featureline2.hpp

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#include <Arduino.h>
#include <imxrt.h>
 
#pragma once
#include "global.hpp"
#include "./../code/hardware/qtmr1.hpp"
//#include "./../code/hardware/errors.hpp"
#include "./../code/hardware/ledpanel.hpp"
#include "./../code/software/multi_tau.hpp"
#include "./../code/hardware/qtmr1.hpp"
 
 
void setup_interarrival()
{
 
  //0. Start-up Indicator
  LEDPanel.set(LED_BLUE);
  LEDPanel.toggle_twice(LED_BLUE, 500);
  LEDPanel.toggle_twice(LED_BLUE, 500);
 
 
  //1. Set Serial Sampling Time
  Serial.begin(115200);
  while(!Serial)
  {}
  extern uint32_t serial_max_count(double Gate_time_us, double Serial_out_time_m);
  SerialOut_After = 1000000;
 
 
  // 2. Init QTMR
  TTL_c.init();
  TTL_c.init_pins();
 
  //3. Exit Startup Indicator
  LEDPanel.set(LED_WHITE);
 
  asm volatile ("dsb");
 
}  // End of setup_interarrival()
 
 
void loop_interarrival()
{
  Update_count = 0;
  Counter_val = 0;
  TTL_c.start();
  
  while(1)
  {
    //while(IATimer.PCount < SerialOut_After)
    //{
      //IATimer.measure();
      //Update_count++;
    //}
 
  // Serial Output Block
    
    //1. Sync Code
    #if ENABLE_SYNC_CODE == 1
      Serial.write((uint8_t*)&(sync_code), sizeof(int32_t));
    #endif
 
    //2. Stats Output
    Counter_val = IMXRT_TMR1.CH[0].CNTR;
    IMXRT_TMR1.CH[0].CNTR = 0;
    Serial.write((uint8_t*)&(Counter_val), sizeof(counter_t));
 
    // Serial output of stat struct
    //IATimer.output();
 
 
    Update_count = 0;
 
 
  }
} // End of loop_interarrival()