Shared functions

Functions
void	ecycANNUL_ORIGINE ()
	Reset origine offset ( 0 GO2cam is now the origine )
void	ecycDECAL_ORIGINE (double *pt, double angle)
	Write origine offset.
void	ecycTRA_APPROCHE (double *point)
	Create an approach toolpath.
void	ecycTRA_COMMENTAIRE (const std::string &txt)
	Write a comment for the following toolpath.
void	ecycTRA_FCT (double *point, int ival, double *elt)
	Create a technological function (stop,..)
void	ecycTRA_RAPIDE (double *point)
	Create a rapid toolpath.
void	ecycTRA_RETOUR (double *point)
	Create a return toolpath.
void	ecycVALB_TECHNO (int btype, int bval)
	Write a boolean in the current Technology/Tool.
void	ecycVALE_TECHNO (int btype, int ival)
	Write an integer in the current Technology/Tool.
void	ecycVALR_TECHNO (int btype, double rval)
	Write a real in the current Technology/Tool.
void	ecycVALS_TECHNO (int btype, const std::string &sval)
	Write a string in the current Technology/Tool.
void	lcycINDICE_POINT (int *ind)
	Read index of the current point.
void	lcycNOMBRE_POINT (int *nb)
	Read points number.
void	lcycPOINT (double *pt)
	Read point coordinates.
void	lcycPREMIER_POINT (int *is_first)
	Read if the current point is the first one.
void	lcycVALB_TECHNO (int btype, int *bval)
	Read a boolean from the current Technology / Tool.
void	lcycVALE_TECHNO (int btype, int *ival)
	Read an integer from the current Technology / Tool.
void	lcycVALR_TECHNO (int btype, double *rval)
	Read a real from the current Technology / Tool.
void	lcycVALS_TECHNO (int btype, std::string &sval)
	Read a string from the current Technology / Tool.

Detailed Description

Shared functions

Function Documentation

ecycANNUL_ORIGINE()

void ecycANNUL_ORIGINE

(

)

Reset origine offset ( 0 GO2cam is now the origine )

PCALL(ecycANNUL_ORIGINE);

See also

ecycDECAL_ORIGINE

ecycDECAL_ORIGINE()

void ecycDECAL_ORIGINE	(	double *	pt,
		double	angle )

Write origine offset.

Parameters

[in]	pt	New origine point
[in]	angle	Rotation (angle in radian)

Remarks

Allows to calculate a toolpath from 0 with angle=0
Usefull if you don't want to use cosinus, ..

PCALL(ecycDECAL_ORIGINE,pt,angle);

See also

ecycANNUL_ORIGINE

ecycTRA_APPROCHE()

void ecycTRA_APPROCHE

(

double *

point

)

Create an approach toolpath.

Parameters

[in]

point

Approach point coordinates

Remarks

Coordinates depend on the origine. To create several approach point, use
several times ecycTRA_RAPIDE before ecycTRA_APPROCHE.

PCALL(ecycTRA_APPROCHE,pt_app);

See also

ecycDECAL_ORIGINE, ecycANNUL_ORIGINE

ecycTRA_COMMENTAIRE()

void ecycTRA_COMMENTAIRE

(

const std::string &

txt

)

Write a comment for the following toolpath.

Version

4.3

Parameters

[in]

txt

Comment to write

Remarks

This function is to be used before the creation of the toolpath.
The comment is memorised and used at the next toolpath creation
(ecycTRA_RAPIDE,..) and then initialised

PCALL (ecycTRA_COMMENTAIRE,'Test Comment 1');
PCALL (ecycTRA_SEGMENT,pt1,pt2); { with comment }
PCALL (ecycTRA_SEGMENT,pt3,pt4); { without Comment }
PCALL (ecycTRA_COMMENTAIRE,'Test Comment 2');
PCALL (ecycTRA_SEGMENT,pt1,pt2); { without comment }

See also

ecycTRA_SEGMENT

ecycTRA_FCT()

void ecycTRA_FCT	(	double *	point,
		int	ival,
		double *	elt )

Create a technological function (stop,..)

Parameters

[in]	point	Location point of the function
[in]	ival	technology type (DPP_STOP, ...)
[in]	elt	9 reals array

Remarks

Functions located on a point (approach,..) must be created AFTER the
point (ecycTRA_APPROCHE).

PCALL(ecycTRA_FCT,pt,DPP_STOP,tab9);

ecycTRA_RAPIDE()

void ecycTRA_RAPIDE

(

double *

point

)

Create a rapid toolpath.

Parameters

[in]

point

Rapid point coordinates

Remarks

Coordinates depend on the origine. This function MUST be located BEFORE
ecycTRA_APPROCHE or AFTER ecycTRA_RETOUR

PCALL(ecycTRA_RAPIDE,pt_rap);

See also

ecycDECAL_ORIGINE, ecycANNUL_ORIGINE

ecycTRA_RETOUR()

void ecycTRA_RETOUR

(

double *

point

)

Create a return toolpath.

Parameters

[in]

point

Return point coordinates

Remarks

Coordinates depend on the origine. To create several return point, use
several times ecycTRA_RAPIDE after ecycTRA_RETOUR.

PCALL(ecycTRA_RETOUR,pt_ret);

See also

ecycDECAL_ORIGINE, ecycANNUL_ORIGINE

ecycVALB_TECHNO()

void ecycVALB_TECHNO	(	int	btype,
		int	bval )

Write a boolean in the current Technology/Tool.

Version

4.4

Parameters

[in]	btype	Field name to write in (BTT_DECALAGE..)
[in]	bval	boolean value to write

PCALL(ecycVALE_TECHNO ,ETT_CORRECTEUR_RAYON,2);

ecycVALE_TECHNO()

void ecycVALE_TECHNO	(	int	btype,
		int	ival )

Write an integer in the current Technology/Tool.

Version

4.4

Parameters

[in]	btype	Field name to write in (ETT_CORRECTEUR_RAYON..)
[in]	ival	Integer value to write

PCALL(ecycVALE_TECHNO ,ETT_CORRECTEUR_RAYON,2);

ecycVALR_TECHNO()

void ecycVALR_TECHNO	(	int	btype,
		double	rval )

Write a real in the current Technology/Tool.

Version

4.4

Parameters

[in]	btype	Field name to write in (RTT_DIAMETRE..)
[in]	rval	real value to write

PCALL(ecycVALR_TECHNO,RO_DIAMETRE,20);

ecycVALS_TECHNO()

void ecycVALS_TECHNO	(	int	btype,
		const std::string &	sval )

Write a string in the current Technology/Tool.

Version

4.4

Parameters

[in]	btype	Field name to write in (ST_NOM_OUTIL..)
[in]	sval	string value to write

PCALL(ecycVALS_TECHNO,SO_REFERENCE,'ref');

lcycINDICE_POINT()

void lcycINDICE_POINT

(

int *

ind

)

Read index of the current point.

Version

4.4

Parameters

[out]

ind

Point index

PCALL(lcycINDICE_POINT,ind);

lcycNOMBRE_POINT()

void lcycNOMBRE_POINT

(

int *

nb

)

Read points number.

Version

4.4

Parameters

[out]

nb

Points number

PCALL(lcycNOMBRE_POINT,nb);

lcycPOINT()

void lcycPOINT

(

double *

pt

)

Read point coordinates.

Parameters

[out]

pt

Point coordinates (X,Y,Z)

PCALL(lcycPOINT,pt);

lcycPREMIER_POINT()

void lcycPREMIER_POINT

(

int *

is_first

)

Read if the current point is the first one.

Version

4.4

Parameters

[out]

is_first

SPI_YES First Point | SPI_NO Others points

Remarks

Allows to create differenty hole on the first point.

PCALL(lcycPREMIER_POINT,is_first);

lcycVALB_TECHNO()

void lcycVALB_TECHNO	(	int	btype,
		int *	bval )

Read a boolean from the current Technology / Tool.

Version

4.4

Parameters

[in]	btype	Field name to read ( BTT_DECALAGE,..)
[out]	bval	boolean value read

PCALL(lcycVALB_TECHNO,BTT_DECALAGE,ival);

See also

lcycSELECT_CYCLE

lcycVALE_TECHNO()

void lcycVALE_TECHNO	(	int	btype,
		int *	ival )

Read an integer from the current Technology / Tool.

Version

4.4

Parameters

[in]	btype	Field name to read ( ETT_CORRECTEUR_RAYON,..)
[out]	ival	Integer value read

PCALL(lcycVALE_TECHNO,ETT_CORRECTEUR_RAYON,ival);

See also

lcycSELECT_CYCLE

lcycVALR_TECHNO()

void lcycVALR_TECHNO	(	int	btype,
		double *	rval )

Read a real from the current Technology / Tool.

Version

4.4

Parameters

[in]	btype	Field name to read ( RTT_DIAMETRE,..)
[out]	rval	real value read

PCALL( lcycVALR_TECHNO,RTT_ANGLE_APPROCHE,angle);

lcycVALS_TECHNO()

void lcycVALS_TECHNO	(	int	btype,
		std::string &	sval )

Read a string from the current Technology / Tool.

Version

4.4

Parameters

[in]	btype	Field name to read ( ST_NOM_OUTIL,..)
[out]	sval	string value read

PCALL(lcycVALS_TECHNO,ST_NOM_OUTIL,nomout);

See also

lcycSELECT_CYCLE