# if l_commandLineArguments.runVectorization:
# l_vectorizer.vectorizeMatrix( 'matrices/'+l_file, l_baseName, 'vectorization', True)
# if l_commandLineArguments.generatePreprocessorCode:
# l_matrixConverter.addMatrixToPreProcessorCode( i_pathToFullMatrix = 'matrices/'+l_file,
# i_baseName = l_baseName)
# if l_baseName == 'starMatrix_3D':
# if l_commandLineArguments.generateStarMatrixInitializationCode:
# l_matrixConverter.generateMatrixInitializationCode('matrices/'+l_file, l_baseName, 'initializeFlatStarMatrixColumnMajor', 'csc' ,'generated_code/initialization')
if l_commandLineArguments.convertToXml:
l_matrixConverter.convertToXml( i_pathToMatrices='matrices',
i_pathToOutputDirectory='matrices' )
if l_commandLineArguments.generatePerformanceModel:
for l_matrixFile in ['matrices_4.xml', 'matrices_10.xml', 'matrices_20.xml', 'matrices_35.xml', 'matrices_56.xml']:
l_pathToMatricesFile = 'matrices/'+l_matrixFile
l_performanceModeler.generatePerformanceModel( i_pathToMatricesFile = l_pathToMatricesFile )
if l_commandLineArguments.generatePreprocessorCode:
l_matrixConverter.writePreProcessorCode('generated_code/pre_processor')
if l_commandLineArguments.generateMatrixKernels:
l_seissolGen.generateMatrixKernels(numberOfQuantities)
l_seissolGen.generateMatrixKernelsInitializationCode(numberOfQuantities)
if l_commandLineArguments.generateMatrixUnitTests:
l_unitTestGenerator.generateMatrixUnitTests( i_pathToOutputDirectory = 'generated_code/unit_tests' )
l_logger.printFinishMessage()
