public void CreateTarget(QNT_Timestamp time, TargetBehavior behavior, TargetHandType hand, Vector2?position = null)
{
if (!position.HasValue)
{
position = new Vector2(0, 0);
}
TargetData data = new TargetData();
data.x = position.Value.x;
data.y = position.Value.y;
data.handType = hand;
data.behavior = behavior;
data.SetTimeFromAction(time);
var action = new NRActionAddNote {
targetData = data
};
timeline.Tools.undoRedoManager.AddAction(action);
}
public static void CalculateChainNotes(TargetData parentData)
{
if (parentData.behavior != TargetBehavior.NR_Pathbuilder)
{
return;
}
if (parentData.pathBuilderData.createdNotes)
{
parentData.pathBuilderData.generatedNotes.ForEach(t => {
timeline.DeleteTargetFromAction(t);
});
parentData.pathBuilderData.createdNotes = false;
}
//No notes can be generated
if (parentData.beatLength.tick == 0)
{
return;
}
parentData.pathBuilderData.generatedNotes = new List <TargetData>();
foreach (TargetData data in parentData.pathBuilderData.parentNotes)
{
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
///////// WARNING! /////////
///////// Chainging this calculation breaks backwards compatibility with saves of older NotReaper versions! /////////
///////// Make sure to update NRCueData.Version, and handle an upgrade path! /////////
////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
//Generate first note at the start
TargetData firstData = new TargetData();
firstData.behavior = data.pathBuilderData.behavior;
firstData.velocity = data.pathBuilderData.velocity;
firstData.handType = data.pathBuilderData.handType;
//Force set the time, since these transient notes will get generated for all pathbuilders in repeaters
firstData.SetTimeFromAction(data.time);
firstData.position = data.position;
data.pathBuilderData.generatedNotes.Add(firstData);
//We increment as if all these values were for 1/4 notes over 4 beats, makes the ui much better
float quarterIncrConvert = (4.0f / data.pathBuilderData.interval) * (Constants.PulsesPerQuarterNote * 4.0f / data.beatLength.tick);
//Generate new notes
Vector2 currentPos = data.position;
Vector2 currentDir = new Vector2(Mathf.Sin(data.pathBuilderData.initialAngle * Mathf.Deg2Rad), Mathf.Cos(data.pathBuilderData.initialAngle * Mathf.Deg2Rad));
float currentAngle = (data.pathBuilderData.angle / 4) * quarterIncrConvert;
float currentStep = data.pathBuilderData.stepDistance * quarterIncrConvert;
TargetBehavior generatedBehavior = data.pathBuilderData.behavior;
if (generatedBehavior == TargetBehavior.ChainStart)
{
generatedBehavior = TargetBehavior.Chain;
}
TargetVelocity generatedVelocity = data.pathBuilderData.velocity;
if (generatedVelocity == TargetVelocity.ChainStart)
{
generatedVelocity = TargetVelocity.Chain;
}
for (int i = 1; i <= (data.beatLength.tick / (float)Constants.PulsesPerQuarterNote) * (data.pathBuilderData.interval / 4.0f); ++i)
{
currentPos += currentDir * currentStep;
currentDir = currentDir.Rotate(currentAngle);
currentAngle += (data.pathBuilderData.angleIncrement / 4) * quarterIncrConvert;
currentStep += data.pathBuilderData.stepIncrement * quarterIncrConvert;
TargetData newData = new TargetData();
newData.behavior = generatedBehavior;
newData.velocity = generatedVelocity;
newData.handType = data.pathBuilderData.handType;
//Force set the time, since these transient notes will get generated for all pathbuilders in repeaters
newData.SetTimeFromAction(data.time + QNT_Duration.FromBeatTime(i * (4.0f / data.pathBuilderData.interval)));
newData.position = currentPos;
data.pathBuilderData.generatedNotes.Add(newData);
}
}
parentData.pathBuilderData.OnFinishRecalculate();
}