/// <summary>
/// Determines whether area roomPartition has active gate.
/// </summary>
/// <returns><c>true</c> if there is active gate at the specified area roomPartition; otherwise, <c>false</c>.</returns>
public bool HasActiveGate(string zone, int localParition)
{
bool isActive = false;
ImmutableDataGate data = DataLoaderGate.GetData(zone, localParition);
if (data != null)
{
isActive = DataManager.Instance.GameData.GatingProgress.IsGateActive(data.GateID);
}
return(isActive);
}
public ImmutableDataGate GetLatestLockedGate()
{
List <ImmutableDataGate> gateList = DataLoaderGate.GetAllData();
int minLockedGateNumberSoFar = 999;
ImmutableDataGate minLockedGateSoFar = null;
foreach (ImmutableDataGate gate in gateList)
{
if (gate.GateNumber < minLockedGateNumberSoFar && DataManager.Instance.GameData.GatingProgress.IsGateActive(gate.GateID))
{
minLockedGateNumberSoFar = gate.GateNumber;
minLockedGateSoFar = gate;
}
}
latestUnlockedGate = minLockedGateSoFar; // Cache it
return(minLockedGateSoFar);
}
/// <summary>
/// Calculates the latest unlocked gate.
/// This should be called everytime that a gate is unlocked
/// 'Null' if no unlocked gates yet
/// </summary>
private ImmutableDataGate GetLatestUnlockedGate()
{
List <ImmutableDataGate> gateList = DataLoaderGate.GetAllData();
int maxGateNumberSoFar = -1;
ImmutableDataGate latestGateSoFar = null;
foreach (ImmutableDataGate gate in gateList)
{
if (gate.GateNumber > maxGateNumberSoFar && !DataManager.Instance.GameData.GatingProgress.IsGateActive(gate.GateID))
{
maxGateNumberSoFar = gate.GateNumber;
latestGateSoFar = gate;
}
}
latestUnlockedGate = latestGateSoFar; // Cache it
return(latestGateSoFar);
}
/// <summary>
/// Determines whether the player can enter room.
/// </summary>
/// <returns><c>true</c> if player can enter room ie player is moving from a smog room; otherwise, <c>false</c>.</returns>
/// <param name="currentRoom">Current room.</param>
/// <param name="eSwipeDirection">E swipe direction.</param>
public bool CanEnterRoom(int currentLocalPartition, RoomDirection swipeDirection)
{
// start off optimistic
bool isAllowed = true;
// if there is an active gate in this room, check to see if it is blocking the direction the player is trying to go in
ImmutableDataGate dataGate = DataLoaderGate.GetData(currentZone, currentLocalPartition);
if (dataGate != null &&
DataManager.Instance.GameData.GatingProgress.IsGateActive(dataGate.GateID) &&
dataGate.DoesBlock(swipeDirection))
{
isAllowed = false;
}
return(isAllowed);
}
/// <summary>
/// Loads gating data from XML and copies it into our
/// save data if it does not already exist.
/// </summary>
private void LoadFromXML()
{
// init the data by filling the dictionary with xml data
List <ImmutableDataGate> gates = DataLoaderGate.GetAllData();
foreach (ImmutableDataGate gate in gates)
{
string gateID = gate.GateID;
int hp = gate.GetMonster().MonsterHealth;
// maps gate key to monster's max hp (i.e. no progress)
// don't map it if it already exists; it means that the data for that key was already loaded and contains mutable save data
if (!GatingProgress.ContainsKey(gateID))
{
GatingProgress[gateID] = hp;
}
}
}
/// <summary>
/// Spawns the gates.
/// </summary>
private void SpawnGates()
{
Hashtable hashGates = DataLoaderGate.GetZoneGates(currentZone);
foreach (DictionaryEntry entry in hashGates)
{
ImmutableDataGate dataGate = (ImmutableDataGate)entry.Value;
int partition = dataGate.LocalPartition;
// if the gate is activate, spawn the monster at an offset
bool isGateActive = DataManager.Instance.GameData.GatingProgress.IsGateActive(dataGate.GateID);
// check if gate is still in the scene. SpawnGates is also called after
// game is paused so need to check the status of each gate. This is mainly
// for the recurring gate to be spawned correctly
bool isGateInSceneAlready = false;
if (activeGates.ContainsKey(partition))
{
try {
GameObject gateObject = activeGates[partition].gameObject;
if (gateObject)
{
isGateInSceneAlready = true;
}
}
// Gate object has already been destroyed.
catch (MissingReferenceException e) {
Debug.LogException(e);
isGateInSceneAlready = false;
}
catch (NullReferenceException e) {
Debug.LogException(e);
isGateInSceneAlready = false;
}
}
if (isGateActive && !isGateInSceneAlready)
{
int startingCurrentPartition = scriptPan.currentLocalPartition; // room the player is in
float roomPartitionOffset = scriptPan.partitionOffset; // the distance between each room
int partitionCountFromStartingPartition = dataGate.LocalPartition - startingCurrentPartition; // the distance between the starting room and this gate's room
float distanceFromStartingPartition = partitionCountFromStartingPartition * roomPartitionOffset; // offset of the gate
// how much screen space should the gate be moved by
float screenOffset = Screen.width * dataGate.ScreenPercentage;
Vector3 newScreenPosition = new Vector3(screenOffset, startingScreenPosition.y, startingScreenPosition.z);
float maxScreenSpace = Screen.width - screenOffset;
// convert screen space back to world space
Vector3 worldLocation = Camera.main.ScreenToWorldPoint(newScreenPosition);
//we only want the x position from worldLocation. y and z should stay the same
Vector3 gateLocation = new Vector3(worldLocation.x, startingLocation.y, startingLocation.z);
// move the offsetted gate to the proper partition
gateLocation.x += distanceFromStartingPartition;
// create the gate at the location and set its id
string strPrefab = dataGate.GetMonster().ResourceKey;
GameObject prefab = Resources.Load(strPrefab) as GameObject;
GameObject goGate = Instantiate(prefab, gateLocation, Quaternion.identity) as GameObject;
Gate scriptGate = goGate.GetComponent <Gate>();
string gateID = dataGate.GateID;
scriptGate.Init(gateID, dataGate.GetMonster(), maxScreenSpace);
// hash the gate based on the room, for easier access
activeGates[partition] = scriptGate;
}
}
}
protected float maxScreenSpace; // the max screen space the gate covers with 100% HP
protected ImmutableDataGate GetGateData()
{
ImmutableDataGate data = DataLoaderGate.GetData(gateID);
return(data);
}
