internal Dictionary <string, List <HitFreqChartData> > GetHitFreqValues(PlayerStats selected, CombinedStats damageStats)
{
Dictionary <string, List <HitFreqChartData> > results = new Dictionary <string, List <HitFreqChartData> >();
if (damageStats != null)
{
// get chart data for player and pets if available
List <PlayerStats> list = new List <PlayerStats>();
if (damageStats.Children.ContainsKey(selected.Name))
{
list.AddRange(damageStats.Children[selected.Name]);
}
else
{
list.Add(selected);
}
list.ForEach(stat =>
{
results[stat.Name] = new List <HitFreqChartData>();
foreach (string type in stat.SubStats.Keys)
{
HitFreqChartData chartData = new HitFreqChartData()
{
HitType = stat.SubStats[type].Name
};
// add crits
chartData.CritXValues.AddRange(stat.SubStats[type].CritFreqValues.Keys.OrderBy(key => key));
chartData.CritXValues.ForEach(damage => chartData.CritYValues.Add(stat.SubStats[type].CritFreqValues[damage]));
// add non crits
chartData.NonCritXValues.AddRange(stat.SubStats[type].NonCritFreqValues.Keys.OrderBy(key => key));
chartData.NonCritXValues.ForEach(damage => chartData.NonCritYValues.Add(stat.SubStats[type].NonCritFreqValues[damage]));
results[stat.Name].Add(chartData);
}
});
}
return(results);
}
internal static Dictionary <string, List <HitFreqChartData> > GetHitFreqValues(PlayerStats selected, CombinedStats damageStats)
{
Dictionary <string, List <HitFreqChartData> > results = new Dictionary <string, List <HitFreqChartData> >();
// get chart data for player and pets if available
if (damageStats?.Children.ContainsKey(selected.Name) == true)
{
damageStats?.Children[selected.Name].ForEach(stats => AddStats(stats));
}
else
{
AddStats(selected);
}
return(results);
void AddStats(PlayerStats stats)
{
results[stats.Name] = new List <HitFreqChartData>();
foreach (string type in stats.SubStats.Keys)
{
HitFreqChartData chartData = new HitFreqChartData()
{
HitType = stats.SubStats[type].Name
};
// add crits
chartData.CritXValues.AddRange(stats.SubStats[type].CritFreqValues.Keys.OrderBy(key => key));
chartData.CritXValues.ForEach(damage => chartData.CritYValues.Add(stats.SubStats[type].CritFreqValues[damage]));
// add non crits
chartData.NonCritXValues.AddRange(stats.SubStats[type].NonCritFreqValues.Keys.OrderBy(key => key));
chartData.NonCritXValues.ForEach(damage => chartData.NonCritYValues.Add(stats.SubStats[type].NonCritFreqValues[damage]));
results[stats.Name].Add(chartData);
}
}
}
private void UserSelectionChanged()
{
if (!Updating)
{
Updating = true;
Task.Delay(20).ContinueWith(task =>
{
Dispatcher.InvokeAsync(() =>
{
try
{
if (playerList.SelectedItem is string player && hitTypeList.SelectedItem is string type && critTypeList.SelectedItem is string critType && player.Length > 0 && type.Length > 0 && critType.Length > 0)
{
DIMap = null;
var data = ChartData[player];
int minFreq = GetMinFreq();
HitFreqChartData first = data.Find(d => d.HitType == type);
YValues = new List <int>();
XValues = new List <long>();
XValuesDiff = new List <long>();
if (critType == CRIT_HITTYPE)
{
for (int i = 0; i < first.CritYValues.Count; i++)
{
if (first.CritYValues[i] > minFreq)
{
YValues.Add(first.CritYValues[i]);
XValues.Add(first.CritXValues[i]);
XValuesDiff.Add(i > 0 ? Math.Abs(first.CritXValues[i] - first.CritXValues[i - 1]) : 0);
}
}
}
else
{
for (int i = 0; i < first.NonCritYValues.Count; i++)
{
if (first.NonCritYValues[i] > minFreq)
{
YValues.Add(first.NonCritYValues[i]);
XValues.Add(first.NonCritXValues[i]);
XValuesDiff.Add(i > 0 ? Math.Abs(first.NonCritXValues[i] - first.NonCritXValues[i - 1]) : 0);
}
}
}
pageSlider.Value = 0;
UpdatePageSize();
DisplayPage();
}
Updating = false;
}
catch (ArgumentNullException ex)
{
Updating = false;
LOG.Error(ex);
}
catch (InvalidOperationException ioe)
{
Updating = false;
LOG.Error(ioe);
}
});
}, TaskScheduler.Default);
}
}
