private void FixedUpdate()
{
// Clear & Refill Octree
octree.Clear();
for (int i = 0; i < EntityManager.EntityCount; i++)
{
octree.Insert(EntityManager.GetEntity(i));
}
}
public void CreateMesh(List <Vector3> vertices, List <TriangleVertexIndices> triangleVertexIndices, int maxTrianglesPerCell, float minCellSize)
{
var numVertices = vertices.Count;
Octree.Clear(true);
Octree.AddTriangles(vertices, triangleVertexIndices);
Octree.BuildOctree(maxTrianglesPerCell, minCellSize);
this.maxTrianglesPerCell = maxTrianglesPerCell;
this.minCellSize = minCellSize;
}
public override void Process(Bitmap bitmap)
{
buildOctree = true; quantize = false;
base.Process(bitmap);
palette = octree.MakePalette(PaletteSize);
buildOctree = false; quantize = true;
base.Process(bitmap);
octree.Clear();
}
public static void Set(this Octree octree, VoxelandData.OctNode root, LinearArrayHeap <byte> allocator)
#endif
{
int num = root.CountNodes() * 4;
octree.Clear(allocator);
#if BelowZero
var octreeData = allocator.Get(num);
#else
var octreeData = allocator.Allocate(num);
#endif
octree.data = octreeData;
ushort num2 = 1;
octree.SetInternal(root, 0, ref num2);
}
public static double SunShineSim(TreeModel treeModel, PhotosyntheticModels type)
{
double biomass = 0.0;
switch (type)
{
case PhotosyntheticModels.LightResponse:
Octree octree = Octree.Build(treeModel);
biomass =
octree == null? //无模型，说明未出苗
MaizeParams.SEED_BIOMASS : DailySunShineSimluation(treeModel, DateTime.Now, 119, 26, octree, 0.1f, 100, 100);
if (octree != null)
{
octree.Clear();
}
break;
default:
GameObject go = treeModel.TreeModelInstance;
if (go != null)
{
Mesh.AddBoxColliderInParent(go);
}
biomass =
treeModel.GetLeafIndexes().Count != 0 ? //无叶片，说明未出苗
BeerRule.BiomassCal(treeModel) / FunctionSim.ComputeDaysInGC(treeModel) : MaizeParams.SEED_BIOMASS;
break;
}
if (biomass != MaizeParams.SEED_BIOMASS)
{
biomass *= EnvironmentEffect.TemperatureStressFactor(treeModel) * EnvironmentEffect.WaterStressFactor(treeModel) * EnvironmentEffect.SunshineStress(treeModel);
}
return(biomass);
}
// Update is called once per frame
void Update()
{
float _FParticleRadius = ParticlePrefab.gameObject.transform.GetChild(0).GetComponent <SpriteRenderer>().bounds.size.x / 2;
if (RootOcTree != null)
{
RootOcTree.Clear();
}
RootOcTree = null;
if (_Clear)
{
_Clear = false;
foreach (GameObject particleObj in _Particles)
{
Destroy(particleObj);
}
_Particles.Clear();
}
RootOcTree = new Octree(CubeCenter, CubeWidth, _FParticleRadius, this);
if (_UpdateDepth)
{
_UpdateDepth = false;
Octree.SMaxDepthToStopAt = Convert.ToInt32(InputMaxDepthSlider.value * _NewMaxDepth);
TextBoxCurrentMaxDepth.text = "Depth : " + Octree.SMaxDepthToStopAt;
}
if (_UpdateSplitAt)
{
_UpdateSplitAt = false;
_NewSplitAt -= 1;
Octree.SMaxChildren = Convert.ToInt32(InputSplitAtSlider.value * _NewSplitAt) + 1;
TextBoxCurrentSplitAt.text = "Split after : " + (Octree.SMaxChildren);
//Octree.SMaxChildren += 1;
}
foreach (GameObject obj in _Particles)
{
obj.gameObject.transform.GetChild(0).GetComponent <SpriteRenderer>().color = Color.white;
RootOcTree.Insert(obj);
}
if (_KeyboardCameraControl.LockCursor)
{
if (ParticleSpawner.activeSelf)
{
SpawnParticleOnClick();
}
}
//frustum
//if (_ShowTraversal)
if (RootOcTree.FrustumLiesIn(DrawFrustum.AllPoints))
{
RootOcTree.IsWithinFrustum(DrawFrustum.AllPoints);
}
UpdateText();
}