public void GetMeshArrays(Mesh mesh, out Vector3[] meshVerts, out int[] meshTris)
{
//finding proper recent mesh data
meshVerts = null; meshTris = null;
if (recentMeshes.ContainsKey(mesh) && recentMeshes.GetVal1(mesh) == mesh.name) //if contains mesh and it's name has not changed (i.e. mesh itself has not changed)
{
meshVerts = recentMeshes.GetVal2(mesh);
meshTris = recentMeshes.GetVal3(mesh);
}
//retrieving and saving current mesh data
else
{
meshVerts = mesh.vertices;
meshTris = mesh.triangles;
recentMeshes.CheckAdd(mesh, mesh.name, meshVerts, meshTris, overwrite: true);
}
//flushing recent meshes if the number of meshes is too big (ansd adding current one)
if (recentMeshes.Count > 20)
{
recentMeshes.Clear();
recentMeshes.Add(mesh, mesh.name, meshVerts, meshTris);
}
}
public static void GetProgresByTag(string tag, out float contained, out float calculated, out float ready)
{
if (profile)
{
Profiler.BeginSample("Get Progress Tag");
}
DictTuple <string, bool, bool> dict = new DictTuple <string, bool, bool>();
int queueCount = queue.Count;
contained = 0; calculated = 0; ready = 0;
for (int i = 0; i < queueCount; i++)
{
ThreadWorker worker = queue[i];
if (worker.stage == Stage.stop || worker.stage == Stage.blank)
{
continue;
}
if (!worker.tag.Contains(tag))
{
continue;
}
//contains
if (!dict.ContainsKey(worker.tag))
{
dict.Add(worker.tag, true, true);
}
//calculated
TupleSet <bool, bool> tuple = dict[worker.tag];
if (worker.stage != Stage.applyEnqueued && worker.stage != Stage.coroutineEnqueued && worker.stage != Stage.coroutineRunning && worker.stage != Stage.ready)
{
tuple.item1 = false; tuple.item2 = false; dict[worker.tag] = tuple;
}
//ready
if (worker.stage != Stage.ready)
{
tuple.item2 = false; dict[worker.tag] = tuple;
}
}
//calculating total statistics
contained = dict.Count;
foreach (TupleSet <bool, bool> tuple in dict.Values())
{
if (tuple.item1)
{
calculated++;
}
if (tuple.item2)
{
ready++;
}
}
if (profile)
{
Profiler.EndSample();
}
}