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#define on 1
#define off 0
// Versio number, incrementing this will erase/upload factory settings.
// Only devs should increment this
#define VER 74
// EEPROM Stepping, be careful not to overstep.
// We reserved floats for just to be sure if some values needs to be
// changed in future.
// byte = 1
// int = 4
// float = 8
// Panel 8bit REGISTER with BIT positions
// panA_REG Byte has:
#define Cen_BIT 0
#define Pit_BIT 1
#define Rol_BIT 2
#define BatA_BIT 3
#define BatB_BIT 4 //(!Not implemented)
#define GPSats_BIT 5
#define GPL_BIT 6
#define GPS_BIT 7
// panB_REG Byte has:
#define Rose_BIT 0
#define Head_BIT 1
#define MavB_BIT 2
#define HDir_BIT 3
#define HDis_BIT 4
#define WDir_BIT 5 //(!Not implemented)
#define WDis_BIT 6 //(!Not implemented)
#define RSSI_BIT 7 //(!Not implemented)
// panC_REG Byte has:
#define CurA_BIT 0 //(!Not implemented)
#define CurB_BIT 1 //(!Not implemented)
#define Alt_BIT 2
#define Vel_BIT 3
#define Thr_BIT 4
#define FMod_BIT 5
#define Hor_BIT 6
//#define XXC_BIT 7 //Free
/* *********************************************** */
// EEPROM Storage addresses
// First of 8 panels
#define panCenter_en_ADDR 0
#define panCenter_x_ADDR 2
#define panCenter_y_ADDR 4
#define panPitch_en_ADDR 6
#define panPitch_x_ADDR 8
#define panPitch_y_ADDR 10
#define panRoll_en_ADDR 12
#define panRoll_x_ADDR 14
#define panRoll_y_ADDR 16
#define panBatt_A_en_ADDR 18
#define panBatt_A_x_ADDR 20
#define panBatt_A_y_ADDR 22
#define panBatt_B_en_ADDR 24
#define panBatt_B_x_ADDR 26
#define panBatt_B_y_ADDR 28
#define panGPSats_en_ADDR 30
#define panGPSats_x_ADDR 32
#define panGPSats_y_ADDR 34
#define panGPL_en_ADDR 36
#define panGPL_x_ADDR 38
#define panGPL_y_ADDR 40
#define panGPS_en_ADDR 42
#define panGPS_x_ADDR 44
#define panGPS_y_ADDR 46
// Second set of 8 panels
#define panRose_en_ADDR 48
#define panRose_x_ADDR 50
#define panRose_y_ADDR 52
#define panHeading_en_ADDR 54
#define panHeading_x_ADDR 56
#define panHeading_y_ADDR 58
#define panMavBeat_en_ADDR 60
#define panMavBeat_x_ADDR 62
#define panMavBeat_y_ADDR 64
#define panHomeDir_en_ADDR 66
#define panHomeDir_x_ADDR 68
#define panHomeDir_y_ADDR 70
#define panHomeDis_en_ADDR 72
#define panHomeDis_x_ADDR 74
#define panHomeDis_y_ADDR 76
#define panWPDir_en_ADDR 80 //(!Not implemented)
#define panWPDir_x_ADDR 82 //
#define panWPDir_y_ADDR 84 //
#define panWPDis_en_ADDR 86 //(!Not implemented)
#define panWPDis_x_ADDR 88 //
#define panWPDis_y_ADDR 90 //
#define panRSSI_en_ADDR 92 //(!Not implemented)
#define panRSSI_x_ADDR 94 //
#define panRSSI_y_ADDR 96 //
// Third set of 8 panels
#define panCurA_en_ADDR 98 //(!Not implemented)
#define panCurA_x_ADDR 100 //
#define panCurA_y_ADDR 102 //
#define panCurB_en_ADDR 104 //(!Not implemented)
#define panCurB_x_ADDR 106 //
#define panCurB_y_ADDR 108 //
#define panAlt_en_ADDR 110
#define panAlt_x_ADDR 112
#define panAlt_y_ADDR 114
#define panVel_en_ADDR 116
#define panVel_x_ADDR 118
#define panVel_y_ADDR 120
#define panThr_en_ADDR 122
#define panThr_x_ADDR 124
#define panThr_y_ADDR 126
#define panFMod_en_ADDR 128
#define panFMod_x_ADDR 130
#define panFMod_y_ADDR 132
#define panHorizon_en_ADDR 134
#define panHorizon_x_ADDR 136
#define panHorizon_y_ADDR 138
#define CHK1 1000
#define CHK2 1006
#define EEPROM_MAX_ADDR 1024 // this is 328 chip