private static void AssignStateToNextState(long transitionNodeId, ref NextAIState nextAIState)
{
TransitionNode _transitionNode = AIBehaviourEditor.GetNode(transitionNodeId) as TransitionNode;
if (_transitionNode.ToStateNode != null)
{
switch (_transitionNode.ToStateNode.stateType)
{
case StateNode.StateType.Attack:
{
nextAIState.nextState = m_nodeIdToAttackStates[_transitionNode.ToStateNode.ID];
break;
}
case StateNode.StateType.Idle:
{
nextAIState.nextState = m_nodeIdToIdleStates[_transitionNode.ToStateNode.ID];
break;
}
case StateNode.StateType.Move:
{
nextAIState.nextState = m_nodeIdToMoveStates[_transitionNode.ToStateNode.ID];
break;
}
}
}
}
private static void AssignNextStatesToState(long stateNodeId, AIStateBase state)
{
List <TransitionNode> _transitionNodes = ((StateNode)AIBehaviourEditor.GetNode(stateNodeId)).transitions_out;
NextAIState[] _nextAIStates = new NextAIState[_transitionNodes.Count];
for (int _transitionNodeIndex = 0; _transitionNodeIndex < _transitionNodes.Count; _transitionNodeIndex++)
{
_nextAIStates[_transitionNodeIndex] = new NextAIState
{
conditions = new List <AIConditionBase>()
};
long _transitonNodeID = _transitionNodes[_transitionNodeIndex].ID;
AssignConditionToNextState(_transitonNodeID, ref _nextAIStates[_transitionNodeIndex]);
AssignStateToNextState(_transitonNodeID, ref _nextAIStates[_transitionNodeIndex]);
}
state.SetNextAIStates(_nextAIStates);
}
private static void AssignConditionToNextState(long transitionNodeId, ref NextAIState nextAIState)
{
if (m_nodeIdToDistanceConditions.ContainsKey(transitionNodeId))
{
for (int _conditionIndex = 0; _conditionIndex < m_nodeIdToDistanceConditions[transitionNodeId].Count; _conditionIndex++)
{
nextAIState.conditions.Add(m_nodeIdToDistanceConditions[transitionNodeId][_conditionIndex]);
}
}
if (m_nodeIdToNearestIsConditions.ContainsKey(transitionNodeId))
{
for (int _conditionIndex = 0; _conditionIndex < m_nodeIdToNearestIsConditions[transitionNodeId].Count; _conditionIndex++)
{
nextAIState.conditions.Add(m_nodeIdToNearestIsConditions[transitionNodeId][_conditionIndex]);
}
}
if (m_nodeIdToStatusConditions.ContainsKey(transitionNodeId))
{
for (int _conditionIndex = 0; _conditionIndex < m_nodeIdToStatusConditions[transitionNodeId].Count; _conditionIndex++)
{
nextAIState.conditions.Add(m_nodeIdToStatusConditions[transitionNodeId][_conditionIndex]);
}
}
}
