CNC_RDPMACROINFO2 | NCDATA

Specify the library handle. See "Library handle" for details.

Pointer to the ODBPMINF2 structure including the P code macro variable information. The ODBPMINF2 structure is as follows.

The following parameters are not the CNC parameter, but the compile parameter of the macro-compiler.

See the "PROGRAMING MANUAL" of the macro-executor for details of the compile parameter.

typedef struct odbpminf2 {
    long    use_no1;  /*  number of variables(10000,...)       */
    long    use_no2;  /*  number of variables(20000,...)       */
    long    use_no20; /*  number of high-speed cycle variables */
    short   v1_type;  /*  type of variables(10000,...)         */
    short   v2_type;  /*  type of variables(20000,...)         */
    short   v20_type; /*  type of high-speed cycle variables   */
} ODBPMINF2;

use_no1

Number of usable P code macro variables(10000,...)

'6000' is returned in case of some series/version of CNC control software, but the usable number is acquired as an above value.

(parameter No.9037 * 100)

use_no2

Number of usable P code macro variables(20000,...)

use_no20

Number of variables for high-speed cycle. The variable for high-speed cycle indicates the following P code macro variable.

• Series 16i/18i

#20000	-	#85535
#200000	-	#986432



• Series 30i/31i/32i, 0i-D, PMi-A

#20000	-	#85535
#200000	-	#986432
#2000000	-	#3999999

v1_type

Type of P code macro variables(10000,...)

0	:	Type A(floating-point type)
1	:	Type B(integer type)

In case of 'use_no1 = 0', this is invalid.

v2_type

Type of P code macro variables(20000,...)

0	:	Type A(floating-point type)
1	:	Type B(integer type)
2	:	Type C (integer type)/high-speed cycle cutting 1
3	:	Type D (integer type)/high-speed cycle cutting 2

In case of 'use_no2 = 0', this is invalid.

v20_type

Type of P code macro variables for high-speed cycle.

2	:	Type C (integer type)/high-speed cycle cutting 1
3	:	Type D (integer type)/high-speed cycle cutting 2

In case of 'use_no20 = 0', this is invalid.