internal override void UpdateValue(bool force)
{
if (!enabled)
{
return;
}
int roundedValue = (int)newValue;
if (LastValue != roundedValue || force)
{
LastValue = roundedValue;
dirty = true;
}
if (LastValue <= criticalLevelValue)
{
if (LastValue != 0 && CurrentFpsLevel != FPSLevel.Critical)
{
CurrentFpsLevel = FPSLevel.Critical;
if (OnFPSLevelChange != null)
{
OnFPSLevelChange(CurrentFpsLevel);
}
}
}
else if (LastValue < warningLevelValue)
{
if (LastValue != 0 && CurrentFpsLevel != FPSLevel.Warning)
{
CurrentFpsLevel = FPSLevel.Warning;
if (OnFPSLevelChange != null)
{
OnFPSLevelChange(CurrentFpsLevel);
}
}
}
else
{
if (LastValue != 0 && CurrentFpsLevel != FPSLevel.Normal)
{
CurrentFpsLevel = FPSLevel.Normal;
if (OnFPSLevelChange != null)
{
OnFPSLevelChange(CurrentFpsLevel);
}
}
}
// since ms calculates from fps we can calculate it when fps changed
if (dirty && milliseconds)
{
LastMillisecondsValue = 1000f / newValue;
}
if (render)
{
if (renderTimeBank > 0)
{
var frameCount = Time.frameCount;
var framesSinceLastUpdate = frameCount - previousFrameCount;
if (framesSinceLastUpdate == 0)
{
framesSinceLastUpdate = 1;
}
var renderTime = renderTimeBank / framesSinceLastUpdate;
if (System.Math.Abs(renderTime - LastRenderValue) > 0.0001f || force)
{
LastRenderValue = renderTime;
dirty = true;
}
previousFrameCount = frameCount;
renderTimeBank = 0;
}
}
int currentAverageRounded = 0;
if (average)
{
if (averageSamples == 0)
{
currentAverageSamples++;
currentAverageRaw += (LastValue - currentAverageRaw) / currentAverageSamples;
}
else
{
if (accumulatedAverageSamples == null)
{
accumulatedAverageSamples = new float[averageSamples];
ResetAverage();
}
accumulatedAverageSamples[currentAverageSamples % averageSamples] = LastValue;
currentAverageSamples++;
currentAverageRaw = GetAverageFromAccumulatedSamples();
}
currentAverageRounded = Mathf.RoundToInt(currentAverageRaw);
if (LastAverageValue != currentAverageRounded || force)
{
LastAverageValue = currentAverageRounded;
dirty = true;
if (averageMilliseconds)
{
LastAverageMillisecondsValue = 1000f / LastAverageValue;
}
}
}
if (minMax)
{
if (minMaxIntervalsSkipped <= minMaxIntervalsToSkip)
{
if (!force)
{
minMaxIntervalsSkipped++;
}
}
else if (LastMinimumValue == -1)
{
dirty = true;
}
if (minMaxIntervalsSkipped > minMaxIntervalsToSkip && dirty)
{
if (LastMinimumValue == -1)
{
LastMinimumValue = LastValue;
if (minMaxMilliseconds)
{
LastMinMillisecondsValue = 1000f / LastMinimumValue;
}
}
else if (LastValue < LastMinimumValue)
{
LastMinimumValue = LastValue;
if (minMaxMilliseconds)
{
LastMinMillisecondsValue = 1000f / LastMinimumValue;
}
}
if (LastMaximumValue == -1)
{
LastMaximumValue = LastValue;
if (minMaxMilliseconds)
{
LastMaxMillisecondsValue = 1000f / LastMaximumValue;
}
}
else if (LastValue > LastMaximumValue)
{
LastMaximumValue = LastValue;
if (minMaxMilliseconds)
{
LastMaxMillisecondsValue = 1000f / LastMaximumValue;
}
}
}
}
if (dirty && main.OperationMode == OperationMode.Normal)
{
string coloredStartText;
if (LastValue >= warningLevelValue)
{
coloredStartText = colorCached;
}
else if (LastValue <= criticalLevelValue)
{
coloredStartText = colorCriticalCached;
}
else
{
coloredStartText = colorWarningCached;
}
text.Length = 0;
text.Append(coloredStartText).Append(LastValue).Append(COLOR_TEXT_END);
if (milliseconds)
{
if (LastValue >= warningLevelValue)
{
coloredStartText = colorCachedMs;
}
else if (LastValue <= criticalLevelValue)
{
coloredStartText = colorCriticalCachedMs;
}
else
{
coloredStartText = colorWarningCachedMs;
}
text.Append(coloredStartText).Append(LastMillisecondsValue.ToString("F")).Append(MS_TEXT_END);
}
if (average)
{
text.Append(averageNewLine ? AFPSCounter.NEW_LINE : AFPSCounter.SPACE);
if (currentAverageRounded >= warningLevelValue)
{
coloredStartText = colorCachedAvg;
}
else if (currentAverageRounded <= criticalLevelValue)
{
coloredStartText = colorCriticalCachedAvg;
}
else
{
coloredStartText = colorWarningCachedAvg;
}
text.Append(coloredStartText).Append(currentAverageRounded);
if (averageMilliseconds)
{
text.Append(" [").Append(LastAverageMillisecondsValue.ToString("F")).Append(" MS]");
}
text.Append(COLOR_TEXT_END);
}
if (minMax)
{
text.Append(minMaxNewLine ? AFPSCounter.NEW_LINE : AFPSCounter.SPACE);
if (LastMinimumValue >= warningLevelValue)
{
coloredStartText = colorCachedMin;
}
else if (LastMinimumValue <= criticalLevelValue)
{
coloredStartText = colorCriticalCachedMin;
}
else
{
coloredStartText = colorWarningCachedMin;
}
text.Append(coloredStartText).Append(LastMinimumValue);
if (minMaxMilliseconds)
{
text.Append(" [").Append(LastMinMillisecondsValue.ToString("F")).Append(" MS]");
}
text.Append(COLOR_TEXT_END);
text.Append(minMaxTwoLines ? AFPSCounter.NEW_LINE : AFPSCounter.SPACE);
if (LastMaximumValue >= warningLevelValue)
{
coloredStartText = colorCachedMax;
}
else if (LastMaximumValue <= criticalLevelValue)
{
coloredStartText = colorCriticalCachedMax;
}
else
{
coloredStartText = colorWarningCachedMax;
}
text.Append(coloredStartText).Append(LastMaximumValue);
if (minMaxMilliseconds)
{
text.Append(" [").Append(LastMaxMillisecondsValue.ToString("F")).Append(" MS]");
}
text.Append(COLOR_TEXT_END);
}
if (render)
{
text.Append(renderNewLine ? AFPSCounter.NEW_LINE : AFPSCounter.SPACE).
Append(colorCachedRender).
Append(LastRenderValue.ToString("F")).Append(" MS").
Append(COLOR_TEXT_END);
}
ApplyTextStyles();
}
}
internal override void UpdateValue(bool force)
{
if (!enabled)
{
return;
}
int roundedValue = (int)newValue;
if (LastValue != roundedValue || force)
{
LastValue = roundedValue;
dirty = true;
}
if (LastValue <= criticalLevelValue)
{
if (LastValue != 0 && CurrentFpsLevel != FPSLevel.Critical)
{
CurrentFpsLevel = FPSLevel.Critical;
if (OnFPSLevelChange != null)
{
OnFPSLevelChange(CurrentFpsLevel);
}
}
}
else if (LastValue < warningLevelValue)
{
if (LastValue != 0 && CurrentFpsLevel != FPSLevel.Warning)
{
CurrentFpsLevel = FPSLevel.Warning;
if (OnFPSLevelChange != null)
{
OnFPSLevelChange(CurrentFpsLevel);
}
}
}
else
{
if (LastValue != 0 && CurrentFpsLevel != FPSLevel.Normal)
{
CurrentFpsLevel = FPSLevel.Normal;
if (OnFPSLevelChange != null)
{
OnFPSLevelChange(CurrentFpsLevel);
}
}
}
// since ms calculates from fps we can calculate it when fps changed
if (dirty && milliseconds)
{
LastMillisecondsValue = 1000f / newValue;
}
int currentAverageRounded = 0;
if (average)
{
if (averageSamples == 0)
{
currentAverageSamples++;
currentAverageRaw += (LastValue - currentAverageRaw) / currentAverageSamples;
}
else
{
if (accumulatedAverageSamples == null)
{
accumulatedAverageSamples = new float[averageSamples];
ResetAverage();
}
accumulatedAverageSamples[currentAverageSamples % averageSamples] = LastValue;
currentAverageSamples++;
currentAverageRaw = GetAverageFromAccumulatedSamples();
}
currentAverageRounded = Mathf.RoundToInt(currentAverageRaw);
if (LastAverageValue != currentAverageRounded || force)
{
LastAverageValue = currentAverageRounded;
dirty = true;
if (averageMilliseconds)
{
LastAverageMillisecondsValue = 1000f / LastAverageValue;
}
}
}
if (minMax)
{
if (minMaxIntervalsSkipped < minMaxIntervalsToSkip)
{
if (!force)
{
minMaxIntervalsSkipped++;
}
}
else if (dirty)
{
if (LastMinimumValue == -1)
{
LastMinimumValue = LastValue;
if (minMaxMilliseconds)
{
LastMinMillisecondsValue = 1000f / LastMinimumValue;
}
}
else if (LastValue < LastMinimumValue)
{
LastMinimumValue = LastValue;
if (minMaxMilliseconds)
{
LastMinMillisecondsValue = 1000f / LastMinimumValue;
}
}
if (LastMaximumValue == -1)
{
LastMaximumValue = LastValue;
if (minMaxMilliseconds)
{
LastMaxMillisecondsValue = 1000f / LastMaximumValue;
}
}
else if (LastValue > LastMaximumValue)
{
LastMaximumValue = LastValue;
if (minMaxMilliseconds)
{
LastMaxMillisecondsValue = 1000f / LastMaximumValue;
}
}
}
}
if (dirty && main.OperationMode == OperationMode.Normal)
{
string coloredStartText;
if (LastValue >= warningLevelValue)
{
coloredStartText = colorCached;
}
else if (LastValue <= criticalLevelValue)
{
coloredStartText = colorCriticalCached;
}
else
{
coloredStartText = colorWarningCached;
}
text.Length = 0;
text.Append(coloredStartText).Append(LastValue).Append(FPS_TEXT_END);
if (milliseconds)
{
if (LastValue >= warningLevelValue)
{
coloredStartText = colorCachedMs;
}
else if (LastValue <= criticalLevelValue)
{
coloredStartText = colorCriticalCachedMs;
}
else
{
coloredStartText = colorWarningCachedMs;
}
text.Append(coloredStartText).Append(LastMillisecondsValue.ToString("F")).Append(MS_TEXT_END);
}
if (average)
{
text.Append(averageNewLine ? AFPSCounter.NEW_LINE : AFPSCounter.SPACE);
if (currentAverageRounded >= warningLevelValue)
{
coloredStartText = colorCachedAvg;
}
else if (currentAverageRounded <= criticalLevelValue)
{
coloredStartText = colorCriticalCachedAvg;
}
else
{
coloredStartText = colorWarningCachedAvg;
}
text.Append(coloredStartText).Append(currentAverageRounded);
if (averageMilliseconds)
{
text.Append(" [").Append(LastAverageMillisecondsValue.ToString("F")).Append(" MS]");
}
text.Append(AVG_TEXT_END);
}
if (minMax)
{
text.Append(minMaxNewLine ? AFPSCounter.NEW_LINE : AFPSCounter.SPACE);
if (LastMinimumValue >= warningLevelValue)
{
coloredStartText = colorCachedMin;
}
else if (LastMinimumValue <= criticalLevelValue)
{
coloredStartText = colorCriticalCachedMin;
}
else
{
coloredStartText = colorWarningCachedMin;
}
text.Append(coloredStartText).Append(LastMinimumValue);
if (minMaxMilliseconds)
{
text.Append(" [").Append(LastMinMillisecondsValue.ToString("F")).Append(" MS]");
}
text.Append(MIN_TEXT_END);
if (LastMaximumValue >= warningLevelValue)
{
coloredStartText = colorCachedMax;
}
else if (LastMaximumValue <= criticalLevelValue)
{
coloredStartText = colorCriticalCachedMax;
}
else
{
coloredStartText = colorWarningCachedMax;
}
text.Append(coloredStartText).Append(LastMaximumValue);
if (minMaxMilliseconds)
{
text.Append(" [").Append(LastMaxMillisecondsValue.ToString("F")).Append(" MS]");
}
text.Append(MAX_TEXT_END);
}
}
}