/*******************************************************************************
* 函 数 名 ：main
* 函数功能 ：主函数
* 输 入 ：无
* 输 出 ：无
*******************************************************************************/
void main()
{
InitTime();
while(1)
{
if(Beep_EN == 0)//实现循环播放
{
BeepOn(S_SHUTDOWN);//关机音
Delayms(2000);
BeepOn(S_POWERON);//开机音
Delayms(2000);
BeepOn(S_SINGLE);//单音
Delayms(2000);
BeepOn(S_MUSIC);//两只老虎
Delayms(8000);
BeepOn(S_ALL);//所有音符
Delayms(2000);
}
}
}
/**********************************************************
**Name: PowerOnMusic
**Function: Power on music
**Input: none
**Output: none
**********************************************************/
void PowerOnMusic(void)
{
BeepOn((u16*)MusicTab_PowerOn); //Power on music
LCD_DisplayAll(); //display all LCD seg
DispSeg_915=1;DispSeg_RFM=1;DispSeg_MHz=1;
while(1)
{
if((gw_BeepTimer==0)&&(gw_ToneBuf[gb_BeepOnCount+1]==0))
break;
LCD_Display();
}
DispSeg_915=0;DispSeg_RFM=0;DispSeg_MHz=0;
Clr_LCD(); //Clear LCD display
}
// ============================ Implementation =================================
void Task_Beep(void) {
if(EBeep.Count == 0) return;
if(EBeep.IsYelling) {
// Check if time to silence
if(DelayElapsed(&EBeep.Timer, BEEP_ON_TIME)) {
BeepOff();
EBeep.IsYelling = false;
EBeep.Count--;
}
} // if yelling
else {
// Check if time to yell
if(DelayElapsed(&EBeep.Timer, BEEP_OFF_TIME)) {
BeepOn();
EBeep.IsYelling = true;
}
}
}
/**********************************************************
**Name: WorkModeSelect
**Function: Select work mode
**Input: KeyValue, key value
**Output: none
**********************************************************/
void WorkModeSelect(u8 KeyValue)
{
if(KeyValue==C_KeyUp) //Page Up key
{
gb_ErrorFlag=0; //Clear error flag
gb_ParameterChangeFlag=2;
gb_ModuleWorkMode=C_ModuleWorkMode_Standby; //Module entry stanby mode
if(gb_SystemMode!=C_SysMode_Set)
{
gb_SystemMode=C_SysMode_Set; //Entry set mode
}
else
{
if(RF_ModemBuf[1]!=0)
{
gb_SystemMode=C_SysMode_Modem; //Entry Modem mode
Clr_LCD(); //Clear LCD display
}
else
{
BeepOn((u16*)MusicTab_KeyErr); //Disable entry set modem mode when the modem mode only one
}
}
if(RF_ModemBuf[1]!=0)
{
BeepOn((u16*)MusicTab_KeySet);
SaveRFParameterToFlash(); //Save system mode
}
}
else if(KeyValue==C_KeyLeft && gb_ParameterChangeFlag==2) //Page left key
{
BeepOn((u16*)MusicTab_KeyMove); //buzzer on
switch(RF_ModemBuf[gb_Modem_Addr])
{
case C_SysMode_FSK:
if(gb_SystemMode==C_SysMode_TestTx){gb_SystemMode=C_SysMode_FSKRx+1;} //Not Tx&Rx mode
gb_SystemMode--;
if(RF_FdevBuf[0]==0 && gb_SystemMode==C_SysMode_TestTx){gb_SystemMode=C_SysMode_FSKRx;} //Only receive
if(RF_FdevBuf[0]==0 && gb_SystemMode==C_SysMode_FSKTx){gb_SystemMode=C_SysMode_Set;}
if(RF_BandBuf[0]==0 && gb_SystemMode==C_SysMode_TestRx){gb_SystemMode=C_SysMode_TestTx;} //Only send
if(RF_BandBuf[0]==0 && gb_SystemMode==C_SysMode_FSKRx){gb_SystemMode=C_SysMode_FSKTx;}
break;
case C_SysMode_OOK:
if(gb_SystemMode==C_SysMode_TestTx){gb_SystemMode=C_SysMode_OOKRx+1;} //Not Tx&Rx mode
gb_SystemMode--;
if(gb_SystemMode==C_SysMode_FSKTRx){gb_SystemMode=C_SysMode_Set;}
if(RF_FdevBuf[0]==0 && gb_SystemMode==C_SysMode_TestTx){gb_SystemMode=C_SysMode_OOKRx;} //Only receive
if(RF_FdevBuf[0]==0 && gb_SystemMode==C_SysMode_OOKTx){gb_SystemMode=C_SysMode_Set;}
if(RF_BandBuf[0]==0 && gb_SystemMode==C_SysMode_TestRx){gb_SystemMode=C_SysMode_TestTx;} //Only send
if(RF_BandBuf[0]==0 && gb_SystemMode==C_SysMode_OOKRx){gb_SystemMode=C_SysMode_OOKTx;}
break;
case C_SysMode_LoRa:
if(gb_SystemMode==C_SysMode_TestTx){gb_SystemMode=C_SysMode_LoRaRx+1;} //Not Tx&Rx mode
gb_SystemMode--;
if(gb_SystemMode==C_SysMode_OOKTRx){gb_SystemMode=C_SysMode_Set;}
// if(RF_FdevBuf[0]==0 && gb_SystemMode==C_SysMode_TestTx){gb_SystemMode=C_SysMode_LoRaRx;} //Only receive
// if(RF_FdevBuf[0]==0 && gb_SystemMode==C_SysMode_LoRaTx){gb_SystemMode=C_SysMode_Set;}
// if(RF_BandBuf[0]==0 && gb_SystemMode==C_SysMode_TestRx){gb_SystemMode=C_SysMode_TestTx;} //Only send
// if(RF_BandBuf[0]==0 && gb_SystemMode==C_SysMode_LoRaRx){gb_SystemMode=C_SysMode_LoRaTx;}
break;
}
}
else if(KeyValue==C_KeyRight && gb_ParameterChangeFlag==2) //Page right key
{
BeepOn((u16*)MusicTab_KeyMove); //buzzer on
gb_SystemMode++;
switch(RF_ModemBuf[gb_Modem_Addr])
{
case C_SysMode_FSK:
if(gb_SystemMode>C_SysMode_FSKRx){gb_SystemMode=C_SysMode_TestTx;}
if(RF_FdevBuf[0]==0 && gb_SystemMode==C_SysMode_TestTx){gb_SystemMode=C_SysMode_TestRx;} //Only receive
if(RF_FdevBuf[0]==0 && gb_SystemMode==C_SysMode_FSKTx){gb_SystemMode=C_SysMode_FSKRx;}
if(RF_BandBuf[0]==0 && gb_SystemMode==C_SysMode_TestRx){gb_SystemMode=C_SysMode_Sleep;} //Only send
if(RF_BandBuf[0]==0 && gb_SystemMode==C_SysMode_FSKRx){gb_SystemMode=C_SysMode_TestTx;}
break;
case C_SysMode_OOK:
if(gb_SystemMode>C_SysMode_OOKRx){gb_SystemMode=C_SysMode_TestTx;}
if(gb_SystemMode==C_SysMode_FSKTx){gb_SystemMode=C_SysMode_OOKTx;}
if(RF_FdevBuf[0]==0 && gb_SystemMode==C_SysMode_TestTx){gb_SystemMode=C_SysMode_TestRx;} //Only receive
if(RF_FdevBuf[0]==0 && gb_SystemMode==C_SysMode_OOKTx){gb_SystemMode=C_SysMode_OOKRx;}
if(RF_BandBuf[0]==0 && gb_SystemMode==C_SysMode_TestRx){gb_SystemMode=C_SysMode_Sleep;} //Only send
if(RF_BandBuf[0]==0 && gb_SystemMode==C_SysMode_OOKRx){gb_SystemMode=C_SysMode_TestTx;}
break;
case C_SysMode_LoRa:
if(gb_SystemMode>C_SysMode_LoRaRx){gb_SystemMode=C_SysMode_TestTx;}
if(gb_SystemMode==C_SysMode_FSKTx){gb_SystemMode=C_SysMode_LoRaTx;}
// if(RF_FdevBuf[0]==0 && gb_SystemMode==C_SysMode_TestTx){gb_SystemMode=C_SysMode_TestRx;} //Only receive
// if(RF_FdevBuf[0]==0 && gb_SystemMode==C_SysMode_LoRaTx){gb_SystemMode=C_SysMode_LoRaRx;}
// if(RF_BandBuf[0]==0 && gb_SystemMode==C_SysMode_TestRx){gb_SystemMode=C_SysMode_Sleep;} //Only send
// if(RF_BandBuf[0]==0 && gb_SystemMode==C_SysMode_LoRaRx){gb_SystemMode=C_SysMode_TestTx;}
break;
}
}
else if(KeyValue==C_KeyDown && gb_ParameterChangeFlag==2)
{
if(gb_SystemMode==C_SysMode_Set)
{
BeepOn((u16*)MusicTab_KeySet);
gb_SystemMode=C_SysMode_EntrySet;
gb_SysMode_Set=C_SysMode_Set_Freq;
}
else
{
BeepOn((u16*)MusicTab_KeyOver); //Set over, Entry work mode
switch(RF_ModemBuf[gb_Modem_Addr]) //config work mode
{
case C_SysMode_FSK:
gb_ModuleWorkMode=C_ModuleWorkMode_FSK;
break;
case C_SysMode_OOK:
gb_ModuleWorkMode=C_ModuleWorkMode_OOK;
break;
case C_SysMode_LoRa:
gb_ModuleWorkMode=C_ModuleWorkMode_LoRa;
break;
}
//if(gb_SystemMode==C_SysMode_Standby){gb_ModuleWorkMode=C_ModuleWorkMode_Standby;}
if(gb_SystemMode==C_SysMode_Sleep){gb_ModuleWorkMode=C_ModuleWorkMode_Sleep;}
gb_DispFlashFlag=C_FlashDisp_None; //Close flash display flag
if(gb_ParameterChangeFlag==2){gb_ParameterChangeFlag=1;} //Module parameter changed
gb_ModuleWorkEnableFlag=1; //Enable module work in Tx/Rx mode
gw_SendDataCount=0; //Send data count
gw_ReceiveDataCount=0; //Receive data count
}
SaveRFParameterToFlash();
}
else if(KeyValue!=C_KeyNone)
{
BeepOn((u16*)MusicTab_KeyErr);
}
}
/**********************************************************
**Name: ModemSelect
**Function: Select module mode (FSK/OOK/LoRa)
**Input: KeyValue, key value
**Output: none
**********************************************************/
void ModemSelect(u8 KeyValue)
{
if(KeyValue==C_KeyLeft) //Page left key
{
BeepOn((u16*)MusicTab_KeyMove); //buzzer on
if(gb_Modem_Addr){gb_Modem_Addr--;}
else
{
while(1)
{
gb_Modem_Addr++;
if(RF_ModemBuf[gb_Modem_Addr]==0)
{
gb_Modem_Addr--;
break;
}
}
}
}
else if(KeyValue==C_KeyRight) //Page right key
{
BeepOn((u16*)MusicTab_KeyMove); //buzzer on
gb_Modem_Addr++;
if(RF_ModemBuf[gb_Modem_Addr]==0){gb_Modem_Addr=0;}
}
else if(KeyValue==C_KeyDown) //OK key
{
BeepOn((u16*)MusicTab_KeyOK); //Set over, Quit modem set mode
gb_ParameterChangeFlag=2; //Module parameter changed
gb_SystemMode=C_SysMode_Set;
if(gb_Modem_Addr_Backup!=gb_Modem_Addr) //Initialze parameter when Modem mode changed
{
if(RF_ModemBuf[gb_Modem_Addr]==C_SysMode_FSK)
{
gb_FreqBuf_Addr=0;
gb_RateBuf_Addr=1;
gb_PowerBuf_Addr=0;
gb_FdevBuf_Addr=0;
gb_BandBuf_Addr=0;
}
else if(RF_ModemBuf[gb_Modem_Addr]==C_SysMode_OOK)
{
}
else if(RF_ModemBuf[gb_Modem_Addr]==C_SysMode_LoRa)
{
gb_FreqBuf_Addr=0;
gb_RateBuf_Addr=0;
gb_PowerBuf_Addr=0;
gb_FdevBuf_Addr=0;
gb_BandBuf_Addr=0;
}
}
InitSystemParameter(); //Initrupt RF parameter
SaveRFParameterToFlash(); //Save Module value
}
else if(KeyValue!=C_KeyNone)
{
BeepOn((u16*)MusicTab_KeyErr);
}
}
/**********************************************************
**Name: RFParameterSelect
**Function: Select RF parameter
**Input: KeyValue, key value
**Output: none
**********************************************************/
void RFParameterSelect(u8 KeyValue)
{
if(KeyValue==C_KeyUp) //Page Up key
{
BeepOn((u16*)MusicTab_KeySet);
gb_SysMode_Set++;
if(RF_ModemBuf[gb_Modem_Addr]==C_SysMode_LoRa)
{
if(gb_SysMode_Set==C_SysMode_Set_Fdev){gb_SysMode_Set=C_SysMode_Set_Band;}
if(gb_SysMode_Set>C_SysMode_Set_Band){gb_SysMode_Set=C_SysMode_Set_Freq;}
}
else
{
if(gb_SysMode_Set>C_SysMode_Set_Rate){gb_SysMode_Set=C_SysMode_Set_Freq;}
if(RF_FdevBuf[0]==0 && gb_SysMode_Set==C_SysMode_Set_Power){gb_SysMode_Set++;}
}
}
else if(KeyValue==C_KeyLeft) //Page left key
{
BeepOn((u16*)MusicTab_KeyMove); //buzzer on
switch(gb_SysMode_Set)
{
case C_SysMode_Set_Freq:
if(gb_FreqBuf_Addr){gb_FreqBuf_Addr--;}
else
{
while(1)
{
gb_FreqBuf_Addr++;
if(RF_FreqBuf[gb_FreqBuf_Addr]==0)
{
gb_FreqBuf_Addr--;
break;
}
}
}
break;
case C_SysMode_Set_Power:
gb_PowerBuf_Addr++;
if(RF_PowerBuf[gb_PowerBuf_Addr]==0){gb_PowerBuf_Addr=0;}
break;
case C_SysMode_Set_Rate:
if(gb_RateBuf_Addr){gb_RateBuf_Addr--;}
else
{
while(1)
{
gb_RateBuf_Addr++;
if(RF_RateBuf[gb_RateBuf_Addr]==0)
{
gb_RateBuf_Addr--;
break;
}
}
}
break;
case C_SysMode_Set_Band: //Only in LoRa mode
if(gb_BandBuf_Addr){gb_BandBuf_Addr--;}
else
{
while(1)
{
gb_BandBuf_Addr++;
if(RF_LoRaBandWidthBuf[gb_BandBuf_Addr]==0)
{
gb_BandBuf_Addr--;
break;
}
}
}
break;
}
}
else if(KeyValue==C_KeyRight) //Page right key
{
BeepOn((u16*)MusicTab_KeyMove); //buzzer on
switch(gb_SysMode_Set)
{
case C_SysMode_Set_Freq:
gb_FreqBuf_Addr++;
if(RF_FreqBuf[gb_FreqBuf_Addr]==0){gb_FreqBuf_Addr=0;}
break;
case C_SysMode_Set_Power:
if(gb_PowerBuf_Addr){gb_PowerBuf_Addr--;}
else
{
while(1)
{
gb_PowerBuf_Addr++;
if(RF_PowerBuf[gb_PowerBuf_Addr]==0)
{
gb_PowerBuf_Addr--;
break;
}
}
}
break;
case C_SysMode_Set_Rate:
gb_RateBuf_Addr++;
if(RF_RateBuf[gb_RateBuf_Addr]==0){gb_RateBuf_Addr=0;}
break;
case C_SysMode_Set_Band:
gb_BandBuf_Addr++;
if(RF_LoRaBandWidthBuf[gb_BandBuf_Addr]==0){gb_BandBuf_Addr=0;}
break;
}
}
else if(KeyValue==C_KeyDown) //OK key
{
BeepOn((u16*)MusicTab_KeyOK); //Set over, Quit set mode
gb_SystemMode=C_SysMode_Set; //Set mode
SaveRFParameterToFlash();
}
}
/**********************************************************
**Name: DisplayRFParameter
**Function: Complex display RF parameter
**Input: none
**Output: none
**********************************************************/
void DisplayRFParameter(void)
{
u8 *TempDispBuf;
if(gb_ErrorFlag!=1)
{
switch(gb_SystemMode) //Flash Display
{
case C_SysMode_Modem:
if(RF_ModemBuf[gb_Modem_Addr]==C_SysMode_FSK)
{
SendStringToDispBuf(C_DispAddr_Time, (u8*)"sel-FS"); //Select FSK mode
}
else if(RF_ModemBuf[gb_Modem_Addr]==C_SysMode_OOK)
{
SendStringToDispBuf(C_DispAddr_Time, (u8*)"sel-OO"); //Select OOK mode
}
else if(RF_ModemBuf[gb_Modem_Addr]==C_SysMode_LoRa)
{
SendStringToDispBuf(C_DispAddr_Time, (u8*)"sel-Lr"); //Select LoRa mode
}
gb_DispFlashFlag=C_FlashDisp_Time;
DispSeg_Tx=0; //Clear other seg
DispSeg_Rx=0;
DispSeg_PWR=0;
DispSeg_Fdev=0;
DispSeg_BW=0;
DispSeg_P6=0;DispSeg_BR=0;
DispSeg_315=0;DispSeg_434=0;DispSeg_868=0;DispSeg_915=0;
DispSeg_HopeRF=1;
SendStringToDispBuf(C_DispAddr_RFM, RF_ModuleName);DispSeg_RFM=1; //Module name display
return;
//break;
case C_SysMode_ModuleSel:
SendStringToDispBuf(C_DispAddr_Time, (u8*)"sel-RF");
gb_DispFlashFlag=C_FlashDisp_RFM;
DispSeg_Tx=0; //Clear other seg
DispSeg_Rx=0;
DispSeg_PWR=0;
DispSeg_Fdev=0;
DispSeg_BW=0;
DispSeg_P6=0;DispSeg_BR=0;
DispSeg_315=0;DispSeg_434=0;DispSeg_868=0;DispSeg_915=0;
DispSeg_HopeRF=1;
SendStringToDispBuf(C_DispAddr_RFM, RF_ModuleName);DispSeg_RFM=1; //Module name display
return;
//break;
case C_SysMode_Set:
TempDispBuf=(u8*)" set ";
gb_DispFlashFlag=C_FlashDisp_Time;
break;
case C_SysMode_FSKTx:
TempDispBuf=(u8*)"FS--T ";
break;
case C_SysMode_FSKRx:
TempDispBuf=(u8*)"FS--R ";
break;
case C_SysMode_FSKTRx:
TempDispBuf=(u8*)"FS--TR";
break;
case C_SysMode_OOKTx:
TempDispBuf=(u8*)"OO--T ";
break;
case C_SysMode_OOKRx:
TempDispBuf=(u8*)"OO--R ";
break;
case C_SysMode_OOKTRx:
TempDispBuf=(u8*)"OO--TR";
break;
case C_SysMode_LoRaTx:
TempDispBuf=(u8*)"LR--T ";
break;
case C_SysMode_LoRaRx:
TempDispBuf=(u8*)"LR--R ";
break;
case C_SysMode_LoRaTRx:
TempDispBuf=(u8*)"LR--TR";
break;
case C_SysMode_TestTx:
TempDispBuf=(u8*)" T--T ";
break;
case C_SysMode_TestRx:
TempDispBuf=(u8*)" T--R ";
break;
// case C_SysMode_Standby:
// TempDispBuf=(u8*)"STAND ";
// break;
case C_SysMode_Sleep:
TempDispBuf=(u8*)"SLEEP ";
break;
case C_SysMode_EntrySet:
TempDispBuf=(u8*)" set ";
if(gb_SysMode_Set==C_SysMode_Set_Freq){gb_DispFlashFlag=C_FlashDisp_Freq;}
else if(gb_SysMode_Set==C_SysMode_Set_Power){gb_DispFlashFlag=C_FlashDisp_PWR;}
else if(gb_SysMode_Set==C_SysMode_Set_Rate){gb_DispFlashFlag=C_FlashDisp_BR;}
else if(gb_SysMode_Set==C_SysMode_Set_Fdev){gb_DispFlashFlag=C_FlashDisp_Fdev;}
else if(gb_SysMode_Set==C_SysMode_Set_Band){gb_DispFlashFlag=C_FlashDisp_BW;} //??????
break;
}
}
else
{
TempDispBuf=(u8*)" Err "; //Error display
gb_DispFlashFlag=C_FlashDisp_Time;
BeepOn((u16*)MusicTab_Error);
}
SendStringToDispBuf(C_DispAddr_Time, TempDispBuf);
DispSeg_HopeRF=1;
SendStringToDispBuf(C_DispAddr_RFM, RF_ModuleName);DispSeg_RFM=1; //Module name display
switch(RF_FreqBuf[gb_FreqBuf_Addr]) //Frequency display
{
case 315:
DispSeg_315=1;DispSeg_434=0;DispSeg_868=0;DispSeg_915=0;
break;
case 434:
DispSeg_315=0;DispSeg_434=1;DispSeg_868=0;DispSeg_915=0;
break;
case 868:
DispSeg_315=0;DispSeg_434=0;DispSeg_868=1;DispSeg_915=0;
break;
case 915:
DispSeg_315=0;DispSeg_434=0;DispSeg_868=0;DispSeg_915=1;
break;
}
SendNumberToDispBuf(C_DispAddr_BR,RF_RateBuf[gb_RateBuf_Addr]); //RF Rate display
if(RF_ModemBuf[gb_Modem_Addr]==C_SysMode_LoRa) //LoRa mode
{
DispSeg_P6=0;DispSeg_BR=0;
}
else
{
DispSeg_P6=1;DispSeg_BR=1;
}
if(RF_FdevBuf[0]==0 && RF_ModemBuf[gb_Modem_Addr]!=C_SysMode_LoRa) //Receiver module
{
SendStringToDispBuf(C_DispAddr_Tx,(u8*)" ");DispSeg_Tx=0;
SendNumberToDispBuf(C_DispAddr_Rx,gw_ReceiveDataCount);DispSeg_Rx=1;
SendStringToDispBuf(C_DispAddr_PWR,(u8*)" ");DispSeg_PWR=0;
SendStringToDispBuf(C_DispAddr_Fdev,(u8*)" ");DispSeg_Fdev=0;
SendNumberToDispBuf(C_DispAddr_BW,RF_BandBuf[gb_BandBuf_Addr]);DispSeg_BW=1;
}
else if(RF_BandBuf[0]==0 && RF_ModemBuf[gb_Modem_Addr]!=C_SysMode_LoRa) //Transmitter module
{
SendNumberToDispBuf(C_DispAddr_Tx,gw_SendDataCount);DispSeg_Tx=1;
SendStringToDispBuf(C_DispAddr_Rx,(u8*)" ");DispSeg_Rx=0;
SendNumberToDispBuf(C_DispAddr_PWR,RF_PowerBuf[gb_PowerBuf_Addr]);DispSeg_PWR=1;
SendNumberToDispBuf(C_DispAddr_Fdev,RF_FdevBuf[gb_FdevBuf_Addr]);DispSeg_Fdev=1;
SendStringToDispBuf(C_DispAddr_BW,(u8*)" ");DispSeg_BW=0;
}
else //Transceiver module
{
SendNumberToDispBuf(C_DispAddr_Tx,gw_SendDataCount);DispSeg_Tx=1;
SendNumberToDispBuf(C_DispAddr_Rx,gw_ReceiveDataCount);DispSeg_Rx=1;
SendNumberToDispBuf(C_DispAddr_PWR,RF_PowerBuf[gb_PowerBuf_Addr]);DispSeg_PWR=1; //RF out power display
if(RF_ModemBuf[gb_Modem_Addr]==C_SysMode_LoRa) //LoRa mode
{
SendStringToDispBuf(C_DispAddr_Fdev,(u8*)" ");DispSeg_Fdev=0; //RF Fdev display
if(RF_LoRaBandWidthBuf[gb_BandBuf_Addr]<1000) //RF BW display
{
SendNumberToDispBuf(C_DispAddr_BW,RF_LoRaBandWidthBuf[gb_BandBuf_Addr]);DispSeg_BW=1; DispSeg_P8=1;
}
else
{
SendNumberToDispBuf(C_DispAddr_BW,RF_LoRaBandWidthBuf[gb_BandBuf_Addr]/10);DispSeg_BW=1; DispSeg_P8=0;
}
}
else
{
SendNumberToDispBuf(C_DispAddr_Fdev,RF_FdevBuf[gb_FdevBuf_Addr]);DispSeg_Fdev=1; //RF Fdev display
SendNumberToDispBuf(C_DispAddr_BW,RF_BandBuf[gb_BandBuf_Addr]);DispSeg_BW=1;DispSeg_P8=0; //RF BW display
}
}
if(RF_RSSIBuf[0]!=0 &&(gb_SystemMode==C_SysMode_FSKRx||gb_SystemMode==C_SysMode_TestRx||gb_SystemMode==C_SysMode_LoRaRx||gb_SystemMode==C_SysMode_OOKRx))
{
DispSeg_Q5=1; //RF RSSI signal display
if(gb_RF_RSSI!=0xff)
{
DispSeg_Q4=1;
DispSeg_Q3=1;
DispSeg_Q2=1;
DispSeg_Q1=1;
if(gb_RF_RSSI<RF_RSSIBuf[3]){DispSeg_Q1=0;}
if(gb_RF_RSSI<RF_RSSIBuf[2]){DispSeg_Q2=0;}
if(gb_RF_RSSI<RF_RSSIBuf[1]){DispSeg_Q3=0;}
if(gb_RF_RSSI<RF_RSSIBuf[0]){DispSeg_Q4=0;}
//SendNumberToDispBuf(C_DispAddr_Tx,gb_RF_RSSI);
}
}
else //Transmitter module
{
DispSeg_Q5=0;DispSeg_Q4=0;DispSeg_Q3=0;DispSeg_Q2=0;DispSeg_Q1=0;
}
}
void Beep(uint8_t ACount) {
EBeep.Count = ACount;
EBeep.IsYelling = true;
DelayReset(&EBeep.Timer);
BeepOn();
}
