NodalLoad

Attribute Name	Data Type	Description
no	int	Object number
load_type	LoadType	Load Type
nodes	List[int]	Assigned to Nodes No.
force_eccentricity_x	float	Force eccentricity | Eccentricity ordinates of nodal load’s force Force eccentricity | e
force_eccentricity_y	float	Force eccentricity | e
force_eccentricity_z	float	Force eccentricity | e
coordinate_system	int	Has force eccentricity optional bool has_force_eccentricity = 8; Coordinate system | Number of coordinate system
has_specific_direction	bool	Has specific direction
specific_direction_type	SpecificDirectionType	Specific Direction Type | Type of Specific Direction
axes_sequence	AxesSequence	Sequence | Sequence - Specific Direction Type has to be Rotated via 3 Angles.
rotated_about_angle_x	float	Rotation angle about X axis | α_’ | Rotation angle about X axis | α_’ - Specific Direction Type has to be Rotated via 3 Angles.
rotated_about_angle_y	float	Rotation angle about Y axis | α_’ | Rotation angle about Y axis | α_’ - Specific Direction Type has to be Rotated via 3 Angles.
rotated_about_angle_z	float	Rotation angle about Z axis | α_’ | Rotation angle about Z axis | α_’ - Specific Direction Type has to be Rotated via 3 Angles.
rotated_about_angle_1	float	Rotation angle about first axis | α_1 | Rotation angle about first axis | α_1 - Specific Direction Type has to be Rotated via 3 Angles.
rotated_about_angle_2	float	Rotation angle about second axis | α_2 | Rotation angle about second axis | α_2 - Specific Direction Type has to be Rotated via 3 Angles.
rotated_about_angle_3	float	Rotation angle about third axis | α_3 | Rotation angle about third axis | α_3 - Specific Direction Type has to be Rotated via 3 Angles.
directed_to_node_direction_node	int	Direct to node No. | Direct to node No. - Specific Direction Type has to be Directed to Node.
parallel_to_two_nodes_first_node	int	First node | First node - Specific Direction Type has to be Parallel to Two Nodes.
parallel_to_two_nodes_second_node	int	Second node | Second node - Specific Direction Type has to be Parallel to Two Nodes.
parallel_to_line	int	Line No. | Line No. - Specific Direction Type has to be Parallel to CS of Line.
parallel_to_member	int	Member No. | Member No. - Specific Direction Type has to be Parallel to CS of Member.
components_force_x	float	Force | Nodal load force - nodal load type has to be Components. Force | F
components_force_y	float	Force | F
components_force_z	float	Force | F
components_moment_x	float	Moment | Nodal load moment - nodal load type has to be Components. Moment | M
components_moment_y	float	Moment | M
components_moment_z	float	Moment | M
force_magnitude	float	Force | F | Nodal load force defined by direction.
load_direction	LoadDirection	Load direction
moment_magnitude	float	Moment | M | Nodal load moment defined by direction.
individual_mass_components	bool	Individual mass components | Individual mass components - nodal load type has to be ‘Mass’.
mass_global	float	Mass | M
mass_x	float	Mass | M | Nodal load mass Mass | M
mass_y	float	Mass | M
mass_z	float	Mass | M
mass_moment_of_inertia_x	float	Mass moment of inertia | Mass moment of inertia - nodal load type has to be Mass. Mass moment of inertia | I
mass_moment_of_inertia_y	float	Mass moment of inertia | I
mass_moment_of_inertia_z	float	Mass moment of inertia | I
mass_has_rotational_mass	bool	Has rotational mass | Has rotational mass - nodal load type has to be Mass.
mass_rotational_mass	float	Rotational mass | M | Nodal load rotational mass
mass_angular_velocity	float	Angular velocity | ω | Angular velocity of rotational mass
mass_angular_acceleration	float	Angular acceleration | α | Angular acceleration of rotational mass
mass_radius	float	Radius | r | Radius of rotational mass
mass_axis_of_rotation	MassAxisOfRotation	Axis of rotation | Axis of rotation of rotational mass
mass_angle	float	Angle | β | Angle of rotational mass
has_shifted_display	bool	Has shifted display | Has shifted display.
offset_x	float	Offset | Offset for shifted display Offset | Δ
offset_y	float	Offset | Δ
offset_z	float	Offset | Δ
size_or_distance	float	Size / Distance | Δ | Size/Distance for shifted display
comment	str	Comment
load_case	int	Load Case
is_generated	bool	Generated by
generating_object_info	str	Generated by
has_load_graphic_position_below	bool	Has Load Graphic Position Below
id_for_export_import	str
metadata_for_export_import	str

Associated Enums

LoadType

Name
LOAD_TYPE_UNKNOWN
LOAD_TYPE_COMPONENTS
LOAD_TYPE_FORCE
LOAD_TYPE_MASS
LOAD_TYPE_MOMENT

SpecificDirectionType

Name
SPECIFIC_DIRECTION_TYPE_ROTATED_VIA_3_ANGLES
SPECIFIC_DIRECTION_TYPE_DIRECTED_TO_NODE
SPECIFIC_DIRECTION_TYPE_PARALLEL_TO_CS_OF_LINE
SPECIFIC_DIRECTION_TYPE_PARALLEL_TO_CS_OF_MEMBER
SPECIFIC_DIRECTION_TYPE_PARALLEL_TO_TWO_NODES

AxesSequence

Name
AXES_SEQUENCE_XYZ
AXES_SEQUENCE_XZY
AXES_SEQUENCE_YXZ
AXES_SEQUENCE_YZX
AXES_SEQUENCE_ZXY
AXES_SEQUENCE_ZYX

LoadDirection

Name
LOAD_DIRECTION_LOCAL_X
LOAD_DIRECTION_GLOBAL_X_OR_USER_DEFINED_U_TRUE
LOAD_DIRECTION_GLOBAL_Y_OR_USER_DEFINED_V_TRUE
LOAD_DIRECTION_GLOBAL_Z_OR_USER_DEFINED_W_TRUE
LOAD_DIRECTION_LOCAL_Y
LOAD_DIRECTION_LOCAL_Z

MassAxisOfRotation

Name
MASS_AXIS_OF_ROTATION_X_POSITIVE
MASS_AXIS_OF_ROTATION_X_NEGATIVE
MASS_AXIS_OF_ROTATION_Y_NEGATIVE
MASS_AXIS_OF_ROTATION_Y_POSITIVE
MASS_AXIS_OF_ROTATION_Z_NEGATIVE
MASS_AXIS_OF_ROTATION_Z_POSITIVE