//Function called from Update to shift the map based on the player party's current location
private void RepositionMap()
{
//Finding the selected party's tile so we know where the map should show
TileInfo partyTile = PartyGroup.globalReference.GetComponent <WASDOverworldMovement>().currentTile;
//If the party tile is different from before, we update the tile position
if (this.currentTile == null || this.currentTile != partyTile)
{
//Setting our current tile to the party tile
this.currentTile = partyTile;
//Getting the row and column of the current tile
TileColRow newTileColRow = TileMapManager.globalReference.GetTileCoords(partyTile);
if (newTileColRow != null)
{
//Getting the rect transform component for this game object
RectTransform ourRect = this.GetComponent <RectTransform>();
//Setting the pivot position based on the offsets
ourRect.pivot = new Vector2((newTileColRow.col * 1f) / (TileMapManager.globalReference.cols * 1f),
(newTileColRow.row * 1f) / (TileMapManager.globalReference.rows * 1f));
//Re-centering the map sprite so that our pivot position is now at 0,0 in the middle of the minimap
ourRect.localPosition = new Vector3();
}
}
}
//Function called externally to get the column and row for a given tile
public TileColRow GetTileCoords(TileInfo tileToSearchFor_)
{
//The coordinates that we'll return
TileColRow tileCoord = null;
//Looping through all of the tiles connected to the tile we're searching for
for (int ct = 0; ct < tileToSearchFor_.connectedTiles.Count; ++ct)
{
//If this current tile connection isn't empty and one of its tile connections is the tile we're searching for
if (tileToSearchFor_.connectedTiles[ct] != null && tileToSearchFor_.connectedTiles[ct].connectedTiles.Contains(tileToSearchFor_))
{
//Getting the index of the tile we're searching for in the connected tile's list of connected tiles
int ourTileIndex = tileToSearchFor_.connectedTiles[ct].connectedTiles.IndexOf(tileToSearchFor_);
//Returning the tile coordinates using the index of the tile we're searching for
GridCoordinates coords = tileToSearchFor_.connectedTiles[ct].connectedTileCoordinates[ourTileIndex];
tileCoord = new TileColRow();
tileCoord.col = coords.col;
tileCoord.row = coords.row;
return(tileCoord);
}
}
//Returning the empty tile coordinates
Debug.LogError("TileMapManager.GetTileCoords >>> NULL RETURN");
return(tileCoord);
}
//Constructor function for this class
public PartySaveData(PartyGroup groupToSave_)
{
this.combatDist = groupToSave_.combatDistance;
TileColRow tileLocation = TileMapManager.globalReference.GetTileCoords(groupToSave_.GetComponent <WASDOverworldMovement>().currentTile);
this.tileCol = tileLocation.col;
this.tileRow = tileLocation.row;
//Looping through all of the characters in the given party and getting their save data
this.partyCharacters = new List <global::CharacterSaveData>();
for (int c = 0; c < groupToSave_.charactersInParty.Count; ++c)
{
//If the current character isn't null, we save it's data
if (groupToSave_.charactersInParty[c] != null)
{
CharacterSaveData charData = new CharacterSaveData(groupToSave_.charactersInParty[c]);
this.partyCharacters.Add(charData);
}
//If the current character slot is null, we add the empty slot
else
{
this.partyCharacters.Add(null);
}
}
//Looping through all of the party inventory items to save their object references
this.inventorySlots = new List <string>();
this.stackedItems = new List <string>();
for (int i = 0; i < groupToSave_.inventory.itemSlots.Count; ++i)
{
//Making sure the current inventory object isn't null
if (groupToSave_.inventory.itemSlots[i] != null)
{
//Reference to the item's IDTag component
IDTag itemTag = groupToSave_.inventory.itemSlots[i].GetComponent <IDTag>();
//Saving the IDTag info
this.inventorySlots.Add(JsonUtility.ToJson(new PrefabIDTagData(itemTag)));
//If the current item is a stack
if (groupToSave_.inventory.itemSlots[i].currentStackSize > 1)
{
//Creating a new InventoryItemStackData class to store the item stack
InventoryItemStackData stack = new InventoryItemStackData(i, itemTag, groupToSave_.inventory.itemSlots[i].currentStackSize);
//Adding a serialized version of the stack data to our list of stacked items
this.stackedItems.Add(JsonUtility.ToJson(stack));
}
}
//If the current item is null, we set a null slot to keep the empty space
else
{
this.inventorySlots.Add("");
}
}
}
//Constructor function for this class
public EnemyTileEncounterInfo(EnemyEncounter encounter_)
{
//Getting the object prefab for the encounter
this.encounterPrefab = encounter_.encounterPrefab;
//Getting the tile that this encounter is on
TileColRow encounterCoords = TileMapManager.globalReference.GetTileCoords(encounter_.GetComponent <Movement>().currentTile);
this.encounterTileCol = encounterCoords.col;
this.encounterTileRow = encounterCoords.row;
}
public TileColRow WorldToTilePos(double lon, double lat, int zoom)
{
TileColRow p = new TileColRow();
p.Column = Convert.ToInt32(Math.Floor((lon + 180.0) / 360.0 * (1 << zoom)));
p.Row = Convert.ToInt32(Math.Floor((1.0 - Math.Log(Math.Tan(lat * Math.PI / 180.0) +
1.0 / Math.Cos(lat * Math.PI / 180.0)) / Math.PI) / 2.0 * (1 << zoom)));
return(p);
}
// Update is called once per frame
private void Update()
{
//Finding the party group's row and col coords in the overworld
TileColRow partyColRow = TileMapManager.globalReference.GetTileCoords(this.partyMove.currentTile);
if (partyColRow != null)
{
//Setting the anchor position of the player location object relative to the size of this UI object
Vector2 anchorPos = new Vector2((partyColRow.col * 1f) / (TileMapManager.globalReference.cols * 1f),
(partyColRow.row * 1f) / (TileMapManager.globalReference.rows * 1f));
this.playerLocationObj.anchorMin = anchorPos;
this.playerLocationObj.anchorMax = anchorPos;
}
}
private List <MapTile> GetTiles()
{
TileColRow tileColRow = WorldToTilePos(App.CurrentCentre.Longitude, App.CurrentCentre.Latitude, App.ZoomLevel);
if (lastTileColRow != null)
{
if (lastTileColRow.Column == tileColRow.Column && lastTileColRow.Row == tileColRow.Row)
{
return(null);
}
}
lastTileColRow = tileColRow;
int colFrom = tileColRow.Column - 3;
int colTo = tileColRow.Column + 3;
int rowFrom = tileColRow.Row - 3;
int rowTo = tileColRow.Row + 3;
string[] param = { App.ZoomLevel.ToString(), colFrom.ToString(), colTo.ToString(), rowFrom.ToString(), rowTo.ToString() };
String query = "SELECT * FROM maptiles WHERE zoom_level = ? AND (tile_column BETWEEN ? AND ?) AND (tile_row BETWEEN ? AND ?) ORDER BY tile_column, tile_row";
List <MapTile> tiles = App.mapDB.Query <MapTile>(query, param);
return(tiles);
}
