struct.h

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/*****************************************************************/
 
#pragma once
 
#include <stdint.h>
#include "enum_settings.h"

#define MAXPCIECARDS 5
#define MAXCAMCNT 8
#define MAX_NUMBER_OF_REGIONS 8
#define DACCOUNT 8
#define IOCTRL_OUTPUT_COUNT 8
 
// All settings are uint32_t to ensure the correct memory layout. This is important for the communication with LabVIEW.
// Don't change the order or you will have to change it for LabVIEW in InitMeasurement.vi.

struct camera_settings
{
    uint32_t use_software_polling;
    uint32_t sti_mode;
    uint32_t bti_mode;
    uint32_t stime;
    uint32_t btime;
    uint32_t sdat_in_10ns;
    uint32_t bdat_in_10ns;
    uint32_t sslope;
    uint32_t bslope;
    uint32_t xckdelay_in_10ns;
    uint32_t sec_in_10ns;
    uint32_t trigger_mode_integrator;
    uint32_t sensor_type;
    uint32_t camera_system;
    uint32_t camcnt;
    uint32_t pixel;
    uint32_t is_fft_legacy;
    uint32_t led_off;
    uint32_t sensor_gain;
    uint32_t adc_gain;
    uint32_t temp_level;
    uint32_t bticnt;
    uint32_t gpx_offset;
    uint32_t fft_lines;
    uint32_t vfreq;
    uint32_t fft_mode;
    uint32_t lines_binning;
    uint32_t number_of_regions;
    uint32_t s1s2_read_delay_in_10ns;
    uint32_t region_size[MAX_NUMBER_OF_REGIONS];
    uint32_t dac_output[MAXCAMCNT][DACCOUNT];
    uint32_t tor;
    uint32_t adc_mode;
    uint32_t adc_custom_pattern;
    uint32_t bec_in_10ns;
    uint32_t channel_select;
    uint32_t ioctrl_impact_start_pixel;
    uint32_t ioctrl_output_width_in_5ns[IOCTRL_OUTPUT_COUNT];
    uint32_t ioctrl_output_delay_in_5ns[IOCTRL_OUTPUT_COUNT];
    uint32_t ioctrl_T0_period_in_10ns;
    uint32_t dma_buffer_size_in_scans;
    uint32_t tocnt;
    uint32_t sticnt;
    uint32_t sensor_reset_or_hsir_ec;
    uint32_t write_to_disc;
    char file_path[file_path_size];
    uint32_t shift_s1s2_to_next_scan;
    uint32_t is_cooled_camera_legacy_mode;
    uint32_t monitor;
    uint32_t manipulate_data_mode;
    double manipulate_data_custom_factor;
    uint32_t ec_legacy_mode;
    uint32_t timer_resolution_mode;
};

struct measurement_settings
{
    uint32_t board_sel;
    uint32_t nos;
    uint32_t nob;
    uint32_t continuous_measurement;
    uint32_t cont_pause_in_microseconds;
    struct camera_settings camera_settings[MAXPCIECARDS];
};

struct measurement_settings_matlab
{
    uint32_t board_sel;
    uint32_t nos;
    uint32_t nob;
    uint32_t continuous_measurement;
    uint32_t cont_pause_in_microseconds;
};
 
struct file_header
{
    uint32_t software_version_major;
    uint32_t software_version_pcie;
    uint32_t software_version_minor;
    uint32_t number_of_boards;
    uint32_t board_sel;
    uint32_t drvno;
    uint32_t pixel;
    uint32_t nos;
    uint32_t nob;
    uint32_t camcnt;
    uint64_t measurement_cnt;
    char timestamp[file_timestamp_size];
};
 
struct special_pixels
{
    uint32_t overTemp;
    uint32_t tempGood;
    uint32_t blockIndex;
    uint32_t scanIndex;
    uint32_t scanIndex2;
    uint32_t s1State;
    uint32_t s2State;
    uint32_t impactSignal1;
    uint32_t impactSignal2;
    uint32_t cameraSystem3001;
    uint32_t cameraSystem3010;
    uint32_t cameraSystem3030;
    uint32_t fpgaVerMajor;
    uint32_t fpgaVerMinor;
};
 
struct verify_data_parameter
{
    char filename_full[file_filename_full_size];
    uint32_t sample_cnt;
    uint32_t block_cnt;
    uint64_t measurement_cnt;
    struct file_header fh;
    uint32_t error_cnt;
    uint32_t last_sample;
    uint32_t last_block;
    uint32_t last_sample_before_error;
    uint32_t last_block_before_error;
    uint64_t last_measurement_before_error;
};