public void GenerateDungeon(string _fileName)
{
if (!AssetDatabase.FindAssets($"{_fileName}", new[] { "Assets/Resources/FinalGraphs" }).Any())
{
Debug.Log($"Caution! There is no graph with the name '{_fileName}' on the Resources/FinalGraphs folder");
return;
}
m_parent = new GameObject();
m_parent.name = "Dungeon " + _fileName;
m_graphToLoad = Resources.Load <RoomInfoContainer>($"FinalGraphs/{_fileName}");
LoadRoomsInfo();
}
}//cargar info del grafico
private void ExpandNonTerminalNodes()//expandir los nodos NO MARCADOS con isTerminal -> nodos Non-Terminal
{
if (m_graphView.nodes.ToList().Cast <RoomNode>().Where(x => x.isTerminal == false).Count() > 0)
{
foreach (RoomNode rn in m_graphView.nodes.ToList().Cast <RoomNode>().Where(x => x.isTerminal == false))
{
if (rn.outputContainer.Q <Port>() == null)
{
m_resourcesRulesLoaded = Resources.LoadAll <RoomInfoContainer>("Rules").ToList(); //cargo todas las reglas disponibles
if (m_resourcesRulesLoaded.Exists(x => x.name.Contains(rn.roomType))) //si existe una regla que contenga el nombre del nodo que quiero expandir;
{
RoomInfoContainer[] l_candidateRules = m_resourcesRulesLoaded.Where(x => x.name.Contains(rn.roomType)).ToArray(); //cojo las reglas que coincidan
int l_randomRuleSelection = Random.Range(0, l_candidateRules.Length); //escojo una regla al azar
RoomInfoContainer l_ruleToLoad = l_candidateRules[l_randomRuleSelection];
CreateExpandedNodes(l_ruleToLoad, rn); //expando el nodo dependiendo de la regla
m_graphView.RemoveElement(rn); //elimino el nodo expandido para dejar sitio a los nuevos
//elimino los edges que pertenezcan al nodo expandido
foreach (Edge e in m_graphView.edges.ToList())
{
if ((e.input.node as RoomNode) == rn)
{
m_graphView.RemoveElement(e);
}
}
}
else
{
Debug.Log($"The node '{rn.roomType}' you'r trying to expand doesn't have a rule specified");
}
}
else
{
Debug.Log("Non-terminal nodes must have 0 outputs (should be placed at the end of the graph)");
}
}
}
else
{
Debug.Log("0 Nodes to expand found. Only non-terminal nodes can be expanded. You should dismark 'isTerminal' from any node to expand it");
}
}
public void LoadGraph(string _fileName, bool isFinalGraph = false)
{
if (!isFinalGraph)
{
m_graphToLoadCache = Resources.Load <RoomInfoContainer>($"Rules/{_fileName}");
}
else
{
m_graphToLoadCache = Resources.Load <RoomInfoContainer>($"FinalGraphs/{_fileName}");
}
if (m_graphToLoadCache == null)
{
Debug.Log("Error, no existing Graph to load");
return;
}
ClearCurrentGraph();
CreateLoadedNodes();
ConnectLoadedNodes();
}
private void CreateExpandedNodes(RoomInfoContainer _graphToLoadCache, RoomNode roomToExpand)
{
List <RoomNode> l_newInstantiatedRoomsList = new List <RoomNode>();
foreach (RoomNodeData rData in _graphToLoadCache.m_roomNodeDataList) //para cada nodo en el nuevo grafico (la regla que acabo de cargar);
{
RoomNode l_tempRoom = m_graphView.CreateRoomNode(rData.nodeType, rData.isTerminal); //instancio el nodo
l_newInstantiatedRoomsList.Add(l_tempRoom); //lo añado a la lista de "nuevas salas"
l_tempRoom.roomID = rData.nodeID; //le asigno su ID
m_graphView.AddElement(l_tempRoom); //añado el elemento al grafico
//creo los puertos de entrada y salida que le tocan al nodo
List <RoomNodeConnectionsData> l_tempOutRoomPorts = _graphToLoadCache.m_roomConnectionsDataList.Where(x => x.baseNodeId == rData.nodeID).ToList();
l_tempOutRoomPorts.ForEach(x => m_graphView.GenerateOutputPortsOnNode(l_tempRoom, x.basePortName));
List <RoomNodeConnectionsData> l_tempInputRoomPorts = _graphToLoadCache.m_roomConnectionsDataList.Where(x => x.targetNodeId == rData.nodeID).ToList();
l_tempInputRoomPorts.ForEach(x => m_graphView.GenerateInputPortsOnNode(l_tempRoom, x.targetPortName));
}
for (int i = 0; i < l_newInstantiatedRoomsList.Count; i++)// para cada nodo que acabo de instanciar
{
//busco las conexiones que tiene
List <RoomNodeConnectionsData> l_connectionDataCache = _graphToLoadCache.m_roomConnectionsDataList.Where(x => x.baseNodeId == l_newInstantiatedRoomsList[i].roomID).ToList();
for (int j = 0; j < l_connectionDataCache.Count; j++)
{
string l_targetNodeId = l_connectionDataCache[j].targetNodeId; //guardo el id del nodo target
RoomNode l_targetRoom = l_newInstantiatedRoomsList.First(x => x.roomID == l_targetNodeId); //busco la sala que conicida con ese ID
string l_targetPortName = l_connectionDataCache[j].targetPortName; //guardo el nombre del puerto target
Port l_targetPortToConnect = m_graphView.ports.ToList().First(x => (x.node as RoomNode) == l_targetRoom && x.portName == l_targetPortName); //busco el puerto al que me tengo que conectar
//si es un nodo 'begin', marco este nodo como el beginNodeInstantiated (en el begin node empieza la regla) -> sirve como referencia para saber donde empezar a conectar el puerto q quiero expandir
if (l_newInstantiatedRoomsList[i].roomType == "begin")
{
m_beginNodeInstantiated = l_newInstantiatedRoomsList[i];
}
//conecto el puerto del nodo [i] con el targetPort -> en este primer linkado asigno el tempEdge a una variable m_currentBeginNodeEdge
//que luego me servira para encontrar el nodo conectado al nodo 'begin'
LinkRoomPorts(l_newInstantiatedRoomsList[i].outputContainer[j].Q <Port>(), l_targetPortToConnect);
//seteo su position basadome en la posicion del nodo expandido
l_targetRoom.SetPosition(new Rect(_graphToLoadCache.m_roomNodeDataList.First(x => x.nodeID == l_targetRoom.roomID).position +
roomToExpand.GetPosition().position, m_graphView.defaultNodeSize));
} //end for
} //end of for loop
//busco el puerto de entrada al que esta conectado la habitacion que quiero expandir
Port l_basePort = m_graphView.edges.ToList().Find(x => (x.input.node as RoomNode) == roomToExpand).output;
l_basePort.portColor = new Color(0, 0, 200);//blue
//el puerto target será el que hemos marcado previamente al conectar los nodos de la regla que acabamos de cargar
//el currentBeginNodeEdge es la conexion del nodo 'begin' -> cojemos el input, que es el puerto q pertenece al nodo 'begin'
Port l_targetPort = m_currentBeginNodeEdge.input;
l_targetPort.portColor = new Color(200, 0, 0); //red
l_targetPort.portName = m_UtilitiesInstance.ReturnConnectionNameByReference(l_basePort.portName); //asignar el nuevo nombre del puerto dependiendo del puerto base conectado
//elimino el nodo 'begin' -> solo sirve como referencia para saber donde conectar el nodo que queremos expandir
m_graphView.RemoveElement(m_beginNodeInstantiated);
//conecto los puertos
LinkRoomPorts(l_basePort, l_targetPort);
List <RoomNode> l_currentNodesOnGraph = m_graphView.nodes.ToList().Cast <RoomNode>().ToList();
//asignar nuevas id a cada nodo
for (int i = 0; i < l_currentNodesOnGraph.Count; i++)
{
for (int j = 0; j < l_newInstantiatedRoomsList.Count(); j++)
{
if (l_currentNodesOnGraph[i] == l_newInstantiatedRoomsList[j])
{
List <Edge> l_currentOutputRoomEdges = m_graphView.edges.ToList().Where(x => (x.output.node as RoomNode) == l_currentNodesOnGraph[i]).ToList();
List <Edge> l_currentInputRoomEdges = m_graphView.edges.ToList().Where(x => (x.input.node as RoomNode) == l_currentNodesOnGraph[i]).ToList();
string l_newRoomID = l_currentNodesOnGraph[i].roomID = System.Guid.NewGuid().ToString();
foreach (Edge e in l_currentOutputRoomEdges)
{
e.output.name = l_newRoomID;
}
foreach (Edge e in l_currentInputRoomEdges)
{
e.input.name = l_newRoomID;
}
}
}
} //end of for loop
} //end expand nodes function
public void SaveGraph(string _fileName, bool isFinalGraph = false)
{
if (!m_roomsList.Any())
{
Debug.Log("No nodes to save found"); return;
} // si no hay rooms que guardar, no hacemos nada
//evitar crear un nodo en el final graph que no exista en la lista de habitaciones
if (isFinalGraph == true)
{
foreach (RoomNode roomNode in m_roomsList)
{
if (roomNode.roomType != "Start" && roomNode.roomType != "End" && !m_UtilitiesInstance.m_typesOfRoomsList.Exists(x => x.Contains(roomNode.roomType)))
{
Debug.Log($"Caution! The room type '{roomNode.roomType}' doesn't exist in the list of room prefabs. Change the node type or add a prefab to the dungeon generation list");
return;
}
}
}
Edge[] l_edgesConnected = m_edgesList.Where(x => x.output.node != null).ToArray();
foreach (Edge edge in l_edgesConnected)
{
if (!m_UtilitiesInstance.m_myConnectionsDictionary.ContainsKey(edge.output.portName))
{
Debug.Log($"The connection name '{edge.output.portName}' doesn't appears in the Connections Dictionary (UtilitiesAndReferences Class). Please use a name from the Dictionary");
return;
}
}
RoomInfoContainer l_nodeContainerData = ScriptableObject.CreateInstance <RoomInfoContainer>();
foreach (RoomNode r in m_roomsList)//guardamos cada nodo, su id, el tipo, y la posicion,
{
l_nodeContainerData.m_roomNodeDataList.Add(new RoomNodeData
{
nodeID = r.roomID,
nodeType = r.roomType,
position = r.GetPosition().position,
isTerminal = r.isTerminal
});
}
for (int i = 0; i < l_edgesConnected.Length; i++) //para cada conexion del grafico, guardamos
{
RoomNode l_baseRoom = l_edgesConnected[i].output.node as RoomNode; //nodo de salida
RoomNode l_targetRoom = l_edgesConnected[i].input.node as RoomNode; //nodo de entrada
l_nodeContainerData.m_roomConnectionsDataList.Add(new RoomNodeConnectionsData
{
baseNodeId = l_baseRoom.roomID,
targetNodeId = l_targetRoom.roomID,
basePortName = l_edgesConnected[i].output.portName,
targetPortName = m_UtilitiesInstance.ReturnConnectionNameByReference(l_edgesConnected[i].output.portName),
}
);
}
if (!isFinalGraph)
{
if (!m_roomsList.Exists(x => x.roomType == "begin"))
{
Debug.Log("You need to create a 'begin'(NO capital 'b') node to save a Rule");
return;
}
else
{
if (m_roomsList.Find(x => x.roomType == "begin").outputContainer.childCount > 1)
{
Debug.Log("'begin' node must have only 1 output connection");
}
else
{
AssetDatabase.CreateAsset(l_nodeContainerData, $"Assets/Resources/Rules/{_fileName}.asset");//generamos un asset con la informacion
}
}
}
else
if (!m_roomsList.Exists(x => x.roomType == "Start"))
{
Debug.Log("You need to create a 'Start' (WITH capital 'S') node to save a FinalGraph"); return;
}
else
{
AssetDatabase.CreateAsset(l_nodeContainerData, $"Assets/Resources/FinalGraphs/{_fileName}.asset");//generamos un asset con la informacion
}
AssetDatabase.SaveAssets();
}
