public override void LESave(VoxWorld world, int w, int h, DirectoryInfo dir)
{
// Create File
FileInfo fi = new FileInfo(dir.FullName + @"\horde.dat");
BinaryWriter s = new BinaryWriter(fi.Create());
// Search Through Columns
Vector3I loc = Vector3I.Zero;
for (loc.Z = 0; loc.Z < h; loc.Z++)
{
for (loc.X = 0; loc.X < w; loc.X++)
{
loc.Y = 0;
VoxLocation vl = new VoxLocation(loc);
Region r = world.regions[vl.RegionIndex];
// Search Through The Region
int team, type;
for (; vl.VoxelLoc.Y < Region.HEIGHT; vl.VoxelLoc.Y++)
{
ushort id = r.voxels[vl.VoxelIndex].ID;
if (id < minID || id > maxID)
{
continue;
}
// Write Team And Type
team = id - minID;
type = team & 0x01;
team >>= 1;
s.Write(team);
s.Write(type);
s.Write(loc.X);
s.Write(loc.Z);
break;
}
}
}
s.Write(-1);
// Flush And Close
s.Flush();
s.BaseStream.Dispose();
}
public Point HeightIndex(VoxWorld world, int x, int z, int direction)
{
Point p = Point.Zero;
VoxLocation vl = new VoxLocation(new Vector3I(x, 0, z));
Region r = world.regions[vl.RegionIndex];
x = vl.VoxelLoc.X;
z = vl.VoxelLoc.Z;
for (int y = Region.HEIGHT - 1; y >= 0; y--)
{
int i = Region.ToIndex(x, y, z);
ushort id = r.voxels[i].ID;
if (TryGetFlat(id))
{
p.X = y + 1;
p.Y = 0;
return(p);
}
else
{
int ramp;
if (TryGetRamp(id, out ramp))
{
if (direction == ramp)
{
p.X = y + 1;
p.Y = 0;
}
else if ((direction ^ 0x01) == ramp)
{
p.X = y;
p.Y = 0;
}
else
{
p.X = y;
p.Y = ((direction + ramp) & 0x01) == 0 ? 1 : -1;
}
return(p);
}
}
}
return(p);
}
public override void LESave(VoxWorld world, int w, int h, DirectoryInfo dir)
{
// Create File
FileInfo fi = new FileInfo(dir.FullName + @"\camera.dat");
BinaryWriter s = new BinaryWriter(fi.Create());
// Search Through Columns
Vector3I loc = Vector3I.Zero;
for (loc.Z = 0; loc.Z < h; loc.Z++)
{
for (loc.X = 0; loc.X < w; loc.X++)
{
loc.Y = 0;
VoxLocation vl = new VoxLocation(loc);
Region r = world.regions[vl.RegionIndex];
// Search Through The Region
for (; vl.VoxelLoc.Y < Region.HEIGHT; vl.VoxelLoc.Y++)
{
ushort id = r.voxels[vl.VoxelIndex].ID;
if (id == camID)
{
// Write Camera Position
s.Write(loc.X);
s.Write(vl.VoxelLoc.Y);
s.Write(loc.Z);
s.Flush();
s.BaseStream.Dispose();
return;
}
}
}
}
// Flush And Close (No Data)
s.Write(w / 2);
s.Write((Grey.Vox.Region.HEIGHT * 3) / 4);
s.Write(h / 2);
s.Flush();
s.BaseStream.Dispose();
}
public abstract void LESave(VoxWorld world, int w, int h, DirectoryInfo dir);
public static ColumnResult GetColumn(VoxWorld vw, int x, int z, int w, int h, IVoxGridResolver vgr)
{
VoxLocation vl = new VoxLocation(new Vector3I(x, Region.HEIGHT - 1, z));
ColumnResult cr = new ColumnResult();
ushort id;
// Get Height Information
cr.Height = new RTSEngine.Data.HeightTile();
Region r = vw.regions[vl.RegionIndex];
int ramp;
for (; vl.VoxelLoc.Y > 0; vl.VoxelLoc.Y--)
{
id = r.voxels[vl.VoxelIndex].ID;
if (vgr.TryGetFlat(id))
{
cr.Height.XNZN = vl.VoxelLoc.Y + 1;
cr.Height.XPZN = vl.VoxelLoc.Y + 1;
cr.Height.XNZP = vl.VoxelLoc.Y + 1;
cr.Height.XPZP = vl.VoxelLoc.Y + 1;
break;
}
else if (vgr.TryGetRamp(id, out ramp))
{
switch (ramp)
{
case 0:
cr.Height.XNZN = vl.VoxelLoc.Y + 1;
cr.Height.XPZN = vl.VoxelLoc.Y + 0;
cr.Height.XNZP = vl.VoxelLoc.Y + 1;
cr.Height.XPZP = vl.VoxelLoc.Y + 0;
break;
case 1:
cr.Height.XNZN = vl.VoxelLoc.Y + 0;
cr.Height.XPZN = vl.VoxelLoc.Y + 1;
cr.Height.XNZP = vl.VoxelLoc.Y + 0;
cr.Height.XPZP = vl.VoxelLoc.Y + 1;
break;
case 2:
cr.Height.XNZN = vl.VoxelLoc.Y + 1;
cr.Height.XPZN = vl.VoxelLoc.Y + 1;
cr.Height.XNZP = vl.VoxelLoc.Y + 0;
cr.Height.XPZP = vl.VoxelLoc.Y + 0;
break;
case 3:
cr.Height.XNZN = vl.VoxelLoc.Y + 0;
cr.Height.XPZN = vl.VoxelLoc.Y + 0;
cr.Height.XNZP = vl.VoxelLoc.Y + 1;
cr.Height.XPZP = vl.VoxelLoc.Y + 1;
break;
}
if (vl.VoxelLoc.Y > 0)
{
vl.VoxelLoc.Y--;
}
break;
}
}
// Get Wall Information
cr.Walls = 0x00;
if (x == 0)
{
cr.Walls |= CollisionGrid.Direction.XN;
}
else
{
Point hi = vgr.HeightIndex(vw, x, z, 0);
Point hin = vgr.HeightIndex(vw, x - 1, z, 1);
if (hin != hi)
{
cr.Walls |= CollisionGrid.Direction.XN;
}
}
if (x == w - 1)
{
cr.Walls |= CollisionGrid.Direction.XP;
}
else
{
Point hi = vgr.HeightIndex(vw, x, z, 1);
Point hin = vgr.HeightIndex(vw, x + 1, z, 0);
if (hin != hi)
{
cr.Walls |= CollisionGrid.Direction.XP;
}
}
if (z == 0)
{
cr.Walls |= CollisionGrid.Direction.ZN;
}
else
{
Point hi = vgr.HeightIndex(vw, x, z, 2);
Point hin = vgr.HeightIndex(vw, x, z - 1, 3);
if (hin != hi)
{
cr.Walls |= CollisionGrid.Direction.ZN;
}
}
if (z == h - 1)
{
cr.Walls |= CollisionGrid.Direction.ZP;
}
else
{
Point hi = vgr.HeightIndex(vw, x, z, 3);
Point hin = vgr.HeightIndex(vw, x, z + 1, 2);
if (hin != hi)
{
cr.Walls |= CollisionGrid.Direction.ZP;
}
}
if ((cr.Walls & CollisionGrid.Direction.XN) != 0 && (cr.Walls & CollisionGrid.Direction.ZN) != 0)
{
cr.Walls |= CollisionGrid.Direction.XNZN;
}
if ((cr.Walls & CollisionGrid.Direction.XP) != 0 && (cr.Walls & CollisionGrid.Direction.ZN) != 0)
{
cr.Walls |= CollisionGrid.Direction.XPZN;
}
if ((cr.Walls & CollisionGrid.Direction.XN) != 0 && (cr.Walls & CollisionGrid.Direction.ZP) != 0)
{
cr.Walls |= CollisionGrid.Direction.XNZP;
}
if ((cr.Walls & CollisionGrid.Direction.XP) != 0 && (cr.Walls & CollisionGrid.Direction.ZP) != 0)
{
cr.Walls |= CollisionGrid.Direction.XPZP;
}
return(cr);
}
public static void ParseVoxels(VoxWorld vw, string file)
{
// Set Voxel Data
byte[] data;
using (var s = File.OpenRead(file)) {
// Read How Much Data To Allocate
var br = new BinaryReader(s);
int l = br.ReadInt32();
// Decompress Data
data = new byte[l];
var gs = new GZipStream(s, CompressionMode.Decompress);
gs.Read(data, 0, data.Length);
}
// Convert Data
int i = 0;
int x = BitConverter.ToInt32(data, i); i += 4;
int z = BitConverter.ToInt32(data, i); i += 4;
Vector3I loc = Vector3I.Zero;
Region rN;
for (loc.Z = 0; loc.Z < z; loc.Z++)
{
for (loc.X = 0; loc.X < x; loc.X++)
{
loc.Y = 0;
VoxLocation vl = new VoxLocation(loc);
var r = vw.regions[vl.RegionIndex];
if (r == null)
{
// Check If The Region Needs To Be Loaded
r = vw.TryCreateRegion(vl.RegionLoc.X, vl.RegionLoc.Y);
int rx = vl.RegionLoc.X;
int rz = vl.RegionLoc.Y;
if (r == null)
{
continue;
}
// Look For Neighbors
rN = vw.pager.Obtain(rx - 1, rz);
if (rN != null)
{
r.rNX = rN; rN.rPX = r;
}
rN = vw.pager.Obtain(rx + 1, rz);
if (rN != null)
{
r.rPX = rN; rN.rNX = r;
}
rN = vw.pager.Obtain(rx, rz - 1);
if (rN != null)
{
r.rNZ = rN; rN.rPZ = r;
}
rN = vw.pager.Obtain(rx, rz + 1);
if (rN != null)
{
r.rPZ = rN; rN.rNZ = r;
}
vw.regions[vl.RegionIndex] = r;
}
// Read Scenery
while (true)
{
int scen = BitConverter.ToInt32(data, i); i += 4;
if (scen == -1)
{
break;
}
int ri = BitConverter.ToInt32(data, i); i += 4;
int vi = BitConverter.ToInt32(data, i); i += 4;
vw.regions[ri].voxels[vi].ID = (ushort)(20 + scen);
}
int h = BitConverter.ToInt32(data, i); i += 4;
int t = BitConverter.ToInt32(data, i); i += 4;
switch (t)
{
case 0:
// Terrain
int terr = BitConverter.ToInt32(data, i) + 1; i += 4;
for (vl.VoxelLoc.Y = 0; vl.VoxelLoc.Y <= h; vl.VoxelLoc.Y++)
{
r.SetVoxel(vl.VoxelLoc.X, vl.VoxelLoc.Y, vl.VoxelLoc.Z, (ushort)(terr + 10));
}
if (h > 0)
{
r.SetVoxel(vl.VoxelLoc.X, h, vl.VoxelLoc.Z, (ushort)(terr));
}
if (h > 1)
{
r.SetVoxel(vl.VoxelLoc.X, h - 1, vl.VoxelLoc.Z, (ushort)(terr + 5));
}
break;
case 1:
// Ramp
int ramp = BitConverter.ToInt32(data, i); i += 4;
for (vl.VoxelLoc.Y = 0; vl.VoxelLoc.Y <= h; vl.VoxelLoc.Y++)
{
r.SetVoxel(vl.VoxelLoc.X, vl.VoxelLoc.Y, vl.VoxelLoc.Z, 11);
}
if (h > 0)
{
r.SetVoxel(vl.VoxelLoc.X, h, vl.VoxelLoc.Z, (ushort)(ramp + 16));
}
if (h > 1)
{
r.SetVoxel(vl.VoxelLoc.X, h - 1, vl.VoxelLoc.Z, 6);
}
break;
}
r.NotifyFacesChanged();
}
}
for (int vi = 0; vi < 15; vi++)
{
var vd = vw.Atlas.Create();
vd.FaceType = new VoxFaceType();
vd.FaceType.SetAllTypes(0x00000001u);
vd.FaceType.SetAllMasks(0xfffffffeu);
}
for (int vi = 0; vi < 4; vi++)
{
var vd = vw.Atlas.Create();
vd.FaceType = new VoxFaceType();
vd.FaceType.SetAllTypes(0x00000000u);
vd.FaceType.Types[Voxel.FACE_PY] = 0xffffffffu;
vd.FaceType.SetAllMasks(0xffffffffu);
}
for (int vi = 0; vi < 5; vi++)
{
var vd = vw.Atlas.Create();
vd.FaceType = new VoxFaceType();
vd.FaceType.SetAllTypes(0x00000001u);
vd.FaceType.SetAllMasks(0xfffffffeu);
}
for (int vi = 0; vi < 5; vi++)
{
var vd = vw.Atlas.Create();
vd.FaceType = new VoxFaceType();
vd.FaceType.SetAllTypes(0x00000000u);
vd.FaceType.Types[Voxel.FACE_PY] = 0xffffffffu;
vd.FaceType.SetAllMasks(0xffffffffu);
}
}
public override void LESave(VoxWorld world, int w, int h, DirectoryInfo dir)
{
return;
}
void OnRegionRemoval(VoxWorld w, Region r)
{
lock (activeRegions) {
activeRegions.Remove(r);
}
}
void OnRegionAddition(VoxWorld w, Region r)
{
lock (activeRegions) {
activeRegions.Add(r);
}
}
public override void LESave(VoxWorld world, int w, int h, DirectoryInfo dir)
{
// Create File
FileInfo fi = new FileInfo(dir.FullName + @"\horde.dat");
BinaryWriter s = new BinaryWriter(fi.Create());
// Search Through Columns
Vector3I loc = Vector3I.Zero;
for(loc.Z = 0; loc.Z < h; loc.Z++) {
for(loc.X = 0; loc.X < w; loc.X++) {
loc.Y = 0;
VoxLocation vl = new VoxLocation(loc);
Region r = world.regions[vl.RegionIndex];
// Search Through The Region
int team, type;
for(; vl.VoxelLoc.Y < Region.HEIGHT; vl.VoxelLoc.Y++) {
ushort id = r.voxels[vl.VoxelIndex].ID;
if(id < minID || id > maxID) continue;
// Write Team And Type
team = id - minID;
type = team & 0x01;
team >>= 1;
s.Write(team);
s.Write(type);
s.Write(loc.X);
s.Write(loc.Z);
break;
}
}
}
s.Write(-1);
// Flush And Close
s.Flush();
s.BaseStream.Dispose();
}
public VoxState()
{
World = new VoxWorld(this);
VWorkPool = new VoxWorkPool();
eQueue = new List <VEvent>(4);
}
