private void CtlTabs_SelectedIndexChanged(object sender, EventArgs e)
{
// newly selected network must not affect NetworksManager until it saved
if (NetworksManager != null)
{
if (IsRunning)
{
lock (ApplyChangesLocker)
{
CtlInputDataPresenter.SetInputDataAndDraw(NetworksManager.Models.First());
CtlNetworkPresenter.RenderRunning(NetworksManager.SelectedNetworkModel);
CtlPlotPresenter.Draw(NetworksManager.Models, NetworksManager.SelectedNetworkModel);
CtlStatisticsPresenter.Draw(null);
}
}
else
{
CtlNetworkPresenter.RenderStanding(NetworksManager.SelectedNetworkModel);
}
}
}
private void CtlTabs_SelectionChanged(object sender, SelectionChangedEventArgs e)
{
// newly selected network must not affect NetworksManager until it saved
if (NetworksManager != null)
{
if (IsRunning)
{
lock (ApplyChangesLocker)
{
CtlInputDataPresenter.SetInputDataAndDraw(NetworksManager.Models[0]);
CtlNetworkPresenter.RenderRunning(NetworksManager.SelectedNetworkModel, CtlOnlyWeights.IsOn, CtlOnlyChangedWeights.IsOn, CtlHighlightChangedWeights.IsOn);
CtlPlotPresenter.Draw(NetworksManager.Models, NetworksManager.SelectedNetworkModel);
CtlStatisticsPresenter.Draw(NetworksManager.SelectedNetworkModel.LastStatistics);
}
}
else
{
CtlNetworkPresenter.RenderStanding(NetworksManager.SelectedNetworkModel);
}
}
}
private void DrawModels(List <NetworkDataModel> models)
{
var renderStart = DateTime.Now;
CtlNetworkPresenter.RenderRunning(NetworksManager.SelectedNetworkModel);
CtlInputDataPresenter.SetInputDataAndDraw(NetworksManager.Models.First());
foreach (var model in models)
{
model.DynamicStatistic.Add(model.Statistic.Percent, model.Statistic.AverageCost);
}
CtlPlotPresenter.Draw(models, NetworksManager.SelectedNetworkModel);
var selected = NetworksManager.SelectedNetworkModel;
if (selected == null)
{
CtlStatisticsPresenter.Draw(null);
}
else
{
var stat = new Dictionary <string, string>();
var span = DateTime.Now.Subtract(StartTime);
stat.Add("Time", new DateTime(span.Ticks).ToString(@"HH\:mm\:ss"));
if (selected.Statistic.Percent > 0)
{
var remains = new DateTime((long)(span.Ticks * 100 / selected.Statistic.Percent) - span.Ticks);
stat.Add("Time remaining", new DateTime(remains.Ticks).ToString(@"HH\:mm\:ss"));
}
else
{
stat.Add("Time remaining", "N/A");
}
if (selected.Statistic.LastGoodOutput > -1)
{
stat.Add("Last good output", $"{selected.Statistic.LastGoodInput}={selected.Statistic.LastGoodOutput} ({Converter.DoubleToText(100 * selected.Statistic.LastGoodOutputActivation, "N6")}%)");
stat.Add("Last good cost", Converter.DoubleToText(selected.Statistic.LastGoodCost, "N6"));
}
else
{
stat.Add("Last good output", "none");
stat.Add("Last good cost", "none");
}
if (selected.Statistic.LastBadOutput > -1)
{
stat.Add("Last bad output", $"{selected.Statistic.LastBadInput}={selected.Statistic.LastBadOutput} ({Converter.DoubleToText(100 * selected.Statistic.LastBadOutputActivation, "N6")}%)");
stat.Add("Last bad cost", Converter.DoubleToText(selected.Statistic.LastBadCost, "N6"));
}
else
{
stat.Add("Last bad output", "none");
stat.Add("Last bad cost", "none");
}
stat.Add("Average cost", Converter.DoubleToText(selected.Statistic.AverageCost, "N6"));
stat.Add("Percent", Converter.DoubleToText(selected.Statistic.Percent, "N6") + " %");
stat.Add("Learning rate", Converter.DoubleToText(selected.LearningRate));
stat.Add("Rounds", Round.ToString());
stat.Add("Rounds/sec", ((int)((double)Round / DateTime.Now.Subtract(StartTime).TotalSeconds)).ToString());
var renderStop = DateTime.Now;
stat.Add("Render time, msec", ((int)(renderStop.Subtract(renderStart).TotalMilliseconds)).ToString());
CtlStatisticsPresenter.Draw(stat);
}
NetworksManager.ResetModelsStatistic();
}
private Dictionary <string, string> DrawStatistics(Statistics statistics, double learningRate)
{
if (statistics == null)
{
CtlStatisticsPresenter.Draw(null);
return(null);
}
else
{
var stat = new Dictionary <string, string>(20);
stat.Add("Time", StartTime.Elapsed.Duration().ToString(@"hh\:mm\:ss"));
if (statistics.Percent > 0)
{
var linerRemains = (long)((double)statistics.TotalTicksElapsed * 100 / statistics.Percent) - statistics.TotalTicksElapsed;
stat.Add("Leaner time remaining", TimeSpan.FromTicks(linerRemains).ToString(@"hh\:mm\:ss"));
}
else
{
stat.Add("Time remaining", "N/A");
}
if (statistics.LastGoodOutput != null)
{
stat.Add("Last good output", $"{statistics.LastGoodInput}={statistics.LastGoodOutput} ({Converter.DoubleToText(100 * statistics.LastGoodOutputActivation, "N4")} %)");
stat.Add("Last good cost", Converter.DoubleToText(statistics.LastGoodCost, "N6"));
}
else
{
stat.Add("Last good output", "none");
stat.Add("Last good cost", "none");
}
if (statistics.LastBadOutput != null)
{
stat.Add("Last bad output", $"{statistics.LastBadInput}={statistics.LastBadOutput} ({Converter.DoubleToText(100 * statistics.LastBadOutputActivation, "N4")} %)");
stat.Add("Last bad cost", Converter.DoubleToText(statistics.LastBadCost, "N6"));
}
else
{
stat.Add("Last bad output", "none");
stat.Add("Last bad cost", "none");
}
stat.Add("Average cost", Converter.DoubleToText(statistics.CostAvg, "N6"));
stat.Add("Percent", Converter.DoubleToText(statistics.Percent, "N6") + " %");
stat.Add("Learning rate", Converter.DoubleToText(learningRate));
stat.Add("Rounds", statistics.Rounds.ToString());
double totalRoundsPerSec = statistics.Rounds / StartTime.Elapsed.Duration().TotalSeconds; //DateTime.UtcNow.Subtract(StartTime).TotalSeconds;
stat.Add("Total rounds/sec", ((int)totalRoundsPerSec).ToString());
stat.Add("Total pure rounds/sec", ((int)statistics.PureRoundsPerSecond).ToString());
stat.Add(string.Empty, string.Empty);
stat.Add("Render lock time, mcs", string.Empty);
stat.Add("Network", ((int)TimeSpan.FromTicks(RenderTime.Network).TotalMicroseconds()).ToString());
stat.Add("Error matrix", ((int)TimeSpan.FromTicks(RenderTime.ErrorMatrix).TotalMicroseconds()).ToString());
//stat.Add("Plotter", ((int)TimeSpan.FromTicks(RenderTime.Plotter).TotalMicroseconds()).ToString());
stat.Add("Statistics", ((int)TimeSpan.FromTicks(RenderTime.Statistics).TotalMicroseconds()).ToString());
//stat.Add("Data", ((int)TimeSpan.FromTicks(RenderTime.Data).TotalMicroseconds()).ToString());
var lostRounds = (int)(statistics.PureRoundsPerSecond - totalRoundsPerSec);
stat.Add("Lost rounds/sec on misc code", lostRounds.ToString());
CtlStatisticsPresenter.Draw(stat);
return(stat);
}
}