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Universal File Datasets Summary

For a list of datasets currently written or read by the software, see the Universal File Datasets List at the end of this article.

Universal files are ASCII data files that can be used to store selected information from a model file, to interface with programs of your own or to transfer information between different types of computers.

Note: Universal File Dataset 58b contains data in both ASCII and binary formats.

The following are some reasons for using universal files:

  • For small models, a universal file is smaller than a model file.
  • You have more control over what is written to the file.
  • In case of loss, it can serve as a backup to the model file.

Universal files are designed so that they may be easily read and written using user-written programs. Each universal file is a sequential formatted file with records a maximum of 80 characters. The file is compatible with the text editor on the system.

Contents of Datasets

Blocks of information called datasets make up the basic structure of a universal file. Each block begins with a line containing -1 and is a dataset delimiter. This is a line containing a minus sign in column 5 and a 1 in column 6. The remainder of the line is blank.

The second line has a number which is the dataset number. For example, the connection grid specification for mesh volumes are written with dataset number 785.

Following the data type record, the body of the dataset contains data which is dependent on the dataset type. The final record of the dataset contains a delimiter line containing a minus sign in column 5 and a 1 in column 6 with the remainder of the line blank.

For example:

 

Note that each dataset begins with a delimiter and ends with a delimiter. Between datasets, the file can contain lines (for example, comments), which are not part of any dataset.

Processing of the Universal File

Processing of the universal file begins by searching for the first delimiter line. Next, the dataset type line is processed to determine whether or not the reading program should process this dataset. If the dataset is to be processed, the program reads the data per the specifications in the remainder of this section of the manual. If the dataset is not to be processed by the program, the program continues reading until the next delimiter line indicating the end of the dataset is encountered.

The program next searches forward for the next delimiter indicating the beginning of the next dataset. Processing of the next dataset continues as above.

This processing continues dataset-by-dataset until the end-of-file condition is reached. Note that an end of file condition encountered in the middle of the dataset indicates that the dataset is not complete. The end of file should always be encountered while looking for the beginning of the next dataset to process.

Writing Your Own Universal File

Universal files written by the software generally contain more information than you need to include if you plan to write your own file outside of the I-DEAS software to import information. For example, files written by the software contain information about the model file being used and active units. When reading a file, these sections don't need to be present. There is also information on the file describing things like color definitions, viewport layout patterns, and light source definitions. If you are writing a program to import data into I-DEAS, you can skip any information that doesn't pertain to your application.

Universal Data Sets Ownership Groups

The following list the universal datasets by application owner. Listed are both current and obsolete datasets. Current datasets are both read and written by the I-DEAS software. Obsolete datasets are only read by the software.

Design Datasets

Current

 
 477   Assembly - Function Groups   
 496   Assembly - Sequence          
 505   Assembly - Animations        
 508   Assembly - VG Constraint Values         
 509   Assembly - Auxiliary Function Data      
 512   Assembly - Markers (Reference Triads)           
 516   Assembly - Gravity 
 519   Assembly - Initial Conditions 
 1111   Assembly - Task Status Data
 1113   Assembly - Stable Hierarchy Node
 1120   Assembly - Geometric Associative Constraint (GAR)
 1123   Assembly - Assembly Group (AGP)
 1126   Assembly - Assembly Attribute
 1129   Assembly - Pruning Set
 1132   Assembly - Configuration
 1134   Assembly - VG Solution/Constraint Data
 1136   Assembly - Compact Hierarchy
 1140   Assembly - VG Tolerance Values
 1143   Assembly - System Virtual Data Record (VDR)
 1144   Assembly - Feature
 1145   Assembly - 3D Dimension
 1146   Assembly - Pattern
 1147   Assembly - VG Constraint
 1148   Assembly - Hierarchy Nodes
 1151   Assembly - Motion
 1152   Assembly - Functions
 1155   Assembly - Rigid Bodies
 1156   Assembly - Joint
 1157   Assembly - Springs/Dampers
 1158   Assembly - Multi-Joint Constraint
 1162   Assembly - Forces
 1163   Assembly - Load Cases
 1164   Assembly - Mechanism Solution Run
 1165   Assembly - Mechanism Requests
 1166   Assembly - Entity Header
 2601   Drawing Header   
 2602   Drawing - Layout View      
 2609   Layout View - Cutting Plane Curve     
 2610   Layout View - Drawing Assembly        
 2612   Layout View - 2D Dimension  
 2614   Layout View - 2D Note      
 2615   Layout View - Crosshatching 
 3300   Shape Design Discrete Function Definition
 3301   Shape Design Solver Options
 3302   Dynamic Shaping Options

Obsolete

 
 301   Leaf - Sectional Skin Group 
 302   Leaf - Mesh-of-Curves Skin Group      
 303   Leaf - Mesh-of-Points Skin Group      
 304   Leaf - Boundary Curves Skin Group     
 308   Skin Group - Detailed Description     
 310   Stored Tolerance Analysis Model       
 311   TAM - Profile   
 312   TAM - Label Map  
 313   TAM - Geometric Constraints 
 314   TAM - External Constraints  
 320   Stored Sheet Metal Model - Header     
 321   Sheet Metal - Panel        
 322   Sheet Metal - Bend Region  
 323   Sheet Metal - Label Map    
 324   Sheet Metal - Up-to-Date Precise Surface Map     
 330   Sheet Metal Bend Function  
 476   Assembly - Functions         
 481   Entity - Detailed Description         
 482   Entity - Points  
 483   Entity - Lines   
 484   Entity - Notes   
 498   System - Cross Section   
 499   Assembly - Joint     
 500   System Assembly Status Data 
 501   Stored Component - Header  
 503   System - Hierarchy Nodes   
 506   System - Configuration     
 507   Assembly - VG Solution/Constraint Data  
 510   Assembly - Mechanism Solution Run       
 511   Assembly - Rigid Bodies  
 513   Assembly - Springs/Dampers   
 514   Assembly - Multi-Joint Constraint 
 515   Assembly - Load Cases    
 517   Assembly - Forces   
 518   Assembly - Motion  
 521   Profile - 2D Dimensions    
 522   Profile - Geometric Constraints       
 523   Profile - External Constraints        
 524   Stored Sectional Skin Group - Header  
 525   Stored Mesh-of-Curves Skin Group - Header        
 526   Stored Mesh-of-Points Skin Group - Header        
 527   Stored Boundary Curves Skin Group - Header       
 528   Profile - VG Variable Units Types - Header       
 529   Stored Profile - Header    
 530   Stored Object - Header     
 531   Stored Feature - Header    
 532   Application - External VDR Reference List        
 533   Object - External VDR Reference List (ERL's)     
 534   Object - History Node Header          
 535   Object - History Node Header          
 537   Object - History Leaf Header          
 540   Node/Leaf - 3D Dimension   
 541   Node/Leaf - Virtual Data Record (VDR) 
 542   Node/Leaf - 3D Note (Label) 
 543   Leaf - Surface Attributes  
 544   Node/Leaf - Faceted B-REP  
 547   Node/Leaf - Topological B-REP         
 548   Node/Leaf - Centerpoints   
 549   Node/Leaf - Surface Alias List        
 550   Leaf - Profile   
 551   Leaf - Sheet Metal Model   
 553   Leaf - Bend Region Face List          
 554   Leaf - Sheet Metal Model Associated Data         
 555   Leaf - Primitive Surface Associativity Map       
 556   Leaf - Precise Surfaces    
 558   Leaf - Centerlines         
 560   Node/Leaf - Relative Orientation Operators       
 561   Node/Leaf - Relative Orientation Operators       
 562   Object - Feature Creation Parameters  
 563   Object - Feature Parameter Controlled Entity     
 564   Object - Feature Parameter Affected Equation     
 565   Object - Feature Table Configuration  
 566   Object - Root Space Precise Surfaces  
 570   Stored 2D Drawing Header   
 571   Stored NC Setup Drawing Header        
 572   2D Drawing - Drawing Reference List   
 574   2D Drawing - Entity Instance List     
 575   2D Layout View - 2D Crosshatching     
 576   2D Drawing - Drawing View  
 577   Layout View - Section View Cutting Plane         
 578   2D Drawing - 2D Layout View 
 580   2D Layout View - Point     
 581   2D Layout View - Line      
 582   2D Layout View - Arc       
 583   2D Layout View - Circle    
 584   2D Layout View - Ellipse   
 586   2D Layout View - B-Spline  
 587   NC Setup Drawing - NC Setup Detail    
 588   2D Layout View - 2D Deleted Entry     
 589   2D Layout View - Key Dimension Mapping 
 590   2D Layout View - 2D Note   
 591   2D Layout View - Surface Set          
 592   2D Layout View - 2D Crosshatching     
 593   2D Layout View - Kcurve (Composite Curve)        
 594   2D Layout View - 2D Dimension         
 595   2D Layout View - Feature Control Symbol          
 596   2D Layout View - Layout View Mapping  
 597   Assembly - Virtual Data Record (VDR)   
 598   Stored System - Header     
 599   System - Stable Hierarchy Node        
 1112  Assembly - Entity Header
 1114  Assembly - Hierarchy Nodes
 1115  Assembly - Configuration
 1116  Assembly - Compact Hierarchy
 1117  Assembly - 3D Dimension
 1118  Assembly - System Virtual Data Record (VDR) 
 1119  Assembly - Feature
 1121  Assembly - Compact Hierarchy
 1122  Assembly - Configuration 
 1124  Assembly - System Virtual Data Record (VDR)
 1125  Assembly - Mechanism Solution Run
 1127  Assembly - 3D Dimension
 1128  Assembly - 3D Note (Label)
 1130  Assembly - Forces
 1131  Assembly - Mechanisms Requests
 1133  Assembly - System Virtual Data Record (VDR)
 1135  Assembly - System Virtual Data Record (VDR)
 1138  Assembly - Mechanism Solution Run
 1139  Assembly - VG Solution/Constraint Data
 1141  Assembly - 3D Dimension
 1142   Assembly - Entity Header 

General Datasets

Current

 

 151   Header          
 152   View  
 154   Layout          
 160   Light Source    
 161   Digitizing Tablet Layouts  
 164   Units 
 166   Annotation Overlay         
 173   MS1 XY Graphing Option Set  
 174   MS1 XY Window/Notes Graphing Option Set          
 176   MS5 Display Options
 177   MS6 XY Graphing Option Set
 179   View
 180   Y2K Mapping
 182   I10 Display Options
 436   Colors          

Obsolete

 

 158   L3 XY Plot Options         
 162   L4 XY Plotting Option Set  
 167   L5 XY Plotting Option Set  
 169   L6 XY Plotting Option Set  
 172   MS1 Display Options        
 175   MS3 Display Options
 178   MS6 Display Options
 181   I9 Display Options

Management Datasets

Current

 
 3202   State Data      
 3203   Role Data       
 3204   Role Assignment Data       
 3205   Access Privilege Data      
 3207   Required Attribute Label Data         
 3208   Database ID Data 
 3209   Item Version Data          
 3210   Relationship Data          
 3211   Member Data     
 3212   Attribute Label Data       

Obsolete

 

 3201   Member Data     
 3206   Attribute Label Data       

Manufacturing Datasets

Current

 
 2500   NC Model File
 2501   NC Job List
 2502   NC Job List Datastore
 2503   NC Job
 2504   NC Job Datastore
 2505   NC Setup
 2506   NC OpGroup
 2507   NC Operation
 2508   NC OpList
 2509   NC Insert Rule Set 
 2510   NC Zop
 2511   NC Parameter Table
 2512   NC Assembly Ham IDs
 2513   NC IDM Separator

Master Modeler Datasets

Current

 
 1101   Bin   
 1102   Stored Part - Header       

Simulation Datasets

Current

 

 200   Active Direction Set       
 202   System Solution Options    
 203   Excitation Definition Funct. Creation Options    
 204   Project Documentation Options         
 205   Output Sets Header         
 206   System Entity Directory    
 207   Orthogonality Matrix Options          
 208   Orthogonality GMC Options  
 209   Unbalance Excitation       
 210   Rotating Force Excitation  
 211   Response DOF Sets          
 212   Constraint DOF Sets        
 213   System Connections         
 214   Component Physical Degrees of Freedom 
 217   Function Header  
 220   Load Cases      
 221   Analytical Mode Order Sets  
 222   System Orthogonality Ratios 
 223   Auxiliary Data for Test Modal Component          
 224   Auxiliary Data for Rigid Body Component          
 225   Component Filenames        
 226   Rigid Body Properties      
 227   Translational Scalar Connector Data   
 228   Rotational Scalar Connector Data      
 229   General Scalar Connector Data         
 230   Bearing Connector Data     
 233   Elemental Matrices         
 236   System Definition Parameters          
 239   System Restart Parameters  
 242   User - Defined DOF List    
 244   Static Condensation Master DOF        
 247   DOF Vector for Substructure Component 
 248   Entity DOF Vector          
 249   DOF Vector for General Matrix Component          
 250   Entity Definition Matrix   
 251   Residual Flexibility       
 252   Entity Definition Matrix   
 253   System Modal Energies      
 254   Direct Frequency Response Solution Options       
 255   Modal DOF       
 256   System Master DOF          
 257   System Constraint Equations 
 258   System Restrained DOF      
 259   Function Entities          
 260   DOF Vector for System      
 261   Connector Function Creation Options   
 262   Frequency-dep Translational Scalar Conn Data     
 263   Frequency-dep Rotational Scalar Conn Data        
 264   Frequency-dep General Scalar Conn Data 
 265   Frequency-dep Bearing Scalar Conn Data 
 266   Displacement-dep Trans Scalar Conn Data          
 267   Displacement-dep Rotational Scalar Conn Data     
 268   Displacement-dep General Scalar Conn Data        
 270   Component Loads  
 281   Response Evaluation Option  
 283   Loads Evaluation Status
 284   Unbalance Excitation       
 285   Rotating Force Excitation  
 286   Response DOF Sets          
 290   Dynamic Model Header       
 291   Connector Header 
 292   Component Header 
 298   Active Entity   
 604   Residual Flexibility Matrix 
 605   Mode Shape Analysis Data Record       
 606   Enforced Motion Matrix     
 607   Component Loads/Displacements         
 608   Nonlinear Statics Solution Times Coordination    
 609   Eigenvalues and Model Masses
 610   Excitation Frequency/Time Definition
 625   Optimization Design        
 626   Optimization Design Parameter         
 628   Optimization Stress Limit  
 629   Optimization Displacement Limit       
 630   Optimization Frequency Limit (Method 1)          
 631   Optimization Frequency Limit (Method 2)          
 632   Optimization Frequency Limit (Method 3)          
 633   Optimization Frequency Limits (Solver Generated)
 634   Optimization Buckling Limit 
 635   Optimization Mass Limits   
 636   Optimization Design Goal   
 637   Optimization Iteration     
 638   Optimization Limit Histories          
 639   Optimization Limit Sensitivities      
 641   Optimization/Model Solution Solver/Analysis Param
 642   Optimization Temperature List
 643   FE Study and Optimization Design
 644   Element Override
 645   Mesh Definition Override Parameter
 646   ID Override Parameter
 647   Variational Analysis Design Parameters
 648   Optimization Solution Set
 649   Reduction Overrides
 732   Beam Cross Section Geometry 
 734   Beam Code Checking Parameters         
 748   Associated Element Data    
 751   Constraint Sets for Recovery MPCs
 754   Constraint Sets  
 757   DOF Sets        
 776   Beam Cross Section Properties         
 783   Coordinate Data in IJK Format         
 784   Connection Grid Specification for Mesh Areas     
 785   Connection Grid Specification for Mesh Volumes   
 786   Tetrahedron Face Connection Data      
 787   Mass/Inertia Properties        
 790   Load Sets       
 791   Restraint Sets   
 792   Temperature Sets 
 794   Time Variation   
 795   Mesh Area Labels in IJK Orientation   
 796   Temperature Variation      
 830   Thermoplastic Data         
 831   Thermoset Data   
 832   Weld Locator Data          
 833   Mold Filling - Dynamic Size Parameters 
 834   Mold Filling - Bandwidth Optimization Map        
 835   Mold Cooling - Dynamic Size Parameters 
 836   Shell Thickness Data       
 840   Thermoplastic Data
 843   Gate nodes for runnerless model
 1700   Material Database Header   
 1701   Material Database Dimension 
 1702   Material Database Unit System         
 1703   Material Database Property  
 1704   Material Database Material Type       
 1705   Material Database Variable  
 1706   Material Database Material Class      
 1707   Material Database Material Attribute  
 1708   Material Database Material Component  
 1709   Material Database Material Specification         
 1712   Material Reference List    
 1716   Material Database Material
 1717   Material Database Material
 1750   Material Database Property Table      
 2400   Model Header    
 2410   Node Pointers
 2411   Nodes - Double Precision   
 2412   Elements        
 2413   Result type definition     
 2414   Analysis Data   
 2415   Laminate Definitions       
 2416   Trace Lines     
 2418   Sorted results associativity          
 2419   FEM/Geometry Associativity
 2420   Coordinate Systems         
 2421   Geometry Based Boundary Conditions    
 2423   Geometry - Node Association + Frozen Mesh Data   
 2424   Geometry - Element Association        
 2425   Data Surface      
 2426   Data Edge
 2428   Permanent Groups
 2429   Permanent Groups
 2431   Trace Lines
 2433   FE Model Attached Part
 2438   Associated Element Data (Current)
 2439   Geometry Element Order
 2446   FEM from Assembly Mapping
 2447   Dynamic Groups
 2448   Physical Properties
 2453   Results Matrix
 2454   General Matrix Element
 2455   FE Point Connector
 2456   Connector Area Table
 2467   Permanent Groups
 2469   FE Connector Association
 2470   Physical Properties
 2471   Contact Sets
 2473   Connector Tolerances
 2474   Connector Tolerances
 2475   FE Area Connector
 2700   Primitive
 2701   Solver Control
 2702   Restart Control
 2703   Initial Conditions
 2704   Thermal Boundary Conditions
 2705   Peltier Cooler
 2706   Articulation
 2900   Generic
 2901   Translator Coordinate Cord 1 Cord 2
 3000   Thermal Coupling
 3001   Thermal Coupling 
 3002   Temperature Boundary Condition        
 3003   Heat Load Boundary Condition          
 3004   Heat Flux Boundary Condition          
 3005   Thermostat      
 3006   Initial Temperature        
 3007   Radiation Request          
 3008   Solar Heating   
 3009   Radiative Heat Source       
 3010   Reverse Sides   
 3011   Forced Convective Coupling  
 3012   Free Convective Coupling   
 3014   Network Pressure Boundary Condition   
 3015   Network Flow Definition    
 3016   Merge Set       
 3017   Elimination Set  
 3018   Locked Element Set         
 3019   Element Deactivation Set   
 3020   Tabular Data    
 3021   Interpolation Relationship  
 3022   Additional Conductances    
 3023   Local Symmetry Definition  
 3025   Printout Option  
 3026   Non-Geometric Element      
 3027   Network Flow Section Override         
 3028   Hydraulic Resistance Modifier         
 3029   Network Flow Boundary Condition       
 3030   Boundary Layer Continuation 
 3031   Element Radiation Switches  
 3032   Orbit Definition 
 3033   Element Buoyancy Switch    
 3034   Generic Entity   
 3035   Text  
 3036   Flow Surface Property
 3037   Flow Surface
 3038   Flow Blockage
 3039   Vent
 3040   Initial Flow Conditions
 3041   Internal Fan
 3042   Non Blocking Element
 3043   Articulation
 3047   Radiation Request 2
 3048   Tabular Data
 3049   Thermostat
 3050   Orbit Definition
 3051   Free Convective Cooling
 3054   Orbit Definition
 3056   Thermal Boundary Condition
 3057   Radiation Enclosure
 3058   Duct Flow Fan or Pump
 3059   Duct Inlet and Outlet 
 3084   Duct Property
 3086   Orbit Definition
 3087   Diurnal Solar Heating
 3088   Radiative Heating 2
 3089   Element Radiation Switches
 3090   Ambient Conditions
 3091   Radiation Constants 
 3092   Transient Analysis Parameters
 3093   Radiation Parameters
 3094   Analysis Control 
 3095   Articulation Parameters
 3096   Transient Analysis Parameters         
 3097   Steady State Analysis Parameters      
 3098   Analysis Options 
 3100   Network Pressure Boundary Condition Control      
 3101   Analysis Control 
 3102   Steady State Analysis Parameters      
 3103   Transient Analysis Parameters         
 3104   Radiation Parameters       
 3105   Radiation Constants        
 3106   Ambient Conditions         
 3107   Initial Temperature Control 
 3108   Run Time Options 
 3109   Results Recovery
 3110   Analysis Options 
 3111   Steady State Analysis Parameters
 3112   Orbit Control   
 3113   Variable Control 
 3114   Model Translation Options Control     
 3115   Model Simplification Control          
 3116   Global Ambient Parameters
 3117   Initial Flow Conditions Control
 3118   Solver Execution Options
 3119   Advanced Conduction Options
 3120   Boundary Condition Set     
 3121   Transient Analysis Parameters
 3122   Solution Methods
 3123   Flow Options
 3124   Solver Options
 3125   Radiation Control
 3126   Radiation Constants
 3127   Ambient Conditions
 3128   Restart Control
 3129   Model Translation Options Control
 3130   TMG Study Setup
 3131   Results Recovery
 3132   Initial Conditions
 3133   TMG, ESC Advanced Options
 3136   Non-Geometric Element
 3137   Additional Conductances
 3138   Forced Convective Coupling
 3150   Surface Property 
 3151   Fan   
 3152   Vent  
 3153   Flow Surface    
 3154   Flow Blockage   
 3155   Thermal Boundary Condition  
 3156   Thermal Coupling 
 3157   Ambient Conditions         
 3158   Initial Conditions         
 3159   Solver Options   
 3160   Results Options  
 3161   Fan Curves
 3162   Recirculation Fan
 3163   Screen Flow Resistance
 3164   Symmetry Plane
 3165   Flow Surface
 3166   Solver Options
 3167   Study Setup
 3168   Generic Entity ESC
 3170   Generic Entity ESC
 3171   Advanced ESC Options
 3173   Vent
 3175   Steady-State Thermal Solver Options
 3176   Transient Thermal Solver Options
 3177   Steady-State Flow Solver Options
 3178   Transient Flow Solver Options
 3179   Coupled Solver Options
 3180   Length Scales
 3181   Relaxation Advection Options
 3182   Flow Solver Additional Options
 3183   Tabular Data
 3184   Thermal Boundary Conditions
 3185   Initial Conditions
 3186   Thermal Options
 3187   Fan
 3188   Solver Control
 3189   Rotating Frame of Reference (RFR)
 3191   Peltier Cooler
 3190   Periodicity
 3192   Thermal Boundary Conditions

Obsolete

 
  15   Nodes 
  18   Coordinate Systems         
  55   Data at Nodes   
  56   Data on Elements 
  57   Data at Nodes on Elements  
  82   Tracelines      
 201   Response Evaluation Options 
 627   Optimization Solution Set  
 640   Optimization/Model Solution Solver/Analysis Param
 651   Optimization Design Headers 
 660   Subdesigns      
 664   Constraint Sets  
 665   Design Case Sets 
 666   Optimization Element Groups 
 667   Optimization Node Groups   
 668   Optimization Variables     
 671   Stress Constraints         
 672   Displacement Constraints   
 677   Frequency Constraints      
 681   Stress Constraint Histories 
 685   Optimization Variable Histories       
 686   Displacement Constraint Histories     
 687   Frequency Constraint Histories        
 695   Mass History    
 696   Design Sensitivities       
 697   Lagrange Multipliers       
 735   Node/Element - Geometry Associativity 
 742   Double Precision B-Spline Surfaces    
 743   Supertab Point   
 744   Supertab Curve   
 745   Mesh-Areas      
 746   Mesh-Volumes    
 752   Permanent Groups 
 753   Case Sets       
 755   Restraint Sets   
 762   Free Meshing Data          
 763   Frozen Curve Data          
 764   Mesh Specification Data    
 765   Data Surfaces   
 766   Frozen Mesh Area Data      
 770   Bin Header      
 771   Model Header    
 772   Physical Properties        
 773   Material Properties        
 774   Laminate Definitions       
 775   Beam Cross Section Properties         
 780   Elements        
 781   Nodes - Double Precision   
 782   Load Sets       
 788   Physical Properties        
 789   Physical Properties    
 793   Boundary Condition Sets    
 797   Linked-Curves Data         
 799   Physical Properties
 800   Stored Wireframe - Header  
 801   Wireframe - Curves         
 802   Wireframe - Points         
 829   Thermoplastic Data       
 1710   Material Database Material  
 1713   Material Database Material
 1714   Material Database Material
 1715   Material Database Material
 2417   Permanent groups 
 2422   Simulation     
 2427   Contact Sets
 2430   Permanent Groups
 2432   Permanent Groups
 2435   Permanent Groups
 2436   FEM from Assembly Mapping
 2437   Physical Properties
 2452   Permanent Groups
 2458   FE Point Connector Associations
 2460   Connector Tolerances
 2466   Connector Tolerances
 2468   FE Area Connector
 2472   Connector Tolerances

Test Datasets

Current

 
  58   Function at Nodal DOF      
 1801   Record Trace    
 1802   Coordinate Trace 
 1803   Mode Order Trace 
 1804   Node Map        
 1806   Transducer      
 1807   Virtual Channel Table      
 1808   Channel Table   
 1810   Measurement Overall Setup
 1811   Measurement Setup
 1815   Order Track Overall Setup
 1858   Dataset 58 qualifiers