Python scripting in offline progranmming

Constants

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In order to use constants please include "centypes" into your python script. Python script file centypes.py is located at root folder of FASTSUITE_E2.

 

[Example]

from centypes import *

 

ATTRIBUTE_TYPE

 

 

Constant

Value

Description

 

ATTRIB_STANDARD

0

Standard

 

ATTRIB_LENGTH

1

Measured in meter (float/double)

 

ATTRIB_MASS

2

Measured in kilogram (float/double)

 

ATTRIB_TIME

3

Measured in seconds (float/double)

 

ATTRIB_AREA

4

Measured in m2 (float/double)

 

ATTRIB_VOLUME

5

Measured in m3 (float/double)

 

ATTRIB_DENSITY

6

Measured in kg/m3 (float/double)

 

ATTRIB_SPEED

7

Measured in m/s (float/double)

 

ATTRIB_POWER

8

Measured in Watt=kg*m2/s3 (float/double)

 

ATTRIB_ENERGY

9

Measured in Joule=Newtonmeter=kg*m2/s2 (float/double)

 

ATTRIB_FORCE

10

Measured in Newton=kg*m/s2 (float/double)

 

ATTRIB_PRESSURE

11

Measured in Pascal=kg/(m*s2) (float/double)

 

ATTRIB_FREQUENCY

12

Measured in Hertz=1/s (float/double)

 

ATTRIB_TEMPERATURE

13

Measured in Kelvin (float/double)

 

ATTRIB_LUMINOUS_INTENSITY

14

Measured in Candela (float/double)

 

ATTRIB_LUMINANCE

15

Measured in cd/m2 (float/double)

 

ATTRIB_ANGLE

16

Measured in radian (float/double)

 

ATTRIB_ACCELERATION

17

Measured in m/s2 (float/double)

 

ATTRIB_ELECTRIC_CURRENT

18

Measured in Ampere (float/double)

 

ATTRIB_ELECTRIC_CHARGE

19

Measured in Coulomb=A*s (float/double)

 

ATTRIB_ELECTRIC_RESIST

20

Measured in Ohm=kg*m2/(A2*s3) (float/double)

 

ATTRIB_ELECTRIC_CAP

21

Measured in Farad=s4*A2/(m2*kg) (float/double)

 

ATTRIB_VOLTAGE

22

Measured in Volt=kg*m2/(A*s3) (float/double)

 

ATTRIB_MAGNETIC_FLUX

23

Measured in Weber=kg*m2/(A*s2) (float/double)

 

ATTRIB_MAGNETIC_FIELD

24

Measured in Tesla=kg/(A*s2) (float/double)

 

ATTRIB_INDUCTION

25

Measured in Henry=kg*m2/(A2*s2) (float/double)

 

ATTRIB_ANGULAR_SPEED

26

Measured in rad/s (float/double)

 

ATTRIB_ANGULAR_ACCEL

27

Measured in rad/s2 (float/double)

 

ATTRIB_PERCENT

28

Measured in percent

 

Attribute use level

 

 

Constant

Value

Description

 

OLP_NONE

0


 

USER_ATTRIBUTE

1<<0

bit 0

 

PROCESS_ATTRIBUTE

1<<1

bit 1

 

OPERATION_ATTRIBUTE

1<<2

bit 2

 

OPERATION_GROUP_ATTRIBUTE

1<<3

bit 3

 

GLOBAL_ATTRIBUTE

1<<4

bit 4

 

READONLY_ATTRIBUTE

1<<5

bit 5

 

TeachFlags

 

 

Constant

Value

Description

 

TEACHFLAGS_NONE

0

no teach changes

 

TEACHFLAGS_POSITION

1<<1

position changed

 

TEACHFLAGS_ROTATION

1<<2

rotation changed

 

TEACHFLAGS_TURNBEHAVIOUR

1<<3

turn behavior changed

 

TEACHFLAGS_CONFIGBEHAVIOR

1<<4

config behavior changed

 

TEACHFLAGS_SINGULARITY

1<<5

singularity management changed

 

TEACHFLAGS_MOTIONTYPE

1<<6

motion type changed

 

TEACHFLAGS_VIAPOSITION

1<<7

via position changed

 

TEACHFLAGS_JOINTS

1<<8

main joints were changed

 

TEACHFLAGS_EXTERNALJOINTS

1<<9

external joints were changed

 

TEACHFLAGS_TARGETTYPE

1<<12

target type changed

 

TEACHFLAGS_NAME

1<<13

name changed

 

RegShapeType

 

 

Constant

Value

Description

 

REGSHAPE_UNKNOWN

0

unknown regshape

 

REGSHAPE_CIRCLE

1

circle regshape

 

REGSHAPE_SLOT

2

slot regshape

 

REGSHAPE_HEXAGON

3

hexagon regshape

 

REGSHAPE_RECTANGLE

4

rectangle regshape

 

REGSHAPE_QUADRILATERAL

5

quadrilateral regshape

 

REGSHAPE_PARALLELOGRAM

6

parallelogram regshape

 

REGSHAPE_SQUARE

7

square regshape

 

REGSHAPE_RHOMBUS

8

rhombus regshape

 

REGSHAPE_KEYHOLE

9

keyhole regshape

 

RotationAxes

 

 

Constant

Value

Description

 

ROTATIONAXES_XY

0

XY axis

 

ROTATIONAXES_YZ

1

YZ axis

 

ROTATIONAXES_ZY

2

ZY axis

 

ProcGeoType

 

 

Constant

Value

 

 

PROCGEO_NONE

0

 

 

PROCGEO_POINT

1

 

 

PROCGEO_CONTOUR

2

 

 

PROCGEO_SURFACE

3

 

 

ContourApproximationType

 

 

Constant

Value

 

 

CONTOURAPPROX_NONE

0

 

 

CONTOURAPPROX_LIN

1

 

 

CONTOURAPPROX_CIRCLIN

2

 

 

CONTOURAPPROX_LINCIRC

3

 

 

EventProcessType

 

 

Constant

Value

 

 

EVENTPROCESS_NONE

0

 

 

EVENTPROCESS_LEADIN

1

 

 

EVENTPROCESS_LEADOUT

2

 

 

EVENTPROCESS_GAPSTART

3

 

 

EVENTPROCESS_GAPEND

4

 

 

EVENTPROCESS_CONNECT

5

 

 

EVENTPROCESS_INPROCESS

6

 

 

EVENTPROCESS_TECHEVENT

7

 

 

EVENTPROCESS_APPROACH

8

 

 

EVENTPROCESS_RETRACT

9

 

 

TechRequestID

 

 

Constant

Value

 

 

TPETECHREQUESTID_NONE

0

 

 

TPETECHREQUESTID_LEADINBASETPE

1

 

 

TPETECHREQUESTID_LEADINTPE

2

 

 

TPETECHREQUESTID_LEADOUTBASETPE

3

 

 

TPETECHREQUESTID_LEADOUTTPE

4

 

 

TPETECHREQUESTID_APPROACHSTART

5

 

 

TPETECHREQUESTID_APPROACHMID

6

 

 

TPETECHREQUESTID_APPROACHEND

7

 

 

TPETECHREQUESTID_RETRACTSTART

8

 

 

TPETECHREQUESTID_RETRACTMID

9

 

 

TPETECHREQUESTID_RETRACTEND

10

 

 

OlpEventType

 

 

Constant

Value

 

 

OLPEVENT_NONE

0

 

 

OLPEVENT_OLP

1

 

 

OLPEVENT_APPROACH

2

 

 

OLPEVENT_RETRACT

3

 

 

OLPEVENT_CONNECT

4

 

 

OLPEVENT_TOOLCHANGE

5

 

 

OLPEVENT_PROCESS

6

 

 

OLPEVENT_LEADIN

7

 

 

OLPEVENT_LEADOUT

8

 

 

OLPEVENT_GAPBEGIN

9

 

 

OLPEVENT_GAPEND

10

 

 

OlpProgramComponentType

 

 

Constant

Value

Description

 

OLPPROGRAMCOMPONENTTYPE_PROGRAM

1


 

OLPPROGRAMCOMPONENTTYPE_OPERATIONGROUP

2


 

OLPPROGRAMCOMPONENTTYPE_OPERATION

3


 

OLPPROGRAMCOMPONENTTYPE_EVENT

4


 

OLPPROGRAMCOMPONENTTYPE_EVENTRULE

5


 

TPInsertPosition

 

 

Constant

Value

Description

 

TPINSERTPOS_INSERTBEFORE

0


 

TPINSERTPOS_INSERTAFTER

1


 

TPINSERTPOS_INSERTNONE

2


 

TPINSERTPOS_INHERIT

3

Use this only in sub events to inherit the insertposition from the parent event.

 

CycleExplodeBehavior

 

 

Constant

Value

 

 

CYCLE_EXPLODEALLOWED

0

 

 

CYCLE_EXPLODEFORBIDDEN

1

 

 

CYCLE_EXPLODEIMMEDIATELY

2

 

 

CycleExplodeStatus

 

 

Constant

Value

 

 

CYCLEEXPLODESTATUS_NO

0

 

 

CYCLEEXPLODESTATUS_YES

1

 

 

EventPathType

 

 

Constant

Value

 

 

EVENTPATHTYPE_CONTOUR

0

 

 

EVENTPATHTYPE_POINTTOPOINT

1

 

 

BuiltInEventTypes

 

 

Constant

Value

 

 

EVENT_NONE

0

Default

 

EVENT_TEACH

1

Not implemented

 

EVENT_FLOATARRAYACTOR

2

Deprecated, superseded by SetResourcePort event

 

EVENT_BOOLACTOR

3

Deprecated, replaced by EVENT_ADAPTER type

 

EVENT_SPEED

4

 

 

EVENT_ACCURACY

5

 

 

EVENT_TOOL

6

 

 

EVENT_INTERPOL

7

Deprecated

 

EVENT_SUPPRESS

8

Not implemented

 

EVENT_DWELL

9

 

 

EVENT_ACCELERATION

10

 

 

EVENT_SETSIGNALBOOL

11

Deprecated, superseded by LogicPort event

 

EVENT_SETSIGNALINT

12

Deprecated, superseded by LogicPort event

 

EVENT_SETSIGNALFLOAT

13

Deprecated, superseded by LogicPort event

 

EVENT_WAITFORSIGNALBOOL

14

Deprecated, superseded by LogicPort event

 

EVENT_WAITFORSIGNALINT

15

Deprecated, superseded by LogicPort event

 

EVENT_WAITFORSIGNALFLOAT

16

Deprecated, superseded by LogicPort event

 

EVENT_WAITFORSENSORBOOL

17

Deprecated, superseded by WaitForResourcePort event

 

EVENT_WAITFORSENSORINT

18

Deprecated, superseded by WaitForResourcePort event

 

EVENT_WAITFORSENSORFLOAT

19

Deprecated, superseded by WaitForResourcePort event

 

EVENT_OPTIMIZE

20

Deprecated, for optimize algorithms that were user interacted created

 

EVENT_PAINTBRUSHACTOR

21

Deprecated

 

EVENT_OPTIMIZATION

22

Not implemented

 

EVENT_SYNCROBOTS

23

 

 

EVENT_SETRESOURCEPORT

24

 

 

EVENT_WAITFORRESOURCEPORT

25

 

 

EVENT_LOGICPORT

26

 

 

BuiltInEventOutput

 

 

Constant

Value

 

 

BUILTINEVENTOUTPUT_ALWAYS

0

 

 

BUILTINEVENTOUTPUT_SIMULATIONONLY

1

 

 

BUILTINEVENTOUTPUT_NOOUTPUT

2

 

 

AccuracyCriteria

 

 

Constant

Value

Description

 

ACCURACY_OFF

0

Deactivate all previous accuracy events. This means that no contour approximation is done from this point onward

 

ACCURACY_ON

1

Deactivate the previous off event (if any)

 

ACCURACY_JOINTDISTANCE

2

Sets an accuracy criteria of joint distance type (the accuracy is measured as a percent from the joint angle deviation)

 

ACCURACY_DISTANCE

3

Sets an accuracy criteria of type distance (the accuracy is measured regarding the distance from the contour)

 

ACCURACY_ORIENTATION

4

Sets an accuracy criteria of type orientation (the accuracy is measured regarding the difference to the orientation at the contour)

 

ACCURACY_VELOCITY

5

Sets an accuracy criteria of type velocity (the accuracy is measured regarding as a percent from the  TCP speed).

 

FSItemType

 

 

Constant

Value

 

 

FSITEMTYPE_NONE

0


 

FSITEMTYPE_PRODUCTION

1


 

FSITEMTYPE_LOGISTIC

2


 

FSITEMTYPE_PERIPHERAL

4


 

FSITEMTYPE_HUMANS

8


 

FSITEMTYPE_MISCELLANEOUS

16


 

ItemSubType

 

 

Constant

Value

Description

 

SUBITEM_NONE

0


 

ITEM_MACHINE_ROBOT

1001

Production

 

ITEM_RAIL_GENTRY

1002

Production

 

ITEM_WP_POSITIONER

1003

Production

 

ITEM_END_EFFECTOR

1004

Production

 

ITEM_SOURCE

2001

Logistic

 

ITEM_TRANSPORT

2002

Logistic

 

ITEM_BUFFER

2003

Logistic

 

ITEM_STORAGE

2004

Logistic

 

ITEM_TOOL

3001

Peripheral

 

ITEM_FIXTURE

3002

Peripheral

 

ITEM_JIG

3003

Peripheral

 

ITEM_DRESS_UP

3004

Peripheral

 

ITEM_TOOL_MAGAZINE

3005

Peripheral

 

ITEM_HUMAN_1

4001

Human

 

ITEM_PROTECTION

5001

Miscellaneous

 

ITEM_BUILD_PART

5002

Miscellaneous

 

ITEM_FURNITURE

5003

Miscellaneous

 

ITEM_CHASSIS

5004

Miscellaneous

 

ITEM_FLOORPLAN

5005

Miscellaneous

 

ITEM_SWEPT_VOLUME

5006

Miscellaneous

 

FSActorType

 

 

Constant

Value

 

 

FSACTOR_NONE

0


 

FSACTOR_EXTJOINTVALUE

1


 

FSACTOR_EXTJOINTHOME

2


 

FSACTOR_EXTJOINTSWITCHHOME

3


 

FSACTOR_ADAPTER

4


 

FSACTOR_VISUALSWITCHSTATE

6


 

FSACTOR_VISUALSTATE

7


 

FSACTOR_TOOLONOFF

8


 

FSACTOR_PAINTBRUSH

9


 

UseTangentOf

 

 

Constant

Value

 

 

USETANGENTOF_START

0

 

 

USETANGENTOF_END

1

 

 

FSSensorType

 

 

Constant

Value

 

 

FSSENSOR_NONE

0


 

FSSENSOR_HOMEPOSITION

1


 

FSSENSOR_JOINTVALUE

2


 

CycleRotation

 

 

Constant

Value

 

 

CYCLEROTATION_ROTNO

0


 

CYCLEROTATION_ROTPATH

1


 

CYCLEROTATION_ROTPATHTOOL

2


 

CYCLEROTATION_ROTTOOL

3


 

CycleTranslation

 

 

Constant

Value

 

 

CYCLETRANSLATION_TRANSNO

0


 

CYCLETRANSLATION_TRANSYES

1


 

ReComputeEnterStates

 

 

Constant

Value

 

 

ENTERSTATE_NORECOMPUTE

0


 

ENTERSTATE_COMPLETE

1


 

ENTERSTATE_STARTWITHALIGNMENT

2


 

ENTERSTATE_STARTWITHTRANSFORMATION

3


 

ENTERSTATE_STARTWITHOPTIMIZE

4


 

ENTERSTATE_STARTMANUALCOMPUTE

5


 

ENTERSTATE_STARTPOSTOPTIMIZE

6


 

ENTERSTATE_STARTWITHRULEEVENTS

7


 

ENTERSTATE_STARTWITHINTERPOLATION

8


 

ENTERSTATE_STARTWITHMANUALEVENTS

9


 

ENTERSTATE_STARTWITHTEACHCOMPUTE

10


 

ENTERSTATE_DECORATE

11


 

ENTERSTATE_TOOLCHANGE

12


 

ENTERSTATE_TEAMSYNCHRONIZATION

13


 

ENTERSTATE_STARTWITHPOSTTHIRDPARTYCOMPUTE

14


 

ENTERSTATE_LINKOPERATIONS

15


 

ENTERSTATE_STARTWITHLOCALTRANSFORMATION

16


 

ENTERSTATE_STARTWITHQUALITYASSESSMENT

18


 

ENTERSTATE_STARTWITHAUTOPATHOPTIMIZATION

19


 

CycleReferenceBehavior

 

 

Constant

Value

 

 

CYCLEREFBEHAVIOR_HIDDEN

0


 

CYCLEREFBEHAVIOR_TEACHABLE

1


 

CYCLEREFBEHAVIOR_NORMAL

2


 

RSimSignalValueType

 

 

Constant

Value

Description

 

VALUETYPE_BOOL

0

Boolean

 

VALUETYPE_INT

1

32-bit integer

 

VALUETYPE_FLOAT

2

Floating point

 

VALUETYPE_BYTE

3

Byte

 

VALUETYPE_INT16

4

16-bit integer

 

PortDirection

 

 

Constant

Value

Description

 

RES_INPORTS

0

Input ports, currently named RES because it is only used in resource context

 

RES_OUTPORTS

1

Output ports, currently named RES because it is only used in resource context

 

RegShapeStyle

 

 

Constant

Value

 

 

REGSHAPESTYLE_NOTDEFINED

0

 

 

REGSHAPESTYLE_MITSUBISHILIKE

1

 

 

REGSHAPESTYLE_PRIMALIKE

2

 

 

REGSHAPESTYLE_TRUMPFLIKE

3

 

 

REGSHAPESTYLE_LASERDYNELIKE

4

 

 

REGSHAPESTYLE_UNIVERSALCLIKE

5

 

 

REGSHAPESTYLE_JENOPTIKLIKE

6

 

 

ComputeStateMatrix

 

 

Constant

Value

 

 

COMPUTESTATEMATRIX_INITIAL

0


 

COMPUTESTATEMATRIX_ALIGNED

1


 

COMPUTESTATEMATRIX_GLOBALTRANSFORMED

2


 

COMPUTESTATEMATRIX_TRANSFORMED

3


 

COMPUTESTATEMATRIX_OPTIMIZED

4


 

COMPUTESTATEMATRIX_MANUAL_BEFORE_INTERPOLATION

5


 

COMPUTESTATEMATRIX_MANUAL_AFTER_INTERPOLATION

6


 

COMPUTESTATEMATRIX_MATRIX_BEFORE_DECORATE

7


 

COMPUTESTATEMATRIX_PRESENT

8


This enumeration represent the different state matrices which are available on the Toolpath element. Starting with the initialMatrix every state of compute is represented by this enumeration.

 

AttribOverrideMode

 

 

Constant

Value

 

 

ATTRIBOVERRIDEMODE_DEFAULT

0


 

ATTRIBOVERRIDEMODE_OPERATIONLEVEL

1


 

ATTRIBOVERRIDEMODE_OPERATIONGROUPLEVEL

2


 

ATTRIBOVERRIDEMODE_CHECKLEVEL

3


 

FrameType

 

 

Constant

Value

 

 

FRAMETYPE_NORMAL

0


 

FRAMETYPE_BASE

1


 

FRAMETYPE_TOOL  

2


 

FRAMETYPE_NOZZLE

3


 

FRAMETYPE_GEO

4


 

FRAMETYPE_BASE_OFFSET

5


 

FRAMETYPE_TOOL_OFFSET

6


 

MotionType

 

 

Constant

Value

 

 

MOTIONTYPE_LIN

1


 

MOTIONTYPE_CIR

2


 

MOTIONTYPE_PTP

3


 

TargetType

 

 

Constant

Value

 

 

TARGETTYPE_CARTESIAN

0


 

TARGETTYPE_JOINT

1


 

ConfigBehavior

 

 

Constant

Value

Description

 

CONFIGBEHAVIOR_MINCHANGE

0


 

CONFIGBEHAVIOR_INHERIT

1


 

CONFIGBEHAVIOR_SET

2


 

CONFIGBEHAVIOR_NOTSET

3

Initial behavior value before the computation. The real initial value of the toolpath element will be written by the decorate.

 

TurnBehavior

 

 

Constant

Value

Description

 

TURNBEHAVIOR_MINCHANGE

0


 

TURNBEHAVIOR_INHERIT

1


 

TURNBEHAVIOR_SET

2


 

TURNBEHAVIOR_NOTSET

3

Initial behavior value before the computation. The real initial value of the toolpath element will be written by the decorate.

 

CollisionStatus

 

 

Constant

Value

 

 

COLLISIONSTATUS_NOTCHECKED

0


 

COLLISIONSTATUS_NOCOLLISION

1


 

COLLISIONSTATUS_COLLISION

2


 

ReachabilityStatus

 

 

Constant

Value

 

 

REACHABILITYSTATUS_NOTREACHABLE

0


 

REACHABILITYSTATUS_STATICREACHABLE

1


 

REACHABILITYSTATUS_SIMULATIONREACHABLE

2


 

DynamicLimitsReachabilityStatus

 

 

Constant

Value

 

 

REACHABLE

False


 

UNREACHABLE

True


 

SingularityStatus

 

 

Constant

Value

 

 

SINGULARITYSTATUS_NOTCHECKED

0


 

SINGULARITYSTATUS_NOSINGULARITY

1


 

SINGULARITYSTATUS_WEAKSINGULARITY

2


 

SINGULARITYSTATUS_STRONGSINGULARITY

3


 

PosRelation

 

 

Constant

Value

 

 

POSRELATION_WORKPIECEROOT

0


 

POSRELATION_BASEFRAME

1


 

POSRELATION_LOCALTPELEMENT

2


 

POSRELATION_REFERENCEEVENTROOTPOINT

3


 

TpProcessType

 

 

Constant

Value

 

 

TPPROCESSTYPE_NONE

0


 

TPPROCESSTYPE_PROCESSPOINT

1


 

TPPROCESSTYPE_TEACHINSERT

2


 

TPPROCESSTYPE_PROCESSCURVE

3


 

TPPROCESSTYPE_APPROACH

4


 

TPPROCESSTYPE_RETRACT

5


 

TPPROCESSTYPE_TRACKLINK

6


 

TPPROCESSTYPE_CYCLE

7


 

TPPROCESSTYPE_AUXILIARY

8


 

TPPROCESSTYPE_TOOLCHANGE

9


 

TPPROCESSTYPE_LEADIN

10


 

TPPROCESSTYPE_LEADOUT

11


 

TPPROCESSTYPE_GAP

12


 

TPPROCESSTYPE_EXPLODEDCYCLE

3


 

TPPROCESSTYPE_PROCESSSURFACE

14


 

TPPROCESSTYPE_PROCESSINSERT

15


 

TPPROCESSTYPE_VIAPOINT

16


 

TPPROCESSTYPE_TPLINK

17


 

TPPROCESSTYPE_TPLINKVIA

18


 

ColumnType

 

 

Constant

Value

 

 

COLUMNTYPE_INT

0


 

COLUMNTYPE_DOUBLE

1


 

COLUMNTYPE_BOOL

2


 

COLUMNTYPE_STRING

3


 

ErrorCodes

 

 

Constant

Value

 

 

ERR_NO_ERROR

0


 

ERR_NULL_POINTER

10001


 

DownloadErrorCodes

 


Constant

Value



ERRDOWNLOAD_NOERROR

0



ERRDOWNLOAD_EMPTYPROGRAMNAME

10002



ERRDOWNLOAD_UNKNOWNOUTPUTDIRECTORYPATH

10055



ERRDOWNLOAD_PROGRAMNOTFOUND

10080



ERRDOWNLOAD_TRANSLATORNOTSET

10097



ERRDOWNLOAD_NOLICENCE

10218



ERRDOWNLOAD_PROGRAMDOWNLOADFAILED

10400


 

Interpolation Error Codes

 


Constant

Value



ERRINTERPOLATION_MISSING_START

10251



ERRINTERPOLATION_MISSING_END

10252



ERRINTERPOLATION_INTERVAL_DEFINITION

10253



ERRINTERPOLATION_INPUT

10254



ERRINTERPOLATION_CREATE_EVENT

10255



ERRINTERPOLATION_UNEXPECTED_SUPPORT

10256



ERRINTERPOLATION_MISSING_INTERVAL

10257



ERRINTERPOLATION_NO_JOINTS

10258



ERRINTERPOLATION_TYPE_WRONG

10259



ERRINTERPOLATION_RESSOURCE_WRONG

10260



ERRINTERPOLATION_MISSING_SUPPORT

10261



ERRINTERPOLATION_LINK_DEFINITION

10262



ERRINTERPOLATION_GEOMETRY_TYPE_WRONG

10263



ERRINTERPOLATION_MISSING_EXTERNAL

10264



ERRINTERPOLATION_SURFACE_START_OR_END

10265


 

ControllerType

 

 

Constant

Value

 

 

CONTROLLERTYPE_MOTION

1


 

CONTROLLERTYPE_LOGIC

2


 

CONTROLLERTYPE_TEAM

3


 

InterpolationType

 

 

Constant

Value

 

 

INTERPOLATIONTYPE_NORMALABSOLUTE

0


 

INTERPOLATIONTYPE_NORMALRELATIVE

1


 

INTERPOLATIONTYPE_TANGENTABSOLUTE

2


 

INTERPOLATIONTYPE_TANGENTRELATIVE

3


 

INTERPOLATIONTYPE_OFFSETABSOLUTE

4


 

INTERPOLATIONTYPE_OFFSETRELATIVE

5


 

INTERPOLATIONTYPE_EXTERNALAXIS1ABSOLUTE

6


 

INTERPOLATIONTYPE_EXTERNALAXIS1RELATIVE

7


 

INTERPOLATIONTYPE_EXTERNALAXIS2ABSOLUTE

8


 

INTERPOLATIONTYPE_EXTERNALAXIS2RELATIVE

9


 

INTERPOLATIONTYPE_EXTERNALAXIS3ABSOLUTE

10


 

INTERPOLATIONTYPE_EXTERNALAXIS3RELATIVE

11


 

INTERPOLATIONTYPE_EXTERNALAXIS4ABSOLUTE

12


 

INTERPOLATIONTYPE_EXTERNALAXIS4RELATIVE

13


 

INTERPOLATIONTYPE_EXTERNALAXIS5ABSOLUTE

14


 

INTERPOLATIONTYPE_EXTERNALAXIS5RELATIVE

15


 

INTERPOLATIONTYPE_EXTERNALAXIS6ABSOLUTE

16


 

INTERPOLATIONTYPE_EXTERNALAXIS6RELATIVE

17


 

INTERPOLATIONTYPE_JOLTSMOOTH

18


 

INTERPOLATIONTYPE_JOLTFIX

19

 

 

JointKinematicType

 

 

Constant

Value

 

 

JOINTKINEMATICTYPE_UNSET

-1


 

JOINTKINEMATICTYPE_PRISMATIC

0


 

JOINTKINEMATICTYPE_REVOLUTE

1


 

JointTypes

 

 

Constant

Value

 

 

JOINTTYPES_UNSET

-1


 

JOINTTYPES_DRIVEN

1

Main robot joints

 

JOINTTYPES_UNDRIVEN

2

Are completely dependent on the values of the other joints of the item they are on.

 

JOINTTYPES_ASYNCHRONOUS

3

The joints of this type can only be controlled through Actors.

 

JOINTTYPES_SYNCHRONOUS

4

The joints of this type can only be controlled only through Joint teaching.

 

 


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