pidf v2_STCA {
$*********************************************************************
    float version = 2.0;                                   $$ version
    string institution = "UofMich";                        $$ institute
    string project = "TSS";                                $$ project
    string mission = "TSS-1R";                             $$ mission
    string experiment = "SETS";                            $$ experiment
    string instrument = "SETS";                            $$ instrument
    string vinst = "STCA";                                 $$ vinst
$*********************************************************************
    int num_groups = 2;                                    $$ no. groups
    string group_name = "Current Probe (Peak)";            $$ group name
    string group_name = "Charge Probe (Peak)";             $$ group name
    int plot_avail_flag = 0x1;                             $$ plot avail
    int data_type_mask = 0x13;                             $$ Sen/Scn/Cal/Mode/Qual
    int instrument_dep = 0;                                $$ avg over
$*********************************************************************
    int num_bin_sets = 0;                                  $$ no. bin sets
$*********************************************************************
    int num_units = 5;                                     $$ no. units
    struct Unit0 {
$--------------------UNITS 00-----------------------------------------
        int id = 0;                                       $$ units id
        float min = 0.0;                                  $$ unit min/max
        float max = 255.0;                                $$ unit min/max
        int unit_scaling = 1;                             $$ unit lin/log
        string unit_label = "Dimensionless";              $$ unit label
        string long_description = "Telemetry";            $$ long desc.
        string short_description = "Raw";                 $$ short desc.
        int num_tables = 0;                               $$ number of tables
    };
    struct Unit1 {
$--------------------UNITS 01-----------------------------------------
        int id = 0;                                       $$ units id
        float min = -100.0;                               $$ unit min/max
        float max = 100.0;                                $$ unit min/max
        int unit_scaling = 1;                             $$ unit lin/log
        string unit_label = "millimaps/m";                $$ unit label
        string long_description = "Current Density";      $$ long desc.
        string short_description = "Iden";                $$ short desc.
        int num_tables = 1;                               $$ number of tables
        int tbl_app_flag = 0;                             $$ table numbers
        int tbl_app_oper = 0;                             $$ operations
    };
    struct Unit2 {
$--------------------UNITS 02-----------------------------------------
        int id = 0;                                       $$ units id
        float min = -1250.0;                              $$ unit min/max
        float max = 1250.0;                               $$ unit min/max
        int unit_scaling = 1;                             $$ unit lin/log
        string unit_label = "volts";                      $$ unit label
        string long_description = "Voltage";              $$ long desc.
        string short_description = "V";                   $$ short desc.
        int num_tables = 1;                               $$ number of tables
        int tbl_app_flag = 0;                             $$ table numbers
        int tbl_app_oper = 0;                             $$ operations
    };
    struct Unit3 {
$--------------------UNITS 03-----------------------------------------
        int id = 0;                                       $$ units id
        float min = -1.0;                                 $$ unit min/max
        float max = 9.0;                                  $$ unit min/max
        int unit_scaling = 1;                             $$ unit lin/log
        string unit_label = "Dimensionless";              $$ unit label
        string long_description = "Telemetry";            $$ long desc.
        string short_description = "Raw";                 $$ short desc.
        int num_tables = 0;                               $$ number of tables
    };
    struct Unit4 {
$--------------------UNITS 04-----------------------------------------
        int id = 0;                                       $$ units id
        float min = -1.0;                                 $$ unit min/max
        float max = 3.0;                                  $$ unit min/max
        int unit_scaling = 1;                             $$ unit lin/log
        string unit_label = "Dimensionless";              $$ unit label
        string long_description = "Telemetry";            $$ long desc.
        string short_description = "Raw";                 $$ short desc.
        int num_tables = 0;                               $$ number of tables
    };
$*********************************************************************
    int num_sensors = 2;                                   $$ no. of sensors
    struct Sensor0 {
$-------------------SENSOR 00-----------------------------------------
        string name = "Cur Den (Peak)";                   $$ sensor name
        string component = "N/A";                         $$ component name
        char source = 'V';                                $$ source (V) (S)
        string scf_filename = "N/A";                      $$ not applicable
        int pidf_sensor_num = 0;                          $$ pidf sensor num
        int vidf_sensor_num = 0;                          $$ sensor vidf no.
        int group_num = 0;                                $$ sensor group no.
        int display_flag = 1;                             $$ display bit
        int num_units = 2;                                $$ no. of units
        int unit_number = 0;                              $$ unit numbers
        int unit_number = 1;                              $$ unit numbers
    };
    struct Sensor1 {
$-------------------SENSOR 01-----------------------------------------
        string name = "Charge Den (Peak)";                $$ sensor name
        string component = "N/A";                         $$ component name
        char source = 'V';                                $$ source (V) (S)
        string scf_filename = "N/A";                      $$ not applicable
        int pidf_sensor_num = 1;                          $$ pidf sensor num
        int vidf_sensor_num = 1;                          $$ sensor vidf no.
        int group_num = 1;                                $$ sensor group no.
        int display_flag = 1;                             $$ display bit
        int num_units = 2;                                $$ no. of units
        int unit_number = 0;                              $$ unit numbers
        int unit_number = 2;                              $$ unit numbers
    };
$*********************************************************************
    int num_modes = 2;                                     $$ no. of modes
    struct Mode0 {
$----------------------MODE 00----------------------------------------
        string name = "Current Gain Flag";                $$ mode name
        string short_name = "Cur Gain";                   $$ mode name
        int pidf_mode_num = 0;                            $$ pidf mode number
        int vidf_mode_num = 0;                            $$ mode no.
        int num_units = 1;                                $$ no. of units
        int unit_number = 4;                              $$ unit numbers
    };
    struct Mode1 {
$----------------------MODE 01----------------------------------------
        string name = "Charge Gain Flag";                 $$ mode name
        string short_name = "Charge Gain";                $$ mode name
        int pidf_mode_num = 1;                            $$ pidf mode number
        int vidf_mode_num = 1;                            $$ mode no.
        int num_units = 1;                                $$ no. of units
        int unit_number = 4;                              $$ unit numbers
    };
    struct DataQual {
$*********************************************************************
        string name = "Data Quality";                     $$ dqual name
        string short_name = "Dqual";                      $$ dqual name
        int num_units = 1;                                $$ no. of units
        int unit_number = 3;                              $$ unit numbers
    };
}