internal void Update(SortedBufferedDeletes @in)
{
numTerms += @in.numTerms;
bytesUsed += @in.bytesUsed;
terms.AddRange(@in.terms);
terms.Sort(ref sorter);
foreach (var term in @in.queries)
{
queries[term.Key] = term.Value;
}
docIDs.AddRange(@in.docIDs);
@in.Clear();
}
//public override void UpdateResource(GameTime gameTime)
//{
// //开采资源
// //if (this.nearResource.Count > 0)
// //{
// // float take = nearResource[resourceIndex].Exploit(10);
// // if (take < 10)
// // {
// // FindNewNaturalResource();
// // }
// // resourceBuffer += take;
// //}
// harvester.Update(gameTime);
//}
//public override bool CanProduceRBall()
//{
// return this.resourceBuffer > RulesTable.RBallProduceBall;
//}
////产生小球
//public override void ProduceBall()
//{
// this.battleField.CreateResourceBall(this);
// resourceBuffer -= RulesTable.RBallProduceBall;
//}
//周围资源资源
/// <summary>
/// Finds the nearby resources
/// </summary>
/// <param name="resList"></param>
public void FindResources(NaturalResource[] resList)
{
nearResource.Clear();
for (int i = 0; i < resList.Length; i++)
{
if (Type == CityType.Green)
{
if (resList[i].Type == NaturalResourceType.Wood)
{
ForestObject forest = (ForestObject)resList[i];
float d = Vector3.Distance(forest.ForestCenter, this.Position);
if (d < gatherDistance)
{
nearResource.Add(resList[i]);
}
}
}
else if (Type == CityType.Oil)
{
if (resList[i].Type == NaturalResourceType.Oil)
{
float d = Vector3.Distance(resList[i].Position, this.Position);
if (d < gatherDistance)
{
nearResource.Add(resList[i]);
}
}
}
}
if (Type == CityType.Green)
{
nearResource.Sort(CamparisionForest);
}
else
{
nearResource.Sort(Camparision);
}
}
public override void Update(GameTime time)
{
subElements.Sort(Comparision);
bool canInteract = true;
for (int i = 0; i < subElements.Count; i++)
{
subElements[i].Update(time);
if (canInteract && subElements[i].HitTest(MouseInput.X, MouseInput.Y))
{
subElements[i].UpdateInteract(time);
canInteract = false;
}
}
}
/// <inheritdoc/>
public bool UpdateChanges()
{
if (!HasChanged())
{
return(false);
}
sortedKeys.Clear();
sortedKeys.AddRange(KeyFrames.ToArray());
sortedKeys.Sort(this);
framesCount = KeyFrames.Count;
for (var i = 0; i < framesCount; i++)
{
KeyFrames[i].HasChanged = false;
}
return(true);
}
public override void DoLayout()
{
var sr = (ScoreBarRenderer)Renderer;
_infos.Sort((a, b) => a.Line.CompareTo(b.Line));
GhostParenthesisGlyph previousGlyph = null;
var sizePerLine = sr.GetScoreY(1);
for (int i = 0, j = _infos.Count; i < j; i++)
{
GhostParenthesisGlyph g;
if (!_infos[i].IsGhost)
{
previousGlyph = null;
}
else if (previousGlyph == null)
{
g = new GhostParenthesisGlyph(_isOpen);
g.Renderer = Renderer;
g.Y = sr.GetScoreY(_infos[i].Line) - sizePerLine;
g.Height = sizePerLine * 2;
g.DoLayout();
_glyphs.Add(g);
previousGlyph = g;
}
else
{
var y = sr.GetScoreY(_infos[i].Line) + sizePerLine;
previousGlyph.Height = y - previousGlyph.Y;
}
}
Width = _glyphs.Count > 0 ? _glyphs[0].Width : 0;
}
public override void DoLayout()
{
_infos.Sort((a, b) => a.Line.CompareTo(b.Line));
const int padding = 0; // Std.int(4 * getScale());
var displacedX = 0f;
var lastDisplaced = false;
var lastLine = 0;
var anyDisplaced = false;
var direction = Direction;
var w = 0f;
for (int i = 0, j = _infos.Count; i < j; i++)
{
var g = _infos[i].Glyph;
g.Renderer = Renderer;
g.DoLayout();
var displace = false;
if (i == 0)
{
displacedX = g.Width + padding;
}
else
{
// check if note needs to be repositioned
if (Math.Abs(lastLine - _infos[i].Line) <= 1)
{
// reposition if needed
if (!lastDisplaced)
{
displace = true;
g.X = displacedX - (Scale);
anyDisplaced = true;
lastDisplaced = true; // let next iteration know we are displace now
}
else
{
lastDisplaced = false; // let next iteration know that we weren't displaced now
}
}
else // offset is big enough? no displacing needed
{
lastDisplaced = false;
}
}
// for beat direction down we invert the displacement.
// this means: displaced is on the left side of the stem and not displaced is right
if (direction == BeamDirection.Down)
{
g.X = displace
? padding
: displacedX;
}
else
{
g.X = displace
? displacedX
: padding;
}
lastLine = _infos[i].Line;
w = Math.Max(w, g.X + g.Width);
}
if (anyDisplaced)
{
_noteHeadPadding = 0;
UpLineX = displacedX;
DownLineX = displacedX;
}
else
{
_noteHeadPadding = direction == BeamDirection.Down ? -displacedX : 0;
w += _noteHeadPadding;
UpLineX = w;
DownLineX = padding;
}
foreach (var effectKey in BeatEffects)
{
var effect = BeatEffects[effectKey];
effect.Renderer = Renderer;
effect.DoLayout();
}
if (Beat.IsTremolo)
{
int offset;
var baseNote = direction == BeamDirection.Up ? MinNote : MaxNote;
var tremoloX = direction == BeamDirection.Up ? displacedX : 0;
var speed = Beat.TremoloSpeed.Value;
switch (speed)
{
case Duration.ThirtySecond:
offset = direction == BeamDirection.Up ? -15 : 15;
break;
case Duration.Sixteenth:
offset = direction == BeamDirection.Up ? -12 : 15;
break;
case Duration.Eighth:
offset = direction == BeamDirection.Up ? -10 : 10;
break;
default:
offset = direction == BeamDirection.Up ? -10 : 15;
break;
}
_tremoloPicking = new TremoloPickingGlyph(tremoloX, baseNote.Glyph.Y + offset * Scale, Beat.TremoloSpeed.Value);
_tremoloPicking.Renderer = Renderer;
_tremoloPicking.DoLayout();
}
Width = w + padding;
}
public void LoadMidi(MidiFile midiFile)
{
_tempoChanges = new FastList <MidiFileSequencerTempoChange>();
// Combine all tracks into 1 track that is organized from lowest to highest absolute time
if (midiFile.Tracks.Length > 1 || midiFile.Tracks[0].EndTime == 0)
{
midiFile.CombineTracks();
}
_division = midiFile.Division;
_eventIndex = 0;
_currentTime = 0;
// build synth events.
_synthData = new FastList <SynthEvent>();
// Converts midi to milliseconds for easy sequencing
double bpm = 120;
var absTick = 0;
var absTime = 0.0;
var metronomeLength = 0;
var metronomeTick = 0;
var metronomeTime = 0.0;
for (int x = 0; x < midiFile.Tracks[0].MidiEvents.Length; x++)
{
var mEvent = midiFile.Tracks[0].MidiEvents[x];
var synthData = new SynthEvent(mEvent);
_synthData.Add(synthData);
absTick += mEvent.DeltaTime;
absTime += mEvent.DeltaTime * (60000.0 / (bpm * midiFile.Division));
synthData.Delta = absTime;
if (mEvent.Command == MidiEventTypeEnum.Meta && mEvent.Data1 == (int)MetaEventTypeEnum.Tempo)
{
var meta = (MetaNumberEvent)mEvent;
bpm = MidiHelper.MicroSecondsPerMinute / (double)meta.Value;
_tempoChanges.Add(new MidiFileSequencerTempoChange(bpm, absTick, (int)(absTime)));
}
else if (mEvent.Command == MidiEventTypeEnum.Meta && mEvent.Data1 == (int)MetaEventTypeEnum.TimeSignature)
{
var meta = (MetaDataEvent)mEvent;
var timeSignatureDenominator = (int)Math.Pow(2, meta.Data[1]);
metronomeLength = (int)(_division * (4.0 / timeSignatureDenominator));
}
else if (mEvent.Command == MidiEventTypeEnum.ProgramChange)
{
var channel = mEvent.Channel;
if (!_firstProgramEventPerChannel.ContainsKey(channel))
{
_firstProgramEventPerChannel[channel] = synthData;
}
}
if (metronomeLength > 0)
{
while (metronomeTick < absTick)
{
var metronome = SynthEvent.NewMetronomeEvent(metronomeLength);
_synthData.Add(metronome);
metronome.Delta = metronomeTime;
metronomeTick += metronomeLength;
metronomeTime += metronomeLength * (60000.0 / (bpm * midiFile.Division));
}
}
}
_synthData.Sort((a, b) => (int)(a.Delta - b.Delta));
_endTime = absTime;
EndTick = absTick;
}
private void DefaultSort(RenderContext context, FastList <RenderMesh> meshes)
{
// Sort based on ModelComponent.DrawOrder
meshes.Sort(ModelComponentSorter.Default);
}
private void UnlikelySortProperties(FastList <BlittableJsonDocumentBuilder.PropertyTag> properties)
{
_hasDuplicates = false;
var index = GetPropertiesHashedIndex(properties);
if (_cachedSorts[index] == null)
{
_cachedSorts[index] = new CachedSort();
}
_cachedSorts[index].Sorting.Clear();
for (int i = 0; i < properties.Count; i++)
{
_cachedSorts[index].Sorting.Add(new PropertyPosition
{
Property = properties[i].Property,
SortedPosition = -1
});
}
_cachedSorts[index].FinalCount = properties.Count;
properties.Sort(ref _sorter);
// The item comparison method has a side effect, which can modify the _hasDuplicates field.
// This can either be true or false at any given time.
if (_hasDuplicates)
{
// leave just the latest
for (int i = 0; i < properties.Count - 1; i++)
{
if (properties[i].Property.Equals(properties[i + 1].Property))
{
_cachedSorts[index].FinalCount--;
_cachedSorts[index].Sorting[i + 1] = new PropertyPosition
{
Property = properties[i + 1].Property,
// set it to the previous value, so it'll just overwrite
// this saves us a check and more complex code
SortedPosition = i
};
properties.RemoveAt(i + 1);
i--;
}
}
}
for (int i = 0; i < _cachedSorts[index].Sorting.Count; i++)
{
var propPos = _cachedSorts[index].Sorting[i];
propPos.SortedPosition = -1;
for (int j = 0; j < properties.Count; j++)
{
if (properties[j].Property == propPos.Property)
{
propPos.SortedPosition = j;
break;
}
}
}
}
/*
* -----------------------
* DrawCategories()
* -----------------------
*/
void DrawCategories(Event e)
{
// do any housework before we start drawing
if (moveQueued)
{
// make a temp copy
List <SoundFX> origSoundList = new List <SoundFX>(audioManager.soundGroupings[origGroup].soundList);
SoundFX temp = origSoundList[origIndex];
List <SoundFX> moveToSoundList = new List <SoundFX>(audioManager.soundGroupings[moveToGroup].soundList);
// add it to the move to group
moveToSoundList.Add(temp);
audioManager.soundGroupings[moveToGroup].soundList = moveToSoundList.ToArray();
// and finally, remove it from the original group
origSoundList.RemoveAt(origIndex);
audioManager.soundGroupings[origGroup].soundList = origSoundList.ToArray();
Debug.Log("> Moved '" + temp.name + "' from " + "'" + audioManager.soundGroupings[origGroup].name + "' to '" + audioManager.soundGroupings[moveToGroup].name);
MarkDirty();
moveQueued = false;
}
// switch to the next group
if (nextGroup > -1)
{
selectedGroup = nextGroup;
nextGroup = -1;
}
// add a sound
if (addSound)
{
List <SoundFX> soundList = new List <SoundFX>(audioManager.soundGroupings[selectedGroup].soundList);
SoundFX soundFX = new SoundFX();
soundFX.name = audioManager.soundGroupings[selectedGroup].name.ToLower() + "_new_unnamed_sound_fx";
soundList.Add(soundFX);
audioManager.soundGroupings[selectedGroup].soundList = soundList.ToArray();
MarkDirty();
addSound = false;
}
// sort the sounds
if (sortSounds)
{
List <SoundFX> soundList = new List <SoundFX>(audioManager.soundGroupings[selectedGroup].soundList);
soundList.Sort(delegate(SoundFX sfx1, SoundFX sfx2) { return(string.Compare(sfx1.name, sfx2.name)); });
audioManager.soundGroupings[selectedGroup].soundList = soundList.ToArray();
MarkDirty();
sortSounds = false;
}
// delete a sound
if (deleteSoundIdx > -1)
{
List <SoundFX> soundList = new List <SoundFX>(audioManager.soundGroupings[selectedGroup].soundList);
soundList.RemoveAt(deleteSoundIdx);
audioManager.soundGroupings[selectedGroup].soundList = soundList.ToArray();
MarkDirty();
deleteSoundIdx = -1;
}
// duplicate a sound
if (dupeSoundIdx > -1)
{
List <SoundFX> soundList = new List <SoundFX>(audioManager.soundGroupings[selectedGroup].soundList);
SoundFX origSoundFX = soundList[dupeSoundIdx];
// clone this soundFX
string json = JsonUtility.ToJson(origSoundFX);
SoundFX soundFX = JsonUtility.FromJson <SoundFX>(json);
soundFX.name += "_duplicated";
soundList.Insert(dupeSoundIdx + 1, soundFX);
audioManager.soundGroupings[selectedGroup].soundList = soundList.ToArray();
MarkDirty();
dupeSoundIdx = -1;
}
if (e.type == EventType.Repaint)
{
groups.Clear();
}
GUILayout.Space(6f);
Color defaultColor = GUI.contentColor;
BeginContents();
if (DrawHeader("Sound FX Groups", true))
{
EditorGUILayout.BeginVertical(GUI.skin.box);
soundGroups.Clear();
for (int i = 0; i < audioManager.soundGroupings.Length; i++)
{
soundGroups.Add(audioManager.soundGroupings[i]);
}
for (int i = 0; i < soundGroups.size; i++)
{
EditorGUILayout.BeginHorizontal();
{
if (i == selectedGroup)
{
GUI.contentColor = (i == editGroup) ? Color.white : Color.yellow;
}
else
{
GUI.contentColor = defaultColor;
}
if ((e.type == EventType.KeyDown) && ((e.keyCode == KeyCode.Return) || (e.keyCode == KeyCode.KeypadEnter)))
{
// toggle editing
if (editGroup >= 0)
{
editGroup = -1;
}
Event.current.Use();
}
if (i == editGroup)
{
soundGroups[i].name = GUILayout.TextField(soundGroups[i].name, GUILayout.MinWidth(Screen.width - 80f));
}
else
{
GUILayout.Label(soundGroups[i].name, (i == selectedGroup) ? EditorStyles.whiteLabel : EditorStyles.label, GUILayout.ExpandWidth(true));
}
GUILayout.FlexibleSpace();
if (GUILayout.Button(GUIContent.none, "OL Minus", GUILayout.Width(17f))) // minus button
{
if (EditorUtility.DisplayDialog("Delete '" + soundGroups[i].name + "'", "Are you sure you want to delete the selected sound group?", "Continue", "Cancel"))
{
soundGroups.RemoveAt(i);
MarkDirty();
}
}
}
EditorGUILayout.EndHorizontal();
// build a list of items
Rect lastRect = GUILayoutUtility.GetLastRect();
if (e.type == EventType.Repaint)
{
groups.Add(new ItemRect(i, lastRect, null));
}
if ((e.type == EventType.MouseDown) && lastRect.Contains(e.mousePosition))
{
if ((i != selectedGroup) || (e.clickCount == 2))
{
nextGroup = i;
if (e.clickCount == 2)
{
editGroup = i;
}
else if (editGroup != nextGroup)
{
editGroup = -1;
}
Repaint();
}
}
}
// add the final plus button
EditorGUILayout.BeginHorizontal();
GUILayout.FlexibleSpace();
if (GUILayout.Button(GUIContent.none, "OL Plus", GUILayout.Width(17f))) // plus button
{
soundGroups.Add(new SoundGroup("unnamed sound group"));
selectedGroup = editGroup = soundGroups.size - 1;
MarkDirty();
}
EditorGUILayout.EndHorizontal();
EditorGUILayout.EndVertical();
// reset the color
GUI.contentColor = defaultColor;
// the sort and import buttons
EditorGUILayout.BeginHorizontal();
GUILayout.FlexibleSpace();
if (GUILayout.Button("Sort", GUILayout.Width(70f)))
{
soundGroups.Sort(delegate(SoundGroup sg1, SoundGroup sg2) { return(string.Compare(sg1.name, sg2.name)); });
MarkDirty();
}
EditorGUILayout.EndHorizontal();
// draw a rect around the selected item
if ((selectedGroup >= 0) && (selectedGroup < groups.size))
{
EditorGUI.DrawRect(groups[selectedGroup].rect, new Color(1f, 1f, 1f, 0.06f));
}
// finally move the sound groups back into the audio manager
if (soundGroups.size > 0)
{
audioManager.soundGroupings = soundGroups.ToArray();
}
// calculate the drop area rect
if ((e.type == EventType.Repaint) && (groups.size > 0))
{
dropArea.x = groups[0].rect.x;
dropArea.y = groups[0].rect.y;
dropArea.width = groups[0].rect.width;
dropArea.height = (groups[groups.size - 1].rect.y - groups[0].rect.y) + groups[groups.size - 1].rect.height;
}
}
// draw the sound group properties now
DrawSoundGroupProperties();
EndContents();
EditorGUILayout.HelpBox("Create and delete sound groups by clicking + and - respectively. Double click to rename sound groups. Drag and drop sounds from below to the groups above to move them.", MessageType.Info);
}
public void LoadMidi(MidiFile midiFile)
{
_tempoChanges = new FastList <MidiFileSequencerTempoChange>();
_division = midiFile.Division;
_eventIndex = 0;
_currentTime = 0;
// build synth events.
_synthData = new FastList <SynthEvent>();
// Converts midi to milliseconds for easy sequencing
double bpm = 120;
var absTick = 0;
var absTime = 0.0;
var metronomeLength = 0;
var metronomeTick = 0;
var metronomeTime = 0.0;
var previousTick = 0;
foreach (var mEvent in midiFile.Events)
{
var synthData = new SynthEvent(_synthData.Count, mEvent);
_synthData.Add(synthData);
var deltaTick = mEvent.Tick - previousTick;
absTick += deltaTick;
absTime += deltaTick * (60000.0 / (bpm * midiFile.Division));
synthData.Time = absTime;
previousTick = mEvent.Tick;
if (mEvent.Command == MidiEventType.Meta && mEvent.Data1 == (int)MetaEventTypeEnum.Tempo)
{
var meta = (MetaNumberEvent)mEvent;
bpm = MidiHelper.MicroSecondsPerMinute / (double)meta.Value;
_tempoChanges.Add(new MidiFileSequencerTempoChange(bpm, absTick, (int)(absTime)));
}
else if (mEvent.Command == MidiEventType.Meta && mEvent.Data1 == (int)MetaEventTypeEnum.TimeSignature)
{
var meta = (MetaDataEvent)mEvent;
var timeSignatureDenominator = (int)Math.Pow(2, meta.Data[1]);
metronomeLength = (int)(_division * (4.0 / timeSignatureDenominator));
}
else if (mEvent.Command == MidiEventType.ProgramChange)
{
var channel = mEvent.Channel;
if (!_firstProgramEventPerChannel.ContainsKey(channel))
{
_firstProgramEventPerChannel[channel] = synthData;
}
}
if (metronomeLength > 0)
{
while (metronomeTick < absTick)
{
var metronome = SynthEvent.NewMetronomeEvent(_synthData.Count, metronomeLength);
_synthData.Add(metronome);
metronome.Time = metronomeTime;
metronomeTick += metronomeLength;
metronomeTime += metronomeLength * (60000.0 / (bpm * midiFile.Division));
}
}
}
_synthData.Sort((a, b) =>
{
if (a.Time > b.Time)
{
return(1);
}
else if (a.Time < b.Time)
{
return(-1);
}
return(a.EventIndex - b.EventIndex);
});
_endTime = absTime;
EndTick = absTick;
}
public override void DoLayout()
{
_infos.Sort((a, b) => a.Line.CompareTo(b.Line));
const int padding = 0; // Std.int(4 * getScale());
var displacedX = 0f;
var lastDisplaced = false;
var lastLine = 0;
var anyDisplaced = false;
var w = 0f;
for (int i = 0, j = _infos.Count; i < j; i++)
{
var g = _infos[i].Glyph;
g.Renderer = Renderer;
g.DoLayout();
g.X = padding;
if (i == 0)
{
displacedX = g.Width + padding;
}
else
{
// check if note needs to be repositioned
if (Math.Abs(lastLine - _infos[i].Line) <= 1)
{
// reposition if needed
if (!lastDisplaced)
{
g.X = displacedX - (Scale);
anyDisplaced = true;
lastDisplaced = true; // let next iteration know we are displace now
}
else
{
lastDisplaced = false; // let next iteration know that we weren't displaced now
}
}
else // offset is big enough? no displacing needed
{
lastDisplaced = false;
}
}
lastLine = _infos[i].Line;
w = Math.Max(w, g.X + g.Width);
}
if (anyDisplaced)
{
UpLineX = displacedX;
DownLineX = displacedX;
}
else
{
UpLineX = w;
DownLineX = padding;
}
Std.Foreach(BeatEffects.Values, e =>
{
e.Renderer = Renderer;
e.DoLayout();
});
if (Beat.IsTremolo)
{
var direction = BeamingHelper.Direction;
int offset;
var baseNote = direction == BeamDirection.Up ? MinNote : MaxNote;
var tremoloX = direction == BeamDirection.Up ? displacedX : 0;
if (Beat.TremoloSpeed != null)
{
var speed = Beat.TremoloSpeed.Value;
switch (speed)
{
case Duration.ThirtySecond:
offset = direction == BeamDirection.Up ? -15 : 10;
break;
case Duration.Sixteenth:
offset = direction == BeamDirection.Up ? -12 : 10;
break;
case Duration.Eighth:
offset = direction == BeamDirection.Up ? -10 : 10;
break;
default: offset = direction == BeamDirection.Up ? -15 : 15;
break;
}
}
else
{
offset = direction == BeamDirection.Up ? -15 : 15;
}
_tremoloPicking = new TremoloPickingGlyph(tremoloX, baseNote.Glyph.Y + offset * Scale, Beat.TremoloSpeed.Value);
_tremoloPicking.Renderer = Renderer;
_tremoloPicking.DoLayout();
}
Width = w + padding;
}
public override void DoLayout()
{
_infos.Sort((a, b) => b.Line.CompareTo(a.Line));
var displacedX = 0f;
var lastDisplaced = false;
var lastLine = 0;
var anyDisplaced = false;
var direction = Direction;
var w = 0f;
for (int i = 0, j = _infos.Count; i < j; i++)
{
var g = _infos[i].Glyph;
g.Renderer = Renderer;
g.DoLayout();
var displace = false;
if (i == 0)
{
displacedX = g.Width;
}
else
{
// check if note needs to be repositioned
if (Math.Abs(lastLine - _infos[i].Line) <= 1)
{
// reposition if needed
if (!lastDisplaced)
{
displace = true;
g.X = displacedX - (Scale);
anyDisplaced = true;
lastDisplaced = true; // let next iteration know we are displace now
}
else
{
lastDisplaced = false; // let next iteration know that we weren't displaced now
}
}
else // offset is big enough? no displacing needed
{
lastDisplaced = false;
}
}
// for beat direction down we invert the displacement.
// this means: displaced is on the left side of the stem and not displaced is right
if (direction == BeamDirection.Down)
{
g.X = displace
? 0
: displacedX;
}
else
{
g.X = displace
? displacedX
: 0;
}
g.X += NoteStartX;
lastLine = _infos[i].Line;
w = Math.Max(w, g.X + g.Width);
}
if (anyDisplaced)
{
_noteHeadPadding = 0;
UpLineX = displacedX;
DownLineX = displacedX;
}
else
{
_noteHeadPadding = direction == BeamDirection.Down ? -displacedX : 0;
w += _noteHeadPadding;
UpLineX = w;
DownLineX = 0;
}
DisplacedX = displacedX;
Width = w;
}
public override void Paint(float cx, float cy, ICanvas canvas)
{
// Draw note heads
var startNoteRenderer = Renderer.ScoreRenderer.Layout.GetRendererForBar <ScoreBarRenderer>(Renderer.Staff.StaveId, _beat.Voice.Bar);
var startX = cx + startNoteRenderer.X + startNoteRenderer.GetBeatX(_beat, BeatXPosition.MiddleNotes);
var endBeatX = cx + startNoteRenderer.X;
if (_beat.IsLastOfVoice)
{
endBeatX += startNoteRenderer.PostBeatGlyphsStart;
}
else
{
endBeatX += startNoteRenderer.GetBeatX(_beat.NextBeat, BeatXPosition.PreNotes);
}
endBeatX -= EndPadding * Scale;
var middleX = (startX + endBeatX) / 2;
if (_middleNoteGlyph != null)
{
_middleNoteGlyph.X = middleX - _middleNoteGlyph.NoteHeadOffset;
_middleNoteGlyph.Y = cy + startNoteRenderer.Y;
_middleNoteGlyph.Paint(0, 0, canvas);
}
if (_endNoteGlyph != null)
{
_endNoteGlyph.X = endBeatX - _endNoteGlyph.NoteHeadOffset;
_endNoteGlyph.Y = cy + startNoteRenderer.Y;
_endNoteGlyph.Paint(0, 0, canvas);
}
_notes.Sort((a, b) => b.DisplayValue - a.DisplayValue);
var directionBeat = _beat.GraceType == GraceType.BendGrace ? _beat.NextBeat : _beat;
var direction = _notes.Count == 1 ? GetBeamDirection(directionBeat, startNoteRenderer) : BeamDirection.Up;
// draw slurs
for (var i = 0; i < _notes.Count; i++)
{
var note = _notes[i];
if (i > 0 && i >= _notes.Count / 2)
{
direction = BeamDirection.Down;
}
var startY = cy + startNoteRenderer.Y + startNoteRenderer.GetNoteY(note, true);
var heightOffset = (NoteHeadGlyph.NoteHeadHeight * Scale * NoteHeadGlyph.GraceScale) * 0.5f;
if (direction == BeamDirection.Down)
{
startY += NoteHeadGlyph.NoteHeadHeight * Scale;
}
var slurText = note.BendStyle == BendStyle.Gradual ? "grad." : "";
if (note.IsTieOrigin)
{
var endNote = note.TieDestination;
var endNoteRenderer = endNote == null
? null
: Renderer.ScoreRenderer.Layout.GetRendererForBar <ScoreBarRenderer>(Renderer.Staff.StaveId,
endNote.Beat.Voice.Bar);
// if we have a line break we draw only a line until the end
if (endNoteRenderer == null || endNoteRenderer.Staff != startNoteRenderer.Staff)
{
var endX = cx + startNoteRenderer.X + startNoteRenderer.Width;
var noteValueToDraw = note.TieDestination.RealValue;
var accidental =
startNoteRenderer.AccidentalHelper.ApplyAccidentalForValue(note.Beat, noteValueToDraw, false);
var endY = cy + startNoteRenderer.Y +
startNoteRenderer.GetScoreY(
startNoteRenderer.AccidentalHelper.GetNoteLineForValue(noteValueToDraw));
if (note.BendType == BendType.Hold || note.BendType == BendType.Prebend)
{
TieGlyph.PaintTie(canvas, Scale, startX, startY, endX, endY,
direction == BeamDirection.Down);
canvas.Fill();
}
else
{
DrawBendSlur(canvas, startX, startY, endX, endY, direction == BeamDirection.Down, Scale,
slurText);
}
}
// otherwise we draw a line to the target note
else
{
var endX = cx + endNoteRenderer.X +
endNoteRenderer.GetBeatX(endNote.Beat, BeatXPosition.MiddleNotes);
var endY = cy + endNoteRenderer.Y + endNoteRenderer.GetNoteY(endNote, true);
if (direction == BeamDirection.Down)
{
endY += NoteHeadGlyph.NoteHeadHeight * Scale;
}
if (note.BendType == BendType.Hold || note.BendType == BendType.Prebend)
{
TieGlyph.PaintTie(canvas, Scale, startX, startY, endX, endY,
direction == BeamDirection.Down);
canvas.Fill();
}
else
{
DrawBendSlur(canvas, startX, startY, endX, endY, direction == BeamDirection.Down, Scale,
slurText);
}
}
switch (note.BendType)
{
case BendType.Prebend:
case BendType.PrebendBend:
case BendType.PrebendRelease:
var preX = cx + startNoteRenderer.X +
startNoteRenderer.GetBeatX(note.Beat, BeatXPosition.PreNotes);
preX += ((ScoreBeatPreNotesGlyph)startNoteRenderer.GetBeatContainer(note.Beat).PreNotes)
.PrebendNoteHeadOffset;
var preY = cy + startNoteRenderer.Y +
startNoteRenderer.GetScoreY(
startNoteRenderer.AccidentalHelper.GetNoteLineForValue(note.DisplayValue - note.BendPoints[0].Value / 2)) +
heightOffset;
DrawBendSlur(canvas, preX, preY, startX, startY, direction == BeamDirection.Down, Scale);
break;
}
}
else
{
if (direction == BeamDirection.Up)
{
heightOffset = -heightOffset;
}
int endValue;
float endY;
switch (note.BendType)
{
case BendType.Bend:
endValue = GetBendNoteValue(note, note.BendPoints[note.BendPoints.Count - 1]);
endY = _endNoteGlyph.GetNoteValueY(endValue) + heightOffset;
DrawBendSlur(canvas, startX, startY, endBeatX, endY, direction == BeamDirection.Down, Scale,
slurText);
break;
case BendType.BendRelease:
var middleValue = GetBendNoteValue(note, note.BendPoints[1]);
var middleY = _middleNoteGlyph.GetNoteValueY(middleValue) + heightOffset;
DrawBendSlur(canvas, startX, startY, middleX, middleY, direction == BeamDirection.Down,
Scale, slurText);
endValue = GetBendNoteValue(note, note.BendPoints[note.BendPoints.Count - 1]);
endY = _endNoteGlyph.GetNoteValueY(endValue) + heightOffset;
DrawBendSlur(canvas, middleX, middleY, endBeatX, endY, direction == BeamDirection.Down,
Scale, slurText);
break;
case BendType.Release:
if (_bendNoteHeads.Count > 0)
{
endValue = GetBendNoteValue(note, note.BendPoints[note.BendPoints.Count - 1]);
endY = _bendNoteHeads[0].GetNoteValueY(endValue) + heightOffset;
DrawBendSlur(canvas, startX, startY, endBeatX, endY, direction == BeamDirection.Down,
Scale, slurText);
}
break;
case BendType.Prebend:
case BendType.PrebendBend:
case BendType.PrebendRelease:
var preX = cx + startNoteRenderer.X +
startNoteRenderer.GetBeatX(note.Beat, BeatXPosition.PreNotes);
preX += ((ScoreBeatPreNotesGlyph)startNoteRenderer.GetBeatContainer(note.Beat).PreNotes)
.PrebendNoteHeadOffset;
var preY = cy + startNoteRenderer.Y +
startNoteRenderer.GetScoreY(
startNoteRenderer.AccidentalHelper.GetNoteLineForValue(note.DisplayValue - note.BendPoints[0].Value / 2)) +
heightOffset;
DrawBendSlur(canvas, preX, preY, startX, startY, direction == BeamDirection.Down, Scale);
if (_bendNoteHeads.Count > 0)
{
endValue = GetBendNoteValue(note, note.BendPoints[note.BendPoints.Count - 1]);
endY = _bendNoteHeads[0].GetNoteValueY(endValue) + heightOffset;
DrawBendSlur(canvas, startX, startY, endBeatX, endY, direction == BeamDirection.Down,
Scale, slurText);
}
break;
}
}
}
}
public override void DoLayout()
{
base.DoLayout();
var bendHeight = _maxBendValue * BendValueHeight * Scale;
Renderer.RegisterOverflowTop(bendHeight);
int value;
foreach (var note in _notes)
{
var renderPoints = _renderPoints[note.Id];
switch (note.BendType)
{
case BendType.Bend:
renderPoints[1].LineValue = note.IsTieOrigin ? _bendEndContinuedMinValue : _bendEndMinValue;
break;
case BendType.Release:
value = note.IsTieOrigin ? _releaseContinuedMinValue : _releaseMinValue;
if (value >= 0)
{
renderPoints[1].LineValue = value;
}
break;
case BendType.BendRelease:
renderPoints[1].LineValue = _bendMiddleMinValue;
value = note.IsTieOrigin ? _releaseContinuedMinValue : _releaseMinValue;
if (value >= 0)
{
renderPoints[2].LineValue = value;
}
break;
case BendType.Prebend:
renderPoints[0].LineValue = _preBendMinValue;
break;
case BendType.PrebendBend:
renderPoints[0].LineValue = _preBendMinValue;
renderPoints[1].LineValue = note.IsTieOrigin ? _bendEndContinuedMinValue : _bendEndMinValue;
break;
case BendType.PrebendRelease:
renderPoints[0].LineValue = _preBendMinValue;
value = note.IsTieOrigin ? _releaseContinuedMinValue : _releaseMinValue;
if (value >= 0)
{
renderPoints[1].LineValue = value;
}
break;
}
}
Width = 0;
_notes.Sort((a, b) =>
{
if (a.IsStringed)
{
return(a.String - b.String);
}
return(a.RealValue - b.RealValue);
});
}