📄 munipulate7758.h
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#ifdef MANIP7758_GLOBALS
#define MANIP7758_EXT
#else
#define MANIP7758_EXT extern
#endif
#define Addr_AWATTHR 0x01
#define Addr_BWATTHR 0x02
#define Addr_CWATTHR 0x03
#define Addr_AVARHR 0x04
#define Addr_BVARHR 0x05
#define Addr_CVARHR 0x06
#define Addr_AVAHR 0x07
#define Addr_BVAHR 0x08
#define Addr_CVAHR 0x09
#define Addr_AIRMS 0x0a
#define Addr_BIRMS 0x0b
#define Addr_CIRMS 0x0c
#define Addr_AVRMS 0x0d
#define Addr_BVRMS 0x0e
#define Addr_CVRMS 0x0f
#define Addr_FREQ 0x10
#define Addr_TEMP 0x11
#define Addr_WFORM 0x12
#define Addr_OPMODE 0x13
#define Addr_MMODE 0x14
#define Addr_WAVMODE 0x15
#define Addr_COMPMODE 0x16
#define Addr_LCYCMODE 0x17
#define Addr_MASK 0x18
#define Addr_STATUS 0x19
#define Addr_RSTATUS 0x1a
#define Addr_ZXTOUT 0x1b
#define Addr_LINCYC 0x1c
#define Addr_SAGCYC 0x1d
#define Addr_SAGLVL 0x1e
#define Addr_VPINTLVL 0x1f
#define Addr_IPINTLVL 0x20
#define Addr_VPEAK 0x21
#define Addr_IPEAK 0x22
#define Addr_GAIN 0x23
#define Addr_AVRMSGAIN 0x24
#define Addr_BVRMSGAIN 0x25
#define Addr_CVRMSGAIN 0x26
#define Addr_AGAIN 0x27
#define Addr_BGAIN 0x28
#define Addr_CGAIN 0x29
#define Addr_AWG 0x2a
#define Addr_BWG 0x2b
#define Addr_CWG 0x2c
#define Addr_AVARG 0x2d
#define Addr_BVARG 0x2e
#define Addr_CVARG 0x2f
#define Addr_AVAG 0x30
#define Addr_BVAG 0x31
#define Addr_CVAG 0x32
#define Addr_AVRMSOS 0x33
#define Addr_BVRMSOS 0x34
#define Addr_CVRMSOS 0x35
#define Addr_AIRMSOS 0x36
#define Addr_BIRMSOS 0x37
#define Addr_CIRMSOS 0x38
#define Addr_AWATTOS 0x39
#define Addr_BWATTOS 0x3a
#define Addr_CWATTOS 0x3b
#define Addr_AVAROS 0x3c
#define Addr_BVAROS 0x3d
#define Addr_CVAROS 0x3e
#define Addr_APHCAL 0x3f
#define Addr_BPHCAL 0x40
#define Addr_CPHCAL 0x41
#define Addr_WDIV 0x42
#define Addr_VARDIV 0x43
#define Addr_VADIV 0x44
#define Addr_APCFNUM 0x45
#define Addr_APCFDEN 0x46
#define Addr_VARCFNUM 0x47
#define Addr_VARCFDEN 0x48
#define Addr_CHKSUM 0x7e
#define Addr_VERSION 0x7f
#define P_7758NCS HF_PDR3_P37
#define P_7758NCS_active P_7758NCS=1
#define P_7758NCS_inactive P_7758NCS=0
#define SET_OUTPUT_7758NCS HF_PCR3_PCR37=1
#define P_7758CLK HF_PDR3_P31
#define P_7758CLK_LOW P_7758CLK=1
#define P_7758CLK_HIGH P_7758CLK=0
#define SET_OUTPUT_7758CLK HF_PCR3_PCR31=1
#define P_7758DIN HF_PDR3_P36
#define P_7758DIN_LOW P_7758DIN=1
#define P_7758DIN_HIGH P_7758DIN=0
#define SET_OUTPUT_7758DIN HF_PCR3_PCR36=1
#define P_7758DOUT HF_PDR3_P30
#define SET_INPUT_7758DOUT HF_PCR3_PCR30=0
#define P_7758IQR HF_PDR4_P43
#define SET_INT_MODE7758IQR HF_PMR2_IRQ0=1
struct Struct_Data7758{
union {
long AWATTHR;
uchar ACH_aw[4];
}U_aw;
union {
long BWATTHR;
uchar ACH_bw[4];
}U_bw;
union {
long CWATTHR;
uchar ACH_cw[4];
}U_cw;
union {
long AVARHR;
uchar ACH_avar[4];
}U_avar;
union {
long BVARHR;
uchar ACH_bvar[4];
}U_bvar;
union {
long CVARHR;
uchar ACH_cvar[4];
}U_cvar;
union {
uint AIRMS;
uchar ACH_ai[2];
}U_ai;
union {
uint BIRMS;
uchar ACH_bi[2];
}U_bi;
union {
uint CIRMS;
uchar ACH_ci[2];
}U_ci;
union {
uint AVRMS;
uchar ACH_av[2];
}U_av;
union {
uint BVRMS;
uchar ACH_bv[2];
}U_bv;
union {
uint CVRMS;
uchar ACH_cv[2];
}U_cv;
};
struct Struct_meter_data
{
long A_WattHr;
long B_WattHr;
long C_WattHr;
long A_VarHr;
long B_VarHr;
long C_VarHr;
};
struct Struct_7758scl{
uchar avscale;
uchar bvscale;
uchar cvscale;
uchar aiscale;
uchar biscale;
uchar ciscale;
uint awscale;
uint bwscale;
uint cwscale;
uint avarscale;
uint bvarscale;
uint cvarscale;
};
union Union_7758scl{
struct Struct_7758scl Str_58scl;
uchar ACH_scal[18];
};
struct Struct_7758parameter{
union{
uchar OPMODE;
uchar ACH_opm[1];
}U_opm;
union{
uint APCFDEN;
uchar ACH_apcf[2];
}U_apcf;
union{
uint VARCFDEN;
uchar ACH_varcp[2];
}U_varcp;
union{
uint AWG;
uchar ACH_awg[2];
}U_awg;
union{
uint BWG;
uchar ACH_bwg[2];
}U_bwg;
union{
uint CWG;
uchar ACH_cwg[2];
}U_cwg;
union{
uint AVARG;
uchar ACH_avarg[2];
}U_avarg;
union{
uint BVARG;
uchar ACH_bvarg[2];
}U_bvarg;
union{
uint CVARG;
uchar ACH_cvarg[2];
}U_cvarg;
union{
uchar WDIV;
uchar ACH_wdiv[1];
}U_wdiv;
union{
uchar VARDIV;
uchar ACH_vardiv[1];
}U_vardiv;
union
{
uchar APHCAL;
uchar ACH_aphcal[1];
}U_aphcal;
union
{
uchar BPHCAL;
uchar ACH_bphcal[1];
}U_bphcal;
union
{
uchar CPHCAL;
uchar ACH_cphcal[1];
}U_cphcal;
union
{
uint AWATTOS;
uchar ACH_awattos[2];
}U_awattos;
union
{
uint BWATTOS;
uchar ACH_bwattos[2];
}U_bwattos;
union
{
uint CWATTOS;
uchar ACH_cwattos[2];
}U_cwattos;
union
{
uint AVAROS;
uchar ACH_avaros[2];
}U_avaros;
union
{
uint BVAROS;
uchar ACH_bvaros[2];
}U_bvaros;
union
{
uint CVAROS;
uchar ACH_cvaros[2];
}U_cvaros;
};
MANIP7758_EXT struct Struct_meter_data GST_MeterData;
MANIP7758_EXT union Union_7758scl GU_7758scl;
MANIP7758_EXT struct Struct_Data7758 GST_58data;
MANIP7758_EXT struct Struct_7758parameter GST_58para;
MANIP7758_EXT uchar GA_buf_rdwr7758[3];
MANIP7758_EXT uint GW_watt_scale;
MANIP7758_EXT uint GW_var_scale;
MANIP7758_EXT uchar read_1byte7758(void);
MANIP7758_EXT void write_1byte7758(uchar PB_data);
MANIP7758_EXT void Data_wr7758(uchar PB_addr ,uchar *PP_data_point);
MANIP7758_EXT void Data_rd7758(uchar PB_addr);
MANIP7758_EXT void Read_58data_batch(void);
MANIP7758_EXT void ini_7758(void);
MANIP7758_EXT void sleep_7758com(void);
MANIP7758_EXT void ready_7758com(void);
MANIP7758_EXT void Energy_process(uchar PB_Addr,long *PPDW_Energy,
long *PPDW_EnergBuf,uint PW_scal);
MANIP7758_EXT void Process_store_v_cr(uchar PB_addr, uchar *PP_data);
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