fileformatsv4.md

Data-Fileformat:

Header (128 bytes)

(128 bytes) (int32)

LayerInfo (128 bytes)

(int64) (int64) (int64) (int64) (int64) (int64) (int64) (int64) (int64) (int64) (int64) (int64) <reserved (28 bytes)>

Sizes (fmt: Vector3)

...

Dimensions (fmt: Vector3Int)

<columns (pos x), rows (pos y), depth (pos z)> // This is levelFIT <columns (pos x), rows (pos y), depth (pos z)> <columns (pos x), rows (pos y), depth (pos z)> ... <columns (pos x), rows (pos y), depth (pos z)> // N = 4 currently.

Bounds (fmt: center Vector3)

<l0-bounds-d0-r0-c0_Bounds><l0-bounds-d0-r0-c1_Bounds><l0-bounds-d0-r0-c2_Bounds>...<l0-bounds-d0-r1-c0_Bounds><l0-bounds-d0-r1-c1_Bounds>...<l0-bounds-d1-r0-c0_Bounds><l0-bounds-d1-r0-c1_Bounds>...<l0-bounds-dD-rR-cC_Bounds> ... <lN-bounds-d0-r0-c0_Bounds><lN-bounds-d0-r0-c1_Bounds><lN-bounds-d0-r0-c2_Bounds>...<lN-bounds-d0-r1-c0_Bounds><lN-bounds-d0-r1-c1_Bounds>...<lN-bounds-d1-r0-c0_Bounds><lN-bounds-d1-r0-c1_Bounds>...<lN-bounds-dD-rR-cC_Bounds>

Objects in bounds location (fmt: objects start (int32), objects end (int32)) // objects start = Index to where to find VerticesInfo & Names of each object within bounds (0 based, as if VerticesInfo were an array)

<l0-bounds-d0-r0-c0_ObjectStart><l0-bounds-d0-r0-c1_ObjectStart><l0-bounds-d0-r0-c2_ObjectStart>...<l0-bounds-d0-r1-c0_ObjectStart><l0-bounds-d0-r1-c1_ObjectStart>...<l0-bounds-d1-r0-c0_ObjectStart><l0-bounds-d1-r0-c1_ObjectStart>...<l0-bounds-dD-rR-cC_ObjectStart> ... <lN-bounds-d0-r0-c0_ObjectStart><lN-bounds-d0-r0-c1_ObjectStart><lN-bounds-d0-r0-c2_ObjectStart>...<lN-bounds-d0-r1-c0_ObjectStart><lN-bounds-d0-r1-c1_ObjectStart>...<lN-bounds-d1-r0-c0_ObjectStart><lN-bounds-d1-r0-c1_ObjectStart>...<lN-bounds-dD-rR-cC_ObjectStart>

VerticesInfo (fmt: vertex begin (int32), vertex end (int32), index begin (int32), index end (int32) // Vertex start is a ptr/index hybrid. Vertex start is first byte of vertices.positions. (However, it is 0 based with vertices[0].positions having vertex start of 0)

<l0-bounds-d0-r0-c0_Object0><l0-bounds-d0-r0-c0_Object1>...<l0-bounds-d0-r0-c0_ObjectM><l0-bounds-d0-r0-c1_Object0><l0-bounds-d0-r0-c1_Object1><l0-bounds-d0-r0-c1_Object2>...<l0-bounds-d0-r0-c0_ObjectM> ... <lN-bounds-dD-rR-cR_Object0><lN-bounds-dD-rR-cC_Object1>...<lN-bounds-dD-rR-cC_ObjectM>

// All follow the same format!

Vertices (fmt: positions (Vector3[]))

Normals (fmt: normals (Vector3[]))

Colors (32-bit RGBA[]),

Indices (int32[]))

<l0-bounds-d0-r0-c0_VerticesInfo0><l0-bounds-d0-r0-c0_VerticesInfo1>...<l0-bounds-d0-r0-c0_VerticesInfoM><l0-bounds-d0-r0-c1_VerticesInfo0><l0-bounds-d0-r0-c1_VerticesInfo1><l0-bounds-d0-r0-c1_VerticesInfo2>...<l0-bounds-d0-r0-c0_VerticesInfoM> ... <lN-bounds-dD-rR-cR_VerticesInfo0><lN-bounds-dD-rR-cC_VerticesInfo1>...<lN-bounds-dD-rR-cC_VerticesInfoM>

Names (fmt: char[22])

<l0-bounds-d0-r0-c0_Name0><l0-bounds-d0-r0-c0_Name1>...<l0-bounds-d0-r0-c0_NameM><l0-bounds-d0-r0-c1_Name0><l0-bounds-d0-r0-c1_Name1><l0-bounds-d0-r0-c1_Name2>...<l0-bounds-d0-r0-c0_NameM> ... <lN-bounds-dD-rR-cR_Name0><lN-bounds-dD-rR-cC_Name1>...<lN-bounds-dD-rR-cC_NameM>

ColliderBlobInfo (fmt: Collider begin (int32), Collider end (int32))

Same layout as VerticesInfo

ColliderBlobs

Same layout as Vertices, just memcpy it in, or just give the ptr to the blob.