private IEnumerator SetMesh()
{
var mapParameters = _mapGenerator.parameters;
mapParameters.noisePosition = new Vector2(transform.position.x, transform.position.z);
var noiseGen = new ThreadedNoise {parameters = mapParameters};
noiseGen.Start();
yield return StartCoroutine(noiseGen.WaitFor());
var noiseMap = noiseGen.retNoiseMap;
var mapMeshData = new MapMeshData(noiseMap, _mapGenerator.parameters.baseHeight,
_mapGenerator.parameters.heightCurve, _mapGenerator.parameters.levelOfDetail);
var generator = new ThreatedMeshGenerator {mapMeshData = mapMeshData};
generator.Start();
yield return StartCoroutine(generator.WaitFor());
var meshData = generator.meshData;
var mesh = meshData.CreateMesh();
mesh.name = "Map Mesh";
_meshFilter.mesh = mesh;
var meshBounds = mesh.bounds;
var center = transform.position +
new Vector3(_mapGenerator.parameters.size / 2, 0, _mapGenerator.parameters.size / 2);
bounds = new Bounds(center, meshBounds.size);
isMeshReady = true;
}
//Todo: Gerar o noiseMap somente para os valores utilizados
private IEnumerator SetCollider()
{
var mapParameters = _mapGenerator.parameters;
mapParameters.noisePosition = new Vector2(transform.position.x, transform.position.z);
mapParameters.levelOfDetail = 6;
var noiseGen = new ThreadedNoise {parameters = mapParameters};
noiseGen.Start();
yield return StartCoroutine(noiseGen.WaitFor());
var noiseMap = noiseGen.retNoiseMap;
var mapMeshData = new MapMeshData(noiseMap, _mapGenerator.parameters.baseHeight,
_mapGenerator.parameters.heightCurve, _mapGenerator.parameters.levelOfDetail);
var generator = new ThreatedMeshGenerator {mapMeshData = mapMeshData};
generator.Start();
yield return StartCoroutine(generator.WaitFor());
var meshData = generator.meshData;
var mesh = meshData.CreateMesh();
mesh.name = "Collider Mesh";
_meshCollider.sharedMesh = mesh;
_meshCollider.material = _mapGenerator.defaultPhysicMaterial;
isColliderReady = true;
}