structuralproperties

Unless otherwise specified, data names are accessible in level 3 only.

activesuppressed
Returns non-zero if the entity is set inactive, 0 otherwise.
Type: integer
attributesmax
The number of attributes owned by this entity.
Type: unsigned integer
color
The 1-64 color of the entity.
Type: integer
config
The configuration of the entity.
80 - Head
81 - Upper leg
82 - Lower leg
83 - Dummy targets
84 - Instrument Panel Impact Point
86 - Upper Interior Impact Point
100 - Beam
118 - Rivet
300 - Spring
400 - Panel composite
401 - Panel metallic
500 - Generic
Type: unsigned integer
definedentity
True if the entity is defined, false otherwise.
Type: Boolean
id
The ID of the entity.
Type: unsigned integer
include
The ID of the include file the entity is organized in.
Type: entity
includeid
The ID of the include file the entity is organized in.
Type: unsigned integer
internalid
The ID of the entity.
Type: unsigned integer
internalname
The internal name of the entity.
Type: string
length
The length of the panel when config is 100, 400 or 401.
Type: double
material
The material of the panel when config is 400 or 401.
Type: entity
moduleid
The module ID of the entity.
Type: integer
name
The name of the entity.
Type: string
outputsuppressed
Returns non-zero if the entity is set "do not export", 0 otherwise.
Type: integer
poolid
The pool number of the entity.
Type: integer
poolname
The pool name of the entity.
Type: string
property
The assigned property.
Type: entity
radius
The radius of the panel when config is 400 or 401.
Type: double
rivetdia
The diameter of the rivet when config is 118.
Type: double
se_aimingtype
The aiming method for the tangent to trajectory positioning method.
0 - Target method, the calculations are based on the target point.
1 - Contact method, the impactor is translated after positioning using target method to remove intersections from the instrument panel and should have contact at the target point.
Type: unsigned integer
se_armlength
The arm length of the headform impactor.
Type: double
se_contactdist
Shows the resulting contact distance between the contact point and design point location.
Type: double
se_contactpoint
The location of the contact point of the impactor.
Type: triple double
se_hangle
The horizontal angle used for positioning in degrees.
Type: double
se_hangle_max
Maximum horizontal angle for upper interior positioning.
Type: double
se_hangle_min
Minimum horizontal angle for upper interior positioning.
Type: double
se_headcenter
The location of the center of the impactor headform.
Type: triple double
se_ip_activate
True if the design point is active.
Type: Boolean
se_ip_adult
1 if the design point is an adult type, 0 otherwise.
Type: unsigned integer
se_ip_angle
The angle of the impactor for child/adult or leg pedestrian impact points.
Type: double
se_ip_areacheck
When se_ip_positiontype is 3 and this is set true, a check is made to see if the impactor’s COG is out of test area (w.r.t side reference lines). If so, automatically reposition the impactor using the 2D touch point.
Type: Boolean
se_ip_autopos_flag
Flag to know the success status of the automatic positioning in upper interior positioning.
Type: Boolean
se_ip_cog
The coordinates of the location of the COG of the design point.
Type: triple double
se_ip_comment
The comments related to the parent design point.
Type: string
se_ip_energy
The impactor energy of the design point.
Type: double
se_ip_fiz_node
Impact node on forehead in upper interior positioning.
Type: entity
se_ip_fiz_point
Location coordinates of the forehead impact node in upper interior positioning.
Type: double
se_ip_gap
The gap distance between impactor and vehicle outer used during positioning.
Type: double
se_ip_groundzcord
The z-height of the ground plane used for marking.
Type: double
se_ip_horizontallyprojected
True of the design point is horizontally projected.
Type: Boolean
se_ip_mass
The mass of the impactor used for the parent design point.
Type: double
se_ip_positiontype
The method used for placing the impactor on the design point:
1 - Aiming point
2 - 2D touch point
3 - 3D touch point
Type: unsigned integer
se_ip_shot_direction
Direction coordinates of the headform shot direction in upper interior positioning.
Type: triple double
se_ip_testtype
The test used for the parent design point:
0 - Child headform impactor to headform point
1 - Child headform impactor to headform point
2 - Lower legform impactor to bumper test
3 - Upper legform impactor to bumper test
4 - Upper legform impactor to WAD 775 test
Type: unsigned integer
se_ip_ur_initial_direction
Initial direction coordinates of the headform shot direction in upper interior positioning.
Type: triple double
se_ip_ur_offset
Offset of headform from vehicle interior trim in upper interior positioning.
Type: double
se_ip_ur_positioned_flag
Flag to know the positioning status in upper interior positioning.
Type: Boolean
se_ip_velocity
The velocity of the impactor used to test impact points.
Type: double
se_ip_zheight
The z-height to consider from ground for lower legform positioning.
Type: double
se_moveback
The magnitude of the move back distance (in the normal to target or target angle method) or angle (in degrees) in the case of the tangent to trajectory or pivot angles method.
Type: double
se_normal
The normal unit vector to be used in the normal to target method of positioning.
Type: triple double
se_pivotpoint
The desired location of pivot point used in the pivot angle method of positioning. This field will store the final location of the pivot point also for the tangent to trajectory method of positioning.
Type: triple double
se_positioningtype
The positioning method to be used in the Instrument Panel impact process.
0 - Tangent to trajectory method
1 - Normal to target method
2 - Pivot/Angles method
3 - Target/Angles method.
Type: unsigned integer
se_regulation
The regulation method used in the Instrument Panel impact process.
0 - FMVSS201
1 - ECER-21
Type: unsigned integer
se_srp
The location of the seat reference point of the vehicle.
Type: triple double
se_ur_moveback_achieved
Move back angle achieved with current position for upper interior positioning.
Type: double
se_vangle_max
Maximum vertical angle for upper interior positioning.
Type: double
se_vangle_min
Minimum vertical angle for upper interior positioning.
Type: double
se_vangle
The vertical angle used for positioning in degrees.
Type: double
se_zlevel
The z level in the tangent to the trajectory positioning method. Z level is defined as the global z coordinate of the headform impactor after positioning.
Type: double
sebeamsect
The beam section ID when config is 100.
Type: entity
sematerial
The material ID.
Type: entity
se_tp_allowed_deviation_x_neg
The allowed negative deviation for the abscissa of the measurement node. This value will be used for the color coding and the computation of num_failed_coords data name of the design point (with config 81), which references the current structural property. Allowable values are non-positive.
Type: double
se_tp_allowed_deviation_x_posi
The allowed positive deviation for the abscissa of the measurement node. This value will be used for the color coding and the computation of num_failed_coords data name of the design point (with config 81), which references the current structural property. Allowable values are non-negative.
Type: double
se_tp_allowed_deviation_y_neg
The allowed negative deviation for the ordinate of the measurement node. This value will be used for the color coding and the computation of num_failed_coords data name of the design point (with config 81), which references the current structural property. Allowable values are non-positive.
Type: double
se_tp_allowed_deviation_y_posi
The allowed positive deviation for the ordinate of the measurement node. This value will be used for the color coding and the computation of num_failed_coords data name of the design point (with config 81), which references the current structural property. Allowable values are non-negative.
Type: double
se_tp_allowed_deviation_z_neg
The allowed negative deviation for the applicate of the measurement node. This value will be used for the color coding and the computation of num_failed_coords data name of the design point (with config 81), which references the current structural property. Allowable values are non-positive.
Type: double
se_tp_allowed_deviation_z_posi
The allowed positive deviation for the applicate of the measurement node. This value will be used for the color coding and the computation of num_failed_coords data name of the design point (with config 81), which references the current structural property. Allowable values are non-negative.
Type: double
se_tp_measurement_node
The node located on the dummy.
Type: entity
solver_id
The solver ID of the entity.
Type: integer
solverkeyword
The name of the solver keyword.
Type: string
solvername
The solver name of the entity for entities enabled for name pool, otherwise the internal name of the entity.
Type: string
tableid
The user data table ID.
Type: entity
width
The width of the panel when config is 400 or 401.
Type: double

Version History

2019.1

2020 - Added new data names color_rgb, length, material, radius, se_ip_activate, se_ip_adult, se_ip_angle, se_ip_areacheck, se_ip_cog, se_ip_comment, se_ip_energy, se_ip_gap, se_ip_groundzcord, se_ip_horizontallyprojected, se_ip_mass, se_ip_positiontype, se_ip_testtype, se_ip_velocity, se_ip_zheight and width. Added new config values 80, 81, 82, 400 and 401.

2020 - Added new config values 100 and 500. Added new data names sebeamsect, sematerial and tableid. Added length support for config 100.

2020.1 - Added new data name solverkeyword.

2021.1 - Added new data names moduleid, poolid, poolname, and solver_id.

2021.2 - Added new data names internalname and solvername.

2022 - Added new data names se_tp_allowed_deviation_x_neg, se_tp_allowed_deviation_x_posi, se_tp_allowed_deviation_y_neg, se_tp_allowed_deviation_y_posi, se_tp_allowed_deviation_z_neg, se_tp_allowed_deviation_z_posi, and se_tp_measurement_node. Added new config value 83.

2022.1 - Added new config value 84 and new data names se_aimingtype, se_armlength, se_contactdist, se_contactpoint, se_hangle, se_headcenter, se_moveback, se_normal, se_pivotpoint, se_positioningtype, se_regulation, se_srp, se_vangle, and se_zlevel.

2024 - Added new config value 86 and new data names se_hangle_max, se_hangle_min, se_ip_autopos_flag, se_ip_fiz_node, se_ip_fiz_point, se_ip_shot_direction, se_ip_ur_initial_direction, se_ip_ur_offset, se_ip_ur_positioned_flag, se_ur_moveback_achieved, se_vangle_max, and se_vangle_min.