READ_NC

Functions
void	READ_NC_block_nb (double *Rval)
	read number of punched lines
void	READ_NC_block_no (int *Inum)
	read block number for current buffer
void	READ_NC_block_optional (int *Bval)
	read if optional blocks activated or not
void	READ_NC_character_nb (double *Rval)
	read number of punched characters
void	READ_NC_coolant (int *Inum)
	read current coolant number
void	READ_NC_cutcom (int *Bval)
	read current radius compensation dimension
void	READ_NC_feed (double *Rval, int *Bunit)
	read current feed rate
void	READ_NC_format_block (int *Inum)
	read current format type for ecritB
void	READ_NC_format_comment (int *Inum)
	read current format number ECR_COM
void	READ_NC_g (int *Icode, int *Bactif)
	reads value and activates G group
void	READ_NC_key (const std::string &Sclef, double *Rval, int *Bactif)
	reads value and activates (y/n) concerned key
void	READ_NC_key_axis1 (std::string &Sclef)
	read 1st NC axis key according to INIT_PLAN
void	READ_NC_key_axis2 (std::string &Sclef)
	read 2nd NC axis key according to INIT_PLAN
void	READ_NC_key_axis3 (std::string &Sclef)
	read 3rd NC axis key according to INIT_PLAN
void	READ_NC_key_primary (std::string &Sclef)
	read NC primary axis key
void	READ_NC_key_secondary (std::string &Sclef)
	read NC secondary axis key
void	READ_NC_linprog (int *Bval)
	read linear axes programming type
void	READ_NC_m (int *Icode, int *Bactif)
	reads value and activates M group
void	READ_NC_machining_length (double *Rval)
	read machined length (mm)
void	READ_NC_origin_coord (double *Rval1, double *Rval2, double *Rval3)
	read current NC offset values
void	READ_NC_origin_no (int *Inum)
	read NC origin number previously memorized
void	READ_NC_origin_validate (int Inumgoe, int *Inumpp)
	origin numbers management when their utilization is combined with programs offsets utilization.
void	READ_NC_osetno (int *Inum)
	read length compensation number
void	READ_NC_osetno_dia (int *Inum)
	read diameter compensation number
void	READ_NC_pax3 (double *Rval)
	read 3rd NC axis current position in Milling PROCEDURE Rapg80, It will help you remember the bottom point
void	READ_NC_paxis1 (double *Rval)
	read 1st NC axis current position
void	READ_NC_paxis2 (double *Rval)
	read 2nd NC axis current position
void	READ_NC_paxis3_cycle (double *Rval)
	read 3rd NC axis current position on point to pointe cycles (Drilling,...). It's only a memorized value in Milling PROCEDURE Rapg80, It will help you remember the entry point.
void	READ_NC_plane_no (int *Inum)
	read current .DPP plane number
void	READ_NC_position_old (double *Pt)
	read previous 3 axes position
void	READ_NC_pplane (double *Rval1, double *Rval2)
	read 1st and 2nd NC axes current position
void	READ_NC_primary (double *Rval)
	read primary rotary axis current position
void	READ_NC_program_name (std::string &Str)
	read program name
void	READ_NC_program_no (int *Inum)
	read program number
void	READ_NC_rotation (int *Bsens)
	read current spindle rotation direction
void	READ_NC_rotation_livetool (int *Bsens)
	read current livetool direction on turning cycle
void	READ_NC_rotprog (int *Bval)
	read rotary axes programming type
void	READ_NC_secondary (double *Rval)
	read NC secondary rotary axis position
void	READ_NC_speed (double *Rval)
	read NC spindle speed. The real value is possibly restored, according to the Code
void	READ_NC_spindle (double *Rval, int *Bunite, int *Igamme)
	read current NC spindle
void	READ_NC_spindle_livetool (double *Rval)
	read current NC spindle livetool on turning cycle
void	READ_NC_tool_no (int *Inum)
	read NC current tool number
void	READ_NC_toolchgt_point (int Itrl, double *Ptchgt)
	read tool change point

Detailed Description

Read current NC states

Function Documentation

READ_NC_block_nb()

void READ_NC_block_nb

(

double *

Rval

)

read number of punched lines

Parameters

[out]

Rval

number

PCALL(READ_NC_block_nb,int_nbLine);

READ_NC_block_no()

void READ_NC_block_no

(

int *

Inum

)

read block number for current buffer

Parameters

[out]

Inum

number of next punchb() block

PCALL(READ_NC_block_no,int_block_no);

See also

WRITE_NC_block_no

READ_NC_block_optional()

void READ_NC_block_optional

(

int *

Bval

)

read if optional blocks activated or not

Parameters

[out]

Bval

CONST_YES CONST_NO

PCALL(READ_NC_block_optional,val);

See also

WRITE_NC_block_optional

READ_NC_character_nb()

void READ_NC_character_nb

(

double *

Rval

)

read number of punched characters

Parameters

[out]

Rval

number

PCALL(READ_NC_character_nb,real_character_nb);

READ_NC_coolant()

void READ_NC_coolant

(

int *

Inum

)

read current coolant number

Parameters

[out]

Inum

current coolant number

PCALL(READ_NC_coolant,currentCoolant);

READ_NC_cutcom()

void READ_NC_cutcom

(

int *

Bval

)

read current radius compensation dimension

Parameters

[out]

Bval

CONST_RIGHT CONST_LEFT CONST_CENTER

PCALL(READ_NC_cutcom,currentCompensation);

See also

OUTPUT_NC_cutcom, READ_PATH_cutcom

READ_NC_feed()

void READ_NC_feed	(	double *	Rval,
		int *	Bunit )

read current feed rate

Parameters

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

PCALL(READ_NC_feed,real_CurrentFeed, int_BUnitRead);

See also

OUTPUT_NC_feed, WRITE_NC_feed, READ_PATH_feed

READ_NC_format_block()

void READ_NC_format_block

(

int *

Inum

)

read current format type for ecritB

Parameters

[out]

Inum

current format number

PCALL(READ_NC_FORMAT_BLOCK,int_currentFormat);

See also

WRITE_NC_comment_format, ECRITB, PUNCHB

READ_NC_format_comment()

void READ_NC_format_comment

(

int *

Inum

)

read current format number ECR_COM

Parameters

[out]

Inum

current format number

PCALL(READ_NC_format_comment,int_currentFormat);

See also

WRITE_NC_comment_format

READ_NC_g()

void READ_NC_g	(	int *	Icode,
		int *	Bactif )

reads value and activates G group

Parameters

[in,out]	Icode	G belonging to group (in) Icode G group current value (out)
[out]	Bactif	CONST_YES CONST_NO

PCALL(READ_NC_G,int_GCode,int_Active);

See also

OUTPUT_NC_g, WRITE_NC_g, WRITE_NC_g_force

READ_NC_key()

void READ_NC_key	(	const std::string &	Sclef,
		double *	Rval,
		int *	Bactif )

reads value and activates (y/n) concerned key

Parameters

[in]	Sclef	string identifying the key
[out]	Rval	numerical value
[out]	Bactif	CONST_YES CONST_NO

PCALL(READ_NC_key,'T',out_prec,isactif);

See also

OUTPUT_NC_tab, WRITE_NC_key

READ_NC_key_axis1()

void READ_NC_key_axis1

(

std::string &

Sclef

)

read 1st NC axis key according to INIT_PLAN

Parameters

[out]

Sclef

string identifying the key

PCALL(READ_NC_key_axis1,str_Ax1Key);

READ_NC_key_axis2()

void READ_NC_key_axis2

(

std::string &

Sclef

)

read 2nd NC axis key according to INIT_PLAN

Parameters

[out]

Sclef

string identifying the key

PCALL(READ_NC_key_axis2,str_Ax2Key);

READ_NC_key_axis3()

void READ_NC_key_axis3

(

std::string &

Sclef

)

read 3rd NC axis key according to INIT_PLAN

Parameters

[out]

Sclef

string identifying the key

PCALL(READ_NC_key_axis3,str_Ax3Key);

READ_NC_key_primary()

void READ_NC_key_primary

(

std::string &

Sclef

)

read NC primary axis key

Parameters

[out]

Sclef

string identifying the key

PCALL(READ_NC_key_primary,str_PrimaryKey);

READ_NC_key_secondary()

void READ_NC_key_secondary

(

std::string &

Sclef

)

read NC secondary axis key

Parameters

[out]

Sclef

string identifying the key

PCALL(READ_NC_key_secondary,str_SecondaryKey);

READ_NC_linprog()

void READ_NC_linprog

(

int *

Bval

)

read linear axes programming type

Parameters

[out]

Bval

CONST_ABSOLUTE CONST_RELATIVE

PCALL(READ_NC_linprog,int_linetype);

See also

WRITE_NC_linprog

READ_NC_m()

void READ_NC_m	(	int *	Icode,
		int *	Bactif )

reads value and activates M group

Parameters

[in,out]	Icode	M belonging to group (in) Icode M group current value (out)
[out]	Bactif	CONST_YES CONST_NO

PCALL(READ_NC_m,Mval,Bactif);

See also

OUTPUT_NC_m, WRITE_NC_m, WRITE_NC_m_force

READ_NC_machining_length()

void READ_NC_machining_length

(

double *

Rval

)

read machined length (mm)

Parameters

[out]

Rval

length

Remarks

At PP_END, total machining length is obtained
At FILE_END, the length of the last external
subprogram is obtained if it exists, else idem PP_END

PCALL(READ_NC_machining_length,real_length);

READ_NC_origin_coord()

void READ_NC_origin_coord	(	double *	Rval1,
		double *	Rval2,
		double *	Rval3 )

read current NC offset values

Parameters

[out]	Rval1	value on 1st axis
[out]	Rval2	value on 2nd axis
[out]	Rval3	value on 3rd axis

PCALL(READ_NC_ORIGIN_COORD,currentX,currentY,currentZ);

See also

WRITE_NC_origin_coord, READ_PART_ori_coord

READ_NC_origin_no()

void READ_NC_origin_no

(

int *

Inum

)

read NC origin number previously memorized

Parameters

[out]

Inum

origin number

PCALL(READ_NC_origin_no,int_origin_no);

See also

WRITE_NC_origin_no, READ_PART_origin_no

READ_NC_origin_validate()

void READ_NC_origin_validate	(	int	Inumgoe,
		int *	Inumpp )

origin numbers management when their utilization is
combined with programs offsets utilization.

Parameters

[out]	Inumgoe	origin number of READ_PART_origin_no (cumul SPG,PLANS)
[out]	&Inumpp	PP origin number (for each added origin)

PCALL(READ_NC_origin_validate,origin_number,origine_PP);

See also

WRITE_NC_plane_origin READ_PART_origin_no READ_PART_plane_ori_no

READ_NC_osetno()

void READ_NC_osetno

(

int *

Inum

)

read length compensation number

Parameters

[out]

Inum

length compensation number

PCALL(READ_NC_osetno,int_length_compensation);

See also

WRITE_NC_osetno_dia

READ_NC_osetno_dia()

void READ_NC_osetno_dia

(

int *

Inum

)

read diameter compensation number

Parameters

[out]

Inum

diameter compensation number

PCALL(READ_NC_osetno_dia,int_diameter_compensation);

See also

WRITE_NC_osetno_dia

READ_NC_pax3()

void READ_NC_pax3

(

double *

Rval

)

read 3rd NC axis current position
in Milling PROCEDURE Rapg80, It will help you remember the bottom point

Parameters

[out]

Rval

3rd axis position value

PCALL(READ_NC_pax3,rval3);

See also

OUTPUT_NC_paxis3, READ_PATH_point, WRITE_NC_paxis3

READ_NC_paxis1()

void READ_NC_paxis1

(

double *

Rval

)

read 1st NC axis current position

Parameters

[out]

Rval

1st axis position value

PCALL(READ_NC_paxis1,rval1);

See also

OUTPUT_NC_paxis1, READ_PATH_point, WRITE_NC_paxis1

READ_NC_paxis2()

void READ_NC_paxis2

(

double *

Rval

)

read 2nd NC axis current position

Parameters

[out]

Rval

2nd axis position value

PCALL(READ_NC_paxis2,rval2);

See also

OUTPUT_NC_paxis2, READ_PATH_point, WRITE_NC_paxis2

READ_NC_paxis3_cycle()

void READ_NC_paxis3_cycle

(

double *

Rval

)

read 3rd NC axis current position on point to pointe cycles (Drilling,...).
It's only a memorized value
in Milling PROCEDURE Rapg80, It will help you remember the entry point.

Parameters

[out]

Rval

value

PCALL(READ_NC_paxis3_cycle,rval);

See also

WRITE_NC_paxis3_cycle

READ_NC_plane_no()

void READ_NC_plane_no

(

int *

Inum

)

read current .DPP plane number

Parameters

[out]

Inum

current .DPP plane number (WRITE_NC_init_plane)

PCALL(READ_NC_plane_no,int_plane_no);

See also

WRITE_NC_init_plane

READ_NC_position_old()

void READ_NC_position_old

(

double *

Pt

)

read previous 3 axes position

Parameters

[out]

Pt

previous position coordinates

PCALL(READ_NC_position_old,pnt_position_old);

READ_NC_pplane()

void READ_NC_pplane	(	double *	Rval1,
		double *	Rval2 )

read 1st and 2nd NC axes current position

Parameters

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

PCALL(READ_NC_pplane,Rval1,Rval2);

See also

OUTPUT_NC_pplane, WRITE_NC_pplane, READ_NC_pax3

READ_NC_primary()

void READ_NC_primary

(

double *

Rval

)

read primary rotary axis current position

Parameters

[out]

Rval

primary rotary axis value

PCALL(READ_NC_primary,a1);

See also

WRITE_NC_primary, OUTPUT_NC_primary

READ_NC_program_name()

void READ_NC_program_name

(

std::string &

Str

)

read program name

Parameters

[out]

Str

character string indicating program

PCALL(READ_NC_program_name,str_program_name);

See also

WRITE_NC_program_name

READ_NC_program_no()

void READ_NC_program_no

(

int *

Inum

)

read program number

Parameters

[out]

Inum

number

PCALL(READ_NC_program_no,numprog);

See also

WRITE_NC_program_no

READ_NC_rotation()

void READ_NC_rotation

(

int *

Bsens

)

read current spindle rotation direction

Parameters

[out]

Bsens

CONST_CCW CONST_CW CONST_BREAK

PCALL(READ_NC_rotation,Bsens);

See also

OUTPUT_NC_rotation, WRITE_NC_rotation

READ_NC_rotation_livetool()

void READ_NC_rotation_livetool

(

int *

Bsens

)

read current livetool direction on turning cycle

Version

6.09

Parameters

[out]

Bsens

CONST_CCW CONST_CW CONST_BREAK

PCALL(READ_NC_rotation_livetool,Bsens);

READ_NC_rotprog()

void READ_NC_rotprog

(

int *

Bval

)

read rotary axes programming type

Parameters

[out]

Bval

CONST_ABSOLUTE CONST_RELATIVE

PCALL(READ_NC_rotprog,int_Rottype);

See also

WRITE_NC_rotprog

READ_NC_secondary()

void READ_NC_secondary

(

double *

Rval

)

read NC secondary rotary axis position

Parameters

[out]

Rval

secondary rotary axis value

PCALL(READ_NC_secondary,a2);

See also

OUTPUT_NC_secondary, OUTPUT_NC_secondary

READ_NC_speed()

void READ_NC_speed

(

double *

Rval

)

read NC spindle speed.
The real value is possibly restored, according to the Code

Version

4.5

Parameters

[out]

Rval

speed value (0. if in CCS)

PCALL(READ_NC_speed,real_speed);

READ_NC_spindle()

void READ_NC_spindle	(	double *	Rval,
		int *	Bunite,
		int *	Igamme )

read current NC spindle

Parameters

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

PCALL(READ_NC_spindle,real_CurSpeed,int_CurBUnit, int_CurRange);

See also

OUTPUT_NC_spindle

READ_NC_spindle_livetool()

void READ_NC_spindle_livetool

(

double *

Rval

)

read current NC spindle livetool on turning cycle

Version

6.09

Parameters

[out]

Rval

speed value

PCALL(READ_NC_spindle_livetool,real_spindle_livetool);

READ_NC_tool_no()

void READ_NC_tool_no

(

int *

Inum

)

read NC current tool number

Parameters

[out]

Inum

tool number

PCALL(READ_NC_tool_no,numout_p);

See also

WRITE_NC_tool_no

READ_NC_toolchgt_point()

void READ_NC_toolchgt_point	(	int	Itrl,
		double *	Ptchgt )

read tool change point

Parameters

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

PCALL(READ_NC_toolchgt_point,int_turretno,real_toolchgt_point);

See also

WRITE_NC_toolchgt_point