handsomematt / botw-modding Goto Github PK

// Forward Declare
struct Data;


typedef struct // Vector2
{
	float x; float y;
} Vector2 <read=Vector2Read, write=Vector2Write, bgcolor=0xe3adff>;

typedef struct // Header
{
    char signature[4]; // STAT
    uint16 Unknown1; // 1
    uint16 Unknown2; // 0
    uint16 Unknown3; // 0
    uint16 Unknown4; // 1
    uint32 HeaderSize; // 40
    Vector2 BoundsCenter;
    Vector2 BoundsBoxSize;
    uint32 SizeX; // 100
    uint32 SizeY; // 100

    Data FileData <open=true>;

    Assert(Unknown1 == 1, "Header Unknown1 isn't 1");
    Assert(Unknown2 == 0, "Header Unknown2 isn't 0");
    Assert(Unknown3 == 0, "Header Unknown3 isn't 0");
    Assert(Unknown4 == 1, "Header Unknown4 isn't 1");
} Header <bgcolor=0xCDFFFF>;

typedef struct // Data
{
    uint16 Unknown1; // 0

    enum <uint16> ElementTypes
	{
		Byte = 0,
        UnsignedByte = 8,
        Short = 4,
        UnsignedShort = 6,
        Int = 10
	} ElementType <format=decimal, bgcolor=0xb1ffad>;

    uint32 ElementCount; // 1
    uint16 Unknown2;
    uint16 Unknown3;
    uint32 DataTableSizePlus4;
    if(ElementType == 0)
    {
        byte DataTable[DataTableSizePlus4 - 4] <bgcolor=0xCFDEF2>;
    }
    else if(ElementType == 8)
    {
        // (byte and ubyte might have types swapped)
        ubyte DataTable[DataTableSizePlus4 - 4] <bgcolor=0xCFDEF2>;
    }
    else if(ElementType == 06)
    {    
        ushort DataTable[(DataTableSizePlus4-4)/2] <bgcolor=0xCFDEF2>;
    }
    else if(ElementType == 04)
    {
        // (short and ushort might have types swapped)
        short DataTable[(DataTableSizePlus4-4)/2] <bgcolor=0xCFDEF2>;
    }
    else if(ElementType == 10)
    {
        int DataTable[(DataTableSizePlus4-4)/4] <format=binary, bgcolor=0xCFDEF2>;
    }

    string Name;


    Assert(Unknown1 == 0, "Data Unknown1 isn't 0");
    Assert(Unknown2 == 0, "Data Unknown2 isn't 0");
    Assert(Unknown3 == 8, "Data Unknown3 isn't 8");
} Data <bgcolor=0x9ef442>; 

string Vector2Read(Vector2 &v)
{
	string s;
	SPrintf(s, "(%f, %f)", v.x, v.y);
	return s;
}
void Vector2Write(Vector2 &v, string s)
{
	SScanf(s, "(%f, %f)", v.x, v,y);
}

// ==== File Contents ==================================================================================================

BigEndian();
BitfieldRightToLeft();
Header file <open=true>;