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MachiningToolPathUseItf Interface DELIMfgTPSynchro

Usage: an implementation of this interface is supplied and you must use it as is. You should not reimplement it.

interface DELIMfgTPSynchro

Interface on the tool path to give an index value to each entity of the tool path.

Depending on options, each index value can indicate a linear motion, a circular motion or a object to describe a machining cycle.

Method Index

o AddCircleArcInLastMultipleMotion(CATUnicodeString&,CATUnicodeString&,CATListOfDouble&,CATListOfDouble&,CATListOfDouble&,CATMathVector&,CATMathPoint&,double,CATListOfInt&): Add a subtraject describing a "Circle Arc" (circular motion) in the last MfgMultipleMotion object of the tool path.
o AddHelixInLastMultipleMotion(CATUnicodeString&,CATUnicodeString&,CATListOfDouble&,CATListOfDouble&,CATListOfDouble&,CATMathVector&,CATMathPoint&,double,CATMathVector&,double,CATListOfInt&): Add a subtraject describing a "Helix" (helical motion) in the last MfgMultipleMotion object of the tool path.
o AddPPCommandInLastMultipleMotion(CATUnicodeString&,int,CATListOfInt&): Adds a subtraject describing a "PP command" in the last MfgMultipleMotion object of the tool path.
o AddPolylineInLastMultipleMotion(CATUnicodeString&,CATUnicodeString&,CATListOfDouble&,CATListOfDouble&,CATListOfDouble&,CATListOfInt&): Adds a subtraject describing a "Polyline" (set of linear motions) in the last MfgMultipleMotion object of the tool path.
o AddUserSyntaxInLastMultipleMotion(CATUnicodeString&,CATListOfInt&): Adds a subtraject describing a "user syntax" in the last MfgMultipleMotion object of the tool path.
o CloseSynchroSession(): Closes the working session.
o GetIndexFromToolPathData(CATBaseUnknown_var&,int,int,int&): Retrieves an index value from data on the tool path.
o GetNumberOfMotions(int&): Returns the total number of index values.
o GetToolPathDataFromIndex(int,CATBaseUnknown_var&,int&,int&): Retrieves data on the tool path from an index value.
o OpenSynchroSession(): Opens the working session.
o SetCircleMode(DELIMfgTPSynchro::CircleMode&): Sets the management mode for circle.
o SetCycleMode(DELIMfgTPSynchro::CycleMode&): Sets the management mode for cycle.
o SetHelixMode(DELIMfgTPSynchro::HelixMode&): Sets the management mode for helical.

o CircleMode: Mode of management for circle.
o CycleMode: Mode of management for cycle.
o HelixMode: Mode of management for helical.

Methods

o AddCircleArcInLastMultipleMotion

public virtual AddCircleArcInLastMultipleMotion(	const	`iTrajectType`,
	const	`iFeedrateType`,
	const	`iX`,
	const	`iY`,
	const	`iZ`,
	const	`iNormal`,
	const	`iCenter`,
		`iRadius`,
		`oIndex`)

Add a subtraject describing a "Circle Arc" (circular motion) in the last MfgMultipleMotion object of the tool path.

Parameters:

iTrajectType

The type of traject
Legal values:

"TPApproachTraject" : approach traject
"TPMachiningTraject" : machining traject
"TPRetractTraject" : retract traject
"TPLinkingTraject" : linking traject
"TPBetweenPathTraject" : traject between path

iFeedrateType

The type of feedrate
Legal values:

"TPApproachFeedrate" : approach feedrate
"TPMachiningFeedrate": machining feedrate
"TPRetractFeedrate" : retract feedrate
"TPRapidFeedrate" : rapid feedrate
"TPFinishingFeedrate" : finishing feedrate
"TPChamferingFeedrate" : chamfering feedrate
"TPPlungeFeedrate" : plunge feedrate

iX,iY,iZ

The coordinates of tip points (discretization of the circle arc)

iNormale

The oriented normal to the plane containing the circle arc

iCenter

The center of the circle arc

iRadius

The radius of the circle arc

oIndex

The list of index values (depending on management mode for circle, an index value for each point of discretization of the circle or only one index value for the circle)

o AddHelixInLastMultipleMotion

public virtual AddHelixInLastMultipleMotion(	const	`iTrajectType`,
	const	`iFeedrateType`,
	const	`iX`,
	const	`iY`,
	const	`iZ`,
	const	`iAxis`,
	const	`iCenter`,
		`iRadius`,
	const	`iStartTangent`,
		`iPitch`,
		`oIndex`)

Add a subtraject describing a "Helix" (helical motion) in the last MfgMultipleMotion object of the tool path.

Parameters:

iTrajectType

The type of traject
Legal values:

"TPApproachTraject" : approach traject
"TPMachiningTraject" : machining traject
"TPRetractTraject" : retract traject
"TPLinkingTraject" : linking traject
"TPBetweenPathTraject" : traject between path
"TPApproachTrajectAlongSection" : approach traject along section< /li>
"TPLinkingTrajectAlongSection" : linking traject along section
"TPRetractTrajectAlongSection" : retract traject along section

iFeedrateType

The type of feedrate
Legal values:

"TPApproachFeedrate" : approach feedrate
"TPMachiningFeedrate": machining feedrate
"TPRetractFeedrate" : retract feedrate
"TPRapidFeedrate" : rapid feedrate
"TPFinishingFeedrate" : finishing feedrate
"TPChamferingFeedrate" : chamfering feedrate
"TPPlungeFeedrate" : plunge feedrate
"TPAirCuttingFeedrate" : air cutting feedrate

iX

The X coordinate of tip points (discretization of the helix)

iY

The Y coordinate of tip points (discretization of the helix)

iZ

The Z coordinates of tip points (discretization of the helix)

iAxis

The oriented axis of the helix

iCenter

The center of the helix

iRadius

The radius of the helix

iStartTangent

The oriented tangent to the helix at the start point

iPitch

The pitch of the helix

oIndex

The list of index values (depending on management mode for helix, an index value for each point of discretization of the helix or only one index value for the helix)

o AddPPCommandInLastMultipleMotion

public virtual AddPPCommandInLastMultipleMotion(	const	`iPPCommand`,
		`iSequenceNumber`,
		`oIndex`)

Adds a subtraject describing a "PP command" in the last MfgMultipleMotion object of the tool path.
A PP Syntax is a "NC Command" described in PP Table and evaluated from it during generation of APT file.

Parameters:

iPPCommand: The name of "NC Command"
iSequenceNumber: The number of sequence in the PP Table
oIndex: The list of index values (one value for the "PP command")

o AddPolylineInLastMultipleMotion

public virtual AddPolylineInLastMultipleMotion(	const	`iTrajectType`,
	const	`iFeedrateType`,
	const	`iX`,
	const	`iY`,
	const	`iZ`,
		`oIndex`)

Adds a subtraject describing a "Polyline" (set of linear motions) in the last MfgMultipleMotion object of the tool path.

Parameters:

iTrajectType

The type of traject
Legal values:

"TPApproachTraject" : approach traject
"TPMachiningTraject" : machining traject
"TPRetractTraject" : retract traject
"TPLinkingTraject" : linking traject
"TPBetweenPathTraject" : traject between path

iFeedrateType

The type of feedrate
Legal values:

"TPApproachFeedrate" : approach feedrate
"TPMachiningFeedrate": machining feedrate
"TPRetractFeedrate" : retract feedrate
"TPRapidFeedrate" : rapid feedrate
"TPFinishingFeedrate" : finishing feedrate
"TPChamferingFeedrate" : chamfering feedrate
"TPPlungeFeedrate" : plunge feedrate

iX,iY,iZ

The coordinates of tip points

oIndex

The list of index values (an index value for each tip point)

o AddUserSyntaxInLastMultipleMotion

public virtual AddUserSyntaxInLastMultipleMotion(	const	`iUserSyntax`,
		`oIndex`)

Adds a subtraject describing a "user syntax" in the last MfgMultipleMotion object of the tool path.
A user syntax is a string generated as it is in APT file.

Parameters:

iUserSyntax: The user syntax
oIndex: The list of index values (one value for the "user syntax")

o CloseSynchroSession

public virtual CloseSynchroSession(

)

Closes the working session.
Last method to call when using this interface.

o GetIndexFromToolPathData

public virtual GetIndexFromToolPathData(	const	`ispToolPathData`,
		`iTipPointRank`,
		`iSubTrajectRank`,
		`oIndex`)

Retrieves an index value from data on the tool path.

Parameters:

ispToolPathData: The interface on the tool path objet (see
iTipPointRank: The number of tip point (in case of a linear motion on an
iSubTrajectRank: The number of sub-motion (in case of an
oIndex: The value of index

o GetNumberOfMotions

public virtual GetNumberOfMotions( oSubMotion)

Returns the total number of index values.

Parameters:

oSubMotion: The number of index values

o GetToolPathDataFromIndex

public virtual GetToolPathDataFromIndex(		`iIndex`,
		`ospToolPathData`,
		`oTipPointRank`,
		`oSubTrajectRank`)

Retrieves data on the tool path from an index value.

Parameters:

iIndex: The value of index
ospToolPathData: The interface on the tool path objet (see
oTipPointRank: The number of tip point (in case of a linear motion on an
oSubTrajectRank: The number of sub-motion (in case of an

o OpenSynchroSession

public virtual OpenSynchroSession(

)

Opens the working session.
First method to call when using this interface.

o SetCircleMode

public virtual SetCircleMode( const iCircleMode)

Sets the management mode for circle.

Parameters:

iCircleMode: The mode of management for circle

o SetCycleMode

public virtual SetCycleMode( const iCycleMode)

Sets the management mode for cycle.

Parameters:

iCycleMode: The mode of management for cycle

o SetHelixMode

public virtual SetHelixMode( const iHelix)

Sets the management mode for helical.

Parameters:

iHelixMode: The mode of management for helix

Enumerated Types

o CircleMode

enum CircleMode {
  Circle_OFF,
  Circle_ON
}

Mode of management for circle.

Legal values:

Circle_OFF : each circle is seen as a set of linear motions and each point of discretization of the circle has an index value
Circle_ON : only one index value for the circle

o CycleMode

enum CycleMode {
  Cycle_OFF,
  Cycle_ON
}

Mode of management for cycle.

Legal values:

Cycle_OFF : each cycle is seen as a set of motions (linear, circular,..) or PP instructions and each one has an index value
Cycle_ON : only one index value for the object which describes the machining cycle.

o HelixMode

enum HelixMode {
  Helix_OFF,
  Helix_ON
}

Mode of management for helical.

Legal values:

Helix_OFF : each helix is seen as a set of linear motions and each point of discretization of the helix has an index value
Helix_ON : only one index value for the helix

This object is included in the file: DELIMfgTPSynchro.h
If needed, your Imakefile.mk should include the module: MachiningToolPathUseItf

MachiningToolPathUseItf Interface DELIMfgTPSynchro

Method Index

Enumerated Type Index

Methods

Enumerated Types