/
menu_conf.c
executable file
·1998 lines (1892 loc) · 48.4 KB
/
menu_conf.c
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#include "includes.h"
void (*lcd_dis_saved[])() = {
lcd_dis_saved00,
lcd_dis_saved0,
lcd_dis_saved1,
#ifndef LANGUAGE_EN
lcd_dis_saved2,
lcd_dis_saved3,
#endif
lcd_dis_saved4,
#ifndef LANGUAGE_EN
lcd_dis_saved5,
lcd_dis_saved6,
lcd_dis_saved7,
lcd_dis_saved8,
lcd_dis_saved9,
lcd_dis_saved10,
lcd_dis_saved11,
lcd_dis_saved12,
#endif
lcd_dis_saved13,
#ifndef LANGUAGE_EN
lcd_dis_saved14,
lcd_dis_saved15,
lcd_dis_saved16,
lcd_dis_saved17,
#endif
lcd_dis_saved18
};
void (*lcd_dis_menu[])() = {
lcd_dis_menu_0,
lcd_dis_menu_1,
lcd_dis_menu_2,
lcd_dis_menu_3,
lcd_dis_menu_4,
lcd_dis_menu_5,
lcd_dis_menu_300,
lcd_dis_menu_300a,
lcd_dis_menu_300b,
lcd_dis_menu_310,
lcd_dis_menu_311,
lcd_dis_menu_312,
lcd_dis_menu_profibus,
lcd_dis_menu_modbus,
lcd_dis_menu_posals,
lcd_dis_menu_aux1,
lcd_dis_menu_aux2,
lcd_dis_menu_aux3,
lcd_dis_menu_aux4,
lcd_dis_menu_aux5,
lcd_dis_menu_aux6,
lcd_dis_menu_aux7,
lcd_dis_menu_aux8,
lcd_dis_menu_redudant,
lcd_dis_menu_320,
lcd_dis_menu_321,
lcd_dis_menu_3210,
lcd_dis_menu_322,
lcd_dis_menu_3220,
lcd_dis_menu_3221,
lcd_dis_menu_323,
lcd_dis_menu_3230,
lcd_dis_menu_32301,
lcd_dis_menu_32302,
lcd_dis_menu_324,
lcd_dis_menu_330,
lcd_dis_menu_331,
lcd_dis_menu_40,
lcd_dis_menu_41,
lcd_dis_menu_43,
lcd_dis_menu_44,
lcd_dis_menu_50
};
void menu_conf_exit(Uint8 saved, Uint16 menu){
lcd_dis_saved[saved]();
delayms(200);
lcd_dis_menu[menu]();
delayms(300);
lcd_dis_saved[saved]();
delayms(200);
lcd_dis_menu[menu]();
}
void menu_conf_0(){
Uint16 res;
eedata_read(_Code_Orde, res);
if (_Menu0Count0==res){
lcd_dis_menu_1();
return;
}
menu_conf_exit(SAVED13,MENU_0);
return;
}
void menu_conf_1(){
switch(_uintCur){
case 0:
_EmRead = 1;
lcd_dis_menu_2();
break;
case 1:
_uintCur = 0;
_RmRead = 0;
_RmReadS = 0;
lcd_dis_menu_3();
break;
case 2:
_uintCur = 0;
lcd_dis_menu_4();
break;
case 3:
_uintCur = 0;
_EmRead = 1;
lcd_dis_menu_5();
break;
}
return;
}
void menu_conf_2(){
Uint16 res,res1;
switch(_uintCur){
case 0:
if(_RmRead>1){
break;
}
switch(_RmRead){
case 0:
eedata_write(_CL_Dir,utrue);
case 1:
eedata_write(_CL_Dir,ufalse);
}
menu_conf_exit(SAVED,MENU_2);
break;
case 1:
if(_RmRead>1){
break;
}
switch(_RmRead){
case 0:
if(_SetOPLimitFlag==true){
eedata_read(_L_Zero,res);
eedata_read(_OP_Limit,res1);
if(res1!=_CodeVP){
if(cal_limit(_CodeVP,res1,res)==E_ERR){
return;
}
}else{
lcd_dis_clr_alarm();
lcd_dis_alarm_cllimitover();
delayms(400);
lcd_dis_clr_alarm();
delayms(200);
lcd_dis_alarm_cllimitover();
delayms(400);
lcd_dis_clr_alarm();
return;
}
}
eedata_write(_CL_Limit,_CodeVP);
_SetCLLimitFlag = true;
_strAlarmFlag |= _CSFlag;
_DP_IDATA1 |= BIT1;
_strAlarmFlag &= ~_OSFlag;
_DP_IDATA1 &= ~BIT2;
led_g_r_set(1,0);
relay_position_judge();
rush_relays();
menu_conf_exit(SAVED,MENU_2);
break;
case 1:
if(_SetCLLimitFlag==true){
eedata_read(_L_Zero,res);
eedata_read(_CL_Limit,res1);
if(res1!=_CodeVP){
if(cal_limit(res1,_CodeVP,res)==E_ERR){
return;
}
}else{
lcd_dis_clr_alarm();
lcd_dis_alarm_oplimitover();
delayms(400);
lcd_dis_clr_alarm();
delayms(200);
lcd_dis_alarm_oplimitover();
delayms(400);
lcd_dis_clr_alarm();
return;
}
}
eedata_write(_OP_Limit,_CodeVP);
_SetOPLimitFlag = true;
_strAlarmFlag |= _OSFlag;
_DP_IDATA1 |= BIT2;
_strAlarmFlag &= ~_CSFlag;
_DP_IDATA1 &= ~BIT1;
led_g_r_set(0,1);
relay_position_judge();
rush_relays();
menu_conf_exit(SAVED,MENU_2);
break;
}
break;
case 2:
eedata_write(_CL_TorProtect,_Menu2Count0);
_strAlarmFlag &= ~_CTFlag;
_DP_DIAGR0 &= BIT3;
menu_conf_exit(SAVED,MENU_2);
break;
case 3:
if(_RmRead>1){
break;
}
switch(_RmRead){
case 0:
eedata_write(_CLDir_Protect,utrue);
break;
case 1:
eedata_write(_CLDir_Protect,ufalse);
break;
}
menu_conf_exit(SAVED,MENU_2);
break;
case 4:
eedata_write(_OP_TorProtect,_Menu2Count1);
_strAlarmFlag &= ~_OTFlag;
_DP_DIAGR0 &= ~BIT4;
menu_conf_exit(SAVED,MENU_2);
break;
case 5:
if(_RmRead>1){
break;
}
switch(_RmRead){
case 0:
eedata_write(_OPDir_Protect,utrue);
break;
case 1:
eedata_write(_OPDir_Protect,ufalse);
break;
}
menu_conf_exit(SAVED,MENU_2);
break;
}
return;
}
void menu_conf_3(){
Uint16 res;
switch(_uintCur){
case 0:
if(_RmRead==4){
_EmRead = 1;
lcd_dis_menu_300b();
}else{
_Menu300Atemp = _RmRead;
_EmRead = 1;
if(_RmRead>3){
break;
}
get_eedata_snfun(_RmRead,&res);
/*
switch(_RmRead){
case 0:
eedata_read(_S1_Fun,res);
break;
case 1:
eedata_read(_S2_Fun,res);
break;
case 2:
eedata_read(_S3_Fun,res);
break;
case 3:
eedata_read(_S4_Fun,res);
break;
}*/
_uintCur = (res > 10)? 0:res;
lcd_dis_menu_300();
}
break;
case 1:
switch(_RmRead){
case 0:
eedata_read(_LocalCtrl,res);
_uintCur = (res==ufalse) ? 0:1;
lcd_dis_menu_310();
break;
case 1:
eedata_read(_TwoLinesCtrl,res);
_uintCur = (res==TWOLINE_OPEN) ? 0:(((res==TWOLINE_CLOSE) ? 1:2));
lcd_dis_menu_311();
break;
case 2:
_uintCur = 0;
_EmRead = 1;
lcd_dis_menu_312();
break;
}
if(_RmRead>2){
eedata_read(_Card,res);
_uintCur = 0;
_RowWord0 = 0;
_RowWord1 = 1;
_RowWord2 = 2;
_EmRead = 1;
_BusCount0 = 0;
_BusCount2 = 0;
_BusCount3 = 0;
_BusCount4 = 3;
_BusCount5 = 0;
if(res==8){
_BusCount1 = 1;
lcd_dis_menu_profibus();
}else if(res==2){
lcd_dis_menu_modbus();
}
}
break;
case 2:
if(_RmRead>3){
break;
}
switch(_RmRead){
case 0:
_uintCur = 0;
_EmRead = 1;
lcd_dis_menu_320();
break;
case 1:
eedata_read(_AUXMSK,res);
if(res & BIT7){
_uintCur = 0;
}else{
_uintCur = 1;
}
lcd_dis_menu_321();
break;
case 2:
eedata_read(_Interim_Ctrl,res);
_uintCur = (res==OPEN_MOV) ? 2:(((res==CLOSE_MOV) ? 1:0));
lcd_dis_menu_322();
break;
case 3:
_EmRead = 1;
lcd_dis_menu_323();
break;
case 4:
eedata_read(_VarSpeedEnable,res);
_uintCur = (res==utrue) ? 0:1;
lcd_dis_menu_324();
break;
}
break;
case 3:
if(_FB_Temp==0xffff){
break;
}
_uintCur = 0;
_EmRead = 1;
if(_RmRead==0){
lcd_dis_menu_330();
}else{
lcd_dis_menu_331();
}
break;
}
return;
}
void menu_conf_4(){
switch(_uintCur){
case 0:
_uintCur = 0;
lcd_dis_menu_40();
break;
case 1:
_uintCur = 0;
lcd_dis_menu_41();
break;
case 2:
_uintCur = 0;
_EmRead = 1;
lcd_dis_menu_43();
break;
#ifdef LANGUAGE_EN
case 3: lcd_dis_menu_46();break;
#endif
}
return;
}
void menu_conf_5(){
switch(_uintCur){
case 0:
if(_RmRead){
eedata_write(_InverseDisEnable,utrue);
}else{
eedata_write(_InverseDisEnable,ufalse);
}
RESETB_Tris = 0;
Nop();
RESETB_Write = 0;
delayus(500);
RESETB_Write = 1;
dis_init();
menu_conf_exit(SAVED15,MENU_5);
break;
case 1:
eedata_write(_Code_Orde,_Menu5Count0);
menu_conf_exit(SAVED15,MENU_5);
break;
case 2:
_uintCur = 0;
lcd_dis_menu_50();
break;
}
return;
}
void menu_conf_8_exit1(){
#ifdef LANGUAGE_EN
#else
_EmRead = 1;
_uintCur = 0;
lcd_dis_menu_300a();
#endif
}
void menu_conf_8_exit0(){
if(_uintCur==10){
menu_conf_8_exit1();
return;
}
menu_conf_exit(SAVED1,MENU_300);
}
//relay output set
void menu_conf_8(){
Uint16 res;
if(_uintCur>10){
return;
}
if(_uintCur==0){
res = 0xff;
}
#ifdef LANGUAGE_EN
#endif
else{
res = _uintCur;
}
switch(_Menu300Atemp){
case 0:
eedata_write(_Sn_Fun[0],res);
if(_RmReadS!=0){
eedata_write(_Sn_Status[0],ufalse);
}else{
eedata_write(_Sn_Status[0],utrue);
}
menu_conf_8_exit0();
break;
case 1:
eedata_write(_Sn_Fun[1],res);
if(_RmReadS!=0){
eedata_write(_Sn_Status[1],ufalse);
}else{
eedata_write(_Sn_Status[1],utrue);
}
menu_conf_8_exit0();
break;
case 2:
eedata_write(_Sn_Fun[2],res);
if(_RmReadS!=0){
eedata_write(_Sn_Status[2],ufalse);
}else{
eedata_write(_Sn_Status[2],utrue);
}
menu_conf_8_exit0();
break;
case 3:
eedata_write(_Sn_Fun[3],res);
if(_RmReadS!=0){
eedata_write(_Sn_Status[3],ufalse);
}else{
eedata_write(_Sn_Status[3],utrue);
}
menu_conf_8_exit0();
break;
}
return;
}
void menu_conf_9(){
#ifdef LANGUAGE_EN
#endif
return;
}
//local control menu
void menu_conf_10(){
switch(_uintCur){
case 0:
eedata_write(_LocalCtrl,ufalse);
menu_conf_exit(SAVED17,MENU_310);
break;
case 1:
eedata_write(_LocalCtrl,utrue);
menu_conf_exit(SAVED18,MENU_310);
break;
}
return;
}
//two line control control menu
void menu_conf_11(){
switch(_uintCur){
case 0:
eedata_write(_TwoLinesCtrl,TWOLINE_OPEN);
menu_conf_exit(SAVED4,MENU_311);
break;
case 1:
eedata_write(_TwoLinesCtrl,TWOLINE_CLOSE);
menu_conf_exit(SAVED5,MENU_311);
break;
case 2:
eedata_write(_TwoLinesCtrl,TWOLINE_NO);
break;
}
return;
}
//proportion control menu
void menu_conf_12(){
switch(_uintCur){
case 0:
eedata_write(_IC_Dbd,_Menu312Count0);
menu_conf_exit(SAVED1,MENU_312);
break;
case 1:
if(_RmRead>3){
break;
}
switch(_RmRead){
case 0:
eedata_write(_POSALS,0x05);
break;
case 1:
eedata_write(_POSALS,0x01);
break;
case 2:
eedata_write(_POSALS,0x03);
break;
case 3:
eedata_write(_POSALS,0x07);
_uintCur = 0;
_RmRead = 0;
_BusCount5 = 0;
_EmRead = 1;
lcd_dis_menu_posals();
return;
}
menu_conf_exit(SAVED1,MENU_312);
break;
case 2:
eedata_write(_IC_Low_VP,_Menu312Count1);
menu_conf_exit(SAVED1,MENU_312);
break;
case 3:
eedata_write(_IC_High_VP,_Menu312Count2);
menu_conf_exit(SAVED1,MENU_312);
break;
case 4:
eedata_write(_IC_Low,_IC[10]);
menu_conf_exit(SAVED1,MENU_312);
break;
case 5:
eedata_write(_IC_High,_IC[10]);
menu_conf_exit(SAVED1,MENU_312);
break;
}
return;
}
//profibus control menu
void menu_conf_13(){
Uint16 res,res1;
Uint32 mul;
switch(_uintCur){
case 0:
eedata_write(_DP_Adress,_BusCount0);
menu_conf_exit(SAVED1, MENU_PROFIBUS);
break;
case 1:
eedata_write(_DPSLTO,_BusCount1);
menu_conf_exit(SAVED1, MENU_PROFIBUS);
break;
case 2:
if(_RmRead>4){
break;
}
switch(_RmRead){
case 0:
eedata_write(_POSALS,0x00);
break;
case 1:
eedata_write(_POSALS,0x01);
break;
case 2:
eedata_write(_POSALS,0x03);
break;
case 3:
eedata_write(_POSALS,0x05);
break;
case 4:
eedata_write(_POSALS,0x07);
_uintCur = 0;
_RmRead = 0;
_BusCount5 = 0;
_EmRead = 1;
lcd_dis_menu_posals();
return;
}
menu_conf_exit(SAVED1, MENU_PROFIBUS);
break;
case 3:
if(_RmRead>2){
break;
}
switch(_RmRead){
case 0:
eedata_write(_ESD_Action,ESD_OPENL);
break;
case 1:
eedata_write(_ESD_Action,ESD_CLOSEL);
break;
case 2:
eedata_write(_ESD_Action,ESD_HOLD);
break;
}
menu_conf_exit(SAVED1, MENU_PROFIBUS);
break;
case 4:
eedata_write(_POSMIN,_BusCount2);
eedata_read(_L_CL_Limit,res);
eedata_read(_Limit_Length,res1);
mul = (Uint32)res1 *_BusCount2;
res1 = mul/100;
res1 += res;
eedata_write(_POSMIN_Code,res1);
menu_conf_exit(SAVED1, MENU_PROFIBUS);
break;
case 5:
eedata_write(_POSMAX,_BusCount3);
eedata_read(_L_CL_Limit,res);
eedata_read(_Limit_Length,res1);
mul = (Uint32)res1 *_BusCount3;
res1 = mul/100;
res1 += res;
eedata_write(_POSMAX_Code,res1);
menu_conf_exit(SAVED1, MENU_PROFIBUS);
break;
case 6:
eedata_write(_IC_Dbd,_BusCount4);
menu_conf_exit(SAVED1, MENU_PROFIBUS);
break;
case 7:
if(_RmRead>1){
break;
}
eedata_read(_AUXMSK,res);
switch(_RmRead){
case 0:
res &= ~BIT4;
eedata_write(_AUXMSK,res);
_EmRead = 1;
eedata_read(_AUXMSK,res);
if(res & BIT0){
_uintCur = 0;
}else{
_uintCur = 1;
}
lcd_dis_menu_aux1();
break;
case 1:
res |= BIT4;
eedata_write(_AUXMSK,res);
_EmRead = 1;
eedata_read(_AUXMSK,res);
if(res & BIT0){
_uintCur = 0;
}else{
_uintCur = 1;
}
lcd_dis_menu_aux5();
break;
}
break;
case 8:
if(_RmRead>1){
break;
}
eedata_read(_AUXMSK,res);
switch(_RmRead){
case 0:
res &= ~BIT5;
eedata_write(_AUXMSK,res);
_EmRead = 1;
eedata_read(_AUXMSK,res);
if(res & BIT1){
_uintCur = 0;
}else{
_uintCur = 1;
}
lcd_dis_menu_aux2();
break;
case 1:
res |= BIT5;
eedata_write(_AUXMSK,res);
_EmRead = 1;
eedata_read(_AUXMSK,res);
if(res & BIT1){
_uintCur = 0;
}else{
_uintCur = 1;
}
lcd_dis_menu_aux6();
break;
}
break;
case 9:
if(_RmRead>1){
break;
}
eedata_read(_AUXMSK,res);
switch(_RmRead){
case 0:
res &= ~BIT6;
eedata_write(_AUXMSK,res);
_EmRead = 1;
eedata_read(_AUXMSK,res);
if(res & BIT2){
_uintCur = 0;
}else{
_uintCur = 1;
}
lcd_dis_menu_aux3();
break;
case 1:
res |= BIT6;
eedata_write(_AUXMSK,res);
_EmRead = 1;
eedata_read(_AUXMSK,res);
if(res & BIT2){
_uintCur = 0;
}else{
_uintCur = 1;
}
lcd_dis_menu_aux7();
break;
}
break;
case 10:
if(_RmRead>1){
break;
}
eedata_read(_AUXMSK,res);
switch(_RmRead){
case 0:
res &= ~BIT7;
eedata_write(_AUXMSK,res);
_EmRead = 1;
eedata_read(_AUXMSK,res);
if(res & BIT3){
_uintCur = 0;
}else{
_uintCur = 1;
}
lcd_dis_menu_aux4();
break;
case 1:
res |= BIT7;
eedata_write(_AUXMSK,res);
_EmRead = 1;
eedata_read(_AUXMSK,res);
if(res & BIT3){
_uintCur = 0;
}else{
_uintCur = 1;
}
lcd_dis_menu_aux8();
break;
}
break;
case 11:
if(_RmRead>1){
break;
}
switch(_RmRead){
case 0:
eedata_write(_Redundancy,ufalse);
eedata_write(_DP_Adress2,0xff);
_EmRead = 1;
menu_conf_exit(SAVED1, MENU_PROFIBUS);
break;
case 1:
eedata_write(_Redundancy,utrue);
_EmRead = 1;
lcd_dis_menu_redudant();
break;
}
break;
case 12:
eedata_write(_DPCtrl,_RmRead);
break;
}
return;
}
//lock set for remote and local
void menu_conf_14(){
switch(_uintCur){
case 0:
if(_RmRead>1){
break;
}
switch(_RmRead){
case 0:
eedata_write(_Local_Lock,utrue);
break;
case 1:
eedata_write(_Local_Lock,ufalse);
break;
}
menu_conf_exit(SAVED7, MENU_320);
break;
case 1:
if(_RmRead1>1){
break;
}
switch(_RmRead1){
case 0:
eedata_write(_Remote_Lock,utrue);
break;
case 1:
eedata_write(_Remote_Lock,ufalse);
break;
}
menu_conf_exit(SAVED7, MENU_320);
break;
}
return;
}
//esd control set
void menu_conf_15(){
Uint16 res;
if(_uintCur >1){
return;
}
eedata_read(_AUXMSK,res);
switch(_uintCur){
case 0:
res |= BIT7;
eedata_write(_AUXMSK,res);
_EmRead = 1;
lcd_dis_menu_3210();
break;
case 1:
res &= ~BIT7;
eedata_write(_AUXMSK,res);
menu_conf_exit(SAVED5, MENU_321);
break;
}
return;
}
//esd forward set
void menu_conf_16(){
Uint16 res;
switch(_uintCur){
case 0:
if(_RmRead>2){
break;
}
switch(_RmRead){
case 0:
eedata_write(_ESD_Action,ESD_OPENL);
break;
case 1:
eedata_write(_ESD_Action,ESD_CLOSEL);
break;
case 2:
eedata_write(_ESD_Action,ESD_HOLD);
break;
}
menu_conf_exit(SAVED8, MENU_3210);
break;
case 1:
if(_RmRead>1){
break;
}
eedata_read(_AUXMSK,res);
switch(_RmRead){
case 0:
res |= BIT3;
eedata_write(_AUXMSK,res);
break;
case 1:
res &= ~BIT3;
eedata_write(_AUXMSK,res);
break;
}
menu_conf_exit(SAVED8, MENU_3210);
break;
case 2:
if(_RmRead>1){
break;
}
switch(_RmRead){
case 0:
eedata_write(_ESD_ExceedHot,utrue);
break;
case 1:
eedata_write(_ESD_ExceedHot,ufalse);
break;
}
menu_conf_exit(SAVED8, MENU_3210);
break;
case 3:
if(_RmRead>1){
break;
}
switch(_RmRead){
case 0:
eedata_write(_ESD_ExceedSp,utrue);
break;
case 1:
eedata_write(_ESD_ExceedSp,ufalse);
break;
}
menu_conf_exit(SAVED8, MENU_3210);
break;
case 4:
if(_RmRead>1){
break;
}
switch(_RmRead){
case 0:
eedata_write(_ESD_ExceedLock,utrue);
break;
case 1:
eedata_write(_ESD_ExceedLock,ufalse);
break;
}
menu_conf_exit(SAVED8, MENU_3210);
break;
case 5:
if(_RmRead>1){
break;
}
switch(_RmRead){
case 0:
eedata_write(_ESD_ExceedTime,utrue);
break;
case 1:
eedata_write(_ESD_ExceedTime,ufalse);
break;
}
menu_conf_exit(SAVED8, MENU_3210);
break;
}
return;
}
void menu_conf_17(){
if(_uintCur > 2){