public void TotalEndResult()
{
// time to display the results
// column width for text display
int colWidth = 10;
// the overall frame time and frames per second:
displayText = "\n\n";
float totalMS = endTime();
float avgMS = (totalMS / numCallCount);
float fps = (1000 / (totalMS / numCallCount));
displayText += "Avg frame time: ";
displayText += avgMS.ToString("0.#") + "ms, ";
displayText += fps.ToString("0.#") + " fps \n";
// the column titles for the individual recordings:
displayText += "Total".PadRight(colWidth);
displayText += "MS/frame".PadRight(colWidth);
displayText += "Calls/fra".PadRight(colWidth);
displayText += "MS/call".PadRight(colWidth);
displayText += "Label";
displayText += "\n";
// now we loop through each individual recording
foreach (var entry in recordings)
{
// Each "entry" is a key-value pair where the string ID
// is the key, and the recording instance is the value:
ProfilerRecording recording = entry.Value;
// calculate the statistics for this recording:
long recordedMS = recording.MilliSeconds;
float percent = recordedMS / totalMS;
float msPerFrame = recordedMS / numCallCount;
float msPerCall = recordedMS / recording.Count;
float timesPerFrame = recording.Count / (float)numCallCount;
// add the stats to the display text
displayText += (percent.ToString("0.000") + "%").PadRight(colWidth);
displayText += (msPerFrame.ToString("0.000") + "ms").PadRight(colWidth);
displayText += (timesPerFrame.ToString("0.000")).PadRight(colWidth);
displayText += (msPerCall.ToString("0.0000") + "ms").PadRight(colWidth);
displayText += (recording.id);
displayText += "\n";
// and reset the recording
recording.Reset();
}
//Debug.Log(displayText);
OutputProfileResult(displayText);
// reset & schedule the next time to display results:
numCallCount = 1;
//startTimeMS = Time.time; //DELETE
//nextOutputTimeMS = Time.time + 5;
}
public void Begin(string id)
{
// create a new recording if not present in the list
if (!recordings.ContainsKey(id))
{
recordings[id] = new ProfilerRecording(id);
}
recordings[id].Start();
}
