CNC_WRLPPFBDT | LASER

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

Specifies a pointer to the structure in which to specify the kind and range of data to write. Sets the beginning / finish number which write, when you specify the command value of pulse frequency, the command value of duty cycle, and the actual power.

typedef struct idblppfbfg {
    short   s_no;           /* The group number of data to write.                 */
    short   slct;           /* The kind of data to write.                         */
    short   s_freq;         /* The pulse frequency number which begins to write.  */
    short   e_freq;         /* The pulse frequency number which finishes to write.*/
    short   s_duty;         /* The duty cycle number which begins to write.       */
    short   e_duty;         /* The duty cycle number which finishes to write.     */
} IDBLPPFBFG ;

s_no

Specifies the group number of command data at peak power to write.

[Setting range] 0 to 7

slct

Specifies the kind of data to write.

A flag of valid data is set.

The meaning which correspond to each bit of this flag is as follows.

When you enter each data, set the bit which correspond to data to 1.

Please set 0 for bit4-15 which is unused.

bit 0	:	The command value of peak power
bit 1	:	The command value of pulse frequency
bit 2	:	The command value of duty cycle
bit 3	:	The actual power
bit 4,..,15	:	Unused.

s_freq

Specifies the pulse frequency number which begins to write.

When s_freq is -1, all the data of pulse frequency can be write.

[Setting range] -1, 0 to 9

e_freq

Specifies the pulse frequency number which finishes to write.

When s_freq is -1, e_freq is invalid.(e_freq can be used, when s_freq is 0 to 9)

[Setting range] 0 to 9

s_duty

Specifies the duty cycle number which begins to write.

When s_duty is -1, all the data of duty cycle can be write.

[Setting range] -1, 0 to 9

e_duty

Specifies the duty cycle number which finishes to write.

When s_duty is -1, e_duty is invalid.(e_duty can be used, when s_duty is 0 to 9)

[Setting range] 0 to 9

Specifies a pointer to the group number of data of actual output estimation type pulse power feedback to write. Specifies the number to write before calling the function. The number which actually wrote after calling the function is set. (specify 1 to 8 for the number)

A pointer to the IODBLPPFBDT structure in which to specify group data of actual output estimation type pulse power feedback to write.

The data of this structure prepare the number specified by "number".

The IODBLPPFBDT structure is as follows.

typedef struct iodblppfbdt {
    short   ppower;         /* The peak power.     */
    short   dummy;          /* The dummy variable. */
    short   freq[10];       /* The pulse frequency */
    short   duty[10];       /* The duty cycle      */
    short   rpower[10][10]; /* The actual power.   */
} IODBLPPFBDT ;

ppower

Specifies the command value of peak power.

[Unit] W

[Setting range] 0 to 9999

dummy

The dummy variable.

freq[10]

Specifies the command value of pulse frequency.

[Unit] Hz

[Setting range] 1 to 32767

When rflag.s_duty is 2 and rflag.e_duty is 4, the value is set from duty[2] to duty[4].

duty[10]

Specifies the command value of duty cycle.

[Unit] %

[Setting range] 0 to 100

When rflag.s_duty is 2 and rflag.e_duty is 4, the value is set from duty[2] to duty[4].

rpower[10][10]

Specifies the actual power.

[Unit] W

[Setting range] -32768 to 32767

[ i ][ j ] i : The number of duty cycle. , j : The number of pulse frequency.