/*
* Save ourselves on quit. We do this because this script is really a cloud authoring tool.
*/
void OnApplicationQuit()
{
/*
if (!enabled)
return;
if (initiallyEnabledSet.SetEquals ((new List<Slice> (slices).FindAll (s => s.selected)))
&& initiallyEnabledSet2.SetEquals ((new List<Slice> (slices).FindAll (s => s.selectedForCamview)))
&& transform.worldToLocalMatrix == initialMatrix) {
Debug.Log("Selection/transform haven't changed, don't have to save");
return;
}
Debug.Log("Selection or transform changed, saving");
*/
StopAllCoroutines();
if (detailBranch)
DestroyImmediate(detailBranch);
if (binReader != null) {
binReader.Close();
binReader = null;
}
Object prefab = EditorUtility.GetPrefabParent (gameObject);
EditorUtility.ReplacePrefab (gameObject, prefab);
}
public ReaderTest()
{
reader = new CloudStream.Reader( TmpFileStream() );
}
void Start()
{
binReader = new CloudStream.Reader(new FileStream(ExplodedPrefs.ImportedBin(name), FileMode.Open, FileAccess.Read));
/* pre-calculate selection size */
UpdateSelectionSize();
/* pre-allocate some things */
/* start the pool (actual pooled objects will be created as necessary) */
detailBranch = new GameObject("Detail");
ProceduralUtils.InsertAtOrigin(detailBranch.transform, transform);
guiMessage = "";
orbit = Object.FindObjectOfType(typeof(MouseOrbit)) as MouseOrbit;
/* order slices by size */
System.Array.Sort(slices, (s1,s2) => (s2.size - s1.size));
/*
initiallyEnabledSet = new HashSet<Slice>( new List<Slice>(slices).FindAll(s => s.selected) );
initiallyEnabledSet2 = new HashSet<Slice> (new List<Slice> (slices).FindAll (s => s.selectedForCamview));
initialMatrix = transform.worldToLocalMatrix;
*/
}
public virtual void Awake()
{
// add detail node if don't have one already
detail = transform.FindChild("Detail");
if (detail == null) {
detail = new GameObject("Detail").transform;
ProceduralUtils.InsertAtOrigin(detail, transform);
}
try {
reader = new CloudStream.Reader( new FileStream( BinPath, FileMode.Open, FileAccess.Read ) );
} catch (IOException) {
enabled = false;
}
}
void ShuffleBin(string path)
{
using(FileStream fs = new FileStream(path, FileMode.Open, FileAccess.ReadWrite)) {
CloudStream.Reader reader = new CloudStream.Reader(fs);
CloudStream.Writer writer = new CloudStream.Writer(fs);
byte[] tmp_i = new byte[CloudStream.pointRecSize] , tmp_j = new byte[CloudStream.pointRecSize];
ShuffleUtility.WithSwap((int)fs.Length / CloudStream.pointRecSize,
(i, j) => {
reader.SeekPoint(i);
tmp_i = reader.ReadBytes( tmp_i.Length);
reader.SeekPoint(j);
tmp_j = reader.ReadBytes( tmp_j.Length);
writer.SeekPoint(j);
writer.Write(tmp_i);
writer.SeekPoint(i);
writer.Write(tmp_j);
});
}
}
void CutToBoxes(GameObject cloud_go)
{
// using linked list so we can change order on the fly
ImportedCloud iCloud = cloud_go.GetComponent<ImportedCloud>();
slices = new LinkedList<Slice>( iCloud.slices );
maxTodoCount = cutBoxes.Count * Prefs.MaxCompactSize;
done = 0;
portionCount = 0;
Progressor prog = new Progressor ("Cutting " + cloud_go.name + " according to boxes");
// open the original file for reading
origReader = new CloudStream.Reader( new FileStream( Prefs.ImportedBin(cloud_go.name) , FileMode.Open, FileAccess.Read));
try {
// since we get rid of full boxes and exhausted slices ...
while( cutBoxHelpers.Count > 0 && slices.Count > 0 ) {
// iterate over remaining slices
LinkedListNode<Slice> slice_iter = slices.First;
do {
// deal with this once slice ...
SortSlicePortion(slice_iter, cutBoxHelpers, shadowBoxHelpers);
prog.Progress( (float)done/(float)maxTodoCount, "Sorting...");
} while (cutBoxHelpers.Count > 0 && (slice_iter = slice_iter.Next) != null);
portionCount++;
}
// close remaining boxes
foreach (BoxHelper box in cutBoxHelpers)
box.Finish ();
foreach (BoxHelper box in shadowBoxHelpers)
box.Finish ();
} finally {
prog.Done();
}
}
public Mesh SampleMinMesh( GameObject go )
{
using( CloudStream.Reader reader =
new CloudStream.Reader(new FileStream( Prefs.BoxBin( go.name ) , FileMode.Open)) ) {
int size = (int)System.Math.Min( (long)Prefs.MinMeshSize, reader.PointCount );
CloudMeshConvertor conv = new CloudMeshConvertor( size );
Mesh mesh = conv.MakeMesh();
reader.ReadPoints(conv.vBuffer, conv.cBuffer);
conv.Convert(mesh);
// shut up the editor about the "shader wants normals" nonsense
mesh.RecalculateNormals();
mesh.name = go.name + "-minMesh";
go.GetComponent<MeshFilter>().sharedMesh = mesh;
go.GetComponent<MeshRenderer>().sharedMaterial =
AssetDatabaseExt.LoadAssetAtPath<Material>("Assets/Materials/TrillingFastPoint.mat");
return mesh;
}
}
void ShuffleSlicesAndSample(string bin_path)
{
using (FileStream stream = File.Open( bin_path, FileMode.Open)) {
CloudStream.Reader reader = new CloudStream.Reader(stream);
try {
foreach(Slice slice in prog.Iterate(iCloud.slices)) {
int byteCount = slice.size * CloudStream.pointRecSize;
byte[] sliceBytes = new byte[byteCount];
reader.SeekPoint(slice.offset, SeekOrigin.Begin);
stream.Read( sliceBytes, 0, byteCount );
byte[] tmp = new byte[CloudStream.pointRecSize];
ShuffleUtility.WithSwap(slice.size, (i, j) =>
{
/*
* This is the fastest way I found to swap 16-byte long chunks in memory (tried MemoryStream and
* byte-by-byte swap loop).
*/
System.Buffer.BlockCopy(sliceBytes, i * CloudStream.pointRecSize, tmp, 0, CloudStream.pointRecSize);
System.Buffer.BlockCopy(sliceBytes, j * CloudStream.pointRecSize, sliceBytes, i * CloudStream.pointRecSize, CloudStream.pointRecSize);
System.Buffer.BlockCopy(tmp, 0, sliceBytes, j * CloudStream.pointRecSize, CloudStream.pointRecSize);
// 'i' runs backwards from pointCount-1 to 0
});
reader.SeekPoint(slice.offset, SeekOrigin.Begin);
stream.Write( sliceBytes, 0, byteCount );
// may be sample
CloudStream.Reader mem = new CloudStream.Reader(new MemoryStream(sliceBytes));
int sampleSize = Math.Min( sliceSampleSize, (int)mem.PointCount );
mem.DecodePoints(meshConv, sampleSize );
}
} finally {
prog.Done("Shuffled orig bin in {tt}");
}
} // using(stream)
}