// Update function, called once per frame. Records the current inputs, and
// occasionally physics + position data, to compensate for floating point drift.
public void Update(PlayerController playerBall, int timestamp)
{
InputControllers.BasePlayerController playerController = playerBall.inputController;
if (timestamp % positionRecordFrequencyInHz == 0)
{
Rigidbody rigidbody = playerBall.gameObject.GetComponent <Rigidbody>();
PositionDataEntry positionDataEntry = new PositionDataEntry(
timestamp,
rigidbody.position,
rigidbody.rotation,
rigidbody.velocity,
rigidbody.angularVelocity);
positionData.Add(positionDataEntry);
}
Vector2 playerInputVector = playerBall.inputController.GetInputVector();
if (previousPlayerInputVector != playerInputVector)
{
InputDataEntry inputDataEntry = new InputDataEntry(timestamp, playerInputVector);
inputData.Add(inputDataEntry);
previousPlayerInputVector = playerInputVector;
}
}
// Update function, called once per frame. Records the current inputs, and
// occasionally physics + position data, to compensate for floating point drift.
public void Update(PlayerController playerBall, int timestamp)
{
// Only record before maximum frames of position data has been recorded.
if (positionData.Count < maxRecords && inputData.Count < maxRecords)
{
InputControllers.BasePlayerController playerController = playerBall.inputController;
if (timestamp % positionRecordInterval == 0)
{
Rigidbody rigidbody = playerBall.gameObject.GetComponent <Rigidbody>();
PositionDataEntry positionDataEntry = new PositionDataEntry(
timestamp,
rigidbody.position,
rigidbody.rotation,
rigidbody.velocity,
rigidbody.angularVelocity);
positionData.Add(positionDataEntry);
}
Vector2 playerInputVector = playerBall.inputController.GetInputVector();
if (previousPlayerInputVector != playerInputVector)
{
InputDataEntry inputDataEntry = new InputDataEntry(timestamp, playerInputVector);
inputData.Add(inputDataEntry);
previousPlayerInputVector = playerInputVector;
}
}
}
