private void RefreshTextures()
{
if (RootJOBJ == null)
{
return;
}
Surfaces.Clear();
tobjToSurface.Clear();
var tobjs = GetTOBJS();
List <HSD_Image> Process = new List <HSD_Image>();
foreach (var tobj in tobjs)
{
var surface = new SBSurface();
surface.Name = "TOBJ_" + tobjs.IndexOf(tobj);
surface.Arrays.Add(new MipArray()
{
Mipmaps = new List <byte[]>()
{
tobj.GetDecodedImageData()
}
});
surface.Width = tobj.ImageData.Width;
surface.Height = tobj.ImageData.Height;
surface.PixelFormat = PixelFormat.Bgra;
surface.PixelType = PixelType.UnsignedByte;
surface.InternalFormat = InternalFormat.Rgba;
tobjToSurface.Add(tobj._s, surface);
Surfaces.Add(surface);
}
}
public void AddEntity(IEntityG entity)
{
switch (entity.Type)
{
case EntityGType.line:
Lines.Add((LineG)entity);
break;
case EntityGType.arc:
Circles.Add((CircleG)entity);
break;
case EntityGType.loop:
Loops.Add((LoopG)entity);
break;
case EntityGType.surf:
Surfaces.Add((PlaneSurface)entity);
break;
case EntityGType.phsurf:
PhySurfaces.Add((PhysicalSurface)entity);
break;
case EntityGType.phcurve:
PhyCurves.Add((PhysicalCurve)entity);
break;
case EntityGType.point:
Points.Add((PointG)entity);
break;
}
}
/// <summary> Adds surface. </summary>
internal void AddSurface(Surface surface, Action <Mesh> modifyMeshAction)
{
lock (Surfaces)
{
Surfaces.Add(new Tuple <Surface, Action <Mesh> >(surface, modifyMeshAction));
}
}
/// <summary>
/// Add a surface to the list of surfaces that the scene should render to.
/// This only applies to the Scene's graphics, NOT the entities in the scene.
/// </summary>
/// <param name="target"></param>
public void AddSurface(Surface target)
{
if (Surfaces == null)
{
Surfaces = new List <Surface>();
}
Surfaces.Add(target);
}
public void AddSurface(Surface newSurface)
{
Surfaces.Add(newSurface);
if (newSurface.IsExterior)
{
ExteriorSurfaces.Add(newSurface);
}
DragCoefficients.Add(newSurface.DragCoefficient);
}
public void LoadTexture(Texture tex, int target = 1)
{
Surfaces.Clear();
try
{
uint blk_dim = Formats.blk_dims((uint)((int)tex.Format >> 8));
uint blkWidth = blk_dim >> 4;
uint blkHeight = blk_dim & 0xF;
int linesPerBlockHeight = (1 << (int)tex.BlockHeightLog2) * 8;
uint bpp = Formats.bpps((uint)((int)tex.Format >> 8));
for (int arrayLevel = 0; arrayLevel < tex.ArrayLength; arrayLevel++)
{
int blockHeightShift = 0;
List <byte[]> mips = new List <byte[]>();
for (int mipLevel = 0; mipLevel < tex.TextureData[arrayLevel].Count; mipLevel++)
{
uint width = (uint)Math.Max(1, tex.Width >> mipLevel);
uint height = (uint)Math.Max(1, tex.Height >> mipLevel);
uint size = TegraX1Swizzle.DIV_ROUND_UP(width, blkWidth) * TegraX1Swizzle.DIV_ROUND_UP(height, blkHeight) * bpp;
if (TegraX1Swizzle.pow2_round_up(TegraX1Swizzle.DIV_ROUND_UP(height, blkWidth)) < linesPerBlockHeight)
{
blockHeightShift += 1;
}
byte[] result = TegraX1Swizzle.deswizzle(width, height, blkWidth, blkHeight, target, bpp, (uint)tex.TileMode, (int)Math.Max(0, tex.BlockHeightLog2 - blockHeightShift), tex.TextureData[arrayLevel][mipLevel]);
//Create a copy and use that to remove uneeded data
byte[] result_ = new byte[size];
Array.Copy(result, 0, result_, 0, size);
mips.Add(result_);
}
Surfaces.Add(new Surface()
{
mipmaps = mips
});
}
Texture = tex;
}
catch (Exception e)
{
MessageBox.Show($"Failed to swizzle texture {Text}! Exception: {e}");
}
}
public GameSurfaceManager(
ShaderManager shaders,
Matrix4Uniform view,
Matrix4Uniform projection)
{
var hex = new IndexedSurface <UVColorVertexData>()
.WithShader(shaders["Deferred/gSprite"])
.AndSettings(
view, projection,
new TextureUniform("diffuseTexture", new Texture(sprite("hex-diffuse.png")), TextureUnit.Texture0),
new TextureUniform("normalTexture", new Texture(sprite("hex-normal.png")), TextureUnit.Texture1)
);
Surfaces.Add("hex", hex);
SurfaceList = Surfaces.Values.ToList <Surface>().AsReadOnly();
}
private void fixSurfaces()
{
if (!fixedSurfaces)
{
Color origFill = Water.FillColor;
Color origSurface = Water.SurfaceColor;
changeColor(fillColorField, origFill, fillColor);
changeColor(surfaceColorField, origSurface, surfaceColor);
bool hasTop = Surfaces.Contains(TopSurface);
bool hasBottom = Surfaces.Contains(BottomSurface);
Surfaces.Clear();
if (hasTop)
{
TopSurface = new Water.Surface(Position + new Vector2(Width / 2f, 8f), new Vector2(0.0f, -1f), Width, Height);
Surfaces.Add(TopSurface);
actualTopSurface = TopSurface;
dummyTopSurface = new Water.Surface(Position + new Vector2(Width / 2f, 8f), new Vector2(0.0f, -1f), Width, Height);
}
if (hasBottom)
{
BottomSurface = new Water.Surface(Position + new Vector2(Width / 2f, Height - 8f), new Vector2(0.0f, 1f), Width, Height);
Surfaces.Add(BottomSurface);
actualBottomSurface = BottomSurface;
dummyBottomSurface = new Water.Surface(Position + new Vector2(Width / 2f, Height - 8f), new Vector2(0.0f, 1f), Width, Height);
}
fixedSurfaces = true;
actualSurfaces = Surfaces;
emptySurfaces = new List <Surface>();
changeColor(fillColorField, fillColor, origFill);
changeColor(surfaceColorField, surfaceColor, origSurface);
}
}
public override void Unpack(BinaryReader reader)
{
Id = reader.ReadUInt32();
Flags = (EnvCellFlags)reader.ReadUInt32();
reader.BaseStream.Position += 4; // Skip ahead 4 bytes, because this is the CellId. Again. Twice.
byte numSurfaces = reader.ReadByte();
byte numPortals = reader.ReadByte(); // Note that "portal" in this context does not refer to the swirly pink/purple thing, its basically connecting cells
ushort numStabs = reader.ReadUInt16(); // I believe this is what cells can be seen from this one. So the engine knows what else it needs to load/draw.
// Read what surfaces are used in this cell
for (uint i = 0; i < numSurfaces; i++)
{
Surfaces.Add(0x08000000u | reader.ReadUInt16()); // these are stored in the dat as short values, so we'll make them a full dword
}
EnvironmentId = (0x0D000000u | reader.ReadUInt16());
CellStructure = reader.ReadUInt16();
Position.Unpack(reader);
CellPortals.Unpack(reader, numPortals);
for (uint i = 0; i < numStabs; i++)
{
VisibleCells.Add(reader.ReadUInt16());
}
if ((Flags & EnvCellFlags.HasStaticObjs) != 0)
{
StaticObjects.Unpack(reader);
}
if ((Flags & EnvCellFlags.HasRestrictionObj) != 0)
{
RestrictionObj = reader.ReadUInt32();
}
}
/// <summary>
/// Add a surface to the list of surfaces to be rendered to the window.
/// </summary>
/// <param name="surface">The surface to add.</param>
public void AddSurface(Surface surface)
{
surface.Scroll = 0;
Surfaces.Add(surface);
}
public void LoadTexture(int target = 1)
{
Surfaces.Clear();
uint blk_dim = blk_dims((byte)Format);
uint blkWidth = blk_dim >> 4;
uint blkHeight = blk_dim & 0xF;
uint blockHeight = TegraX1Swizzle.GetBlockHeight(TegraX1Swizzle.DIV_ROUND_UP(Height, blkHeight));
uint BlockHeightLog2 = (uint)Convert.ToString(blockHeight, 2).Length - 1;
uint tileMode = 0;
int linesPerBlockHeight = (1 << (int)BlockHeightLog2) * 8;
uint bpp = bpps((byte)Format);
for (int arrayLevel = 0; arrayLevel < mipSizes.Count; arrayLevel++)
{
int blockHeightShift = 0;
uint mipOffset = 0;
List <byte[]> mips = new List <byte[]>();
for (int mipLevel = 0; mipLevel < mipSizes[arrayLevel].Length; mipLevel++)
{
//Get the size from the size array
int MipSize = (int)mipSizes[arrayLevel][mipLevel];
//Align the size
if (mipLevel == 0)
{
if (MipSize % Alignment != 0)
{
MipSize = MipSize + (Alignment - (MipSize % Alignment));
}
}
uint width = (uint)Math.Max(1, Width >> mipLevel);
uint height = (uint)Math.Max(1, Height >> mipLevel);
uint size = TegraX1Swizzle.DIV_ROUND_UP(width, blkWidth) * TegraX1Swizzle.DIV_ROUND_UP(height, blkHeight) * bpp;
if (TegraX1Swizzle.pow2_round_up(TegraX1Swizzle.DIV_ROUND_UP(height, blkWidth)) < linesPerBlockHeight)
{
blockHeightShift += 1;
}
Console.WriteLine($"{blk_dim.ToString("x")} {bpp} {width} {height} {linesPerBlockHeight} {blkWidth} {blkHeight} {size} { ImageData.Length}");
try
{
byte[] result = TegraX1Swizzle.deswizzle(width, height, blkWidth, blkHeight, target, bpp, tileMode, (int)Math.Max(0, BlockHeightLog2 - blockHeightShift), ImageData);
//Create a copy and use that to remove uneeded data
byte[] result_ = new byte[size];
Array.Copy(result, mipOffset, result_, 0, size);
mips.Add(result_);
}
catch (Exception e)
{
System.Windows.Forms.MessageBox.Show($"Failed to swizzle texture {Text}!");
Console.WriteLine(e);
BadSwizzle = true;
break;
}
mipOffset += (uint)MipSize;
break;
}
Surfaces.Add(new Surface()
{
mipmaps = mips
});
}
}
/// <summary>
/// Add a surface to the list of surfaces to be rendered to the window.
/// </summary>
/// <param name="surface">The surface to add.</param>
public void AddSurface(Surface surface)
{
surface.Scroll = 0;
surface.Repeat = Repeat.XY;
Surfaces.Add(surface);
}
public void Read(Texture tex)
{
ImageKey = "Texture";
SelectedImageKey = "Texture";
Text = tex.Name;
texture = tex;
Width = tex.Width;
Height = tex.Height;
Format = ConvertFormat(tex.Format);
format = (int)tex.Format;
int swizzle = (int)tex.Swizzle;
int pitch = (int)tex.Pitch;
uint bpp = GTX.surfaceGetBitsPerPixel((uint)format) >> 3;
GTX.GX2Surface surf = new GTX.GX2Surface();
surf.bpp = bpp;
surf.height = tex.Height;
surf.width = tex.Width;
surf.aa = (uint)tex.AAMode;
surf.alignment = tex.Alignment;
surf.depth = tex.Depth;
surf.dim = (uint)tex.Dim;
surf.format = (uint)tex.Format;
surf.use = (uint)tex.Use;
surf.pitch = tex.Pitch;
surf.data = tex.Data;
surf.numMips = tex.MipCount;
surf.mipOffset = tex.MipOffsets;
surf.mipData = tex.MipData;
surf.tileMode = (uint)tex.TileMode;
surf.swizzle = tex.Swizzle;
//Determine tex2 botw files to get mip maps
string Tex1 = GetFilePath();
if (Tex1.Contains(".Tex1"))
{
string Tex2 = Tex1.Replace(".Tex1", ".Tex2");
Console.WriteLine(Tex2);
if (System.IO.File.Exists(Tex2))
{
ResFile resFile2 = new ResFile(new System.IO.MemoryStream(
EveryFileExplorer.YAZ0.Decompress(Tex2)));
if (resFile2.Textures.ContainsKey(tex.Name))
{
surf.mipData = resFile2.Textures[tex.Name].MipData;
surf.mipOffset = resFile2.Textures[tex.Name].MipOffsets;
}
}
}
if (surf.mipData == null)
{
surf.numMips = 1;
}
List <byte[]> mips = GTX.Decode(surf);
Surfaces.Add(new Surface()
{
mipmaps = mips
});
RenderableTex.LoadOpenGLTexture(this);
}
public void LoadTexture()
{
Surfaces.Clear();
Console.WriteLine(Format);
uint blk_dim = XTXFormats.blk_dims((uint)((int)Format >> 8));
uint blkWidth = blk_dim >> 4;
uint blkHeight = blk_dim & 0xF;
uint blockHeight = TegraX1Swizzle.GetBlockHeight(TegraX1Swizzle.DIV_ROUND_UP(Height, blkHeight));
uint BlockHeightLog2 = (uint)Convert.ToString(blockHeight, 2).Length - 1;
int linesPerBlockHeight = (1 << (int)BlockHeightLog2) * 8;
int TileMode = 0;
uint bpp = XTXFormats.bpps((uint)Format);
List <byte[]> mips = new List <byte[]>();
int blockHeightShift = 0;
for (int mipLevel = 0; mipLevel < MipOffsets.Length; mipLevel++)
{
uint width = (uint)Math.Max(1, Width >> mipLevel);
uint height = (uint)Math.Max(1, Height >> mipLevel);
// uint size = width * height * bpp;
uint size = TegraX1Swizzle.DIV_ROUND_UP(width, blkWidth) * TegraX1Swizzle.DIV_ROUND_UP(height, blkHeight) * bpp;
byte[] Output = new byte[size];
uint mipOffset;
if (mipLevel != 0)
{
mipOffset = (MipOffsets[mipLevel - 1]);
if (mipLevel == 1)
{
mipOffset -= (uint)size;
}
Array.Copy(ImageData, mipOffset, Output, 0, size);
}
else
{
Output = ImageData;
}
byte[] output = new byte[size];
Console.WriteLine(mipLevel + " " + size);
if (TegraX1Swizzle.pow2_round_up(TegraX1Swizzle.DIV_ROUND_UP(height, blkWidth)) < linesPerBlockHeight)
{
blockHeightShift += 1;
}
byte[] result = TegraX1Swizzle.deswizzle(width, height, blkWidth, blkHeight, (int)Target, bpp, (uint)TileMode, (int)Math.Max(0, BlockHeightLog2 - blockHeightShift), Output);
//Create a copy and use that to remove uneeded data
byte[] result_ = new byte[size];
Array.Copy(result, 0, result_, 0, size);
mips.Add(result_);
}
Surfaces.Add(new Surface()
{
mipmaps = mips
});
}
public void AddSurfaceMesh(int surfaceID, MeshFile meshFile)
{
Surfaces.Add(new PartSurfaceMesh(PartID, surfaceID, meshFile));
}
/// <summary>
/// Add a surface that the entity should render to.
/// </summary>
/// <param name="target"></param>
public void AddSurface(Surface target)
{
Surfaces.Add(target);
}
private void initializeSurfaces()
{
Color origFill = Water.FillColor;
Color origSurface = Water.SurfaceColor;
changeColor(fillColorField, origFill, fillColor);
changeColor(surfaceColorField, origSurface, surfaceColor);
bool hasTop = Surfaces.Contains(TopSurface);
bool hasBottom = Surfaces.Contains(BottomSurface);
Surfaces.Clear();
if (hasTop)
{
TopSurface = new Water.Surface(Position + new Vector2(Width / 2f, 8f), new Vector2(0.0f, -1f), Width, Height);
Surfaces.Add(TopSurface);
actualTopSurface = TopSurface;
dummyTopSurface = new Water.Surface(Position + new Vector2(Width / 2f, 8f), new Vector2(0.0f, -1f), Width, Height);
}
if (hasBottom)
{
BottomSurface = new Water.Surface(Position + new Vector2(Width / 2f, Height - 8f), new Vector2(0.0f, 1f), Width, Height);
Surfaces.Add(BottomSurface);
actualBottomSurface = BottomSurface;
dummyBottomSurface = new Water.Surface(Position + new Vector2(Width / 2f, Height - 8f), new Vector2(0.0f, 1f), Width, Height);
}
if (hasLeftSurface)
{
LeftSurface = new Water.Surface(Position + new Vector2(8, Height / 2), new Vector2(-1f, 0f), Height, Width);
Surfaces.Add(LeftSurface);
actualLeftSurface = LeftSurface;
dummyLeftSurface = new Water.Surface(Position + new Vector2(8, Height / 2), new Vector2(-1f, 0f), Height, Width);
}
if (hasRightSurface)
{
RightSurface = new Water.Surface(Position + new Vector2(Width - 8, Height / 2), new Vector2(1f, 0f), Height, Width);
Surfaces.Add(RightSurface);
actualRightSurface = RightSurface;
dummyRightSurface = new Water.Surface(Position + new Vector2(Width - 8, Height / 2), new Vector2(1f, 0f), Height, Width);
}
// Update fill rectangle
if (!hasUpdatedFill && (hasLeftSurface || hasRightSurface))
{
Rectangle fill = (Rectangle)fillField.GetValue(this);
int newX = fill.X;
int newWidth = fill.Width;
if (hasLeftSurface)
{
newX += 8;
newWidth -= 8;
}
if (hasRightSurface)
{
newWidth -= 8;
}
Rectangle newFill = new Rectangle(newX, fill.Y, newWidth, fill.Height);
fillField.SetValue(this, newFill);
hasUpdatedFill = true;
}
actualSurfaces = Surfaces;
emptySurfaces = new List <Surface>();
changeColor(fillColorField, fillColor, origFill);
changeColor(surfaceColorField, surfaceColor, origSurface);
}