global.h

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// a 正向有功电量增加oooooo

#define RFLAG_KWH_F_ADD       Dianliang1.bit.b0 

// a 反向有功电量增加oooooo

#define RFLAG_KWH_R_ADD       Dianliang1.bit.b1 

// a 正向无功电量增加oooooo

#define RFLAG_KVARH_F_ADD       Dianliang1.bit.b2 

// a 反向无功电量增加oooooo

#define RFLAG_KVARH_R_ADD       Dianliang1.bit.b3 


// a 1象限无功电量增加ooooo

#define RFLAG_KVARH_1_ADD       Dianliang1.bit.b4

// a  2象限无功电量增加ooooo

#define RFLAG_KVARH_2_ADD       Dianliang1.bit.b5 

// a  3象限无功电量增加ooooo

#define RFLAG_KVARH_3_ADD       Dianliang1.bit.b6 

// a  4象限无功电量增加ooooo

#define RFLAG_KVARH_4_ADD       Dianliang1.bit.b7 


// a 正向无功电量减少
#define RFLAG_KVARH_F_SUB       Dianliang2.bit.b0 

// a 反向无功电量减少ooooo

#define RFLAG_KVARH_R_SUB       Dianliang2.bit.b1 



unsigned char bcopy_kwh[40][6];
unsigned char ccopy_kwh[40][6];
unsigned char ajiaoyuan_kwh[40];
// a--6  b--6 c--6
unsigned char anquan_use[18];












// mode use rtc time*/
unsigned char lost_v_rtc_minute;
unsigned char lost_v_rtc_second;

//pan duan 判断符合条件失压持续时间PPP10   

unsigned char lost_v_continue_time;





// zhen 当前是否失压指示jjjjj
// 0 正常，1--A相，2--B相，3--C相，4--AB相，5--AC相，6--BC相DDDDD

#define lost_v_no  0
#define lost_v_a  1
#define lost_v_b  2
#define lost_v_c  3
#define lost_v_ab  4
#define lost_v_ac  5
#define lost_v_bc  6
unsigned char lost_v_quadrant;
unsigned char lost_v_quadrant_use;

// xian 象别转换常量bye.0---->a ,byte.1------>b,byte.2------>c jjjjjj

const unsigned char table_guadrant_value_translate[]={00,0x01,0x02,0x04,0x03,0x05,0x06};




/*   ****************失流记录模块***********************   */
/*   包括相应的报警指示功能     */


// const must chang

// mode use rtc time*/
unsigned char lost_i_rtc_minute;
unsigned char lost_i_rtc_second;

//pan duan 判断符合条件失流持续时间PPP10   

unsigned char cut_v_continue_time;




// zhen 当前是否失流指示jjjjj
// 0 正常，1--A相，2--B相，3--C相，4--AB相，5--AC相，6--BC相DDDDD

/*#define lost_i_no  0
#define lost_i_a  1
#define lost_i_b  2
#define lost_i_c  3
#define lost_i_ab  4
#define lost_i_ac  5
#define lost_i_bc  6
unsigned char lost_i_quadrant;

unsigned char lost_i_quadrant_use;
*/
#define cut_v_no  0
#define cut_v_a  1
#define cut_v_b  2
#define cut_v_c  3
#define cut_v_ab  4
#define cut_v_ac  5
#define cut_v_bc  6
unsigned char cut_v_quadrant;

unsigned char cut_v_quadrant_use;



//ddd电压状态AAAA
unsigned char current_v_a_status;
unsigned char current_v_a_status_use;
unsigned char current_v_b_status;
unsigned char current_v_b_status_use;
unsigned char current_v_c_status;
unsigned char current_v_c_status_use;
#define v_good  0    // zhen chang
#define v_nogood 1   // bu he ge
#define v_exceed_down 2   // qiang ya
#define v_exceed_up 3       // guo ya
// ddd三相总的电压状态（A，B，C任一不合格）AAA
unsigned char current_v_status;

//CI 模块时钟SSSSS



unsigned char moniter_use_second;
unsigned char moniter_use_minute;
unsigned char moniter_use_month;


//CI 持续时间SSSSS
unsigned char continue_time_v_a_moniter_use;


unsigned char continue_time_v_b_moniter_use;

unsigned char continue_time_v_c_moniter_use;




//AA 电压不合格事件存储地址DDDD
// 2ci  biao

//ddd电流状态AAAA
 unsigned char current_i_a_status;
unsigned char current_i_a_status_use;
unsigned char current_i_b_status;
unsigned char current_i_b_status_use;
unsigned char current_i_c_status;
unsigned char current_i_c_status_use;

#define i_good  0    // zhen chang
#define i_exceed  1   // guo liu
// ddd三相总的电流状态（A，B，C任一不合格）AAA
unsigned char current_i_status;


//CI 持续时间SSSSS
unsigned char continue_time_i_a_moniter_use;


unsigned char continue_time_i_b_moniter_use;

unsigned char continue_time_i_c_moniter_use;


//AA 电流不合格事件存储地址DDDD

// 2 ci biao




// const must chang
// 总过载
// mode use rtc time*/

#define guozai 1
#define noguozai 0

unsigned char over_kwh_status;
// zhong jian status
unsigned char over_kwh_status_use;

unsigned char over_kwh_rtc_minute;
unsigned char over_kwh_rtc_second;

//pan duan 判断符合条件过载持续时间PPP10   

unsigned char over_kwh_continue_time;





// 分相a过载
// mode use rtc time*/

//unsigned char over_kwh_a_rtc_second;
unsigned char over_kwh_status_a;
unsigned char over_kwh_status_a_use;
//pan duan 判断符合条件过载持续时间PPP10   

unsigned char over_kwh_a_continue_time;





// lllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllll

// 分相b过载
// mode use rtc time*/

//unsigned char over_kwh_b_rtc_second;
unsigned char over_kwh_status_b;
unsigned char over_kwh_status_b_use;
//pan duan 判断符合条件过载持续时间PPP10   

unsigned char over_kwh_b_continue_time;





// lllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllllll

// 分相c过载
// mode use rtc time*/

//unsigned char over_kwh_c_rtc_second;
unsigned char over_kwh_status_c;
unsigned char over_kwh_status_c_use;
//pan duan 判断符合条件过载持续时间(>10 )PPP10   

unsigned char over_kwh_c_continue_time;









/*   ****************停电上电模块***********************   */
/*   红外停电抄表激活每天允许三次，每次4分钟，十天后关掉红外激活功能     */


unsigned int remote_jiehuo_10day;//(minute) 10*24*60
unsigned char tingchao_enabled;


unsigned int remote_display_7day;//m 7*24*60





/*  *****************全失压模块****************************/

// quan shi ya 10 day
unsigned int quanshiya_10day; // minute


// quan shi ya 全失压AAAA
unsigned char RSTATUS_QUANSHIYA;
#define no_quanshiya 0

#define quanshiya 1

//unsigned char RSTATUS_QUANSHIYA_USE;
unsigned int RTIME_QUANSHIYA_PANDUAN_USE;
unsigned int RTIME_QUANSHIYA_DIANCI_USE;
unsigned char RQINGQIU_PANDUAN_QUANSHIYA;
#define do_panduanquanshiya 1
#define nodo_panduanquanshiya 0

unsigned char tingchaojiehuo_use_num_second;







//unsigned char num_quanshiya;// ting dian qi jian zon ci shu<=10

//unsigned char quanshiya_date[120];// date

/*   ****************中断模块***********************   */
/*   电脉冲中断、公用定时器中断、2个串口中断、等等     */
/*   0.5秒定时中断，软RTC维护








/*   ****************逆相序事件记录模块***********************   */



// dan 当前相序号AAAA
unsigned char current_order_quadrant;
unsigned char current_order_quadrant_use;
//unsigned char current_order_quadrant_envent_use;
#define f_order 0  // zhen xian
#define r_order 1  // fan xian
unsigned char time_order_quadrant_continue_use;



// use time
unsigned char order_quadrant_kw_second_use;
unsigned char order_quadrant_kw_minute_use;



/*   ****************功率反向事件记录模块***********************   */

//dan 当前功率方向AAAA
unsigned char current_order_kw;
unsigned char current_order_kw_use;
//unsigned char current_order_kw_envent_use;


unsigned char current_order_a_kw;
unsigned char current_order_a_kw_use;
//unsigned char current_order_a_kw_envent_use;
unsigned char current_order_b_kw;
unsigned char current_order_b_kw_use;
//unsigned char current_order_b_kw_envent_use;

unsigned char current_order_c_kw;
unsigned char current_order_c_kw_use;
//unsigned char current_order_c_kw_envent_use;




unsigned char time_order_kw_continue_use;
unsigned char time_order_a_kw_continue_use;
unsigned char time_order_b_kw_continue_use;
unsigned char time_order_c_kw_continue_use;




unsigned char display_enable[100];
unsigned char timenotchanged;

unsigned char quanshiya_tingchao_cishu;

// qidong gonglv  if Ib <5 and Imax <20A ==0p1% else =0p2%
// qu qidong gonglv 0p9 ,to run
// if 1p5(6) 220v---->1p5 * 220=330
// 330*3=990
// 990/100=9
unsigned long type_minvalue_kw_cal_door;

unsigned char kw_fz_numsecond;
unsigned long kw_fz_perminute;

unsigned char kw_rz_numsecond;
unsigned long kw_rz_perminute;

unsigned char kw_cuofeng_numsecond;
unsigned long kw_cuofeng_perminute;