public void SyncDataToObj(List <object> objs, float timeDiff)
{
lastPos = position;
currentFixedTime = 0;
DataConverter.ApplyFieldsToInstance(this, objs);
FlipSprite(leftDirection);
}
public void SyncDataToObj(List <object> objs, float timeDiff)
{
DataConverter.ApplyFieldsToInstance(this, objs);
// Set host when it is flagged
if (isHost)
{
MultiplayerManager.peerManager.SetHost(this);
}
}
public void SyncDataToObj(List <object> objs, float timeDiff)
{
prevPos = position;
prevRotation = rotation;
currentTime = 0;
DataConverter.ApplyFieldsToInstance(this, objs);
Vector2 curVelocity = (position - prevPos) / PhysicsManager.PHYSICS_UPDATE_INTERVAL;
float acceleration = curVelocity.magnitude - prevVelocity.magnitude;
// New position based on the time it took to calculate the physics on the host
Vector2 calculatedPos = position + curVelocity * (timeDiff * 2 + PhysicsManager.PHYSICS_UPDATE_INTERVAL);
// Caclulate how accruate the prediction needs to be for it to trigger a authoritive state change
accuracyValue = curVelocity.magnitude + 0.01f;
if (acceleration > -0.05f)
{
accuracyValue += Mathf.Clamp(accelerationThreshold - acceleration, 0, accelerationThreshold);
}
// Set the state change if the local state deviates too much from the host's state
if (Vector2.Distance(position, transform.position) > accuracyValue &&
Vector2.Distance(calculatedPos, transform.position) > accuracyValue
)
{
rb.MovePosition(Vector2.MoveTowards(position, transform.position, Time.fixedDeltaTime));
rb.velocity = velocity;
}
// Set rotation for static objects
if (Mathf.Abs(prevRotation - rotation) > accuracyValue)
{
transform.rotation = Quaternion.Euler(0, 0, rotation);
}
prevVelocity = curVelocity;
}
public void SyncDataToObj(List <object> objs, float timeDiff)
{
DataConverter.ApplyFieldsToInstance(this, objs);
}
// Recieve a projectile and sync it up based on the timediff
public void SyncDataToObj(List <object> objs, float timeDiff)
{
DataConverter.ApplyFieldsToInstance(this, objs);
position += direction * (speed * timeDiff);
SetTransform();
}
