public static void AddTrees()
{
if (GlobalVariables.Settings.AccelerationMethod == ComputingAccelerationMethod.None)
{
TerrainGenerator.AddTrees_SingleThread();
}
else
{
TerrainGenerator.AddTrees_Parallel();
}
}
public static void CalculateBlockTypes()
{
switch (GlobalVariables.Settings.AccelerationMethod)
{
case ComputingAccelerationMethod.None:
{
TerrainGenerator.CalculateBlockTypes_SingleThread();
break;
}
case ComputingAccelerationMethod.PureCSParallelisation:
{
TerrainGenerator.CalculateBlockTypes_PureCSParallel();
break;
}
case ComputingAccelerationMethod.UnityJobSystem:
{
ReadonlyVector3Int[] heights = TerrainGenerator.CalculateHeightsJobSystem();
BlockType[] types = TerrainGenerator.CalculateBlockTypes(heights);
TerrainGenerator.DeflattenizeOutput(ref types);
break;
}
case ComputingAccelerationMethod.UnityJobSystemPlusStaticArray:
{
throw new NotImplementedException();
// new way of calculating unfortunately slower
// it uses job system but calculates entire columns
// this approach needs static array allocation
BlockTypeColumn[] types = TerrainGenerator.CalculateBlockColumn();
break;
}
case ComputingAccelerationMethod.ComputeShader:
{
throw new NotImplementedException();
break;
}
case ComputingAccelerationMethod.ECS:
{
TerrainGenerator.CreateEntities();
break;
}
}
}
public static void CalculateBlockTypes()
{
switch (GlobalVariables.Settings.AccelerationMethod)
{
case ComputingAccelerationMethod.None:
{
TerrainGenerator.CalculateBlockTypes_SingleThread();
break;
}
case ComputingAccelerationMethod.PureCSParallelisation:
{
TerrainGenerator.CalculateBlockTypes_PureCSParallel();
break;
}
case ComputingAccelerationMethod.UnityJobSystem:
{
ReadonlyVector3Int[] heights = TerrainGenerator.CalculateHeights_JobSystem_NoiseSampler();
BlockType[] types = TerrainGenerator.CalculateBlockTypes_NoiseSampler(heights);
TerrainGenerator.DeflattenizeOutput(ref types);
break;
}
case ComputingAccelerationMethod.UnityJobSystemBurstCompiler:
{
ReadonlyVector3Int[] heights = TerrainGenerator.CalculateHeights_JobSystem_NoiseFunction();
BlockType[] types = TerrainGenerator.CalculateBlockTypes_NoiseFunction(heights);
TerrainGenerator.DeflattenizeOutput(ref types);
break;
}
case ComputingAccelerationMethod.ComputeShader:
{
TerrainGenerator.CalculateBlockTypes_ComputeShader();
break;
}
case ComputingAccelerationMethod.ECS:
{
TerrainGenerator.CreateEntities();
break;
}
}
}
public static void AddWater() => TerrainGenerator.AddWater();
public static ReadonlyVector3Int CalculateHeights(int seed, int x, int z) => TerrainGenerator.CalculateHeights_NoiseSampler(seed, x, z);
public void InitializeOnWorldSizeChange() => TerrainGenerator.Initialize(_heightsShader, _perlinNoise, _textureResolution);
public void InitializeOnWorldSizeChange() => TerrainGenerator.Initialize(_heightsShader);