tscan_ds.h

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#ifndef _TOTALSCAN_DATA_STRUCTURES_
#define _TOTALSCAN_DATA_STRUCTURES_
 
#pragma pack(push)
#pragma pack(1)
 
#include "id.h"
#include "Segment.h"
#include "TSTrack.h"
#include "TVectors.h"
 
#define TS_LAYER_SECTION                1
#define TS_RAW_SECTION                  2
#define TS_SEGMENT_SECTION              3
#define TS_TRACK_SECTION                4
#define TS_VERTEX_SECTION               5
#define TS_FULL_SECTION                 9
 
#define TS_DATA_BYTES                   0x20
#define TS_HEADER_BYTES                 0x40
 
#define TS_HEADER_TYPE                  0x200
#define TS_OLD_HEADER_TYPE              0x100
 
typedef struct 
{
    IO_Header Type;
    Identifier ID;
    TVector Pos;
    int Reserved[32];
    int TopSheet;
    int SheetsCount;
    int TSTracksCount;
    int VerticesCount;
    int MaxTracksInSegment;
    TVector RefCenter;
    } TS_TracksHeader;
 
typedef struct 
{
    int SheetId;
    struct
    {
        float TopExt;
        float TopInt;
        float BottomInt;
        float BottomExt;
        } RelevantZs;
    float RefDepth;
    struct t_GlobalSideAlign
    {
        float DSlope[2];
        float DShrink[2];
        } GlobalSideAlign[2];
        
    struct t_LocalSideAlign
    {
        struct t_PosAlign
        {
            double M[2][2];
            double D[3];
            double Reserved[4];
            } PosAlign;
        struct t_SlopeAlign
        {
            double DSlope[2];
            double DShrink[2];
            double Reserved[4];
            } SlopeAlign;
        } LocalSideAlign[4];
 
    int RTCount[2];
    int SCount[2];
    int Reserved[4];
    TS_RawTrack *pRawTracks[2];
    TS_Segment *pSegments[2];
    void *pReserved[4];
    } TS_LayerInfo;
 
typedef struct
{
    TS_TracksHeader Hdr;
    TS_LayerInfo *pLayers;
    TS_Track *pTracks;
    TS_Vertex *pVertices;
    } IO_TS_Reconstruction;
 
#pragma pack(pop)
 
#endif