CNC_REGTOOL | TOOLMNG

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

Specify the start data number for the registration to the Tool management data table.

Specify the pointer to the number of the registration data for the registration to the Tool management data table. Set the number of the registration data(1...) to the pointed data before calling this function.

This function registers the number of Tool management data specified by "*data_num", from the index specified by "s_number". After the execution of this function, *data_num holds the real registered number of data.

Specify the pointer to IODBTLMNG structure including the Tool management data to be registered. The IODBTLMNG structure is as follows.

typedef struct  iodbtlmng {
    long T_code;                /* tool number(T) */
    long life_count;            /* tool life counter */
    long max_life;              /* maximum of tool life */
    long rest_life;             /* rest of tool life */
    unsigned char  life_stat;   /* state of tool life */
    unsigned char  cust_bits;   /* customizing bit */
    unsigned short tool_info;   /* tool info. */
    short H_code;               /* tool length compensation number (H) */
    short D_code;               /* cutter compensation number (D) */
    long spindle_speed;         /* spindle speed(S) */
    long feedrate;              /* feed rate(F) */
    short magazine;             /* magazine number(read only) */
    short pot;                  /* pot number(read only) */
    short G_code;               /* tool geometric compensation number(G) */
    short W_code;               /* tool wear compensation number(W) */
    short gno;                  /* tool geometric number */
    short grp;                  /* edge group number(only 0i-F, 30i/31i/32i) */
    short edge;                 /* edge number(only 0i-F, 30i/31i/32i) */
    short org_magazine;         /* origin magazine number(only 0i-F, 30i/31i/32i) */
    short org_pot;              /* origin pot number(only 0i-F, 30i/31i/32i) */
    short reserve_s;            /* reserved */
    long reserved[2];           /* reserved */
    long custom1;               /* customizing data 1 */
    long custom2;               /* customizing data 2 */
    long custom3;               /* customizing data 3 */
    long custom4;               /* customizing data 4 */
    long custom5;               /* customizing data 5 */
    long custom6;               /* customizing data 6 */
    long custom7;               /* customizing data 7 */
    long custom8;               /* customizing data 8 */
    long custom9;               /* customizing data 9 */
    long custom10;              /* customizing data 10 */
    long custom11;              /* customizing data 11 */
    long custom12;              /* customizing data 12 */
    long custom13;              /* customizing data 13 */
    long custom14;              /* customizing data 14 */
    long custom15;              /* customizing data 15 */
    long custom16;              /* customizing data 16 */
    long custom17;              /* customizing data 17 */
    long custom18;              /* customizing data 18 */
    long custom19;              /* customizing data 19 */
    long custom20;              /* customizing data 20 */
} IODBTLMNG;

T_code

Specify tool number(T).

(Setting range: 0,..,99999999)

life_count

Specify tool life counter.

(Setting range: 0,..,99999999, Unit: count)

(Setting range: 0,..,3599999, Unit: sec)

max_life

Specify maximum of tool life.

(Setting range: 0,..,99999999, Unit: count)

(Setting range: 0,..,3599999, Unit: sec)

rest_life

Specify predictive tool life.

(Setting range: 0,..,99999999, Unit: count)

(Setting range: 0,..,3599999, Unit: sec)

life_stat

Specify state of tool life.

0	:	Tool is not managed
1	:	Unused tool
2	:	Enable to use
3	:	Life is over
4	:	Tool is broken

cust_bits

Specify customizing data(bit).

tool_info

Specify tool info.

bit 0	:	RGS
			0	:	Tool management data is void
			1	:	Tool management data is valid
bit 1	:	TIM
			0	:	Tool life is specified by count
			1	:	Tool life is specified by time
bit 2	:	BDT
			0	:	Normal tool
			1	:	Big tool
bit 3	:	LOC
			0	:	Data accessable
			1	:	Data locked
bit 4,..,15	:	Reserved

H_code

Specify Tool length compensation number (H).

(Setting range: 0,..,999)

D_code

Specify cutter compensation number (D).

(Setting range: 0,..,999)

spindle_speed

Specify spindle speed(S).

(Setting range: 0,..,99999, Unit: /min)

feedrate

Specify feed rate(F).

(Setting range: 0,..,99999999, Unit: mm/min, inch/min, deg/min, mm/rev, inch/rev)

magazine

magazine number.

(This data is READ ONLY. So it cannot be used for writing data.)

pot

pot number.

(This data is READ ONLY. So it cannot be used for writing data.)

G_code

Specify tool geometric compensation number(G)

(This data is Turning system only.)

W_code

Specify tool wear compensation number(W).

(This data is Turning system only.)

gno

Specify tool geometric number.

grp

edge group number.(only 0i-F, 30i/31i/32i)

edge

edge number.(only 0i-F, 30i/31i/32i)

org_magazine

origin magazine number.(only 0i-F, 30i/31i/32i)

org_opt

origin pot number.(only 0i-F, 30i/31i/32i)

reserve_s

Reserved.

reserved[2]

Reserved.

custom1,..,custom4

Specify customizing data 1,..,4.

(Setting range: -99999999,..,99999999)

custom5,..,custom20

Specify customizing data 5,..,20.

(Setting range: -99999999,..,99999999)

(These items are available at only the additional customized data on tool management data option.)