_N76E003无线充电5W 程序.rar

#include <stdio.h> #include "N76E003.h" #include "Common.h" #include "Delay.h" #include "SFR_Macro.h" #include "Function_define.h" #include "ctrl.h" #include "hardware.h" #include "qi.h" #define LED_RED_GPIO P13 #define LED_BLUE_GPIO P14 #define BUZZER_GPIO P30 uint16_t LedFlashDelayCnt; uint8_t LedStatus = 0; uint8_t LedDisplayCnt = 0; QI_POWER_CHARGE_STATE_TYPEDEF QiPowerChargeState = State_Charge_Standby; #ifdef MARKFU void SysPara_Delay_Count(void) { static uint16_t led_status_cnt = 0; static uint8_t led_cnt = 0; if(LedFlashDelayCnt<1000) LedFlashDelayCnt++; else LedFlashDelayCnt=0; if(led_status_cnt < 300) led_status_cnt++; else { led_status_cnt = 0; LedStatus++; led_cnt = 0; } switch(LedStatus) { case 0: P04 = 1; break; case 1: led_cnt++; if(led_cnt>2) { P04 = 0; led_cnt = 0; } else P04 = 1; break; case 2: led_cnt++; if(led_cnt>1) { P04 = 0; led_cnt = 0; } else P04 = 1; break; //case 3: //P04 ^= 1; //break; case 3: led_cnt++; if(led_cnt>1) { P04 = 1; led_cnt = 0; } else P04 = 0; break; case 4: led_cnt++; if(led_cnt>2) { P04 = 1; led_cnt = 0; } else P04 = 0; break; case 5: led_cnt++; if(led_cnt>3) { P04 = 1; led_cnt = 0; } else P04 = 0; break; case 6: led_cnt++; if(led_cnt>4) { P04 = 1; led_cnt = 0; } else P04 = 0; break; case 7: led_cnt++; if(led_cnt>5) { P04 = 1; led_cnt = 0; } else P04 = 0; break; case 8: led_cnt++; if(led_cnt>7) { P04 = 1; led_cnt = 0; } else P04 = 0; break; case 9: led_cnt++; if(led_cnt>10) { P04 = 1; led_cnt = 0; } else P04 = 0; break; case 10: P04 = 0; break; default: if(LedDisplayCnt < 3) { LedDisplayCnt++; LedStatus = 0; } else if(QiPowerChargeState == State_Charge_On) LedStatus = 0; else LedStatus = 10; break; } } #else void SysPara_Delay_Count(void) { if(LedFlashDelayCnt<1000) LedFlashDelayCnt++; else LedFlashDelayCnt=0; } #endif /*---------------------------------------------------------------------------- * Led control : the normal charge *---------------------------------------------------------------------------*/ void Led_Charge_On(void) { LED_BLUE_GPIO = 0; LED_RED_GPIO = 1; } /*---------------------------------------------------------------------------- * Led control : System standby *---------------------------------------------------------------------------*/ void Led_Standby(void) { LED_BLUE_GPIO = 1; LED_RED_GPIO = 1; } /*---------------------------------------------------------------------------- * Led control : charge full *---------------------------------------------------------------------------*/ void Led_Charge_Full(void) { LED_BLUE_GPIO = 1; LED_RED_GPIO = 1; } /*---------------------------------------------------------------------------- * Led control : charge error *---------------------------------------------------------------------------*/ void Led_Charge_Error(void) { LED_BLUE_GPIO = 1; LED_RED_GPIO = 0; } /*---------------------------------------------------------------------------- * Led control : close all led *---------------------------------------------------------------------------*/ void Led_Charge_Off(void) { LED_BLUE_GPIO = 1; LED_RED_GPIO = 1; } /*---------------------------------------------------------------------------- * Led control : charge over-temperature *---------------------------------------------------------------------------*/ void Led_Charge_OverTermper(void) { if(LedFlashDelayCnt<500) { Led_Charge_Error(); } else { Led_Charge_Off(); } } /*---------------------------------------------------------------------------- * Led control : detect the FOD *---------------------------------------------------------------------------*/ void Led_Charge_FOD(void) { if(LedFlashDelayCnt<500) { Led_Charge_Error(); } else { Led_Charge_Off(); } } #ifdef MARKFU void Display(void) { switch(QiPowerChargeState) { case State_Charge_Standby: if(LedDisplayCnt > 2) LedStatus = 10; break; case State_Charge_Ping: if(LedDisplayCnt > 2) LedStatus = 10; break; case State_Charge_On: break; case State_Charge_Full: break; case State_Charge_FOD: Led_Charge_FOD(); break; case State_Charge_OverTemper: Led_Charge_OverTermper(); break; default: break; } } #else void Display(void) { switch(QiPowerChargeState) { case State_Charge_Standby: Led_Standby(); break; case State_Charge_Ping: Led_Charge_Off(); break; case State_Charge_On: Led_Charge_On(); break; case State_Charge_Full: Led_Charge_Full(); break; case State_Charge_FOD: Led_Charge_FOD(); break; case State_Charge_OverTemper: Led_Charge_OverTermper(); break; default: break; } } #endif