public TerrainGenerator(Terrain terrain)
{
td = terrain.terrainData;
terrain.detailObjectDistance = 2000;
//Creates a new 2D array, the same size resolution as the heightmap.
HeightMap = new float[td.heightmapWidth, td.heightmapHeight];
//Sets the renderer as the texture
//renderer.material.mainTexture = texture;
td.splatPrototypes = initialiseSplatPrototypes();
initialiseHills();
Average(45, td.heightmapWidth, td.heightmapHeight);
int[][] patchcoords = Cliff.setCliffPatch(200, 200, 240, 270, 0.7f, 0.71f);
Cliff.setHillPatch(500, 700, -0.3f, 100);
setPondPatch(800, 400, 0.3f, 100);
//cliffCircleCutout (patchcoords, 25);
int[] circlecoords = Cliff.setCircularCliffPatch(700, 400, 100, 2048, 0.75f, 0.74f);
TERRAIN_HEIGHT = HeightMap[1, 1];
//setQuadraticCliffPatch(400,300,350,450);
Cliff.quadraticCliffPatchController(400, 300, 370, 430, 88, 0.1f, 0.9f, 15, -1 * 0.005f);
//createPathToCliff (700,400,120,Mathf.PI,HeightMap[5,5],true);
//createPathToCliff (700,400,100,Mathf.PI*2,HeightMap[5,5],true);
Average(4, td.heightmapWidth, td.heightmapHeight);
// Sets the heightmap of the terrain equal to the height map we just generated.
td.SetHeights(0, 0, HeightMap);
}
// Use this for initialization
/*
* Sets a patch of terrain to a different height to the rest of the terrain. Useful for creating mountains and valleys.
* The core code is to be used for splitting up the terrain into segments, so that different terrain details
* can be applied to different parts of the map
* LIMITATION: Only allows for squares or rectangles.
* */
void setPondPatch(int x, int z, float depth, int spread)
{
Vector3 waterVector = new Vector3(x, z, 0);
Cliff.setHillPatch(x, z, depth, spread);
Vector3 position = new Vector3(x + 530, 281, z + 520);
GameObject pond = (GameObject)Instantiate(Resources.Load("waterPond"), position, Quaternion.identity);
}
/// <summary>
/// The constructor.
/// </summary>
public Sensors(Robot _robot)
: base(_robot)
{
Bumps = new Bump(_robot);
Wheeldrops = new Wheeldrop(_robot);
Cliffs = new Cliff(_robot);
MotorOvercurrents = new MotorOvercurrent(_robot);
DirtDetectors = new DirtDetector(_robot);
Buttons = new Button(_robot);
}
public static MapCell create_cell(int ID, int tier, Tile tile, Pos pos)
{
MapCell mc = null;
// Don't extract name from tile if provided.
if (ID == PLAINS_ID)
{
mc = new Plains(tier, tile, pos);
}
else if (ID == FOREST_ID)
{
mc = new Forest(tier, tile, pos);
}
else if (ID == RUINS_ID)
{
mc = new Ruins(tier, tile, pos);
}
else if (ID == CLIFF_ID)
{
mc = new Cliff(tier, tile, pos);
}
else if (ID == CAVE_ID)
{
mc = new Cave(tier, tile, pos);
}
else if (ID == STAR_ID)
{
mc = new Star(tier, tile, pos);
}
else if (ID == TITRUM_ID)
{
mc = new Titrum(tier, tile, pos);
}
else if (ID == LUSH_LAND_ID)
{
mc = new LushLand(tier, tile, pos);
//} else if (name == MIRE) {
//mc = new Mire(tier, tile, pos);
}
else if (ID == MOUNTAIN_ID)
{
mc = new Mountain(tier, tile, pos);
}
else if (ID == SETTLEMENT_ID)
{
mc = new Settlement(tier, tile, pos);
}
else if (ID == RUNE_GATE_ID)
{
mc = new RuneGate(tier, tile, pos);
}
else if (ID == CITY_ID)
{
mc = new CityCell(tier, tile, pos);
}
else if (ID == GUARDIAN_PASS_ID)
{
mc = new GuardianPass(tier, tile, pos);
}
else if (ID == CITY_ID)
{
mc = new CityCell(tier, tile, pos);
}
else
{
mc = new MapCell(0, tier, tile, pos);
}
//mc.tile_type_ID = tile_type_ID;
return(mc);
}
/// <summary>
/// The constructor.
/// </summary>
public Sensors(Robot _robot)
: base(_robot)
{
Bumps = new Bump(_robot);
Wheeldrops = new Wheeldrop(_robot);
Cliffs = new Cliff(_robot);
MotorOvercurrents = new MotorOvercurrent(_robot);
DirtDetectors = new DirtDetector(_robot);
Buttons = new Button(_robot);
}
