protected override void Diff(WorkspaceChangeArgs workspaceChange, ImmutableSortedList <string, TracerDefData> newValues, ImmutableSortedList <string, TracerDefData> oldValues)
{
if (!Equals(newValues.Keys, oldValues.Keys))
{
workspaceChange.AddChromatogramMassChange();
return;
}
for (int i = 0; i < newValues.Count; i++)
{
var newValue = newValues.Values[i];
var oldValue = oldValues.Values[i];
if (!newValue.EqualMasses(oldValue))
{
workspaceChange.AddChromatogramMassChange();
}
if (!newValue.EqualPeakPicking(oldValue))
{
workspaceChange.AddPeakPickingChange();
}
}
if (!Equals(newValues, oldValues))
{
workspaceChange.AddSettingChange();
}
}
private void BtnRecalculateResultsOnClick(object sender, EventArgs e)
{
var change = new WorkspaceChangeArgs(Workspace.Data, Workspace.SavedData);
change.AddPeakPickingChange();
UpdateWorkspaceVersion(change);
Workspace.ResultCalculator.SetRequeryPending();
RefreshStats();
}
protected override void Diff(WorkspaceChangeArgs workspaceChange, ImmutableSortedList <string, string> newValues, ImmutableSortedList <string, string> oldValues)
{
var differences = new HashSet <KeyValuePair <string, string> >(newValues);
differences.SymmetricExceptWith(oldValues);
var diffKeys = new HashSet <string>(differences.Select(pair => pair.Key));
if (diffKeys.Contains(SettingEnum.mass_accuracy.ToString()))
{
workspaceChange.AddPeakPickingChange();
}
if (diffKeys.Contains(SettingEnum.max_isotope_retention_time_shift.ToString()))
{
workspaceChange.AddTurnoverChange();
}
if (diffKeys.Contains(SettingEnum.err_on_side_of_lower_abundance.ToString()))
{
workspaceChange.AddTurnoverChange();
}
if (diffKeys.Any())
{
workspaceChange.AddSettingChange();
}
}