private void HandleScheduleHeights(NativeArray <double3> points, NativeArray <double> heights, ref JobHandle handle)
{
var job = new HeightsJob();
job.Frequency = frequency;
job.Amplitude = amplitude;
job.Octaves = octaves;
job.Points = points;
job.Heights = heights;
if (cachedTerrain.Areas != null && cachedTerrain.Areas.SplatCount > 0)
{
job.Area = math.clamp(area, 0, cachedTerrain.Areas.SplatCount - 1);
job.AreaSize = cachedTerrain.Areas.Size;
job.AreaSplatCount = cachedTerrain.Areas.SplatCount;
job.AreaWeights = cachedTerrain.Areas.Weights;
}
else
{
job.Area = 0;
job.AreaSize = int2.zero;
job.AreaSplatCount = 0;
job.AreaWeights = tempWeights;
}
handle = job.Schedule(heights.Length, 32, handle);
}
private void HandleScheduleHeights(NativeArray <double3> points, NativeArray <double> heights, ref JobHandle handle)
{
if (heightmap != null)
{
var job = new HeightsJob();
job.Size = new int2(heightmap.width, heightmap.height);
job.Displacement = displacement;
job.Stride = SgtHelper.GetStride(heightmap.format);
job.Offset = SgtHelper.GetOffset(heightmap.format, (int)channel);
job.Data = heightmap.GetRawTextureData <byte>();
job.Points = points;
job.Heights = heights;
handle = job.Schedule(heights.Length, 32, handle);
}
}
private void HandleScheduleHeights(NativeArray <double3> points, NativeArray <double> heights, ref JobHandle handle)
{
if (clampHeights == true)
{
var terrainHeightmap = GetComponent <SgtTerrainHeightmap>();
if (terrainHeightmap != null)
{
var job = new HeightsJob();
var displacement = terrainHeightmap.Displacement;
job.WaterLevel = cachedTerrain.Radius + displacement * waterLevel + displacement * heightmapBias;
job.Heights = heights;
handle = job.Schedule(heights.Length, 32, handle);
}
}
}
