public SourceSplitSettings()
{
this.InitializeComponent();
AutoSplitEnabled.Bind(chkAutoSplitEnabled, "Checked"); _settingEntries.Add(AutoSplitEnabled);
AutoSplitOnGenericMap.Bind(chkSplitGenericMap, "Checked"); _settingEntries.Add(AutoSplitOnGenericMap);
AutoSplitOnLevelTrans.Bind(chkSplitLevelTrans, "Checked"); _settingEntries.Add(AutoSplitOnLevelTrans);
AutoSplitOnSpecial.Bind(chkSplitSpecial, "Checked"); _settingEntries.Add(AutoSplitOnSpecial);
SplitInterval.Bind(dmnSplitInterval, "Value"); _settingEntries.Add(SplitInterval);
ShowGameTime.Bind(chkShowGameTime, "Checked"); _settingEntries.Add(ShowGameTime);
ShowAltTime.Bind(chkShowAlt, "Checked"); _settingEntries.Add(ShowAltTime);
GameTimeDecimalPlaces.Bind(nudDecimalPlaces, "Value"); _settingEntries.Add(GameTimeDecimalPlaces);
AutoStartEnabled.Bind(chkAutoStart, "Checked"); _settingEntries.Add(AutoStartEnabled);
AutoStopEnabled.Bind(chkAutoStop, "Checked"); _settingEntries.Add(AutoStopEnabled);
AutoResetEnabled.Bind(chkAutoReset, "Checked"); _settingEntries.Add(AutoResetEnabled);
StartMap.Bind(boxStartMap, "Text"); _settingEntries.Add(StartMap);
ShowTickCount.Bind(chkShowTickCount, "Checked"); _settingEntries.Add(ShowTickCount);
HoldUntilPause.Bind(chkHoldUntilPause, "Checked"); _settingEntries.Add(HoldUntilPause);
RTAStartOffset.Bind(chkRTAStartOffset, "Checked"); _settingEntries.Add(RTAStartOffset);
ServerInitialTicks.Bind(chkServerInitialTicks, "Checked"); _settingEntries.Add(ServerInitialTicks);
SLPenalty.Bind(nudSLPenalty, "Value"); _settingEntries.Add(SLPenalty);
SplitInstead.Bind(boxSplitInstead, "Checked"); _settingEntries.Add(SplitInstead);
ResetMapTransitions.Bind(chkResetMapTransitions, "Checked"); _settingEntries.Add(ResetMapTransitions);
this.rdoWhitelist.CheckedChanged += rdoAutoSplitType_CheckedChanged;
this.rdoInterval.CheckedChanged += rdoAutoSplitType_CheckedChanged;
this.chkAutoSplitEnabled.CheckedChanged += UpdateDisabledControls;
this.chkShowGameTime.CheckedChanged += UpdateDisabledControls;
// defaults
lbGameProcessesSetDefault();
this.GameTimingMethod = DEFAULT_GAME_TIMING_METHOD;
this.UpdateDisabledControls(this, EventArgs.Empty);
// HACKHACK: due to all the data bindings shenanigans, we need to load all the tab pages when opening the settings
// so just give in...
this.Load += (e, f) =>
{
for (int i = tabCtrlMaster.TabPages.Count - 1; i >= 0; i--)
{
tabCtrlMaster.SelectedIndex = i;
Thread.Sleep(1);
}
};
}
/// <summary>
/// Finds the optimum bins with respect to <see cref="_cumulativeCounts"/>
/// </summary>
/// <returns>The sorted array of indices that are exclusive upper bounds of the respective bins</returns>
private int[] FindBinsCore()
{
if (_distinctValueCount == 0)
{
return new int[] { _distinctValueCount }
}
;
// we will put intervals into a heap so that the one with maximum gain is at the top
var intervals = new Heap <SplitInterval>((x, y) => x.Gain < y.Gain);
// start with a single interval covering all points
intervals.Add(new SplitInterval(this, 0, _distinctValueCount, false));
// while we haven't reached max # of bins and there's still gain in splitting (best interval's gain is positive)
while (intervals.Count < _maxBins && intervals.Top.Gain > 0)
{
// take the interval with the best split gain
var toSplit = intervals.Pop();
// make the split
bool isLastSplit = intervals.Count == _maxBins - 1;
var left = new SplitInterval(this, toSplit.Min, toSplit.SplitLim, isLastSplit);
var right = new SplitInterval(this, toSplit.SplitLim, toSplit.Lim, isLastSplit);
// put the results back into the heap
intervals.Add(left);
intervals.Add(right);
}
var binCount = intervals.Count;
var results = new int[binCount];
for (int i = 0; i < binCount; i++)
{
results[i] = intervals.Pop().Lim;
}
Contracts.Assert(intervals.Count == 0);
Array.Sort(results);
return(results);
}
}