public TransitionInformation(InstructorContainer _container, int _priority, float _time, int _releasePriority)
{
m_Container = _container;
m_Priority = _priority;
m_Time = _time;
m_ReleasePriority = _releasePriority;
}
// ----------------------------------------------------------------------------------------------------
// Inserts transition in list after its corresponding priority
// ----------------------------------------------------------------------------------------------------
private void InsertTransition(InstructorContainer _container, int _priority, float _time, int _priorityRelease)
{
int insertionPriority = _priorityRelease != ContainerPriority.None ? _priorityRelease : _priority;
for (int i = 0; i < m_TransitionCount; i++)
{
if (m_Transitions[i].Priority > insertionPriority)
{
Assertion.Assert(i < InstructorProcessor.m_TransitionMaxCount - 1, "Transition list is full, cannot insert.");
for (int j = InstructorProcessor.m_TransitionMaxCount - 1; j > i; j--)
{
m_Transitions[j] = m_Transitions[j - 1];
}
InitContainer(_container);
m_Transitions[i] = new TransitionInformation(_container, _priority, _time, _priorityRelease);
m_TransitionCount++;
break;
}
}
}
// ----------------------------------------------------------------------------------------------------
// Inits instructors in the specified transition
// ----------------------------------------------------------------------------------------------------
protected void InitContainer(InstructorContainer _container)
{
_container.m_Positioner.Init(m_TargetTransform);
_container.m_Orienter.Init(m_TargetTransform);
}
// ----------------------------------------------------------------------------------------------------
// Gets the banking from the specified set of instructors (will not actually be implemented
// in this class)
// ----------------------------------------------------------------------------------------------------
protected Vector3 GetBanking(InstructorContainer _container)
{
return(Vector3.up);
}
// ----------------------------------------------------------------------------------------------------
// Gets the orientation from the specified set of instructors
// ----------------------------------------------------------------------------------------------------
protected Vector3 GetOrientation(InstructorContainer _container, Vector3 _position)
{
return(_container.m_Orienter.GetOrientation(_position));
}
// ----------------------------------------------------------------------------------------------------
// Gets the collided position from the specified set of instructors (will not actually be implemented
// in this class)
// ----------------------------------------------------------------------------------------------------
protected Vector3 GetCollidedPosition(InstructorContainer _container, Vector3 position)
{
return(position);
}
// ----------------------------------------------------------------------------------------------------
// Gets the position from the specified set of instructors
// ----------------------------------------------------------------------------------------------------
protected Vector3 GetPosition(InstructorContainer _container)
{
return(_container.m_Positioner.GetPosition());
}