private void PrepareFirstMusicCue(MusicTreeAsset musicTree)
{
nextCueNode = musicTreeRuntime.SelectNextPatch();
double initTime = musicController.Init(nextCueNode.clip);
counter.UpdateClipVariables(initTime, musicTree.defaultBPM, musicController.Frequency);
}
private void OnNewNodePayingByPlayer(CueMusicTreeNode obj)
{
if (MusicTreeEditor != null)
{
MusicTreeEditor.Repaint();
}
}
public void SwitchCue(CueMusicTreeNode newCue)
{
UnityEngine.Debug.Log("started new cue");
PerformChecks(float.PositiveInfinity);
currentCue = newCue;
lastTime = float.NegativeInfinity;
}
private void OnCueSelected(CueMusicTreeNode cue, CachedMusicTreeNode owner)
{
if (SelectedCueChanged != null)
{
SelectedCueChanged(cue, owner);
}
}
public static float DurationInBeats(CueMusicTreeNode node, MusicTreeAsset tree)
{
int bpm = BPMFor(node, tree);
float result = node.clip.length / 60 * bpm;
result = RoundBeat(result);
return(result);
}
public NoteSheetEditor(CueMusicTreeNode cue, CachedMusicTreeNode cueOwner)
{
this.cue = cue;
this.cueOwner = cueOwner;
trackDrawers = new List <NoteTrackEditor>();
MusicTreeEditorManager.Instance.NoteTrackDefinitionsChanged += Instance_NoteTrackDefinitionsChanged;
UpdateTrackDrawers();
}
private void UpdateDrawer(CueMusicTreeNode cue, CachedMusicTreeNode owner)
{
if (drawer != null)
{
drawer.DataUpdated -= Drawer_DataUpdated;
drawer.OnReplaced();
}
drawer = new NoteSheetEditor(cue, owner);;
drawer.DataUpdated += Drawer_DataUpdated;
Repaint();
}
private void MusicController_OnNewClipStarted()
{
float bpm = MusicTreeNodeUtilities.BPMFor(nextCueNode, musicTree);
counter.UpdateClipVariables(musicController.CurrentClipStartDSPTme, bpm, musicController.Frequency);
checker.SwitchCue(nextCueNode);
if (NewNodePlaying != null)
{
NewNodePlaying(nextCueNode);
}
CurrentNode = nextCueNode;
}
private void MusicController_OnClipCloseToEnd()
{
try
{
nextCueNode = musicTreeRuntime.SelectNextPatch();
musicController.EnqueueClip(nextCueNode.clip);
}
catch (NoValidPatchToPlayException)
{
Debug.Log("No valid Patch to play");
throw;
}
}
public static float DurationInBeats(CueMusicTreeNode node, MusicTreeAsset tree)
{
int bpm = BPMFor(node, tree);
float result = node.clip == null ? 0 : node.clip.length / 60 * bpm;
float f = result % .25f;
result -= f;
if (f > .125)
{
result += .25f;
}
return(result);
}
public void Visit(CueMusicTreeNode n, CachedMusicTreeNode nContainer)
{
if (nContainer.ExecutionState == CachedMusicTreeNode.State.Running)
{
//If was already playing, it is assumed to be finished
nContainer.ExecutionState = CachedMusicTreeNode.State.Complete;
this.RunningLeaf = null;
}
else
{
nContainer.ExecutionState = CachedMusicTreeNode.State.Running;
this.RunningLeaf = n;
}
}
private void Manager_SelectedCueChanged(CueMusicTreeNode node, CachedMusicTreeNode owner)
{
UpdateDrawer(node, owner);
}
public static int BPMFor(CueMusicTreeNode node, MusicTreeAsset tree)
{
return(node.useCustomBPM ? node.customBPM : tree.defaultBPM);
}
public static CachedMusicTreeNode.State Execute(this CachedMusicTreeNode root, MusicTreeEnvironment env, out CueMusicTreeNode resultNode)
{
var visitor = new PlaybackStepNodeVisitor(env);
root.Accept(visitor);
resultNode = visitor.RunningLeaf;
return(root.ExecutionState);
}
