public Result(string experimentName)
{
name = experimentName;
totalSamples = 0;
firstFrameNumber = Benchmarking.DataSource.frameCount;
memoryUsageAtStart = Benchmarking.DataSource.memoryAllocated;
realtimeAtStart = Benchmarking.DataSource.realtimeSinceStartup;
deltaTimeMSMin = float.MaxValue;
deltaTimeMSMax = 0f;
populatePercList();
populateUpperboundList();
memoryUsageAtPeak = 0u;
memoryTotal = 0L;
memorySystem = (long)SystemInfo.systemMemorySize * 1048576L;
deviceRefreshRate = Screen.currentResolution.refreshRate;
appRefreshRate = Application.targetFrameRate;
if (QualitySettings.vSyncCount == 2)
{
deviceRefreshRate /= 2;
}
if (deviceRefreshRate <= 0 && appRefreshRate <= 0)
{
refreshRate = 60;
setDefaultRefreshRate();
}
else if (deviceRefreshRate <= 0)
{
refreshRate = appRefreshRate;
}
else if (appRefreshRate <= 0)
{
refreshRate = deviceRefreshRate;
setDefaultRefreshRate();
}
else if (deviceRefreshRate < appRefreshRate)
{
refreshRate = deviceRefreshRate;
}
else
{
refreshRate = appRefreshRate;
}
targetFrameTime = 1f / (float)refreshRate * 1000f;
ValueBinBuilder valueBinBuilder = new ValueBinBuilder();
valueBinBuilder.AddBin(percList[0] * targetFrameTime);
for (int i = 0; i < percList.Length - 1; i++)
{
float size = (percList[i + 1] - percList[i]) * targetFrameTime;
valueBinBuilder.AddBin(size);
}
deltaTimeMSBins = valueBinBuilder.Result;
}
public Result(string experimentName)
{
name = experimentName;
totalSamples = 0;
firstFrameNumber = Benchmarking.DataSource.frameCount;
memoryUsageAtStart = Benchmarking.DataSource.memoryAllocated;
realtimeAtStart = Benchmarking.DataSource.realtimeSinceStartup;
deltaTimeMSMin = float.MaxValue;
deltaTimeMSMax = 0;
populatePercList();
populateUpperboundList();
#if VARIANCE
deltaTimeMSVariance = 0;
#endif
memoryUsageAtPeak = 0;
memoryTotal = 0;
// Convert memorySystem from megabytes to bytes since all other memory
// related data is in bytes
memorySystem = SystemInfo.systemMemorySize * (System.Int64) 1048576;
deviceRefreshRate = Screen.currentResolution.refreshRate;
appRefreshRate = Application.targetFrameRate;
// If vSyncCount is 2, device refresh rate will be cut in half
if (QualitySettings.vSyncCount == 2)
{
deviceRefreshRate /= 2;
}
// Assuming that deviceRefreshRate and appRefreshRate are both > 0, we will use
// the smaller of the two refresh rates
if (deviceRefreshRate <= 0 && appRefreshRate <= 0)
{
refreshRate = 60;
// Refresh rate will be overwritten if running on iOS to 30.
setDefaultRefreshRate();
}
else if (deviceRefreshRate <= 0)
{
refreshRate = appRefreshRate;
}
else if (appRefreshRate <= 0)
{
refreshRate = deviceRefreshRate;
// Refresh rate will be overwritten if running on iOS to 30.
setDefaultRefreshRate();
}
else if (deviceRefreshRate < appRefreshRate)
{
refreshRate = deviceRefreshRate;
}
else // if appRefreshRate < deviceRefreshRate
{
refreshRate = appRefreshRate;
}
targetFrameTime = (1f / refreshRate) * 1000f;
// Creating bins
var builder = new ValueBinBuilder();
builder.AddBin(percList [0] * targetFrameTime);
for (int i = 0; i < percList.Length - 1; i++)
{
float size = (percList [i + 1] - percList [i]) * targetFrameTime;
builder.AddBin(size);
}
deltaTimeMSBins = builder.Result;
}