public static decimal GetAPCostToMove(Player player, string newLocation)
{
var oldLocationl = LocationsStatics.LocationList.GetLocation.FirstOrDefault(l => l.dbName == player.dbLocationName);
var newLocationl = LocationsStatics.LocationList.GetLocation.FirstOrDefault(l => l.dbName == newLocation);
decimal output = PathfindingProcedures.GetNumSteps(oldLocationl, newLocationl);
output *= 1 - player.MoveActionPointDiscount;
return(output);
}
public static string MoveTo(Player bot, string locationDbName, int distance, Action <Player, string> playerEnteredTile = null)
{
var botLocation = bot.dbLocationName;
if (botLocation == locationDbName)
{
return(botLocation);
}
var start = LocationsStatics.LocationList.GetLocation.FirstOrDefault(l => l.dbName == botLocation);
var end = LocationsStatics.LocationList.GetLocation.FirstOrDefault(l => l.dbName == locationDbName);
var pathTiles = PathfindingProcedures.GetMovementPath(start, end);
if (pathTiles.Count == 0)
{
return(botLocation);
}
var botName = bot.FirstName + " " + bot.LastName;
var nextTileIndex = 0;
var nextTile = botLocation;
var nextTileName = LocationsStatics.LocationList.GetLocation.FirstOrDefault(l => l.dbName == nextTile).Name;
var numberOfSteps = Math.Min(distance, pathTiles.Count);
while (nextTileIndex < numberOfSteps)
{
var currentTile = nextTile;
var currentTileName = nextTileName;
nextTile = pathTiles[nextTileIndex++];
nextTileName = LocationsStatics.LocationList.GetLocation.FirstOrDefault(l => l.dbName == nextTile).Name;
LocationLogProcedures.AddLocationLog(currentTile, botName + " left toward " + nextTileName);
LocationLogProcedures.AddLocationLog(nextTile, botName + " entered from " + currentTileName);
if (playerEnteredTile != null)
{
playerEnteredTile(bot, nextTile);
}
}
return(nextTile);
}