sensebe_tx_rx_mod.c

/*
 *  sensebe_tx_rx_mod.c : Module to handle SenseBe's Tx Rx functionalities
 *  Copyright (C) 2019  Appiko
 *
 *  This program is free software: you can redistribute it and/or modify
 *  it under the terms of the GNU General Public License as published by
 *  the Free Software Foundation, either version 3 of the License, or
 *  (at your option) any later version.
 *
 *  This program is distributed in the hope that it will be useful,
 *  but WITHOUT ANY WARRANTY; without even the implied warranty of
 *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 *  GNU General Public License for more details.
 *  
 *  You should have received a copy of the GNU General Public License
 *  along with this program.  If not, see <https://www.gnu.org/licenses/>.
 */


#include "sensebe_ble.h"
#include "sensebe_tx_rx_mod.h"
#include "sensebe_store_config.h"

#include "hal_gpio.h"
#include "ms_timer.h"
#include "log.h"
#include "led_ui.h"
#include "led_seq.h"
#include "tssp_detect.h"
#include "device_tick.h"
#include "cam_trigger.h"
#include "simple_adc.h"
#include "string.h"
#include "hal_nop_delay.h"
#include "tssp_ir_tx.h"
#include "hal_radio.h"
#include "radio_trigger.h"

/***********MACROS***********/
#define DETECT_FEEDBACK_TIMEOUT_TICKS MS_TIMER_TICKS_MS(270000)

#define LIGHT_THRESHOLD_MULTIPLY_FACTOR 32

#define MAX_ADC_OUTPUT 4096

#define LIGHT_SENSE_INTERVAL_TICKS MS_TIMER_TICKS_MS(300000)

#define PULSE_REQ_FOR_SYNC 4

#define MOTION_SYNC_ON_TIME 200

#define MOTION_SYNC_OFF_TIME 800

#define RADIO_TX_ON_TIME_MS 102

#define RADIO_TX_FREQ_MS 1

#define RADIO_RX_ON_TIME_MS 1

#define RADIO_RX_FREQ_MS 50

#define MS_TIMER_TICKS_500US MS_TIMER_TICKS_MS(1)/2
/***********ENUMS***********/
typedef enum
{
    MOTION_SYNC,
    MOTION_IDLE,
    MOTION_STOP,
    MAX_MOTION_STATE
}motion_detection_states_t;

typedef enum
{
    MOD_TIMER,
    MOD_MOTION,
    MOD_IR_TX,
    MOD_RADIO,
    MAX_MODS,
}modules_t;

typedef enum 
{
    IR_SHORT,
    IR_MID,
    IR_LONG,
    MAX_IR_RANGES,
}ir_ranges_t;

typedef enum
{
    MOD_FREQ0 = (5),
    MOD_FREQ1 = (25),
    MOD_FREQ2 = (50),
    MOD_FREQ3 = (100),
    MAX_MOD_FREQ = 4,
}module_freq_t;

typedef enum 
{
    TX_EN = SENSEBE_TX_BOARD,
    RX_EN = SENSEBE_RX_BOARD
}rx_tx_mod_en_t;

/***********VARIABLE***********/
static uint32_t feedback_timepassed = 0;
static sensebe_config_t sensebe_config;
static uint32_t arr_module_tick_duration[] = {MOD_FREQ0, MOD_FREQ1, MOD_FREQ2, MOD_FREQ3};
static uint32_t arr_sync_validation_ticks[] = {TSSP_DETECT_TICKS_MS(MOD_FREQ0),
TSSP_DETECT_TICKS_MS(MOD_FREQ1), TSSP_DETECT_TICKS_MS(MOD_FREQ2), TSSP_DETECT_TICKS_MS(MOD_FREQ3)};
static bool arr_is_light_ok [MAX_MODS];
static bool arr_is_light_sense_req [MAX_MODS];
static bool arr_is_mod_on[MAX_MODS];
static tssp_detect_config_t tssp_detect_config;
static uint32_t tssp_detect_sync_time;
static motion_detection_states_t motion_state = MOTION_IDLE;
static uint32_t timer_module_value = 0;
static led_sequences arr_range_indicator[] =
            {LED_SEQ_RED_PULSE, LED_SEQ_ORANGE_PULSE, LED_SEQ_GREEN_PULSE,};
static ir_ranges_t tx_range = IR_SHORT;
static uint32_t ir_pwr1 = 0, ir_pwr2 =0;
static uint32_t light_check_sense_pin = 0;
static uint32_t light_check_en_pin = 0;

static rx_tx_mod_en_t MOD_FUNC_SEL = RX_EN;

static uint32_t radio_on_mod_ticks;

static uint32_t radio_ticks;

/***********FUNCTIONS***********/
void wireless_trig_rx_handler (void * buff, uint32_t len);

void radio_module_start ();
void radio_module_add_mod_ticks ();
void radio_module_stop ();
void motion_module_start (void);
void motion_module_add_ticks (void);
void motion_module_add_mod_ticks (void);
void motion_module_stop (void);

void state_change_sync (void);
void state_change_idle (void);
void state_change_stop (void);
void (* arr_state_change[]) () = {
    state_change_sync,
    state_change_idle,
    state_change_stop
};

void window_detect_handler ();
void pulse_detect_handler (uint32_t ticks_count);


void timer_module_start (void);
void timer_module_add_ticks (void);
void timer_module_add_mod_ticks (void);
void timer_module_stop (void);

void timer_trigger_handler ();

void ir_tx_module_start (void);
void ir_tx_module_add_ticks (void);
void ir_tx_module_add_mod_ticks (void);
void ir_tx_module_stop (void);

void ir_range_short (void);
void ir_range_mid (void);
void ir_range_long (void);
void (* arr_ir_range_select[]) () ={
    ir_range_short,
    ir_range_mid,
    ir_range_long,
};

/***/
void light_check (oper_time_t oper_time, uint32_t light_intensity, uint32_t module);
void light_sense_add_ticks (uint32_t interval);

void camera_unit_handler(uint32_t trigger);
bool compare_margin(uint32_t data, uint32_t ref, uint32_t margin);
bool three_window_sync (uint32_t ticks);
void add_ticks_feedback (uint32_t interval);

void module_tick_handler ();


/*******************Definitions*******************/
void add_ticks_feedback (uint32_t interval)
{
    feedback_timepassed += interval;
    if(feedback_timepassed >= DETECT_FEEDBACK_TIMEOUT_TICKS)
    {
        led_ui_stop_seq (LED_UI_LOOP_SEQ, LED_SEQ_DETECT_PULSE);
    }
}

void state_change_sync ()
{
    log_printf ("%s\n", __func__);
    tssp_detect_window_stop ();
}

void state_change_idle ()
{
    log_printf ("%s\n", __func__);
    tssp_detect_pulse_stop ();
    tssp_detect_window_detect ();
}

void state_change_stop ()
{
    
    log_printf ("%s\n", __func__);
    tssp_detect_window_stop ();
    tssp_detect_pulse_stop ();
}

void ir_range_short ()
{
    log_printf("%s\n",__func__);
    hal_gpio_pin_write (ir_pwr1, 0);
    hal_gpio_pin_write (ir_pwr2, 0);
}

void ir_range_mid ()
{
    log_printf("%s\n",__func__);
    hal_gpio_pin_write (ir_pwr1, 1);
    hal_gpio_pin_write (ir_pwr2, 0);
}

void ir_range_long ()
{
    log_printf("%s\n",__func__);
    hal_gpio_pin_write (ir_pwr1, 1);
    hal_gpio_pin_write (ir_pwr2, 1);
}

void camera_unit_handler(uint32_t trigger)
{
    switch(trigger)
    {
        case MOD_MOTION : 
            break;
        case MOD_TIMER :
            break;
    }
    
}

void timer_trigger_handler ()
{   
    if(cam_trigger_is_on () == false)
    {
        cam_trigger (MOD_TIMER);
    }
}

void wireless_trig_rx_handler (void * buff, uint32_t len)
{
    uint8_t * temp_buff = (uint8_t * )buff;
    cam_trigger ((uint32_t)temp_buff[0]);
}

void window_detect_handler ()
{
    led_ui_stop_seq (LED_UI_LOOP_SEQ, LED_SEQ_DETECT_PULSE);
    led_ui_single_start (LED_SEQ_DETECT_WINDOW, LED_UI_MID_PRIORITY, true);
    motion_state = MOTION_SYNC;
    arr_state_change[motion_state] ();
    tssp_detect_pulse_detect ();
    cam_trigger (MOD_MOTION);
//    if(is_radio_trigger_availabel ())
    {
        radio_trigger_yell ();
    }
}

bool compare_margin(uint32_t data, uint32_t ref, uint32_t margin)
{
    if((ref-margin)<=data && data<=(ref+margin))
    {
        return true;
    }
    else
    {
        return false;    
    }
}

bool validate_and_sync (uint32_t ticks)
{
    for(uint32_t freq_cmp = 0; freq_cmp < MAX_MOD_FREQ; freq_cmp++)
    {
        if(compare_margin (ticks, arr_sync_validation_ticks[freq_cmp], TSSP_DETECT_TICKS_MS(1)))
        {
            return true;
        }
    }
    return false;
}

bool three_window_sync (uint32_t ticks)
{
    static uint32_t previous_pulse_tick = 0, current_pulse_tick = 0;
    static uint32_t pulse_diff_window[] = {0,0,0};
    static uint32_t pulse_cnt = PULSE_REQ_FOR_SYNC;
    static bool flag = false;
    if(pulse_cnt == PULSE_REQ_FOR_SYNC)
    {
        flag = false;
        previous_pulse_tick = ticks;
        pulse_cnt --;
    }
    else if(pulse_cnt > 0)
    {
        current_pulse_tick = ticks;
        pulse_diff_window[pulse_cnt - 1] = ((current_pulse_tick + (1<<24))- previous_pulse_tick)
             & 0x00FFFFFF;
        previous_pulse_tick = current_pulse_tick;
        pulse_cnt--;
    }
    else if(pulse_cnt == 0)
    {
        pulse_cnt = PULSE_REQ_FOR_SYNC;
        
    }
    log_printf("Window[0]: %d\n", pulse_diff_window[0]);
    log_printf("Window[1]: %d\n", pulse_diff_window[1]);
    log_printf("Window[2]: %d\n", pulse_diff_window[2]);
    flag = (validate_and_sync (pulse_diff_window[0])
        && validate_and_sync (pulse_diff_window[1])
        && validate_and_sync (pulse_diff_window[2])
        && compare_margin (pulse_diff_window[1], pulse_diff_window[0], TSSP_DETECT_TICKS_MS(2))
        && compare_margin (pulse_diff_window[2], pulse_diff_window[1], TSSP_DETECT_TICKS_MS(2)));
    
    if(flag == true)
    {
        tssp_detect_sync_time = pulse_diff_window[1];
        pulse_diff_window[0] = 0;
        pulse_diff_window[1] = 0;
        pulse_diff_window[2] = 0;
    }    
    return flag;
}

void pulse_detect_handler (uint32_t ticks_count)
{
    if(motion_state == MOTION_SYNC)
    {
        if(three_window_sync (ticks_count))
        {
            tssp_detect_window_sync (tssp_detect_sync_time);
            motion_state = MOTION_IDLE;
            arr_state_change[motion_state] ();
            if(feedback_timepassed < DETECT_FEEDBACK_TIMEOUT_TICKS)
            {
                led_ui_loop_start (LED_SEQ_DETECT_PULSE, LED_UI_LOW_PRIORITY);
            }
        }
        else
        {
            tssp_detect_pulse_detect ();
//            if(feedback_timepassed < DETECT_FEEDBACK_TIMEOUT_TICKS)
//            {
//                led_ui_single_start (LED_SEQ_DETECT_SYNC, LED_UI_LOW_PRIORITY, true);
//            }
            led_ui_stop_seq (LED_UI_LOOP_SEQ, LED_SEQ_DETECT_PULSE);
        }
    }
}

void light_check (oper_time_t oper_time, uint32_t light_intensity, uint32_t module)
{
    uint8_t light_sense_config = oper_time.day_or_night;
    uint32_t light_threshold =
            (uint32_t)((oper_time.threshold) * LIGHT_THRESHOLD_MULTIPLY_FACTOR);

    //respective light check
        //Day and its brighter than the threshold
    if(((light_sense_config == 1) && (light_intensity >= light_threshold))
            ||  //Night and its dimmer than the threshold
       ((light_sense_config == 0) && (light_intensity <= light_threshold)))
    //assgin to respective light flag
    {
        arr_is_light_ok[module] = true;
    }
    else
    {
        arr_is_light_ok[module] = false;
    }
}

void light_sense_add_ticks (uint32_t interval)
{
    static uint32_t timepassed = 0;
    timepassed += interval;
    if(timepassed >= LIGHT_SENSE_INTERVAL_TICKS)
    {
        static uint32_t light_intensity;
        //Enable light sense module
        hal_gpio_pin_set (light_check_en_pin);
        //Take light reading
        hal_nop_delay_ms (3);
        light_intensity = (MAX_ADC_OUTPUT - simple_adc_get_value (SIMPLE_ADC_GAIN1_6,
                                                light_check_sense_pin));
        //motion light check
        if(arr_is_light_sense_req[MOD_MOTION])
        {
            light_check (sensebe_config.tssp_conf.oper_time, light_intensity, MOD_MOTION);
        }
        
        //timer light check
        if(arr_is_light_sense_req[MOD_TIMER])
        {
            light_check (sensebe_config.timer_conf.oper_time, light_intensity, MOD_TIMER);
        }
        
        if(arr_is_light_sense_req[MOD_IR_TX])
        {
            light_check (sensebe_config.ir_tx_conf.oper_time, light_intensity, MOD_IR_TX);
        }
        
        //Disable light sense module
        hal_gpio_pin_clear (light_check_en_pin);
        timepassed = 0;
    }
}

void radio_module_start ()
{
    
    cam_trigger_config_t cam_trig_config = 
    {
        .setup_number = MOD_MOTION,
        .trig_duration_100ms = sensebe_config.tssp_conf.intr_trig_timer,
        .trig_mode = sensebe_config.tssp_conf.cam_oper.mode,
        .trig_param1 = sensebe_config.tssp_conf.cam_oper.larger_value,
        .trig_param2 = sensebe_config.tssp_conf.cam_oper.smaller_value,
        .pre_focus_en = (bool)sensebe_config.timer_conf.cam_oper.pre_focus,
    };
    cam_trigger_set_trigger (&cam_trig_config);

}

void radio_module_add_mod_ticks ()
{
    radio_ticks++;
    if(radio_ticks >= radio_on_mod_ticks)
    {
        radio_ticks = 0;
        radio_trigger_listen ();
    }
}

void motion_module_start ()
{
    oper_time_t motion_oper_time = sensebe_config.tssp_conf.oper_time;

    if((motion_oper_time.day_or_night == 1 && motion_oper_time.threshold == 0b0000000)||
    (motion_oper_time.day_or_night == 0 && motion_oper_time.threshold == 0b1111111))
    {
        arr_is_light_sense_req[MOD_MOTION] = false;
        arr_is_light_ok [MOD_MOTION] = true; 
    }
    else
    {
        arr_is_light_sense_req[MOD_MOTION] = true;
    }      
    cam_trigger_config_t motion_cam_trig_config = 
    {
        .setup_number = MOD_MOTION,
        .trig_duration_100ms = sensebe_config.tssp_conf.intr_trig_timer,
        .trig_mode = sensebe_config.tssp_conf.cam_oper.mode,
        .trig_param1 = sensebe_config.tssp_conf.cam_oper.larger_value,
        .trig_param2 = sensebe_config.tssp_conf.cam_oper.smaller_value,
        .pre_focus_en = (bool)sensebe_config.timer_conf.cam_oper.pre_focus,
    };
    cam_trigger_set_trigger (&motion_cam_trig_config);

    tssp_detect_config.window_duration_ticks =
        sensebe_config.tssp_conf.detect_window;
    tssp_detect_init (&tssp_detect_config);

    motion_state = MOTION_SYNC;
    arr_is_mod_on[MOD_MOTION] = true;
}

void motion_module_add_ticks ()
{
    log_printf("Machine State : %d\n", motion_state);
    if(arr_is_light_ok [MOD_MOTION] == false)
    {
        motion_state = MOTION_STOP;
    }
    else if(motion_state == MOTION_STOP)
    {
        motion_state = MOTION_SYNC;
    }
    arr_state_change[motion_state]();
}

void motion_module_add_mod_ticks ()
{
    static bool is_rx_on = true;
    static uint32_t mod_ticks;
    mod_ticks += arr_module_tick_duration[sensebe_config.ir_tx_conf.ir_tx_speed];
    if(motion_state == MOTION_SYNC)
    {
        if(is_rx_on == true && mod_ticks >= MOTION_SYNC_ON_TIME)
        {
            tssp_detect_pulse_stop ();
            is_rx_on = false;
            mod_ticks = 0;
        }
        else if(is_rx_on == false && mod_ticks >= MOTION_SYNC_OFF_TIME)
        {
            tssp_detect_pulse_detect ();
            is_rx_on = true;
            mod_ticks = 0;
        }
    }
    else if(motion_state == MOTION_IDLE)
    {
        mod_ticks = 0;
    }
}

void motion_module_stop ()
{
    motion_state = MOTION_STOP;
    arr_state_change[motion_state] ();

    arr_is_mod_on [MOD_MOTION] = false;
    arr_is_light_sense_req[MOD_MOTION] = false;
    arr_is_light_ok[MOD_MOTION] = false;
}

void timer_module_start ()
{
    oper_time_t timer_oper_time = sensebe_config.timer_conf.oper_time;

    if((timer_oper_time.day_or_night == 1 && timer_oper_time.threshold == 0b0000000)||
    (timer_oper_time.day_or_night == 0 && timer_oper_time.threshold == 0b1111111))
    {
        arr_is_light_sense_req[MOD_TIMER] = false;
        arr_is_light_ok [MOD_TIMER] = true; 
    }
    else
    {
        arr_is_light_sense_req[MOD_TIMER] = true;
    }      
    cam_trigger_config_t timer_cam_trig_config = 
    {
        .setup_number = MOD_TIMER,
        .trig_duration_100ms = 0,
        .trig_mode = sensebe_config.timer_conf.cam_oper.mode,
        .trig_param1 = sensebe_config.timer_conf.cam_oper.larger_value,
        .trig_param2 = sensebe_config.timer_conf.cam_oper.smaller_value,
        .pre_focus_en = (bool)sensebe_config.timer_conf.cam_oper.pre_focus,
    };
    cam_trigger_set_trigger (&timer_cam_trig_config);
    
    timer_module_value = sensebe_config.timer_conf.timer_interval * 100;
    
    arr_is_mod_on[MOD_TIMER] = true;
    
}

void timer_module_add_ticks ()
{
    if(arr_is_light_ok [MOD_TIMER] == true)
    {
        arr_is_mod_on[MOD_TIMER] = true;
    }
    else 
    {
        arr_is_mod_on[MOD_TIMER] = false;
    }
}

void timer_module_add_mod_ticks ()
{
    static uint32_t mod_ticks;
    mod_ticks += arr_module_tick_duration[sensebe_config.ir_tx_conf.ir_tx_speed];
    if(mod_ticks >= timer_module_value)
    {
        timer_trigger_handler ();
        mod_ticks = 0;
    }
}

void timer_module_stop ()
{
    arr_is_mod_on [MOD_TIMER] = false;
    arr_is_light_sense_req[MOD_TIMER] = false;
    arr_is_light_ok[MOD_TIMER] = false;
}

void ir_tx_module_start ()
{
    oper_time_t ir_tx_oper_time = sensebe_config.ir_tx_conf.oper_time;

    if((ir_tx_oper_time.day_or_night == 1 && ir_tx_oper_time.threshold == 0b0000000)||
    (ir_tx_oper_time.day_or_night == 0 && ir_tx_oper_time.threshold == 0b1111111))
    {
        arr_is_light_sense_req[MOD_IR_TX] = false;
        arr_is_light_ok [MOD_IR_TX] = true; 
    }
    else
    {
        arr_is_light_sense_req[MOD_IR_TX] = true;
    }      
    
    if(sensebe_config.ir_tx_conf.ir_tx_pwr == MAX_IR_RANGES)
    {
        sensebe_config.ir_tx_conf.ir_tx_pwr = IR_LONG;
    }

    tx_range = sensebe_config.ir_tx_conf.ir_tx_pwr;
    arr_ir_range_select[tx_range]();    
    led_ui_single_start (arr_range_indicator[tx_range], LED_UI_LOW_PRIORITY, true);

    arr_is_mod_on[MOD_IR_TX] = true;
}

void ir_tx_module_add_ticks ()
{
    if(arr_is_light_ok[MOD_IR_TX] == true)
    {
        arr_is_mod_on[MOD_IR_TX] = true;
    }
    else
    {
        arr_is_mod_on[MOD_IR_TX] = false;
    }
}

void ir_tx_module_add_mod_ticks ()
{
    tssp_ir_tx_start ();
}

void ir_tx_module_stop ()
{
    tssp_ir_tx_stop ();
    arr_is_mod_on[MOD_IR_TX] = false;
    arr_is_light_sense_req[MOD_IR_TX] = false;
    arr_is_light_ok[MOD_IR_TX] = false;
}

void module_tick_handler ()
{
    if(arr_is_mod_on[MOD_TIMER] == true)
    {
        timer_module_add_mod_ticks ();
    }
    if(arr_is_mod_on[MOD_MOTION] == true)
    {
        motion_module_add_mod_ticks ();
    }
    if(arr_is_mod_on[MOD_IR_TX] == true)
    {
        ir_tx_module_add_mod_ticks ();
    }
    if(MOD_FUNC_SEL == TX_EN)
    {
        radio_module_add_mod_ticks ();
    }
}

void sensebe_tx_rx_init (sensebe_tx_rx_config_t * sensebe_rx_detect_config)
{
    log_printf("%s\n", __func__);
    
    //Assign Enable and sense pins
    light_check_sense_pin = sensebe_rx_detect_config->rx_detect_config.photodiode_pin;
    hal_gpio_cfg_input (light_check_sense_pin, HAL_GPIO_PULL_DOWN);
    light_check_en_pin = sensebe_rx_detect_config->rx_detect_config.photodiode_en_pin;
    hal_gpio_cfg_output (light_check_en_pin, 0);
    
    hal_gpio_cfg_input (sensebe_rx_detect_config->rx_tx_sel, HAL_GPIO_PULL_DISABLED);
    hal_nop_delay_us (1);
    MOD_FUNC_SEL = hal_gpio_pin_read (sensebe_rx_detect_config->rx_tx_sel);
    log_printf("MOD_FUNC_SEL %d\n",MOD_FUNC_SEL);
    
        
    memcpy (&sensebe_config, sensebe_rx_detect_config->sensebe_config,
            sizeof(sensebe_config_t));
            log_printf("%s\n", __func__);
    
    tssp_detect_config_t local_tssp_detect_config = 
    {
        .detect_logic_level = false,
        .tssp_missed_handler = window_detect_handler,
        .tssp_detect_handler = pulse_detect_handler,
        .rx_en_pin = sensebe_rx_detect_config->rx_detect_config.rx_en_pin,
        .rx_in_pin = sensebe_rx_detect_config->rx_detect_config.rx_out_pin,
        .window_duration_ticks = 
            (sensebe_config.tssp_conf.detect_window ),
    };
    memcpy (&tssp_detect_config, &local_tssp_detect_config,
            sizeof(tssp_detect_config_t));
    
    cam_trigger_setup_t cam_trig_setup = 
    {
        .cam_trigger_done_handler = camera_unit_handler,
        .focus_pin = sensebe_rx_detect_config->rx_detect_config.focus_pin_no,
        .trigger_pin = sensebe_rx_detect_config->rx_detect_config.trigger_pin_no
    };
    cam_trigger_init (&cam_trig_setup);   
    
    if(MOD_FUNC_SEL == RX_EN)
    {
        radio_trigger_init_t radio_init = 
        {
            .comm_direction = RADIO_TRIGGER_Tx,
            .comm_freq = 95,
            .irq_priority = APP_IRQ_PRIORITY_HIGH,
            .tx_on_freq_us = 500,
            .tx_on_time_ms = 100,
        };
        radio_trigger_init (&radio_init);
    }
    else
    {
        radio_trigger_init_t radio_init = 
        {
            .comm_direction = RADIO_TRIGGER_Rx,
            .comm_freq = 95,
            .irq_priority = APP_IRQ_PRIORITY_HIGH,
            .radio_trigger_rx_callback = wireless_trig_rx_handler,
            .rx_on_time_ms = 1,
        };
        radio_trigger_init (&radio_init);
        log_printf("Radio init : %d\n", radio_init.comm_direction);
    }
    
    static modules_t mod_trig = MOD_MOTION;
    radio_trigger_memorize_data (&mod_trig, sizeof(modules_t));
    
    tssp_ir_tx_init (sensebe_rx_detect_config->tx_transmit_config.tx_en_pin,
                     sensebe_rx_detect_config->tx_transmit_config.tx_in_pin);
    
    ir_pwr1 = sensebe_rx_detect_config->tx_transmit_config.tx_pwr1;
    ir_pwr2 = sensebe_rx_detect_config->tx_transmit_config.tx_pwr2;
    

    hal_gpio_cfg_output (ir_pwr1, 0);
    hal_gpio_cfg_output (ir_pwr2, 0);
        
}

void sensebe_tx_rx_start (void)
{
    feedback_timepassed = 0;
    log_printf("%s\n", __func__);
    if(memcmp (&sensebe_config, sensebe_store_config_get_last_config(),
               sizeof(sensebe_config_t)) != 0)
    {
        sensebe_store_config_write (&sensebe_config);
    }

    //Check if light sense is required
    
    log_printf(" Trig Config : %d\n ", sensebe_config.trig_conf);
    
    if((MOD_FUNC_SEL == RX_EN) && (sensebe_config.trig_conf != MOTION_ONLY))
    {
        timer_module_start ();
    }
    else
    {
        timer_module_stop ();
    }
    
    if((MOD_FUNC_SEL == RX_EN) && (sensebe_config.trig_conf != TIMER_ONLY))
    {
        motion_module_start ();
    }
    else
    {
        motion_module_stop ();
    }
    
    if ((MOD_FUNC_SEL == TX_EN) && (sensebe_config.ir_tx_conf.is_enable == 1))
    {
        ir_tx_module_start ();
    }
    else
    {
        ir_tx_module_stop ();
    }
    
    if(MOD_FUNC_SEL == TX_EN)
    {
        radio_module_start ();
        radio_on_mod_ticks = RADIO_RX_FREQ_MS/arr_module_tick_duration[sensebe_config.ir_tx_conf.ir_tx_speed];
    }
    
    ms_timer_start (SENSEBE_OPERATION_MS_TIMER, MS_REPEATED_CALL,
        MS_TIMER_TICKS_MS(arr_module_tick_duration[sensebe_config.ir_tx_conf.ir_tx_speed])
        , module_tick_handler);
    
    light_sense_add_ticks (LIGHT_SENSE_INTERVAL_TICKS);
}

void sensebe_tx_rx_stop (void)
{
    log_printf("%s\n", __func__);
    cam_trigger_stop ();
    motion_module_stop ();
    timer_module_stop ();
    ir_tx_module_stop ();
    radio_trigger_shut ();
    ms_timer_stop (SENSEBE_OPERATION_MS_TIMER);
}

void sensebe_tx_rx_add_ticks (uint32_t interval)
{
    add_ticks_feedback (interval);

    if(arr_is_light_sense_req [MOD_MOTION] == true ||
       arr_is_light_sense_req [MOD_TIMER] == true ||
       arr_is_light_sense_req [MOD_IR_TX] == true)
    {
        light_sense_add_ticks (interval);
    }
    
    if((MOD_FUNC_SEL == RX_EN) && (sensebe_config.trig_conf != TIMER_ONLY))
    {
        motion_module_add_ticks ();
    }
    if((MOD_FUNC_SEL == RX_EN) && (sensebe_config.trig_conf != MOTION_ONLY))
    {
        timer_module_add_ticks (); 
    }
    if((MOD_FUNC_SEL == TX_EN) && (sensebe_config.ir_tx_conf.is_enable == 1))
    {
        ir_tx_module_add_ticks ();
    }
}

void sensebe_tx_rx_update_config (sensebe_config_t * update_sensebe_config)
{
    memcpy (&sensebe_config, update_sensebe_config, sizeof(sensebe_config_t));
}

sensebe_config_t * sensebe_tx_rx_last_config ()
{
    return &sensebe_config;
}

void sensebe_tx_rx_swicht_range ()
{
    tx_range = (tx_range + 1)%MAX_IR_RANGES;
    led_ui_single_start (arr_range_indicator[tx_range], LED_UI_LOW_PRIORITY, true);

    arr_ir_range_select[tx_range]();
    sensebe_config.ir_tx_conf.ir_tx_pwr = tx_range;
}