Surface

Attribute Name	Data Type	Description
no	int	Object number
geometry	SurfaceGeometry	Geometry Type
type	SurfaceType	Stiffness Type
boundary_lines	List[int]	Boundary Lines No.
thickness	int	Thickness with Material
material	int	Material of Thickness
analytical_area	float	Analytical area | A
analytical_volume	float	Analytical volume | V
analytical_mass	float	Analytical mass | M
analytical_center_of_gravity_x	float	Analytical center of gravity Analytical center of gravity | X_C
analytical_center_of_gravity_y	float	Analytical center of gravity | Y_C
analytical_center_of_gravity_z	float	Analytical center of gravity | Z_C
area	float	Area | A
volume	float	Volume | V
mass	float	Mass | M
center_of_gravity_x	float	Center of gravity Center of gravity | X_C
center_of_gravity_y	float	Center of gravity | Y_C
center_of_gravity_z	float	Center of gravity | Z_C
position	str	Position
position_short	str	Position
grid_enabled	bool	Grid enabled
is_deactivated_for_calculation	bool	Deactivated for calculation
comment	str	Comment
design_properties_via_surface	bool	Design properties via surface
design_properties_via_parent_surface_set	bool	Design properties via parent surface set
design_properties_parent_surface_set	int	Design properties | Parent surface set
load_transfer_direction	SurfaceLoadTransferDirection	Load distribution direction
is_surface_weight_enabled	bool	Surface weight enabled
is_advanced_distribution_settings_enabled	bool	Advanced distribution settings enabled
surface_weight	float	Surface weight | g
sampling_factor	float	Sampling factor | k
stripe_width	float	Stripe width | b
consider_member_eccentricity	bool	Consider member eccentricity
consider_section_distribution	bool	Consider section distribution
load_distribution	SurfaceLoadDistribution	Load distribution
neglect_equilibrium_of_moments	bool	Neglect equilibrium of moments
excluded_members	List[int]	Excluded members
excluded_parallel_to_members	List[int]	Members with excluded parallel objects
excluded_lines	List[int]	Excluded lines
excluded_parallel_to_lines	List[int]	Lines with excluded parallel objects
excluded_nodes	List[int]	Excluded nodes
loaded_members	List[int]	Loaded members
loaded_lines	List[int]	Loaded lines
loaded_nodes	List[int]	Loaded nodes
nurbs_control_point_count_in_direction_u	int	Number of control points in direction u
nurbs_control_point_count_in_direction_v	int	Number of control points in direction v
nurbs_order_in_direction_u	int	Order in direction u
nurbs_order_in_direction_v	int	Order in direction v
nurbs_control_points	SurfaceNurbsControlPointsRowsTable	Coordinates - Control Point | 2D matrix of NURBS control points. Each point is defined by its attributes: Coordinates (as a vector) and Weight .
quadrangle_corner_nodes	List[int]	Corner nodes
quadrangle_corner_node_1	int	Corner node 1
quadrangle_corner_node_2	int	Corner node 2
quadrangle_corner_node_3	int	Corner node 3
quadrangle_corner_node_4	int	Corner node 4
quadrangle_preferable_shape	SurfaceQuadranglePreferableShape	Preferable shape
pipe_radius	float	Radius | r_1
pipe_use_radius_end	bool	Use end radius
pipe_radius_end	float	End radius | r_2
pipe_center_line	int	Center line
pipe_generated_lines	List[int]	Generated lines No.
has_line_hinges	bool	Has line hinges
support	int	Surface support
eccentricity	int	Surface eccentricity | e_z
mesh_refinement	int	Surface mesh refinement
meshing_type	SurfaceMeshingType	Meshing type
input_axes_rotation_specification_type	SurfaceInputAxesRotationSpecificationType	Input axes category
input_axes_angular_rotation	float	Angular rotation | α
input_axes_axis	SurfaceInputAxesAxis	Axis
input_axes_lines	List[int]	Parallel to lines No.
input_axes_point_1_x	float	Direct to point 1 Direct to point 1 | X
input_axes_point_1_y	float	Direct to point 1 | Y
input_axes_point_1_z	float	Direct to point 1 | Z
input_axes_point_2_x	float	Direct to point 2 Direct to point 2 | X
input_axes_point_2_y	float	Direct to point 2 | Y
input_axes_point_2_z	float	Direct to point 2 | Z
input_axes_coordinate_system	int	Coordinate system
result_axes_rotation_specification_type	SurfaceResultAxesRotationSpecificationType	Result axes category
reversed_normal	bool	Reversed normal
grid_type	SurfaceGridType	Grid type
grid_origin_x	float	Grid origin Grid origin | X
grid_origin_y	float	Grid origin | Y
grid_origin_z	float	Grid origin | Z
grid_adapt_automatically	bool	Adapt grid automatically
grid_point_count_negative_x	int	Grid point count | n_-x
grid_point_count_positive_x	int	Grid point count | n_+x
grid_point_count_negative_y	int	Grid point count | n_-y
grid_point_count_positive_y	int	Grid point count | n_+y
grid_numbering_increment	int	Grid numbering increment
grid_point_count_r	int	Grid point count | n_+r
grid_distance_x	float	Grid distances | b
grid_distance_y	float	Grid distances | h
grid_distance_r	float	Grid distances | R
grid_rotation_alpha	float	Grid rotation | α
grid_rotation_beta	float	Grid rotation | β
grid_angle_gamma	float	Grid distances | α
auto_detection_of_integrated_objects	bool	Automatic detection of integrated objects
integrated_nodes	List[int]	Nodes No.
integrated_lines	List[int]	Lines No.
integrated_openings	List[int]	Openings No.
has_integrated_objects	bool	Has integrated objects
has_input_axes_rotation	bool	Has input axes rotation
has_result_axes_rotation	bool	Has result axes rotation
surface_timber_design_uls_configuration	int	Ultimate configuration for timber surface design
surface_timber_design_sls_configuration	int	Serviceability configuration for timber surface design
surface_timber_design_fr_configuration	int	Fire resistance configuration for timber surface design
timber_service_class	int	Service class for timber design
timber_moisture_class	int	Moisture class for timber design
timber_service_conditions	int	Service conditions for timber design
surface_reinforcements	List[int]	Surface reinforcements
is_user_defined_concrete_cover_enabled	bool	User-Defined Concrete Cover
concrete_cover_top	float	Concrete Cover - Top | c_nom,-z (top)
concrete_cover_bottom	float	Concrete Cover - Bottom | c_nom,+z (bottom)
user_defined_concrete_cover_top	float	User-Defined Concrete Cover - Top | c_-z (top)
user_defined_concrete_cover_bottom	float	User-Defined Concrete Cover - Bottom | c_+z (bottom)
concrete_durability_top	int	Concrete durability - Top
concrete_durability_bottom	int	Concrete durability - Bottom
reinforcement_direction_top	int	Reinforcement direction - Top
reinforcement_direction_bottom	int	Reinforcement direction - Bottom
deflection_check_surface_type	SurfaceDeflectionCheckSurfaceType	Deflection analysis surface type
deflection_check_displacement_reference	SurfaceDeflectionCheckDisplacementReference	Deflection analysis displacement reference
deflection_check_reference_length_z	float	Deflection analysis reference length L_z | L_z
deflection_check_reference_length_z_definition_type	SurfaceDeflectionCheckReferenceLengthZDefinitionType	Deflection analysis for reference length L_z
deflection_check_reference_plane_point_1_x	float	Point 1 of reference plane Coordinate of point 1 of reference plane | X
deflection_check_reference_plane_point_1_y	float	Coordinate of point 1 of reference plane | Y
deflection_check_reference_plane_point_1_z	float	Coordinate of point 1 of reference plane | Z
deflection_check_reference_plane_point_2_x	float	Point 2 of reference plane Coordinate of point 2 of reference plane | X
deflection_check_reference_plane_point_2_y	float	Coordinate of point 2 of reference plane | Y
deflection_check_reference_plane_point_2_z	float	Coordinate of point 2 of reference plane | Z
deflection_check_reference_plane_point_3_x	float	Point 3 of reference plane Coordinate of point 3 of reference plane | X
deflection_check_reference_plane_point_3_y	float	Coordinate of point 3 of reference plane | Y
deflection_check_reference_plane_point_3_z	float	Coordinate of point 3 of reference plane | Z
surface_reinforcement_table	SurfaceSurfaceReinforcementTable	List of Surface Reinforcements
surface_concrete_design_uls_configuration	int	Ultimate configuration for concrete surface design
surface_concrete_design_sls_configuration	int	Serviceability configuration for concrete surface design
surface_concrete_design_fr_configuration	int	Fire resistance configuration for concrete surface design
surface_concrete_design_seismic_configuration	int	Seismic configuration for concrete surface design
rotated_boundary_line	int	Boundary line No.
rotated_angle_of_rotation	float	Angle of rotation | α
rotated_point_p_x	float	Rotation axis point P Rotation axis point P | X
rotated_point_p_y	float	Rotation axis point P | Y
rotated_point_p_z	float	Rotation axis point P | Z
rotated_point_r_x	float	Rotation axis point R Rotation axis point R | X
rotated_point_r_y	float	Rotation axis point R | Y
rotated_point_r_z	float	Rotation axis point R | Z
rotated_generated_lines	List[int]	Generated lines No.
stress_analysis_configuration	int	Stress-strain analysis configuration
is_generated	bool	Generated by
generating_object_info	str	Generated by
id_for_export_import	str
metadata_for_export_import	str

Associated Data Types

SurfaceNurbsControlPointsRowsTable

Warning

No fields available for this message at this moment - will be implemented shortly.

SurfaceSurfaceReinforcementTable

Attribute Name	Data Type	Description
rows	List[SurfaceSurfaceReinforcementTableRow]

SurfaceSurfaceReinforcementTableRow

Attribute Name	Data Type	Description
no	int
description	str
surface_reinforcement	int

Associated Enums

SurfaceGeometry

Name
SURFACE_GEOMETRY_UNKNOWN
SURFACE_GEOMETRY_MINIMUM_CURVATURE_SPLINE
SURFACE_GEOMETRY_NURBS
SURFACE_GEOMETRY_PIPE
SURFACE_GEOMETRY_PLANE
SURFACE_GEOMETRY_QUADRANGLE
SURFACE_GEOMETRY_ROTATED
SURFACE_GEOMETRY_TRIMMED

SurfaceType

Name
SURFACE_TYPE_STANDARD
SURFACE_TYPE_FLOOR
SURFACE_TYPE_FLOOR_DIAPHRAGM
SURFACE_TYPE_FLOOR_FLEXIBLE_DIAPHRAGM
SURFACE_TYPE_FLOOR_SEMIRIGID
SURFACE_TYPE_GROUNDWATER
SURFACE_TYPE_LOAD_TRANSFER
SURFACE_TYPE_MEMBRANE
SURFACE_TYPE_RIGID
SURFACE_TYPE_WITHOUT_MEMBRANE_TENSION
SURFACE_TYPE_WITHOUT_THICKNESS

SurfaceLoadTransferDirection

Name
SURFACE_LOAD_TRANSFER_DIRECTION_IN_X
SURFACE_LOAD_TRANSFER_DIRECTION_IN_BOTH
SURFACE_LOAD_TRANSFER_DIRECTION_IN_Y
SURFACE_LOAD_TRANSFER_DIRECTION_ISOTROPIC

SurfaceLoadDistribution

Name
SURFACE_LOAD_DISTRIBUTION_UNIFORM
SURFACE_LOAD_DISTRIBUTION_VARYING_LINEAR

SurfaceQuadranglePreferableShape

Name
SURFACE_QUADRANGLE_PREFERABLE_SHAPE_ROTATED
SURFACE_QUADRANGLE_PREFERABLE_SHAPE_PIPE

SurfaceMeshingType

Name
SURFACE_MESHING_TYPE_USE_GLOBAL_SETTINGS
SURFACE_MESHING_TYPE_FREE
SURFACE_MESHING_TYPE_MAPPED

SurfaceInputAxesRotationSpecificationType

Name
SURFACE_INPUT_AXES_ROTATION_SPECIFICATION_TYPE_ANGULAR_ROTATION
SURFACE_INPUT_AXES_ROTATION_SPECIFICATION_TYPE_DIRECT_TO_POINT
SURFACE_INPUT_AXES_ROTATION_SPECIFICATION_TYPE_PARALLEL_TO_COORDINATE_SYSTEM
SURFACE_INPUT_AXES_ROTATION_SPECIFICATION_TYPE_PARALLEL_TO_LINES

SurfaceInputAxesAxis

Name
SURFACE_INPUT_AXES_AXIS_X
SURFACE_INPUT_AXES_AXIS_Y

SurfaceResultAxesRotationSpecificationType

Name
SURFACE_RESULT_AXES_ROTATION_SPECIFICATION_TYPE_IDENTICAL_TO_INPUT_AXES

SurfaceGridType

Name
SURFACE_GRID_TYPE_CARTESIAN
SURFACE_GRID_TYPE_POLAR

SurfaceDeflectionCheckSurfaceType

Name
SURFACE_DEFLECTION_CHECK_SURFACE_TYPE_DOUBLE_SUPPORTED
SURFACE_DEFLECTION_CHECK_SURFACE_TYPE_CANTILEVER

SurfaceDeflectionCheckDisplacementReference

Name
SURFACE_DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_DEFORMED_USER_DEFINED_REFERENCE_PLANE
SURFACE_DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_PARALLEL_SURFACE
SURFACE_DEFLECTION_CHECK_DISPLACEMENT_REFERENCE_UNDEFORMED_SYSTEM

SurfaceDeflectionCheckReferenceLengthZDefinitionType

Name
SURFACE_DEFLECTION_CHECK_REFERENCE_LENGTH_Z_DEFINITION_TYPE_MANUALLY
SURFACE_DEFLECTION_CHECK_REFERENCE_LENGTH_Z_DEFINITION_TYPE_BY_MAXIMUM_BOUNDARY_LINE
SURFACE_DEFLECTION_CHECK_REFERENCE_LENGTH_Z_DEFINITION_TYPE_BY_MINIMUM_BOUNDARY_LINE