public void generate_schedule(object sender, EventArgs e)
{
if (Models.EngineManagerModel.instance != null && Models.EngineManagerModel.instance.IsConnected)
{
//get the schedule
schedule = Barrista.getInstance().Schedule_Generate();
if (OnRefresh != null)
{
OnRefresh(sender, e);
}
//generate system -> time collection
float totalTime = 0;
PerfTimeData.Clear();
OperationList.OperationListEnumerator en = schedule.GetEnumerator();
while (en.MoveNext())
{
float timesample = (float)en.Current.samples_sum / (float)en.Current.samples_num;
PerfData p = new PerfData()
{
AvgRunTime = timesample, SystemName = en.Current.name
};
PerfTimeData.Add(p);
totalTime += timesample;
}
//generate fps
statusText = "";
statusText += "Total Frametime: " + (totalTime / 1000.0f).ToString();
statusText += "\t\tFPS: " + ((1.0f / (totalTime / 10000.0f)) * 100.0f).ToString();
PropertyChanged(this, new PropertyChangedEventArgs("statusText"));
}
}
public void generate_schedule(object sender, EventArgs e)
{
if (Models.EngineManagerModel.instance != null && Models.EngineManagerModel.instance.IsConnected)
{
//get the schedule
schedule = Barrista.getInstance().Schedule_Generate();
if (OnRefresh != null)
OnRefresh(sender, e);
//generate system -> time collection
float totalTime = 0;
PerfTimeData.Clear();
OperationList.OperationListEnumerator en = schedule.GetEnumerator();
while (en.MoveNext())
{
float timesample = (float)en.Current.samples_sum / (float)en.Current.samples_num;
PerfData p = new PerfData(){ AvgRunTime = timesample, SystemName = en.Current.name };
PerfTimeData.Add(p);
totalTime += timesample;
}
//generate fps
statusText = "";
statusText += "Total Frametime: " + (totalTime / 1000.0f).ToString();
statusText += "\t\tFPS: " + ((1.0f/(totalTime / 10000.0f))*100.0f).ToString();
PropertyChanged(this, new PropertyChangedEventArgs("statusText"));
}
}