static private JobHandle ScheduleGenerateOptimizationData(Data data, OptimizedInfo info, bool useCullingData, bool useHeightData, NativeArray <MergeCellInfo> mergeInfoArray, JobHandle lastHandle)
{
if (useCullingData && useHeightData)
{
var checker = new CulledHeightMergeChecker()
{
heights = data.HeightsRawData, colNum = data.ColNum, culled = data.CullingDataRawData
};
return(ScheduleGenerateOptimizationData(data, info, checker, mergeInfoArray, lastHandle));
}
else if (useCullingData)
{
var checker = new CulledMergeChecker()
{
culled = data.CullingDataRawData
};
return(ScheduleGenerateOptimizationData(data, info, checker, mergeInfoArray, lastHandle));
}
else if (useHeightData)
{
var checker = new HeightMergeChecker()
{
heights = data.HeightsRawData, colNum = data.ColNum
};
return(ScheduleGenerateOptimizationData(data, info, checker, mergeInfoArray, lastHandle));
}
else
{
return(ScheduleGenerateOptimizationData(data, info, new SimpleMergeChecker(), mergeInfoArray, lastHandle));
}
}
public void Regenerate(Data data)
{
original.InitInfo.Init(mesher, data);
mesher.Start();
mesher.Complete(mesh);
original.MeshFilter.sharedMesh = mesh;
}
public static JobHandle Schedule(GeneratorType generator, Data data, NativeList <float3> vertices, NativeList <int> triangles, bool generateNormals, float3 normal, NativeList <float3> normals, bool generateUVs, NativeList <float2> uvs, NativeArray <InfoType> info, JobHandle dependOn = default)
{
var cornerJob = new CalculateInfoJob <GeneratorType, InfoType>
{
distanceColNum = data.ColNum,
distanceRowNum = data.RowNum,
generator = generator,
distances = data.RawData,
vertices = vertices,
indices = triangles,
generateNormals = generateNormals,
normals = normals,
normal = normal,
generateUVs = generateUVs,
uvs = uvs,
info = info
};
return(cornerJob.Schedule(dependOn));
}
public static JobHandle ScheduleCalculateVerticesJob(Data data, ScaledInfo info, bool useHeightData, float cellSize, NativeArray <TopCellInfo> infoArray, NativeList <float3> vertices, NativeArray <EdgeNormals> edgeNormalsArray, JobHandle lastHandle)
{
if (!edgeNormalsArray.IsCreated)
{
return(TopCellMesher.ScheduleCalculateVerticesJob(data, info, useHeightData, cellSize, infoArray, vertices, lastHandle));
}
if (useHeightData)
{
if (info.LerpToExactEdge == 1f)
{
var vertexCalculator = new ScaledBasicHeightVertexCalculator()
{
colNum = data.ColNum,
cellSize = cellSize,
heightOffset = info.OffsetY,
heights = data.HeightsRawData,
heightScale = info.HeightScale,
edgeNormalsArray = edgeNormalsArray,
sideOffsetScale = info.ScaledOffset
};
return(TopCellMesher.ScheduleCalculateVerticesJob(vertexCalculator, infoArray, vertices, lastHandle));
}
else
{
var vertexCalculator = new ScaledLerpedHeightVertexCalculator()
{
colNum = data.ColNum,
cellSize = cellSize,
lerpToEdge = info.LerpToExactEdge,
heightOffset = info.OffsetY,
heights = data.HeightsRawData,
heightScale = info.HeightScale,
edgeNormalsArray = edgeNormalsArray,
sideOffsetScale = info.ScaledOffset
};
return(TopCellMesher.ScheduleCalculateVerticesJob(vertexCalculator, infoArray, vertices, lastHandle));
}
}
else
{
if (info.LerpToExactEdge == 1f)
{
var vertexCalculator = new ScaledBasicVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, heightOffset = info.OffsetY, edgeNormalsArray = edgeNormalsArray, sideOffsetScale = info.ScaledOffset
};
return(TopCellMesher.ScheduleCalculateVerticesJob(vertexCalculator, infoArray, vertices, lastHandle));
}
else
{
var vertexCalculator = new ScaledLerpedVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, lerpToEdge = info.LerpToExactEdge, heightOffset = info.OffsetY, edgeNormalsArray = edgeNormalsArray, sideOffsetScale = info.ScaledOffset
};
return(TopCellMesher.ScheduleCalculateVerticesJob(vertexCalculator, infoArray, vertices, lastHandle));
}
}
}
public void Init(Data data, float cellSize, Info info)
{
this.data = data;
this.cellSize = cellSize;
this.info = info;
CheckData(data, info);
Inited();
}
public void Init(Data data, float cellSize, params MesherInfo[] mesherInfos)
{
Data = data;
CellSize = cellSize;
submeshInfos.Clear();
AddMeshers(mesherInfos);
Inited();
}
public static JobHandle ScheduleCalculateUVJob(Data data, Info info, float cellSize, NativeArray <SideCellInfo> infoArray, NativeList <float3> vertices, NativeList <float2> uvs, JobHandle lastHandle = default)
{
float scaleU = info.UScale;
float scaleV = info.VScale;
if (info.NormalizeUV)
{
scaleU /= (math.max(data.ColNum, data.RowNum) - 1) * cellSize;
}
return(CalculateUVsJob.Schedule(scaleU, scaleV, infoArray, vertices, uvs, lastHandle));
}
public void Init(Data data, float cellSize, MesherInfo[][] mesherInfos)
{
Data = data;
CellSize = cellSize;
submeshInfos.Clear();
foreach (var infos in mesherInfos)
{
AddMeshers(infos);
}
Inited();
}
static public JobHandle Schedule(Data data, OptimizedInfo info, MergeChecker mergeChecker, NativeArray <MergeCellInfo> optimizationCells, JobHandle dependOn = default)
{
var optimizationJob = new GenerateOptimizationData <MergeChecker>
{
distanceColNum = data.ColNum,
distanceRowNum = data.RowNum,
mode = info.OptimizationMode,
mergeChecker = mergeChecker,
cells = optimizationCells,
distances = data.RawData
};
return(optimizationJob.Schedule(dependOn));
}
public void UpdateData(Data newData)
{
Init(newData.ColNum, newData.RowNum, newData.HasHeights, newData.HasCullingData);
NativeArray <float> .Copy(newData.RawData, data);
if (heightData != null && newData.HasHeights)
{
NativeArray <float> .Copy(newData.HeightsRawData, heightData);
}
if (cullingData != null && newData.HasCullingData)
{
NativeArray <bool> .Copy(newData.CullingDataRawData, cullingData);
}
}
static protected void CheckData(Data data, Info info)
{
if (data == null)
{
Debug.LogError("Data is null!");
}
if (data.ColNum < 2 || data.RowNum < 2)
{
Debug.LogError($"data size is invalid col:{data.ColNum} row:{data.RowNum}, both needs to be >= 2!");
}
if (info == null)
{
Debug.LogError("Info is null!");
}
}
static public JobHandle ScheduleCalculateInfoJob(Data data, Info info, NativeArray <TopCellInfo> infoArray, NativeList <float3> vertices, NativeList <int> triangles, NativeList <float3> normals, NativeList <float2> uvs, JobHandle lastHandle = default)
{
float3 normal = info.IsFlipped ? new float3(0, -1, 0) : new float3(0, 1, 0);
if (info.UseCullingData && data.HasCullingData)
{
var generator = new CulledTopCellInfoGenerator();
generator.cullingArray = data.CullingDataRawData;
lastHandle = CalculateInfoJob <CulledTopCellInfoGenerator, TopCellInfo> .Schedule(generator, data, vertices, triangles, info.GenerateNormals, normal, normals, info.GenerateUvs, uvs, infoArray, lastHandle);
}
else
{
var generator = new TopCellInfoGenerator();
lastHandle = CalculateInfoJob <TopCellInfoGenerator, TopCellInfo> .Schedule(generator, data, vertices, triangles, info.GenerateNormals, normal, normals, info.GenerateUvs, uvs, infoArray, lastHandle);
}
return(lastHandle);
}
static private JobHandle ScheduleCalculateInfoJob(Data data, Info info, bool useCullingData, NativeArray <TopCellInfo> infoArray, NativeArray <MergeCellInfo> mergeInfoArray, NativeList <float3> vertices, NativeList <int> triangles, NativeList <float3> normals, NativeList <float2> uvs, JobHandle lastHandle = default)
{
float3 normal = info.IsFlipped ? new float3(0, -1, 0) : new float3(0, 1, 0);
if (useCullingData)
{
var generator = new CulledOptimizedTopCellInfoGenerator();
generator.mergeInfoArray = mergeInfoArray;
generator.culledArray = data.CullingDataRawData;
lastHandle = CalculateInfoJob <CulledOptimizedTopCellInfoGenerator, TopCellInfo> .Schedule(generator, data, vertices, triangles, info.GenerateNormals, normal, normals, info.GenerateUvs, uvs, infoArray, lastHandle);
}
else
{
var generator = new OptimizedTopCellInfoGenerator();
generator.mergeInfoArray = mergeInfoArray;
lastHandle = CalculateInfoJob <OptimizedTopCellInfoGenerator, TopCellInfo> .Schedule(generator, data, vertices, triangles, info.GenerateNormals, normal, normals, info.GenerateUvs, uvs, infoArray, lastHandle);
}
return(lastHandle);
}
public static JobHandle ScheduleCalculateVerticesJob(Data data, Info info, bool useHeightData, float cellSize, NativeArray <TopCellInfo> infoArray, NativeList <float3> vertices, JobHandle lastHandle)
{
if (useHeightData)
{
if (info.LerpToExactEdge == 1f)
{
var vertexCalculator = new BasicHeightVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, heightOffset = info.OffsetY, heights = data.HeightsRawData, heightScale = info.HeightScale
};
return(ScheduleCalculateVerticesJob(vertexCalculator, infoArray, vertices, lastHandle));
}
else
{
var vertexCalculator = new LerpedHeightVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, lerpToEdge = info.LerpToExactEdge, heightOffset = info.OffsetY, heights = data.HeightsRawData, heightScale = info.HeightScale
};
return(ScheduleCalculateVerticesJob(vertexCalculator, infoArray, vertices, lastHandle));
}
}
else
{
if (info.LerpToExactEdge == 1f)
{
var vertexCalculator = new BasicVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, heightOffset = info.OffsetY
};
return(ScheduleCalculateVerticesJob(vertexCalculator, infoArray, vertices, lastHandle));
}
else
{
var vertexCalculator = new LerpedVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, lerpToEdge = info.LerpToExactEdge, heightOffset = info.OffsetY
};
return(ScheduleCalculateVerticesJob(vertexCalculator, infoArray, vertices, lastHandle));
}
}
}
static private void CopyData(Data from, Data to)
{
int minCol = Mathf.Min(from.ColNum, to.ColNum);
int minRow = Mathf.Min(from.RowNum, to.RowNum);
for (int y = 0; y < minRow; ++y)
{
for (int x = 0; x < minCol; ++x)
{
to.SetDistanceAt(x, y, from.DistanceAt(x, y));
if (from.HasHeights && to.HasHeights)
{
to.SetHeightAt(x, y, from.HeightAt(x, y));
}
if (from.HasCullingData && to.HasCullingData)
{
to.SetCullingAt(x, y, from.CullingAt(x, y));
}
}
}
}
static private JobHandle ScheduleGenerateOptimizationData <MergeChecker>(Data data, OptimizedInfo info, MergeChecker checker, NativeArray <MergeCellInfo> mergeInfoArray, JobHandle lastHandle)
where MergeChecker : struct, IMergeChecker
=> GenerateOptimizationData <MergeChecker> .Schedule(data, info, checker, mergeInfoArray, lastHandle);
private static IVertexCalculator SelectVertexCalculator(Data data, bool useHeightData, float heightOffset, float heightScale, float lerpToEdge, float cellSize, float sideOffset, NativeArray <EdgeNormals> edgeNormals)
{
IVertexCalculator selected;
if (sideOffset > 0)
{
if (useHeightData)
{
if (lerpToEdge == 1f)
{
selected = new ScaledBasicHeightVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, heightOffset = heightOffset, heights = data.HeightsRawData, heightScale = heightScale, sideOffsetScale = sideOffset, edgeNormalsArray = edgeNormals
};
}
else
{
selected = new ScaledLerpedHeightVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, lerpToEdge = lerpToEdge, heightOffset = heightOffset, heights = data.HeightsRawData, heightScale = heightScale, sideOffsetScale = sideOffset, edgeNormalsArray = edgeNormals
};
}
}
else
{
if (lerpToEdge == 1f)
{
selected = new ScaledBasicVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, heightOffset = heightOffset, sideOffsetScale = sideOffset, edgeNormalsArray = edgeNormals
};
}
else
{
selected = new ScaledLerpedVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, lerpToEdge = lerpToEdge, heightOffset = heightOffset, sideOffsetScale = sideOffset, edgeNormalsArray = edgeNormals
};
}
}
}
else
{
if (useHeightData)
{
if (lerpToEdge == 1f)
{
selected = new BasicHeightVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, heightOffset = heightOffset, heights = data.HeightsRawData, heightScale = heightScale
};
}
else
{
selected = new LerpedHeightVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, lerpToEdge = lerpToEdge, heightOffset = heightOffset, heights = data.HeightsRawData, heightScale = heightScale
};
}
}
else
{
if (lerpToEdge == 1f)
{
selected = new BasicVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, heightOffset = heightOffset
};
}
else
{
selected = new LerpedVertexCalculator()
{
colNum = data.ColNum, cellSize = cellSize, lerpToEdge = lerpToEdge, heightOffset = heightOffset
};
}
}
}
return(selected);
}
static private bool DoesDataMatch(Data data, MarchingSquaresComponent.DataCreationInfo info) => data.ColNum == info.ColNum && data.RowNum == info.RowNum && data.HasHeights == info.HasHeightData && data.HasCullingData == info.HasCullingData;
