//static int min = int.MaxValue;
//static int max = int.MinValue;
public void UpdateMap()
{
int initTile = LogicTile.SetTerrain(0, TerrainType.Grass);
initTile = LogicTile.SetAltitude(initTile, LogicTile.MAX_ALTITUDE / 2);
map.Clear(initTile);
GenerateMap();
//AltitudeAbsNoise(map, 5, seed, 100);
//AltitudeNoise(map, 5, seed, 40);
//AltitudeNoise(map, 6, seed, 20);
//Noise(map, seed);
/*
* int gridSize = 8;
* int gridRowCount = 5;
* LogicHex center = new LogicHex(map.width/2,map.height/2);
* LogicHex start = center.Sub(new LogicHex(gridSize * gridRowCount / 2, gridSize * gridRowCount / 2));
*
* List<LogicHex> nodes = CreateGrid(gridSize, gridRowCount);
* OffsetNodes(nodes, start);
* RandomOffsetNodes(nodes, 7, seed);
*
* PlotNodes(map, nodes, 3, TerrainType.Sand);
*/
//int min, max;
//GetAltitudeRange(map, out min, out max);
/*
* if (min < LogicWorld.min)
* LogicWorld.min = min;
*
* if (max > LogicWorld.max)
* LogicWorld.max = max;
*
* Debugger.Log("Altitude range 1 [" + LogicWorld.min + " - " + LogicWorld.max + "]");
* Debugger.Log("Altitude range 2 [" + LogicPerlinNoise.minNoise + " - " + LogicPerlinNoise.maxNoise + "]");
*/
/*for(int i = -LogicPerlinNoise.SCALE; i < LogicPerlinNoise.SCALE; ++i)
* {
* int altitude = LogicPerlinNoise.ScaleNoise(i,LogicTile.MAX_ALTITUDE);
*
* if (altitude < min)
* min = altitude;
*
* if (altitude > max)
* max = altitude;
*
* }*/
//Debugger.Log("Altitude range 3 [" + min + " - " + max + "]");
}
public static void AltitudeAbsNoise(LogicHexMap map, int octave, int seed, int percent)
{
for (int r = 0; r < map.height; ++r)
{
for (int q = 0; q < map.width; ++q)
{
int tile = map.Get(q, r);
int altitude = LogicTile.GetAltitude(tile);
LogicPoint3 pos = HexToLogicPos(new LogicHex(q, r), altitude * ALTITUDE_SCALE);
int noise = LogicPerlinNoise.Noise((pos.x << octave) + seed, (pos.z << octave) + seed, seed << 2, LogicTween.SCALE);
int distanceToMiddle = (noise - LogicTween.SCALE_HALF);
bool flip = false;
if (distanceToMiddle < 0)
{
distanceToMiddle = -distanceToMiddle;
flip = true;
}
distanceToMiddle = LogicTween.QuadIn(distanceToMiddle * 2) / 2;
if (flip)
{
distanceToMiddle = -distanceToMiddle;
}
noise = LogicTween.SCALE_HALF + distanceToMiddle;
noise = noise / (LogicTween.SCALE / LogicTile.MAX_ALTITUDE);
/*int noise = LogicPerlinNoise.Noise((pos.x << octave) + seed, (pos.z << octave) + seed, seed << 2, LogicTile.MAX_ALTITUDE*2);
* noise -= LogicTile.MAX_ALTITUDE;
* if (noise < 0)
* noise = -noise;
*
*
* LogicTween.QuadIn();
*/
//noise = LogicPerlinNoise.ScaleNoise(noise, LogicTile.MAX_ALTITUDE);
altitude = Lerp(altitude, noise, percent);
tile = LogicTile.SetAltitude(tile, altitude);
map.Set(q, r, tile);
}
}
}
public static void AltitudeFlip(LogicHexMap map, int cutoff)
{
for (int r = 0; r < map.height; ++r)
{
for (int q = 0; q < map.width; ++q)
{
int tile = map.Get(q, r);
int altitude = LogicTile.GetAltitude(tile);
tile = LogicTile.SetAltitude(tile, altitude);
map.Set(q, r, tile);
}
}
}
public static void AltitudeNoise(LogicHexMap map, int octave, int seed, int percent)
{
for (int r = 0; r < map.height; ++r)
{
for (int q = 0; q < map.width; ++q)
{
int tile = map.Get(q, r);
int altitude = LogicTile.GetAltitude(tile);
LogicPoint3 pos = HexToLogicPos(new LogicHex(q, r), altitude * ALTITUDE_SCALE);
int noise = LogicPerlinNoise.Noise((pos.x << octave) + seed, (pos.z << octave) + seed, seed << 2, LogicTile.MAX_ALTITUDE);
altitude = Lerp(altitude, noise, percent);
tile = LogicTile.SetAltitude(tile, altitude);
map.Set(q, r, tile);
}
}
}
public LogicIntArray2 CreateRoom(int width, int height, int tileHeight)
{
int tile = 0;
tile = LogicTile.SetTerrain(tile, TerrainType.Dirt);
tile = LogicTile.SetRoom(tile, 1);
tile = LogicTile.SetAltitude(tile, tileHeight);
LogicIntArray2 room = new LogicIntArray2(width, height, tile);
/*
* for (int y = 0; y < width; ++y)
* {
* for (int x = 0; x < width; ++x)
* {
* room.Set(x,y,tile);
* }
* }*/
return(room);
}
public int GetLogicTile()
{
int tile = LogicTile.SetAltitude(0, altitude / TILE_ALTITUDE_SCALE);
return(LogicTile.SetTerrain(tile, terrain));
}