// Add a new transition to this state-machine
public AT_StateTransition AddTransition(AT_State fromState, AT_State toState)
{
// Create and init the new transition
AT_StateTransition trans = AT_Factory.CreateNode<AT_StateTransition>("Transition", this, m_ParentTree);
RemoveChild(trans);
trans.transform.parent = m_transitionsParent.transform;
trans.NodeType = AT_NodeType.kTransition;
trans.m_fromState = fromState;
trans.m_toState = toState;
// Add it to the list
m_transitions.Add(trans);
return trans;
}
public AT_StateTransition( AT_State fromState, AT_State toState )
{
m_fromState = fromState;
m_toState = toState;
NodeType = AT_NodeType.kTransition;
}
// Set which state is currently active
public void SetStateActive( AT_State state )
{
foreach ( AT_Node node in Children )
{
AT_State childState = node as AT_State;
if (childState != null)
{
if (state == childState)
{
childState.SetLocalBlendWeight(1);
}
else
{
childState.SetLocalBlendWeight(0);
}
}
}
}
void AddState(AT_State state)
{
Selection.activeGameObject = state.gameObject;
m_activeContainer.RemoveChild(state);
m_activeContainer.AddChild(state, false);
AT_StateMachine sm = m_activeContainer as AT_StateMachine;
if (sm.m_startUpState == null)
{
sm.m_startUpState = state;
}
state.SetLocalBlendWeight(0);
state.SetParentBlendWeight(0);
state.SetDirty();
sm.SetDirty();
RebuildTreeGraph();
}
