/*
**
** This is OXITEC 5000 fieldbus device .
**
** The device consists of 1 resource block and 1 A1 block and 1 Transducer block.
**
** 
** Change History
**
** 
*/

MANUFACTURER 0x004649,  DEVICE_TYPE 0x0001,  DEVICE_REVISION 0x1,  DD_REVISION 0x1


#include "std_defs.h"  
#include "com_tbls.h"
#include "FI_DEFS.H"
/*     Define the allowed unit codes with Standard Advanced Positioner Valve Basic Device Access */
#define UNITS_CODES _UNIT_CODE_1000, _UNIT_CODE_1001, _UNIT_CODE_1002, _UNIT_CODE_1005, _UNIT_CODE_1013, _UNIT_CODE_1019, _UNIT_CODE_1054, _UNIT_CODE_1137,_UNIT_CODE_1141, _UNIT_CODE_1133, _UNIT_CODE_1211, _UNIT_CODE_1342, _UNIT_CODE_1423



/**************************************** New Parameters for RESOURCE BLOCK *****************************************************************************/

#include "fi_parm.ddl"

/*
** Get generic block characteristics block parameters & 
** universal parameters
*/
IMPORT MANUFACTURER __FF,DEVICE_TYPE __STD_PARM,DEVICE_REVISION __STD_PARM_rel_dev_rev,DD_REVISION __STD_PARM_rel_dd_rev
{
   EVERYTHING ; 
   REDEFINITIONS   
   {
      REDEFINE VARIABLE __units_index  
      {
         LABEL           [units_index] ;
         HELP            [units_index_help] ;
         CLASS           CONTAINED ;
         TYPE            ENUMERATED (2)
         {
            UNITS_CODES
         }
         CONSTANT_UNIT   [blank] ;
         HANDLING        READ & WRITE ;
      }
   }
}
 /** Get the Resource block**/
IMPORT MANUFACTURER __FF,DEVICE_TYPE __RES_BLOCK_2,DEVICE_REVISION __RES_BLOCK_2_rel_dev_rev,DD_REVISION __RES_BLOCK_2_rel_dd_rev
{
   EVERYTHING ;
   REDEFINITIONS
	{
      BLOCK __resource_block_2
      {  
	      PARAMETERS
         {
            ADD      ATT_BLOCK_ALMS_ACTIVE,        __att_block_alms_active;
            ADD     ATT_SUPPORTED_MODES_RESOURCE,  __att_supported_modes_resource;
            ADD     ATT_KEY,                       __att_key;
            ADD     ATT_REVISION_ID,               __att_revision_id;
            ADD     ATT_REVISION_DATE,             __att_revision_date;           
            ADD     SW_REV,                       __sw_rev;  
          }
     
       }

   }
} 


/** Get the AI block **/
IMPORT MANUFACTURER __FF,DEVICE_TYPE __AI_BLOCK,DEVICE_REVISION __AI_BLOCK_rel_dev_rev,DD_REVISION __AI_BLOCK_rel_dd_rev
{
   EVERYTHING ;
   REDEFINITIONS
	{
      BLOCK __analog_input_block
      {  
	      PARAMETERS
         {
            ADD     ATT_XDUCER_VAL,               __att_xducer_val;
            ADD     ATT_XDUCER_UNITS,             __att_xducer_units;
            ADD     ATT_AI_BLOCK_ALMS_ACTIVE,     __att_ai_block_alm_active;
            ADD     ATT_SUPPORTED_MODES_INPUT,    __att_supported_modes_input;
          
 
          }
     
       }

   }
}

/** Get the Transducer block **/
IMPORT MANUFACTURER __FF,DEVICE_TYPE __STD_XDCR_PARM,DEVICE_REVISION __STD_XDCR_PARM_beta_dev_rev,DD_REVISION __STD_XDCR_PARM_beta_dd_rev
{
   EVERYTHING ;
   
}
/*
***********************************************************************
***********************************************************************
   T611 RB parameters 
***********************************************************************
***********************************************************************
*/
VARIABLE __sw_rev
{
   LABEL    "SW revision";
   HELP     "Firmware revision of T611.";
   CLASS    CONTAINED ;
   HANDLING  READ  ; 
   TYPE     ASCII (12);
}


/*   
***********************************************************************
***********************************************************************
   FI specific AI block parameters 
***********************************************************************
***********************************************************************
*/

RECORD      __att_xducer_val
{
    LABEL           "Transducer value" ;
    HELP            "Input value to the Function block from the Transducer Block" ;
    MEMBERS
    {
        STATUS,  __status_input_nd ;
        VALUE,   __float_input_nd ;
    }
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE __att_xducer_units
{ 
   LABEL    "Transducer value unit";
   HELP     "FI parameter.";
   CLASS    CONTAINED;
   TYPE ENUMERATED (2)
   {
      _UNIT_CODE_1342
   }   
   HANDLING READ;
}
VARIABLE __att_ai_block_alm_active
{
   LABEL    "Active Block Alarms";
   HELP     "FI parameter.";
   CLASS    CONTAINED ;
   TYPE     INTEGER (4);
}
VARIABLE  __att_supported_modes_input
{ 
   LABEL    "Supported modes";
   HELP     "Supported modes.";
   CLASS    CONTAINED;
  TYPE            BIT_ENUMERATED (1)
  {
      _PERMITTED_REMOTE_OUTPUT,
      _PERMITTED_REMOTE_CASCADE,
      _PERMITTED_CASCADE,
      _PERMITTED_AUTOMATIC,
      _PERMITTED_MANUAL,
      _PERMITTED_LOCKED,
      _PERMITTED_INITIALIZATION,
      _PERMITTED_OUT_OF_SERVICE
  }
    CONSTANT_UNIT   [blank] ;

   HANDLING READ;
}   
  

/*
***********************************************************************
***********************************************************************
   FIC specific Resource block parameters 
***********************************************************************
***********************************************************************
*/



VARIABLE __att_block_alms_active
{
   LABEL    "Block alarms active";
   HELP     "FI parameter.";
   CLASS    CONTAINED;
      HANDLING  READ  ; 
   TYPE     INTEGER (4) ;

}           
VARIABLE __att_supported_modes_resource
{
   LABEL    "Supported modes";
   HELP     "FI parameter.";
   CLASS    CONTAINED;
      HANDLING  READ  ; 
   TYPE     BIT_ENUMERATED (1)
 	{ 
	    {  0x01,    "OOS"      },
      {  0x02,   "MAN"      },
      {  0x04,   "AUTO"      }
 	}
} 
VARIABLE __att_key
{
   LABEL    "Key";
   HELP     "FI parameter.";
   CLASS    CONTAINED ;
   TYPE     INTEGER (1);
}   
VARIABLE __att_revision_id
{
   LABEL    "Revision ID";
   HELP     "FI parameters.";
   CLASS    CONTAINED;
   HANDLING  READ  ;   
   TYPE     ASCII (32);
}   
VARIABLE __att_revision_date
{
   LABEL    "Revision date";
   HELP     "FI parameter.";
   CLASS    CONTAINED;
   HANDLING  READ  ;   
   TYPE     ASCII (32);
}  
 

/*


***********************************************************************
__PV_Oxigen
***********************************************************************
*/
RECORD      __primary_value_oxygen
{
    LABEL           "Oxygen" ;
    HELP            [out_help] ;
    MEMBERS
    {
        STATUS,  __status___primary_value_oxygen;
        VALUE,   __float___primary_value_oxygen ;
    }
/*  RESPONSE_CODES  xxx ; */
}

VARIABLE    __status___primary_value_oxygen
{
    LABEL           [status_label] ;
    HELP            [status_contained_help] ;
    CLASS           OUTPUT & DYNAMIC ;
    TYPE            ENUMERATED (1)
    {
        __FF_STATUS_VALUES
    }
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __float___primary_value_oxygen
{
    LABEL           [value_label] ;
    HELP            [float_output_help] ;
    CLASS           OUTPUT & DYNAMIC ;
    TYPE            FLOAT ;
    HANDLING        READ ;
/*  RESPONSE_CODES  xxx ; */
}

VARIABLE    __cell_voltage
{
    LABEL           "Cell voltage" ;
    HELP            "Voltage of the Oxygen cell" ;
    CLASS           CONTAINED & DYNAMIC ;
    TYPE            FLOAT ;
    HANDLING        READ ;
    CONSTANT_UNIT   "mV" ;
/*  RESPONSE_CODES  xxx ; */
} 

VARIABLE    __cell_temperature
{
    LABEL           "Cell temperature" ;
    HELP            "Temperature of the Oxygen cell" ;
    CLASS           CONTAINED & DYNAMIC ;
    TYPE            FLOAT ;
    HANDLING        READ ;
    CONSTANT_UNIT   "deg C" ;
/*  RESPONSE_CODES  xxx ; */
}



                          
VARIABLE    __current_out
{
    LABEL           "Loop current" ;
    HELP            "Current in the 4-20 mA loop" ;
    CLASS           CONTAINED & DYNAMIC ;
    TYPE            FLOAT ;
    HANDLING        READ ;
    CONSTANT_UNIT   "mA" ;
/*  RESPONSE_CODES  xxx ; */
}

VARIABLE  __status_signals
{ 
   LABEL    "Status";
   HELP     "Analyser status signals.";
   CLASS    CONTAINED;
        TYPE     BIT_ENUMERATED (4)
 	{ 
	    {  0x1,     "CONSTANT out of tolerance"     },
      {  0x2,     "SLOPE out of tolerance"        },
      {  0x4,     "Ref.gas flow to low"           },
	    {  0x8,     "Cal.gas flow to low"           },
      {  0x10,    "Heating system don't work"      },
      {  0x20,	  "Wire breakage thermoelement"   },
      {  0x40,	  "Error cell signal out of range"   },
      {  0x80,    "Error probe heater"      },	    
	    {  0x100,   "Temp. of electronic out of spec."      },
      {  0x200,   "Probe temperature to high"     },
      {  0x400,   "Probe temperature to low"      },
      {  0x800,   "Alarm limit1"                  },      
	    {  0x1000,    "Alarm limit2"      },
      {  0x2000,   "Data fault EEProm"      },
      {  0x4000,   "           Measuring value memory active" },
      {  0x8000,      "Error by trying ACALe"      },
	    {  0x10000,     "CO calibration margin to low"      },
      {  0x20000,     "Wire breakage CO sensor"      },
      {  0x40000,     "Error Heater CO sensor"      },
      {  0x4000000,   "Instrument in initialising"      },
      {  0x8000000,   "Calibration Busy"          }              
 	}
    CONSTANT_UNIT   [blank] ;

   HANDLING READ;
}

VARIABLE  __calibration_status
{ 
   LABEL    "O2 Calibration Status";
   HELP     "Analyser status signals.";
   CLASS    CONTAINED;
  TYPE            ENUMERATED (2)   
    {
     { 0,  	    "Calibration  success"    },
     { 1,  	    "Last calibration fault"       },
     { 2,	      "Device in calibration"   },
     { 3,  	    "Calibration  pending"    },
     { 4,  	    "Calibration not supported"       },
     { 0xffff,	 "Calibration uninitialised"   }
    }
    CONSTANT_UNIT   [blank] ;

   HANDLING READ;
}


VARIABLE    __constant
{
    LABEL           "O2 Constant" ;
    HELP            "Constant value used by the Oxygen meter" ;
    CLASS           CONTAINED ;
    TYPE            FLOAT;
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __slope
{
    LABEL           "O2 Slope" ;
    HELP            "Constant value used by the Oxygen meter" ;
    CLASS           CONTAINED ;
    TYPE            FLOAT;
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __limit1
{
    LABEL           "O2 Limit 1" ;
    HELP            "Alarm limit" ;
    CLASS           CONTAINED ;
    TYPE            FLOAT;
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __limit_1_function
{
    LABEL           "O2 Limit 1 Function" ;
    HELP            "Determines whether Limit 1 is low or high alarm limit levels" ;
    CLASS           CONTAINED ;
    TYPE            ENUMERATED (4)
    {
       { 0, "Low"     },
       { 1,  "High"    }
    }
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __limit2
{
    LABEL           "O2 Limit 2" ;
    HELP            "Alarm limit" ;
    CLASS           CONTAINED ;
    TYPE            FLOAT;
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __limit_2_function
{
    LABEL           "O2 Limit 2 Function" ;
    HELP            "Determines whether Limit 2 is low or high alarm limit levels" ;
    CLASS           CONTAINED ;
    TYPE            ENUMERATED (4)
    {
       { 0, "Low"     },
       { 1,  "High"    }
    }
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __upper_range
{
    LABEL           "Upper range" ;
    HELP            "Range of the primary measured variable" ;
    CLASS           CONTAINED ;
    TYPE            FLOAT;
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}

VARIABLE    __lower_range
{
    LABEL           "Lower range" ;
    HELP            "Range of the primary measured variable" ;
    CLASS           CONTAINED ;
    TYPE            FLOAT;
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __single_point_calib
{
    LABEL           "O2 Single point calibration" ;
    HELP            "Starts a single point calibration" ;
    CLASS           CONTAINED ;
    TYPE            ENUMERATED (1)
    {
       { 0, "No action"     },
       { 1,  "Start calibrating"    }
    }
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __two_point_calib
{
    LABEL           "O2 Two-point calibration" ;
    HELP            "Starts a two-point calibration" ;
    CLASS           CONTAINED ;
    TYPE            ENUMERATED (1)
    {
       { 0, "No action"     },
       { 1,  "Start calibrating"    }
    }
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}


VARIABLE    __com_status
{
    LABEL           "Internal com status" ;
    HELP            "Status of the internal communications in the instrument" ;
    CLASS           CONTAINED ;
    TYPE            ENUMERATED (1)
    {
        { 0x0, "OK"     },
       { 0x1, "Permanent com error"     },
       { 0xff, "Uninitialised"     }

    }
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ;
/*  RESPONSE_CODES  xxx ; */
}

RECORD      __primary_value_co
{
    LABEL           "CO" ;
    HELP            [out_help] ;
    MEMBERS
    {
        STATUS,  __status___primary_value_co;
        VALUE,   __float___primary_value_co ;
    }
/*  RESPONSE_CODES  xxx ; */
}

VARIABLE    __status___primary_value_co
{
    LABEL           [status_label] ;
    HELP            [status_contained_help] ;
    CLASS           OUTPUT & DYNAMIC ;
    TYPE            ENUMERATED (1)
    {
        __FF_STATUS_VALUES
    }
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __float___primary_value_co
{
    LABEL           [value_label] ;
    HELP            [float_output_help] ;
    CLASS           OUTPUT & DYNAMIC ;
    TYPE            FLOAT ;
    HANDLING        READ ;
/*  RESPONSE_CODES  xxx ; */
}


VARIABLE    __co_resistance
{
    LABEL           "CO resistance" ;
    HELP            "Resistance value of CO cell" ;
    CLASS           CONTAINED & DYNAMIC;
    TYPE            FLOAT ;
    HANDLING        READ ;
    CONSTANT_UNIT   "Ohm" ;
 /*  RESPONSE_CODES  xxx ; */
}

VARIABLE    __co_sens_temp
{
    LABEL           "CO sensor temperature"  ;
    HELP            "The temperature of the CO sensor" ;
    CLASS           CONTAINED & DYNAMIC ;
    TYPE            FLOAT ;
    HANDLING        READ ;
    CONSTANT_UNIT   "deg C" ;
/*  RESPONSE_CODES  xxx ; */
}

VARIABLE    __co_heater_resistance
{
    LABEL           "CO heater resistance"  ;
    HELP            "The resistance of the CO heater" ;
    CLASS           CONTAINED & DYNAMIC ;
    TYPE            FLOAT ;
    HANDLING        READ ;
    CONSTANT_UNIT   "Ohm" ;
/*  RESPONSE_CODES  xxx ; */
}

VARIABLE    __co_current
{
    LABEL           "CO current" ;
    HELP            "Loop current from the CO sensor" ;
    CLASS           CONTAINED & DYNAMIC ;
    TYPE            FLOAT ;
    HANDLING        READ ;
    CONSTANT_UNIT   "mA" ;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __co_calib_zero_offset
{
    LABEL           "CO calib zero offset"  ;
    HELP            [float_output_help] ;
    CLASS           CONTAINED ;
    TYPE            FLOAT ;
    HANDLING        READ &WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __co_calib_span_offset
{
    LABEL           "CO calib span offset"  ;
    HELP            [float_output_help] ;
    CLASS           CONTAINED ;
    TYPE            FLOAT ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __co_measuring_range
{
    LABEL           "CO measuring range"  ;
    HELP            [float_output_help] ;
    CLASS           CONTAINED ;
    TYPE            FLOAT ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE  __co_calibration_status
{ 
   LABEL    "CO Calibration Status";
   HELP     "Analyser status signals.";
   CLASS    CONTAINED;
  TYPE            ENUMERATED (2)   
    {
     { 0,  	    "Calibration  success"    },
     { 1,  	    "Last calibration fault"       },
     { 2,	      "Device in calibration"   },
     { 3,  	    "Calibration  pending"    },
     { 4,  	    "Calibration not supported"       },
     { 0xffff,	 "Calibration uninitialised"   }
    }
    CONSTANT_UNIT   [blank] ;

   HANDLING READ;
}
VARIABLE    __co_single_point_calib
{
    LABEL           "CO Single point calibration" ;
    HELP            "Starts a single point calibration" ;
    CLASS           CONTAINED ;
    TYPE            ENUMERATED (1)
    {
       { 0, "No action"     },
       { 1,  "Start calibrating"    }
    }
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __co_two_point_calib
{
    LABEL           "CO Two-point calibration" ;
    HELP            "Starts a two-point calibration" ;
    CLASS           CONTAINED ;
    TYPE            ENUMERATED (1)
    {
       { 0, "No action"     },
       { 1,  "Start calibrating"    }
    }
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ & WRITE;
/*  RESPONSE_CODES  xxx ; */
}
VARIABLE    __instrument_type
{
    LABEL           "Device type" ;
    HELP            "COMTEC or OXITEC instrument" ;
    CLASS           CONTAINED ;
    TYPE            ENUMERATED (1)
    {
       { 0, "OXITEC"     },
       { 1,  "COMTEC"    },
       { 0xff,"Unititialised"}
    }
    CONSTANT_UNIT   [blank] ;
    HANDLING        READ ;
/*  RESPONSE_CODES  xxx ; */
}      
VARIABLE __primary_value_oxigen_unit_index
{ 
   LABEL    "Oxygen unit";
   HELP     "FI parameter.";
   CLASS    CONTAINED;
   TYPE ENUMERATED (2)
   {
      _UNIT_CODE_1342
   }
   HANDLING READ;
}
VARIABLE __primary_value_co_units_index
{ 
   LABEL    "CO unit";
   HELP     "FI parameter.";
   CLASS    CONTAINED;
   TYPE ENUMERATED (2)
   {
      _UNIT_CODE_1423
   }   
   HANDLING READ;
}
VARIABLE  __suported_modes
{ 
   LABEL    "Supported modes";
   HELP     "Supported modes.";
   CLASS    CONTAINED;
  TYPE            BIT_ENUMERATED (1)
  {
      _PERMITTED_REMOTE_OUTPUT,
      _PERMITTED_REMOTE_CASCADE,
      _PERMITTED_CASCADE,
      _PERMITTED_AUTOMATIC,
      _PERMITTED_MANUAL,
      _PERMITTED_LOCKED,
      _PERMITTED_INITIALIZATION,
      _PERMITTED_OUT_OF_SERVICE
  }
    CONSTANT_UNIT   [blank] ;

   HANDLING READ;
}


BLOCK   __enotec_pv_transducer_block
{
   CHARACTERISTICS __enotec_pv_character;
   LABEL           "TB" ;
   HELP            "The Transducer Block contains the FF view of the actuator " ;
   PARAMETERS
   {
      ST_REV,                    __st_rev ;                   /*1*/
      TAG_DESC,                  __tag_desc ;                 /*2*/
      STRATEGY,                  __strategy ;                 /*3*/
      ALERT_KEY,                 __alert_key ;                /*4*/
      MODE_BLK,                  __mode_blk ;                 /*5*/
      BLOCK_ERR,                 __block_err ;                /*6*/
      UPDATE_EVT,                __event_update ;             /*7*/
      BLOCK_ALM,                 __block_alm ;                /*8*/
      TRANSDUCER_DIRECTORY,      __transducer_directory ;     /*9*/
      TRANSDUCER_TYPE,           __transducer_type ;          /*10*/
      XD_ERROR,                  __xd_error ;                 /*11*/
      COLLECTION_DIRECTORY,      __collection_directory;      /*12*/
      OXYGEN,                    __primary_value_oxygen;       /*13*/
      O2_CELL_VOLTAGE,             __cell_voltage;              /*14*/
      O2_CELL_TEMPERATURE,         __cell_temperature;          /*15*/ 
      O2_CURRENT_OUT,               __current_out;               /*16*/ 
      STATUS_SIGNALS,            __status_signals;            /*17*/ 
      O2_CALIBRATION_STATUS,        __calibration_status;        /*18*/ 
      O2_CONSTANT,                  __constant;                  /*19*/ 
      O2_SLOPE,                     __slope;                     /*20*/ 
      O2_LIMIT_1,                   __limit1;                     /*21*/ 
      O2_LIMIT_1_FUNCTION,           __limit_1_function;          /*22*/ 
      O2_LIMIT_2,                    __limit2;                    /*23*/ 
      O2_LIMIT_2_FUNCTION,           __limit_2_function;          /*24*/ 
      UPPER_RANGE,                __upper_range;               /*25*/ 
      LOWER_RANGE,                __lower_range;               /*26*/ 
      O2_SINGLE_POINT_CALIB,         __single_point_calib;        /*27*/ 
      O2_TWO_POINT_CALIB,            __two_point_calib;           /*28*/ 
      COM_STATUS,                 __com_status;                /*29*/ 
      PRIMARY_VALUE_CO,           __primary_value_co;          /*30*/ 
      CO_RESISTANCE,             __co_resistance;              /*31*/ 
      CO_SENS_TEMP,              __co_sens_temp;               /*32*/ 
      CO_HEATER_RESISTANCE,      __co_heater_resistance;        /*33*/ 
      CO_CURRENT_OUT,             __co_current;                 /*34*/ 
      CO_CALIB_ZERO_OFFSET,       __co_calib_zero_offset;      /*35*/ 
      CO_CALIB_SPAN_OFFSET,      __co_calib_span_offset;       /*36*/ 
      CO_MEASURING_RANGE,       __co_measuring_range;          /*37*/ 
      CO_CALIBRATION_STATUS,     __co_calibration_status;      /*38*/
      CO_SINGLE_POINT_CALIB,     __co_single_point_calib;      /*39*/
      CO_TWO_POINT_CALIB,        __co_two_point_calib;         /*37*/
      INSTRUMENT_TYPE,               __instrument_type;                /*38*/
      PRIMARY_VALUE_OXYGEN_UNITS_INDEX,     __primary_value_oxigen_unit_index;  /*39*/
      PRIMARY_VALUE_CO_UNITS_INDEX,    __primary_value_co_units_index;       /*40*/
      SUPORTED_MODES,                    __suported_modes;     /*41*/
          }
  
    PARAMETER_LISTS
    {
        VIEW_1, __enotecvb_view_1,   [apvb_view_1] ;
        VIEW_2, __enotecvb_view_2,   [apvb_view_2] ;
        VIEW_3, __enotecvb_view_3,   [apvb_view_3] ;
        VIEW_4, __enotecvb_view_4,   [apvb_view_4] ;
        
    } 

      
      
      
}
 
                        
RECORD      __enotec_pv_character
{
    LABEL           [blk_char] ;
    HELP            [blk_char_help] ;
    MEMBERS
    {
        BLOCK_TAG,          __block_tag ;
        DD_MEMBER,          __dd_member ;
        DD_ITEM,            __dd_item ;
        DD_REVIS,           __dd_revis ;
        PROFILE,            __profile ;
        PROFILE_REVISION,   __profile_revision ;
        EXECUTION_TIME,     __execution_time ;
        EXECUTION_PERIOD,   __execution_period ;
        NUM_OF_PARAMS,      __num_of_params ;
        NEXT_FB_TO_EXECUTE, __next_fb_to_execute ;
        VIEWS_INDEX,        __views_index ;
        NUMBER_VIEW_3,      __number_view_3 ;
        NUMBER_VIEW_4,      __number_view_4 ;
    }
}

VARIABLE_LIST   __enotecvb_view_1
{
    LABEL       [apvb_view_1] ;
    HELP        [apvb_view_1_help] ;
    MEMBERS
    {
        VL_ST_REV,                  PARAM.ST_REV;
        VL_MODE_BLK,                PARAM.MODE_BLK ;
        VL_BLOCK_ERR,               PARAM.BLOCK_ERR ;
        VL_TRANSDUCER_TYPE,         PARAM.TRANSDUCER_TYPE ;
        VL_XD_ERROR,                PARAM.XD_ERROR ;
        VL_OXYGEN,                  PARAM.OXYGEN;
        VL_PRIMARY_VALUE_CO,        PARAM.PRIMARY_VALUE_CO;                   
      }                                         
}                                               
                                                  
VARIABLE_LIST   __enotecvb_view_2             
{                                                       
    LABEL       [apvb_view_2] ;                            
    HELP        [apvb_view_2_help] ;                     
    MEMBERS                                      
    {                                                     
        VL_ST_REV,                  PARAM.ST_REV ;
        VL_TRANSDUCER_TYPE,         PARAM.TRANSDUCER_TYPE ;
     }                                      
}                                             
                                          
VARIABLE_LIST   __enotecvb_view_3         
{                                               
    LABEL       [apvb_view_3] ;
    HELP        [apvb_view_3_help] ;
    MEMBERS
    {
        VL_ST_REV,                      PARAM.ST_REV ;
        VL_MODE_BLK,                    PARAM.MODE_BLK ;
        VL_BLOCK_ERR,                   PARAM.BLOCK_ERR ;
        VL_TRANSDUCER_TYPE,             PARAM.TRANSDUCER_TYPE ;
        VL_XD_ERROR,                    PARAM.XD_ERROR ;
        VL_OXYGEN,                  PARAM.OXYGEN;
        VL_CELL_VOLTAGE,            PARAM.O2_CELL_VOLTAGE;
        VL_CELL_TEMPERATURE,        PARAM.O2_CELL_TEMPERATURE;
        VL_CURRENT_OUT,             PARAM.O2_CURRENT_OUT;
        VL_STATUS_SIGNALS,          PARAM.STATUS_SIGNALS;    
        VL_CALIBRATION_STATUS,      PARAM.O2_CALIBRATION_STATUS;
        VL_COM_STATUS,              PARAM.COM_STATUS;
        VL_PRIMARY_VALUE_CO,        PARAM.PRIMARY_VALUE_CO;           
        VL_CO_RESISTANCE,           PARAM.CO_RESISTANCE;
        VL_CO_SENS_TEMP,            PARAM.CO_SENS_TEMP;    
        VL_CO_HEATER_RESISTANCE,    PARAM.CO_HEATER_RESISTANCE;
        VL_CO_CURRENT_OUT,          PARAM.CO_CURRENT_OUT;               
    }
}
VARIABLE_LIST   __enotecvb_view_4
{
    LABEL       [apvb_view_4] ;
    HELP        [apvb_view_4_help] ;
    MEMBERS
    {
        VL_ST_REV,                  PARAM.ST_REV ;
        VL_STRATEGY,                PARAM.STRATEGY ;
        VL_ALERT_KEY,               PARAM.ALERT_KEY ;
        VL_TRANSDUCER_TYPE,         PARAM.TRANSDUCER_TYPE ;
        VL_CONSTANT,                PARAM.O2_CONSTANT ;
        VL_SLOPE,                   PARAM.O2_SLOPE ;
        VL_LIMIT_1,                 PARAM.O2_LIMIT_1;
        VL_LIMIT_1_FUNCTION,        PARAM.O2_LIMIT_1_FUNCTION;
        VL_LIMIT_2,                 PARAM.O2_LIMIT_2;
        VL_LIMIT_2_FUNCTION,        PARAM.O2_LIMIT_2_FUNCTION;
        VL_UPPER_RANGE,              PARAM.UPPER_RANGE; 
        VL_LOWER_RANGE,             PARAM.LOWER_RANGE;
        VL_CO_CALIB_ZERO_OFFSET,    PARAM.CO_CALIB_ZERO_OFFSET;
        VL_CO_CALIB_SPAN_OFFSET,    PARAM.CO_CALIB_SPAN_OFFSET;
        VL_CO_MEASURING_RANGE,      PARAM.CO_MEASURING_RANGE;
        VL_INSTRUMENT_TYPE,         PARAM.INSTRUMENT_TYPE;
 
      }
}