public MULT(RARC.FileEntry FE, ref int SrcOffset, TreeNode ParentNode, System.Drawing.Color Color = default(System.Drawing.Color))
{
ParentFile = FE;
byte[] SrcData = ParentFile.GetFileData();
Offset = SrcOffset;
_Translation = new Vector2(
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset)),
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x04)));
_Rotation = ((short)(Helpers.Read16(SrcData, SrcOffset + 0x08)) / 182.04444444444444f).Clamp(-180, 179);
_RoomNumber = SrcData[SrcOffset + 0x0A];
_Unknown2 = SrcData[SrcOffset + 0x0B];
SrcOffset += 0x0C;
RenderColor = Color;
Node = Helpers.CreateTreeNode(string.Format("{0:X6}: {1}", Offset, new Vector2(_Translation.X / 100000, _Translation.Y / 100000)), this, string.Format("{0}", _Translation));
ParentNode.BackColor = RenderColor;
ParentNode.Nodes.Add(Node);
GLID = GL.GenLists(1);
GL.NewList(GLID, ListMode.Compile);
Helpers.DrawFramedCube(new Vector3d(15, 15, 15));
GL.EndList();
}
public RPPN(RARC.FileEntry FE, ref int SrcOffset, TreeNode ParentNode, System.Drawing.Color Color = default(System.Drawing.Color))
{
ParentFile = FE;
byte[] SrcData = ParentFile.GetFileData();
Offset = SrcOffset;
_Unknown = Helpers.Read32(SrcData, SrcOffset);
_Position = new Vector3(
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x04)),
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x08)),
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x0C)));
SrcOffset += 0x10;
RenderColor = Color;
Node = Helpers.CreateTreeNode(string.Format("{0}", _Position), this);
ParentNode.BackColor = RenderColor;
ParentNode.Nodes.Add(Node);
GLID = GL.GenLists(1);
GL.NewList(GLID, ListMode.Compile);
Helpers.DrawFramedSphere(new Vector3d(0, 0, 0), 25.0f, 10);
GL.EndList();
}
public LGTV(RARC.FileEntry FE, ref int SrcOffset, TreeNode ParentNode, System.Drawing.Color Color = default(System.Drawing.Color))
{
ParentFile = FE;
byte[] SrcData = ParentFile.GetFileData();
Offset = SrcOffset;
_Unknown1 = new Vector3(
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset)),
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x04)),
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x08)));
_Unknown2 = new Vector3(
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x0C)),
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x10)),
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x14)));
_Unknown3 = Helpers.Read32(SrcData, SrcOffset + 0x18);
SrcOffset += 0x1C;
RenderColor = Color;
Node = Helpers.CreateTreeNode(string.Format("{0:X6}", Offset), this, string.Format("{0}\n{1}\n0x{2:X8}", _Unknown1, _Unknown2, _Unknown3));
ParentNode.BackColor = RenderColor;
ParentNode.Nodes.Add(Node);
}
public TGDR(RARC.FileEntry FE, ref int SrcOffset, TreeNode ParentNode, System.Drawing.Color Color = default(System.Drawing.Color), ZeldaArc ParentZA = null)
{
ParentFile = FE;
byte[] SrcData = ParentFile.GetFileData();
Offset = SrcOffset;
_Name = Helpers.ReadString(SrcData, SrcOffset, 8);
_Parameters = Helpers.Read32(SrcData, SrcOffset + 8);
_Position = new Vector3(
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x0C)),
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x10)),
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x14)));
_Unknown1 = Helpers.Read16(SrcData, SrcOffset + 0x18);
_RotationY = ((short)Helpers.Read16(SrcData, SrcOffset + 0x1A) / 182.04444444444444).Clamp(-180, 179);
_Unknown2 = Helpers.Read16(SrcData, SrcOffset + 0x1C);
_Unknown3 = Helpers.Read16(SrcData, SrcOffset + 0x1E);
_Unknown4 = Helpers.Read32(SrcData, SrcOffset + 0x20);
SrcOffset += 0x24;
RenderColor = Color;
Node = Helpers.CreateTreeNode(string.Format("{0:X6}: {1}", Offset, _Name), this);
ParentNode.BackColor = RenderColor;
ParentNode.Nodes.Add(Node);
GLID = GL.GenLists(1);
GL.NewList(GLID, ListMode.Compile);
if (ParentZA != null)
{
MatchedModel = ParentZA.J3Dxs.Find(x => x.FileEntry.FileName.StartsWith(_Name));
MatchedCollision = ParentZA.DZBs.Find(x => x.Name.StartsWith(_Name));
}
Helpers.DrawFramedCube(new Vector3d(15, 15, 15));
GL.EndList();
}
public MULT(RARC.FileEntry FE, ref int SrcOffset, TreeNode ParentNode, System.Drawing.Color Color = default(System.Drawing.Color))
{
ParentFile = FE;
byte[] SrcData = ParentFile.GetFileData();
Offset = SrcOffset;
_HVTranslation = new Vector2(
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset)),
Helpers.ConvertIEEE754Float(Helpers.Read32(SrcData, SrcOffset + 0x04)));
_Unknown1 = Helpers.Read16(SrcData, SrcOffset + 0x08);
_RoomNumber = SrcData[SrcOffset + 0x0A];
_Unknown2 = SrcData[SrcOffset + 0x0B];
SrcOffset += 0x0C;
RenderColor = Color;
Node = Helpers.CreateTreeNode(string.Format("{0:X6}: {1}", Offset, new Vector2(_HVTranslation.X / 100000, _HVTranslation.Y / 100000)), this, string.Format("{0}", _HVTranslation));
ParentNode.BackColor = RenderColor;
ParentNode.Nodes.Add(Node);
}
public FileChunk(RARC.FileEntry FE, ref int SrcOffset, TreeNode ParentNode, ZeldaArc ParentZA = null)
{
byte[] SrcData = FE.GetFileData();
Tag = Helpers.ReadString(SrcData, SrcOffset, 4);
Elements = Helpers.Read32(SrcData, SrcOffset + 4);
Offset = Helpers.Read32(SrcData, SrcOffset + 8);
Data = new object[Elements];
TreeNode NewNode = Helpers.CreateTreeNode(Tag, this, string.Format("Offset: {0:X6}\n{1} elements", Offset, Elements));
int ReadOffset = (int)Offset;
for (int i = 0; i < Elements; i++)
{
switch (Tag)
{
/* Typically in DZR */
case "ACTR": Data[i] = new ACTR(FE, ref ReadOffset, NewNode, System.Drawing.Color.GreenYellow, ParentZA); continue;
case "TGOB": Data[i] = new ACTR(FE, ref ReadOffset, NewNode, System.Drawing.Color.GreenYellow, ParentZA); continue;
case "PLYR": Data[i] = new ACTR(FE, ref ReadOffset, NewNode, System.Drawing.Color.Orange); continue;
case "PPNT": /* Found in DmSpot0's Stage DZS for some reason... */
case "RPPN": Data[i] = new RPPN(FE, ref ReadOffset, NewNode, System.Drawing.Color.LightSkyBlue); continue;
case "SHIP": Data[i] = new SHIP(FE, ref ReadOffset, NewNode, System.Drawing.Color.BlueViolet); continue;
case "TGDR":
case "DOOR":
case "Door": Data[i] = new TGDR(FE, ref ReadOffset, NewNode, System.Drawing.Color.HotPink, ParentZA); continue;
case "LGTV": Data[i] = new LGTV(FE, ref ReadOffset, NewNode, System.Drawing.Color.DarkGray); continue; /* ????? */
/* Typically in DZS */
case "MULT": Data[i] = new MULT(FE, ref ReadOffset, NewNode, System.Drawing.Color.LightGray); continue;
case "TRES": Data[i] = new TRES(FE, ref ReadOffset, NewNode, System.Drawing.Color.SaddleBrown); continue;
//case "EnvR": Data[i] = new EnvRChunk(FE, ref ReadOffset, NewNode, System.Drawing.Color.DarkSlateGray); continue;
}
switch (Tag.Substring(0, 3))
{
case "ACT": Data[i] = new ACTR(FE, ref ReadOffset, NewNode, System.Drawing.Color.GreenYellow, ParentZA); break;
case "PLY": Data[i] = new ACTR(FE, ref ReadOffset, NewNode, System.Drawing.Color.Orange); break;
case "SCO": Data[i] = new TGDR(FE, ref ReadOffset, NewNode, System.Drawing.Color.Yellow, ParentZA); break;
case "TRE": Data[i] = new TRES(FE, ref ReadOffset, NewNode, System.Drawing.Color.SaddleBrown); break;
default: Data[i] = new Generic(FE, ref ReadOffset, NewNode); NewNode.Tag = Data[i]; break;
}
}
ParentNode.Nodes.Add(NewNode);
SrcOffset += 12;
}
public DZB(RARC.FileEntry FE, TreeNode TN)
{
Root = TN;
Name = FE.FileName;
Load(FE.GetFileData());
}