public void ValidateRequestedPosition(Cycle cycle)
{
var requestedLocation = _utilities.ToMapLocation(cycle.MovementController.RequestedPosition);
// We only want to run logic against the cycle if it's potential new MovementController.HeadLocation has changed.
if (!cycle.MovementController.HeadLocation.SameAs(requestedLocation))
{
var newLocation = validateOutOfBounds(cycle.MovementController.HeadLocation, _utilities.ToMapLocation(cycle.MovementController.RequestedPosition));
newLocation = validateCycleCollisions(cycle.MovementController.HeadLocation, newLocation);
// If our new location is now different from our request location, we need to change the confirmation,
// otherwise we need to convert the newLocation to a position and confirm it that way.
if (requestedLocation.SameAs(newLocation))
{
cycle.MovementController.ConfirmPositionRequest();
}
else
{
cycle.MovementController.ConfirmPositionRequest(_utilities.ToPosition(newLocation, cycle.MovementController.Position.y));
}
}
else
{
// If our position request has not differed from our current head location then just confirm it
cycle.MovementController.ConfirmPositionRequest();
}
}
public void ValidateCollision(Cycle cycle)
{
var cycleLocation = _utilities.ToMapLocation(cycle.MovementController);
// Check if we're out of bounds
if (_utilities.OutOfBounds(cycleLocation))
{
cycle.HandleCollisionWith(null);
return;
}
long occupiedById = _map[cycleLocation];
if (occupiedById != 0 && occupiedById != -cycle.ID) // Check if we're colliding with something other than our head location
{
Cycle occupiedBy = _map.GetCycle(Math.Abs(occupiedById));
cycle.HandleCollisionWith(occupiedBy);
}
}
