float MousePositionToTime(Event evt)
{
float width = m_ContentRect.width;
float time = Mathf.Max(evt.mousePosition.x / width * state.VisibleTimeSpan + state.MinVisibleTime, 0);
time = TimelineState.SnapToFrame(time, TimelineState.SnapMode.SnapToFrame);
return(time);
}
public TracingTimeline(State vsWindowState, IMGUIContainer imguiContainer)
{
m_VSWindowState = vsWindowState;
m_ImguiContainer = imguiContainer;
m_TimeArea = new TimeArea();
m_Overlay = new AnimEditorOverlay();
m_State = new TimelineState(m_TimeArea);
m_Overlay.state = m_State;
}
public void OnGUI(Rect timeRect)
{
// sync timeline and tracing toolbar state both ways
m_State.CurrentTime = TimelineState.FrameToTime(m_VSWindowState.currentTracingFrame);
if (EditorApplication.isPlaying && !EditorApplication.isPaused)
{
if (m_State.MaxVisibleTime < m_State.CurrentTime + k_MinTimeVisibleOnTheRight)
{
m_TimeArea.SetShownRange(m_State.CurrentTime + k_MinTimeVisibleOnTheRight - m_State.MaxVisibleTime);
}
}
m_Overlay.HandleEvents();
int timeChangedByTimeline = TimelineState.TimeToFrame(m_State.CurrentTime);
// force graph update
if (timeChangedByTimeline != m_VSWindowState.currentTracingFrame)
{
m_VSWindowState.currentTracingStep = -1;
}
m_VSWindowState.currentTracingFrame = timeChangedByTimeline;
// time scales
GUILayout.BeginArea(timeRect);
m_TimeArea.Draw(timeRect);
GUILayout.EndArea();
GUI.BeginGroup(timeRect);
DebuggerTracer.GraphTrace trace = DebuggerTracer.GetGraphData((m_VSWindowState?.AssetModel as Object)?.GetInstanceID() ?? -1, false);
var frameHasDataColor = new Color32(68, 192, 255, 255);
if (trace != null && trace.AllFrames.Count > 0)
{
float frameDeltaToPixel = m_TimeArea.FrameDeltaToPixel();
DebuggerTracer.FrameData first = trace.AllFrames[0];
DebuggerTracer.FrameData last = trace.AllFrames[trace.AllFrames.Count - 1];
float start = m_TimeArea.FrameToPixel(first.Frame);
float width = frameDeltaToPixel * Mathf.Max(last.Frame - first.Frame, 1);
EditorGUI.DrawRect(new Rect(start, k_FrameRectangleHeight, width, k_FrameRectangleWidth), frameHasDataColor);
}
// playing head
m_Overlay.OnGUI(timeRect, timeRect);
GUI.EndGroup();
}
public void OnGUI(Rect timeRect)
{
// sync timeline and tracing toolbar state both ways
m_State.CurrentTime = TimelineState.FrameToTime(m_VSWindowState.CurrentTracingFrame);
m_Overlay.HandleEvents();
int timeChangedByTimeline = TimelineState.TimeToFrame(m_State.CurrentTime);
// force graph update
if (timeChangedByTimeline != m_VSWindowState.CurrentTracingFrame)
{
m_VSWindowState.CurrentTracingStep = -1;
}
m_VSWindowState.CurrentTracingFrame = timeChangedByTimeline;
GUI.BeginGroup(timeRect);
var debugger = m_VSWindowState?.AssetModel?.GraphModel?.Stencil?.Debugger;
IGraphTrace trace = debugger?.GetGraphTrace(m_VSWindowState?.AssetModel?.GraphModel, m_VSWindowState.CurrentTracingTarget);
if (trace?.AllFrames != null && trace.AllFrames.Count > 0)
{
float frameDeltaToPixel = m_TimeArea.FrameDeltaToPixel();
int firstFrame = trace.AllFrames[0].Frame;
int lastFrame = trace.AllFrames[trace.AllFrames.Count - 1].Frame;
float start = m_TimeArea.FrameToPixel(firstFrame);
float width = frameDeltaToPixel * Mathf.Max(lastFrame - firstFrame, 1);
// draw active range
EditorGUI.DrawRect(new Rect(start,
timeRect.yMax - k_FrameRectangleHeight, width, k_FrameRectangleHeight), k_FrameHasDataColor);
// draw per-node active ranges
var framesPerNode = IndexFramesPerNode(m_VSWindowState?.AssetModel?.GraphModel, trace, firstFrame, lastFrame, m_VSWindowState.CurrentTracingTarget, out bool invalidated);
// while recording in unpaused playmode, adjust the timeline to show all data
// same if the cached data changed (eg. Load a trace dump)
if (EditorApplication.isPlaying && !EditorApplication.isPaused || invalidated)
{
m_TimeArea.SetShownRange(
firstFrame - k_MinTimeVisibleOnTheRight,
lastFrame + k_MinTimeVisibleOnTheRight);
}
if (framesPerNode != null)
{
INodeModel nodeModelSelected = m_VseGraphView.selection
.OfType <IHasGraphElementModel>()
.Select(x => x.GraphElementModel)
.OfType <INodeModel>()
.FirstOrDefault();
if (nodeModelSelected != null && framesPerNode.TryGetValue(nodeModelSelected.Guid, out HashSet <(int, int)> frames))
{
foreach ((int, int)frameInterval in frames)
{
float xStart = m_TimeArea.FrameToPixel(frameInterval.Item1);
float xEnd = m_TimeArea.FrameToPixel(frameInterval.Item2) - frameDeltaToPixel * 0.1f;
Rect rect = new Rect(
xStart,
timeRect.yMin,
xEnd - xStart,
timeRect.yMax);
EditorGUI.DrawRect(rect, k_FrameHasNodeColor);
}
}
}
}
GUI.EndGroup();
// time scales
GUILayout.BeginArea(timeRect);
m_TimeArea.Draw(timeRect);
GUILayout.EndArea();
// playing head
m_Overlay.OnGUI(timeRect, timeRect);
}
