public RootNode(byte[] file, UInt32 offset) : base(file, offset)
{
values = new Values[2];
values[0] = new Values("Root Offset", offset, 0x00, Values.Types.UInt32, false, file);
values[1] = new Values("String Table Offset", offset, 0x04, Values.Types.UInt32, false, file);
RootOffset0x0 = (UInt32) values[0].value;
StringTableOffset0x4 = (UInt32) values[1].value;
}
public DatHeader(byte[] file, UInt32 offset) : base(file, offset)
{
values = new Values[8];
values[0] = new Values("File Size", offset, 0x00, Values.Types.UInt32, false, file);
values[1] = new Values("Data Block Size", offset, 0x04, Values.Types.UInt32, false, file);
values[2] = new Values("Relocation Table Count", offset, 0x08, Values.Types.UInt32, false, file);
values[3] = new Values("Root Count 1", offset, 0x0C, Values.Types.UInt32, false, file);
values[4] = new Values("Root Count 2", offset, 0x10, Values.Types.UInt32, false, file);
values[5] = new Values("Unknown", offset, 0x14, Values.Types.UInt32, false, file);
values[6] = new Values("Unknown", offset, 0x18, Values.Types.UInt32, false, file);
values[7] = new Values("Unknown", offset, 0x1C, Values.Types.UInt32, false, file);
FileSize0x00 = (UInt32) values[0].value;
DataBlockSize0x04 = (UInt32) values[1].value;
RelocationTableCount0x08 = (UInt32) values[2].value;
RootCount0x0C = (UInt32) values[3].value;
RootCount0x10 = (UInt32) values[4].value;
Unknown0x14 = (UInt32) values[5].value;
Unknown0x18 = (UInt32) values[6].value;
Unknown0x1C = (UInt32) values[7].value;
}
private void dataGridView1_CellEndEdit(object sender, DataGridViewCellEventArgs e)
{
Values value = (Values)dataGridView1.CurrentRow.Tag;
int fileOffset = value.fileLocation + value.offset;
byte[] newData;
switch (value.type)
{
case Values.Types.UInt32:
UInt32 oldValue32 = (UInt32)value.value;
UInt32 newValue32;
try { newValue32 = UInt32.Parse(dataGridView1.CurrentCell.Value.ToString(), NumberStyles.HexNumber); }
catch (Exception f)
{
if (f is FormatException || f is OverflowException)
{
MessageBox.Show("Please enter a 32-bit hexadecimal number!");
dataGridView1.CurrentCell.Value = oldValue32.ToString("x8");
return;
}
else
{
throw;
}
}
if (oldValue32 == newValue32)
{
return;
}
value.value = newValue32;
newData = BitConverter.GetBytes(newValue32);
break;
case Values.Types.UInt16:
UInt16 oldValue16 = (UInt16)value.value;
UInt16 newValue16;
try { newValue16 = UInt16.Parse(dataGridView1.CurrentCell.Value.ToString(), NumberStyles.HexNumber); }
catch (Exception f)
{
if (f is FormatException || f is OverflowException)
{
MessageBox.Show("Please enter a 16-bit hexadecimal number!");
dataGridView1.CurrentCell.Value = oldValue16.ToString("x4");
return;
}
else
{
throw;
}
}
if (oldValue16 == newValue16)
{
return;
}
value.value = newValue16;
newData = BitConverter.GetBytes(newValue16);
break;
case Values.Types.Float:
float oldValueFloat = (float)value.value;
float newValueFloat;
try { newValueFloat = float.Parse(dataGridView1.CurrentCell.Value.ToString()); }
catch (FormatException f)
{
MessageBox.Show("Please enter a decimal number!");
dataGridView1.CurrentCell.Value = oldValueFloat;
return;
}
if (oldValueFloat == newValueFloat)
{
return;
}
value.value = newValueFloat;
newData = BitConverter.GetBytes(newValueFloat);
break;
default:
return;
}
if (BitConverter.IsLittleEndian)
{
Array.Reverse(newData);
}
DatFile.UpdateValue(newData, fileOffset);
}
public JointNode(byte[] file, UInt32 offset) : base(file, offset)
{
values = new Values[16];
values[0] = new Values("Unknown", offset, 0x00, Values.Types.UInt32, true, file);
values[1] = new Values("Flags", offset, 0x04, Values.Types.UInt32, true, file);
values[2] = new Values("Child Offset", offset, 0x08, Values.Types.UInt32, false, file);
values[3] = new Values("Next Offset", offset, 0x0C, Values.Types.UInt32, false, file);
values[4] = new Values("Joint Data Node Offset", offset, 0x10, Values.Types.UInt32, false, file);
values[5] = new Values("Rotation X", offset, 0x14, Values.Types.Float, true, file);
values[6] = new Values("Rotation Y", offset, 0x18, Values.Types.Float, true, file);
values[7] = new Values("Rotation Z", offset, 0x1C, Values.Types.Float, true, file);
values[8] = new Values("Scale X", offset, 0x20, Values.Types.Float, true, file);
values[9] = new Values("Scale Y", offset, 0x24, Values.Types.Float, true, file);
values[10] = new Values("Scale Z", offset, 0x28, Values.Types.Float, true, file);
values[11] = new Values("Translation X", offset, 0x2C, Values.Types.Float, true, file);
values[12] = new Values("Translation Y", offset, 0x30, Values.Types.Float, true, file);
values[13] = new Values("Translation Z", offset, 0x34, Values.Types.Float, true, file);
values[14] = new Values("Transform Offset", offset, 0x38, Values.Types.UInt32, false, file);
values[15] = new Values("Unknown", offset, 0x3C, Values.Types.UInt32, true, file);
unknown0x00 = (UInt32) values[0].value;
flags0x04 = (UInt32) values[1].value;
childOffset0x08 = (UInt32) values[2].value;
nextOffset0x0C = (UInt32) values[3].value;
jointDataNodeOffset0x10 = (UInt32) values[4].value;
rotationX0x14 = (float) values[5].value;
rotationY0x18 = (float) values[6].value;
rotationZ0x1C = (float) values[7].value;
scaleX0x20 = (float) values[8].value;
scaleY0x24 = (float) values[9].value;
scaleZ0x28 = (float) values[10].value;
translationX0x2C = (float) values[11].value;
translationY0x30 = (float) values[12].value;
translationZ0x34 = (float) values[13].value;
transformOffset0x38 = (UInt32) values[14].value;
unknown0x3C = (UInt32) values[15].value;
}
public UInt32 unknownOffset0x5C; // 0x40 - JOBJ_DATA
public FighterDataNode(byte[] file, UInt32 offset) : base(file, offset)
{
values = new Values[24];
values[0] = new Values("Unknown", offset, 0x00, Values.Types.UInt32, false, file);
values[1] = new Values("Unknown", offset, 0x04, Values.Types.UInt32, false, file);
values[2] = new Values("Unknown", offset, 0x08, Values.Types.UInt32, false, file);
values[3] = new Values("Unknown", offset, 0x0C, Values.Types.UInt32, false, file);
values[4] = new Values("Unknown", offset, 0x10, Values.Types.UInt32, false, file);
values[5] = new Values("Unknown", offset, 0x14, Values.Types.UInt32, false, file);
values[6] = new Values("Unknown", offset, 0x18, Values.Types.UInt32, false, file);
values[7] = new Values("Unknown", offset, 0x1C, Values.Types.UInt32, false, file);
values[8] = new Values("Unknown", offset, 0x20, Values.Types.UInt32, false, file);
values[9] = new Values("Unknown", offset, 0x24, Values.Types.UInt32, false, file);
values[10] = new Values("Unknown", offset, 0x28, Values.Types.UInt32, false, file);
values[11] = new Values("Unknown", offset, 0x2C, Values.Types.UInt32, false, file);
values[12] = new Values("Unknown", offset, 0x30, Values.Types.UInt32, false, file);
values[13] = new Values("Unknown", offset, 0x34, Values.Types.UInt32, false, file);
values[14] = new Values("Unknown", offset, 0x38, Values.Types.UInt32, false, file);
values[15] = new Values("Unknown", offset, 0x3C, Values.Types.UInt32, false, file);
values[16] = new Values("Unknown", offset, 0x40, Values.Types.UInt32, false, file);
values[17] = new Values("Unknown", offset, 0x44, Values.Types.UInt32, false, file);
values[18] = new Values("Unknown", offset, 0x48, Values.Types.UInt32, false, file);
values[19] = new Values("Unknown", offset, 0x4C, Values.Types.UInt32, false, file);
values[20] = new Values("Unknown", offset, 0x50, Values.Types.UInt32, false, file);
values[21] = new Values("Unknown", offset, 0x54, Values.Types.UInt32, false, file);
values[22] = new Values("Unknown", offset, 0x58, Values.Types.UInt32, false, file);
values[23] = new Values("Unknown", offset, 0x5C, Values.Types.UInt32, false, file);
unknownOffset0x00 = (UInt32) values[0].value;
unknownOffset0x04 = (UInt32) values[1].value;
unknownOffset0x08 = (UInt32) values[2].value;
unknownOffset0x0C = (UInt32) values[3].value;
unknownOffset0x10 = (UInt32) values[4].value;
unknownOffset0x14 = (UInt32) values[5].value;
unknownOffset0x18 = (UInt32) values[6].value;
unknownOffset0x1C = (UInt32) values[7].value;
unknownOffset0x20 = (UInt32) values[8].value;
unknownOffset0x24 = (UInt32) values[9].value;
unknownOffset0x28 = (UInt32) values[10].value;
unknownOffset0x2C = (UInt32) values[11].value;
unknownOffset0x30 = (UInt32) values[12].value;
unknownOffset0x34 = (UInt32) values[13].value;
unknownOffset0x38 = (UInt32) values[14].value;
unknownOffset0x3C = (UInt32) values[15].value;
unknownOffset0x40 = (UInt32) values[16].value;
unknownOffset0x44 = (UInt32) values[17].value;
unknownOffset0x48 = (UInt32) values[18].value;
unknownOffset0x4C = (UInt32) values[19].value;
unknownOffset0x50 = (UInt32) values[20].value;
unknownOffset0x54 = (UInt32) values[21].value;
unknownOffset0x58 = (UInt32) values[22].value;
unknownOffset0x5C = (UInt32) values[23].value;
}
public PaletteHeader(byte[] file, UInt32 offset) : base(file, offset)
{
values = new Values[5];
values[0] = new Values("Palette Offset", offset, 0x00, Values.Types.UInt32, false, file);
values[1] = new Values("Palette Format", offset, 0x04, Values.Types.UInt32, false, file);
values[2] = new Values("Unknown", offset, 0x08, Values.Types.UInt32, false, file);
values[3] = new Values("Color Count", offset, 0x0C, Values.Types.UInt16, false, file);
values[4] = new Values("Unknown", offset, 0x0E, Values.Types.UInt16, false, file);
paletteOffset0x0 = (UInt32) values[0].value;
paletteFormat0x4 = (UInt32) values[1].value;
unknown0x08 = (UInt32) values[2].value;
colorCount0xC = (UInt16) values[3].value;
unknown0xE = (UInt16)values[4].value;
switch (paletteFormat0x4)
{
case 0: paletteFormatString = "IA8"; break;
case 1: paletteFormatString = "RGB565"; break;
case 2: paletteFormatString = "RGB5A3"; break;
default: paletteFormatString = "Unknown"; break;
}
}
public ImageHeader(byte[] file, UInt32 offset) : base(file, offset)
{
values = new Values[4];
values[0] = new Values("Image Offset", offset, 0x0, Values.Types.UInt32, false, file);
values[1] = new Values("Width", offset, 0x4, Values.Types.UInt16, false, file);
values[2] = new Values("Height", offset, 0x6, Values.Types.UInt16, false, file);
values[3] = new Values("Image Format", offset, 0x8, Values.Types.UInt32, false, file);
imageOffset0x0 = (UInt32) values[0].value;
width0x4 = (UInt16) values[1].value;
height0x6 = (UInt16) values[2].value;
imageFormat0x8 = (UInt32) values[3].value;
switch (imageFormat0x8)
{
case 0: imageFormatString = "I4"; break;
case 1: imageFormatString = "I8"; break;
case 2: imageFormatString = "IA4"; break;
case 3: imageFormatString = "IA8"; break;
case 4: imageFormatString = "RGB565"; break;
case 5: imageFormatString = "RGB5A3"; break;
case 6: imageFormatString = "RGBA8"; break;
case 8: imageFormatString = "CI4"; break;
case 9: imageFormatString = "CI8"; break;
case 0xa: imageFormatString = "CI14X2"; break;
case 0xe: imageFormatString = "CMPR"; break;
default: imageFormatString = "Unknown"; break;
}
}
public TextureNode(byte[] file, UInt32 offset) : base(file, offset)
{
values = new Values[5];
values[0] = new Values("Unknown", offset, 0x00, Values.Types.UInt32, false, file);
values[1] = new Values("Image Header Offset", offset, 0x4C, Values.Types.UInt32, false, file);
values[2] = new Values("Palette Header Offset", offset, 0x50, Values.Types.UInt32, false, file);
values[3] = new Values("Unknown", offset, 0x54, Values.Types.UInt32, false, file);
values[4] = new Values("Unknown Offset", offset, 0x58, Values.Types.UInt32, false, file);
unknown0x00 = (UInt32) values[0].value;
imageHeaderOffset0x4C = (UInt32) values[1].value;
paletteHeaderOffset0x50 = (UInt32) values[2].value;
unknown0x54 = (UInt32) values[3].value;
unknownOffset0x58 = (UInt32)values[4].value;
}
public MaterialColorNode(byte[] file, UInt32 offset) : base(file, offset)
{
values = new Values[5];
values[0] = new Values("Unknown Color", offset, 0x00, Values.Types.UInt32, true, file);
values[1] = new Values("Unknown Color", offset, 0x04, Values.Types.UInt32, true, file);
values[2] = new Values("Unknown Color", offset, 0x08, Values.Types.UInt32, true, file);
values[3] = new Values("Unknown", offset, 0x0C, Values.Types.UInt32, true, file);
values[4] = new Values("Unknown", offset, 0x10, Values.Types.UInt32, true, file);
unknownColor0x00 = (UInt32) values[0].value;
unknownColor0x04 = (UInt32) values[1].value;
unknownColor0x08 = (UInt32) values[2].value;
unknown0x0C = (UInt32) values[3].value;
unknown0x10 = (UInt32)values[4].value;
}
public MaterialNode(byte[] file, UInt32 offset) : base(file, offset)
{
values = new Values[6];
values[0] = new Values("Unknown", offset, 0x00, Values.Types.UInt32, false, file);
values[1] = new Values("Unknown Flags", offset, 0x04, Values.Types.UInt32, false, file);
values[2] = new Values("Texture Node Offset", offset, 0x08, Values.Types.UInt32, false, file);
values[3] = new Values("Material Color Node Offset", offset, 0x0C, Values.Types.UInt32, false, file);
values[4] = new Values("Unknown", offset, 0x10, Values.Types.UInt32, false, file);
values[5] = new Values("Unknown", offset, 0x14, Values.Types.UInt32, false, file);
unknown0x00 = (UInt32) values[0].value;
unknownFlags0x04 = (UInt32) values[1].value;
TextureNodeOffset0x08 = (UInt32) values[2].value;
MaterialColorNodeOffset0x0C = (UInt32) values[3].value;
unknown0x10 = (UInt32) values[4].value;
unknown0x14 = (UInt32) values[5].value;
}
public JointDataNode(byte[] file, UInt32 offset) : base(file, offset)
{
values = new Values[4];
values[0] = new Values("Unknown", offset, 0x00, Values.Types.UInt32, true, file);
values[1] = new Values("Next Offset", offset, 0x04, Values.Types.UInt32, false, file);
values[2] = new Values("Material Node Offset", offset, 0x08, Values.Types.UInt32, false, file);
values[3] = new Values("Mesh Node Offset", offset, 0x0C, Values.Types.UInt32, false, file);
unknown0x0 = (UInt32) values[0].value;
nextOffset0x4 = (UInt32) values[1].value;
materialNodeOffset0x8 = (UInt32) values[2].value;
meshNodeOffset0xC = (UInt32)values[3].value;
}
