enums module

This module contains some enum definitions for the fedempy package. They are python equivalents to corresponding enum definitions in the C++ code of the FedemDB shared object library (see the fedem_mdb repository). The numerical value of each enum value in this module should therefore not be changed without a similar change in the C++ equivalent, to preserve consistency.

class enums.FmDof(value)

Bases: Enum

This enumerator identifies the local DOF components in an object. The values corresponds to the FmIsMeasuredBase::SensorDof enum values (see the fedem_mdb repository).

GAGE_1 = 17

GAGE_2 = 18

GAGE_3 = 19

LENGTH = 6

MAX_PR = 13

MIN_PR = 14

RX = 3

RY = 4

RZ = 5

SA_MAX = 15

TX = 0

TY = 1

TZ = 2

VMISES = 16

class enums.FmDofStat(value)

Bases: Enum

This enumerator identifies the available DOF constraint types. The values corresponds to the FmHasDOFsBase::DOFStatus enum values (see the fedem_mdb repository).

FIXED = 1

FREE = 0

FREE_DYN = 3

PRESCRIBED = 2

SPRING = 4

SPRING_DYN = 5

class enums.FmLoadType(value)

Bases: Enum

This enumerator identifies the two external load types a Fedem model. The values corresponds to the enum values in the C++ class FmLoad. (see the fedem_mdb repository).

FORCE = 0

TORQUE = 1

class enums.FmType(value)

Bases: Enum

This enumerator identifies the various object types a Fedem mechanism model may consist of. They are mapped onto a corresponding type ID value of the C++ classes in the FedemDB.C source file (see the fedem_mdb repository).

ALL = 0

AXIAL_DAMPER = 18

AXIAL_SPRING = 17

BALL_JOINT = 9

BEAM = 2

BEAM_PROP = 4

CAM_JOINT = 13

CYLINDRIC_JOINT = 12

FEPART = 3

FREE_JOINT = 10

FUNCTION = 15

JOINT = 6

LOAD = 14

MAT_PROP = 5

PRISMATIC_JOINT = 11

REVOLUTE_JOINT = 8

RIGID_JOINT = 7

SENSOR = 16

STRAIN_ROSETTE = 19

TRIAD = 1

class enums.FmVar(value)

Bases: Enum

This enumerator identifies the result quantities that may be measured. The values corresponds to the FmIsMeasuredBase::SensorEntity enum values (see the fedem_mdb repository).

ACC = 7

DAMP_ANG = 12

DAMP_FORCE = 14

DAMP_VEL = 13

DEFLECTION = 16

DISTANCE = 5

FORCE = 17

GLOBAL_ACC = 4

GLOBAL_FORCE = 19

GLOBAL_VEL = 2

LENGTH = 15

LOCAL_ACC = 3

LOCAL_FORCE = 18

LOCAL_VEL = 1

POS = 0

REL_POS = 8

SPR_ANG = 9

SPR_DEFL = 10

SPR_FORCE = 11

STRAIN = 24

STRESS = 25

VEL = 6