Multi parts

Functions
void	SPI_PRC_MPM_init_process ()
	Initializes the buffer for multi part machining processes.
void	SPI_PRC_MPM_free_process ()
	Releases the buffer from multi part machining processes.
int	SPI_PRC_MPM_next_process (int *settingNb, int *cycleNb, int *processNb)
	Reads the next process.
int	SPI_PRC_MPM_previous_process (int *settingNb, int *cycleNb, int *processNb)
	Reads the previous process.
int	SPI_PRC_MPM_read_process (int settingNb, int cycleNb, int processNb)
	Loads a machining cycle into the process buffer.
void	SPI_PRC_MPM_write_seen_process (int settingNb)
	Makes a machining cycle visible.
void	SPI_PRC_MPM_write_unseen_process (int settingNb)
	Makes a machining cycle invisible.
int	SPI_PRC_MPM_get_part_information (int settingNb, int *partIdx, std::string &partName)
	Reads the part information associated with a setting.
int	SPI_MPM_export_setting_list (const std::string &dirName, const std::string &fileName)
	Generates an XML file listing all the fixtures and their positions as well as the 3D files of the parts.

Detailed Description

Multi parts management

Function Documentation

SPI_MPM_export_setting_list()

int SPI_MPM_export_setting_list	(	const std::string &	dirName,
		const std::string &	fileName )

Generates an XML file listing all the fixtures and their positions as well as the 3D files of the parts.

Version

6.02

Parameters

[in]	dirName	export directory
[in]	fileName	name of the XML file to generate

Returns

SPI_YES if Ok | SPI_NO if error

ier := ICALL(SPI_MPM_export_setting_list,"C:\tmp","settings.xml");

SPI_PRC_MPM_free_process()

void SPI_PRC_MPM_free_process

(

)

Releases the buffer from multi part machining processes.

Version

6.02

PCALL(SPI_PRC_MPM_free_process);

SPI_PRC_MPM_get_part_information()

int SPI_PRC_MPM_get_part_information	(	int	settingNb,
		int *	partIdx,
		std::string &	partName )

Reads the part information associated with a setting.

Version

6.02

Parameters

[in]	settingNb	setting number
[out]	partIdx	part index (P1, P2, ...)
[out]	partName	name of the part

ier := ICALL(SPI_PRC_MPM_get_part_information,1,index,name);

SPI_PRC_MPM_init_process()

void SPI_PRC_MPM_init_process

(

)

Initializes the buffer for multi part machining processes.

Version

6.02

PCALL(SPI_PRC_MPM_init_process);

SPI_PRC_MPM_next_process()

int SPI_PRC_MPM_next_process	(	int *	settingNb,
		int *	cycleNb,
		int *	processNb )

Reads the next process.

Version

6.02

Parameters

[in,out]	settingNb	input : setting number, output : next setting number
[in,out]	cycleNb	input : cycle number, output : next cycle number
[in,out]	processNb	input : process number, output : next process number

Returns

SPI_YES if Ok | SPI_NO if error

Remarks

Since version 4.5 reads all cycles without taking account of set or batch states
To find out if the cycle is active or not, use before if necessary:
PCALL(SPI_PRC_read_boolean_tec_process,BC_VALIDITE_SET,valid);
PCALL(SPI_PRC_read_boolean_tec_process,BC_VALIDITE_BATCH,valid);

nopsg := 0;
nocyc := 0;
nopro := 0;
ier := ICALL(SPI_PRC_MPM_next_process,nopsg,nocyc,nopro);

SPI_PRC_MPM_previous_process()

int SPI_PRC_MPM_previous_process	(	int *	settingNb,
		int *	cycleNb,
		int *	processNb )

Reads the previous process.

Version

6.02

Parameters

[in,out]	settingNb	input : setting number, output : previous setting number
[in,out]	cycleNb	input : cycle number, output : previous cycle number
[in,out]	processNb	input : process number, output : previous process number

Returns

SPI_YES if Ok | SPI_NO if error

Remarks

Since version 4.5 reads all cycles without taking account of set or batch states
To find out if the cycle is active or not, use before if necessary:
PCALL(SPI_PRC_read_boolean_tec_process,BC_VALIDITE_SET,valid);
PCALL(SPI_PRC_read_boolean_tec_process,BC_VALIDITE_BATCH,valid);

nopsg := 2;
nocyc := 5;
nopro := 0;
ier := ICALL(SPI_PRC_MPM_previous_process,nopsg,nocyc,nopro);

SPI_PRC_MPM_read_process()

int SPI_PRC_MPM_read_process	(	int	settingNb,
		int	cycleNb,
		int	processNb )

Loads a machining cycle into the process buffer.

Version

6.02

Parameters

[in]	settingNb	setting number
[in]	cycleNb	cycle number
[in]	processNb	process number

Returns

SPI_YES if Ok | SPI_NO if error

Remarks

After calling this function, it is possible to use SPI_PRC_read_ (integer, boolean, real, string) _tec_process to read information on the machining cycle
Do not forget to initialize the process at the beginning and to release it at the end

ier := ICALL(SPI_PRC_MPM_read_process,1,1,1);

See also

SPI_PRC_MPM_init_process, SPI_PRC_MPM_free_process

SPI_PRC_MPM_write_seen_process()

void SPI_PRC_MPM_write_seen_process

(

int

settingNb

)

Makes a machining cycle visible.

Version

6.02

Parameters

[in]

settingNb

setting number

PCALL(SPI_PRC_MPM_write_seen_process,1);

SPI_PRC_MPM_write_unseen_process()

void SPI_PRC_MPM_write_unseen_process

(

int

settingNb

)

Makes a machining cycle invisible.

Version

6.02

Parameters

[in]

settingNb

setting number

PCALL(SPI_PRC_MPM_write_unseen_process,1);