PP67_MILL.LIB

Topics
	GPP Calls

Functions
PROCEDURE	ActivePlane ()
	Active the GPP plane.
PROCEDURE	Approach3AxisBegin ()
	To do a treatment before each GPP call of Approach_3Axis.
PROCEDURE	Approach3AxisEnd ()
	To do a treatment after each GPP call of Approach_3Axis.
PROCEDURE	ApproachPerpBegin ()
	To do a treatment before each GPP call of Approach_Perp.
PROCEDURE	ApproachPerpEnd ()
	To do a treatment after each GPP call of Approach_Perp.
PROCEDURE	ApproachPlaneBegin ()
	To do a treatment before each GPP call of Approach_Plane.
PROCEDURE	ApproachPlaneEnd ()
	To do a treatment after each GPP call of Approach_Plane.
PROCEDURE	ChangeDiameterOffset ()
	Treat the diameter offset change.
PROCEDURE	ChangeLengthOffset ()
	Treat the length offest changement.
PROCEDURE	CircleBegin ()
	To do a treatment before each GPP call of Circle.
PROCEDURE	CircleBlock1 ()
	First block for a circular movement.
PROCEDURE	CircleBlock2 ()
	Second block for a circular movement.
PROCEDURE	CircleEnd ()
	To do a treatment after each GPP call of Circle.
PROCEDURE	DecodeFeedParam (int_CodeFeed :INTEGER, VAR str_FeedParam :TC255)
	Format the variable for parametric feed.
PROCEDURE	FeedCalculate (VAR real_Feed :REAL, VAR int_BUnit :INTEGER)
PROCEDURE	InitDatVariables ()
	Initialize the user variables usable in the .dat file.
PROCEDURE	InitGPP ()
	Initialization of GPP.
PROCEDURE	InitGPPNC ()
	Initialize the GPP parameters that depend of NC controller.
PROCEDURE	InitOperation ()
	Initialize to do at the begin of operation.
PROCEDURE	InitPlane (VAR int_NumPlane:INTEGER)
	Initialise the number of plane.
PROCEDURE	InitSubOperation ()
	Initialize to do at the begin of sub operation.
BOOLEAN FUNCTION	IsContinuousWork () BOOLEAN
	Return true if the operation is a 5 axis continuous.
BOOLEAN FUNCTION	IsDevZPlane () BOOLEAN
	Test if the machining plane is a developped around Z plane.
BOOLEAN FUNCTION	IsDrillingWithInvert () BOOLEAN
	Test if the cycle is a driliing cycle with the parameter invert set to true.
BOOLEAN FUNCTION	IsOutputPlane () BOOLEAN
	Test if the plane will be output.
BOOLEAN FUNCTION	IsOutputToolChange () BOOLEAN
	Test if the tool change will be output.
BOOLEAN FUNCTION	IsTiltedPlane () BOOLEAN
	Test if the machining plane is a tilted plane.
BOOLEAN FUNCTION	IsXYPlane () BOOLEAN
	Test if the machining plane is on XY plane.
BOOLEAN FUNCTION	IsXZPlane () BOOLEAN
	Test if the machining plane is on XZ plane.
BOOLEAN FUNCTION	IsYZPlane () BOOLEAN
	Test if the machining plane is on YZ plane.
PROCEDURE	LineBegin ()
	To do a treatment before each GPP call of Line.
PROCEDURE	LineDiameterOffsetBegin ()
	To do a treatment before each GPP call of Line_Diameter_Offset.
PROCEDURE	LineDiameterOffsetEnd ()
	To do a treatment after each GPP call of Line_Diameter_Offset.
PROCEDURE	LineEnd ()
	To do a treatment after each GPP call of Line.
PROCEDURE	LockPrimaryAxis ()
	Output the code to lock the primary axis.
PROCEDURE	LockSecondaryAxis ()
	Output the code to lock the secondary axis.
PROCEDURE	MoveAll (int_IsPPlan, int_IsPax3:INTEGER)
	Output a movement for all axes at the same time.
PROCEDURE	MovePlan ()
	Output a movement for the first and second axes for the selected plan.
PROCEDURE	MovePlunge ()
	Output a movement for the third axis of selected plan.
PROCEDURE	MovePlungeContinuousWork ()
	Output movement of the third axis in the selected plan for a 5 axis continuous operation.
PROCEDURE	OutputDegFixedBlock ()
	Output fixed block defined in the machine when a plane change occurs.
PROCEDURE	OutputFeedParam ()
	Output the list of parameter for feed at the begin of operation.
PROCEDURE	OutputLineFeedParam (real_Feed :REAL, str_Param :TC255)
	Output the line to init the feed variable in the program.
PROCEDURE	OutputNCCoolant (int_Coolant :INTEGER)
	Output th coolant.
PROCEDURE	OutputNCCutcom (int_BDiaOffset :INTEGER)
	Output the radius compensation code.
PROCEDURE	OutputNCFeed (real_Feed :REAL, int_BUnit :INTEGER)
	Output the feed.
PROCEDURE	OutputNCG1 ()
	Output the working code.
PROCEDURE	OutputNCG2 ()
	Output the interpolation clocwise code.
PROCEDURE	OutputNCG3 ()
	Output the interpolation counter clocwise code.
PROCEDURE	OutputNCLengthOffset (int_OffsetNo :INTEGER)
	Output the number for the length compensation.
PROCEDURE	OutputNCPrimary (real_Angle :REAL)
	Output the movement for primary rotation axis.
PROCEDURE	OutputNCRadiusOffsetNumber (int_OffsetNo :INTEGER)
	Output the number for the radius compensation.
PROCEDURE	OutputNCRapid ()
	Output the rapid code.
PROCEDURE	OutputNCRotation (int_BRotDir:INTEGER)
	Output the code to on or off the spindle.
PROCEDURE	OutputNCSecondary (real_Angle :REAL)
	Output the movement for secondary rotation axis.
PROCEDURE	OutputNCSpindle (real_Speed:REAL, int_BUnit, int_Range:INTEGER)
	Output the spindle speed.
PROCEDURE	ParameterBlocks (int_Line, int_Column:INTEGER)
	Display a page for fixed blocks.
PROCEDURE	ParameterBlocksInit ()
	Initialize the fixed block to empty.
PROCEDURE	ParameterBlocksStore ()
	Store the fixed block.
PROCEDURE	ParameterBlocksUpdate ()
	Update the fixed block parameter.
PROCEDURE	ParameterCustomer (int_Line, int_Column:INTEGER)
	Creation of the user frame.
PROCEDURE	ParameterCustomerInit ()
	Initialization of parameter used in the user frame.
PROCEDURE	ParameterCustomerStore ()
	Store the parameter of the user frame.
PROCEDURE	ParameterCustomerUpdate ()
	Update the parameters of user frame when one paramter is updated.
PROCEDURE	ParameterMilling (int_Line, int_Column:INTEGER)
	Creation of page for milling parameters.
PROCEDURE	ParameterMillingInit ()
	Initialization of Milling parameters.
PROCEDURE	ParameterMillingStore ()
	Store the milling parameter to use during creation of NC program.
PROCEDURE	ParameterMillingUpdate ()
	Update the parameter of the milling page when one changed.
PROCEDURE	ParameterPPStore ()
	Store the post-processor parameters of post-processor frame.
PROCEDURE	ParameterPPUpdate ()
	Update the post-processor parameters of post-processor frame.
PROCEDURE	ParameterPPValidate ()
	Initialization of PP parameter when output begin.
INTEGER FUNCTION	ParametricFeedNumber (real_Feed :REAL) INTEGER
	Return the code for a given feed to output feed with variable.
PROCEDURE	PointBegin ()
	To do a treatment before each GPP call of Point.
PROCEDURE	PointEnd ()
	To do a treatment after each GPP call of Point.
PROCEDURE	ProgramCut ()
	Cut the program and start a new.
PROCEDURE	RestoreLastBlockNum ()
	Restore the last block number memorized with StoreLastBlockNum.
PROCEDURE	Return3AxisBegin ()
	To do a treatment before each GPP call of Return_3Axis.
PROCEDURE	Return3AxisEnd ()
	To do a treatment after each GPP call of Return_3Axis.
PROCEDURE	ReturnPerpBegin ()
	To do a treatment before each GPP call of Return_Perp.
PROCEDURE	ReturnPerpEnd ()
	To do a treatment after each GPP call of Return_Perp.
PROCEDURE	ReturnPlaneBegin ()
	To do a treatment before each GPP call of Return_Plane.
PROCEDURE	ReturnPlaneEnd ()
	To do a treatment after each GPP call of Return_Plane.
PROCEDURE	SPMBegin ()
	Treatment to do at the begin of sub program.
PROCEDURE	SPMCall ()
	Treatment to do at the call of sub program.
PROCEDURE	SPMCallAdd ()
	Add 1 to the nb sub-program call.
INTEGER FUNCTION	SPMCallNb () INTEGER
	Return the number of call for sub-program.
PROCEDURE	SPMCallNbReset ()
	Reset the number of sub-program call.
PROCEDURE	SPMEnd ()
	Treatment to do at the end of sub program.
PROCEDURE	StoreLastBlockNum ()
	Memorize the last block number.
PROCEDURE	SUBBegin ()
	Treatment to do at the begin of block call.
PROCEDURE	SUBCall ()
	Treatment to do at the call of block call.
PROCEDURE	SUBEnd ()
	Treatment to do at the end of block call.
PROCEDURE	ToolChange (int_ToolNb, int_IsFirstTool :INTEGER)
	Output a tool change.
PROCEDURE	ToolPreselection (int_NextToolNb :INTEGER)
	Output the preselection of next tool.
PROCEDURE	UnlockPrimaryAxis ()
	Output the code to unlock the primary axis.
PROCEDURE	UnlockSecondaryAxis ()
	Output the code to unlock the secondary axis.
PROCEDURE	WriteBlock (int_Value :INTEGER)
	Write a fixed block that as been saved.

Detailed Description

Contains the procedures used for mill technology

Function Documentation

ActivePlane()

PROCEDURE ActivePlane

(

)

Active the GPP plane.

All the movement will be outputed according with the plane definition
The number of plane is initialize by InitPlane

ActivePlane;

Approach3AxisBegin()

PROCEDURE Approach3AxisBegin

(

)

To do a treatment before each GPP call of Approach_3Axis.

Attention

Must implemented in the Specific PostProcessor

Approach3AxisBegin;

Approach3AxisEnd()

PROCEDURE Approach3AxisEnd

(

)

To do a treatment after each GPP call of Approach_3Axis.

Attention

Must implemented in the Specific PostProcessor

Approach3AxisEnd;

ApproachPerpBegin()

PROCEDURE ApproachPerpBegin

(

)

To do a treatment before each GPP call of Approach_Perp.

Attention

Must implemented in the Specific PostProcessor

ApproachPerpBegin;

ApproachPerpEnd()

PROCEDURE ApproachPerpEnd

(

)

To do a treatment after each GPP call of Approach_Perp.

Attention

Must implemented in the Specific PostProcessor

ApproachPerpEnd;

ApproachPlaneBegin()

PROCEDURE ApproachPlaneBegin

(

)

To do a treatment before each GPP call of Approach_Plane.

Attention

Must implemented in the Specific PostProcessor

ApproachPlaneBegin;

ApproachPlaneEnd()

PROCEDURE ApproachPlaneEnd

(

)

To do a treatment after each GPP call of Approach_Plane.

Attention

Must implemented in the Specific PostProcessor

ApproachPlaneEnd;

ChangeDiameterOffset()

PROCEDURE ChangeDiameterOffset

(

)

Treat the diameter offset change.

ChangeDiameterOffset;

ChangeLengthOffset()

PROCEDURE ChangeLengthOffset

(

)

Treat the length offest changement.

ChangeLengthOffset;

CircleBegin()

PROCEDURE CircleBegin

(

)

To do a treatment before each GPP call of Circle.

Attention

Must implemented in the Specific PostProcessor

CircleBegin;

CircleBlock1()

PROCEDURE CircleBlock1

(

)

First block for a circular movement.

CircleBlock1;

See also

Circle

CircleBlock2()

PROCEDURE CircleBlock2

(

)

Second block for a circular movement.

CircleBlock2;

See also

Circle

CircleEnd()

PROCEDURE CircleEnd

(

)

To do a treatment after each GPP call of Circle.

Attention

Must implemented in the Specific PostProcessor

CircleEnd;

DecodeFeedParam()

PROCEDURE DecodeFeedParam	(	int_CodeFeed :INTEGER	,
		VAR str_FeedParam :TC255	)

Format the variable for parametric feed.

for example for Fanuc :
DecodeFeedParam(1,str_FeedParam); will init str_FeedParam to "#1"

Parameters

[in]	int_CodeFeed	: code of the feed
[out]	str_FeedParam	: string that define the variable for the CNC

Attention

Must implemented in the Specific PostProcessor

DecodeFeedParam(1,str_FeedVar);

See also

OutputFeedParam

InitDatVariables()

PROCEDURE InitDatVariables

(

)

Initialize the user variables usable in the .dat file.

Attention

Must implemented in the Specific PostProcessor

InitDatVariables;

InitGPP()

PROCEDURE InitGPP

(

)

Initialization of GPP.

Treatment to do in the GPP before generate the NC Pprogram

InitGPP;

InitGPPNC()

PROCEDURE InitGPPNC

(

)

Initialize the GPP parameters that depend of NC controller.

Attention

Must implemented in the Specific PostProcessor

InitGPPNC;

InitOperation()

PROCEDURE InitOperation

(

)

Initialize to do at the begin of operation.

Attention

Must implemented in the Specific PostProcessor

InitOperation;

InitPlane()

PROCEDURE InitPlane

(

VAR int_NumPlane:INTEGER

)

Initialise the number of plane.

It depends of the operation plane and operation type

Parameters

[out]

int_NumPlane

: Number of GPP plane

InitPlane(int_NumPlane);

See also

ActivePlane

InitSubOperation()

PROCEDURE InitSubOperation

(

)

Initialize to do at the begin of sub operation.

Attention

Must implemented in the Specific PostProcessor

InitSubOperation;

IsContinuousWork()

BOOLEAN FUNCTION IsContinuousWork

(

)

Return true if the operation is a 5 axis continuous.

Returns

True if the operation is a 5 axis continuous operation, False otherwise

IF IsContinuousWork THEN
BEGIN
    writeln('The operation is a 5 axis continuous');
END
ELSE
BEGIN
    writeln('The operation is not a 5 axis continuous');
*/

IsDevZPlane()

BOOLEAN FUNCTION IsDevZPlane

(

)

Test if the machining plane is a developped around Z plane.

Returns

True if the macining plane is a developped around Z plane, False otherwise

IF IsDevZPlane THEN
BEGIN
    writeln('The machining plane is a developped around Z plane');
END
ELSE
BEGIN
    writeln('The machining plane is not a developped around Z plane');
*/

IsDrillingWithInvert()

BOOLEAN FUNCTION IsDrillingWithInvert

(

)

Test if the cycle is a driliing cycle with the parameter invert set to true.

Version

6.8

Returns

True if the invert parameter is cheked in drilling cycle

IsOutputPlane()

BOOLEAN FUNCTION IsOutputPlane

(

)

Test if the plane will be output.

Returns

True if the plane will be outputed; False otherwise

IF IsOutputPlane THEN
BEGIN
    writeln('The plane will output');
END
ELSE
BEGIN
    writeln('The plane don't will output');
*/

IsOutputToolChange()

BOOLEAN FUNCTION IsOutputToolChange

(

)

Test if the tool change will be output.

Returns

True if the tool change will be outputed; False otherwise

IF IsOutputToolChange THEN
BEGIN
    writeln('The tool change will output');
END
ELSE
BEGIN
    writeln('The tool change don't will output');
*/

IsTiltedPlane()

BOOLEAN FUNCTION IsTiltedPlane

(

)

Test if the machining plane is a tilted plane.

Returns

True if the macining plane is a tilted plane, False otherwise

IF IsTiltedPlane THEN
BEGIN
    writeln('The machining plane is a tilted plane');
END
ELSE
BEGIN
    writeln('The machining plane is not a tilted plane');
*/

IsXYPlane()

BOOLEAN FUNCTION IsXYPlane

(

)

Test if the machining plane is on XY plane.

Returns

True if the macining plane is on XY plane, False otherwise

IF IsXYPlane THEN
BEGIN
    writeln('The machining plane is on XY plane');
END
ELSE
BEGIN
    writeln('The machining plane is not on XY plane');
*/

IsXZPlane()

BOOLEAN FUNCTION IsXZPlane

(

)

Test if the machining plane is on XZ plane.

Returns

True if the macining plane is on XZ plane, False otherwise

IF IsXZPlane THEN
BEGIN
    writeln('The machining plane is on XZ plane');
END
ELSE
BEGIN
    writeln('The machining plane is not on XZ plane');
*/

IsYZPlane()

BOOLEAN FUNCTION IsYZPlane

(

)

Test if the machining plane is on YZ plane.

Returns

True if the macining plane is on YZ plane, False otherwise

IF IsYZPlane THEN
BEGIN
    writeln('The machining plane is on YZ plane');
END
ELSE
BEGIN
    writeln('The machining plane is not on YZ plane');
*/

LineBegin()

PROCEDURE LineBegin

(

)

To do a treatment before each GPP call of Line.

Attention

Must implemented in the Specific PostProcessor

LineBegin;

LineDiameterOffsetBegin()

PROCEDURE LineDiameterOffsetBegin

(

)

To do a treatment before each GPP call of Line_Diameter_Offset.

Attention

Must implemented in the Specific PostProcessor

LineDiameterOffsetBegin;

LineDiameterOffsetEnd()

PROCEDURE LineDiameterOffsetEnd

(

)

To do a treatment after each GPP call of Line_Diameter_Offset.

Attention

Must implemented in the Specific PostProcessor

LineDiameterOffsetEnd;

LineEnd()

PROCEDURE LineEnd

(

)

To do a treatment after each GPP call of Line.

Attention

Must implemented in the Specific PostProcessor

LineEnd;

LockPrimaryAxis()

PROCEDURE LockPrimaryAxis

(

)

Output the code to lock the primary axis.

LockPrimaryAxis;

LockSecondaryAxis()

PROCEDURE LockSecondaryAxis

(

)

Output the code to lock the secondary axis.

LockSecondaryAxis;

MoveAll()

PROCEDURE MoveAll	(	int_IsPPlan	,
		int_IsPax3:INTEGER	)

Output a movement for all axes at the same time.

Move 5 axis simultenous

Parameters

[in]	int_IsPPlan	: to force first and second axes 0 : no 1 : force first axis only 2 : force second axis only 3 : force first and second axes 4 : force first and second if one of both move
[in]	int_IsPax3	: to force third axis 0 : no 1 : force third axis

MoveAll(0,0);

MovePlan()

PROCEDURE MovePlan

(

)

Output a movement for the first and second axes for the selected plan.

MovePlan;

MovePlunge()

PROCEDURE MovePlunge

(

)

Output a movement for the third axis of selected plan.

MovePlunge;

MovePlungeContinuousWork()

PROCEDURE MovePlungeContinuousWork

(

)

Output movement of the third axis in the selected plan for a 5 axis continuous operation.

Before plunge, it output the fourth and fifth axes

MovePlungeContinuousWork;

OutputDegFixedBlock()

PROCEDURE OutputDegFixedBlock

(

)

Output fixed block defined in the machine when a plane change occurs.

This procedure is called only if no kinemac is defined and a a plane change occurs

OutputFeedParam()

PROCEDURE OutputFeedParam

(

)

Output the list of parameter for feed at the begin of operation.

OutputFeedParam;

See also

DecodeFeedParam
OutputLineFeedParam

OutputLineFeedParam()

PROCEDURE OutputLineFeedParam	(	real_Feed :REAL	,
		str_Param :TC255	)

Output the line to init the feed variable in the program.

for example for fanuc this procedure should output
#1=500

Parameters

[in]	real_Feed	: feed value
[in]	str_Param	: string that define the variable name for the cnc

Attention

Must implemented in the Specific PostProcessor

OutputLineFeedParam(500,str_FeedVar);

See also

OutputFeedParam

OutputNCCoolant()

PROCEDURE OutputNCCoolant

(

int_Coolant :INTEGER

)

Output th coolant.

Parameters

[in]

int_Coolant

: Number of coolant to output Use 0 to stop coolant

OutputNCCoolant(8);

OutputNCCutcom()

PROCEDURE OutputNCCutcom

(

int_BDiaOffset :INTEGER

)

Output the radius compensation code.

Parameters

[in]

int_BDiaOffset

: Side for the compensation CONST_LEFT : left side CONST_RIGHT : right side CONST_CENTER : at the center

OutputNCCutcom(CONST_RIGHT);

OutputNCFeed()

PROCEDURE OutputNCFeed	(	real_Feed :REAL	,
		int_BUnit :INTEGER	)

Output the feed.

this procedure will treat the parameter for feed if the option is used

Parameters

[in]	real_Feed	: feed to output
[in]	int_BUnit	: unit of feed : CONST_MMPM for millimeter per minutes CONST_MMPR for millimeter per rotation

OutputNCFeed(200,CONST_MMPM);

OutputNCG1()

PROCEDURE OutputNCG1

(

)

Output the working code.

OutputNCG1;

OutputNCG2()

PROCEDURE OutputNCG2

(

)

Output the interpolation clocwise code.

OutputNCG2;

OutputNCG3()

PROCEDURE OutputNCG3

(

)

Output the interpolation counter clocwise code.

OutputNCG3;

OutputNCLengthOffset()

PROCEDURE OutputNCLengthOffset

(

int_OffsetNo :INTEGER

)

Output the number for the length compensation.

Parameters

[in]

int_OffsetNo

: number of offset

OutputNCLengthOffset(1);

OutputNCPrimary()

PROCEDURE OutputNCPrimary

(

real_Angle :REAL

)

Output the movement for primary rotation axis.

Parameters

[in]

real_Angle

: angle the primary axis must reach

OutputNCPrimary(180);

OutputNCRadiusOffsetNumber()

PROCEDURE OutputNCRadiusOffsetNumber

(

int_OffsetNo :INTEGER

)

Output the number for the radius compensation.

Parameters

[in]

int_OffsetNo

: number of offset

OutputNCRadiusOffsetNumber(1);

OutputNCRapid()

PROCEDURE OutputNCRapid

(

)

Output the rapid code.

OutputNCRapid;

OutputNCRotation()

PROCEDURE OutputNCRotation

(

int_BRotDir:INTEGER

)

Output the code to on or off the spindle.

Parameters

[in]

int_BRotDir

: Direction of rotation. CONST_CW for clockwise CONST_CCW for couter clockwise CONST_NO for stopping

OutputNCRotation(CONST_CW);

OutputNCSecondary()

PROCEDURE OutputNCSecondary

(

real_Angle :REAL

)

Output the movement for secondary rotation axis.

Parameters

[in]

real_Angle

: angle the secondary axis must reach

OutputNCSecondary(180);

OutputNCSpindle()

PROCEDURE OutputNCSpindle	(	real_Speed:REAL	,
		int_BUnit	,
		int_Range:INTEGER	)

Output the spindle speed.

Parameters

[in]	real_Speed	: speed of the spindle
[in]	int_BUnit	: unit of the speed spindle. CONST_RPM for rotation per minutes CONST_SMM for constant cutting speed
[in]	int_Range	: number og range

OuputNCSpindle(1500,CONST_RPM,0);

ParameterBlocks()

PROCEDURE ParameterBlocks	(	int_Line	,
		int_Column:INTEGER	)

Display a page for fixed blocks.

Parameters

[in]	int_Line	: line to start
[in]	int_Column	: column to start

ParameterBlocks(1,1);

See also

ParameterBlocksInit
ParameterBlocksUpdate
ParameterBlocksStore

ParameterBlocksInit()

PROCEDURE ParameterBlocksInit

(

)

Initialize the fixed block to empty.

ParameterBlocksInit;

See also

ParameterBlocks
ParameterBlocksUpdate
ParameterBlocksStore

ParameterBlocksStore()

PROCEDURE ParameterBlocksStore

(

)

Store the fixed block.

ParameterBlocksStore;

See also

ParameterBlocks
ParameterBlocksInit
ParameterBlocksUpdate

ParameterBlocksUpdate()

PROCEDURE ParameterBlocksUpdate

(

)

Update the fixed block parameter.

ParameterBlocksUpdate;

See also

ParameterBlocks
ParameterBlocksInit
ParameterBlocksStore

ParameterCustomer()

PROCEDURE ParameterCustomer	(	int_Line	,
		int_Column:INTEGER	)

Creation of the user frame.

Parameters

[in]	int_Line	: Start line in the page
[in]	int_Column	: Start column in the page

Attention

Must implemented in the Specific PostProcessor

ParameterCustomer(1,1);

ParameterCustomerInit()

PROCEDURE ParameterCustomerInit

(

)

Initialization of parameter used in the user frame.

Attention

Must implemented in the Specific PostProcessor

ParameterCustomerInit;

ParameterCustomerStore()

PROCEDURE ParameterCustomerStore

(

)

Store the parameter of the user frame.

Attention

Must implemented in the Specific PostProcessor

ParameterCustomerStore;

ParameterCustomerUpdate()

PROCEDURE ParameterCustomerUpdate

(

)

Update the parameters of user frame when one paramter is updated.

Attention

Must implemented in the Specific PostProcessor

ParameterCustomerUpdate;

ParameterMilling()

PROCEDURE ParameterMilling	(	int_Line	,
		int_Column:INTEGER	)

Creation of page for milling parameters.

Parameters

[in]	int_Line	: Line to start in the page
[in]	int_Column	: Column to start in the page

ParameterMilling(1,1);

See also

ParameterMillingInit
ParameterMillingUpdate
ParameterMillingStore

ParameterMillingInit()

PROCEDURE ParameterMillingInit

(

)

Initialization of Milling parameters.

ParameterMillingInit;

See also

ParameterMilling
ParameterMillingUpdate
ParameterMillingStore

ParameterMillingStore()

PROCEDURE ParameterMillingStore

(

)

Store the milling parameter to use during creation of NC program.

ParameterMillingStore;

See also

ParameterMilling
ParameterMillingInit
ParameterMillingUpdate

ParameterMillingUpdate()

PROCEDURE ParameterMillingUpdate

(

)

Update the parameter of the milling page when one changed.

ParameterMillingUpdate;

See also

ParameterMilling
ParameterMillingInit
ParameterMillingStore

ParameterPPStore()

PROCEDURE ParameterPPStore

(

)

Store the post-processor parameters of post-processor frame.

Attention

Must implemented in the Specific PostProcessor

ParameterPPStore;

ParameterPPUpdate()

PROCEDURE ParameterPPUpdate

(

)

Update the post-processor parameters of post-processor frame.

Attention

Must implemented in the Specific PostProcessor

ParameterPPUpdate;

ParameterPPValidate()

PROCEDURE ParameterPPValidate

(

)

Initialization of PP parameter when output begin.

ParameterPPValidate;

ParametricFeedNumber()

INTEGER FUNCTION ParametricFeedNumber

(

real_Feed :REAL

)

Return the code for a given feed to output feed with variable.

Parameters

[in]

real_Feed

: feed to check

Returns

The code to identify the feed. 0 if the feed is not known

int_Ret := ParametricFeedNumber(500);

PointBegin()

PROCEDURE PointBegin

(

)

To do a treatment before each GPP call of Point.

Attention

Must implemented in the Specific PostProcessor

PointBegin;

PointEnd()

PROCEDURE PointEnd

(

)

To do a treatment after each GPP call of Point.

Attention

Must implemented in the Specific PostProcessor

PointEnd;

ProgramCut()

PROCEDURE ProgramCut

(

)

Cut the program and start a new.

ProgramCut;

RestoreLastBlockNum()

PROCEDURE RestoreLastBlockNum

(

)

Restore the last block number memorized with StoreLastBlockNum.

RestoreLastBlockNum;

Return3AxisBegin()

PROCEDURE Return3AxisBegin

(

)

To do a treatment before each GPP call of Return_3Axis.

Attention

Must implemented in the Specific PostProcessor

Return3AxisBegin;

Return3AxisEnd()

PROCEDURE Return3AxisEnd

(

)

To do a treatment after each GPP call of Return_3Axis.

Attention

Must implemented in the Specific PostProcessor

Return3AxisEnd;

ReturnPerpBegin()

PROCEDURE ReturnPerpBegin

(

)

To do a treatment before each GPP call of Return_Perp.

Attention

Must implemented in the Specific PostProcessor

ReturnPerpBegin;

ReturnPerpEnd()

PROCEDURE ReturnPerpEnd

(

)

To do a treatment after each GPP call of Return_Perp.

Attention

Must implemented in the Specific PostProcessor

ReturnPerpEnd;

ReturnPlaneBegin()

PROCEDURE ReturnPlaneBegin

(

)

To do a treatment before each GPP call of Return_Plane.

Attention

Must implemented in the Specific PostProcessor

ReturnPlaneBegin;

ReturnPlaneEnd()

PROCEDURE ReturnPlaneEnd

(

)

To do a treatment after each GPP call of Return_Plane.

Attention

Must implemented in the Specific PostProcessor

ReturnPlaneEnd;

SPMBegin()

PROCEDURE SPMBegin

(

)

Treatment to do at the begin of sub program.

Attention

Must implemented in the Specific PostProcessor

SPMBegin;

SPMCall()

PROCEDURE SPMCall

(

)

Treatment to do at the call of sub program.

Attention

Must implemented in the Specific PostProcessor

SPMCall;

SPMCallAdd()

PROCEDURE SPMCallAdd

(

)

Add 1 to the nb sub-program call.

SPMCallAdd;

SPMCallNb()

INTEGER FUNCTION SPMCallNb

(

)

Return the number of call for sub-program.

Returns

Number of sub-program call

int_Nb := SPMCAllNb;

SPMCallNbReset()

PROCEDURE SPMCallNbReset

(

)

Reset the number of sub-program call.

SPMCallNbReset;

SPMEnd()

PROCEDURE SPMEnd

(

)

Treatment to do at the end of sub program.

Attention

Must implemented in the Specific PostProcessor

SPMEnd;

StoreLastBlockNum()

PROCEDURE StoreLastBlockNum

(

)

Memorize the last block number.

StoreLastBlockNum;

SUBBegin()

PROCEDURE SUBBegin

(

)

Treatment to do at the begin of block call.

Attention

Must implemented in the Specific PostProcessor

SUBBegin;

SUBCall()

PROCEDURE SUBCall

(

)

Treatment to do at the call of block call.

Attention

Must implemented in the Specific PostProcessor

SUBCall;

SUBEnd()

PROCEDURE SUBEnd

(

)

Treatment to do at the end of block call.

Attention

Must implemented in the Specific PostProcessor

SUBEnd;

ToolChange()

PROCEDURE ToolChange	(	int_ToolNb	,
		int_IsFirstTool :INTEGER	)

Output a tool change.

Parameters

[in]	int_ToolNb	: tool number
[in]	int_IsFirstTool	: define if it's the first tool CONST_YES : first tool CONST_NO : not first tool

ToolChange(1,CONST_YES);

ToolPreselection()

PROCEDURE ToolPreselection

(

int_NextToolNb :INTEGER

)

Output the preselection of next tool.

Parameters

[in]

int_NextToolNb

: number of tool to preselect

ToolPreselection(2);

UnlockPrimaryAxis()

PROCEDURE UnlockPrimaryAxis

(

)

Output the code to unlock the primary axis.

UnlockPrimaryAxis;

UnlockSecondaryAxis()

PROCEDURE UnlockSecondaryAxis

(

)

Output the code to unlock the secondary axis.

UnlockSecondaryAxis;

WriteBlock()

PROCEDURE WriteBlock

(

int_Value :INTEGER

)

Write a fixed block that as been saved.

Parameters

[in]

int_Value

: identifier of the string to output The block should be saved with STRINGWR(1,str_ToSave)

WriteBlock(1);