (ReferenceEquals(document, _documentShowing) && ArrayUtil.EqualsDeep(windows, _windowsShowing) &&
Equals(BrukerTemplateFile, _brukerTemplate) && Equals(BrukerMetricType, _brukerMetricType))
{
return;
}
_documentShowing = document;
_windowsShowing = windows;
_brukerTemplate = brukerTemplate;
_brukerMetricType = brukerMetricType;
// TODO: Make it possible to see transition scheduling when full-scan enabled.
if (string.IsNullOrEmpty(brukerTemplate))
{
XAxis.Title.Text = Resources.RTScheduleGraphPane_RTScheduleGraphPane_Scheduled_Time;
YAxis.Title.Text = document.Settings.TransitionSettings.FullScan.IsEnabledMsMs
? Resources.RTScheduleGraphPane_UpdateGraph_Concurrent_Precursors
: Resources.RTScheduleGraphPane_UpdateGraph_Concurrent_Transitions;
}
else if (BrukerMetrics == null)
{
XAxis.Title.Text = Resources.RTScheduleGraphPane_RTScheduleGraphPane_Scheduled_Time;
YAxis.Title.Text = Resources.RTScheduleGraphPane_UpdateGraph_Concurrent_Accumulations;
}
else
{
switch (brukerMetricType)
{
case SchedulingMetrics.CONCURRENT_FRAMES:
XAxis.Title.Text = Resources.RTScheduleGraphPane_RTScheduleGraphPane_Scheduled_Time;
YAxis.Title.Text = Resources.RTScheduleGraphPane_UpdateGraph_Concurrent_frames;
break;
case SchedulingMetrics.MAX_SAMPLING_TIMES:
XAxis.Title.Text = Resources.RTScheduleGraphPane_UpdateGraph_Target;
YAxis.Title.Text = Resources.RTScheduleGraphPane_UpdateGraph_Max_sampling_times;
break;
case SchedulingMetrics.MEAN_SAMPLING_TIMES:
XAxis.Title.Text = Resources.RTScheduleGraphPane_UpdateGraph_Target;
YAxis.Title.Text = Resources.RTScheduleGraphPane_UpdateGraph_Mean_sampling_times;
break;
case SchedulingMetrics.REDUNDANCY_OF_TARGETS:
XAxis.Title.Text = Resources.RTScheduleGraphPane_RTScheduleGraphPane_Scheduled_Time;
YAxis.Title.Text = Resources.RTScheduleGraphPane_UpdateGraph_Redundancy_of_targets;
break;
case SchedulingMetrics.TARGETS_PER_FRAME:
XAxis.Title.Text = Resources.RTScheduleGraphPane_RTScheduleGraphPane_Scheduled_Time;
YAxis.Title.Text = Resources.RTScheduleGraphPane_UpdateGraph_Targets_per_frame;
break;
}
}
CurveList.Clear();
using (var longWait = new LongWaitDlg())
{
longWait.PerformWork(null, 800, progressMonitor =>
{
AddCurve(document, Color.Blue, progressMonitor);
for (int i = 0; i < windows.Length; i++)
{
double window = windows[i];
// Do not show the window used by the current document twice.
if (window == GetSchedulingWindow(document))
{
continue;
}
var settings = document.Settings.ChangePeptidePrediction(p => p.ChangeMeasuredRTWindow(window));
if (settings.PeptideSettings.Prediction.RetentionTime != null)
{
settings = settings.ChangePeptidePrediction(p =>
p.ChangeRetentionTime(p.RetentionTime.ChangeTimeWindow(window)));
}
var docWindow = document.ChangeSettings(settings);
AddCurve(docWindow, COLORS_WINDOW[(i + 1) % COLORS_WINDOW.Count], progressMonitor);
}
});
}
AxisChange();
}
