/*******************************************************************************
 *  metrology-calibration-template.h - MSP430F6779 distribution version
 *
 *  Copyright (C) 2011 Texas Instruments Incorporated - http://www.ti.com/
 *  ALL RIGHTS RESERVED
 *
*/

/*! This defines the default offset for the temperature diode, in ADC units */
#define DEFAULT_TEMPERATURE_INTERCEPT               -9830

/*! This defines the default scaling factor for the temperature diode, in ADC units */
#define DEFAULT_TEMPERATURE_SLOPE                   82

#define DEFAULT_ROOM_TEMPERATURE                    250

#define DEFAULT_V_RMS_SCALE_FACTOR_A                25690//15448
#define DEFAULT_V_DC_ESTIMATE_A                     0xFFCA
#define DEFAULT_V_AC_OFFSET_A                       -2126

#define DEFAULT_V_RMS_SCALE_FACTOR_B                25690//15520
#define DEFAULT_V_DC_ESTIMATE_B                     0xFFCA
#define DEFAULT_V_AC_OFFSET_B                       -2126

#define DEFAULT_V_RMS_SCALE_FACTOR_C                25690//15506
#define DEFAULT_V_DC_ESTIMATE_C                     0xFFCA
#define DEFAULT_V_AC_OFFSET_C                       -2126

//#define DEFAULT_V_RMS_SCALE_FACTOR_D                15450
//#define DEFAULT_V_DC_ESTIMATE_D                     0xFFCA
//#define DEFAULT_V_AC_OFFSET_D                       9
//
//#define DEFAULT_V_RMS_SCALE_FACTOR_E                15448
//#define DEFAULT_V_DC_ESTIMATE_E                     0xFFCA
//#define DEFAULT_V_AC_OFFSET_E                       9
//
//#define DEFAULT_V_RMS_SCALE_FACTOR_F                15448
//#define DEFAULT_V_DC_ESTIMATE_F                     0xFFCA
//#define DEFAULT_V_AC_OFFSET_F                       9
//
//#define DEFAULT_V_RMS_SCALE_FACTOR_G                15448
//#define DEFAULT_V_DC_ESTIMATE_G                     0xFFCB
//#define DEFAULT_V_AC_OFFSET_G                       10

#define DEFAULT_I_RMS_SCALE_FACTOR_A                6999//22074
#define DEFAULT_I_DC_ESTIMATE_A                     0xFFDF
#define DEFAULT_I_AC_OFFSET_A                       (long)10000

#define DEFAULT_I_RMS_SCALE_FACTOR_B                6999//21981
#define DEFAULT_I_DC_ESTIMATE_B                     0xFFC0
#define DEFAULT_I_AC_OFFSET_B                      (long)10000

#define DEFAULT_I_RMS_SCALE_FACTOR_C                6999//22044
#define DEFAULT_I_DC_ESTIMATE_C                     0xFFC2
#define DEFAULT_I_AC_OFFSET_C                       (long) 10000

//#define DEFAULT_I_RMS_SCALE_FACTOR_D                21932
//#define DEFAULT_I_DC_ESTIMATE_D                     0xFFC2
//#define DEFAULT_I_AC_OFFSET_D                       1
//
//#define DEFAULT_I_RMS_SCALE_FACTOR_E                21976
//#define DEFAULT_I_DC_ESTIMATE_E                     0xFFC2
//#define DEFAULT_I_AC_OFFSET_E                       29000
//
//#define DEFAULT_I_RMS_SCALE_FACTOR_F                22031
//#define DEFAULT_I_DC_ESTIMATE_F                     0xFFC2
//#define DEFAULT_I_AC_OFFSET_F                       29000
//
//#define DEFAULT_I_RMS_SCALE_FACTOR_G                21943
//#define DEFAULT_I_DC_ESTIMATE_G                     0xFFC3
//#define DEFAULT_I_AC_OFFSET_G                       29001


#define DEFAULT_I_DC_ESTIMATE_NEUTRAL               0xFFDF
#define DEFAULT_I_AC_OFFSET_NEUTRAL                  -2126
#define DEFAULT_I_RMS_SCALE_FACTOR_NEUTRAL          6999//8941
#define DEFAULT_I_RELATIVE_SCALE_FACTOR_NEUTRAL     1//8941


/* The following will be assigned automatically if they are not set here */
//#define DEFAULT_P_SCALE_FACTOR_A                    10909
//#define DEFAULT_P_SCALE_FACTOR_B                    10909
//#define DEFAULT_P_SCALE_FACTOR_C                    10872
//#define DEFAULT_P_SCALE_FACTOR_D                    10842
//#define DEFAULT_P_SCALE_FACTOR_E                    10864
//#define DEFAULT_P_SCALE_FACTOR_F                    10890
//#define DEFAULT_P_SCALE_FACTOR_G                    10845


#define DEFAULT_P_SCALE_FACTOR_TA  ((long long) DEFAULT_V_RMS_SCALE_FACTOR_A*DEFAULT_I_RMS_SCALE_FACTOR_A*32/1000000)
#define DEFAULT_P_SCALE_FACTOR_TB  ((long long) DEFAULT_V_RMS_SCALE_FACTOR_B*DEFAULT_I_RMS_SCALE_FACTOR_B*32/1000000)
#define DEFAULT_P_SCALE_FACTOR_TC  ((long long) DEFAULT_V_RMS_SCALE_FACTOR_C*DEFAULT_I_RMS_SCALE_FACTOR_C*32/1000000)


#define DEFAULT_FREQUENCY_PHASE_FACTOR              500
#define DEFAULT_FREQUENCY_GAIN_FACTOR               0

/* Value is phase angle in 1/256th of a sample increments. */
#define DEFAULT_BASE_PHASE_A_CORRECTION             37
#define DEFAULT_BASE_PHASE_B_CORRECTION             38
#define DEFAULT_BASE_PHASE_C_CORRECTION             38
#define DEFAULT_BASE_PHASE_D_CORRECTION             -203
#define DEFAULT_BASE_PHASE_E_CORRECTION             -203
#define DEFAULT_BASE_PHASE_F_CORRECTION             -202
#define DEFAULT_BASE_PHASE_G_CORRECTION             -202

#define DEFAULT_BASE_NEUTRAL_PHASE_CORRECTION       0




/* CT frequency related corrections, for CTs which need this */
#define DEFAULT_FREQUENCY_PHASE_FACTOR_A            0
#define DEFAULT_FREQUENCY_GAIN_FACTOR_A             0
#define DEFAULT_FREQUENCY_PHASE_FACTOR_B            0
#define DEFAULT_FREQUENCY_GAIN_FACTOR_B             0
#define DEFAULT_FREQUENCY_PHASE_FACTOR_C            0
#define DEFAULT_FREQUENCY_GAIN_FACTOR_C             0
#define DEFAULT_FREQUENCY_PHASE_FACTOR_D            0
#define DEFAULT_FREQUENCY_GAIN_FACTOR_D             0
#define DEFAULT_FREQUENCY_PHASE_FACTOR_E            0
#define DEFAULT_FREQUENCY_GAIN_FACTOR_E             0
#define DEFAULT_FREQUENCY_PHASE_FACTOR_F            0
#define DEFAULT_FREQUENCY_GAIN_FACTOR_F             0
#define DEFAULT_FREQUENCY_PHASE_FACTOR_G            0
#define DEFAULT_FREQUENCY_GAIN_FACTOR_G             0