📄 drv_lampv0.c.bak
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SCR_DH_toON(); //set Q3 on
IO0SET=DK1_P0_06; //set K1 off
IO0SET=DK2_P0_05; //set K2 off
IO1CLR=DK3_P1_25; //set K3 on
IO0CLR=DK4_P0_04; //set K4 on
IO1SET=DK5_P1_26; //set K5 off
DelayMS_(SWITCH_DELAY_TIME);
SCR_DH_toOFF(); //set Q3 off
Rel_DQ_toON();
Rel_DK_toOFF();
StateValue = (StateValue & 0xff00) | Minus_30V0;
break;
case Minus_32V5:
Rel_DK_toON();
Rel_DQ_toOFF();
SCR_DH_toON(); //set Q3 on
IO0CLR=DK1_P0_06; //set K1 on
IO0SET=DK2_P0_05; //set K2 off
IO1CLR=DK3_P1_25; //set K3 on
IO0CLR=DK4_P0_04; //set K4 on
IO1SET=DK5_P1_26; //set K5 off
DelayMS_(SWITCH_DELAY_TIME);
SCR_DH_toOFF(); //set Q3 off
Rel_DQ_toON();
Rel_DK_toOFF();
StateValue = (StateValue & 0xff00) | Minus_32V5;
break;
case Minus_35V0:
Rel_DK_toON();
Rel_DQ_toOFF();
SCR_DH_toON(); //set Q3 on
IO0SET=DK1_P0_06; //set K1 off
IO0CLR=DK2_P0_05; //set K2 on
IO1CLR=DK3_P1_25; //set K3 on
IO0CLR=DK4_P0_04; //set K4 on
IO1SET=DK5_P1_26; //set K5 off
DelayMS_(SWITCH_DELAY_TIME);
SCR_DH_toOFF(); //set Q3 off
Rel_DQ_toON();
Rel_DK_toOFF();
StateValue = (StateValue & 0xff00) | Minus_35V0;
break;
case Minus_37V5:
Rel_DK_toON();
Rel_DQ_toOFF();
SCR_DH_toON(); //set Q3 on
IO0CLR=DK1_P0_06; //set K1 on
IO0CLR=DK2_P0_05; //set K2 on
IO1CLR=DK3_P1_25; //set K3 on
IO0CLR=DK4_P0_04; //set K4 on
IO1SET=DK5_P1_26; //set K5 off
DelayMS_(SWITCH_DELAY_TIME);
SCR_DH_toOFF(); //set Q3 off
Rel_DQ_toON();
Rel_DK_toOFF();
StateValue = (StateValue & 0xff00) | Minus_37V5;
break;
///////////////////////////////////////////////////////////////
#ifndef VOLTAGE_ADJ_MINUS_PLUS
case Plus_00V0: //only for test of advertising board
case Plus_02V5:
case Plus_05V0:
case Plus_07V5:
case Plus_10V0: // case Plus_vMAX:
Rel_DK_toON();
Rel_DQ_toOFF();
SCR_DH_toON(); //set Q3 on
IO0SET=DK1_P0_06; //set K1 off
IO0SET=DK2_P0_05; //set K2 off
IO1SET=DK3_P1_25; //set K3 off
IO0SET=DK4_P0_04; //set K4 off
IO1SET=DK5_P1_26; //set K5 off
DelayMS_(SWITCH_DELAY_TIME);
SCR_DH_toOFF(); //set Q3 off
Rel_DQ_toON();
Rel_DK_toOFF();
StateValue = (StateValue & 0xff00) | DriveValue;
break;
///////////////////////////////////////////////////////////////
#else //#ifdef VOLTAGE_ADJ_MINUS_PLUS
case Plus_00V0:
Rel_DK_toON();
Rel_DQ_toOFF();
SCR_DH_toON(); //set Q3 on
IO0SET=DK1_P0_06; //set K1 off
IO0SET=DK2_P0_05; //set K2 off
IO1SET=DK3_P1_25; //set K3 off
IO0SET=DK4_P0_04; //set K4 off
IO1SET=DK5_P1_26; //set K5 off
DelayMS_(SWITCH_DELAY_TIME);
SCR_DH_toOFF(); //set Q3 off
Rel_DQ_toON();
Rel_DK_toOFF();
StateValue = (StateValue & 0xff00) | Plus_00V0;
break;
case Plus_02V5:
Rel_DK_toON();
Rel_DQ_toOFF();
SCR_DH_toON(); //set Q3 on
IO0CLR=DK1_P0_06; //set K1 on
IO0CLR=DK2_P0_05; //set K2 on
IO1SET=DK3_P1_25; //set K3 off
IO0SET=DK4_P0_04; //set K4 off
IO1CLR=DK5_P1_26; //set K5 on
DelayMS_(SWITCH_DELAY_TIME);
SCR_DH_toOFF(); //set Q3 off
Rel_DQ_toON();
Rel_DK_toOFF();
StateValue = (StateValue & 0xff00) | Plus_02V5;
break;
case Plus_05V0:
Rel_DK_toON();
Rel_DQ_toOFF();
SCR_DH_toON(); //set Q3 on
IO0SET=DK1_P0_06; //set K1 off
IO0CLR=DK2_P0_05; //set K2 on
IO1SET=DK3_P1_25; //set K3 off
IO0SET=DK4_P0_04; //set K4 off
IO1CLR=DK5_P1_26; //set K5 on
DelayMS_(SWITCH_DELAY_TIME);
SCR_DH_toOFF(); //set Q3 off
Rel_DQ_toON();
Rel_DK_toOFF();
StateValue = (StateValue & 0xff00) | Plus_05V0;
break;
case Plus_07V5:
Rel_DK_toON();
Rel_DQ_toOFF();
SCR_DH_toON(); //set Q3 on
IO0CLR=DK1_P0_06; //set K1 on
IO0SET=DK2_P0_05; //set K2 off
IO1SET=DK3_P1_25; //set K3 off
IO0SET=DK4_P0_04; //set K4 off
IO1CLR=DK5_P1_26; //set K5 on
DelayMS_(SWITCH_DELAY_TIME);
SCR_DH_toOFF(); //set Q3 off
Rel_DQ_toON();
Rel_DK_toOFF();
StateValue = (StateValue & 0xff00) | Plus_07V5;
break;
case Plus_10V0:
Rel_DK_toON();
Rel_DQ_toOFF();
SCR_DH_toON(); //set Q3 on
IO0SET=DK1_P0_06; //set K1 off
IO0SET=DK2_P0_05; //set K2 off
IO1SET=DK3_P1_25; //set K3 off
IO0SET=DK4_P0_04; //set K4 off
IO1CLR=DK5_P1_26; //set K5 on
DelayMS_(SWITCH_DELAY_TIME);
SCR_DH_toOFF(); //set Q3 off
Rel_DQ_toON();
Rel_DK_toOFF();
StateValue = (StateValue & 0xff00) | Plus_10V0;
break;
#endif
/////////////////////////////////////////////////////////////////////
// turn light on
case Light_toON:
Rel_DQ_toON(); //开通KQ
Rel_DK_toOFF();
break;
////////////////////////////////////////////////////////////////////
//turn oFF light
case Light_toOFF: //turn light off
Rel_DK_toOFF();
Rel_DQ_toOFF();
SCR_DH_toOFF();
AutoLightCntMode=0; //for auto control
StateValue = (StateValue & 0x0000) | Light_toOFF;
break;
///////////////////////////////////////////////////////////////////
default:
Uart0SendString("Cancel unsupported case.");
break;
}
sprintf(dbuffer,"execute:ForceLampState(): Change state to 0x%x",StateValue);
Uart0SendString(dbuffer);
}
///////////////////////////////////////////////////////////////////
///////////////////////////////////////////////////////////////////
void _ForceLampState(uint16 DriveValue)
{
char dbuffer[100];
IO1SET=DK__P1_24; //relay DK turn OFF
IO0SET=DL__P0_28; //set Q4 off
IO1SET=DH__P1_16 ; //set Q3 off
StateValue = StateValue|LIGHT_ON_FLG_BIT;
switch(DriveValue){
case Minus_00V0:
IO0SET=DK1_P0_06; //set K1 off
IO0SET=DK2_P0_05; //set K2 off
IO1SET=DK3_P1_25; //set K3 off
IO0SET=DK4_P0_04; //set K4 off
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_00V0;
break;
case Minus_02V5:
IO0CLR=DK1_P0_06; //set K1 on
IO0SET=DK2_P0_05; //set K2 off
IO1SET=DK3_P1_25; //set K3 off
IO0SET=DK4_P0_04; //set K4 off
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_02V5;
break;
case Minus_05V0:
IO0SET=DK1_P0_06; //set K1 off
IO0CLR=DK2_P0_05; //set K2 on
IO1SET=DK3_P1_25; //set K3 off
IO0SET=DK4_P0_04; //set K4 off
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_05V0;
break;
case Minus_07V5:
IO0CLR=DK1_P0_06; //set K1 on
IO0CLR=DK2_P0_05; //set K2 on
IO1SET=DK3_P1_25; //set K3 off
IO0SET=DK4_P0_04; //set K4 off
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_07V5;
break;
case Minus_10V0:
IO0SET=DK1_P0_06; //set K1 off
IO0SET=DK2_P0_05; //set K2 off
IO1CLR=DK3_P1_25; //set K3 on
IO0SET=DK4_P0_04; //set K4 off
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_10V0;
break;
case Minus_12V5:
IO0CLR=DK1_P0_06; //set K1 on
IO0SET=DK2_P0_05; //set K2 off
IO1CLR=DK3_P1_25; //set K3 on
IO0SET=DK4_P0_04; //set K4 off
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_12V5;
break;
case Minus_15V0:
IO0SET=DK1_P0_06; //set K1 off
IO0CLR=DK2_P0_05; //set K2 on
IO1CLR=DK3_P1_25; //set K3 on
IO0SET=DK4_P0_04; //set K4 off
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_15V0;
break;
case Minus_17V5:
IO0CLR=DK1_P0_06; //set K1 on
IO0CLR=DK2_P0_05; //set K2 on
IO1CLR=DK3_P1_25; //set K3 on
IO0SET=DK4_P0_04; //set K4 off
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_17V5;
break;
case Minus_20V0:
IO0SET=DK1_P0_06; //set K1 off
IO0SET=DK2_P0_05; //set K2 off
IO1SET=DK3_P1_25; //set K3 off
IO0CLR=DK4_P0_04; //set K4 on
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_20V0;
break;
case Minus_22V5:
IO0CLR=DK1_P0_06; //set K1 on
IO0SET=DK2_P0_05; //set K2 off
IO1SET=DK3_P1_25; //set K3 off
IO0CLR=DK4_P0_04; //set K4 on
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_22V5;
break;
case Minus_25V0:
IO0SET=DK1_P0_06; //set K1 off
IO0CLR=DK2_P0_05; //set K2 on
IO1SET=DK3_P1_25; //set K3 off
IO0CLR=DK4_P0_04; //set K4 on
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_25V0;
break;
case Minus_27V5:
IO0CLR=DK1_P0_06; //set K1 on
IO0CLR=DK2_P0_05; //set K2 on
IO1SET=DK3_P1_25; //set K3 off
IO0CLR=DK4_P0_04; //set K4 on
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_27V5;
break;
case Minus_30V0:
IO0SET=DK1_P0_06; //set K1 off
IO0SET=DK2_P0_05; //set K2 off
IO1CLR=DK3_P1_25; //set K3 on
IO0CLR=DK4_P0_04; //set K4 on
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_30V0;
break;
case Minus_32V5:
IO0CLR=DK1_P0_06; //set K1 on
IO0SET=DK2_P0_05; //set K2 off
IO1CLR=DK3_P1_25; //set K3 on
IO0CLR=DK4_P0_04; //set K4 on
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_32V5;
break;
case Minus_35V0:
IO0SET=DK1_P0_06; //set K1 off
IO0CLR=DK2_P0_05; //set K2 on
IO1CLR=DK3_P1_25; //set K3 on
IO0CLR=DK4_P0_04; //set K4 on
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_35V0;
break;
case Minus_37V5:
IO0CLR=DK1_P0_06; //set K1 on
IO0CLR=DK2_P0_05; //set K2 on
IO1CLR=DK3_P1_25; //set K3 on
IO0CLR=DK4_P0_04; //set K4 on
IO1SET=DK5_P1_26; //set K5 off
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | Minus_37V5;
break;
//////////////////////////////////////////////////////////////
#ifndef VOLTAGE_ADJ_MINUS_PLUS
case Plus_00V0: // only for test of advertising board
case Plus_02V5:
case Plus_05V0:
case Plus_07V5:
case Plus_10V0: // case Plus_vMAX:
IO0SET=DK1_P0_06; //set K1 off
IO0SET=DK2_P0_05; //set K2 off
IO1SET=DK3_P1_25; //set K3 off
IO0SET=DK4_P0_04; //set K4 off
IO1SET=DK5_P1_26; //set K5 off ??
IO0CLR=DQ__P0_07; //set KQ on
StateValue = (StateValue & 0xff00) | DriveValue;
break;
//////////////////////////////////////////////////////////////
#else //#ifdef VOLTAGE_ADJ_MINUS_PLUS
case Plus_00V0:
IO0SET=DK1_P0_06; //set K1 off
IO0SET=DK2_P0_05; //set K2 off
IO1SET=DK3_P1_25; //set K3 off
IO0SET=DK4_P0_04; //set K4 off
IO1SET=DK5_P1_26; //set K5 off
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