internal void Draw(InternalLabeler labeler)
{
if (GearsetResources.CurrentRenderPass != RenderPass.BasicEffectPass)
{
return;
}
if (Visible == false)
{
HideLabels(labeler);
return;
}
var graphWidth = Width - LegendWidth;
//Draw base background, border, size nubbin, title, etc.
DrawUIView(labeler);
//Legend indicates collections stats.
DrawLegend(labeler, Position + new Vector2(15, 15));
//A bar graph of x frames showing total managed memmory for the process.
DrawTotalMemoryGraph(graphWidth);
//Overay a line graph of the managed memory allocated each tick.
PlotTickMemoryGraph(labeler, graphWidth);
}
void DrawLegendItem(InternalLabeler labeler, Vector2 position, string labelName, string valueName, string labelText, int value, Color color)
{
//Format...[] GenX {count}
_memoryMonitor.TempBoxDrawer.ShowGradientBoxOnce(position, position - new Vector2(10, 10), color, color);
labeler.ShowLabel(labelName, position + new Vector2(4, -10), labelText, color);
_stringBuilder.SetText(value);
labeler.ShowLabelEx(valueName, position + new Vector2(44, -10), _stringBuilder, color);
}
void DrawUIView(InternalLabeler labeler)
{
DrawBorderLines(Color.Gray, _memoryMonitor.LineDrawer);
GearsetResources.Console.SolidBoxDrawer.ShowGradientBoxOnce(Position, Position + Size, new Color(56, 56, 56, 150), new Color(16, 16, 16, 127));
if (ScaleNob.IsMouseOver)
{
ScaleNob.DrawBorderLines(Color.Gray);
}
labeler.ShowLabel(LabelName.Title, Position + new Vector2(0, -12), "Managed Memory - (allocation per tick in KB)");
}
static void HideLabels(InternalLabeler labeler)
{
labeler.HideLabel(LabelName.Title);
labeler.HideLabel(LabelName.Gen0Label);
labeler.HideLabel(LabelName.Gen0);
labeler.HideLabel(LabelName.Gen1Label);
labeler.HideLabel(LabelName.Gen1);
labeler.HideLabel(LabelName.Gen2Label);
labeler.HideLabel(LabelName.Gen2);
labeler.HideLabel(LabelName.XboxLabel);
labeler.HideLabel(LabelName.Xbox);
labeler.HideLabel(LabelName.MinYAxis);
labeler.HideLabel(LabelName.MaxYAxis);
}
public Plotter()
: base(GearsetResources.Console.Settings.PlotterConfig)
{
#if WINDOWS
_plots = new ObservableCollection<Plot>();
#else
plots = new List<Plot>();
#endif
Config.Cleared += Config_Cleared;
// Create the line drawer
_lines = new InternalLineDrawer();
Children.Add(_lines);
_labels = new InternalLabeler();
Children.Add(_labels);
}
public Plotter()
: base(GearsetResources.Console.Settings.PlotterConfig)
{
#if WINDOWS
_plots = new ObservableCollection <Plot>();
#else
plots = new List <Plot>();
#endif
Config.Cleared += Config_Cleared;
// Create the line drawer
_lines = new InternalLineDrawer();
Children.Add(_lines);
_labels = new InternalLabeler();
Children.Add(_labels);
}
/// <summary>
/// //Draw an item on the legend.
/// </summary>
/// <param name="labeler"></param>
/// <param name="position"></param>
void DrawLegend(InternalLabeler labeler, Vector2 position)
{
var offset = new Vector2(0, 15);
var currentFrame = _memoryMonitor.CurrentFrame;
DrawLegendItem(labeler, position, LabelName.Gen0Label, LabelName.Gen0, "Gen0", currentFrame.Gen0CollectionCount, FlatTheme.Emerald);
position += offset;
DrawLegendItem(labeler, position, LabelName.Gen1Label, LabelName.Gen1, "Gen1", currentFrame.Gen1CollectionCount, FlatTheme.Carrot);
position += offset;
DrawLegendItem(labeler, position, LabelName.Gen2Label, LabelName.Gen2, "Gen2", currentFrame.Gen2CollectionCount, FlatTheme.Pomegrantate);
position += offset;
DrawLegendItem(labeler, position, LabelName.XboxLabel, LabelName.Xbox, "Xbox", _memoryMonitor.Xbox360CollectionCount, FlatTheme.Silver);
}
void PlotTickMemoryGraph(InternalLabeler labeler, float graphWidth)
{
_plot.Sampler.Values.Clear();
_plot.Position = new Vector2(Position.X + LegendWidth, Position.Y);
_plot.Size = new Vector2(graphWidth, Size.Y);
var i = 0;
var id = _memoryMonitor.FrameId;
while (i < MemoryMonitor.MaxFrames)
{
id++;
if (id == MemoryMonitor.MaxFrames)
{
id = 0;
}
//Display Kilobytes per tick
_plot.Sampler.Values.Enqueue(_memoryMonitor.Frames[id].TickMemoryBytes / 1024.0f);
i++;
}
labeler.ShowLabel(LabelName.MinYAxis, Position + new Vector2(2 + LegendWidth, Size.Y - 12), "0", Color.White);
_stringBuilder.SetText(_maxTotalYScaleMb).Append(" MB");
labeler.ShowLabelEx(LabelName.MaxYAxis, Position + new Vector2(2 + LegendWidth, 0), _stringBuilder, Color.White);
float actualmin, actualmax;
_plot.Sampler.GetLimits(out actualmin, out actualmax);
var min = _plot.Min = _plot.Min + (actualmin - _plot.Min) * 0.3f;
var max = _plot.Max = _plot.Max + (actualmax - _plot.Max) * 0.3f;
GearsetResources.Console.Plotter.PlotGraph(_plot, _memoryMonitor.LineDrawer, labeler, MemoryMonitor.MaxFrames, min, max, _plot.Position, _plot.Size, actualmin, actualmax, Size.X - LegendWidth - 40.0f);
}
internal void Draw(InternalLabeler labeler, ProfilerManager.FrameLog frameLog)
{
if (GearsetResources.CurrentRenderPass != RenderPass.BasicEffectPass)
{
return;
}
if (frameLog == null || Visible == false || Config.PerformanceGraphConfig.VisibleLevelsFlags == 0)
{
labeler.HideLabel("__performanceGraph");
return;
}
DrawBorderLines(Color.Gray, Profiler.LineDrawer);
GearsetResources.Console.SolidBoxDrawer.ShowGradientBoxOnce(Position, Position + Size, new Color(56, 56, 56, 150), new Color(16, 16, 16, 127));
if (ScaleNob.IsMouseOver)
{
ScaleNob.DrawBorderLines(Color.Gray);
}
labeler.ShowLabel("__performanceGraph", Position + new Vector2(0, -12), "Performance Graph");
FrameCounter++;
if (FrameCounter > SkipFrames)
{
FrameCounter = 0;
//If the frame buffer has capacity will just create a new one; otherwise we'll pop the oldest off and use that.
Frame frame;
if (_frames.Count == MaxFrames)
{
frame = _frames.Dequeue();
frame.TimingInfos.Clear();
}
else
{
frame = new Frame();
}
_frames.Enqueue(frame);
//Populate the frame metrics
for (var barId = 0; barId < frameLog.Levels.Length; barId++)
{
var bar = frameLog.Levels[barId];
for (var j = 0; j < bar.MarkCount; ++j)
{
frame.TimingInfos.Add(new TimingInfo(
barId,
bar.Markers[j].BeginTime,
bar.Markers[j].EndTime,
bar.Markers[j].Color));
}
}
}
const float frameSpan = 1.0f / 60.0f * 1000f;
var msToPs = Height / frameSpan;
//Only render the actual number of frames we are capturing - we may have space for e.g. 120 (2 seconds) but the user is only viewing 60 (1 second)
var barWidth = Width / DisplayedFrameCount;
var graphFloor = Position.Y + Size.Y;
var position = new Vector2(Position.X, graphFloor);
var s = new Vector2(barWidth, msToPs);
//Set a pointer to the first frame to renders
var frameId = MaxFrames - DisplayedFrameCount;
foreach (var frame in _frames)
{
//Bail when we have drawn enough
if (frameId >= MaxFrames)
{
break;
}
frameId++;
foreach (var timeInfo in frame.TimingInfos)
{
if (IsVisibleLevelsFlagSet(timeInfo.Level) == false)
{
continue;
}
var durationMilliseconds = timeInfo.EndMilliseconds - timeInfo.StartMilliseconds;
if (durationMilliseconds <= 0)
{
continue;
}
s.Y = -durationMilliseconds * msToPs;
position.Y = graphFloor - (timeInfo.StartMilliseconds * msToPs);
Profiler.TempBoxDrawer.ShowGradientBoxOnce(position, position + s, timeInfo.Color, timeInfo.Color);
}
position.X += barWidth;
}
}
internal void Draw(InternalLabeler labeler, Profiler.FrameLog frameLog)
{
if (Visible == false || Config.ProfilerSummaryConfig.VisibleLevelsFlags == 0) {
labeler.HideLabel("__profilerSummary");
return;
}
var font = GearsetResources.Font;
// Generate log string.
_logString.Length = 0;
_logStringTimings.Length = 0;
foreach (var markerInfo in Profiler.Markers) {
for (var i = 0; i < Profiler.MaxLevels; ++i) {
if (!markerInfo.Logs[i].Initialized)
continue;
if (Levels[i].Enabled == false)
continue;
if (_logString.Length > 0) {
_logString.Append("\n");
_logStringTimings.Append("\n");
}
_logString.Append(" Level ");
_logString.AppendNumber(i);
_logString.Append(" ");
//Indent!
for (var x = 0; x < i; x++)
_logString.Append("--");
_logString.Append(markerInfo.Name);
//_logStringTimings.Append(" Avg.:");
_logStringTimings.AppendNumber(markerInfo.Logs[i].SnapAvg);
_logStringTimings.Append(" ms ");
}
}
var namesSize = font.MeasureString(_logString);
var timingsSize = font.MeasureString(_logStringTimings);
Size = namesSize + new Vector2(timingsSize.X, 0) + new Vector2(Padding * 5, Padding * 2);
if (GearsetResources.CurrentRenderPass == RenderPass.BasicEffectPass) {
DrawBorderLines(Color.Gray);
GearsetResources.Console.SolidBoxDrawer.ShowGradientBoxOnce(Position, Position + Size, new Color(56, 56, 56, 150), new Color(16, 16, 16, 127));
//Fixed size based on summary contrents
//if (ScaleNob.IsMouseOver)
// ScaleNob.DrawBorderLines(Color.Gray);
labeler.ShowLabel("__profilerSummary", Position + new Vector2(0, -12), "Profiler Summary");
// Draw log color boxes.
var position = Position;
position += new Vector2(Padding);
foreach (var markerInfo in Profiler.Markers) {
for (var i = 0; i < Profiler.MaxLevels; ++i) {
if (Levels[i].Enabled == false)
continue;
if (markerInfo.Logs[i].Initialized == false)
continue;
Profiler.TempBoxDrawer.ShowGradientBoxOnce(position, position + new Vector2(10), markerInfo.Logs[i].Color, markerInfo.Logs[i].Color);
position.Y += font.LineSpacing;
}
}
}
if (GearsetResources.CurrentRenderPass == RenderPass.SpriteBatchPass) {
// Draw log string.
var position = Position;
position += new Vector2(Padding * 3, Padding);
GearsetResources.SpriteBatch.DrawString(font, _logString, position, new Color(180, 180, 180));
position = Position;
position += new Vector2(namesSize.X + (Padding * 5), Padding);
GearsetResources.SpriteBatch.DrawString(font, _logStringTimings, position, new Color(220, 220, 220));
}
}
internal void Draw(InternalLabeler labeler, Profiler.FrameLog frameLog)
{
if (GearsetResources.CurrentRenderPass != RenderPass.BasicEffectPass)
return;
if (Visible == false || Config.PerformanceGraphConfig.VisibleLevelsFlags == 0) {
labeler.HideLabel("__performanceGraph");
return;
}
DrawBorderLines(Color.Gray);
GearsetResources.Console.SolidBoxDrawer.ShowGradientBoxOnce(Position, Position + Size, new Color(56, 56, 56, 150), new Color(16, 16, 16, 127));
if (ScaleNob.IsMouseOver)
ScaleNob.DrawBorderLines(Color.Gray);
labeler.ShowLabel("__performanceGraph", Position + new Vector2(0, -12), "Performance Graph");
_frameCounter++;
if (_frameCounter > SkipFrames) {
_frameCounter = 0;
//If the frame buffer has capacity will just create a new one; otherwise we'll pop the oldest off and use that.
Frame frame;
if (_frames.Count == MaxFrames) {
frame = _frames.Dequeue();
frame.TimingInfos.Clear();
}
else
frame = new Frame();
_frames.Enqueue(frame);
//Populate the frame metrics
for (var barId = 0; barId < frameLog.Levels.Length; barId++) {
var bar = frameLog.Levels[barId];
for (var j = 0; j < bar.MarkCount; ++j) {
frame.TimingInfos.Add(new TimingInfo(
barId,
bar.Markers[j].BeginTime,
bar.Markers[j].EndTime,
bar.Markers[j].Color));
}
}
}
const float frameSpan = 1.0f / 60.0f * 1000f;
var msToPs = Height / frameSpan;
//Only render the actual number of frames we are capturing - we may have space for e.g. 120 (2 seconds) but the user is only viewing 60 (1 second)
var barWidth = Width / DisplayedFrameCount;
var graphFloor = Position.Y + Size.Y;
var position = new Vector2(Position.X, graphFloor);
var s = new Vector2(barWidth, msToPs);
//Set a pointer to the first frame to renders
var frameId = MaxFrames - DisplayedFrameCount;
foreach (var frame in _frames) {
//Bail when we have drawn enough
if (frameId >= MaxFrames)
break;
frameId++;
foreach (var timeInfo in frame.TimingInfos) {
if (Levels[timeInfo.Level].Enabled == false)
continue;
var durationMilliseconds = timeInfo.EndMilliseconds - timeInfo.StartMilliseconds;
if (durationMilliseconds <= 0)
continue;
s.Y = -durationMilliseconds * msToPs;
position.Y = graphFloor - (timeInfo.StartMilliseconds * msToPs);
Profiler.TempBoxDrawer.ShowGradientBoxOnce(position, position + s, timeInfo.Color, timeInfo.Color);
}
position.X += barWidth;
}
}
internal void Draw(InternalLabeler labeler, ProfilerManager.FrameLog frameLog)
{
if (frameLog == null || Visible == false || Config.ProfilerSummaryConfig.VisibleLevelsFlags == 0)
{
labeler.HideLabel("__profilerSummary");
return;
}
var font = GearsetResources.Font;
// Generate log string.
_logString.Length = 0;
_logStringTimings.Length = 0;
foreach (var markerInfo in Profiler.Markers)
{
for (var i = 0; i < ProfilerManager.MaxLevels; ++i)
{
if (!markerInfo.Logs[i].Initialized)
{
continue;
}
if (IsVisibleLevelsFlagSet(i) == false)
{
continue;
}
if (_logString.Length > 0)
{
_logString.Append("\n");
_logStringTimings.Append("\n");
}
_logString.Append(" Level ");
_logString.AppendNumber(i);
_logString.Append(" ");
//Indent!
for (var x = 0; x < i; x++)
{
_logString.Append("--");
}
_logString.Append(markerInfo.Name);
//_logStringTimings.Append(" Avg.:");
_logStringTimings.AppendNumber(markerInfo.Logs[i].SnapAvg);
_logStringTimings.Append(" ms ");
}
}
var namesSize = font.MeasureString(_logString);
var timingsSize = font.MeasureString(_logStringTimings);
Size = namesSize + new Vector2(timingsSize.X, 0) + new Vector2(Padding * 5, Padding * 2);
if (GearsetResources.CurrentRenderPass == RenderPass.BasicEffectPass)
{
DrawBorderLines(Color.Gray, Profiler.LineDrawer);
GearsetResources.Console.SolidBoxDrawer.ShowGradientBoxOnce(Position, Position + Size, new Color(56, 56, 56, 150), new Color(16, 16, 16, 127));
//Fixed size based on summary contrents
//if (ScaleNob.IsMouseOver)
// ScaleNob.DrawBorderLines(Color.Gray);
labeler.ShowLabel("__profilerSummary", Position + new Vector2(0, -12), "Profiler Summary");
// Draw log color boxes.
var position = Position;
position += new Vector2(Padding);
foreach (var markerInfo in Profiler.Markers)
{
for (var i = 0; i < ProfilerManager.MaxLevels; ++i)
{
if (IsVisibleLevelsFlagSet(i) == false)
{
continue;
}
if (markerInfo.Logs[i].Initialized == false)
{
continue;
}
Profiler.TempBoxDrawer.ShowGradientBoxOnce(position, position + new Vector2(10), markerInfo.Logs[i].Color, markerInfo.Logs[i].Color);
position.Y += font.LineSpacing;
}
}
}
if (GearsetResources.CurrentRenderPass == RenderPass.SpriteBatchPass)
{
// Draw log string.
var position = Position;
position += new Vector2(Padding * 3, Padding);
GearsetResources.SpriteBatch.DrawString(font, _logString, position, new Color(180, 180, 180));
position = Position;
position += new Vector2(namesSize.X + (Padding * 5), Padding);
GearsetResources.SpriteBatch.DrawString(font, _logStringTimings, position, new Color(220, 220, 220));
}
}
