public void ProcessMovement()
{
if (Actor != null && settings.isActive)
{
// Smooth input buffer.
#region Smooth input.
newInput = movement.Sum().x;
if (GetBufferSize(settings.inputSmooth) != smoothBuffer.bufferSize)
{
smoothBuffer = new ValueBuffer(GetBufferSize(settings.inputSmooth), true);
}
smoothBuffer.Add(newInput, 0, 0);
moved = smoothBuffer.Average().x;
#endregion
// Gain
if (moved > 0)
{
moved *= settings.gain.forward;
}
else
{
moved *= settings.gain.backward;
}
// Current position.
pos = Actor.transform.position;
newRot = Actor.transform.rotation;
#region No Path.
if (path == null)
{
pos[2] = pos[2] + (moved);
}
#endregion
#region With Path
else
{
float currentDist = path.path.GetClosestDistanceAlongPath(pos); // more dynamic.
float newDist = moved + currentDist;
// set path looping.
if (settings.loopPath)
{
endofPath = PathCreation.EndOfPathInstruction.Loop;
}
else
{
endofPath = PathCreation.EndOfPathInstruction.Stop;
}
// calculate position and heading.
pos = path.path.GetPointAtDistance(newDist, endofPath);
pathRot = path.path.GetRotationAtDistance(newDist, endofPath).eulerAngles;
pathRot[2] = 0;
newRot = Quaternion.Euler(pathRot);
}
#endregion
//update position.
if (Actor.isActive)
{
Actor.transform.position = pos;
Actor.transform.rotation = newRot;
}
}
// log.
if (settings.enableLogging && settings.isActive)
{
// Log raw input controller.
logMsg.name = name;
logMsg.move = (int)(movement.Sum().x * 1000);
logger.logFile.Log("Linear Controller", logMsg);
}
// Clear buffer.
movement.Clear();
}
public void SetPath(PathCreation.VertexPath newPath, PathCreation.EndOfPathInstruction eopi)
{
myPath = newPath;
myEndOfPathInstruction = eopi;
}
