/// <summary>
/// Creates all of the statistics items.
/// </summary>
private void CreateStatisticsKeyValueItems()
{
var meanItem = new ResultKeyValueItem(ResultKeyValueItemType.Vertical, "AVERAGE", $"{-HitStatistics.Mean:F} ms")
{
Parent = this,
Y = TopHorizontalDividerLine.Y + 15
};
var standardDeviationItem = new ResultKeyValueItem(ResultKeyValueItemType.Vertical, "STANDARD DEVIATION", $"{HitStatistics.StandardDeviation:F} ms")
{
Parent = this,
Y = TopHorizontalDividerLine.Y + 15
};
var availableWidth = Width - VerticalDividerLine.X;
var padding = (availableWidth - meanItem.Width - standardDeviationItem.Width) / 3;
meanItem.X = VerticalDividerLine.X + padding;
standardDeviationItem.X = Width - padding - standardDeviationItem.Width;
}
/// <summary>
/// Creates all of the main ite
/// </summary>
private void CreateKeyValueItems()
{
double performanceRating;
switch (Screen.ResultsType)
{
case ResultScreenType.Gameplay:
if (Screen.ScoreProcessor.Failed)
{
performanceRating = 0;
}
else
{
performanceRating = new RatingProcessorKeys(MapManager.Selected.Value.DifficultyFromMods(Screen.ScoreProcessor.Mods)).CalculateRating(Screen.Gameplay.Ruleset.StandardizedReplayPlayer.ScoreProcessor);
}
break;
case ResultScreenType.Replay:
if (Screen.ScoreProcessor.Failed)
{
performanceRating = 0;
}
else
{
performanceRating = new RatingProcessorKeys(MapManager.Selected.Value.DifficultyFromMods(Screen.ScoreProcessor.Mods)).CalculateRating(Screen.ScoreProcessor);
}
break;
case ResultScreenType.Score:
performanceRating = Screen.Score.PerformanceRating;
break;
default:
throw new ArgumentOutOfRangeException();
}
ResultKeyValueItem standardized = null;
int spacing;
const int beginPosition = 40;
if (StandardizedProcessor != null || Screen.ResultsType == ResultScreenType.Score && !Screen.Score.IsOnline)
{
var acc = StandardizedProcessor?.Accuracy ?? Screen.Score.RankedAccuracy;
standardized = new ResultKeyValueItem(ResultKeyValueItemType.Vertical, "RANKED ACCURACY",
StringHelper.AccuracyToString((float)acc));
spacing = 44;
}
else
{
spacing = 100;
}
ResultKeyValueItems = new List <ResultKeyValueItem>()
{
new ResultKeyValueItem(ResultKeyValueItemType.Vertical, "SCORE RATING", $"{performanceRating:F}"),
new ResultKeyValueItem(ResultKeyValueItemType.Vertical, "TOTAL SCORE", $"{Screen.ScoreProcessor.Score:N0}"),
new ResultKeyValueItem(ResultKeyValueItemType.Vertical, "ACCURACY", StringHelper.AccuracyToString(Screen.ScoreProcessor.Accuracy)),
};
if (standardized != null)
{
ResultKeyValueItems.Add(standardized);
}
ResultKeyValueItems.Add(new ResultKeyValueItem(ResultKeyValueItemType.Vertical, "MAX COMBO", $"{Screen.ScoreProcessor.MaxCombo}x"));
for (var i = 0; i < ResultKeyValueItems.Count; i++)
{
var item = ResultKeyValueItems[i];
item.Parent = this;
item.Y = TopHorizontalDividerLine.Y + 15;
if (i == 0)
{
item.X = beginPosition;
continue;
}
item.X = ResultKeyValueItems[i - 1].X + ResultKeyValueItems[i - 1].Width + spacing;
}
// Add a divider line at the bottom of the key value items
var firstItem = ResultKeyValueItems.First();
ResultKeyValueItemDividerLine = new Sprite
{
Parent = this,
Y = firstItem.Y + firstItem.TextValue.Y + firstItem.TextValue.Height + 15,
Size = new ScalableVector2(Width, 1),
Alpha = 0.45f
};
}