/*
 * Measurement structures for each measurement system
 */



/* BUNCH TRAINS BCT   - Mike Lamont 13/2/95 */

typedef struct {

float        total_current;  /* single beam current 0.5s average */
float        total_current2; /* single beam current 64s average  */ 

float        bunch_train_current[NOBUNCHTRAINS];     /* current of bunch train 1 */
  
float        bunch_train_lifetime[NOBUNCHTRAINS];     /* lifetime of bunch train 1 */

float        lifetime_9;     /* single beam lifetime variable interval integration */
float        lifetime_10;    /* single beam lifetime 128s interval integration */

float        bunchlet_lifetime[NOBUNCHTRAINS];     /* average lifetime of bunch A */

float        bunchlet_current[NOBUNCHTRAINS][NOFAMILIES]; /* [1-4][A-D] bunch curents */

} BCTBEAM;

typedef struct {
    BCTBEAM positron;
    BCTBEAM electron;
    float dc;
    unsigned long timestamp;
} BCTMEASUREMENT;


/*
 * Power Convertor Measurement structures - Mike
 */
typedef struct
{
    char ActHWName[20]; 
    char TimeStamp[20];
    short Status;
    double Value;
    double Deviation; /* filled for pc_reading only */
    char Err_Msg[80];
} PCDATAENTRY;


struct PCDATA
{
    int No; 
    PCDATAENTRY *PCEntries;
};

typedef struct
{
    char ActHWName[20]; 
    char TimeStamp[20];
    short Status;
    char  State[80];
    char Err_Msg[80];
} PCSTATE;

struct PCSTATES
{
    int No; 
    PCSTATE *PCStates;
};

/*
 * Beuv Setting Measurement structures - Eugenia
 */
#define BEUV_TOTAL	(int)4

typedef struct
{
    int telescope_id;
    char timestamp[20];
    long timesec;
    char measure_mode[10];
    char camera_mode[10];
    short density_filter;
    short chromatic_filter;
    short slit_size;
    short slit_center;
    short lep_turns;
    short bunch_sequence;
} BEUV_SET_t;


typedef struct
{
    int No; 
    BEUV_SET_t *entries;
} BEUV_ALLSET_t;

/*
 * Beuv Data Measurement structures
 */

typedef struct
{
    int telescope_id;
    char timestamp[20];
    long timesec;
    short mean_h;
    short mean_v;
    short dev_h;
    short dev_v;
} BEUV_MEAS_t;


typedef struct
{
    int No; 
    BEUV_MEAS_t *entries;
} BEUV_ALLMEAS_t;  


/* streak camera - Mike Lamont Nov 93 */

typedef struct
{
  float    iAvgNegX;      /* Average of horizontal bunch size (e-)  */
  float    iDevNegX;      /* Std.dev. of horizontal bunch size (e-) */
  float    iAvgPosX;      /* Average of horizontal bunch size (e+)  */
  float    iDevPosX;      /* Std.dev. of horizontal bunch size (e+) */
  float    iAvgNegY;      /* Average of vertical bunch size (e-)  */
  float    iDevNegY;      /* Std.dev. of vertical bunch size (e-) */
  float    iAvgPosY;      /* Average of vertical bunch size (e+)  */
  float    iDevPosY;      /* Std.dev. of vertical bunch size (e+) */
  float    iAvgNegS;      /* Average of bunch length (e-)  */
  float    iDevNegS;      /* Std.dev. of bunch length (e-) */
  float    iAvgPosS;      /* Average of bunch length (e+)  */
  float    iDevPosS;      /* Std.dev. of bunch length (e+) */ 
  float    jAvgNegX;      /* Position of horizontal bunch (e-)  */
  float    jDevNegX;      /* Std.dev. of horizontal bunch position (e-) */
  float    jAvgPosX;      /* Position of horizontal bunch (e+)  */
  float    jDevPosX;      /* Std.dev. of horizontal bunch position (e+) */
  float    jAvgNegY;      /* Position of vertical bunch (e-)  */
  float    jDevNegY;      /* Std.dev. of vertical bunch  position(e-) */
  float    jAvgPosY;      /* Position of vertical bunch (e+)  */
  float    jDevPosY;      /* Std.dev. of vertical bunch  position(e+) */
  float    jAvgNegS;      /* Longitudinal position of bunch (e-)  */
  float    jDevNegS;      /* Std.dev. of longitudinal bunch position (e-) */
  float    jAvgPosS;      /* Longitudinal position of bunch length (e+)  */
  float    jDevPosS;      /* Std.dev. of longitudinal bunch position (e+) */
} STREAK_DATA;

/* RF - Mike 7/4/94 */

typedef struct 
{
  char UnitName[20];
  char Timestamp[20];
  long UnixTimestamp;
  char htr1[20];
  char htr2[20];
  char mcb[20];
  char ps[20];
  /* hereafter we have a split for scs */
  char CavityType; /* C - Copper S - SuperConducting */
  union 
  {
    struct 
    {
      char vcl[20];
      char dcl[20];
      float k1for;
      float k2for;
      float kref;
      float mv;
      float dsum;
      float cavf;
      float cavr;
    } Copper;
    struct
    {
      char vcl1[20];
      char vcl2[20];
      float k1for;
      float k1ref;
      float k2for;
      float k2ref;
      float mv1;
      float dum1;
      float mv2;
      float dsum2;
      float cav1f;
      float cav1r;
      float cav2f;
      float cav2r;
    } Super;
  }u;
} RFUNITDATA;

typedef struct
{
  char Timestamp[20];
  long UnixTimestamp;
  float RFFrequency;
  float QsPositron;
  float QsElectron;
} RFMEASDATA;