PrimeRemasterStructs/NModConFormat.bt

#ifndef _NMODCONFORMAT
#define _NMODCONFORMAT

#include "CCollisionTree.bt"
#include "CColor4f.bt"
#include "CRenderOctree.bt"
#include "SAtlasLookup.bt"

struct ModConHeader {
    uint32 unk;
};

struct ModConVisualData {
    uint32 count;
    if (count > 0) {
        CGuid modelId[count];
    }

    uint32 count2;
    if (count2 > 0) {
        CGuid ids2[count2];
    }

    uint32 colorCount;
    if (colorCount > 0) {
        CColor4f color[colorCount];
    }

    uint32 transformCount;
    if (transformCount > 0) {
        CTransform4f xf[transformCount];
    }

    uint32 objectTransformCount;
    if (objectTransformCount > 0) {
        struct {
            CGuid id;
            CTransform4f xf;
        } objectXf[objectTransformCount];
    }

    uint32 unkCount;
    if (unkCount > 0) {
        // ?
        struct {
            float x;
            float y;
            uint32 z;
            uint32 w[z];
        } unk[unkCount] <optimize = false>;
    }

    uint32 byteCount2;
    if (byteCount2 > 0) {
        byte bytes2[byteCount2];
    }

    uint32 byteCount3;
    if (byteCount3 > 0) {
        byte bytes3[byteCount3];
    }

    uint32 byteCount4;
    if (byteCount4 > 0) {
        byte bytes4[byteCount4];
    }

    uint32 byteCount5;
    if (byteCount5 > 0) {
        byte bytes5[byteCount5];
    }

    uint32 byteCount6;
    if (byteCount6 > 0) {
        byte bytes6[byteCount6];
    }

    uint32 shortCount;
    if (shortCount > 0) {
        uint16 shorts[shortCount];
    }

    uint32 shortCount2;
    if (shortCount2 > 0) {
        uint16 shorts2[shortCount2];
    }

    uint32 byteCount7;
    if (byteCount7 > 0) {
        byte bytes7[byteCount7];
    }

    uint32 byteCount8;
    if (byteCount8 > 0) {
        byte bytes8[byteCount8];
    }

    uint32 dwordCount;
    if (dwordCount > 0) {
        uint32 dwords[dwordCount];
    }

    uint32 unkCount1;
    uint32 unkCount2;

    uint32 atlasLookupCount1;
    if (atlasLookupCount1 > 0) {
        SAtlasLookup atlasLookup1[atlasLookupCount1];
    }

    uint32 atlasLookupCount2;
    if (atlasLookupCount2 > 0) {
        SAtlasLookup atlasLookup2[atlasLookupCount2];
    }

    uint32 renderOctreeFlags;
    if (renderOctreeFlags != 0) {
        CRenderOctree renderOctree;
    }
};

typedef struct {
    uint32 unk1;
    uint32 intCount;
    if (intCount) {
        uint32 ints[intCount];
    }

    uint32 shortCount;
    if (shortCount) {
        uint16 shorts[shortCount];
    }
} SModelVertexBlendData <optimize = false>;

typedef struct {
    uint32 unkDataCount;
    if (unkDataCount) {
        byte unkData[unkDataCount];
    }
    uint32 unkIntCount;
    if (unkIntCount) {
        uint32 unkInts[unkIntCount];
    }

    uint32 modelVertexBlendDataCount;
    if (modelVertexBlendDataCount) {
        SModelVertexBlendData modelVertexBlendData[modelVertexBlendDataCount];
    }
} SNodeVertexBlendData <optimize = false>;

struct ModConVertexBlendData {
    uint32 vertexBlendDataCount;
    if (vertexBlendDataCount) {
        SNodeVertexBlendData vertexBlendData[vertexBlendData];
    }
};

struct ModConChunk;
typedef struct {
    if (ReadString(FTell(), 4) == "PEEK") {
        struct {
            FourCC id;
            local uint64 size <hidden = true> = 0;
        } desc;
        local uint64 start <hidden = true> = FTell();
    } else {
        ChunkDescriptor desc;
        local uint64 start <hidden = true> = FTell();
        switch (desc.id) {
        case "MCHD":
            ModConHeader data;
            break;
        case "MCVD":
            ModConVisualData data;
            break;
        case "MCCD":
            CCollisionTree data(desc.size, kCOL_AABox);
            break;
        case "MCVB":
            ModConVertexBlendData data;
            break;
        default:
            if (desc.size > 0) {
                byte data[desc.size];
            }
            break;
        }
    }
    FSeek(start + desc.size);
} ModConChunk <
    name=(Str("%s chunk", desc.id)),
    comment=(SizeComment(desc.size))
>;

struct CModConData(uint64 size) {
    local uint64 start <hidden = true> = FTell();
    while (FTell() + 4 < start + size) {
        ModConChunk data;
    }
};

#endif