pndbtype.h

PQDIF软件包(SDK,Software Development Kit),它能转换、生成并且显示PQDIF文件.对于开发电力系统的数据输出非常有用。

#pragma pack(1)
/*
**
**  File:       pndbtype.h
**
**  $NAME$
**              PNDS Event database structures. 
**  $PATHS$
**              PNDS Event database structures\General
**  $1$
**
**  -   Defines structures used for the by pndxlate to store PQNode event
**      data.
** 
*/
#include "apptypes.h"

/*
**
**  Define a version number for the data file formats.
**
*/

#define PNDS_RECORD_VERSION 0
/*
** Define the record types that are valid.
** First come the basic disturbance types.  These are the same as the PQNode
** raw data types with the high bit set (OR'ed with 0x80).
*/

#define SDR_WAVEFAULT       (0x80)
#define SDR_IMPULSE         (0x81)
#define SDR_RMSDIST         (0x82)
#define SDR_OUTAGE          (0x83)
#define SDR_WAVESHAPE       (0x84)
#define SDR_SSRMS           (0x85)
#define SDR_COLDLOAD        (0x86)

/*
** Supplementary info record types begin at 0xC0
*/
#define SDR_RAWPNDATA       (0xC0)
#define SDR_RMSVOLTSUM      (0xC1)
#define SDR_WAVEFAULTSUM    (0xC2)
#define SDR_SPARSEHARMONICS (0xC3)

/*
** This sturcture is put in front of all records that are added to the raw
** pqnode datafiles.
*/

typedef struct
{
    BYTE byRecordType;      /* See SDR_'s above */
    BYTE byRecordVersion;   /* A record version stamp for conversion utils. */
    WORD wRecordLength;     /* The record length so that app can bypass. */
} PNDATARECORDHEADER;



/*
**  The following stucture defines the summary info record which may or 
**  may not follow a disturbance header record.  The application can detect
**  the presence of the record by looking at the byRecordType of HEADER.  
**  All record types >= 0x80 are reserved for us.  
*/

typedef struct
{
    float fHarmNo;
    float fMag;
    float fAng;
} PNDBSPARSEENTRY;

typedef struct
{
    BYTE bPhaseId;
    BYTE bNumHarm;
    PNDBSPARSEENTRY SparseData[1];
} PNDBSPARSESPECTRA;

typedef struct
{
    int   iDistPhase;
    BOOL  vbChanEnable[3];
    int   viRmsCategory[3];
    float vfDistLenth[3];      /* the length of the disturbance in seconds */
    float vfMinVolt[3];     /* the minimum voltage for each phase */
    float vfAveVolt[3];     /* the average voltage for each phase */
    float vfMaxVolt[3];     /* the maximum voltage for each phase */
    float vfVoltSec[3];
} PNRMSDISTSUMMARY;

/*
** Summary record for wavefaults.  
*/
typedef struct
{
    int   iDistPhase;
    BOOL  vbChanEnable[3];
    int   viRmsCategory[3];
    float vfDistLength[3];
    float vfMinVolt[3];
    float vfMaxVolt[3];
    float vfRMSMin[3];
    float vfRMSMax[3];
    float vfRMSAve[3];
    float vfVoltSec[3];
} PNWAVEFAULTSUMMARY;


typedef struct DDEDeviceGenSetup_tag
{
    ATOM    atDevice;           /* Global atom */
    ATOM    atDirId;            /* Local atom -- not used by driver */
    ATOM    atDriverId;         /* Local atom -- not used by driver */
    char    szLocation [41];
    WORD    wBaudRate;
    WORD    wNumRings;
    WORD    wSiteNumber;
    /*
    **
    **  Event setups
    */
    PNGENERAL   pngen;      /* General */
    PNIMPULSE   pnimp;      /* Impulse */
    PNWAVEFORM  pnwave;     /* Waveform */
    PNRMSDIST   pnrms;      /* RMS dist */
    PNOUTAGE    pnout;      /* Outage */
    PNCLPDIST   pnclp;      /* Cold Load Pickup */
    PNSAMPLED   pnsamp;     /* Sampled */
} DDEDEVICEGENSETUP, FAR *PDDEDEVGEN;





/* $end$ */

#pragma pack()