private Pathfinding.ObjectPathData ChooseNextObject(UIGrid room)
{
List <Pathfinding.ObjectPathData> nearObjects = room.GetAllPathesFrom(m_CurrentPos);
Pathfinding.ObjectPathData nextObj = null;
foreach (Pathfinding.ObjectPathData obj in nearObjects)
{
if (!m_ItemVisited.Contains(obj.path[obj.path.Count - 1]))
{
// Si on a pas d'objet ou si on a trouvé une porte et que le nouvel objet n'est pas une porte
if (nextObj == null ||
(nextObj.objectFound == UIItem.eType.Door &&
obj.objectFound != UIItem.eType.Door))
{
nextObj = obj;
}
if (nextObj.objectFound != UIItem.eType.Door)
{
break;
}
}
}
return(nextObj);
}
public IEnumerator ExploreRoom(UIGrid room, WaveConfig waveConfig)
{
if (GameManager.IsGroupExploring())
{
yield break;
}
Debug.Log("Door: " + waveConfig.m_Door.ToString());
m_CurrentWaveConfig = waveConfig;
Vector2Int start = Vector2Int.zero;
switch (waveConfig.m_Door)
{
case RoomConfig.eDir.UP:
start = new Vector2Int(5, room.m_RoomConfig.GetUp());
break;
case RoomConfig.eDir.DOWN:
start = new Vector2Int(5, room.m_RoomConfig.GetDown());
break;
case RoomConfig.eDir.LEFT:
start = new Vector2Int(room.m_RoomConfig.GetLeft(), 5);
break;
case RoomConfig.eDir.RIGHT:
start = new Vector2Int(room.m_RoomConfig.GetRight(), 5);
break;
default:
start = new Vector2Int(room.m_RoomConfig.GetLeft(), 5);
break;
}
GameManager.StartGroupExploring();
m_ReachedExit = false;
m_ItemVisited = new List <Vector2Int>();
m_Happiness = m_HeroesConfig.StartHappiness;
m_CurrentPos = start;
float wRatio = room.getCellW();
float hRatio = room.getCellH();
gameObject.transform.position = room.transform.position + new Vector3(start.x * wRatio, start.y * hRatio);
yield return(ScaleUp());
while (!m_ReachedExit)
{
m_ItemVisited.Add(m_CurrentPos);
Pathfinding.ObjectPathData nextObj = null;
//int currentWaitStep = 0;
//while (currentWaitStep < m_HeroesConfig.m_MaxWaitingStep && nextObj == null)
//while (nextObj == null)
{
nextObj = ChooseNextObject(room);
if (nextObj == null)
{
if (speechBubble)
{
StartCoroutine(speechBubble.SaySomething(SpeechBubble.EReactionType.NoWay, m_HeroesConfig.m_TimeWhenLost));
yield return(new WaitForSeconds(m_HeroesConfig.m_TimeWhenLost));
}
/*
* if (speechBubble)
* {
* if (currentWaitStep == 0)
* {
* StartCoroutine(speechBubble.SaySomething(SpeechBubble.EReactionType.NoWay + currentWaitStep, m_HeroesConfig.m_MaxWaitingTimes / m_HeroesConfig.m_MaxWaitingStep));
* yield return new WaitForSeconds(0.4f);
* }
*
* StartCoroutine(speechBubble.SaySomething(SpeechBubble.EReactionType.Timer1 + currentWaitStep, m_HeroesConfig.m_MaxWaitingTimes / m_HeroesConfig.m_MaxWaitingStep));
* }
* yield return new WaitForSeconds(m_HeroesConfig.m_MaxWaitingTimes / m_HeroesConfig.m_MaxWaitingStep);
* currentWaitStep++;
*/
}
}
if (nextObj != null)
{
yield return(Move(nextObj.path, room));
if (nextObj.objectFound == UIItem.eType.Door)
{
m_ReachedExit = true;
}
else
{
yield return(UseObject(room, m_CurrentPos));
for (int i = 0; i < waveConfig.m_Goal.Length; i++)
{
if (nextObj.objectFound == waveConfig.m_Goal[i] && !waveConfig.m_GoalAccomplished[i])
{
waveConfig.m_GoalAccomplished[i] = true;
break;
}
}
/*
* foreach (UIItem.eType objective in waveConfig.m_Goal)
* {
* } */
}
}
else
{
// No path found
m_Happiness += m_HeroesConfig.HappinessCannotLeave;
m_ReachedExit = true;
}
}
yield return(ScaleDown());
GameManager.StopGroupExploring();
float happiness = GetPercentageHappiness();
Debug.Log("Exited with happiness: " + happiness);
GameManager.m_Happiness = happiness;
GameManager.m_GoldReward = 60 + (int)(100 * happiness);
bool allObjectiveCompleted = true;
for (int i = 0; i < waveConfig.m_Goal.Length; i++)
{
if (waveConfig.m_Goal[i] != UIItem.eType.None && !waveConfig.m_GoalAccomplished[i])
{
allObjectiveCompleted = false;
}
}
if (allObjectiveCompleted)
{
GameManager.m_GoldReward += waveConfig.m_Reward;
}
}
