public void runUpdate(NodeClick click, UpdateType update)
{
switch (update)
{
case UpdateType.UpdatePart:
Updater.updatePartBounds(click.PartNode);
break;
case UpdateType.UpdateMeasuresAtAndAfter:
MeasureTreeNode first_node = click.getFirstMeasureNodeByPosition();
if (first_node == null)
{
return;
}
MeasureTreeNode prev_node = click.PartNode.getMeasureNodeAtPosition(first_node.getMeasure().Position.Index - 1);
List <MeasureTreeNode> to_update = click.PartNode.getMeasureNodesAtAndAfterPosition(first_node.getMeasure().Position.Index);
Updater.updateMeasureBoundsAtAndAfter(prev_node, to_update);
break;
case UpdateType.UpdateMeasure:
Updater.updateMeasureBounds(click.MeasureNodes.FirstOrDefault());
break;
case UpdateType.UpdateChord:
Updater.updateChordBounds(click.ChordNodes.FirstOrDefault());
Updater.updateDrawing(click.ChordNodes.FirstOrDefault());
break;
case UpdateType.RedrawPart:
Updater.updateRootDrawing();
break;
}
}
public static void barMeasure(MeasureTreeNode measure_node)
{
List <IChordBounds> chords = (from node in measure_node.Children
orderby(node as ChordTreeNode).getChord().Position.Index
select(node as ChordTreeNode).getBounds()).ToList();
TupleGroup current_group = null;
foreach (IChordBounds bounds in chords)
{
bounds.ChordTuple.readInLength(bounds.getChord().Length);
if (current_group == null && bounds.ChordTuple.HasTuple)
{
current_group = new TupleGroup(bounds.ChordTuple);
}
else if (current_group != null)
{
bool added = current_group.tryAddTuple(bounds.ChordTuple);
bool filled = current_group.checkForFilledTuple();
if (!added)
{
current_group = (bounds.ChordTuple.HasTuple) ? new TupleGroup(bounds.ChordTuple) : null;
}
else if (filled)
{
current_group = null;
}
}
}
}
public void updateMeasureBounds(MeasureTreeNode measure_node)
{
IBounds bounds = measure_node?.Bounds.getBoundsList().FirstOrDefault();
position.resetPositionToMeasureBeginning(bounds);
measure_node.updateBounds();
}
protected override void Tree_SelectedItemChanged(object sender, RoutedPropertyChangedEventArgs <object> e)
{
MeasureTreeNode node = e.NewValue as MeasureTreeNode;
m_IsReadyToSelection = node != null;
base.Tree_SelectedItemChanged(sender, e);
}
public static void barMeasure(MeasureTreeNode measure_node)
{
var barred_beats = genBeats(measure_node);
foreach (BarredBeat beat in barred_beats)
{
beat.barBeat();
}
}
protected override void TreeNode_MouseDoubleClick(object sender, CustomEventArgs <CustomTreeNode> e)
{
// Показатели будут конечными узлами. Двойной клик на них будет равнозначен выбору
MeasureTreeNode node = e.Args as MeasureTreeNode;
if (node != null)
{
Raise_ApplySelection();
}
}
public void updateMeasureBoundsAtAndAfter(MeasureTreeNode prev_measure_node, List <MeasureTreeNode> to_update)
{
IBounds bounds = prev_measure_node?.Bounds.getBoundsList().LastOrDefault();
position.resetPositionToMeasureEnd(bounds);
foreach (MeasureTreeNode measure in to_update)
{
measure.updateBounds();
}
}
public static List <BarredBeat> genBeats(MeasureTreeNode measure_node)
{
List <IChordBounds> chords = (from node in measure_node.Children
orderby(node as ChordTreeNode).getChord().Position.Index
select(node as ChordTreeNode).getBounds()).ToList();
int beat_length = (int)measure_node.getMeasure().TimeSignature.BeatType;
var beats = new List <BarredBeat>();
while (chords.Any())
{
beats.Add(new BarredBeat(beat_length, chords));
}
return(beats);
}
public MeasureProperties(MeasureTreeNode m, GuiCommandExecutor exec, NodeClick c)
: base(c, exec)
{
measure = m.getMeasure();
resetToDefault();
}
public static void rebarMeasure(MeasureTreeNode measure_node)
{
MeasureBarrer.barMeasure(measure_node);
TupletBarrer.barMeasure(measure_node);
measure_node?.refreshVisual();
}
