#ifndef __Pulse_h__
#define __Pulse_h__

#define PULSECCR0                        TA2CCR0
#define PULSECCR1                        TA2CCR1
#define PULSEEX0                         TA2EX0
#define PULSECTL                         TA2CTL
#define PULSECCTL0                       TA2CCTL0
#define PULSECCTL1                       TA2CCTL1 
#define PULSETAR                         TA2R
#define PULSE_INT_VECTOR                 TIMER2_A1_VECTOR
#define PULSE_PERIOD_VECTOR              TIMER2_A0_VECTOR

#define DISABLE_PULSE_TA_INTERRUPT       disable_TA2OV_interrupts()
//#define ENABLE_PULSE_TA_INTERRUPT        enable_TA2OV_interrupts()

#define DISABLE_PULSE_INTERRUPT          disable_TA2CCP_interrupts(CCP0)
#define ENABLE_PULSE_INTERRUPT           enable_TA2CCP_interrupts(CCP0)

#define CAPTURECCR0                      TA1CCR0
#define CAPTUREEX0                       TA1EX0
#define CAPTURECTL                       TA1CTL
#define CAPTURECCTL0                     TA1CCTL0
#define CAPTURETAR                       TA1R
#define CAPTURETACCP0_VECTOR             TIMER1_A0_VECTOR
#define DISABLE_CAPTURE_INTERRUPT        disable_TA1CCP_interrupts(CCP0)
#define ENABLE_CAPTURE_INTERRUPT         enable_TA1CCP_interrupts(CCP0)

#define CAPTURECCR1                      TA1CCR1
#define CAPTURECCTL1                     TA1CCTL1
#define CAPTURETACCP1_VECTOR             TIMER1_A1_VECTOR
#define DISABLE_UPDATEPERIOD_INTERRUPT   disable_TA1CCP_interrupts(CCP1)
#define ENABLE_UPDATEPERIOD_INTERRUPT    enable_TA1CCP_interrupts(CCP1)

//******************************************************************************
// for memory WIDTH
#define PULSE_UNIT_WIDTH      3 
#define PULSE_LEVEL_WIDTH     2
//#define PULSE_COUNTER_WIDTH   3

#define PULSE_BASE_WIDTH      6
//******************************************************************************
// for memory CRC
#define PULSE_UNIT_CRC        (PULSE_UNIT_WIDTH-1)
//#define PULSE_COUNTER_CRC    (PULSE_COUNTER_WIDTH-1)
#define PULSE_LEVEL_CRC       (PULSE_LEVEL_WIDTH-1)
//******************************************************************************
// for memory address
#define PULSE_UNIT            PULSE_BASE
#define PULSE_LEVEL          (PULSE_UNIT + PULSE_UNIT_WIDTH)
//#define PULSE_COUNTER        (PULSE_UNIT + PULSE_UNIT_WIDTH)

//******************************************************************************
#define PULSE_UNIT_MAX        10000
#define MAX_TIMER_PULSE       500
#define PULSE_UPDATE_TIME     7372 // 450ms  //6553 (400ms)                     // acc pulse update time: 400ms, 16384
//******************************************************************************
extern unsigned int PulsePeriod[];
extern   signed int targetPulse;
extern unsigned long int pulseCounter;
extern bool isPulseUpdaed;

extern const unsigned int MaxPulseOutput[];
extern const unsigned int PULSE_TABLE[];
//******************************************************************************
void PulseParameterInit(void);
void CapturePulseStart(unsigned int timerCLK);
void DisableCapturePulse(void);
void CloseFloawRatePulse(void);
void CompareLossCount(void);
void ReadyForCalibrationPulseOutput(void);
//__interrupt void PulseUpdate_isr(void);
void ReadyForUserPulseOutput(void);
void SetPulseUpdateTime(void);
void DisablePulseTimerInterrupt(void);
//__interrupt void Pulse_isr(void);
//__interrupt void ClosePulse_isr(void);
//__interrupt void CloseCapture_isr(void);
void UpdateAccPulse(void);
bool ReadPulseUnitByInternalModbus(void);
bool WritePulseUnitByInternalModbus(void);

#endif