Correlator/global_8hpp_source.html

#include "./../code/software/multi_tau.hpp"

#include "./../code/software/histogram.hpp"


#include "./../code/hardware/pit.hpp"

#include "./../code/hardware/qtmr1.hpp"

#include "./../code/hardware/interarrival.hpp"

#include "./../code/hardware/perf_counter.hpp"


//#ifdef FEATURE_BRANCH1_GATECOUNTING

// The template parameters are defined in the build system

extern MultiTauACorrRTTeensy<LIN_CORRS, SERIES_SIZE, BIN_RATIO> multitau;


#if ENABLE_COUNT_RATE == 1

  extern RTCoarseGrainer count_rate_mon;

#endif


#if ENABLE_PC_HISTOGRAM == 1

  extern PCHistogram<uint32_t, PC_HISTOGRAM_BINS> hist;

#endif


//Hardware Resource

extern PITController<PIT_CHANNEL_IN_USE> PI_t;

extern TMR1Controller TTL_c;


//Global volatile variables

extern volatile counter_t Counter_val;

extern volatile bool Update_flag;

extern volatile unsigned int Update_count;


//Time Values

extern uint32_t SerialOut_After;

extern const double Gate_time_us;

extern const double Allowed_period_error_us;

extern const int32_t sync_code;


extern float array[CHANNEL_SIZE];


//Performance Counters

#if ENABLE_PERFORMANCE_COUNTERS == 1

  extern PerfCounter ACFpf;

  extern PerfCounter Serialpf;

#endif


//#endif Feature Branch

//extern InterArrivalTime<uint16_t, uint32_t> IATimer(&IMXRT_TMR1.CH[0].CNTR); //!< Interarrival Counter

//#ifdef FEATURE_BRANCH2_TIGHTPOLLING


//#endif

MultiTauACorrRTTeensy
MultiTau Auto-Correlator object that is composed of multiple linear - autocorrelators....
Definition: multi_tau.hpp:22

PCHistogram
Photon Counting Histogram module for Real time calculation on Teensy 4.1 microcontrollers.
Definition: histogram.hpp:23

PITController
Interface for PIT timers on Teensy 4.x microcontrollers.
Definition: pit.hpp:8

PerfCounter
Performance Counter class for teensy 4.1 microcontrollers.
Definition: perf_counter.hpp:13

RTCoarseGrainer
An object that can accumulate data into a fixed size bin before changing its output value.
Definition: monitor_channel.hpp:108

TMR1Controller
Templated interface for Quad Timer 1 channels for Gate Counting. The module uses the macro _TMR1_CONT...
Definition: qtmr1.hpp:8

Gate_time_us
const double Gate_time_us
Serial output is done after these many updates (default → overriden in the setup function).
Definition: global.cpp:29

TTL_c
TMR1Controller TTL_c
TTL_c Resource.
Definition: global.cpp:19

SerialOut_After
uint32_t SerialOut_After
Definition: global.cpp:28

sync_code
const int32_t sync_code
Gate time precision error due to finite precision of timers.
Definition: global.cpp:31

array
float array[CHANNEL_SIZE]
Definition: global.cpp:33

multitau
MultiTauACorrRTTeensy< LIN_CORRS, SERIES_SIZE, BIN_RATIO > multitau
Definition: global.cpp:6

Allowed_period_error_us
const double Allowed_period_error_us
The gate time of TTL_C in microseconds (us)
Definition: global.cpp:30

Update_count
volatile unsigned int Update_count
Stores the number of updates made on the correlator channels since the last serialout.
Definition: global.cpp:25

PI_t
PITController< PIT_CHANNEL_IN_USE > PI_t
PI_t Resource.
Definition: global.cpp:18

Update_flag
volatile bool Update_flag
Indicates if a new value has arrived from the counting module.
Definition: global.cpp:24

Counter_val
volatile counter_t Counter_val
Stores the value read from the counter.
Definition: global.cpp:23

counter_t
uint32_t counter_t
Data type received from the pulse counter. It is the fundamental type used for representing series da...
Definition: types.hpp:7