public SerializedProperties(SerializedObject serializedObject)
{
SDFGroup = serializedObject.FindProperty("m_group");
MainSettings = serializedObject.FindProperty("m_mainSettings");
// AutoUpdate = MainSettings.FindPropertyRelative("m_autoUpdate");
OutputMode = MainSettings.FindPropertyRelative("m_outputMode");
IsAsynchronous = MainSettings.FindPropertyRelative("m_isAsynchronous");
ProceduralMaterial = MainSettings.FindPropertyRelative("m_proceduralMaterial");
AlgorithmSettings = serializedObject.FindProperty("m_algorithmSettings");
MaxAngleTolerance = AlgorithmSettings.FindPropertyRelative("m_maxAngleTolerance");
VisualNormalSmoothing = AlgorithmSettings.FindPropertyRelative("m_visualNormalSmoothing");
IsosurfaceExtractionType = AlgorithmSettings.FindPropertyRelative("m_isosurfaceExtractionType");
ConstrainToCellUnits = AlgorithmSettings.FindPropertyRelative("m_constrainToCellUnits");
OverrideQEFSettings = AlgorithmSettings.FindPropertyRelative("m_overrideQEFSettings");
QEFSweeps = AlgorithmSettings.FindPropertyRelative("m_qefSweeps");
QEFPseudoInverseThreshold = AlgorithmSettings.FindPropertyRelative("m_qefPseudoInverseThreshold");
EdgeIntersectionType = AlgorithmSettings.FindPropertyRelative("m_edgeIntersectionType");
BinarySearchIterations = AlgorithmSettings.FindPropertyRelative("m_binarySearchIterations");
ApplyGradientDescent = AlgorithmSettings.FindPropertyRelative("m_applyGradientDescent");
GradientDescentIterations = AlgorithmSettings.FindPropertyRelative("m_gradientDescentIterations");
NudgeVerticesToAverageNormalScalar = AlgorithmSettings.FindPropertyRelative("m_nudgeVerticesToAverageNormalScalar");
NudgeMaxMagnitude = AlgorithmSettings.FindPropertyRelative("m_nudgeMaxMagnitude");
VoxelSettings = serializedObject.FindProperty("m_voxelSettings");
CellSizeMode = VoxelSettings.FindPropertyRelative("m_cellSizeMode");
CellSize = VoxelSettings.FindPropertyRelative("m_cellSize");
CellCount = VoxelSettings.FindPropertyRelative("m_cellCount");
VolumeSize = VoxelSettings.FindPropertyRelative("m_volumeSize");
CellDensity = VoxelSettings.FindPropertyRelative("m_cellDensity");
AddMeshRenderers = serializedObject.FindProperty("m_addMeshRenderers");
AddMeshColliders = serializedObject.FindProperty("m_addMeshColliders");
MeshRendererMaterial = serializedObject.FindProperty("m_meshRendererMaterial");
}
public VoxelVolume(VoxelSettings settings)
{
Size = settings.VoxelsPerChunk;
Bounds.size = Size;
PaddedSize = Size + Vector3Int.one;
VoxelCount = PaddedSize.x * PaddedSize.y * PaddedSize.z;
Voxels = new NativeArray <float>(VoxelCount, Allocator.Persistent);
}
public VoxelGeneratorNoise(VoxelSettings settings) : base(settings)
{
}
public static VoxelGenerator CreateInstance(VoxelSettings settings)
{
return(new VoxelGeneratorNoise(settings));
}
public VoxelGenerator(VoxelSettings settings)
{
this.settings = settings;
Volume = new VoxelVolume(settings);
}
public ChunkData(VoxelSettings voxelSettings, MeshSettings meshSettings)
{
voxelGen = VoxelGeneratorFactory.CreateInstance(voxelSettings);
meshGen = MeshGeneratorFactory.CreateInstance(meshSettings);
meshGen.VoxelGenerator = voxelGen;
}
