Contents
- Preface
- Compatibility with Other Versions
- Chapter 1 Use of the Routines
- 1.1 Review of the FEMGV Database and Current Software
- 1.2 Overview of the Database Interface Routines
- 1.3 Initialisation of the Database Interface Routines
- 1.4 Initialisation of FEMVIEW Databases
- 1.5 Selecting User-key and Project Identifiers
- 1.6 Entering a Model Header
- 1.7 Entering a Data Set Header
- 1.8 Entering a Data Set Delimiter
- 1.9 Entering Model Geometry Data Sets
- 1.10 Entering an Assembly Definition
- 1.11 Entering a Material Properties Data Set
- 1.12 Entering an Element Set Definition Data Set
- 1.13 Entering a Transformations Data Set
- 1.14 Entering Results Data Sets
- 1.14.1 Entering Nodal Materially Independent Results
- 1.14.2 Entering Nodal Materially Dependent Results
- 1.14.3 Entering Element-wise Results at Element Nodes
- 1.14.4 Entering Element-wise Results at Gauss Points
- 1.14.5 Entering Element-wise Results, Invariant for the Element
- 1.15 Entering Local Axis System Data Sets
- 1.15.1 Entering Nodal Materially Dependent Local Axis Systems
- 1.15.2 Entering Element-wise Local Axis Systems at Element Nodes
- 1.15.3 Entering Element-wise Local Axis Systems at Gauss Points
- 1.16 Entering Gauss Point Co-ordinate Data Sets
- 1.17 Entering Element Beam-force Results Data Sets
- 1.18 Entering Loadcase Combination Definitions
- 1.19 Entering Loadcase Scan Definitions
- 1.20 Entering Nodal Constraint Definitions
- 1.21 Entering Multi-Point Constraint Definitions
- 1.22 Entering Constraint Local Axis Systems
- 1.23 Creating the FEMVIEW Display Data Sets
- 1.24 Exiting the Database Interface Routines
- 1.25 Errors and Error Recovery
- 1.26 Parallel Processing
- 1.27 Multi-Level Substructures
- 1.28 Other Facilities
- 1.29 Restrictions
- Chapter 2 User Program : Integration of Routines
- 2.1 Parameters
- 2.2 Common Blocks
- 2.3 Customising Message Styles
- 2.4 Compilation
- 2.5 Linking
- 2.5.1 Linking for Access to the FEMVIEW Database
- 2.6 Use from Languages other than FORTRAN
- Chapter 3 Routine Descriptions
- 3.1 DIASS
- 3.2 DIBL1
- 3.3 DIBL2
- 3.4 DIBL3
- 3.5 DIBL4
- 3.6 DIBLD
- 3.7 DIBLH
- 3.8 DICMB
- 3.9 DICON
- 3.10 DICOR
- 3.11 DIDBI
- 3.12 DIECH
- 3.13 DIECR
- 3.14 DIEGH
- 3.15 DIEGR
- 3.16 DIENH
- 3.17 DIENR
- 3.18 DIERR
- 3.19 DIEXD
- 3.20 DIEXH
- 3.21 DIGPD
- 3.22 DIGPH
- 3.23 DIGXD
- 3.24 DIGXH
- 3.25 DIHED
- 3.26 DIINI
- 3.27 DILIM
- 3.28 DILXC
- 3.29 DIMPD
- 3.30 DIMPH
- 3.31 DIMTA
- 3.32 DIMTI
- 3.33 DIMTT
- 3.34 DINDH
- 3.35 DINDR
- 3.36 DINIA
- 3.37 DINXD
- 3.38 DINXH
- 3.39 DIPRJ
- 3.40 DIRHA
- 3.41 DIRHB
- 3.42 DIRHC
- 3.43 DISCN
- 3.44 DISET
- 3.45 DISIZ
- 3.46 DISTP
- 3.47 DITOP
- 3.48 DITOP2
- 3.49 DITRN
- 3.50 DIUSR
- Appendix 1: FEMVIEW Data Sets
- Appendix 2: FEMVIEW Calculation Types
- Appendix 3: Error and Warning/Information Conditions
- 3.1 Error Messages Requiring No Error Cleanup
- 3.2 Error Messages Requiring Current Dataset To Be Abandoned
- 3.3 Error Messages Requiring Current Model To Be Abandoned
- 3.4 Warning/Information Messages
- 3.5 Routine DIFMT
- Appendix 4: Files Used
- Appendix 5 : Routines Referenced
- Appendix 6: Database Interface Routines Flow Charts