jobName = AdaptiveJobName
except:
# Error thrown because file does not exist. If lastIter > 1, this means the analysis
# completed before the max number allowed. Decrease lastIter and try opening again.
logger.info(
'ERROR: Error in reading results of %s.\n' %
AdaptiveJobName)
lastIter -= 1
os.chdir(solverDir)
# Invoke post processing
# Spawn new Python process by calling the post-processing script along with necessary arguments.
os.system("abaqus cae noGUI=" + os.path.join(
cad_library.META_PATH, "bin", "CAD", postprocessingScript) +
" -- " + "-o " + jobName + ".odb " + "-p " + "..\\" +
analysisMetaDataXML + " -m " + "..\\..\\" +
requestedMetricsXML + " -j " + "..\\..\\" +
testbench_manifest)
elif args.modal:
# Modal analyses use a different, older post-processing method as the output ODB is analyzed different.
ABQ_CompletePostProcess.afterJobModal(jobName, analysisStepName)
if __name__ == "__main__":
logger = cad_library.setuplogger('AbaqusCmd') # Initialize logger
try:
main()
except:
# Overarching try, catch. Used to handle any unexpected errors.
cad_library.exitwitherror('An unknown exception occurred.', -1,
'AbaqusMain.py')
exit(1)
return odb, metaDataFile, reqMetricsFile, resultsJson, adamsrun
# ===================================================================================================
# ===================================================================================================
# START
#
if __name__ == '__main__':
global gVersion
if not os.path.isdir('log'):
os.makedirs('log')
gLogger = cad_library.setuplogger('ABQ_CompletePostProcess')
odbName, metaDataFilePath, reqMetricsFilePath, resultsJsonPath, adams = ParseArgs(
)
componentList = ComputedMetricsSummary.ParseMetaDataFile(
metaDataFilePath, odbName, adams)
reqMetrics = ComputedMetricsSummary.ParseReqMetricsFile(
reqMetricsFilePath, componentList)
CalculateMetrics(odbName, componentList, reqMetrics)
computedValuesXml = ComputedMetricsSummary.WriteXMLFile(componentList)
ComputedMetricsSummary.WriteMetric2File(componentList)
UpdateReportJson_CAD.update_manifest(resultsJsonPath, computedValuesXml)
if adams:
utility_functions.CopyOrDeleteResults(odbName, resultsJsonPath, True)
else:
utility_functions.CopyOrDeleteResults(odbName, resultsJsonPath)
i += 1
metaDataFile = os.path.join(os.getcwd(), argList[i])
elif argList[i][:2] == '-m':
i += 1
reqMetricsFile = os.path.join(os.getcwd(), argList[i])
elif argList[i][:2] == '-j':
i += 1
resultsJson = os.path.join(os.getcwd(), argList[i])
elif argList[i][:2] == '-e':
i += 1
elementMap = os.path.join(os.getcwd(), argList[i])
i += 1
if not any([frd, metaDataFile, reqMetricsFile, resultsJson, elementMap]):
exit(1)
return frd, metaDataFile, reqMetricsFile, resultsJson, elementMap
if __name__ == '__main__':
if not os.path.isdir('log'):
os.makedirs('log')
gLogger = cad_library.setuplogger('CalculixPostProcess.log')
frdName, metaDataFilePath, reqMetricsFilePath, resultsJsonPath, elementMapPath = ParseArgs()
componentList = ComputedMetricsSummary.ParseMetaDataFile(metaDataFilePath, frdName, False)
reqMetrics = ComputedMetricsSummary.ParseReqMetricsFile(reqMetricsFilePath, componentList)
CalculateMetrics(frdName, componentList, reqMetricsFilePath, elementMapPath)
computedValuesXml = ComputedMetricsSummary.WriteXMLFile(componentList)
ComputedMetricsSummary.WriteMetric2File(componentList)
UpdateReportJson_CAD.update_manifest(resultsJsonPath, computedValuesXml)
utility_functions.CopyOrDeleteResults(frdName, resultsJsonPath)
i += 1
if not any([odb, metaDataFile, reqMetricsFile, resultsJson]):
exit(1)
return odb, metaDataFile, reqMetricsFile, resultsJson, adamsrun
# ===================================================================================================
# ===================================================================================================
# START
#
if __name__ == '__main__':
global gVersion
if not os.path.isdir('log'):
os.makedirs('log')
gLogger = cad_library.setuplogger('ABQ_CompletePostProcess')
odbName, metaDataFilePath, reqMetricsFilePath, resultsJsonPath, adams = ParseArgs()
componentList = ComputedMetricsSummary.ParseMetaDataFile(metaDataFilePath, odbName, adams)
reqMetrics = ComputedMetricsSummary.ParseReqMetricsFile(reqMetricsFilePath, componentList)
CalculateMetrics(odbName, componentList, reqMetrics)
computedValuesXml = ComputedMetricsSummary.WriteXMLFile(componentList)
ComputedMetricsSummary.WriteMetric2File(componentList)
UpdateReportJson_CAD.update_manifest(resultsJsonPath, computedValuesXml)
if adams:
utility_functions.CopyOrDeleteResults(odbName, resultsJsonPath, True)
else:
utility_functions.CopyOrDeleteResults(odbName, resultsJsonPath)
while lastIter > 0 and check == 0:
try:
AdaptiveJobName = "Adaptivity-1-iter" + str(lastIter)
odbAccess.openOdb(path=AdaptiveJobName + '.odb')
check = 1
jobName = AdaptiveJobName
except:
# Error thrown because file does not exist. If lastIter > 1, this means the analysis
# completed before the max number allowed. Decrease lastIter and try opening again.
logger.info('ERROR: Error in reading results of %s.\n' % AdaptiveJobName)
lastIter -= 1
os.chdir(solverDir)
# Invoke post processing
# Spawn new Python process by calling the post-processing script along with necessary arguments.
os.system("abaqus cae noGUI=" + os.path.join(cad_library.META_PATH, "bin", "CAD", postprocessingScript) +
" -- " + "-o " + jobName + ".odb " + "-p " + "..\\" + analysisMetaDataXML + " -m " +
"..\\..\\" + requestedMetricsXML + " -j " + "..\\..\\" + testbench_manifest)
elif args.modal:
# Modal analyses use a different, older post-processing method as the output ODB is analyzed different.
ABQ_CompletePostProcess.afterJobModal(jobName, analysisStepName)
if __name__ == "__main__":
logger = cad_library.setuplogger('AbaqusCmd') # Initialize logger
try:
main()
except:
# Overarching try, catch. Used to handle any unexpected errors.
cad_library.exitwitherror('An unknown exception occurred.', -1, 'AbaqusMain.py')
