private static void Prefix(ObstacleController __instance, ref VectorState?__state, ref float time, ObstacleData ____obstacleData,
ref Vector3 ____startPos, ref Vector3 ____midPos, ref Vector3 ____endPos, ref Quaternion ____worldRotation, ref Quaternion ____inverseWorldRotation)
{
if (____obstacleData is CustomObstacleData customData)
{
dynamic dynData = customData.customData;
Quaternion?rotation = GetWorldRotation(dynData, time);
if (rotation.HasValue)
{
____worldRotation = rotation.Value;
____inverseWorldRotation = Quaternion.Inverse(rotation.Value);
}
Quaternion?localRotation = GetLocalRotation(dynData, time);
__instance.transform.localRotation = ____worldRotation * localRotation.GetValueOrDefault(Quaternion.identity);
// fucky wucky
List <PositionData> positionData = Trees.at(dynData, "varPosition");
if (positionData != null)
{
Vector3 startPos = ____startPos;
Vector3 midPos = ____midPos;
Vector3 endPos = ____endPos;
float timeCopy = time;
IEnumerable <PositionData> truncatedPosition = positionData
.Where(n => n.time < timeCopy);
float movementTime = 0;
PositionData activePositionData = null;
foreach (PositionData pos in truncatedPosition)
{
if (pos.time + pos.duration < time)
{
if (!pos.relative)
{
movementTime += pos.duration;
}
____startPos += (pos.endPosition * _noteLinesDistance);
____midPos += (pos.endPosition * _noteLinesDistance);
____endPos += (pos.endPosition * _noteLinesDistance);
}
else
{
if (!pos.relative)
{
movementTime += time - pos.time;
}
activePositionData = pos;
}
}
__state = new VectorState(startPos, midPos, endPos, timeCopy, activePositionData);
time -= movementTime;
}
}
}
private static void Postfix(ref Vector3 __result, VectorState?__state, ref Vector3 ____startPos, ref Vector3 ____midPos, ref Vector3 ____endPos)
{
// variable position kinda wacky
if (__state.HasValue)
{
VectorState vectorState = __state.Value;
____startPos = vectorState.startPos;
____midPos = vectorState.midPos;
____endPos = vectorState.endPos;
PositionData pos = vectorState.activePositionData;
if (pos != null)
{
__result += Vector3.Lerp(pos.startPosition, pos.endPosition,
Easings.Interpolate((vectorState.time - pos.time) / pos.duration, pos.easing)) * _noteLinesDistance;
}
}
}
public void SetForce(VectorState input)
{
SetForce(input.state);
}
