public void TestIntersect()
{
TimeNode tn;
TimeNode tn1 = new TimeNode ();
TimeNode tn2 = new TimeNode ();
tn1.Start = new Time (1000);
tn1.Stop = new Time (2000);
/* Lower out bounds */
tn2.Start = new Time (0);
tn2.Stop = new Time (1000);
Assert.IsNull (tn1.Intersect (tn2));
/* Upper out bounds */
tn2.Start = new Time (2000);
tn2.Stop = new Time (2100);
Assert.IsNull (tn1.Intersect (tn2));
/* Intersection */
tn2.Start = new Time (1500);
tn2.Stop = new Time (2400);
TimeNode tn3 = tn1.Intersect (tn2);
Assert.AreEqual (1500, tn3.Start.MSeconds);
Assert.AreEqual (2000, tn3.Stop.MSeconds);
}
protected virtual void OnTimeNodeChanged(TimeNode tNode, object val)
{
if (TimeNodeChanged != null)
{
TimeNodeChanged(tNode, val);
}
}
void HandleCameraDragged(MediaFile mediafile, TimeNode timenode)
{
// Start by pausing players
Pause();
// And update
HandleCameraUpdate(camerasTimeline.SelectedCamera);
}
protected virtual void OnTimeNodeChanged(TimeNode tNode, object val)
{
/* FIXME: Tricky, create a new handler for categories */
if (tNode is Play && val is Time)
{
if (tNode != selectedTimeNode)
{
OnPlaySelected((Play)tNode);
}
Time pos = (Time)val;
if (pos == tNode.Start)
{
player.UpdateSegmentStartTime(pos.MSeconds);
}
else
{
player.UpdateSegmentStopTime(pos.MSeconds);
}
}
else if (tNode is Category)
{
mainWindow.UpdateCategories(openedProject.Categories);
}
filter.Update();
}
private void EmitTimeNodeChanged(TimeNode tNode, object val)
{
if (TimeNodeChanged != null)
{
TimeNodeChanged(tNode, val);
}
}
protected void EmitTimeNodeChanged(TimeNode tNode)
{
if (TimeNodeChanged != null)
{
TimeNodeChanged(tNode, tNode.Name);
}
}
private static TimeProfile CreateDefaultProfile()
{
var result = new TimeProfile();
var wakeUpTime = new TimeNode(TimeSpan.FromHours(7));
wakeUpTime.Properties.Add(new NodeProperty(NodeProperty.Brightness, 20));
wakeUpTime.Properties.Add(new NodeProperty(NodeProperty.ColorTemperature, 3300));
result.Nodes.Add(wakeUpTime);
var morning = new TimeNode(TimeSpan.FromHours(8));
morning.Properties.Add(new NodeProperty(NodeProperty.Brightness, 80));
morning.Properties.Add(new NodeProperty(NodeProperty.ColorTemperature, 6500));
result.Nodes.Add(morning);
var srsModeOver = new TimeNode(TimeSpan.FromHours(17));
srsModeOver.Properties.Add(new NodeProperty(NodeProperty.Brightness, 80));
srsModeOver.Properties.Add(new NodeProperty(NodeProperty.ColorTemperature, 6500));
result.Nodes.Add(srsModeOver);
var afterDinner = new TimeNode(TimeSpan.FromHours(19));
afterDinner.Properties.Add(new NodeProperty(NodeProperty.Brightness, 40));
afterDinner.Properties.Add(new NodeProperty(NodeProperty.ColorTemperature, 5000));
result.Nodes.Add(afterDinner);
var bedTime = new TimeNode(TimeSpan.FromHours(22));
bedTime.Properties.Add(new NodeProperty(NodeProperty.Brightness, 20));
bedTime.Properties.Add(new NodeProperty(NodeProperty.ColorTemperature, 3300));
result.Nodes.Add(bedTime);
return result;
}
public void TestItNow()
{
var originalProfile = new TimeProfile
{
Name = "Test time profile"
};
var originalNode = new TimeNode(TimeSpan.FromHours(7));
originalNode.Properties.Add(new NodeProperty(NodeProperty.Brightness, 20));
originalNode.Properties.Add(new NodeProperty(NodeProperty.ColorTemperature, 3300));
originalProfile.Nodes.Add(originalNode);
var str = TimeProfileSerializer.Serialize(originalProfile);
Assert.IsNotNull(str);
var deserializedProfile = TimeProfileSerializer.Deserialize(str) as TimeProfile;
Assert.IsNotNull(deserializedProfile);
Assert.AreEqual(originalProfile.Name, deserializedProfile.Name);
Assert.AreEqual(originalProfile.Nodes.Count, deserializedProfile.Nodes.Count);
var deserializedNode = deserializedProfile.Nodes[0];
Assert.AreEqual(originalNode.TimeOfDay, deserializedNode.TimeOfDay);
var originalBrightnessProperty = originalNode.Properties.First(_ => _.Name == NodeProperty.Brightness);
var deserializedBrightnessProperty = deserializedNode.Properties.First(_ => _.Name == NodeProperty.Brightness);
Assert.AreEqual(originalBrightnessProperty.Name, deserializedBrightnessProperty.Name);
Assert.AreEqual(originalBrightnessProperty.Value, deserializedBrightnessProperty.Value);
var originalColorTemperatureProperty = originalNode.Properties.First(_ => _.Name == NodeProperty.Brightness);
var deserializedColorTemperatureProperty = deserializedNode.Properties.First(_ => _.Name == NodeProperty.Brightness);
Assert.AreEqual(originalColorTemperatureProperty.Name, deserializedColorTemperatureProperty.Name);
Assert.AreEqual(originalColorTemperatureProperty.Value, deserializedColorTemperatureProperty.Value);
}
public void EmitTimeNodeChanged(TimeNode tn, Time time)
{
if (TimeNodeChanged != null)
{
TimeNodeChanged(tn, time);
}
}
private void BindEvents(MainWindow mainWindow, PlayerBin player)
{
/* Track loaded element */
mainWindow.PlaySelectedEvent += (p) => { selectedTimeNode = p; };
player.SegmentClosedEvent += () => { selectedTimeNode = null; };
/* Handle New/Open/Save playlist */
mainWindow.OpenPlaylistEvent += OnOpenPlaylist;
mainWindow.NewPlaylistEvent += OnNewPlaylist;
mainWindow.SavePlaylistEvent += OnSavePlaylist;
/* Handle Add/Select/Rate events from other widgets */
mainWindow.PlayListNodeAddedEvent += OnPlayListNodeAdded;
mainWindow.PlayListNodeSelectedEvent += LoadPlaylistPlay;
mainWindow.ApplyRateEvent += (p) => { p.Rate = player.Rate; };
/* Handle Next/Prev from the player */
player.Next += () => { Next(); };
player.Prev += () => {
if (selectedTimeNode is PlayListPlay)
{
Prev();
}
};
}
public void AddEvent(float time, TimeNode.Method timeEvent, bool continuity)
{
TimeNode t = new TimeNode(time, timeEvent, continuity);
t.Id = TimeNodeList.Count;
TimeNodeList.Add(t);
}
protected override void SelectionMoved(Selection sel)
{
if (sel.Drawable is CameraObject)
{
if (CameraDragged != null)
{
CameraObject co = sel.Drawable as CameraObject;
// Adjust offset
co.MediaFile.Offset = new Time(-co.TimeNode.Start.MSeconds);
// And notify
CameraDragged(co.MediaFile, co.TimeNode);
}
}
else
{
if (TimeNodeChanged != null)
{
Time moveTime;
TimeNode tn = (sel.Drawable as TimeNodeObject).TimeNode;
if (sel.Position == SelectionPosition.Right)
{
moveTime = tn.Stop;
}
else
{
moveTime = tn.Start;
}
TimeNodeChanged(tn, moveTime);
}
}
}
void HandleTimeNodeChanged(TimeNode tn, object val)
{
if (TimeNodeChanged != null)
{
TimeNodeChanged(tn, val);
}
}
private void LoadPlaylistPlay(PlayListPlay play)
{
StartClock();
player.SetPlayListElement(play.MediaFile.FilePath, play.Start.MSeconds,
play.Stop.MSeconds, play.Rate, playlist.HasNext());
selectedTimeNode = play;
}
/// <summary>
/// Update logic
/// </summary>
public override void update()
{
CswNbtMetaDataNodeType TimeNT = _CswNbtSchemaModTrnsctn.MetaData.getNodeType( "Unit (Time)" );
if( null != TimeNT )
{
foreach( CswNbtObjClassUnitOfMeasure TimeNode in TimeNT.getNodes( false, false ) )
{
if( "Months" == TimeNode.Name.Text )
{
//According to Google, 1 month = 30.4368 days (based on averages, I'm assuming)
TimeNode.ConversionFactor.Base = 3.285496;
TimeNode.ConversionFactor.Exponent = -2;
TimeNode.postChanges( false );
}
}
}
CswNbtMetaDataObjectClass MaterialOc = _CswNbtSchemaModTrnsctn.MetaData.getObjectClass( NbtObjectClass.MaterialClass );
foreach( CswNbtMetaDataNodeType MaterialNt in MaterialOc.getNodeTypes() )
{
CswNbtMetaDataNodeTypeProp SpecificGravityNtp = MaterialNt.getNodeTypePropByObjectClassProp( CswNbtObjClassMaterial.PropertyName.SpecificGravity );
if( null != SpecificGravityNtp )
{
SpecificGravityNtp.Attribute1 = CswConvert.ToDbVal( true ).ToString();
}
}
}
public void TestDuration()
{
TimeNode tn = new TimeNode ();
tn.Start = new Time (1000);
tn.Stop = new Time (2000);
Assert.AreEqual (tn.Duration, tn.Stop - tn.Start);
}
private void ConnectSignals()
{
/* Adding Handlers for each event */
/* Connect tagging related events */
mainWindow.NewTagEvent += OnNewTag;
mainWindow.NewTagStartEvent += OnNewPlayStart;
mainWindow.NewTagStopEvent += OnNewPlayStop;
mainWindow.NewTagAtFrameEvent += OnNewTagAtFrame;
mainWindow.TimeNodeChanged += OnTimeNodeChanged;
mainWindow.PlaysDeletedEvent += OnPlaysDeleted;
mainWindow.PlaySelectedEvent += OnPlaySelected;
/* Connect playlist events */
mainWindow.PlayListNodeSelectedEvent += (tn) => { selectedTimeNode = tn; };
/* Connect tags events */
mainWindow.TagPlayEvent += OnTagPlay;
/* Connect SnapshotSeries events */
mainWindow.SnapshotSeriesEvent += OnSnapshotSeries;
/* Connect player events */
player.Prev += OnPrev;
player.SegmentClosedEvent += OnSegmentClosedEvent;
player.DrawFrame += OnDrawFrame;
}
public TimeNode getParallelNode()
{
int dist = 0;
TimeNode tempNode = this;
while (!tempNode.isHead())
{
tempNode = tempNode.parent;
dist++;
}
if (tempNode.parent == null)
{
return(null);
}
else
{
tempNode = tempNode.parent;
dist++;
while (dist > 0)
{
tempNode = tempNode.child;
if (tempNode == null)
{
return(null);
}
}
return(tempNode);
}
}
protected void EmitTimeNodeChanged(TimeNode tn, object o)
{
if (TimeNodeChanged != null)
{
TimeNodeChanged(tn, o);
}
}
private void _DiscoverIntentsFromEffects()
{
// For each effect in the in-effect list for the context...
//Parallel.ForEach(_currentEffects, effectNode =>
foreach (var effectNode in CurrentEffects)
{
var layer = GetLayerForNode(effectNode);
TimeSpan effectRelativeTime = _currentTime - effectNode.StartTime;
EffectIntents effectIntents = effectNode.Effect.Render();
if (effectIntents == null)
{
continue;
}
foreach (var effectIntent in effectIntents)
{
foreach (IIntentNode intentNode in effectIntent.Value)
{
if (TimeNode.IntersectsInclusively(intentNode, effectRelativeTime))
{
IIntentState intentState = intentNode.CreateIntentState(effectRelativeTime - intentNode.StartTime,
layer);
_elementStateBuilder.AddElementState(effectIntent.Key, intentState);
}
}
}
}
}
public TimeNodeView(TimeNode underlyingNode)
{
UnderlyingNode = underlyingNode;
CopyFrom(underlyingNode);
PropertyChanged += TimeNodeView_PropertyChanged;
}
override protected bool OnButtonPressEvent(Gdk.EventButton evnt)
{
TreePath[] paths = Selection.GetSelectedRows();
if (Misc.RightButtonClicked(evnt))
{
// We don't want to unselect the play when several
// plays are selected and we clik the right button
// For multiedition
if (paths.Length <= 1)
{
base.OnButtonPressEvent(evnt);
paths = Selection.GetSelectedRows();
}
if (paths.Length == 1)
{
TimeNode selectedTimeNode = GetValueFromPath(paths [0]) as TimeNode;
if (selectedTimeNode is TimelineEvent)
{
ShowMenu();
}
}
else if (paths.Length > 1)
{
ShowMenu();
}
}
else
{
GetPathAtPos((int)evnt.X, (int)evnt.Y, out pathClicked);
base.OnButtonPressEvent(evnt);
}
return(true);
}
public void TestIntersect()
{
TimeNode tn;
TimeNode tn1 = new TimeNode();
TimeNode tn2 = new TimeNode();
tn1.Start = new Time(1000);
tn1.Stop = new Time(2000);
/* Lower out bounds */
tn2.Start = new Time(0);
tn2.Stop = new Time(1000);
Assert.IsNull(tn1.Intersect(tn2));
/* Upper out bounds */
tn2.Start = new Time(2000);
tn2.Stop = new Time(2100);
Assert.IsNull(tn1.Intersect(tn2));
/* Intersection */
tn2.Start = new Time(1500);
tn2.Stop = new Time(2400);
TimeNode tn3 = tn1.Intersect(tn2);
Assert.AreEqual(1500, tn3.Start.MSeconds);
Assert.AreEqual(2000, tn3.Stop.MSeconds);
}
public void TestDuration()
{
TimeNode tn = new TimeNode();
tn.Start = new Time(1000);
tn.Stop = new Time(2000);
Assert.AreEqual(tn.Duration, tn.Stop - tn.Start);
}
void HandlePlayChanged(TimeNode tNode, Time time)
{
if (tNode is TimelineEvent)
{
LoadPlay(tNode as TimelineEvent, time, false);
filter.Update();
}
}
public void UpdateSelectedPlay(Play play)
{
selectedTimeNode = play;
timeline.SelectedTimeNode = play;
postagger.LoadPlay(play, false);
SetTagsBoxVisibility(true);
notes.Play = play;
}
/// <summary>
/// Periods segments have moved, adjust main camera position to segment boundaries
/// </summary>
void HandleTimeNodeChanged(TimeNode tNode, object val)
{
Time time = val as Time;
Pause();
// Don't try to be accurate here. We are looking for period starts
Seek(time, false);
}
protected virtual void OnPlaySelected(Play play)
{
Log.Debug("Play selected: " + play);
selectedTimeNode = play;
player.SetStartStop(play.Start.MSeconds, play.Stop.MSeconds);
drawingManager.Play = play;
mainWindow.UpdateSelectedPlay(play);
}
internal DisposableWatch(WatchTree watchTree, TimeNode node)
{
_watchTree = watchTree;
_node = node;
_watchTree._watches.Push(this);
Start();
}
public TimeNodeObject(TimeNode node)
{
TimeNode = node;
SelectionMode = NodeSelectionMode.All;
DraggingMode = NodeDraggingMode.All;
LineColor = Config.Style.PaletteBackgroundLight;
Height = StyleConf.TimelineCategoryHeight;
StrictClipping = true;
}
public void RemoveNode(TimeNode node)
{
TimeNodeObject to;
to = nodes.FirstOrDefault(n => n.TimeNode == node);
if (to != null)
{
RemoveObject(to, true);
}
}
public void AddTimerNode(Timer timer, TimeNode tn)
{
TimerTimeline tl = Objects.OfType <TimerTimeline> ().FirstOrDefault(t => t.HasTimer(timer));
if (tl != null)
{
tl.AddTimeNode(timer, tn);
widget.ReDraw();
}
}
override protected bool OnButtonPressEvent(Gdk.EventButton evnt)
{
TreePath[] paths = Selection.GetSelectedRows();
if (Misc.RightButtonClicked(evnt))
{
// We don't want to unselect the play when several
// plays are selected and we clik the right button
// For multiedition
if (paths.Length <= 1)
{
base.OnButtonPressEvent(evnt);
paths = Selection.GetSelectedRows();
}
if (paths.Length == 1)
{
TimeNode selectedTimeNode = GetValueFromPath(paths [0]) as TimeNode;
if (selectedTimeNode != null)
{
ShowMenu();
}
else
{
EventType eventType = GetValueFromPath(paths [0]) as EventType;
SetupSortMenu(eventType.SortMethod);
categoriesMenu.Popup();
}
}
else if (paths.Length > 1)
{
ShowMenu();
}
return(true);
}
else if ((evnt.Type == Gdk.EventType.ButtonPress) && (evnt.Button == 1))
{
base.OnButtonPressEvent(evnt);
paths = Selection.GetSelectedRows();
if (paths.Length == 1 && GetValueFromPath(paths [0]) is EventType)
{
dragging = true;
catClicked = true;
dragStarted = false;
startX = (int)evnt.X;
startY = (int)evnt.Y;
}
return(true);
}
else
{
return(base.OnButtonPressEvent(evnt));
}
}
public void EmitTimeNodeStoppedEvent(TimeNode node, TimerButton btn, List <DashboardButton> from)
{
if (TimeNodeStoppedEvent != null)
{
if (from == null)
{
from = new List <DashboardButton> ();
}
TimeNodeStoppedEvent(node, btn, from);
}
}
public void TestJoin()
{
TimeNode tn;
TimeNode tn1 = new TimeNode ();
TimeNode tn2 = new TimeNode ();
tn1.Start = new Time (1000);
tn1.Stop = new Time (2000);
/* Lower outbound join */
tn2.Start = new Time (0);
tn2.Stop = new Time (900);
Assert.IsNull (tn1.Join (tn2));
/* Upper limit join */
tn2.Start = new Time (2100);
tn2.Stop = new Time (3000);
Assert.IsNull (tn1.Join (tn2));
/* Lower limit join */
tn2.Start = new Time (0);
tn2.Stop = new Time (1000);
tn = tn1.Join (tn2);
Assert.AreEqual (tn.Start, tn2.Start);
Assert.AreEqual (tn.Stop, tn1.Stop);
/* Upper limit join */
tn2.Start = new Time (2000);
tn2.Stop = new Time (2100);
tn = tn1.Join (tn2);
Assert.AreEqual (tn.Start, tn1.Start);
Assert.AreEqual (tn.Stop, tn2.Stop);
/* Upper Join */
tn2.Start = new Time (1900);
tn = tn1.Join (tn2);
Assert.AreEqual (tn.Start, tn1.Start);
Assert.AreEqual (tn.Stop, tn2.Stop);
/* Lower Join */
tn2.Start = new Time (500);
tn2.Stop = new Time (1500);
tn = tn1.Join (tn2);
Assert.AreEqual (tn.Start, tn2.Start);
Assert.AreEqual (tn.Stop, tn1.Stop);
/* Whole Join */
tn2.Start = new Time (500);
tn2.Stop = new Time (2500);
tn = tn1.Join (tn2);
Assert.AreEqual (tn.Start, tn2.Start);
Assert.AreEqual (tn.Stop, tn2.Stop);
}
public DisposableWatch Start(string name = "")
{
if (!Enabled)
return null;
CurrentDepth++;
CurrentNode = new TimeNode(CurrentNode, name);
CurrentNode.Parent?.Children.Add(CurrentNode);
if (CurrentDepth == 0)
_results.Add(DateTime.Now, CurrentNode);
return new DisposableWatch(this, CurrentNode);
}
public TimeNode[] GetTimeRates()
{
var res = new TimeNode[_removeButtons.Count];
for (int i = 0; i < _removeButtons.Count; ++i)
{
res[i] = new TimeNode();
res[i].dayNum = _dayComboBoxes[i].SelectedIndex;
res[i].hours = _timeControls[i].Value.Hour;
res[i].minutes = _timeControls[i].Value.Minute;
res[i].seconds = _timeControls[i].Value.Second;
res[i].rateNum = _rateComboBoxes[i].SelectedIndex;
res[i].everyDay = _everyDayCheckBoces[i].Checked;
}
return res;
}
public static object Interpolate(DateTime time, TimeNode currentNode, TimeNode nextNode, string propertyName)
{
var currentProperty = currentNode.Properties.First(prop => prop.Name == propertyName);
var nextProperty = nextNode.Properties.First(prop => prop.Name == propertyName);
var currentValue = currentProperty.Value;
var nextValue = nextProperty.Value;
if (currentValue == null) return null;
if (nextValue == null) return null;
if (currentValue.GetType() != nextValue.GetType()) return null;
var relTime = TimeUtil.GetRelativeTime(time);
var percentage = GetRelTimePercentage(relTime, currentNode.TimeOfDay, nextNode.TimeOfDay);
return Interpolate(currentValue, nextValue, percentage);
}
public bool Equal(TimeNode b)
{
return dayNum == b.dayNum && hours == b.hours && minutes == b.minutes && seconds == b.seconds &&
rateNum == b.rateNum && everyDay == b.everyDay;
}
public void TestMove()
{
TimeNode tn = new TimeNode ();
tn.Start = new Time (1000);
tn.EventTime = new Time (1500);
tn.Stop = new Time (2000);
tn.Move (new Time (100));
Assert.AreEqual (tn.Start.MSeconds, 1100);
Assert.AreEqual (tn.EventTime.MSeconds, 1600);
Assert.AreEqual (tn.Stop.MSeconds, 2100);
}
public void TestSerialization()
{
TimeNode tn = new TimeNode ();
Utils.CheckSerialization (tn);
tn.Start = new Time (1000);
tn.Stop = new Time (2000);
tn.Name = "Test";
tn.Rate = 2.0f;
Utils.CheckSerialization (tn);
TimeNode newtn = Utils.SerializeDeserialize (tn);
Assert.AreEqual (tn.Start, newtn.Start);
Assert.AreEqual (tn.Stop, newtn.Stop);
Assert.AreEqual (tn.Name, newtn.Name);
Assert.AreEqual (tn.Rate, newtn.Rate);
}
public void TestUpdateEventTime()
{
TimeNode tn = new TimeNode ();
tn.Start = new Time (1000);
tn.Stop = new Time (2000);
Assert.AreEqual (tn.EventTime, tn.Start);
tn.EventTime = new Time (1500);
Assert.AreEqual (tn.EventTime.MSeconds, 1500);
/* EventTime is updated to match the time node boundaries */
tn.Stop = new Time (1400);
Assert.AreEqual (tn.EventTime, tn.Stop);
tn.Start = new Time (1405);
Assert.AreEqual (tn.EventTime, tn.Start);
}
internal DisposableWatch(WatchTree watchTree, TimeNode node)
{
_watchTree = watchTree;
_node = node;
_watchTree._watches.Push(this);
Start();
}
public TimeNode(TimeNode parent, string name)
{
Parent = parent;
Name = name;
Children = new List<TimeNode>();
}
private void WriteSnapshotRecursive(TextWriter streamWriter, TimeNode node, int depth, ref int count)
{
count++;
string tabs = "";
for (int i = 0; i < depth; i++)
tabs += "\t";
streamWriter.WriteLine($"{count};{tabs}|-- {node.Name};{node.TimeSpan.TotalMilliseconds.ToString("F3")};{depth}");
foreach (TimeNode child in node.Children)
WriteSnapshotRecursive(streamWriter, child, depth + 1, ref count);
}