WRITE_NC

Functions
void	WRITE_NC_block_format (int Inum)
	selects a format type for ecritB formats ecritB to obtain PUNCHB(Inum)
void	WRITE_NC_block_max_size (int Ilg, const std::string &Slim, const std::string &Sfin)
	allows long blocks cutting in ISO file (used for APT post processor)
void	WRITE_NC_block_no (int Inum)
	writes block number for current buffer
void	WRITE_NC_block_optional (int Bval)
	activates optional block mode for ecritB according to DPP
void	WRITE_NC_cancel_paxis1 (int Bval)
	invalidate OUTPUT_NC_paxis1
void	WRITE_NC_cancel_paxis2 (int Bval)
	invalidate OUTPUT_NC_paxis2
void	WRITE_NC_cancel_paxis3 (int Bval)
	invalidate OUTPUT_NC_paxis3
void	WRITE_NC_cancel_primary (int Bval)
	invalidate OUTPUT_NC_primary
void	WRITE_NC_cancel_secondary (int Bval)
	invalidate OUTPUT_NC_secondary
void	WRITE_NC_comment_format (int Inum)
	selects a type of format for comments generated by OUTPUT_NC_write_com. The format numbers are defined in .DPP
void	WRITE_NC_comment_space (int Bval)
	allows to invalidate address spaces for CO and FC
void	WRITE_NC_coolant (int Ival)
	Initializes the current coolant number.
void	WRITE_NC_coord_translate (double Rx, double Ry, double Rz)
	add vector to output coordinates (can be use to translate coordinates in developped plane)
void	WRITE_NC_cutcom (int Bval)
	writes current radius correction dimension
void	WRITE_NC_feed (double Rval, int Bunit)
	writes current feed rate
void	WRITE_NC_force_feed (int Bfeed, int Bunit)
	forces writing of keys to the next OUTPUT_NC_feed
void	WRITE_NC_force_paxis1 ()
	forces writing of 1st axis to the next OUTPUT_NC_paxis1
void	WRITE_NC_force_paxis2 ()
	forces writing of 2nd axis to the next OUTPUT_NC_paxis2
void	WRITE_NC_force_primary ()
	forces writing of 1st rotary axis to the next OUTPUT_NC_primary
void	WRITE_NC_force_secondary ()
	forces writing of 2nd rotary axis to the next OUTPUT_NC_secondary
void	WRITE_NC_force_spindle (int Bspeed, int Bunit, int Bgamme)
	forces writing of keys to the next OUTPUT_NC_spindle
void	WRITE_NC_g (int Icode)
	writes G value on the group concerned In DPP - Res.key - G CODES;You can find the group Tell GO2cam the G-code that is currently in use
void	WRITE_NC_g_force (int Ival)
	forces writing of next G of the group
void	WRITE_NC_init_coolant ()
	initializes coolant value
void	WRITE_NC_init_feed ()
	initializes feed rate value,unit and G code. performs an init_g()
void	WRITE_NC_init_g (int Ival)
	initializes G group with .DPP initial value
void	WRITE_NC_init_key (const std::string &Sclef)
	initializes the concerned key
void	WRITE_NC_init_m (int Ival)
	initializes M group with .DPP initial value
void	WRITE_NC_init_paxis3 ()
	initializes 3rd axe value
void	WRITE_NC_init_plane (int Inum)
	initializes plane processing according to .DPP number
void	WRITE_NC_init_plane_db ()
	initializes plane processing by using the DPP plane number corresponding to type of plane.
void	WRITE_NC_init_pplane ()
	initializes 1st and 2nd axes values according to abs/rel prog #:END_ENGLISH
void	WRITE_NC_init_rotation ()
	initializes rotation value In DPP - Res.key - G CODES;You can find the group M
void	WRITE_NC_init_spindle ()
	initializes spindle value, unit, speed range, G code performs an init_g()
void	WRITE_NC_key (const std::string &Sclef, double Rval)
	writes a value on the concerned key
void	WRITE_NC_key_axis1 (const std::string &Sclef)
	writes 1st NC axis key after WRITE_NC_init_plane
void	WRITE_NC_key_axis2 (const std::string &Sclef)
	writes 2nd NC axis key after WRITE_NC_init_plane
void	WRITE_NC_key_axis3 (const std::string &Sclef)
	writes 3nd NC axis key after WRITE_NC_init_plane
void	WRITE_NC_key_primary (const std::string &Sclef)
	writes 1st NC rotating axis key
void	WRITE_NC_key_secondary (const std::string &Sclef)
	writes 2nd NC rotating axis key
void	WRITE_NC_linprog (int Bval)
	writes linear axes programming type
void	WRITE_NC_m (int Icode)
	writes M value on concerned group
void	WRITE_NC_m_force (int Ival)
	forces writing of next M of the group
void	WRITE_NC_origin_coord (double Rx, double Ry, double Rz)
	writes current NC origins offset values.
void	WRITE_NC_origin_no (int Inum)
	memorizes NC origin number Generally used in ORI_DECAL.
void	WRITE_NC_osetno (int Inum)
	writes length compensation number
void	WRITE_NC_osetno_dia (int Inum)
	writes diameter compensation number
void	WRITE_NC_paxis1 (double Rval)
	writes 1st NC axis current position
void	WRITE_NC_paxis2 (double Rval)
	writes 2nd NC axis current position
void	WRITE_NC_paxis3 (double Rval)
	writes 3rd NC axis current position
void	WRITE_NC_paxis3_cycle (double Rval)
	writes cycles' 3rd axis position this value is copied again on the 3rd axis before calling hole milling procedures
void	WRITE_NC_paxis3_force ()
	forces writing of 3rd axis to the next OUTPUT_NC_paxis3
void	WRITE_NC_plane_origin (double Rx, double Ry, double Rz)
	add offset to origin values : - mixing origin numbers with offset values - coordinates offset for "relative+dec" planes
void	WRITE_NC_plane_rotation (double Rang)
	rotates coordinates for READ_PATH_point,... (used with G112 on FANUC)
void	WRITE_NC_plane_translate (double Rx, double Ry, double Rz)
	Replace offset values of coordinates useful for non concurrent rotary axes.
void	WRITE_NC_pplane (double Rval1, double Rval2)
	writes 1st and 2nd NC axis current position
void	WRITE_NC_pplane_force ()
	forces 1st/2nd axis writing to the next PPLAN
void	WRITE_NC_primary (double Rval)
	writes primary rotary axis current position
void	WRITE_NC_program_name (const std::string &Str)
	writes program name (allows to read it after)
void	WRITE_NC_program_no (int Inum)
	writes program number necessary for sub-routines numbered in relative mode
void	WRITE_NC_rotation (int Bval)
	writes spindle current rotation direction
void	WRITE_NC_rotation_livetool (int Bval)
	writes spindle livetool current rotation direction for turning cycle
void	WRITE_NC_rotprog (int Bval)
	writes rotary axes programming type
void	WRITE_NC_secondary (double Rval)
	writes secondary rotary axis current position
void	WRITE_NC_spindle (double Rval, int Bunite, int Igamme)
	writes spindle speed in NC states
void	WRITE_NC_spindle_livetool (double Rval)
	writes livetool spindle speed in NC states for turning cycle
void	WRITE_NC_testmove (int Bval)
	forces true TESTMOVE useful for rotary axes outputted with OUTPUT_NC_tab
void	WRITE_NC_tool_no (int Inum)
	writes current NC tool number
void	WRITE_NC_toolchgt_point (int Itrl, double *Ptchgt)
	writes tool change point

Detailed Description

writes current NC states

Function Documentation

WRITE_NC_block_format()

void WRITE_NC_block_format

(

int

Inum

)

selects a format type for ecritB
formats ecritB to obtain PUNCHB(Inum)

Parameters

[in]

Inum

0:NC block normal output 1:output with special block number address 2:output block without block number 5:as 0 without starting and ending characters 6:as 1 without starting and ending characters 7:as 2 without starting and ending characters

PCALL(WRITE_NC_block_format,2);

See also

ecritB, punchB

WRITE_NC_block_max_size()

void WRITE_NC_block_max_size	(	int	Ilg,
		const std::string &	Slim,
		const std::string &	Sfin )

allows long blocks cutting in ISO file
(used for APT post processor)

Parameters

[in]	Ilg	maximum length allowed by block (Ilg < 0 -> cut after Slim)
[in]	Slim	string used to delimite cut
[in]	Sfin	string added after cutted block

PCALL(WRITE_NC_block_max_size,-1,'TXT','TXTADDED');

WRITE_NC_block_no()

void WRITE_NC_block_no

(

int

Inum

)

writes block number for current buffer

Parameters

[in]

Inum

next block number punchb() or ecritB

PCALL(WRITE_NC_block_no,10);

See also

READ_NC_block_no, ecritB, punchB, lcnINCR_BLOC

WRITE_NC_block_optional()

void WRITE_NC_block_optional

(

int

Bval

)

activates optional block mode for ecritB according to DPP

Parameters

[in]

Bval

CONST_YES activate CONST_NO deactivate

PCALL(WRITE_NC_block_optional,CONST_YES);

See also

READ_NC_block_optional

WRITE_NC_cancel_paxis1()

void WRITE_NC_cancel_paxis1

(

int

Bval

)

invalidate OUTPUT_NC_paxis1

Version

5.3

Parameters

[in]

Bval

CONST_YES display a warning when pax1 is not nul CONST_NO no warning

PCALL(WRITE_NC_cancel_paxis1,CONST_NO);

WRITE_NC_cancel_paxis2()

void WRITE_NC_cancel_paxis2

(

int

Bval

)

invalidate OUTPUT_NC_paxis2

Version

5.3

Parameters

[in]

Bval

CONST_YES display a warning when pax2 is not nul CONST_NO no warning

PCALL(WRITE_NC_cancel_paxis2,CONST_NO);

WRITE_NC_cancel_paxis3()

void WRITE_NC_cancel_paxis3

(

int

Bval

)

invalidate OUTPUT_NC_paxis3

Version

5.3

Parameters

[in]

Bval

CONST_YES display a warning when pax3 is not nul CONST_NO no warning

PCALL(WRITE_NC_cancel_paxis3,CONST_NO);

WRITE_NC_cancel_primary()

void WRITE_NC_cancel_primary

(

int

Bval

)

invalidate OUTPUT_NC_primary

Version

5.7

Parameters

[in]

Bval

CONST_YES display a warning when primaire is not nul CONST_NO no warning

PCALL(WRITE_NC_cancel_primary,CONST_NO);

WRITE_NC_cancel_secondary()

void WRITE_NC_cancel_secondary

(

int

Bval

)

invalidate OUTPUT_NC_secondary

Version

5.7

Parameters

[in]

Bval

CONST_YES display a warning when secondaire is not nul CONST_NO no warning

PCALL(WRITE_NC_cancel_secondary,CONST_NO);

WRITE_NC_comment_format()

void WRITE_NC_comment_format

(

int

Inum

)

selects a type of format for comments generated by OUTPUT_NC_write_com.
The format numbers are defined in .DPP

Parameters

[in]

Inum

format number

PCALL(WRITE_NC_comment_format,1);

See also

OUTPUT_NC_write_com, OUTPUT_NC_tab_com

WRITE_NC_comment_space()

void WRITE_NC_comment_space

(

int

Bval

)

allows to invalidate address spaces for CO and FC

Parameters

[in]

Bval

CONST_YES:validate CONST_NO:invalidate

PCALL(WRITE_NC_comment_space,CONST_NO);

WRITE_NC_coolant()

void WRITE_NC_coolant

(

int

Ival

)

Initializes the current coolant number.

Parameters

[in]

Ival

current coolant number

PCALL(WRITE_NC_coolant,8);

See also

OUTPUT_NC_coolant, READ_NC_coolant

WRITE_NC_coord_translate()

void WRITE_NC_coord_translate	(	double	Rx,
		double	Ry,
		double	Rz )

add vector to output coordinates
(can be use to translate coordinates in developped plane)

Version

5.9

Parameters

[in]	Rx	offset in X
[in]	Ry	offset in Y
[in]	Rz	offset in Z

PCALL(WRITE_NC_coord_translate,Rx,Ry,Rz);

WRITE_NC_cutcom()

void WRITE_NC_cutcom

(

int

Bval

)

writes current radius correction dimension

Parameters

[in]

Bval

CONST_RIGHT CONST_LEFT CONST_CENTER

PCALL(WRITE_NC_cutcom,CONST_CENTER);

See also

READ_NC_cutcom, READ_PATH_cutcom, OUTPUT_NC_cutcom

WRITE_NC_feed()

void WRITE_NC_feed	(	double	Rval,
		int	Bunit )

writes current feed rate

Parameters

[in]	Rval	feed value
[in]	Bunit	CONST_MMPM CONST_MMPR

PCALL(WRITE_NC_feed,0.1,CONST_MMPR);

See also

READ_PATH_feed, READ_NC_feed, OUTPUT_NC_feed

WRITE_NC_force_feed()

void WRITE_NC_force_feed	(	int	Bfeed,
		int	Bunit )

forces writing of keys to the next OUTPUT_NC_feed

Version

4.5

Parameters

[in]	Bfeed	forces feed key CONST_YES CONST_NO
[in]	Bunit	forces unit key CONST_YES CONST_NO

PCALL(WRITE_NC_force_feed,CONST_YES,CONST_NO);

WRITE_NC_force_paxis1()

void WRITE_NC_force_paxis1

(

)

forces writing of 1st axis to the next OUTPUT_NC_paxis1

PCALL(WRITE_NC_force_paxis1);

WRITE_NC_force_paxis2()

void WRITE_NC_force_paxis2

(

)

forces writing of 2nd axis to the next OUTPUT_NC_paxis2

PCALL(WRITE_NC_force_paxis2);

WRITE_NC_force_primary()

void WRITE_NC_force_primary

(

)

forces writing of 1st rotary axis to the next OUTPUT_NC_primary

Version

4.5

PCALL(WRITE_NC_force_primary);

WRITE_NC_force_secondary()

void WRITE_NC_force_secondary

(

)

forces writing of 2nd rotary axis to the next OUTPUT_NC_secondary

Version

4.5

PCALL(WRITE_NC_force_secondary);

WRITE_NC_force_spindle()

void WRITE_NC_force_spindle	(	int	Bspeed,
		int	Bunit,
		int	Bgamme )

forces writing of keys to the next OUTPUT_NC_spindle

Version

4.5

Parameters

[in]	Bspeed	forces speed key CONST_YES CONST_NO
[in]	Bunit	forces unit key CONST_YES CONST_NO
[in]	Bgamme	forces range key CONST_YES CONST_NO

PCALL(WRITE_NC_force_spindle,CONST_YES,CONST_NO,CONST_NO);

WRITE_NC_g()

void WRITE_NC_g

(

int

Icode

)

writes G value on the group concerned
In DPP - Res.key - G CODES;You can find the group
Tell GO2cam the G-code that is currently in use

Parameters

[in]

Icode

G value

PCALL(WRITE_NC_g,1);

See also

READ_NC_g, OUTPUT_NC_g, WRITE_NC_g_force

WRITE_NC_g_force()

void WRITE_NC_g_force

(

int

Ival

)

forces writing of next G of the group

Parameters

[in]

Ival

G number allowing to determine group

PCALL(WRITE_NC_g_force,1);

See also

OUTPUT_NC_g, READ_NC_g, WRITE_NC_g

WRITE_NC_init_coolant()

void WRITE_NC_init_coolant

(

)

initializes coolant value

Remarks

performs an init_m()

PCALL(WRITE_NC_init_coolant);

WRITE_NC_init_feed()

void WRITE_NC_init_feed

(

)

initializes feed rate value,unit and G code.
performs an init_g()

PCALL(WRITE_NC_init_feed);

WRITE_NC_init_g()

void WRITE_NC_init_g

(

int

Ival

)

initializes G group with .DPP initial value

Parameters

[in]

Ival

G number allowing to determine group

PCALL(WRITE_NC_init_g,1);

WRITE_NC_init_key()

void WRITE_NC_init_key

(

const std::string &

Sclef

)

initializes the concerned key

Parameters

[in]

Sclef

string identifying the key

PCALL(WRITE_NC_init_key,'S');

See also

OUTPUT_NC_tab

WRITE_NC_init_m()

void WRITE_NC_init_m

(

int

Ival

)

initializes M group with .DPP initial value

Parameters

[in]

Ival

G number allowing to determine group

PCALL(WRITE_NC_init_m,1);

WRITE_NC_init_paxis3()

void WRITE_NC_init_paxis3

(

)

initializes 3rd axe value

PCALL(WRITE_NC_init_paxis3);

WRITE_NC_init_plane()

void WRITE_NC_init_plane

(

int

Inum

)

initializes plane processing according to .DPP number

Parameters

[in]

Inum

plane number (complementary plane numbers > 100)

Remarks

Uses !READ_PART_cycle_plane_type! to read current plane.

PCALL(READ_PART_cycle_plane_type,int_NumPlane);
PCALL(WRITE_NC_init_plane,int_NumPlane);

See also

READ_PART_cycle_plane_type WRITE_NC_init_plane_db

WRITE_NC_init_plane_db()

void WRITE_NC_init_plane_db

(

)

initializes plane processing by using the
DPP plane number corresponding to type of plane.

PCALL(WRITE_NC_init_plane_db);

See also

WRITE_NC_init_plane

WRITE_NC_init_pplane()

void WRITE_NC_init_pplane

(

)

initializes 1st and 2nd axes values according to abs/rel prog
#:END_ENGLISH

initialise valeurs 1er et 2eme axes selon prog absolu/relatif

PCALL(WRITE_NC_init_pplane);

WRITE_NC_init_rotation()

void WRITE_NC_init_rotation

(

)

initializes rotation value
In DPP - Res.key - G CODES;You can find the group M

PCALL(WRITE_NC_init_rotation);

WRITE_NC_init_spindle()

void WRITE_NC_init_spindle

(

)

initializes spindle value, unit, speed range, G code
performs an init_g()

PCALL(WRITE_NC_init_spindle);

See also

WRITE_NC_force_spindle

WRITE_NC_key()

void WRITE_NC_key	(	const std::string &	Sclef,
		double	Rval )

writes a value on the concerned key

Parameters

[in]	Sclef	string identifying the key
[in]	Rval	numerical value

PCALL(WRITE_NC_key,'S',1000.0);

See also

READ_NC_key, OUTPUT_NC_tab

WRITE_NC_key_axis1()

void WRITE_NC_key_axis1

(

const std::string &

Sclef

)

writes 1st NC axis key after WRITE_NC_init_plane

Parameters

[in]

Sclef

new string identifying the key

PCALL(WRITE_NC_key_axis1,'X2');

See also

READ_NC_key_axis1

WRITE_NC_key_axis2()

void WRITE_NC_key_axis2

(

const std::string &

Sclef

)

writes 2nd NC axis key after WRITE_NC_init_plane

Parameters

[in]

Sclef

new string identifying the key

PCALL(WRITE_NC_key_axis2,'Y2');

See also

READ_NC_key_axis2

WRITE_NC_key_axis3()

void WRITE_NC_key_axis3

(

const std::string &

Sclef

)

writes 3nd NC axis key after WRITE_NC_init_plane

Parameters

[in]

Sclef

new string identifying the key

PCALL(WRITE_NC_key_axis1,'Z2');

See also

READ_NC_key_axis3

WRITE_NC_key_primary()

void WRITE_NC_key_primary

(

const std::string &

Sclef

)

writes 1st NC rotating axis key

Parameters

[in]

Sclef

new string identifying the key

PCALL(WRITE_NC_key_primary,'C2');

See also

READ_NC_key_primary

WRITE_NC_key_secondary()

void WRITE_NC_key_secondary

(

const std::string &

Sclef

)

writes 2nd NC rotating axis key

Parameters

[in]

Sclef

new string identifying the key

PCALL(WRITE_NC_key_secondary,'B2');

See also

READ_NC_key_secondary

WRITE_NC_linprog()

void WRITE_NC_linprog

(

int

Bval

)

writes linear axes programming type

Parameters

[in]

Bval

CONST_ABSOLUTE CONST_RELATIVE

PCALL(WRITE_NC_linprog,CONST_ABSOLUTE);

WRITE_NC_m()

void WRITE_NC_m

(

int

Icode

)

writes M value on concerned group

Parameters

[in]

Icode

M value

PCALL(WRITE_NC_m,3);

See also

READ_NC_m, OUTPUT_NC_m, WRITE_NC_m_force

WRITE_NC_m_force()

void WRITE_NC_m_force

(

int

Ival

)

forces writing of next M of the group

Parameters

[in]

Ival

M number allowing to determine group

PCALL(WRITE_NC_m_force,1);

See also

OUTPUT_NC_m, READ_NC_m, WRITE_NC_m

WRITE_NC_origin_coord()

void WRITE_NC_origin_coord	(	double	Rx,
		double	Ry,
		double	Rz )

writes current NC origins offset values.

param[in] Rx value on 1st axis param[in] Ry value on 2nd axis param[in] Rz value on 3rd axis

PCALL(WRITE_NC_origin_coord,decx,decy,decz);

See also

READ_PART_ori_coord, READ_NC_origin_coord

WRITE_NC_origin_no()

void WRITE_NC_origin_no

(

int

Inum

)

memorizes NC origin number
Generally used in ORI_DECAL.

Parameters

[in]

Inum

origin number

PCALL(READ_NC_origin_no,numori);
PCALL(WRITE_NC_origin_no,numori);

See also

READ_NC_origin_no, READ_PART_origin_no

WRITE_NC_osetno()

void WRITE_NC_osetno

(

int

Inum

)

writes length compensation number

Parameters

[in]

Inum

length compensation number

PCALL(WRITE_NC_osetno,numcorlg);    {mise a jour pour lcn..}

WRITE_NC_osetno_dia()

void WRITE_NC_osetno_dia

(

int

Inum

)

writes diameter compensation number

Parameters

[in]

Inum

diameter compensation number

PCALL(READ_PART_tool,numout,numcorlg,numcordia);
PCALL(WRITE_NC_osetno_dia,numcordia);

See also

READ_PART_tool

WRITE_NC_paxis1()

void WRITE_NC_paxis1

(

double

Rval

)

writes 1st NC axis current position

Parameters

[in]

Rval

1st axis position value

PCALL(WRITE_NC_paxis1,9999);

WRITE_NC_paxis2()

void WRITE_NC_paxis2

(

double

Rval

)

writes 2nd NC axis current position

Parameters

[in]

Rval

2nd axis position value

PCALL(WRITE_NC_paxis2,9999);

WRITE_NC_paxis3()

void WRITE_NC_paxis3

(

double

Rval

)

writes 3rd NC axis current position

Parameters

[in]

Rval

3rd axis position value

PCALL(WRITE_NC_paxis3,9999);

WRITE_NC_paxis3_cycle()

void WRITE_NC_paxis3_cycle

(

double

Rval

)

writes cycles' 3rd axis position
this value is copied again on the 3rd axis before
calling hole milling procedures

Parameters

[in]

Rval

cycles' 3rd axis position value

PCALL(WRITE_NC_paxis3_cycle,rval);

See also

READ_NC_paxis3_cycle

WRITE_NC_paxis3_force()

void WRITE_NC_paxis3_force

(

)

forces writing of 3rd axis to the next OUTPUT_NC_paxis3

PCALL(WRITE_NC_paxis3_force);

WRITE_NC_plane_origin()

void WRITE_NC_plane_origin	(	double	Rx,
		double	Ry,
		double	Rz )

add offset to origin values :
- mixing origin numbers with offset values
- coordinates offset for "relative+dec" planes

Parameters

[in]	Rx	offset value in X (old / new)
[in]	Ry	offset value in Y (old / new)
[in]	Rz	offset value in Z (old / new)

PCALL(WRITE_NC_plane_origin,100,100,100);

See also

READ_NC_origin_validate READ_PART_ori_coord

WRITE_NC_plane_rotation()

void WRITE_NC_plane_rotation

(

double

Rang

)

rotates coordinates for READ_PATH_point,...
(used with G112 on FANUC)

Version

4.5

Parameters

[in]

Rang

angle value

PCALL(WRITE_NC_plane_rotation,90);

Remarks

utile avec G112 FANUC

See also

WRITE_NC_plane_origin, WRITE_NC_init_plane

WRITE_NC_plane_translate()

void WRITE_NC_plane_translate	(	double	Rx,
		double	Ry,
		double	Rz )

Replace offset values of coordinates
useful for non concurrent rotary axes.

Version

4.4

Parameters

[in]	Rx	offset in X
[in]	Ry	offset in Y
[in]	Rz	offset in Z

PCALL(WRITE_NC_plane_translate,Rx,Ry,Rz);

WRITE_NC_pplane()

void WRITE_NC_pplane	(	double	Rval1,
		double	Rval2 )

writes 1st and 2nd NC axis current position

Parameters

[in]	Rval1	1st axis position value
[in]	Rval2	2nd axis position value

PCALL(WRITE_NC_pplane,X,Y)

See also

OUTPUT_NC_pplane, READ_NC_pplane

WRITE_NC_pplane_force()

void WRITE_NC_pplane_force

(

)

forces 1st/2nd axis writing to the next PPLAN

PCALL(WRITE_NC_pplane_force);

WRITE_NC_primary()

void WRITE_NC_primary

(

double

Rval

)

writes primary rotary axis current position

Parameters

[in]

Rval

primary rotary axis value

PCALL(WRITE_NC_primary,0.0);

See also

OUTPUT_NC_primary, WRITE_NC_secondary, READ_NC_primary

WRITE_NC_program_name()

void WRITE_NC_program_name

(

const std::string &

Str

)

writes program name (allows to read it after)

Parameters

[in]

Str

character string indicating program

PCALL(WRITE_NC_program_name,Snom);

WRITE_NC_program_no()

void WRITE_NC_program_no

(

int

Inum

)

writes program number
necessary for sub-routines numbered in relative mode

Parameters

[in]

Inum

program number

PCALL(WRITE_NC_program_no,100);

See also

READ_NC_program_no

WRITE_NC_rotation()

void WRITE_NC_rotation

(

int

Bval

)

writes spindle current rotation direction

Parameters

[in]

Bval

CONST_CCW CONST_CW CONST_BREAK

PCALL(READ_PART_rotation,sensrot);
PCALL(WRITE_NC_rotation,sensrot);

See also

READ_PART_rotation

WRITE_NC_rotation_livetool()

void WRITE_NC_rotation_livetool

(

int

Bval

)

writes spindle livetool current rotation direction for turning cycle

Version

6.09

Parameters

[in]

Bval

CONST_CCW CONST_CW CONST_BREAK

PCALL(READ_PART_rotation_livetool,sens);
PCALL(WRITE_NC_rotation_livetool,sens);

See also

READ_PART_rotation_livetool

WRITE_NC_rotprog()

void WRITE_NC_rotprog

(

int

Bval

)

writes rotary axes programming type

Parameters

[in]

Bval

CONST_ABSOLUTE CONST_RELATIVE

PCALL(WRITE_NC_rotprog,CONST_ABSOLUTE);

WRITE_NC_secondary()

void WRITE_NC_secondary

(

double

Rval

)

writes secondary rotary axis current position

Parameters

[in]

Rval

secondary rotary axis value

PCALL(READ_NC_secondary,angle);
PCALL(WRITE_NC_secondary,angle);

See also

OUTPUT_NC_secondary, WRITE_NC_primary, READ_NC_secondary

WRITE_NC_spindle()

void WRITE_NC_spindle	(	double	Rval,
		int	Bunite,
		int	Igamme )

writes spindle speed in NC states

Parameters

[in]	Rval	speed value
[in]	Bunite	CONST_RPM CONST_SMM
[in]	Igamme	spindle speed range number (direct GOE)

PCALL(READ_NC_spindle,real_CurSpeed,int_CurBUnit, int_CurRange);
PCALL(WRITE_NC_spindle,real_CurSpeed,int_CurBUnit, int_CurRange);

See also

READ_NC_spindle, OUTPUT_NC_spindle

WRITE_NC_spindle_livetool()

void WRITE_NC_spindle_livetool

(

double

Rval

)

writes livetool spindle speed in NC states for turning cycle

Version

6.09

Parameters

[in]

Rval

speed value

PCALL(READ_NC_spindle_livetool,speed);
PCALL(WRITE_NC_spindle_livetool,speed);

See also

WRITE_NC_testmove()

void WRITE_NC_testmove

(

int

Bval

)

forces true TESTMOVE
useful for rotary axes outputted with OUTPUT_NC_tab

Parameters

[in]

Bval

CONST_YES

PCALL(WRITE_NC_testmove,CONST_YES);

WRITE_NC_tool_no()

void WRITE_NC_tool_no

(

int

Inum

)

writes current NC tool number

Parameters

[in]

Inum

tool number

PCALL(READ_NC_tool_no,iout);
PCALL(WRITE_NC_tool_no,iout);

See also

READ_NC_tool_no, READ_PART_tool_no

WRITE_NC_toolchgt_point()

void WRITE_NC_toolchgt_point	(	int	Itrl,
		double *	Ptchgt )

writes tool change point

Parameters

[in]	Itrl	turret number
[in]	Ptchgt	tool change point coordinates

PCALL(WRITE_NC_toolchgt_point,1,pnt);