public void StartDash()
{
_dashRoutine = _timerCoroutineFactory.CreateTimer(.5f);
_asyncTaskProcessor.Process(_dashRoutine, () =>
{
_dashRoutine = null;
});
}
void MovePlayer()
{
Vector3 movementDirection = GetMovementDirection();
if (_timerRoutine == null && _speedLevel < MaxSpeedLevel && movementDirection != Vector3.zero)
{
_timerRoutine = _timerCoroutineFactory.CreateTimer(_speedLevel + 1);
_asyncTaskProcessor.Process(_timerRoutine, () =>
{
_speedLevel++;
Log.Debug("Speedlevel: {0}", _speedLevel);
_timerRoutine = null;
});
}
if (movementDirection == Vector3.zero)
{
if (_walkingTimeout == null)
{
_walkingTimeout = _timerCoroutineFactory.CreateTimer(.25f);
_asyncTaskProcessor.Process(_walkingTimeout, () =>
{
_speedLevel = 1;
if (_asyncTaskProcessor.IsProcessing(_timerRoutine))
{
_asyncTaskProcessor.Cancel(_timerRoutine);
_timerRoutine = null;
_walkingTimeout = null;
}
});
}
}
else
{
if (_asyncTaskProcessor.IsProcessing(_walkingTimeout))
{
_asyncTaskProcessor.Cancel(_walkingTimeout);
_walkingTimeout = null;
}
}
//Also if we have a nonzero velocity lets have the mesh kinda rotated forward
//and bobbing as a little placeholder, more rotated per speed level
var velocity = movementDirection * (InitialSpeed + (_speedLevel * SpeedMultiplier));
//Set direction and speed
Rigidbody.velocity = Rigidbody.velocity
.SetX(velocity.x)
.SetZ(velocity.z);
}
