/// <summary>
/// Converts Floor Data into a serialized form for storage.
/// </summary>
/// <param name="readFrom">FloorMap to serialize</param>
/// <returns>Serialized Grid representing the floor</returns>
public static Int16[,] SerializeDungeon(FloorMap readFrom)
{
Int16[,] tempGrid = new Int16[readFrom.Width, readFrom.Height];
foreach(
return tempGrid;
}
/// <summary>
/// Read a Noise Map and interpret into a FloorMap
/// </summary>
/// <param name="sourceFloor"></param>
/// <returns></returns>
protected FloorMap ExpandFloor(short[,] sourceNoiseMap, int sourceComplexity = FloorMap.DEFAULT_COMPLEXITY, int sourceSeed = FloorMap.DEFAULT_SEED)
{
//Tempted to make a constructor to do this for me automatically. Might not be a bad idea.
//Think about making use of global scaling instead of per axis
FloorMap tempFloor = new FloorMap((UInt32)sourceNoiseMap.GetLength(0) * this.MinWidth, (UInt32)sourceNoiseMap.GetLength(1) * this.MinHeight, sourceComplexity, sourceSeed);
//how do I want to do this? It would likely be best to simply loop through tempFloor, and read the value from (ushort)floor(ix / scale) and (ushort)floor(iy / scale)
// The current idea of how to generate a floor, is to generate a noiseMap, and then extrapolate that into a FloorMap.
// On loading a map, the map gets populated, which entails placing default objects, and then applying the delta (if exists)
// I will likely require a method to determine if a FloorTile is "active" so that mobs and events are rendered.
// If I didn't need to track the position with an index, I'd love to do a simple foreach. Is it possible?
// If I can't, is it possible to break the problem into 4 threads to run independently? Will need a lock.
for (UInt32 ix = 0; ix < tempFloor.Width; ix++)
{
for (UInt32 iy = 0; iy < tempFloor.Height; iy++)
{
//Read the value -- Don't like this multiple casting. Look into a redesign.
//Might be better to read the sourceFloor once, then apply the value using another set of for loops.
//If the scaling factor was set, could hard code it in. Think about doing that for small standard scaling (4 or 8).
tempFloor.SetPoint(ix, iy, sourceFloor.Floor[(UInt32)Math.Floor((double)ix / this.MinWidth), (UInt32)Math.Floor((double)iy / this.MinHeight)]);
//This will work for a rough start
}
}
return tempFloor;
}
/// <summary>
/// Deep Copy
/// </summary>
/// <param name="copyFrom">Object to Copy From</param>
public FloorMap(FloorMap copyFrom)
{
this.Floor = copyFrom.Floor;
//Add more fields obviously
}
/// <summary>
/// Generates a new Dungeon Floor, adding it to the end of the list.
/// </summary>
public void Generate()
{
//empty floor map
FloorMap tempFloor;// = new FloorMap(this.Width, this.Height);
UInt32 scaledWidth = this.Width / this.MinWidth;
UInt32 scaledHeight = this.Height / this.MinHeight;
FloorMap scaledFloor = new FloorMap(scaledWidth, scaledHeight, this.Complexity);
//get noise type from MainWindow
//Using Random for testing purposes
FloorMap.NoiseTypes noiseType = FloorMap.NoiseTypes.Random;
scaledFloor.GenerateFloor(noiseType, 0.5);
//Fill out the tempFloor by multiplying the coords by the scaling factor
tempFloor = ExpandFloor(scaledFloor);
floors.Add(tempFloor);
}