KOKO\Mimi
135 lines
4.1 KiB
Markdown
135 lines
4.1 KiB
Markdown
<!-- source-page: 591 -->
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```txt
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const double* xc, const double* yc, const double* zc, double amp, double totalTime, double stepTime, const char* surfaceName, double* bcvals)
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{
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int i;
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if (direction == 2) {
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for (i = 0; i < nfacets; i++) {
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bcvals[i] = 1.0 - xc[i] * xc[i] / 100.0;
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}
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}
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}
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```
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<!-- source-page: 592 -->
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<!-- source-page: 593 -->
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# 2. Utility Routines
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• “Utility routines,” Section 2.1
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<!-- source-page: 594 -->
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<!-- source-page: 595 -->
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# 2.1 Utility routines
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• “Obtaining Abaqus environment variables,” Section 2.1.1
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• “Obtaining the Abaqus job name,” Section 2.1.2
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• “Obtaining the Abaqus output directory name,” Section 2.1.3
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• “Obtaining parallel processes information,” Section 2.1.4
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• “Obtaining part information,” Section 2.1.5
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• “Obtaining material point information in an Abaqus/Standard analysis,” Section 2.1.6
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• “Obtaining material point information in an Abaqus/Explicit analysis,” Section 2.1.7
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• “Obtaining material point information averaged at a node,” Section 2.1.8
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• “Obtaining node point information,” Section 2.1.9
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• “Obtaining node to element connectivity,” Section 2.1.10
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• “Obtaining stress invariants, principal stress/strain values and directions, and rotating tensors in an Abaqus/Standard analysis,” Section 2.1.11
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• “Obtaining principal stress/strain values and directions in an Abaqus/Explicit analysis,” Section 2.1.12
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• “Obtaining wave kinematic data in an Abaqus/Aqua analysis,” Section 2.1.13
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• “Printing messages to the message or status file,” Section 2.1.14
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• “Terminating an analysis,” Section 2.1.15
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• “Obtaining sensor information,” Section 2.1.16
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• “Accessing Abaqus materials,” Section 2.1.17
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• “Accessing Abaqus thermal materials,” Section 2.1.18
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• “Obtaining scalar state information in an Abaqus/CFD analysis,” Section 2.1.19
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• “Obtaining vector state information in an Abaqus/CFD analysis,” Section 2.1.20
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• “Obtaining the MPI communicator in an Abaqus/CFD analysis,” Section 2.1.21
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• “Ensuring thread safety,” Section 2.1.22
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• “Allocatable arrays,” Section 2.1.23
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<!-- source-page: 596 -->
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<!-- source-page: 597 -->
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# 2.1.1 OBTAINING Abaqus ENVIRONMENT VARIABLES
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Products: Abaqus/Standard Abaqus/Explicit
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# References
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• “User subroutines: overview,” Section 18.1.1 of the Abaqus Analysis User’s Guide
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• “Using the Abaqus environment settings,” Section 3.3.1 of the Abaqus Analysis User’s Guide
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• “UWAVE and UEXTERNALDB,” Section 4.1.27 of the Abaqus Verification Guide
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# Overview
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Utility routines GETENVVAR and VGETENVVAR can be called from any Abaqus/Standard or Abaqus/Explicit user subroutine, respectively, to obtain the value of an environment variable.
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# Interface
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```txt
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character*256 ENVVAR
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...
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CALL GETENVVAR('ENVVARNAME', ENVVAR, LENVVAR)
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CALL VGETENVVAR('ENVVARNAME', ENVVAR, LENVVAR)
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...
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```
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# Variable to be provided to the utility routine
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# ENVVARNAME
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Environment variable name.
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# Variables returned from the utility routine
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# ENVVAR
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Character string to receive the value of the environment variable.
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# LENVVAR
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Length of the character string ENVVAR.
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<!-- source-page: 598 -->
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<!-- source-page: 599 -->
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# 2.1.2 OBTAINING THE Abaqus JOB NAME
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Products: Abaqus/Standard Abaqus/Explicit
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# References
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• “User subroutines: overview,” Section 18.1.1 of the Abaqus Analysis User’s Guide
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• “UWAVE and UEXTERNALDB,” Section 4.1.27 of the Abaqus Verification Guide
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# Overview
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Utility routines GETJOBNAME and VGETJOBNAME can be called from any Abaqus/Standard or Abaqus/Explicit user subroutine, respectively, to obtain the name of the current job.
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# Interface
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```txt
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character*256 JOBNAME
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...
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CALL GETJOBNAME( JOBNAME, LENJOBNAME )
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CALL VGETJOBNAME( JOBNAME, LENJOBNAME )
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...
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```
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# Variables returned from the utility routine
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# JOBNAME
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Character string to receive the value of the job name.
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# LENJOBNAME
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Length of the character string JOBNAME.
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<!-- source-page: 600 -->
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