[==========] Running 643 tests from 2 test suites. [----------] Global test environment set-up. [----------] 23 tests from UnitTesterUtilities [ RUN ] UnitTesterUtilities.TestChildrenABXY [ OK ] UnitTesterUtilities.TestChildrenABXY (0 ms) [ RUN ] UnitTesterUtilities.TestChildrenAAXY [ OK ] UnitTesterUtilities.TestChildrenAAXY (0 ms) [ RUN ] UnitTesterUtilities.TestChildrenABXX [ OK ] UnitTesterUtilities.TestChildrenABXX (0 ms) [ RUN ] UnitTesterUtilities.TestChildrenABAXYZ [ OK ] UnitTesterUtilities.TestChildrenABAXYZ (0 ms) [ RUN ] UnitTesterUtilities.TestChildrenExpectFailToPassABXX Did not find child at index 0. Child = "File" Gold = "File2" Array[0] = ( File2 , test) Array[1] = ( File , test) 1 [ OK ] UnitTesterUtilities.TestChildrenExpectFailToPassABXX (0 ms) [ RUN ] UnitTesterUtilities.TestChildrenExpectFailToPassAAXY Did not find child value at index 0. Child Value = "test2" Gold Value = "test" Gold children values are: Array[0] = ( File , test) Array[1] = ( File , test2) 1 [ OK ] UnitTesterUtilities.TestChildrenExpectFailToPassAAXY (0 ms) [ RUN ] UnitTesterUtilities.TestChildrenExpectFailToPassABAXYY Did not find child value at index 2. Child Value = "test" Gold Value = "test3" Gold children values are: Array[0] = ( File , test) Array[1] = ( File2 , test2) Array[2] = ( File , test3) 1 [ OK ] UnitTesterUtilities.TestChildrenExpectFailToPassABAXYY (0 ms) [ RUN ] UnitTesterUtilities.TestChildrenExpectFailToPassABCXYX Did not find child value at index 2. Child Value = "test3" Gold Value = "test" Gold children values are: Array[0] = ( File , test) Array[1] = ( File2 , test2) Array[2] = ( File3 , test) 1 [ OK ] UnitTesterUtilities.TestChildrenExpectFailToPassABCXYX (0 ms) [ RUN ] UnitTesterUtilities.TestChildrenExpectFailToPassTooManyKeyValues Too many key-value pairs. Golden pairs are: Array[0] = ( File , test) Array[1] = ( File2 , test2) Array[2] = ( File3 , test3) 1 [ OK ] UnitTesterUtilities.TestChildrenExpectFailToPassTooManyKeyValues (0 ms) [ RUN ] UnitTesterUtilities.TestChildrenExpectFailToPassTooFewKeyValues 1 [ OK ] UnitTesterUtilities.TestChildrenExpectFailToPassTooFewKeyValues (0 ms) [ RUN ] UnitTesterUtilities.TestChildrenExpectFailToPassEmptyNode Empty children (so sad). These were the golden values you thought you were testing: Array[0] = ( File , test) 1 [ OK ] UnitTesterUtilities.TestChildrenExpectFailToPassEmptyNode (0 ms) [ RUN ] UnitTesterUtilities.TestAttributesABXY [ OK ] UnitTesterUtilities.TestAttributesABXY (0 ms) [ RUN ] UnitTesterUtilities.TestAttributesAAXY [ OK ] UnitTesterUtilities.TestAttributesAAXY (0 ms) [ RUN ] UnitTesterUtilities.TestAttributesABXX [ OK ] UnitTesterUtilities.TestAttributesABXX (0 ms) [ RUN ] UnitTesterUtilities.TestAttributesAAXX [ OK ] UnitTesterUtilities.TestAttributesAAXX (0 ms) [ RUN ] UnitTesterUtilities.TestAttributesABAXYZ [ OK ] UnitTesterUtilities.TestAttributesABAXYZ (0 ms) [ RUN ] UnitTesterUtilities.TestAttributesExpectFailToPassABXY Did not find child value at index 0. Child Value = "list" Gold Value = "E" Gold children values are: Array[0] = ( var , E) Array[1] = ( in , list) 1 [ OK ] UnitTesterUtilities.TestAttributesExpectFailToPassABXY (0 ms) [ RUN ] UnitTesterUtilities.TestAttributesExpectFailToPassAAXY Did not find child value at index 0. Child Value = "list" Gold Value = "E" Gold children values are: Array[0] = ( in , E) Array[1] = ( in , list) 1 [ OK ] UnitTesterUtilities.TestAttributesExpectFailToPassAAXY (0 ms) [ RUN ] UnitTesterUtilities.TestAttributesExpectFailToPassABXX Did not find child at index 0. Child = "param" Gold = "in" Array[0] = ( in , E) Array[1] = ( param , E) 1 [ OK ] UnitTesterUtilities.TestAttributesExpectFailToPassABXX (0 ms) [ RUN ] UnitTesterUtilities.TestAttributesExpectFailToPassABAXYZ Did not find child value at index 2. Child Value = "X" Gold Value = "Z" Gold children values are: Array[0] = ( param , X) Array[1] = ( in , Y) Array[2] = ( param , Z) 1 [ OK ] UnitTesterUtilities.TestAttributesExpectFailToPassABAXYZ (0 ms) [ RUN ] UnitTesterUtilities.TestAttributesExpectFailToPassNoAttributes Empty attributes. These were the golden values you thought you were testing: Array[0] = ( param , X) Array[1] = ( in , Y) 1 [ OK ] UnitTesterUtilities.TestAttributesExpectFailToPassNoAttributes (0 ms) [ RUN ] UnitTesterUtilities.TestAttributesExpectFailToPassTooManyAttributes 1 [ OK ] UnitTesterUtilities.TestAttributesExpectFailToPassTooManyAttributes (0 ms) [ RUN ] UnitTesterUtilities.TestAttributesExpectFailToPassTooManyGoldPairs Too many key-value pairs. Golden pairs are: Array[0] = ( param , X) Array[1] = ( in , Y) Array[2] = ( param , Z) 1 [ OK ] UnitTesterUtilities.TestAttributesExpectFailToPassTooManyGoldPairs (0 ms) [----------] 23 tests from UnitTesterUtilities (0 ms total)

[----------] 620 tests from PlatoTestXMLGenerator [ RUN ] PlatoTestXMLGenerator.ComputeGreatestDivisor [ OK ] PlatoTestXMLGenerator.ComputeGreatestDivisor (0 ms) [ RUN ] PlatoTestXMLGenerator.TransformTokens [ OK ] PlatoTestXMLGenerator.TransformTokens (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseTagValues [ OK ] PlatoTestXMLGenerator.ParseTagValues (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseUncertainty_ErrorInvalidMean [ OK ] PlatoTestXMLGenerator.ParseUncertainty_ErrorInvalidMean (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseUncertainty_ErrorMeanMinusStdLesserThanLowerBound [ OK ] PlatoTestXMLGenerator.ParseUncertainty_ErrorMeanMinusStdLesserThanLowerBound (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseUncertainty_ErrorMeanPlusStdGreaterThanUpperBound [ OK ] PlatoTestXMLGenerator.ParseUncertainty_ErrorMeanPlusStdGreaterThanUpperBound (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseUncertainty_OneRandomVar [ OK ] PlatoTestXMLGenerator.ParseUncertainty_OneRandomVar (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseUncertainty_TwoRandomVar [ OK ] PlatoTestXMLGenerator.ParseUncertainty_TwoRandomVar (0 ms) [ RUN ] PlatoTestXMLGenerator.parseSingleValue [ OK ] PlatoTestXMLGenerator.parseSingleValue (0 ms) [ RUN ] PlatoTestXMLGenerator.parseSingleUnLoweredValue [ OK ] PlatoTestXMLGenerator.parseSingleUnLoweredValue (0 ms) [ RUN ] PlatoTestXMLGenerator.parseTokens [ OK ] PlatoTestXMLGenerator.parseTokens (0 ms) [ RUN ] PlatoTestXMLGenerator.parseCommentTokens [ OK ] PlatoTestXMLGenerator.parseCommentTokens (0 ms) [ RUN ] PlatoTestXMLGenerator.parseProcedureDakotaVectorEntries INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.parseProcedureDakotaVectorEntries (4 ms) [ RUN ] PlatoTestXMLGenerator.parseProcedure INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "initial_guess_file_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "initial_guess_field_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "filter_heaviside_min" because it was not set. Context: Optimization Parameters INFO: Using default value of "50" for parameter "filter_heaviside_max" because it was not set. Context: Optimization Parameters INFO: Parameter "filter_heaviside_scale" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "50" for parameter "filter_heaviside_max" because it was not set. Context: Optimization Parameters INFO: Parameter "filter_heaviside_scale" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.parseProcedure (27 ms) [ RUN ] PlatoTestXMLGenerator.parseProcedure_MeshMap INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.parseProcedure_MeshMap (3 ms) [ RUN ] PlatoTestXMLGenerator.parseMesh ERROR: No value specified after "name" keyword. Did not recognize: bad_keyword ERROR: Unrecognized keyword. [ OK ] PlatoTestXMLGenerator.parseMesh (0 ms) [ RUN ] PlatoTestXMLGenerator.parseBlocks [ OK ] PlatoTestXMLGenerator.parseBlocks (0 ms) [ RUN ] PlatoTestXMLGenerator.parseCriteria [ OK ] PlatoTestXMLGenerator.parseCriteria (0 ms) [ RUN ] PlatoTestXMLGenerator.SROM_SolveSromProblem_ReadSampleProbPairsFromFile [ OK ] PlatoTestXMLGenerator.SROM_SolveSromProblem_ReadSampleProbPairsFromFile (3 ms) [ RUN ] PlatoTestXMLGenerator.uncertainty_analyzeNewWorkflow [ OK ] PlatoTestXMLGenerator.uncertainty_analyzeNewWorkflow (29 ms) [ RUN ] PlatoTestXMLGenerator.uncertainty_analyzeNewWorkflow_randomPlusDeterministic [ OK ] PlatoTestXMLGenerator.uncertainty_analyzeNewWorkflow_randomPlusDeterministic (128 ms) [ RUN ] PlatoTestXMLGenerator.appendMMAOptions_topology INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.5" for parameter "mma_move_limit" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.2" for parameter "mma_asymptote_expansion" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.7" for parameter "mma_asymptote_contraction" because it was not set. Context: Optimization Parameters INFO: Using default value of "50" for parameter "mma_max_sub_problem_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-4" for parameter "control_stagnation_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "objective_stagnation_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "mma_sub_problem_feasibility_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_use_ipopt_sub_problem_solver" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_output_subproblem_diagnostics" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.025" for parameter "mma_sub_problem_penalty_multiplier" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.0015" for parameter "mma_sub_problem_initial_penalty" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "update_problem_frequency" because it was not set. Context: Optimization Parameters INFO: Using default value of "100" for parameter "max_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.5" for parameter "mma_move_limit" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.2" for parameter "mma_asymptote_expansion" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.7" for parameter "mma_asymptote_contraction" because it was not set. Context: Optimization Parameters INFO: Using default value of "50" for parameter "mma_max_sub_problem_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-4" for parameter "control_stagnation_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "objective_stagnation_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_output_subproblem_diagnostics" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.0015" for parameter "mma_sub_problem_initial_penalty" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.025" for parameter "mma_sub_problem_penalty_multiplier" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "mma_sub_problem_feasibility_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "update_problem_frequency" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_use_ipopt_sub_problem_solver" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.appendMMAOptions_topology (1 ms) [ RUN ] PlatoTestXMLGenerator.appendMMAOptions_shape INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Setting the control_stagnation_tolerance parameter to -1. Explicitly set this value to something else if desired. INFO: Setting the objective_stagnation_tolerance parameter to -1. Explicitly set this value to something else if desired. INFO: Using default value of "0.5" for parameter "mma_move_limit" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.2" for parameter "mma_asymptote_expansion" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.7" for parameter "mma_asymptote_contraction" because it was not set. Context: Optimization Parameters INFO: Using default value of "50" for parameter "mma_max_sub_problem_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "mma_sub_problem_feasibility_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_use_ipopt_sub_problem_solver" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_output_subproblem_diagnostics" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.025" for parameter "mma_sub_problem_penalty_multiplier" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.0015" for parameter "mma_sub_problem_initial_penalty" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "update_problem_frequency" because it was not set. Context: Optimization Parameters INFO: Using default value of "100" for parameter "max_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.5" for parameter "mma_move_limit" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.2" for parameter "mma_asymptote_expansion" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.7" for parameter "mma_asymptote_contraction" because it was not set. Context: Optimization Parameters INFO: Using default value of "50" for parameter "mma_max_sub_problem_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_output_subproblem_diagnostics" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.0015" for parameter "mma_sub_problem_initial_penalty" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.025" for parameter "mma_sub_problem_penalty_multiplier" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "mma_sub_problem_feasibility_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "update_problem_frequency" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_use_ipopt_sub_problem_solver" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.appendMMAOptions_shape (1 ms) [ RUN ] PlatoTestXMLGenerator.appendUMMAOptions_shape INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.2" for parameter "mma_asymptote_expansion" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.7" for parameter "mma_asymptote_contraction" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.appendUMMAOptions_shape (1 ms) [ RUN ] PlatoTestXMLGenerator.ShapeOptimization_num_shape_design_varibles_good_1 INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Setting the control_stagnation_tolerance parameter to -1. Explicitly set this value to something else if desired. INFO: Setting the objective_stagnation_tolerance parameter to -1. Explicitly set this value to something else if desired. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "verbose" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.5" for parameter "mma_move_limit" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.2" for parameter "mma_asymptote_expansion" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.7" for parameter "mma_asymptote_contraction" because it was not set. Context: Optimization Parameters INFO: Using default value of "50" for parameter "mma_max_sub_problem_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_output_subproblem_diagnostics" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.0015" for parameter "mma_sub_problem_initial_penalty" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.025" for parameter "mma_sub_problem_penalty_multiplier" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "mma_sub_problem_feasibility_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "update_problem_frequency" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_use_ipopt_sub_problem_solver" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "shape_procedure_output_frequency" because it was not set. Context: Optimization Parameters INFO: Using default value of "pbicgstab" for parameter "amgx_solver_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "1000" for parameter "amgx_max_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "amgx_print_solver_stats" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-12" for parameter "amgx_solver_tolerance" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.ShapeOptimization_num_shape_design_varibles_good_1 (10 ms) [ RUN ] PlatoTestXMLGenerator.ShapeOptimization_num_shape_design_varibles_good_2 INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Setting the control_stagnation_tolerance parameter to -1. Explicitly set this value to something else if desired. INFO: Setting the objective_stagnation_tolerance parameter to -1. Explicitly set this value to something else if desired. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "verbose" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.5" for parameter "mma_move_limit" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.2" for parameter "mma_asymptote_expansion" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.7" for parameter "mma_asymptote_contraction" because it was not set. Context: Optimization Parameters INFO: Using default value of "50" for parameter "mma_max_sub_problem_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_output_subproblem_diagnostics" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.0015" for parameter "mma_sub_problem_initial_penalty" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.025" for parameter "mma_sub_problem_penalty_multiplier" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "mma_sub_problem_feasibility_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "update_problem_frequency" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_use_ipopt_sub_problem_solver" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "shape_procedure_output_frequency" because it was not set. Context: Optimization Parameters INFO: Using default value of "pbicgstab" for parameter "amgx_solver_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "1000" for parameter "amgx_max_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "amgx_print_solver_stats" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-12" for parameter "amgx_solver_tolerance" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.ShapeOptimization_num_shape_design_varibles_good_2 (9 ms) [ RUN ] PlatoTestXMLGenerator.Clean_XML_Files [ OK ] PlatoTestXMLGenerator.Clean_XML_Files (2 ms) [ RUN ] PlatoTestXMLGenerator.CheckRandomLoadIdentificationNumbers [ OK ] PlatoTestXMLGenerator.CheckRandomLoadIdentificationNumbers (0 ms) [ RUN ] PlatoTestXMLGenerator.CheckOutputMaterialSetType_Error [ OK ] PlatoTestXMLGenerator.CheckOutputMaterialSetType_Error (0 ms) [ RUN ] PlatoTestXMLGenerator.CheckOutputLoadSetType_Error [ OK ] PlatoTestXMLGenerator.CheckOutputLoadSetType_Error (0 ms) [ RUN ] PlatoTestXMLGenerator.CheckOutputLoadSetSize_Error [ OK ] PlatoTestXMLGenerator.CheckOutputLoadSetSize_Error (0 ms) [ RUN ] PlatoTestXMLGenerator.CheckOutputLoadSetApplicationName_Error [ OK ] PlatoTestXMLGenerator.CheckOutputLoadSetApplicationName_Error (0 ms) [ RUN ] PlatoTestXMLGenerator.PostprocessMaterialOutputs_ErrorEmptyRandomMaterialCases [ OK ] PlatoTestXMLGenerator.PostprocessMaterialOutputs_ErrorEmptyRandomMaterialCases (0 ms) [ RUN ] PlatoTestXMLGenerator.BuildMaterialSet_ErrorEmptyMaterialList [ OK ] PlatoTestXMLGenerator.BuildMaterialSet_ErrorEmptyMaterialList (0 ms) [ RUN ] PlatoTestXMLGenerator.BuildMaterialSet [ OK ] PlatoTestXMLGenerator.BuildMaterialSet (0 ms) [ RUN ] PlatoTestXMLGenerator.PostprocessMaterialOutputs [ OK ] PlatoTestXMLGenerator.PostprocessMaterialOutputs (0 ms) [ RUN ] PlatoTestXMLGenerator.RandomMetaData_Set_ErrorUndefinedLoadCaseID [ OK ] PlatoTestXMLGenerator.RandomMetaData_Set_ErrorUndefinedLoadCaseID (0 ms) [ RUN ] PlatoTestXMLGenerator.RandomMetaData_Append_ErrorUndefinedBlockID [ OK ] PlatoTestXMLGenerator.RandomMetaData_Append_ErrorUndefinedBlockID (0 ms) [ RUN ] PlatoTestXMLGenerator.RandomMetaData_Append_ErrorUndefinedMaterialID [ OK ] PlatoTestXMLGenerator.RandomMetaData_Append_ErrorUndefinedMaterialID (0 ms) [ RUN ] PlatoTestXMLGenerator.RandomMetaData_Append_ErrorUndefinedCategory [ OK ] PlatoTestXMLGenerator.RandomMetaData_Append_ErrorUndefinedCategory (0 ms) [ RUN ] PlatoTestXMLGenerator.RandomMetaData_Append_ErrorUndefinedProperties [ OK ] PlatoTestXMLGenerator.RandomMetaData_Append_ErrorUndefinedProperties (0 ms) [ RUN ] PlatoTestXMLGenerator.SetBlockIdentificationNumber_Error1 [ OK ] PlatoTestXMLGenerator.SetBlockIdentificationNumber_Error1 (0 ms) [ RUN ] PlatoTestXMLGenerator.SetBlockIdentificationNumber_Error2 [ OK ] PlatoTestXMLGenerator.SetBlockIdentificationNumber_Error2 (0 ms) [ RUN ] PlatoTestXMLGenerator.SetBlockIdentificationNumber_Error3 [ OK ] PlatoTestXMLGenerator.SetBlockIdentificationNumber_Error3 (0 ms) [ RUN ] PlatoTestXMLGenerator.SetBlockIdentificationNumber1 [ OK ] PlatoTestXMLGenerator.SetBlockIdentificationNumber1 (0 ms) [ RUN ] PlatoTestXMLGenerator.SetBlockIdentificationNumber2 [ OK ] PlatoTestXMLGenerator.SetBlockIdentificationNumber2 (0 ms) [ RUN ] PlatoTestXMLGenerator.BuildBlockIDtoMaterialIDmap_Error1 [ OK ] PlatoTestXMLGenerator.BuildBlockIDtoMaterialIDmap_Error1 (0 ms) [ RUN ] PlatoTestXMLGenerator.BuildBlockIDtoMaterialIDmap_Error2 [ OK ] PlatoTestXMLGenerator.BuildBlockIDtoMaterialIDmap_Error2 (0 ms) [ RUN ] PlatoTestXMLGenerator.BuildBlockIDtoMaterialIDmap [ OK ] PlatoTestXMLGenerator.BuildBlockIDtoMaterialIDmap (0 ms) [ RUN ] PlatoTestXMLGenerator.PreprocessNondeterministicMaterialInputs_Error1 [ OK ] PlatoTestXMLGenerator.PreprocessNondeterministicMaterialInputs_Error1 (0 ms) [ RUN ] PlatoTestXMLGenerator.PreprocessNondeterministicMaterialInputs_Error2 [ OK ] PlatoTestXMLGenerator.PreprocessNondeterministicMaterialInputs_Error2 (0 ms) [ RUN ] PlatoTestXMLGenerator.PreprocessNondeterministicMaterialInputs [ OK ] PlatoTestXMLGenerator.PreprocessNondeterministicMaterialInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendRandomMaterial_Error [ OK ] PlatoTestXMLGenerator.AppendRandomMaterial_Error (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendRandomMaterial_DeterministicMaterialCase [ OK ] PlatoTestXMLGenerator.AppendRandomMaterial_DeterministicMaterialCase (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendRandomMaterial_RandomMaterialCase [ OK ] PlatoTestXMLGenerator.AppendRandomMaterial_RandomMaterialCase (0 ms) [ RUN ] PlatoTestXMLGenerator.BuildMaterialIdToRandomMaterialMap_Error [ OK ] PlatoTestXMLGenerator.BuildMaterialIdToRandomMaterialMap_Error (0 ms) [ RUN ] PlatoTestXMLGenerator.BuildMaterialIdToRandomMaterialMap [ OK ] PlatoTestXMLGenerator.BuildMaterialIdToRandomMaterialMap (0 ms) [ RUN ] PlatoTestXMLGenerator.SplitUncertaintiesIntoCategories_Error1 [ OK ] PlatoTestXMLGenerator.SplitUncertaintiesIntoCategories_Error1 (0 ms) [ RUN ] PlatoTestXMLGenerator.SplitUncertaintiesIntoCategories_Error2 [ OK ] PlatoTestXMLGenerator.SplitUncertaintiesIntoCategories_Error2 (0 ms) [ RUN ] PlatoTestXMLGenerator.SplitUncertaintiesIntoCategories [ OK ] PlatoTestXMLGenerator.SplitUncertaintiesIntoCategories (0 ms) [ RUN ] PlatoTestXMLGenerator.PreprocessNondeterministicLoadInputs_Error [ OK ] PlatoTestXMLGenerator.PreprocessNondeterministicLoadInputs_Error (1 ms) [ RUN ] PlatoTestXMLGenerator.PreprocessNondeterministicLoadInputs [ OK ] PlatoTestXMLGenerator.PreprocessNondeterministicLoadInputs (1 ms) [ RUN ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_Error [ OK ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_Error (1 ms) [ RUN ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_Loads [ OK ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_Loads (1 ms) [ RUN ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_Materials [ OK ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_Materials (2 ms) [ RUN ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_Materials_1RandomAnd1Deterministic [ OK ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_Materials_1RandomAnd1Deterministic (2 ms) [ RUN ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_MaterialsPlusLoad [ OK ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_MaterialsPlusLoad (1 ms) [ RUN ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_MaterialsPlusLoad_1RandomAnd1Deterministic [ OK ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_MaterialsPlusLoad_1RandomAnd1Deterministic (2 ms) [ RUN ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_Loads_1RandomAnd1Deterministic [ OK ] PlatoTestXMLGenerator.PreprocessSromProblemInputs_Loads_1RandomAnd1Deterministic (1 ms) [ RUN ] PlatoTestXMLGenerator.ReadMetaData_PruneBlock_Defaults tPair.first: allow_nonmanifold tPair.first: id tPair.first: initial_guess_field_name tPair.first: initial_guess_mesh tPair.first: mesh_to_be_pruned tPair.first: name tPair.first: number_buffer_layers tPair.first: number_of_refines tPair.first: prune_path tPair.first: prune_threshold tPair.first: pruned_mesh tPair.first: spatial_dimensions [ OK ] PlatoTestXMLGenerator.ReadMetaData_PruneBlock_Defaults (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseInputDeck_Prune INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.ParseInputDeck_Prune (3 ms) [ RUN ] PlatoTestXMLGenerator.ReadMetaData_WriteVars tPair.first: id tPair.first: name tPair.first: node_ids tPair.first: variable [ OK ] PlatoTestXMLGenerator.ReadMetaData_WriteVars (0 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_WriteVars INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_WriteVars (6 ms) [ RUN ] PlatoTestXMLGenerator.ComputeNumberOfNodesNeeded_invalidDenominator [ OK ] PlatoTestXMLGenerator.ComputeNumberOfNodesNeeded_invalidDenominator (0 ms) [ RUN ] PlatoTestXMLGenerator.ComputeNumberOfNodesNeeded [ OK ] PlatoTestXMLGenerator.ComputeNumberOfNodesNeeded (0 ms) [ RUN ] PlatoTestXMLGenerator.generateBatchScript [ OK ] PlatoTestXMLGenerator.generateBatchScript (2 ms) [ RUN ] PlatoTestXMLGenerator.generateJSRunScript [ OK ] PlatoTestXMLGenerator.generateJSRunScript (2 ms) [ RUN ] PlatoTestXMLGenerator.generateEngineBashScript [ OK ] PlatoTestXMLGenerator.generateEngineBashScript (2 ms) [ RUN ] PlatoTestXMLGenerator.getNumOptProcs_numProcsNotSpecified [ OK ] PlatoTestXMLGenerator.getNumOptProcs_numProcsNotSpecified (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumOptProcs_numProcsSpecified [ OK ] PlatoTestXMLGenerator.getNumOptProcs_numProcsSpecified (0 ms) [ RUN ] PlatoTestXMLGenerator.determineMPIEnvAndSeparationStrings [ OK ] PlatoTestXMLGenerator.determineMPIEnvAndSeparationStrings (0 ms) [ RUN ] PlatoTestXMLGenerator.determineMPILaunchStrings_useLaunch [ OK ] PlatoTestXMLGenerator.determineMPILaunchStrings_useLaunch (0 ms) [ RUN ] PlatoTestXMLGenerator.determineMPILaunchStrings_dontUseLaunch [ OK ] PlatoTestXMLGenerator.determineMPILaunchStrings_dontUseLaunch (0 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLine [ OK ] PlatoTestXMLGenerator.appendDecompLine (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForOptimizer [ OK ] PlatoTestXMLGenerator.appendDecompLinesForOptimizer (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForOptimizer_emptyMeshName [ OK ] PlatoTestXMLGenerator.appendDecompLinesForOptimizer_emptyMeshName (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForOptimizer_invalidNumProcessors [ OK ] PlatoTestXMLGenerator.appendDecompLinesForOptimizer_invalidNumProcessors (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForOptimizer_emptyInitialGuess INFO: Parameter "initial_guess_file_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.appendDecompLinesForOptimizer_emptyInitialGuess (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForOptimizer_noNeedToDecompose [ OK ] PlatoTestXMLGenerator.appendDecompLinesForOptimizer_noNeedToDecompose (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForOptimizer_hasBeenDecomped INFO: Parameter "initial_guess_file_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.appendDecompLinesForOptimizer_hasBeenDecomped (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForPerformers_emptyMeshName [ OK ] PlatoTestXMLGenerator.appendDecompLinesForPerformers_emptyMeshName (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForPerformers [ OK ] PlatoTestXMLGenerator.appendDecompLinesForPerformers (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForPerformers_noObjectives [ OK ] PlatoTestXMLGenerator.appendDecompLinesForPerformers_noObjectives (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForPerformers_noNeedToDecompose [ OK ] PlatoTestXMLGenerator.appendDecompLinesForPerformers_noNeedToDecompose (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForPerformers_multipleObjectivesSameNumProcs [ OK ] PlatoTestXMLGenerator.appendDecompLinesForPerformers_multipleObjectivesSameNumProcs (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForPerformers_hasBeenDecomposed [ OK ] PlatoTestXMLGenerator.appendDecompLinesForPerformers_hasBeenDecomposed (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesToMPILaunchScript INFO: Parameter "initial_guess_file_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.appendDecompLinesToMPILaunchScript (2 ms) [ RUN ] PlatoTestXMLGenerator.appendEngineMPIRunLines [ OK ] PlatoTestXMLGenerator.appendEngineMPIRunLines (2 ms) [ RUN ] PlatoTestXMLGenerator.getNumBufferLayers [ OK ] PlatoTestXMLGenerator.getNumBufferLayers (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumBufferLayers_invalidInput_1 [ OK ] PlatoTestXMLGenerator.getNumBufferLayers_invalidInput_1 (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumBufferLayers_invalidInput_2 [ OK ] PlatoTestXMLGenerator.getNumBufferLayers_invalidInput_2 (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumBufferLayers_invalidInput_3 [ OK ] PlatoTestXMLGenerator.getNumBufferLayers_invalidInput_3 (0 ms) [ RUN ] PlatoTestXMLGenerator.getPruneString [ OK ] PlatoTestXMLGenerator.getPruneString (0 ms) [ RUN ] PlatoTestXMLGenerator.appendConcatenateMeshFileLines [ OK ] PlatoTestXMLGenerator.appendConcatenateMeshFileLines (2 ms) [ RUN ] PlatoTestXMLGenerator.appendConcatenateMeshFileLines_runMeshNameNotSet [ OK ] PlatoTestXMLGenerator.appendConcatenateMeshFileLines_runMeshNameNotSet (2 ms) [ RUN ] PlatoTestXMLGenerator.getExtensionString [ OK ] PlatoTestXMLGenerator.getExtensionString (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumberOfRefines_invalidInput_1 [ OK ] PlatoTestXMLGenerator.getNumberOfRefines_invalidInput_1 (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumberOfRefines_invalidInput_2 [ OK ] PlatoTestXMLGenerator.getNumberOfRefines_invalidInput_2 (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumberOfRefines_invalidInput_3 [ OK ] PlatoTestXMLGenerator.getNumberOfRefines_invalidInput_3 (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumberOfRefines_1 [ OK ] PlatoTestXMLGenerator.getNumberOfRefines_1 (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumberOfRefines_2 [ OK ] PlatoTestXMLGenerator.getNumberOfRefines_2 (0 ms) [ RUN ] PlatoTestXMLGenerator.getMaxNumberOfObjectiveProcs [ OK ] PlatoTestXMLGenerator.getMaxNumberOfObjectiveProcs (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumberOfPruneAndRefineProcs_1 [ OK ] PlatoTestXMLGenerator.getNumberOfPruneAndRefineProcs_1 (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumberOfPruneAndRefineProcs_2 [ OK ] PlatoTestXMLGenerator.getNumberOfPruneAndRefineProcs_2 (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumberOfPruneAndRefineProcs_3 [ OK ] PlatoTestXMLGenerator.getNumberOfPruneAndRefineProcs_3 (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumberOfPruneAndRefineProcs_invalidInput_1 [ OK ] PlatoTestXMLGenerator.getNumberOfPruneAndRefineProcs_invalidInput_1 (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumberOfPruneAndRefineProcs_invalidInput_2 [ OK ] PlatoTestXMLGenerator.getNumberOfPruneAndRefineProcs_invalidInput_2 (0 ms) [ RUN ] PlatoTestXMLGenerator.getNumberOfPruneAndRefineProcs_invalidInput_3 [ OK ] PlatoTestXMLGenerator.getNumberOfPruneAndRefineProcs_invalidInput_3 (0 ms) [ RUN ] PlatoTestXMLGenerator.appendPruneAndRefineCommand_1 [ OK ] PlatoTestXMLGenerator.appendPruneAndRefineCommand_1 (2 ms) [ RUN ] PlatoTestXMLGenerator.appendPruneThresholdCommand [ OK ] PlatoTestXMLGenerator.appendPruneThresholdCommand (0 ms) [ RUN ] PlatoTestXMLGenerator.appendPruneAndRefineCommand_invalidInput [ OK ] PlatoTestXMLGenerator.appendPruneAndRefineCommand_invalidInput (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForPruneAndRefine_1 [ OK ] PlatoTestXMLGenerator.appendDecompLinesForPruneAndRefine_1 (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForPruneAndRefine_2 [ OK ] PlatoTestXMLGenerator.appendDecompLinesForPruneAndRefine_2 (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForPruneAndRefine_3 [ OK ] PlatoTestXMLGenerator.appendDecompLinesForPruneAndRefine_3 (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForPruneAndRefine_4 [ OK ] PlatoTestXMLGenerator.appendDecompLinesForPruneAndRefine_4 (2 ms) [ RUN ] PlatoTestXMLGenerator.appendDecompLinesForPruneAndRefine_missingMeshName [ OK ] PlatoTestXMLGenerator.appendDecompLinesForPruneAndRefine_missingMeshName (2 ms) [ RUN ] PlatoTestXMLGenerator.appendPruneAndRefineLinesToMPIRunLaunchScript [ OK ] PlatoTestXMLGenerator.appendPruneAndRefineLinesToMPIRunLaunchScript (2 ms) [ RUN ] PlatoTestXMLGenerator.appendPruneAndRefineThresholdLinesToMPIRunLaunchScript [ OK ] PlatoTestXMLGenerator.appendPruneAndRefineThresholdLinesToMPIRunLaunchScript (2 ms) [ RUN ] PlatoTestXMLGenerator.Test [ OK ] PlatoTestXMLGenerator.Test (0 ms) [ RUN ] PlatoTestXMLGenerator.WriteDefineXmlFile_Loads [ OK ] PlatoTestXMLGenerator.WriteDefineXmlFile_Loads (2 ms) [ RUN ] PlatoTestXMLGenerator.PrepareProbabilitiesForDefineXmlFile [ OK ] PlatoTestXMLGenerator.PrepareProbabilitiesForDefineXmlFile (0 ms) [ RUN ] PlatoTestXMLGenerator.PrepareRandomTractionsForDefineXmlFile_AllRandomLoads_1LoadPerLoadCase_3Dim [ OK ] PlatoTestXMLGenerator.PrepareRandomTractionsForDefineXmlFile_AllRandomLoads_1LoadPerLoadCase_3Dim (0 ms) [ RUN ] PlatoTestXMLGenerator.PrepareRandomTractionsForDefineXmlFile_AllRandomLoads_2LoadPerLoadCase_3Dim [ OK ] PlatoTestXMLGenerator.PrepareRandomTractionsForDefineXmlFile_AllRandomLoads_2LoadPerLoadCase_3Dim (0 ms) [ RUN ] PlatoTestXMLGenerator.PrepareRandomTractionsForDefineXmlFile_2RandomLoadsAnd1DeterministicLoadPerLoadCase_3Dim [ OK ] PlatoTestXMLGenerator.PrepareRandomTractionsForDefineXmlFile_2RandomLoadsAnd1DeterministicLoadPerLoadCase_3Dim (0 ms) [ RUN ] PlatoTestXMLGenerator.PrepareRandomTractionsForDefineXmlFile_AllRandomLoads_2LoadPerLoadCase_2Dim [ OK ] PlatoTestXMLGenerator.PrepareRandomTractionsForDefineXmlFile_AllRandomLoads_2LoadPerLoadCase_2Dim (0 ms) [ RUN ] PlatoTestXMLGenerator.PrepareRandomTractionsForDefineXmlFile_2RandomLoadsAnd1DeterministicLoadPerLoadCase_2Dim [ OK ] PlatoTestXMLGenerator.PrepareRandomTractionsForDefineXmlFile_2RandomLoadsAnd1DeterministicLoadPerLoadCase_2Dim (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendProbabilitiesToDefineXmlFile [ OK ] PlatoTestXMLGenerator.AppendProbabilitiesToDefineXmlFile (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendMaterialPropertiesToDefineXmlFile [ OK ] PlatoTestXMLGenerator.AppendMaterialPropertiesToDefineXmlFile (0 ms) [ RUN ] PlatoTestXMLGenerator.ReturnMaterialPropertiesTagsForDefineXmlFile [ OK ] PlatoTestXMLGenerator.ReturnMaterialPropertiesTagsForDefineXmlFile (0 ms) [ RUN ] PlatoTestXMLGenerator.ReturnRandomTractionsTags [ OK ] PlatoTestXMLGenerator.ReturnRandomTractionsTags (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendRandomTractionsToDefineXmlFile [ OK ] PlatoTestXMLGenerator.AppendRandomTractionsToDefineXmlFile (0 ms) [ RUN ] PlatoTestXMLGenerator.PrepareRandomMaterialPropertiesForDefineXmlFile [ OK ] PlatoTestXMLGenerator.PrepareRandomMaterialPropertiesForDefineXmlFile (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendBasicAttributesToDefineXmlFile_ErrorZeroNumSamples [ OK ] PlatoTestXMLGenerator.AppendBasicAttributesToDefineXmlFile_ErrorZeroNumSamples (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendBasicAttributesToDefineXmlFile_ErrorZeroPerformers [ OK ] PlatoTestXMLGenerator.AppendBasicAttributesToDefineXmlFile_ErrorZeroPerformers (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendBasicAttributesToDefineXmlFile [ OK ] PlatoTestXMLGenerator.AppendBasicAttributesToDefineXmlFile (0 ms) [ RUN ] PlatoTestXMLGenerator.WriteDakotaInputFile_ERROR [ OK ] PlatoTestXMLGenerator.WriteDakotaInputFile_ERROR (0 ms) [ RUN ] PlatoTestXMLGenerator.WriteDakotaInputFile_MDPS INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.WriteDakotaInputFile_MDPS (12 ms) [ RUN ] PlatoTestXMLGenerator.WriteDakotaInputFile_DOE INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.WriteDakotaInputFile_DOE (11 ms) [ RUN ] PlatoTestXMLGenerator.WriteDakotaInputFile_SBGO INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "100" for parameter "max_iterations" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.WriteDakotaInputFile_SBGO (12 ms) [ RUN ] PlatoTestXMLGenerator.InsertMogaInputs [ OK ] PlatoTestXMLGenerator.InsertMogaInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertMultiDimParamStudyInputs [ OK ] PlatoTestXMLGenerator.InsertMultiDimParamStudyInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertInputsMMA [ OK ] PlatoTestXMLGenerator.InsertInputsMMA (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertLevelsetBasedShapeOptimizationInputs [ OK ] PlatoTestXMLGenerator.InsertLevelsetBasedShapeOptimizationInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertKelleySachsTrustRegionInputs [ OK ] PlatoTestXMLGenerator.InsertKelleySachsTrustRegionInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertProjectionFilterInputs [ OK ] PlatoTestXMLGenerator.InsertProjectionFilterInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertSymmetryFilterInputs [ OK ] PlatoTestXMLGenerator.InsertSymmetryFilterInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertPlatoFilterInputs [ OK ] PlatoTestXMLGenerator.InsertPlatoFilterInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertFixedBlocksInputs [ OK ] PlatoTestXMLGenerator.InsertFixedBlocksInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertPruneAndRefineInputs [ OK ] PlatoTestXMLGenerator.InsertPruneAndRefineInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertOptimalityCriteriaInputs [ OK ] PlatoTestXMLGenerator.InsertOptimalityCriteriaInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertRestartInputs [ OK ] PlatoTestXMLGenerator.InsertRestartInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertDerivativeCheckerInputs [ OK ] PlatoTestXMLGenerator.InsertDerivativeCheckerInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertGeneralOptimizationInputs [ OK ] PlatoTestXMLGenerator.InsertGeneralOptimizationInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertShapeOptimizationInputs [ OK ] PlatoTestXMLGenerator.InsertShapeOptimizationInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.InsertTopologyOptimizationInputs [ OK ] PlatoTestXMLGenerator.InsertTopologyOptimizationInputs (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDefinesFileToInterfaceFile [ OK ] PlatoTestXMLGenerator.AppendDefinesFileToInterfaceFile (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendPerformersToInterfaceFile_SingleObjective [ OK ] PlatoTestXMLGenerator.AppendPerformersToInterfaceFile_SingleObjective (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendSharedDataToInterfaceFile_SingleObjective [ OK ] PlatoTestXMLGenerator.AppendSharedDataToInterfaceFile_SingleObjective (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendSharedDataToInterfaceFile_MultiObjective [ OK ] PlatoTestXMLGenerator.AppendSharedDataToInterfaceFile_MultiObjective (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeMeshesStageToInterfaceFile_MultiPhysicsPerformers [ OK ] PlatoTestXMLGenerator.AppendInitializeMeshesStageToInterfaceFile_MultiPhysicsPerformers (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeCriteriaStagesToInterfaceFile_SingleObjective [ OK ] PlatoTestXMLGenerator.AppendComputeCriteriaStagesToInterfaceFile_SingleObjective (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeCriteriaStagesToInterfaceFile_MultiObjective [ OK ] PlatoTestXMLGenerator.AppendComputeCriteriaStagesToInterfaceFile_MultiObjective (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDakotaDriverOptionsToInterfaceFile_SingleObjective [ OK ] PlatoTestXMLGenerator.AppendDakotaDriverOptionsToInterfaceFile_SingleObjective (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDakotaDriverOptionsToInterfaceFile_MultiObjective [ OK ] PlatoTestXMLGenerator.AppendDakotaDriverOptionsToInterfaceFile_MultiObjective (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDakotaDriverOptionsToInterfaceFile_SingleObjectiveSingleConstraint [ OK ] PlatoTestXMLGenerator.AppendDakotaDriverOptionsToInterfaceFile_SingleObjectiveSingleConstraint (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpdateGeometryOnChangeToPlatoMainOperationsFile [ OK ] PlatoTestXMLGenerator.AppendUpdateGeometryOnChangeToPlatoMainOperationsFile (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendReinitializeToPlatoMainOperationsFile [ OK ] PlatoTestXMLGenerator.AppendReinitializeToPlatoMainOperationsFile (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeCriterionValueToPlatoMainOperationsFile [ OK ] PlatoTestXMLGenerator.AppendComputeCriterionValueToPlatoMainOperationsFile (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendConcurrentEvaluationsToDefinesFile [ OK ] PlatoTestXMLGenerator.AppendConcurrentEvaluationsToDefinesFile (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendMPIRunLinesToLaunchScript_PAPerformer [ OK ] PlatoTestXMLGenerator.AppendMPIRunLinesToLaunchScript_PAPerformer (2 ms) [ RUN ] PlatoTestXMLGenerator.WritePlatoAnalyzeOperationsXmlFileForDakotaDriver_MultiObjective [ OK ] PlatoTestXMLGenerator.WritePlatoAnalyzeOperationsXmlFileForDakotaDriver_MultiObjective (2 ms) [ RUN ] PlatoTestXMLGenerator.WriteOnlyFirstOfMultiPlatoAnalyzeServiceOperationsXmlFilesForDakotaDriver_MultiObjective [ OK ] PlatoTestXMLGenerator.WriteOnlyFirstOfMultiPlatoAnalyzeServiceOperationsXmlFilesForDakotaDriver_MultiObjective (2 ms) [ RUN ] PlatoTestXMLGenerator.WritePlatoAnalyzeOperationsXmlFileForDakotaDriver_SingleObjectiveSingleConstraint [ OK ] PlatoTestXMLGenerator.WritePlatoAnalyzeOperationsXmlFileForDakotaDriver_SingleObjectiveSingleConstraint (2 ms) [ RUN ] PlatoTestXMLGenerator.WriteOnlyFirstOfMultiPlatoAnalyzeServiceOperationsXmlFilesForDakotaDriver_SingleObjectiveMultiConstraint [ OK ] PlatoTestXMLGenerator.WriteOnlyFirstOfMultiPlatoAnalyzeServiceOperationsXmlFilesForDakotaDriver_SingleObjectiveMultiConstraint (2 ms) [ RUN ] PlatoTestXMLGenerator.CheckThatDirectoryExists [ OK ] PlatoTestXMLGenerator.CheckThatDirectoryExists (11 ms) [ RUN ] PlatoTestXMLGenerator.WritePlatoAnalyzeInputXmlFilesForDakotaDriver INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.WritePlatoAnalyzeInputXmlFilesForDakotaDriver (49 ms) [ RUN ] PlatoTestXMLGenerator.WritePlatoServicesInputXmlFilesForDakotaDriver INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.WritePlatoServicesInputXmlFilesForDakotaDriver (36 ms) [ RUN ] PlatoTestXMLGenerator.CheckDakotaWorkflow_ErrorEmpty INFO: Parameter "dakota_workflow" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.CheckDakotaWorkflow_ErrorEmpty (0 ms) [ RUN ] PlatoTestXMLGenerator.CheckDakotaWorkflow_ErrorNotSupported INFO: Parameter "dakota_workflow" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.CheckDakotaWorkflow_ErrorNotSupported (0 ms) [ RUN ] PlatoTestXMLGenerator.CheckDakotaWorkflow_MDPS [ OK ] PlatoTestXMLGenerator.CheckDakotaWorkflow_MDPS (0 ms) [ RUN ] PlatoTestXMLGenerator.CheckDakotaWorkflow_SBGO [ OK ] PlatoTestXMLGenerator.CheckDakotaWorkflow_SBGO (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendTitleToDakotaDriverInputFile_MDPS [ OK ] PlatoTestXMLGenerator.AppendTitleToDakotaDriverInputFile_MDPS (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendTitleToDakotaDriverInputFile_SBGO [ OK ] PlatoTestXMLGenerator.AppendTitleToDakotaDriverInputFile_SBGO (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendEnvironmentToDakotaDriverInputFile_MDPS [ OK ] PlatoTestXMLGenerator.AppendEnvironmentToDakotaDriverInputFile_MDPS (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendEnvironmentToDakotaDriverInputFile_SBGO [ OK ] PlatoTestXMLGenerator.AppendEnvironmentToDakotaDriverInputFile_SBGO (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendMethodsToDakotaDriverInputFile_MDPS [ OK ] PlatoTestXMLGenerator.AppendMethodsToDakotaDriverInputFile_MDPS (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendMethodsToDakotaDriverInputFile_SBGO [ OK ] PlatoTestXMLGenerator.AppendMethodsToDakotaDriverInputFile_SBGO (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendModelsToDakotaDriverInputFile_SBGO INFO: Parameter "sbgo_surrogate_output_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendModelsToDakotaDriverInputFile_SBGO (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendModelsToDakotaDriverInputFile_SBGO_OutputSurrogate [ OK ] PlatoTestXMLGenerator.AppendModelsToDakotaDriverInputFile_SBGO_OutputSurrogate (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendParametersToDakotaDriverInputFile_ErrorNumberDesignVariablesDontMatchCsm [ OK ] PlatoTestXMLGenerator.AppendParametersToDakotaDriverInputFile_ErrorNumberDesignVariablesDontMatchCsm (5 ms) [ RUN ] PlatoTestXMLGenerator.AppendParametersToDakotaDriverInputFile [ OK ] PlatoTestXMLGenerator.AppendParametersToDakotaDriverInputFile (5 ms) [ RUN ] PlatoTestXMLGenerator.AppendParametersToDakotaDriverInputFileFromDescriptors INFO: Parameter "csm_file" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendParametersToDakotaDriverInputFileFromDescriptors (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendInterfaceToDakotaDriverInputFile_MDPS [ OK ] PlatoTestXMLGenerator.AppendInterfaceToDakotaDriverInputFile_MDPS (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendInterfaceToDakotaDriverInputFile_SBGO [ OK ] PlatoTestXMLGenerator.AppendInterfaceToDakotaDriverInputFile_SBGO (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendResponsesToDakotaDriverInputFile_MDPS [ OK ] PlatoTestXMLGenerator.AppendResponsesToDakotaDriverInputFile_MDPS (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendResponsesToDakotaDriverInputFile_SBGO_MultiObjective [ OK ] PlatoTestXMLGenerator.AppendResponsesToDakotaDriverInputFile_SBGO_MultiObjective (2 ms) [ RUN ] PlatoTestXMLGenerator.generateAnalyzeBashScript [ OK ] PlatoTestXMLGenerator.generateAnalyzeBashScript (2 ms) [ RUN ] PlatoTestXMLGenerator.appendAnalyzeMPIRunLines [ OK ] PlatoTestXMLGenerator.appendAnalyzeMPIRunLines (2 ms) [ RUN ] PlatoTestXMLGenerator.appendAnalyzeMPIRunLines_withPath [ OK ] PlatoTestXMLGenerator.appendAnalyzeMPIRunLines_withPath (2 ms) [ RUN ] PlatoTestXMLGenerator.appendAnalyzeMPIRunLines_noPerformers [ OK ] PlatoTestXMLGenerator.appendAnalyzeMPIRunLines_noPerformers (0 ms) [ RUN ] PlatoTestXMLGenerator.appendAnalyzeHelmholtzMPIRunLines [ OK ] PlatoTestXMLGenerator.appendAnalyzeHelmholtzMPIRunLines (2 ms) [ RUN ] PlatoTestXMLGenerator.CheckFixedBlocksData_Case1 [ OK ] PlatoTestXMLGenerator.CheckFixedBlocksData_Case1 (0 ms) [ RUN ] PlatoTestXMLGenerator.CheckFixedBlocksData_Case2 [ OK ] PlatoTestXMLGenerator.CheckFixedBlocksData_Case2 (0 ms) [ RUN ] PlatoTestXMLGenerator.CheckFixedBlocksData_Case3 [ OK ] PlatoTestXMLGenerator.CheckFixedBlocksData_Case3 (0 ms) [ RUN ] PlatoTestXMLGenerator.CheckFixedBlocksData_Case4 [ OK ] PlatoTestXMLGenerator.CheckFixedBlocksData_Case4 (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseObjective_ErrorNoType [ OK ] PlatoTestXMLGenerator.ParseObjective_ErrorNoType (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseObjective_ErrorNoCriteria [ OK ] PlatoTestXMLGenerator.ParseObjective_ErrorNoCriteria (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseObjective_ErrorNoServices [ OK ] PlatoTestXMLGenerator.ParseObjective_ErrorNoServices (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseObjective_ErrorNoScenarios [ OK ] PlatoTestXMLGenerator.ParseObjective_ErrorNoScenarios (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseObjective_ErrorMultipleCriteriaInSingleCriterionObjective [ OK ] PlatoTestXMLGenerator.ParseObjective_ErrorMultipleCriteriaInSingleCriterionObjective (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseObjective_ErrorWeightsForSingleCriterion [ OK ] PlatoTestXMLGenerator.ParseObjective_ErrorWeightsForSingleCriterion (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseObjective_DefaultWeights [ OK ] PlatoTestXMLGenerator.ParseObjective_DefaultWeights (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseObjective_InvalidObjectiveType [ OK ] PlatoTestXMLGenerator.ParseObjective_InvalidObjectiveType (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseObjective_SingleCriterion [ OK ] PlatoTestXMLGenerator.ParseObjective_SingleCriterion (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseObjective_WeightedSum [ OK ] PlatoTestXMLGenerator.ParseObjective_WeightedSum (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_ErrorNoCriteriaID [ OK ] PlatoTestXMLGenerator.ParseCriteria_ErrorNoCriteriaID (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_ErrorDuplicateIDs [ OK ] PlatoTestXMLGenerator.ParseCriteria_ErrorDuplicateIDs (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_InvalidCriterionType [ OK ] PlatoTestXMLGenerator.ParseCriteria_InvalidCriterionType (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_NoCriterionType [ OK ] PlatoTestXMLGenerator.ParseCriteria_NoCriterionType (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_Compliance [ OK ] PlatoTestXMLGenerator.ParseCriteria_Compliance (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_Volume [ OK ] PlatoTestXMLGenerator.ParseCriteria_Volume (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_Displacement [ OK ] PlatoTestXMLGenerator.ParseCriteria_Displacement (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_Displacement_no_displacement_direction [ OK ] PlatoTestXMLGenerator.ParseCriteria_Displacement_no_displacement_direction (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_Displacement_no_location_type [ OK ] PlatoTestXMLGenerator.ParseCriteria_Displacement_no_location_type (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_Displacement_no_location_name [ OK ] PlatoTestXMLGenerator.ParseCriteria_Displacement_no_location_name (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_StressPNorm [ OK ] PlatoTestXMLGenerator.ParseCriteria_StressPNorm (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_ErrorInvalidStressPNormMeasure [ OK ] PlatoTestXMLGenerator.ParseCriteria_ErrorInvalidStressPNormMeasure (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_StressPNormMeasure [ OK ] PlatoTestXMLGenerator.ParseCriteria_StressPNormMeasure (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_ErrorStressPNormVolumeScalingNoMeasure [ OK ] PlatoTestXMLGenerator.ParseCriteria_ErrorStressPNormVolumeScalingNoMeasure (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_ErrorStressPNormVolumeScalingNotBool [ OK ] PlatoTestXMLGenerator.ParseCriteria_ErrorStressPNormVolumeScalingNotBool (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_StressPNormVolumeScaling [ OK ] PlatoTestXMLGenerator.ParseCriteria_StressPNormVolumeScaling (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_StressPNormMeasureAndVolumeScalingDefaultToEmptyString [ OK ] PlatoTestXMLGenerator.ParseCriteria_StressPNormMeasureAndVolumeScalingDefaultToEmptyString (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_MassProperties [ OK ] PlatoTestXMLGenerator.ParseCriteria_MassProperties (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseCriteria_ThreeCriteria [ OK ] PlatoTestXMLGenerator.ParseCriteria_ThreeCriteria (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseMaterial_ErrorEmptyMaterialBlock [ OK ] PlatoTestXMLGenerator.ParseMaterial_ErrorEmptyMaterialBlock (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseMaterial_ErrorInvalidMaterialModel [ OK ] PlatoTestXMLGenerator.ParseMaterial_ErrorInvalidMaterialModel (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseMaterial_ErrorEmptyMaterialProperties [ OK ] PlatoTestXMLGenerator.ParseMaterial_ErrorEmptyMaterialProperties (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseMaterial_NonUniqueIDs [ OK ] PlatoTestXMLGenerator.ParseMaterial_NonUniqueIDs (1 ms) [ RUN ] PlatoTestXMLGenerator.ParseMaterial_OneMaterial [ OK ] PlatoTestXMLGenerator.ParseMaterial_OneMaterial (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseConstraint_ErrorEmptyConstraintMetadata [ OK ] PlatoTestXMLGenerator.ParseConstraint_ErrorEmptyConstraintMetadata (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseConstraint_ErrorEmptyCriterion [ OK ] PlatoTestXMLGenerator.ParseConstraint_ErrorEmptyCriterion (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseConstraint_ErrorEmptyService [ OK ] PlatoTestXMLGenerator.ParseConstraint_ErrorEmptyService (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseConstraint_EmptyTarget [ OK ] PlatoTestXMLGenerator.ParseConstraint_EmptyTarget (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseConstraint_Default [ OK ] PlatoTestXMLGenerator.ParseConstraint_Default (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario_ErrorInvalidPhysics [ OK ] PlatoTestXMLGenerator.ParseScenario_ErrorInvalidPhysics (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario_ErrorInvalidDimensions [ OK ] PlatoTestXMLGenerator.ParseScenario_ErrorInvalidDimensions (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario_ErrorNoPhysics [ OK ] PlatoTestXMLGenerator.ParseScenario_ErrorNoPhysics (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario_ErrorNoDimensions [ OK ] PlatoTestXMLGenerator.ParseScenario_ErrorNoDimensions (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario_NoLoads

WARNING: Load ids are not defined for scenario with id (''). [ OK ] PlatoTestXMLGenerator.ParseScenario_NoLoads (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario_ErrorNoBoundaryConditions [ OK ] PlatoTestXMLGenerator.ParseScenario_ErrorNoBoundaryConditions (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario_ExistingInputDeckNoBoundaryConditions [ OK ] PlatoTestXMLGenerator.ParseScenario_ExistingInputDeckNoBoundaryConditions (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario_ExistingInputDeckNoLoads [ OK ] PlatoTestXMLGenerator.ParseScenario_ExistingInputDeckNoLoads (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario_ExistingInputDeckNoDimensions [ OK ] PlatoTestXMLGenerator.ParseScenario_ExistingInputDeckNoDimensions (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario_ErrorInvalidScenarioBlockID [ OK ] PlatoTestXMLGenerator.ParseScenario_ErrorInvalidScenarioBlockID (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario [ OK ] PlatoTestXMLGenerator.ParseScenario (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario_DefaultMainValues [ OK ] PlatoTestXMLGenerator.ParseScenario_DefaultMainValues (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseScenario_WithAssembly [ OK ] PlatoTestXMLGenerator.ParseScenario_WithAssembly (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseService_ErrorInvalidCode [ OK ] PlatoTestXMLGenerator.ParseService_ErrorInvalidCode (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseService_NoCode [ OK ] PlatoTestXMLGenerator.ParseService_NoCode (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseService_InvalidID [ OK ] PlatoTestXMLGenerator.ParseService_InvalidID (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseService [ OK ] PlatoTestXMLGenerator.ParseService (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseService_Defaults [ OK ] PlatoTestXMLGenerator.ParseService_Defaults (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseOutput_EmptyOutputMetadata [ OK ] PlatoTestXMLGenerator.ParseOutput_EmptyOutputMetadata (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseOutput_ErrorInvalidQoI [ OK ] PlatoTestXMLGenerator.ParseOutput_ErrorInvalidQoI (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseOutput_ErrorInvalidRandomQoI [ OK ] PlatoTestXMLGenerator.ParseOutput_ErrorInvalidRandomQoI (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseOutput_DeterministicOnly [ OK ] PlatoTestXMLGenerator.ParseOutput_DeterministicOnly (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseOutput_RandomOnly [ OK ] PlatoTestXMLGenerator.ParseOutput_RandomOnly (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseAssembly_DefaultMainValues [ OK ] PlatoTestXMLGenerator.ParseAssembly_DefaultMainValues (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseAssembly_ErrorEmptyAssemblyBlock [ OK ] PlatoTestXMLGenerator.ParseAssembly_ErrorEmptyAssemblyBlock (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseAssembly_ErrorInvalidAssemblyType [ OK ] PlatoTestXMLGenerator.ParseAssembly_ErrorInvalidAssemblyType (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseAssembly_ErrorEmptyAssemblyType [ OK ] PlatoTestXMLGenerator.ParseAssembly_ErrorEmptyAssemblyType (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseAssembly_ErrorEmptyAssemblyChild [ OK ] PlatoTestXMLGenerator.ParseAssembly_ErrorEmptyAssemblyChild (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseAssembly_ErrorEmptyAssemblyParent [ OK ] PlatoTestXMLGenerator.ParseAssembly_ErrorEmptyAssemblyParent (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseAssembly_NonUniqueIDs [ OK ] PlatoTestXMLGenerator.ParseAssembly_NonUniqueIDs (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseAssembly_OneAssembly [ OK ] PlatoTestXMLGenerator.ParseAssembly_OneAssembly (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseAssembly_TwoAssembly [ OK ] PlatoTestXMLGenerator.ParseAssembly_TwoAssembly (0 ms) [ RUN ] PlatoTestXMLGenerator.Split [ OK ] PlatoTestXMLGenerator.Split (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseRun_ErrorInvalidKeyword [ OK ] PlatoTestXMLGenerator.ParseRun_ErrorInvalidKeyword (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseRun_ErrorNoType [ OK ] PlatoTestXMLGenerator.ParseRun_ErrorNoType (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseRun_ErrorInvalidType [ OK ] PlatoTestXMLGenerator.ParseRun_ErrorInvalidType (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseRun_ErrorNoCriterionOrCommand [ OK ] PlatoTestXMLGenerator.ParseRun_ErrorNoCriterionOrCommand (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseRun_criterion [ OK ] PlatoTestXMLGenerator.ParseRun_criterion (0 ms) [ RUN ] PlatoTestXMLGenerator.ParseRun_command [ OK ] PlatoTestXMLGenerator.ParseRun_command (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendWriteOutputPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendWriteOutputPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeQoiStatisticsOperation [ OK ] PlatoTestXMLGenerator.AppendComputeQoiStatisticsOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.WritePlatoMainOperationsXmlFile INFO: Parameter "filter_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_radius_absolute" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_power" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "initialize_method" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "initial_density_value" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.WritePlatoMainOperationsXmlFile (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveGradientStage [ OK ] PlatoTestXMLGenerator.AppendObjectiveGradientStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveGradientStage_shape_multi_performer INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendObjectiveGradientStage_shape_multi_performer (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveValueStage [ OK ] PlatoTestXMLGenerator.AppendObjectiveValueStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveValueStage_MultiObjective [ OK ] PlatoTestXMLGenerator.AppendObjectiveValueStage_MultiObjective (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveValueOperation_non_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendObjectiveValueOperation_non_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveValueOperation_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendObjectiveValueOperation_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendAggregateObjectiveValueOperation_non_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendAggregateObjectiveValueOperation_non_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendAggregateObjectiveValueOperation_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendAggregateObjectiveValueOperation_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendAggregateObjectiveGradientOperation_non_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendAggregateObjectiveGradientOperation_non_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendAggregateObjectiveGradientOperation_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendAggregateObjectiveGradientOperation_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendCacheStateStage [ OK ] PlatoTestXMLGenerator.AppendCacheStateStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendCacheStateStage_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendCacheStateStage_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpdateProblemStage INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendUpdateProblemStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendSharedData INFO: Parameter "filter_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendSharedData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendTopologySharedData_ErrorEmptyService [ OK ] PlatoTestXMLGenerator.AppendTopologySharedData_ErrorEmptyService (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendTopologySharedData [ OK ] PlatoTestXMLGenerator.AppendTopologySharedData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendQoISharedData_ErrorEmptyService [ OK ] PlatoTestXMLGenerator.AppendQoISharedData_ErrorEmptyService (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendQoISharedData_EmptySharedData [ OK ] PlatoTestXMLGenerator.AppendQoISharedData_EmptySharedData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendQoISharedData_ErrorDidNotMatchOuputServiceID [ OK ] PlatoTestXMLGenerator.AppendQoISharedData_ErrorDidNotMatchOuputServiceID (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDeterministicQoIToPlatoMainOutput_non_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendDeterministicQoIToPlatoMainOutput_non_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDeterministicQoIToPlatoMainOutput_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendDeterministicQoIToPlatoMainOutput_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNormalizationSharedData_non_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendNormalizationSharedData_non_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNormalizationSharedData_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendNormalizationSharedData_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendQoISharedData [ OK ] PlatoTestXMLGenerator.AppendQoISharedData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendQoISharedData_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendQoISharedData_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendPhysicsPerformers_EmptyService [ OK ] PlatoTestXMLGenerator.AppendPhysicsPerformers_EmptyService (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendPhysicsPerformers [ OK ] PlatoTestXMLGenerator.AppendPhysicsPerformers (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendPhysicsPerformersWithHelmholtz [ OK ] PlatoTestXMLGenerator.AppendPhysicsPerformersWithHelmholtz (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendTopologySharedDataWithHelmholtz INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendTopologySharedDataWithHelmholtz (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendTopologySharedDataWithHelmholtzAndProjection [ OK ] PlatoTestXMLGenerator.AppendTopologySharedDataWithHelmholtzAndProjection (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveSharedDataWithHelmholtz INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendObjectiveSharedDataWithHelmholtz (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendConstraintSharedDataWithHelmholtz INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendConstraintSharedDataWithHelmholtz (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendCriteriaSharedDataWithHelmholtz INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendCriteriaSharedDataWithHelmholtz (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendCriteriaSharedDataWithHelmholtzAndProjection [ OK ] PlatoTestXMLGenerator.AppendCriteriaSharedDataWithHelmholtzAndProjection (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveGradientStageWithHelmholtz INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendObjectiveGradientStageWithHelmholtz (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendConstraintGradientStageWithHelmholtz INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendConstraintGradientStageWithHelmholtz (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveValueStageWithHelmholtz INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendObjectiveValueStageWithHelmholtz (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveValueStageWithHelmholtzAndProjection [ OK ] PlatoTestXMLGenerator.AppendObjectiveValueStageWithHelmholtzAndProjection (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendConstraintGradientStageWithHelmholtzAndProjection [ OK ] PlatoTestXMLGenerator.AppendConstraintGradientStageWithHelmholtzAndProjection (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendConstraintOptions INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendConstraintOptions (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendMultipleConstraints INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendMultipleConstraints (0 ms) [ RUN ] PlatoTestXMLGenerator.TOLSGenerateModelInput [ OK ] PlatoTestXMLGenerator.TOLSGenerateModelInput (0 ms) [ RUN ] PlatoTestXMLGenerator.TOLSGenerateModelOutput [ OK ] PlatoTestXMLGenerator.TOLSGenerateModelOutput (0 ms) [ RUN ] PlatoTestXMLGenerator.TOLSInitialGuessData [ OK ] PlatoTestXMLGenerator.TOLSInitialGuessData (0 ms) [ RUN ] PlatoTestXMLGenerator.TOLSInitialGuessStage [ OK ] PlatoTestXMLGenerator.TOLSInitialGuessStage (0 ms) [ RUN ] PlatoTestXMLGenerator.TOLSUpperBoundSD [ OK ] PlatoTestXMLGenerator.TOLSUpperBoundSD (0 ms) [ RUN ] PlatoTestXMLGenerator.TOLSUpperBoundStage [ OK ] PlatoTestXMLGenerator.TOLSUpperBoundStage (0 ms) [ RUN ] PlatoTestXMLGenerator.TOLSLowerBoundSD [ OK ] PlatoTestXMLGenerator.TOLSLowerBoundSD (0 ms) [ RUN ] PlatoTestXMLGenerator.TOLSLowerBoundStage [ OK ] PlatoTestXMLGenerator.TOLSLowerBoundStage (0 ms) [ RUN ] PlatoTestXMLGenerator.TOLSUpdateProblem /projects/NT_Morph/engine/base/src/input_generator/unittest/XMLGeneratorInterfaceFile_UnitTester.cpp:2555: Skipped

[ SKIPPED ] PlatoTestXMLGenerator.TOLSUpdateProblem (0 ms) [ RUN ] PlatoTestXMLGenerator.TOLSObjGradient [ OK ] PlatoTestXMLGenerator.TOLSObjGradient (0 ms) [ RUN ] PlatoTestXMLGenerator.LSTOAppendObjectiveGradientStage [ OK ] PlatoTestXMLGenerator.LSTOAppendObjectiveGradientStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeGeometryOperation [ OK ] PlatoTestXMLGenerator.AppendInitializeGeometryOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDefaultQOIToOutputOperation [ OK ] PlatoTestXMLGenerator.AppendDefaultQOIToOutputOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitialGuessStageForShapeOptimization INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitialGuessStageForShapeOptimization (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendLowerBoundStageForShapeOptimization INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendLowerBoundStageForShapeOptimization (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpperBoundStageForShapeOptimization INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendUpperBoundStageForShapeOptimization (0 ms) [ RUN ] PlatoTestXMLGenerator.Partial_ParseStrengthConstraintMassMinOptions [ OK ] PlatoTestXMLGenerator.Partial_ParseStrengthConstraintMassMinOptions (0 ms) [ RUN ] PlatoTestXMLGenerator.Partial_ParseStrengthConstraintMassMinOptions_DomainAwareLimits [ OK ] PlatoTestXMLGenerator.Partial_ParseStrengthConstraintMassMinOptions_DomainAwareLimits (0 ms) [ RUN ] PlatoTestXMLGenerator.Full_ParseStrengthConstraintMassMinOptions_DomainAwareLimits INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.Full_ParseStrengthConstraintMassMinOptions_DomainAwareLimits (11 ms) [ RUN ] PlatoTestXMLGenerator.AppendWriteOuputOperation_OutputDataSetFalse [ OK ] PlatoTestXMLGenerator.AppendWriteOuputOperation_OutputDataSetFalse (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendWriteOuputOperation_OutputDataSetTrueButEmptyOutputList [ OK ] PlatoTestXMLGenerator.AppendWriteOuputOperation_OutputDataSetTrueButEmptyOutputList (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendWriteOuputOperation_Random [ OK ] PlatoTestXMLGenerator.AppendWriteOuputOperation_Random (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendWriteOuputOperation_Deterministic [ OK ] PlatoTestXMLGenerator.AppendWriteOuputOperation_Deterministic (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendTrustRegionKelleySachsOptions INFO: Parameter "max_iterations" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_trust_region_expansion_factor" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_trust_region_contraction_factor" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_initial_radius_scale" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_max_radius_scale" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "hessian_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_min_trust_region_radius" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "limited_memory_storage" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "norm_gradient_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "stationarity_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_outer_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "control_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_outer_actual_reduction_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_trust_region_ratio_low" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_trust_region_ratio_mid" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_trust_region_ratio_high" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "max_iterations" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendTrustRegionKelleySachsOptions (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendPlatoMainOutputStageDeterministic [ OK ] PlatoTestXMLGenerator.AppendPlatoMainOutputStageDeterministic (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendPlatoMainOutputStageRandom [ OK ] PlatoTestXMLGenerator.AppendPlatoMainOutputStageRandom (0 ms) [ RUN ] PlatoTestXMLGenerator.ConstraintValueOperation_ErrorInvalidCode [ OK ] PlatoTestXMLGenerator.ConstraintValueOperation_ErrorInvalidCode (0 ms) [ RUN ] PlatoTestXMLGenerator.ConstraintValueOperation_PlatoMain [ OK ] PlatoTestXMLGenerator.ConstraintValueOperation_PlatoMain (0 ms) [ RUN ] PlatoTestXMLGenerator.ConstraintValueOperation_PlatoAnalyze [ OK ] PlatoTestXMLGenerator.ConstraintValueOperation_PlatoAnalyze (0 ms) [ RUN ] PlatoTestXMLGenerator.ConstraintGradientOperation_ErrorInvalidCode [ OK ] PlatoTestXMLGenerator.ConstraintGradientOperation_ErrorInvalidCode (0 ms) [ RUN ] PlatoTestXMLGenerator.ConstraintGradientOperation_PlatoMain [ OK ] PlatoTestXMLGenerator.ConstraintGradientOperation_PlatoMain (0 ms) [ RUN ] PlatoTestXMLGenerator.ConstraintGradientOperation_PlatoAnalyze [ OK ] PlatoTestXMLGenerator.ConstraintGradientOperation_PlatoAnalyze (0 ms) [ RUN ] PlatoTestXMLGenerator.SetKeyValue [ OK ] PlatoTestXMLGenerator.SetKeyValue (0 ms) [ RUN ] PlatoTestXMLGenerator.SetValueKeywordToIgnoreIfEmpty [ OK ] PlatoTestXMLGenerator.SetValueKeywordToIgnoreIfEmpty (0 ms) [ RUN ] PlatoTestXMLGenerator.TransformKeyTokens [ OK ] PlatoTestXMLGenerator.TransformKeyTokens (0 ms) [ RUN ] PlatoTestXMLGenerator.TransformValueTokens [ OK ] PlatoTestXMLGenerator.TransformValueTokens (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendChilds [ OK ] PlatoTestXMLGenerator.AppendChilds (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendAttributes [ OK ] PlatoTestXMLGenerator.AppendAttributes (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendQoiStatisticsSharedData [ OK ] PlatoTestXMLGenerator.AppendQoiStatisticsSharedData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNondeterministicSharedData [ OK ] PlatoTestXMLGenerator.AppendNondeterministicSharedData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNondeterministicCriterionSharedData_ErrorEmptyObjectiveList [ OK ] PlatoTestXMLGenerator.AppendNondeterministicCriterionSharedData_ErrorEmptyObjectiveList (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNondeterministicCriterionSharedData [ OK ] PlatoTestXMLGenerator.AppendNondeterministicCriterionSharedData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendLowerBoundsSharedData INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendLowerBoundsSharedData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpperBoundsSharedData [ OK ] PlatoTestXMLGenerator.AppendUpperBoundsSharedData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDesignVolumeSaredData [ OK ] PlatoTestXMLGenerator.AppendDesignVolumeSaredData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveSharedData INFO: Parameter "filter_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendObjectiveSharedData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendConstraintSharedData INFO: Parameter "filter_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendConstraintSharedData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendControlSharedData [ OK ] PlatoTestXMLGenerator.AppendControlSharedData (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendTopologySharedDataForNondeterministicUseCase_ErrorEmptyObjectiveList [ OK ] PlatoTestXMLGenerator.AppendTopologySharedDataForNondeterministicUseCase_ErrorEmptyObjectiveList (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendTopologySharedDataForNondeterministicUseCase [ OK ] PlatoTestXMLGenerator.AppendTopologySharedDataForNondeterministicUseCase (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendPlatoMainPerformer [ OK ] PlatoTestXMLGenerator.AppendPlatoMainPerformer (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendPhysicsPerformersForNondeterministicUsecase_ErrorEmptyObjectiveList [ OK ] PlatoTestXMLGenerator.AppendPhysicsPerformersForNondeterministicUsecase_ErrorEmptyObjectiveList (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendPhysicsPerformersForNondeterministicUsecase [ OK ] PlatoTestXMLGenerator.AppendPhysicsPerformersForNondeterministicUsecase (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterControlOperation [ OK ] PlatoTestXMLGenerator.AppendFilterControlOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterCriterionGradientSamplesOperation [ OK ] PlatoTestXMLGenerator.AppendFilterCriterionGradientSamplesOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterCriterionGradientOperation [ OK ] PlatoTestXMLGenerator.AppendFilterCriterionGradientOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitialGuessStage [ OK ] PlatoTestXMLGenerator.AppendInitialGuessStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNondeterministicOperation [ OK ] PlatoTestXMLGenerator.AppendNondeterministicOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendCacheStateStageForNondeterministicUsecase_EmptyStage [ OK ] PlatoTestXMLGenerator.AppendCacheStateStageForNondeterministicUsecase_EmptyStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendCacheStateStageForNondeterministicUsecase [ OK ] PlatoTestXMLGenerator.AppendCacheStateStageForNondeterministicUsecase (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpdateProblemStageForNondeterministicUsecase_EmptyStage [ OK ] PlatoTestXMLGenerator.AppendUpdateProblemStageForNondeterministicUsecase_EmptyStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpdateProblemStageForNondeterministicUsecase [ OK ] PlatoTestXMLGenerator.AppendUpdateProblemStageForNondeterministicUsecase (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendLowerBoundStage [ OK ] PlatoTestXMLGenerator.AppendLowerBoundStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendLowerBoundStage_TypeNotEqualToplogy INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendLowerBoundStage_TypeNotEqualToplogy (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpperBoundStage [ OK ] PlatoTestXMLGenerator.AppendUpperBoundStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpperBoundStage_TypeNotEqualToplogy INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendUpperBoundStage_TypeNotEqualToplogy (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDesignVolumeStage [ OK ] PlatoTestXMLGenerator.AppendDesignVolumeStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendConstraintValueStage [ OK ] PlatoTestXMLGenerator.AppendConstraintValueStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendConstraintGradientStage [ OK ] PlatoTestXMLGenerator.AppendConstraintGradientStage (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNondeterministicParameters [ OK ] PlatoTestXMLGenerator.AppendNondeterministicParameters (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendSampleObjectiveValueOperation [ OK ] PlatoTestXMLGenerator.AppendSampleObjectiveValueOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendEvaluateNondeterministicCriterionValueOperation [ OK ] PlatoTestXMLGenerator.AppendEvaluateNondeterministicCriterionValueOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveValueStageForNondeterministicUsecase [ OK ] PlatoTestXMLGenerator.AppendObjectiveValueStageForNondeterministicUsecase (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendSampleObjectiveGradientOperation [ OK ] PlatoTestXMLGenerator.AppendSampleObjectiveGradientOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendEvaluateNondeterministicCriterionGradientOperation [ OK ] PlatoTestXMLGenerator.AppendEvaluateNondeterministicCriterionGradientOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveGradientStageForNondeterministicUsecase [ OK ] PlatoTestXMLGenerator.AppendObjectiveGradientStageForNondeterministicUsecase (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOC_Options INFO: Parameter "control_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "objective_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "norm_gradient_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "update_problem_frequency" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOC_Options (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmMMA_Options INFO: Parameter "mma_asymptote_expansion" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_asymptote_contraction" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_max_sub_problem_iterations" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "control_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "objective_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_output_subproblem_diagnostics" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_sub_problem_initial_penalty" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_sub_problem_penalty_multiplier" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_sub_problem_feasibility_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "update_problem_frequency" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_use_ipopt_sub_problem_solver" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "update_problem_frequency" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmMMA_Options (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOptions_ErrorOptimizerNotSupported [ OK ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOptions_ErrorOptimizerNotSupported (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOptionsKSBC INFO: Parameter "max_iterations" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_max_trust_region_iterations" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_initial_radius_scale" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_max_radius_scale" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "hessian_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_min_trust_region_radius" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "limited_memory_storage" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "norm_gradient_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "stationarity_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_outer_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "control_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_outer_actual_reduction_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "update_problem_frequency" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_trust_region_ratio_low" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_trust_region_ratio_mid" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "ks_trust_region_ratio_high" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "max_iterations" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOptionsKSBC (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOptionsMMA INFO: Parameter "mma_asymptote_expansion" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_asymptote_contraction" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_max_sub_problem_iterations" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "control_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "objective_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_output_subproblem_diagnostics" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_sub_problem_initial_penalty" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_sub_problem_penalty_multiplier" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_sub_problem_feasibility_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "update_problem_frequency" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_use_ipopt_sub_problem_solver" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOptionsMMA (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOptionsOC INFO: Parameter "control_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "objective_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "norm_gradient_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "update_problem_frequency" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOptionsOC (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOption_ErrorOptimizerNotSupported [ OK ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOption_ErrorOptimizerNotSupported (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOption INFO: Parameter "mma_move_limit" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_asymptote_expansion" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_asymptote_contraction" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_max_sub_problem_iterations" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "control_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "objective_stagnation_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_output_subproblem_diagnostics" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_sub_problem_initial_penalty" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_sub_problem_penalty_multiplier" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_sub_problem_feasibility_tolerance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "update_problem_frequency" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "mma_use_ipopt_sub_problem_solver" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendOptimizationAlgorithmOption (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationOutputOptions [ OK ] PlatoTestXMLGenerator.AppendOptimizationOutputOptions (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationCacheStateOptions [ OK ] PlatoTestXMLGenerator.AppendOptimizationCacheStateOptions (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationUpdateProblemOptions [ OK ] PlatoTestXMLGenerator.AppendOptimizationUpdateProblemOptions (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationVariablesOptions [ OK ] PlatoTestXMLGenerator.AppendOptimizationVariablesOptions (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationObjectiveOptions [ OK ] PlatoTestXMLGenerator.AppendOptimizationObjectiveOptions (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationConstraintOptionsThrow [ OK ] PlatoTestXMLGenerator.AppendOptimizationConstraintOptionsThrow (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationConstraintOptions [ OK ] PlatoTestXMLGenerator.AppendOptimizationConstraintOptions (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOptimizationBoundConstraintsOptions [ OK ] PlatoTestXMLGenerator.AppendOptimizationBoundConstraintsOptions (0 ms) [ RUN ] PlatoTestXMLGenerator.WriteInterfaceXmlFile_ErrorEmptyObjective INFO: Parameter "verbose" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.WriteInterfaceXmlFile_ErrorEmptyObjective (0 ms) [ RUN ] PlatoTestXMLGenerator.WriteInterfaceXmlFile_ErrorMultipleObjectives INFO: Parameter "verbose" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.WriteInterfaceXmlFile_ErrorMultipleObjectives (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendBlockMetadataToPlatoMainInputDeck_EmptyBlockNode [ OK ] PlatoTestXMLGenerator.AppendBlockMetadataToPlatoMainInputDeck_EmptyBlockNode (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendBlockMetadataToPlatoMainInputDeck_ErrorEmptyBlockID [ OK ] PlatoTestXMLGenerator.AppendBlockMetadataToPlatoMainInputDeck_ErrorEmptyBlockID (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendBlockMetadataToPlatoMainInputDeck_ErrorEmptyMaterialID [ OK ] PlatoTestXMLGenerator.AppendBlockMetadataToPlatoMainInputDeck_ErrorEmptyMaterialID (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendBlockMetadataToPlatoMainInputDeck [ OK ] PlatoTestXMLGenerator.AppendBlockMetadataToPlatoMainInputDeck (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendMeshMetadataToPlatoMainInputDeck_ErrorEmptyMeshFile [ OK ] PlatoTestXMLGenerator.AppendMeshMetadataToPlatoMainInputDeck_ErrorEmptyMeshFile (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendMeshMetadataToPlatoMainInputDeck INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendMeshMetadataToPlatoMainInputDeck (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOutputMetadataToPlatoMainInputDeck [ OK ] PlatoTestXMLGenerator.AppendOutputMetadataToPlatoMainInputDeck (0 ms) [ RUN ] PlatoTestXMLGenerator.WritePlatoMainInputDeck INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.WritePlatoMainInputDeck (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendEnforceBoundsToPlatoMainOperationsFile [ OK ] PlatoTestXMLGenerator.AppendEnforceBoundsToPlatoMainOperationsFile (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDeterministicQoIToOutputOperation_non_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendDeterministicQoIToOutputOperation_non_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDeterministicQoIToOutputOperation_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendDeterministicQoIToOutputOperation_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendQoiStatisticsToOutputOperation [ OK ] PlatoTestXMLGenerator.AppendQoiStatisticsToOutputOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendAggregateDataToPlatoMainOperation_non_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendAggregateDataToPlatoMainOperation_non_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendAggregateDataToPlatoMainOperation_multi_load_case [ OK ] PlatoTestXMLGenerator.AppendAggregateDataToPlatoMainOperation_multi_load_case (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendSetLowerBoundsToPlatoMainOperation [ OK ] PlatoTestXMLGenerator.AppendSetLowerBoundsToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendSetUpperBoundsToPlatoMainOperation [ OK ] PlatoTestXMLGenerator.AppendSetUpperBoundsToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFixedBlocksIdentificationNumbersToOperation_NoFixedBlocks [ OK ] PlatoTestXMLGenerator.AppendFixedBlocksIdentificationNumbersToOperation_NoFixedBlocks (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFixedBlocksIdentificationNumbersToOperation [ OK ] PlatoTestXMLGenerator.AppendFixedBlocksIdentificationNumbersToOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFixedSidesetsIdentificationNumbersToOperation_NoFixedSidesets [ OK ] PlatoTestXMLGenerator.AppendFixedSidesetsIdentificationNumbersToOperation_NoFixedSidesets (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFixedSidesetsIdentificationNumbersToOperation [ OK ] PlatoTestXMLGenerator.AppendFixedSidesetsIdentificationNumbersToOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFixedNodesetsIdentificationNumbersToOperation_NoFixedNodesets [ OK ] PlatoTestXMLGenerator.AppendFixedNodesetsIdentificationNumbersToOperation_NoFixedNodesets (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFixedNodesetsIdentificationNumbersToOperation [ OK ] PlatoTestXMLGenerator.AppendFixedNodesetsIdentificationNumbersToOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeVolumeGradientToPlatoMainOperation [ OK ] PlatoTestXMLGenerator.AppendComputeVolumeGradientToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeVolumeToPlatoMainOperation [ OK ] PlatoTestXMLGenerator.AppendComputeVolumeToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.IsVolumeConstraintDefined_No [ OK ] PlatoTestXMLGenerator.IsVolumeConstraintDefined_No (0 ms) [ RUN ] PlatoTestXMLGenerator.IsVolumeConstraintDefined_ConstraintDefiendButItIsNotVolume [ OK ] PlatoTestXMLGenerator.IsVolumeConstraintDefined_ConstraintDefiendButItIsNotVolume (0 ms) [ RUN ] PlatoTestXMLGenerator.IsVolumeConstraintDefined1_Yes [ OK ] PlatoTestXMLGenerator.IsVolumeConstraintDefined1_Yes (0 ms) [ RUN ] PlatoTestXMLGenerator.IsVolumeConstraintDefined2_Yes [ OK ] PlatoTestXMLGenerator.IsVolumeConstraintDefined2_Yes (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDesignVolumeToPlatoMainOperation [ OK ] PlatoTestXMLGenerator.AppendDesignVolumeToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.IsVolumeConstraintDefinedAndComputedByPlatomain_UnconstrainedProblem [ OK ] PlatoTestXMLGenerator.IsVolumeConstraintDefinedAndComputedByPlatomain_UnconstrainedProblem (0 ms) [ RUN ] PlatoTestXMLGenerator.IsVolumeConstraintDefinedAndComputedByPlatomain_NoVolumeConstraint [ OK ] PlatoTestXMLGenerator.IsVolumeConstraintDefinedAndComputedByPlatomain_NoVolumeConstraint (0 ms) [ RUN ] PlatoTestXMLGenerator.IsVolumeConstraintDefinedAndComputedByPlatomain_VolumeDefinedButPerformerNotPlatoMain [ OK ] PlatoTestXMLGenerator.IsVolumeConstraintDefinedAndComputedByPlatomain_VolumeDefinedButPerformerNotPlatoMain (0 ms) [ RUN ] PlatoTestXMLGenerator.IsVolumeConstraintDefinedAndComputedByPlatomain_Yes [ OK ] PlatoTestXMLGenerator.IsVolumeConstraintDefinedAndComputedByPlatomain_Yes (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeFieldToPlatoMainOperation_ReadFileKey INFO: Parameter "restart_iteration" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitializeFieldToPlatoMainOperation_ReadFileKey (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeFieldToPlatoMainOperation_DensityKey INFO: Parameter "initialize_method" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "initial_density_value" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitializeFieldToPlatoMainOperation_DensityKey (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeFieldOperation_LevelSetKey INFO: Parameter "initialize_method" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "levelset_material_box_min" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitializeFieldOperation_LevelSetKey (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeFieldOperation_DensityKey INFO: Parameter "initialize_method" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "initial_density_value" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitializeFieldOperation_DensityKey (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeLevelsetOperation_InvalidKey [ OK ] PlatoTestXMLGenerator.AppendInitializeLevelsetOperation_InvalidKey (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeLevelsetOperation_PrimitivesKey INFO: Parameter "levelset_material_box_min" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitializeLevelsetOperation_PrimitivesKey (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeLevelsetOperation_SwissCheeseKey INFO: Parameter "levelset_sphere_radius" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "levelset_sphere_packing_factor" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "levelset_sphere_radius" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "levelset_sphere_packing_factor" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitializeLevelsetOperation_SwissCheeseKey (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeLevelsetSwissCheeseOperation_ErrorEmptyFileName [ OK ] PlatoTestXMLGenerator.AppendInitializeLevelsetSwissCheeseOperation_ErrorEmptyFileName (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeLevelsetSwissCheeseOperation_NoSphereRadiusAndPackagingAndNodeSetDefinition INFO: Parameter "levelset_sphere_radius" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "levelset_sphere_packing_factor" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "levelset_sphere_radius" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "levelset_sphere_packing_factor" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitializeLevelsetSwissCheeseOperation_NoSphereRadiusAndPackagingAndNodeSetDefinition (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeLevelsetSwissCheeseOperation_NoSpherePackagingAndNodeSetDefinition INFO: Parameter "levelset_sphere_packing_factor" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitializeLevelsetSwissCheeseOperation_NoSpherePackagingAndNodeSetDefinition (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeLevelsetSwissCheeseOperation_NoNodeSetDefinition [ OK ] PlatoTestXMLGenerator.AppendInitializeLevelsetSwissCheeseOperation_NoNodeSetDefinition (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeLevelsetSwissCheeseOperation INFO: Parameter "levelset_sphere_radius" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "levelset_sphere_packing_factor" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "levelset_sphere_radius" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "levelset_sphere_packing_factor" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitializeLevelsetSwissCheeseOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeLevelsetPrimitivesOperation_ErrorEmptyFileName [ OK ] PlatoTestXMLGenerator.AppendInitializeLevelsetPrimitivesOperation_ErrorEmptyFileName (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeLevelsetPrimitivesOperation_NoMaterialBoxOption INFO: Parameter "levelset_material_box_min" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitializeLevelsetPrimitivesOperation_NoMaterialBoxOption (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeLevelsetPrimitivesOperation [ OK ] PlatoTestXMLGenerator.AppendInitializeLevelsetPrimitivesOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendLevelsetMaterialBox_DoNotDefine INFO: Parameter "levelset_material_box_min" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendLevelsetMaterialBox_DoNotDefine (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendLevelsetMaterialBox [ OK ] PlatoTestXMLGenerator.AppendLevelsetMaterialBox (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeFieldFromFileOperation_ErrorEmptyFileName INFO: Parameter "initial_guess_file_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitializeFieldFromFileOperation_ErrorEmptyFileName (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeFieldFromFileOperation1 INFO: Parameter "restart_iteration" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendInitializeFieldFromFileOperation1 (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeFieldFromFileOperation2 [ OK ] PlatoTestXMLGenerator.AppendInitializeFieldFromFileOperation2 (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeDensityFieldOperation [ OK ] PlatoTestXMLGenerator.AppendInitializeDensityFieldOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeUniformDensityByRegionFieldOperation [ OK ] PlatoTestXMLGenerator.AppendInitializeUniformDensityByRegionFieldOperation (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterGradientToPlatoMainOperation [ OK ] PlatoTestXMLGenerator.AppendFilterGradientToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterControlToPlatoMainOperation [ OK ] PlatoTestXMLGenerator.AppendFilterControlToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpdateProblemToPlatoMainOperation [ OK ] PlatoTestXMLGenerator.AppendUpdateProblemToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendStochasticQoiToPlatoMainOperation [ OK ] PlatoTestXMLGenerator.AppendStochasticQoiToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendStochasticCriterionValueOperation [ OK ] PlatoTestXMLGenerator.AppendStochasticCriterionValueOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendStochasticCriterionGradientOperation [ OK ] PlatoTestXMLGenerator.AppendStochasticCriterionGradientOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendStochasticObjectiveGradientToPlatoMainOperation [ OK ] PlatoTestXMLGenerator.AppendStochasticObjectiveGradientToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendStochasticObjectiveValueToPlatoMainOperation [ OK ] PlatoTestXMLGenerator.AppendStochasticObjectiveValueToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOutputToPlatoMainOperation_THROW [ OK ] PlatoTestXMLGenerator.AppendOutputToPlatoMainOperation_THROW (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendOutputToPlatoMainOperation INFO: Parameter "write_restart_file" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "isosurface_output_frequency" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "max_iterations" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "initial_guess_field_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "output_method" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendOutputToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendSurfaceExtractionToOutputOperation INFO: Parameter "output_method" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendSurfaceExtractionToOutputOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDefaultQoiToOutputOperation [ OK ] PlatoTestXMLGenerator.AppendDefaultQoiToOutputOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendChildrenToOutputOperation INFO: Parameter "write_restart_file" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "isosurface_output_frequency" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "max_iterations" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "initial_guess_field_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "initial_guess_field_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendChildrenToOutputOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNonDeterministicQoiInputsToOutputOperation [ OK ] PlatoTestXMLGenerator.AppendNonDeterministicQoiInputsToOutputOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendDeterministicQoiInputsToOutputOperation [ OK ] PlatoTestXMLGenerator.AppendDeterministicQoiInputsToOutputOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendObjectiveGradientInputToOutputOperation [ OK ] PlatoTestXMLGenerator.AppendObjectiveGradientInputToOutputOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendConstraintGradientInputToOutputOperation [ OK ] PlatoTestXMLGenerator.AppendConstraintGradientInputToOutputOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterOptionsToPlatoMainOperation INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_radius_absolute" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_power" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_projection_start_iteration" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_projection_update_interval" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_use_additive_continuation" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_heaviside_min" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_heaviside_update" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_heaviside_max" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_radius_absolute" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_power" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendFilterOptionsToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterOptionsToOperationOneParameter INFO: Parameter "filter_radius_absolute" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_power" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendFilterOptionsToOperationOneParameter (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterOptionsToOperationAllParameters [ OK ] PlatoTestXMLGenerator.AppendFilterOptionsToOperationAllParameters (0 ms) [ RUN ] PlatoTestXMLGenerator.WriteStochasticPlatoMainOperationsXmlFile INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_radius_absolute" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_power" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "write_restart_file" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "isosurface_output_frequency" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "max_iterations" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "initial_guess_field_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "output_method" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "initialize_method" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "initial_density_value" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.WriteStochasticPlatoMainOperationsXmlFile (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterOptionsWithProjectionToPlatoMainOperation INFO: Parameter "filter_radius_absolute" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_power" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_projection_start_iteration" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_projection_update_interval" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_use_additive_continuation" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_heaviside_min" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_heaviside_update" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_heaviside_max" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendFilterOptionsWithProjectionToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterOptionsWithProjectionToPlatoMainOperationDefaultFilter INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_radius_absolute" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_power" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendFilterOptionsWithProjectionToPlatoMainOperationDefaultFilter (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterOptionsWithProjectionToPlatoMainOperationHelmholtzFilter INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendFilterOptionsWithProjectionToPlatoMainOperationHelmholtzFilter (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterOptionsWithProjectionToPlatoMainOperationHelmholtzFilterWithProjection INFO: Parameter "filter_projection_start_iteration" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_projection_update_interval" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_use_additive_continuation" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_heaviside_min" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_heaviside_update" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_heaviside_max" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendFilterOptionsWithProjectionToPlatoMainOperationHelmholtzFilterWithProjection (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterGradientToPlatoMainOperationForProjection [ OK ] PlatoTestXMLGenerator.AppendFilterGradientToPlatoMainOperationForProjection (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendFilterControlToPlatoMainOperationForProjection [ OK ] PlatoTestXMLGenerator.AppendFilterControlToPlatoMainOperationForProjection (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendWaitForFileToPlatoMainOperation [ OK ] PlatoTestXMLGenerator.AppendWaitForFileToPlatoMainOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.WriteCubitJournalFileTet10Conversion [ OK ] PlatoTestXMLGenerator.WriteCubitJournalFileTet10Conversion (2 ms) [ RUN ] PlatoTestXMLGenerator.WriteCubitJournalFileSubBlockFromBoundingBox_ErrorTooManyBlocks [ OK ] PlatoTestXMLGenerator.WriteCubitJournalFileSubBlockFromBoundingBox_ErrorTooManyBlocks (0 ms) [ RUN ] PlatoTestXMLGenerator.WriteCubitJournalFileSubBlockFromBoundingBox_ErrorTooFewBlocks [ OK ] PlatoTestXMLGenerator.WriteCubitJournalFileSubBlockFromBoundingBox_ErrorTooFewBlocks (0 ms) [ RUN ] PlatoTestXMLGenerator.WriteCubitJournalFileSubBlockFromBoundingBox [ OK ] PlatoTestXMLGenerator.WriteCubitJournalFileSubBlockFromBoundingBox (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeValuesToPlatoMainOperationForShapeOptimization_Values [ OK ] PlatoTestXMLGenerator.AppendInitializeValuesToPlatoMainOperationForShapeOptimization_Values (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeValuesToPlatoMainOperationForShapeOptimization_LowerBounds [ OK ] PlatoTestXMLGenerator.AppendInitializeValuesToPlatoMainOperationForShapeOptimization_LowerBounds (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendInitializeValuesToPlatoMainOperationForShapeOptimization_UpperBounds [ OK ] PlatoTestXMLGenerator.AppendInitializeValuesToPlatoMainOperationForShapeOptimization_UpperBounds (0 ms) [ RUN ] PlatoTestXMLGenerator.ValidDofsKeys [ OK ] PlatoTestXMLGenerator.ValidDofsKeys (0 ms) [ RUN ] PlatoTestXMLGenerator.ReturnObjectivesComputedByPlatoAnalyze [ OK ] PlatoTestXMLGenerator.ReturnObjectivesComputedByPlatoAnalyze (0 ms) [ RUN ] PlatoTestXMLGenerator.ReturnConstraintsComputedByPlatoAnalyze [ OK ] PlatoTestXMLGenerator.ReturnConstraintsComputedByPlatoAnalyze (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNaturalBoundaryCondition_ErrorInvalidType [ OK ] PlatoTestXMLGenerator.AppendNaturalBoundaryCondition_ErrorInvalidType (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNaturalBoundaryCondition_Traction [ OK ] PlatoTestXMLGenerator.AppendNaturalBoundaryCondition_Traction (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNaturalBoundaryCondition_UniformPressure [ OK ] PlatoTestXMLGenerator.AppendNaturalBoundaryCondition_UniformPressure (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNaturalBoundaryCondition_UniformSurfacePotential [ OK ] PlatoTestXMLGenerator.AppendNaturalBoundaryCondition_UniformSurfacePotential (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendNaturalBoundaryCondition_UniformSurfaceFlux [ OK ] PlatoTestXMLGenerator.AppendNaturalBoundaryCondition_UniformSurfaceFlux (0 ms) [ RUN ] PlatoTestXMLGenerator.LoadTag_ErrorInvalidType [ OK ] PlatoTestXMLGenerator.LoadTag_ErrorInvalidType (0 ms) [ RUN ] PlatoTestXMLGenerator.LoadTag [ OK ] PlatoTestXMLGenerator.LoadTag (0 ms) [ RUN ] PlatoTestXMLGenerator.WritePlatoAnalyzeInputXmlFileForMassProperties_All [ OK ] PlatoTestXMLGenerator.WritePlatoAnalyzeInputXmlFileForMassProperties_All (2 ms) [ RUN ] PlatoTestXMLGenerator.WritePlatoAnalyzeInputXmlFileForDisplacementCriterion [ OK ] PlatoTestXMLGenerator.WritePlatoAnalyzeInputXmlFileForDisplacementCriterion (2 ms) [ RUN ] PlatoTestXMLGenerator.WritePlatoAnalyzeInputXmlFileForMassProperties_Subset [ OK ] PlatoTestXMLGenerator.WritePlatoAnalyzeInputXmlFileForMassProperties_Subset (2 ms) [ RUN ] PlatoTestXMLGenerator.MaterialFunctionInterface_J2Plasticity [ OK ] PlatoTestXMLGenerator.MaterialFunctionInterface_J2Plasticity (0 ms) [ RUN ] PlatoTestXMLGenerator.WritePlatoAnalyzeOperationsXmlFile [ OK ] PlatoTestXMLGenerator.WritePlatoAnalyzeOperationsXmlFile (2 ms) [ RUN ] PlatoTestXMLGenerator.WritePlatoAnalyzeOperationXmlFileForNondeterministicUsecase [ OK ] PlatoTestXMLGenerator.WritePlatoAnalyzeOperationXmlFileForNondeterministicUsecase (4 ms) [ RUN ] PlatoTestXMLGenerator.AppendRandomTractionVectorToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendRandomTractionVectorToPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendLoadAndMaterialPropertiesToPlatoAnalyzeConstraintValueOperation [ OK ] PlatoTestXMLGenerator.AppendLoadAndMaterialPropertiesToPlatoAnalyzeConstraintValueOperation (1 ms) [ RUN ] PlatoTestXMLGenerator.AppendMaterialPropertiesToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendMaterialPropertiesToPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.MaterialFunctionInterface_ErrorInvalidCategory [ OK ] PlatoTestXMLGenerator.MaterialFunctionInterface_ErrorInvalidCategory (0 ms) [ RUN ] PlatoTestXMLGenerator.MaterialFunctionInterface_Elastic [ OK ] PlatoTestXMLGenerator.MaterialFunctionInterface_Elastic (0 ms) [ RUN ] PlatoTestXMLGenerator.MaterialFunctionInterface_ThermoElastic [ OK ] PlatoTestXMLGenerator.MaterialFunctionInterface_ThermoElastic (0 ms) [ RUN ] PlatoTestXMLGenerator.MaterialFunctionInterface_OrthotropicLinearElastic [ OK ] PlatoTestXMLGenerator.MaterialFunctionInterface_OrthotropicLinearElastic (0 ms) [ RUN ] PlatoTestXMLGenerator.ReturnMaterialPropertyTagsForPlatoAnalyzeOperationXmlFile_ErrorNoSamples [ OK ] PlatoTestXMLGenerator.ReturnMaterialPropertyTagsForPlatoAnalyzeOperationXmlFile_ErrorNoSamples (0 ms) [ RUN ] PlatoTestXMLGenerator.ReturnMaterialPropertyTagsForPlatoAnalyzeOperationXmlFile [ OK ] PlatoTestXMLGenerator.ReturnMaterialPropertyTagsForPlatoAnalyzeOperationXmlFile (0 ms) [ RUN ] PlatoTestXMLGenerator.WriteAmgxInputFile [ OK ] PlatoTestXMLGenerator.WriteAmgxInputFile (2 ms) [ RUN ] PlatoTestXMLGenerator.WriteAmgxInputFile_solver_tolerance [ OK ] PlatoTestXMLGenerator.WriteAmgxInputFile_solver_tolerance (2 ms) [ RUN ] PlatoTestXMLGenerator.WriteAmgxInputFile_max_iterations [ OK ] PlatoTestXMLGenerator.WriteAmgxInputFile_max_iterations (2 ms) [ RUN ] PlatoTestXMLGenerator.WriteAmgxInputFile_print_solver_stats [ OK ] PlatoTestXMLGenerator.WriteAmgxInputFile_print_solver_stats (2 ms) [ RUN ] PlatoTestXMLGenerator.WriteAmgxInputFile_print_solver_type [ OK ] PlatoTestXMLGenerator.WriteAmgxInputFile_print_solver_type (2 ms) [ RUN ] PlatoTestXMLGenerator.WriteAmgxInputFilePlasticity [ OK ] PlatoTestXMLGenerator.WriteAmgxInputFilePlasticity (2 ms) [ RUN ] PlatoTestXMLGenerator.WriteAmgxInputFileThermoplasticity [ OK ] PlatoTestXMLGenerator.WriteAmgxInputFileThermoplasticity (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendDeterminsiticQoI_InvalidKey [ OK ] PlatoTestXMLGenerator.AppendDeterminsiticQoI_InvalidKey (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendVisualizationToPlatoAnalyzeOperation_NoOutputBlock [ OK ] PlatoTestXMLGenerator.AppendVisualizationToPlatoAnalyzeOperation_NoOutputBlock (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpdateProblemToPlatoAnalyzeOperation_ErrorEmptyUpdateFrequencyKey INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "update_problem_frequency" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendUpdateProblemToPlatoAnalyzeOperation_ErrorEmptyUpdateFrequencyKey (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpdateProblemToPlatoAnalyzeOperation_ErrorShapeOptimization INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendUpdateProblemToPlatoAnalyzeOperation_ErrorShapeOptimization (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpdateProblemToPlatoAnalyzeOperation_DoNotWriteUpdateProblemOperation INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendUpdateProblemToPlatoAnalyzeOperation_DoNotWriteUpdateProblemOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendUpdateProblemToPlatoAnalyzeOperation INFO: Parameter "discretization" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AppendUpdateProblemToPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendMeshMapToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendMeshMapToPlatoAnalyzeOperation (2 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeObjectiveValueToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendComputeObjectiveValueToPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeObjectiveValueWithTargetToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendComputeObjectiveValueWithTargetToPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeObjectiveGradientToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendComputeObjectiveGradientToPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeConstraintValueToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendComputeConstraintValueToPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeConstraintGradientToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendComputeConstraintGradientToPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeSolutionToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendComputeSolutionToPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeRandomConstraintValueToPlatoAnalyzeOperation_EmptyOptimizationType [ OK ] PlatoTestXMLGenerator.AppendComputeRandomConstraintValueToPlatoAnalyzeOperation_EmptyOptimizationType (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeRandomConstraintValueToPlatoAnalyzeOperation_EmptyConstraint [ OK ] PlatoTestXMLGenerator.AppendComputeRandomConstraintValueToPlatoAnalyzeOperation_EmptyConstraint (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeRandomConstraintValueToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendComputeRandomConstraintValueToPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeRandomConstraintGradientToPlatoAnalyzeOperation_EmptyOptimizationType [ OK ] PlatoTestXMLGenerator.AppendComputeRandomConstraintGradientToPlatoAnalyzeOperation_EmptyOptimizationType (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeRandomConstraintGradientToPlatoAnalyzeOperation_Empty [ OK ] PlatoTestXMLGenerator.AppendComputeRandomConstraintGradientToPlatoAnalyzeOperation_Empty (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeRandomConstraintGradientToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendComputeRandomConstraintGradientToPlatoAnalyzeOperation (1 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeRandomObjectiveValueToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendComputeRandomObjectiveValueToPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.AppendComputeRandomObjectiveGradientToPlatoAnalyzeOperation [ OK ] PlatoTestXMLGenerator.AppendComputeRandomObjectiveGradientToPlatoAnalyzeOperation (0 ms) [ RUN ] PlatoTestXMLGenerator.IsPlatoAnalyzePerformer [ OK ] PlatoTestXMLGenerator.IsPlatoAnalyzePerformer (0 ms) [ RUN ] PlatoTestXMLGenerator.IsTopologyOptimizationProblem [ OK ] PlatoTestXMLGenerator.IsTopologyOptimizationProblem (0 ms) [ RUN ] PlatoTestXMLGenerator.WritePlatoAnalyzeOperationXmlFileForHelmholtzFilter [ OK ] PlatoTestXMLGenerator.WritePlatoAnalyzeOperationXmlFileForHelmholtzFilter (2 ms) [ RUN ] PlatoTestXMLGenerator.XMLGXTKInputFile [ OK ] PlatoTestXMLGenerator.XMLGXTKInputFile (2 ms) [ RUN ] PlatoTestXMLGenerator.XMLGXTKOperations INFO: Parameter "method" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.XMLGXTKOperations (2 ms) [ RUN ] PlatoTestXMLGenerator.MultiScenario_InverseProblem_ConcentratedLoads INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.MultiScenario_InverseProblem_ConcentratedLoads (28 ms) [ RUN ] PlatoTestXMLGenerator.CriterionEvaluatorMultiScenarios INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.CriterionEvaluatorMultiScenarios (9 ms) [ RUN ] PlatoTestXMLGenerator.CriterionEvaluatorMultiScenarios_Parser INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.CriterionEvaluatorMultiScenarios_Parser (9 ms) [ RUN ] PlatoTestXMLGenerator.CriterionEvaluatorMultiPhysics_MultiScenarios_Parser INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic INFO: Parameter "emissivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 2, Material Model: isotropic_linear_thermal INFO: Parameter "thermal_expansivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 2, Material Model: isotropic_linear_thermal INFO: Parameter "reference_temperature" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 2, Material Model: isotropic_linear_thermal INFO: Parameter "stefan_boltzmann_constant" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 2, Material Model: isotropic_linear_thermal [ OK ] PlatoTestXMLGenerator.CriterionEvaluatorMultiPhysics_MultiScenarios_Parser (10 ms) [ RUN ] PlatoTestXMLGenerator.LinearSolverFactory_Tacho INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.LinearSolverFactory_Tacho (6 ms) [ RUN ] PlatoTestXMLGenerator.LinearSolverFactory_Tpetra INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.LinearSolverFactory_Tpetra (6 ms) [ RUN ] PlatoTestXMLGenerator.LinearSolverFactory_AmgX INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.LinearSolverFactory_AmgX (6 ms) [ RUN ] PlatoTestXMLGenerator.LinearSolverTpetra_Parser INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.LinearSolverTpetra_Parser (6 ms) [ RUN ] PlatoTestXMLGenerator.ParseLinearSolverOptions [ OK ] PlatoTestXMLGenerator.ParseLinearSolverOptions (0 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_HeatSources INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_HeatSources (5 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_HeatSources_2 INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_HeatSources_2 (11 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_HeatSources_Parse INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "emissivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_thermal INFO: Parameter "thermal_expansivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_thermal INFO: Parameter "reference_temperature" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_thermal INFO: Parameter "stefan_boltzmann_constant" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_thermal [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_HeatSources_Parse (11 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_BodyLoads INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_BodyLoads (8 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_TwoBodyLoadsDefineButOneLoadUsedInScenario INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_TwoBodyLoadsDefineButOneLoadUsedInScenario (7 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_BodyLoads_Parse INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_BodyLoads_Parse (13 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_InverseProblem INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_InverseProblem (10 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SrainEnergyMisfit_Parser INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SrainEnergyMisfit_Parser (10 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SrainEnergyMisfit_Parser_2 INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SrainEnergyMisfit_Parser_2 (9 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_Compliance_InverseInactive_Parser INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_Compliance_InverseInactive_Parser (8 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_StateMisfitCriterion_Define INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_StateMisfitCriterion_Define (6 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_StateMisfitCriterion_Parser INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "emissivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_thermal INFO: Parameter "thermal_expansivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_thermal INFO: Parameter "reference_temperature" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_thermal INFO: Parameter "stefan_boltzmann_constant" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_thermal [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_StateMisfitCriterion_Parser (8 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateThermal INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "emissivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_thermal INFO: Parameter "thermal_expansivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_thermal INFO: Parameter "reference_temperature" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_thermal INFO: Parameter "stefan_boltzmann_constant" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_thermal [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateThermal (6 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateMechanical INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: steel, Material Model: isotropic_linear_elastic INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateMechanical (16 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateMechanical_ConcentratedLoads INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateMechanical_ConcentratedLoads (11 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateMechanical_ConcentratedLoads_InputDeck INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: steel, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateMechanical_ConcentratedLoads_InputDeck (10 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateNonlinearMechanical INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateNonlinearMechanical (10 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateNonlinearMechanical_2 INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateNonlinearMechanical_2 (8 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateNonlinearMechanical_3 INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateNonlinearMechanical_3 (8 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateNonlinearThermoMechanical INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "emissivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: steel, Material Model: isotropic_thermal_hyperelastic_kirchhoff INFO: Parameter "stefan_boltzmann_constant" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: steel, Material Model: isotropic_thermal_hyperelastic_kirchhoff INFO: Parameter "emissivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_thermal_hyperelastic_kirchhoff INFO: Parameter "stefan_boltzmann_constant" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_thermal_hyperelastic_kirchhoff [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateNonlinearThermoMechanical (9 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateLinearThermoMechanical INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "emissivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: steel, Material Model: isotropic_linear_thermoelastic INFO: Parameter "stefan_boltzmann_constant" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: steel, Material Model: isotropic_linear_thermoelastic INFO: Parameter "emissivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_linear_thermoelastic INFO: Parameter "stefan_boltzmann_constant" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_linear_thermoelastic [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateLinearThermoMechanical (8 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateElectrical INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "density" for parameter "discretization" because it was not set. Context: Optimization Parameters INFO: Parameter "out_of_plane_thickness" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: copper, Material Model: isotropic_electrical [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateElectrical (5 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateElectroThermal INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "density" for parameter "discretization" because it was not set. Context: Optimization Parameters INFO: Parameter "out_of_plane_thickness" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: copper, Material Model: isotropic_electrothermal INFO: Parameter "emissivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: copper, Material Model: isotropic_electrothermal INFO: Parameter "stefan_boltzmann_constant" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: copper, Material Model: isotropic_electrothermal [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateElectroThermal (5 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateElectrical_CurrentSources INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Auto-determined to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "oc" for parameter "optimization_algorithm" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "density" for parameter "discretization" because it was not set. Context: Optimization Parameters INFO: Parameter "electrical_resistance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: silver, Material Model: isotropic_electrical INFO: Parameter "electrical_resistance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: silicon, Material Model: isotropic_electrical [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateElectrical_CurrentSources (14 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateElectrical_CurrentSources_Plus_PowerDensityCriteria INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "density" for parameter "discretization" because it was not set. Context: Optimization Parameters INFO: Parameter "electrical_resistance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: silver, Material Model: isotropic_electrical INFO: Parameter "electrical_resistance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: silicon, Material Model: isotropic_electrical [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateElectrical_CurrentSources_Plus_PowerDensityCriteria (13 ms) [ RUN ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateElectrical_CurrentSources_2PhasePowerDensityCriteria INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "density" for parameter "discretization" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.GenerateAnalyzeInputDeck_SteadyStateElectrical_CurrentSources_2PhasePowerDensityCriteria (9 ms) [ RUN ] PlatoTestXMLGenerator.ReadMetaData_NewtonRaphsonBlock [ OK ] PlatoTestXMLGenerator.ReadMetaData_NewtonRaphsonBlock (0 ms) [ RUN ] PlatoTestXMLGenerator.AnalyzeNewtonRaphsonParamList INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "emissivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: steel, Material Model: isotropic_thermal_hyperelastic_kirchhoff INFO: Parameter "stefan_boltzmann_constant" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: steel, Material Model: isotropic_thermal_hyperelastic_kirchhoff INFO: Parameter "emissivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_thermal_hyperelastic_kirchhoff INFO: Parameter "stefan_boltzmann_constant" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_thermal_hyperelastic_kirchhoff [ OK ] PlatoTestXMLGenerator.AnalyzeNewtonRaphsonParamList (10 ms) [ RUN ] PlatoTestXMLGenerator.AnalyzeMechanicalResponseCriterion INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_linear_elastic [ OK ] PlatoTestXMLGenerator.AnalyzeMechanicalResponseCriterion (7 ms) [ RUN ] PlatoTestXMLGenerator.AnalyzeThermalResponseCriterion INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "emissivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_linear_thermal INFO: Parameter "thermal_expansivity" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_linear_thermal INFO: Parameter "reference_temperature" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_linear_thermal INFO: Parameter "stefan_boltzmann_constant" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_linear_thermal [ OK ] PlatoTestXMLGenerator.AnalyzeThermalResponseCriterion (6 ms) [ RUN ] PlatoTestXMLGenerator.AnalyzeElectricalResponseCriterion INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "electrical_resistance" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_electrical INFO: Parameter "out_of_plane_thickness" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: aluminum, Material Model: isotropic_electrical [ OK ] PlatoTestXMLGenerator.AnalyzeElectricalResponseCriterion (6 ms) [ RUN ] PlatoTestXMLGenerator.AnalyzeStateResponseCriterion_DofError INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "normalize_in_aggregator" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Auto-determining whether to normalize in aggregator because normalize_in_aggregator parameter was not set. INFO: Auto-determined not to normalize in aggregator. INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters [ OK ] PlatoTestXMLGenerator.AnalyzeStateResponseCriterion_DofError (13 ms) [----------] 620 tests from PlatoTestXMLGenerator (1025 ms total)

[==========] Running 613 tests from 36 test suites. [----------] Global test environment set-up. [----------] 365 tests from PlatoTest [ RUN ] PlatoTest.GradFreeRadius [ OK ] PlatoTest.GradFreeRadius (0 ms) [ RUN ] PlatoTest.GradFreeRosenbrock [ OK ] PlatoTest.GradFreeRosenbrock (0 ms) [ RUN ] PlatoTest.GradFreeGoldsteinPrice [ OK ] PlatoTest.GradFreeGoldsteinPrice (0 ms) [ RUN ] PlatoTest.GradFreeHimmelblau [ OK ] PlatoTest.GradFreeHimmelblau (0 ms) [ RUN ] PlatoTest.GradFreeShiftedEllipse [ OK ] PlatoTest.GradFreeShiftedEllipse (0 ms) [ RUN ] PlatoTest.GradFreeCircle [ OK ] PlatoTest.GradFreeCircle (0 ms) [ RUN ] PlatoTest.output_restart_data_multivector_error [ OK ] PlatoTest.output_restart_data_multivector_error (0 ms) [ RUN ] PlatoTest.output_restart_data_vector_error [ OK ] PlatoTest.output_restart_data_vector_error (0 ms) [ RUN ] PlatoTest.output_restart_data_value_error [ OK ] PlatoTest.output_restart_data_value_error (0 ms) [ RUN ] PlatoTest.output_restart_data_multivector [ OK ] PlatoTest.output_restart_data_multivector (2 ms) [ RUN ] PlatoTest.output_restart_data_vector [ OK ] PlatoTest.output_restart_data_vector (2 ms) [ RUN ] PlatoTest.output_restart_data_value [ OK ] PlatoTest.output_restart_data_value (2 ms) [ RUN ] PlatoTest.read_restart_data_vector [ OK ] PlatoTest.read_restart_data_vector (2 ms) [ RUN ] PlatoTest.read_restart_data_vector_error [ OK ] PlatoTest.read_restart_data_vector_error (2 ms) [ RUN ] PlatoTest.read_restart_data_multivector [ OK ] PlatoTest.read_restart_data_multivector (2 ms) [ RUN ] PlatoTest.read_restart_data_multivector_error [ OK ] PlatoTest.read_restart_data_multivector_error (2 ms) [ RUN ] PlatoTest.read_restart_data_value [ OK ] PlatoTest.read_restart_data_value (2 ms) [ RUN ] PlatoTest.read_restart_data_value_error [ OK ] PlatoTest.read_restart_data_value_error (2 ms) [ RUN ] PlatoTest.IsParticleUnique [ OK ] PlatoTest.IsParticleUnique (0 ms) [ RUN ] PlatoTest.PSO_DataMng [ OK ] PlatoTest.PSO_DataMng (0 ms) [ RUN ] PlatoTest.PSO_IsFileOpenExeption [ OK ] PlatoTest.PSO_IsFileOpenExeption (2 ms) [ RUN ] PlatoTest.PSO_IsVectorEmpty [ OK ] PlatoTest.PSO_IsVectorEmpty (0 ms) [ RUN ] PlatoTest.PSO_PrintStoppingCriterion [ OK ] PlatoTest.PSO_PrintStoppingCriterion (0 ms) [ RUN ] PlatoTest.PSO_PrintDiagnosticsInvalidArgumentsPSO [ OK ] PlatoTest.PSO_PrintDiagnosticsInvalidArgumentsPSO (0 ms) [ RUN ] PlatoTest.PSO_PrintParticleData [ OK ] PlatoTest.PSO_PrintParticleData (2 ms) [ RUN ] PlatoTest.PSO_PrintGlobalBestParticleData [ OK ] PlatoTest.PSO_PrintGlobalBestParticleData (2 ms) [ RUN ] PlatoTest.PSO_PrintDiagnostics [ OK ] PlatoTest.PSO_PrintDiagnostics (2 ms) [ RUN ] PlatoTest.PSO_PrintSolution [ OK ] PlatoTest.PSO_PrintSolution (2 ms) [ RUN ] PlatoTest.PSO_PrintDiagnosticsInvalidArgumentsALPSO [ OK ] PlatoTest.PSO_PrintDiagnosticsInvalidArgumentsALPSO (0 ms) [ RUN ] PlatoTest.PSO_PrintDiagnosticsALPSO [ OK ] PlatoTest.PSO_PrintDiagnosticsALPSO (2 ms) [ RUN ] PlatoTest.PSO_checkInertiaMultiplier [ OK ] PlatoTest.PSO_checkInertiaMultiplier (0 ms) [ RUN ] PlatoTest.PSO_updateTrustRegionMultiplier [ OK ] PlatoTest.PSO_updateTrustRegionMultiplier (0 ms) [ RUN ] PlatoTest.PSO_computeBestObjFunStatistics [ OK ] PlatoTest.PSO_computeBestObjFunStatistics (0 ms) [ RUN ] PlatoTest.PSO_findBestParticlePositions_BoundConstrainedStageMng [ OK ] PlatoTest.PSO_findBestParticlePositions_BoundConstrainedStageMng (0 ms) [ RUN ] PlatoTest.PSO_BoundConstrainedStageMng [ OK ] PlatoTest.PSO_BoundConstrainedStageMng (0 ms) [ RUN ] PlatoTest.PSO_AugmentedLagrangianStageMng [ OK ] PlatoTest.PSO_AugmentedLagrangianStageMng (0 ms) [ RUN ] PlatoTest.PSO_ParserBCPSO [ OK ] PlatoTest.PSO_ParserBCPSO (0 ms) [ RUN ] PlatoTest.PSO_ParserALPSO [ OK ] PlatoTest.PSO_ParserALPSO (0 ms) [ RUN ] PlatoTest.PSO_ParserOutputStageName [ OK ] PlatoTest.PSO_ParserOutputStageName (0 ms) [ RUN ] PlatoTest.PSO_ParserCriteriaData [ OK ] PlatoTest.PSO_ParserCriteriaData (0 ms) [ RUN ] PlatoTest.PSO_SolveBCPSO_Rosenbrock

NUM ITERATIONS = 430

OBJECTIVE: BEST = 7.32448e-09, MEAN = 0.000270479, STDDEV = 0.000758293

****** Optimization stopping due to mean objective function tolerance being met. ******

CONTROL[0]: BEST = 0.999914, MEAN = 1.0021, STDDEV = 0.00620596 CONTROL[1]: BEST = 0.999829, MEAN = 1.00459, STDDEV = 0.0133573 [ OK ] PlatoTest.PSO_SolveBCPSO_Rosenbrock (6 ms) [ RUN ] PlatoTest.PSO_SolveBCPSO_GoldsteinPrice

NUM ITERATIONS = 235

OBJECTIVE: BEST = 3, MEAN = 3.0008, STDDEV = 0.00245993

****** Optimization stopping due to trust region multiplier tolerance being met. ******

CONTROL[0]: BEST = 4.89683e-09, MEAN = 0.000256772, STDDEV = 0.000977146 CONTROL[1]: BEST = -1, MEAN = -1.00029, STDDEV = 0.000899968 [ OK ] PlatoTest.PSO_SolveBCPSO_GoldsteinPrice (10 ms) [ RUN ] PlatoTest.PSO_SolveBCPSO_Himmelblau

NUM ITERATIONS = 170

OBJECTIVE: BEST = 1.90938e-11, MEAN = 0.00349812, STDDEV = 0.0103025

****** Optimization stopping due to global best objective function tolerance being met. ******

CONTROL[0]: BEST = 3, MEAN = 3.00199, STDDEV = 0.00722088 CONTROL[1]: BEST = 2, MEAN = 1.99479, STDDEV = 0.0145946 [ OK ] PlatoTest.PSO_SolveBCPSO_Himmelblau (1 ms) [ RUN ] PlatoTest.PSO_SolveBCPSO_Circle

NUM ITERATIONS = 152

OBJECTIVE: BEST = 3.78504e-09, MEAN = 0.000445692, STDDEV = 0.00123547

****** Optimization stopping due to mean objective function tolerance being met. ******

CONTROL[0]: BEST = 0.750061, MEAN = 0.750095, STDDEV = 0.0108191 CONTROL[1]: BEST = 0.599995, MEAN = 0.604313, STDDEV = 0.012977 [ OK ] PlatoTest.PSO_SolveBCPSO_Circle (1 ms) [ RUN ] PlatoTest.PSO_SolveBCPSO_Circle_Restart

NUM ITERATIONS = 50

OBJECTIVE: BEST = 0.000321426, MEAN = 0.0880995, STDDEV = 0.129021

****** Optimization stopping due to exceeding maximum number of iterations. ******

CONTROL[0]: BEST = 0.764641, MEAN = 0.669556, STDDEV = 0.203056 CONTROL[1]: BEST = 0.607316, MEAN = 0.514805, STDDEV = 0.129107

NUM ITERATIONS = 139

OBJECTIVE: BEST = 2.3378e-11, MEAN = 0.00421394, STDDEV = 0.0115692

****** Optimization stopping due to global best objective function tolerance being met. ******

CONTROL[0]: BEST = 0.749997, MEAN = 0.764554, STDDEV = 0.0503761 CONTROL[1]: BEST = 0.600003, MEAN = 0.587043, STDDEV = 0.0277125 [ OK ] PlatoTest.PSO_SolveBCPSO_Circle_Restart (21 ms) [ RUN ] PlatoTest.PSO_SolveBCPSO_Rocket NUM ITERATIONS = 53 NUM FUNCTION EVALUATIONS = 530 OBJECTIVE: GLOBAL BEST = 6.07787e-09, MEAN = 4.87038e-07, STDDEV = 6.33946e-07

****** Optimization stopping due to standard deviation tolerance being met. ******

CONTROL[0]: BEST = 0.0752962, MEAN = 0.0754451, STDDEV = 0.00126933 CONTROL[1]: BEST = 0.00498871, MEAN = 0.00498831, STDDEV = 5.62329e-05 [ OK ] PlatoTest.PSO_SolveBCPSO_Rocket (32 ms) [ RUN ] PlatoTest.PSO_SolveALPSO_RosenbrockObj_RadiusConstr

NUM ITERATIONS = 67

OBJECTIVE: BEST = 1.3343e-06, MEAN = 0.000468306, STDDEV = 0.00128768

CONSTRAINT #0: BEST = -0.0204769, MEAN = -0.00581456, STDDEV = 0.00507206

****** Optimization stopping due to mean objective function tolerance being met. ******

CONTROL[0]: BEST = 0.999182, MEAN = 0.998832, STDDEV = 0.00140759 CONTROL[1]: BEST = 0.998284, MEAN = 0.998256, STDDEV = 0.00134735 [ OK ] PlatoTest.PSO_SolveALPSO_RosenbrockObj_RadiusConstr (20 ms) [ RUN ] PlatoTest.PSO_SolveALPSO_HimmelblauObj_ShiftedEllipseConstr

NUM ITERATIONS = 76

OBJECTIVE: BEST = 1.54608e-08, MEAN = 0.000460122, STDDEV = 0.00101871

CONSTRAINT #0: BEST = -0.201026, MEAN = -0.199011, STDDEV = 0.00126585

****** Optimization stopping due to mean objective function tolerance being met. ******

CONTROL[0]: BEST = -3.77929, MEAN = -3.78, STDDEV = 0.00141036 CONTROL[1]: BEST = -3.28318, MEAN = -3.28287, STDDEV = 0.00272672 [ OK ] PlatoTest.PSO_SolveALPSO_HimmelblauObj_ShiftedEllipseConstr (17 ms) [ RUN ] PlatoTest.PSO_SolveALPSO_CircleObj_RadiusConstr

NUM ITERATIONS = 36

OBJECTIVE: BEST = 4.45125e-06, MEAN = 0.000482769, STDDEV = 0.00094807

CONSTRAINT #0: BEST = -0.120369, MEAN = -0.0713898, STDDEV = 0.0264548

****** Optimization stopping due to mean objective function tolerance being met. ******

CONTROL[0]: BEST = 0.75211, MEAN = 0.7507, STDDEV = 0.00738217 CONTROL[1]: BEST = 0.600012, MEAN = 0.603995, STDDEV = 0.0149315 [ OK ] PlatoTest.PSO_SolveALPSO_CircleObj_RadiusConstr (2 ms) [ RUN ] PlatoTest.PSO_SolveALPSO_CircleObj_RadiusEqConstr

NUM ITERATIONS = 424

OBJECTIVE: BEST = 2.67802, MEAN = 2.6785, STDDEV = 0.000497697

CONSTRAINT #0: BEST = 5.53497e-06, MEAN = 8.4881e-05, STDDEV = 0.000665299

****** Optimization stopping due to standard deviation tolerance being met. ******

CONTROL[0]: BEST = 0.31337, MEAN = 0.313637, STDDEV = 0.00078129 CONTROL[1]: BEST = 0.949634, MEAN = 0.949587, STDDEV = 0.000368554 [ OK ] PlatoTest.PSO_SolveALPSO_CircleObj_RadiusEqConstr (56 ms) [ RUN ] PlatoTest.ProxyApp [ OK ] PlatoTest.ProxyApp (0 ms) [ RUN ] PlatoTest.ProxyPerformer [ OK ] PlatoTest.ProxyPerformer (0 ms) [ RUN ] PlatoTest.HessianLBFGS [ OK ] PlatoTest.HessianLBFGS (0 ms) [ RUN ] PlatoTest.AlgebraicRocketModel Time = 0.000000, Thrust = 0.000000, Pressure = 3500000.000000 Time = 0.100000, Thrust = 6796.776934, Pressure = 3189475.868906 Time = 0.200000, Thrust = 6867.466659, Pressure = 3222646.886585 Time = 0.300000, Thrust = 6938.714081, Pressure = 3256079.602945 Time = 0.400000, Thrust = 7010.522207, Pressure = 3289775.428410 Time = 0.500000, Thrust = 7082.894052, Pressure = 3323735.777493 Time = 0.600000, Thrust = 7155.832637, Pressure = 3357962.068799 Time = 0.700000, Thrust = 7229.340995, Pressure = 3392455.725026 Time = 0.800000, Thrust = 7303.422167, Pressure = 3427218.172967 Time = 0.900000, Thrust = 7378.079202, Pressure = 3462250.843510 Time = 1.000000, Thrust = 7453.315158, Pressure = 3497555.171645 Time = 1.100000, Thrust = 7529.133102, Pressure = 3533132.596459 Time = 1.200000, Thrust = 7605.536110, Pressure = 3568984.561141 Time = 1.300000, Thrust = 7682.527265, Pressure = 3605112.512986 Time = 1.400000, Thrust = 7760.109660, Pressure = 3641517.903390 Time = 1.500000, Thrust = 7838.286398, Pressure = 3678202.187858 Time = 1.600000, Thrust = 7917.060590, Pressure = 3715166.826005 Time = 1.700000, Thrust = 7996.435353, Pressure = 3752413.281553 Time = 1.800000, Thrust = 8076.413817, Pressure = 3789943.022338 Time = 1.900000, Thrust = 8156.999118, Pressure = 3827757.520309 Time = 2.000000, Thrust = 8238.194402, Pressure = 3865858.251529 Time = 2.100000, Thrust = 8320.002823, Pressure = 3904246.696179 Time = 2.200000, Thrust = 8402.427544, Pressure = 3942924.338558 Time = 2.300000, Thrust = 8485.471737, Pressure = 3981892.667086 Time = 2.400000, Thrust = 8569.138584, Pressure = 4021153.174302 Time = 2.500000, Thrust = 8653.431272, Pressure = 4060707.356871 Time = 2.600000, Thrust = 8738.353002, Pressure = 4100556.715582 Time = 2.700000, Thrust = 8823.906979, Pressure = 4140702.755352 Time = 2.800000, Thrust = 8910.096420, Pressure = 4181146.985224 Time = 2.900000, Thrust = 8996.924549, Pressure = 4221890.918373 Time = 3.000000, Thrust = 9084.394600, Pressure = 4262936.072103 Time = 3.100000, Thrust = 9172.509815, Pressure = 4304283.967855 Time = 3.200000, Thrust = 9261.273446, Pressure = 4345936.131201 Time = 3.300000, Thrust = 9350.688751, Pressure = 4387894.091851 Time = 3.400000, Thrust = 9440.759000, Pressure = 4430159.383654 Time = 3.500000, Thrust = 9531.487471, Pressure = 4472733.544597 Time = 3.600000, Thrust = 9622.877450, Pressure = 4515618.116809 Time = 3.700000, Thrust = 9714.932231, Pressure = 4558814.646561 Time = 3.800000, Thrust = 9807.655120, Pressure = 4602324.684271 Time = 3.900000, Thrust = 9901.049429, Pressure = 4646149.784500 Time = 4.000000, Thrust = 9995.118479, Pressure = 4690291.505959 Time = 4.100000, Thrust = 10089.865601, Pressure = 4734751.411506 Time = 4.200000, Thrust = 10185.294136, Pressure = 4779531.068152 Time = 4.300000, Thrust = 10281.407429, Pressure = 4824632.047059 Time = 4.400000, Thrust = 10378.208840, Pressure = 4870055.923544 Time = 4.500000, Thrust = 10475.701734, Pressure = 4915804.277078 Time = 4.600000, Thrust = 10573.889486, Pressure = 4961878.691292 Time = 4.700000, Thrust = 10672.775479, Pressure = 5008280.753973 Time = 4.800000, Thrust = 10772.363106, Pressure = 5055012.057070 Time = 4.900000, Thrust = 10872.655769, Pressure = 5102074.196693 Time = 5.000000, Thrust = 10973.656877, Pressure = 5149468.773115 Time = 5.100000, Thrust = 11075.369851, Pressure = 5197197.390776 Time = 5.200000, Thrust = 11177.798117, Pressure = 5245261.658282 Time = 5.300000, Thrust = 11280.945113, Pressure = 5293663.188404 Time = 5.400000, Thrust = 11384.814285, Pressure = 5342403.598088 Time = 5.500000, Thrust = 11489.409087, Pressure = 5391484.508447 Time = 5.600000, Thrust = 11594.732983, Pressure = 5440907.544768 Time = 5.700000, Thrust = 11700.789446, Pressure = 5490674.336514 Time = 5.800000, Thrust = 11807.581956, Pressure = 5540786.517322 Time = 5.900000, Thrust = 11915.114005, Pressure = 5591245.725007 Time = 6.000000, Thrust = 12023.389091, Pressure = 5642053.601564 Time = 6.100000, Thrust = 12132.410723, Pressure = 5693211.793166 Time = 6.200000, Thrust = 12242.182417, Pressure = 5744721.950170 Time = 6.300000, Thrust = 12352.707699, Pressure = 5796585.727117 Time = 6.400000, Thrust = 12463.990105, Pressure = 5848804.782732 Time = 6.500000, Thrust = 12576.033179, Pressure = 5901380.779926 Time = 6.600000, Thrust = 12688.840471, Pressure = 5954315.385800 Time = 6.700000, Thrust = 12802.415546, Pressure = 6007610.271644 Time = 6.800000, Thrust = 12916.761972, Pressure = 6061267.112939 Time = 6.900000, Thrust = 13031.883330, Pressure = 6115287.589358 Time = 7.000000, Thrust = 13147.783208, Pressure = 6169673.384769 Time = 7.100000, Thrust = 13264.465203, Pressure = 6224426.187236 Time = 7.200000, Thrust = 13381.932921, Pressure = 6279547.689019 Time = 7.300000, Thrust = 13500.189979, Pressure = 6335039.586578 Time = 7.400000, Thrust = 13619.240000, Pressure = 6390903.580574 Time = 7.500000, Thrust = 13739.086617, Pressure = 6447141.375867 Time = 7.600000, Thrust = 13859.733473, Pressure = 6503754.681522 Time = 7.700000, Thrust = 13981.184218, Pressure = 6560745.210809 Time = 7.800000, Thrust = 14103.442513, Pressure = 6618114.681203 Time = 7.900000, Thrust = 14226.512026, Pressure = 6675864.814388 Time = 8.000000, Thrust = 14350.396436, Pressure = 6733997.336257 Time = 8.100000, Thrust = 14475.099430, Pressure = 6792513.976911 Time = 8.200000, Thrust = 14600.624703, Pressure = 6851416.470668 Time = 8.300000, Thrust = 14726.975961, Pressure = 6910706.556056 Time = 8.400000, Thrust = 14854.156917, Pressure = 6970385.975818 Time = 8.500000, Thrust = 14982.171294, Pressure = 7030456.476916 Time = 8.600000, Thrust = 15111.022824, Pressure = 7090919.810527 Time = 8.700000, Thrust = 15240.715249, Pressure = 7151777.732051 Time = 8.800000, Thrust = 15371.252317, Pressure = 7213032.001107 Time = 8.900000, Thrust = 15502.637789, Pressure = 7274684.381535 Time = 9.000000, Thrust = 15634.875430, Pressure = 7336736.641401 Time = 9.100000, Thrust = 15767.969020, Pressure = 7399190.552996 Time = 9.200000, Thrust = 15901.922342, Pressure = 7462047.892837 Time = 9.300000, Thrust = 16036.739193, Pressure = 7525310.441670 Time = 9.400000, Thrust = 16172.423377, Pressure = 7588979.984471 Time = 9.500000, Thrust = 16308.978705, Pressure = 7653058.310446 Time = 9.600000, Thrust = 16446.409000, Pressure = 7717547.213033 Time = 9.700000, Thrust = 16584.718094, Pressure = 7782448.489908 Time = 9.800000, Thrust = 16723.909825, Pressure = 7847763.942977 Time = 9.900000, Thrust = 16863.988044, Pressure = 7913495.378386 [ OK ] PlatoTest.AlgebraicRocketModel (0 ms) [ RUN ] PlatoTest.IsOperationDefinedCheck [ OK ] PlatoTest.IsOperationDefinedCheck (0 ms) [ RUN ] PlatoTest.IsSharedDataLayoutDefinedCheck [ OK ] PlatoTest.IsSharedDataLayoutDefinedCheck (0 ms) [ RUN ] PlatoTest.IsSharedDataArgumentDefinedCheck [ OK ] PlatoTest.IsSharedDataArgumentDefinedCheck (0 ms) [ RUN ] PlatoTest.KokkosVector [ OK ] PlatoTest.KokkosVector (0 ms) [ RUN ] PlatoTest.KokkosReductionOperations [ OK ] PlatoTest.KokkosReductionOperations (0 ms) [ RUN ] PlatoTest.KokkosNonlinearProgrammingUpdate [ OK ] PlatoTest.KokkosNonlinearProgrammingUpdate (0 ms) [ RUN ] PlatoTest.SingleOperationInputDataTest [ OK ] PlatoTest.SingleOperationInputDataTest (0 ms) [ RUN ] PlatoTest.MultipleOperationsInputDataTest [ OK ] PlatoTest.MultipleOperationsInputDataTest (0 ms) [ RUN ] PlatoTest.StageInputDataTest [ OK ] PlatoTest.StageInputDataTest (0 ms) [ RUN ] PlatoTest.OptimalityCriteriaEngineStageData [ OK ] PlatoTest.OptimalityCriteriaEngineStageData (0 ms) [ RUN ] PlatoTest.DistributedReductions_minloc [ OK ] PlatoTest.DistributedReductions_minloc (0 ms) [ RUN ] PlatoTest.StandardVectorReductions_minloc [ OK ] PlatoTest.StandardVectorReductions_minloc (0 ms) [ RUN ] PlatoTest.CommWrapperIsInit

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_CommWrapper.hpp FUNCTION: int Plato::CommWrapper::size() const LINE:179 MESSAGE: NULL MPI COMMUNICATOR DETECTED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_CommWrapper.hpp FUNCTION: int Plato::CommWrapper::myProcID() const LINE:202 MESSAGE: NULL MPI COMMUNICATOR DETECTED. [ OK ] PlatoTest.CommWrapperIsInit (0 ms) [ RUN ] PlatoTest.size [ OK ] PlatoTest.size (0 ms) [ RUN ] PlatoTest.scale [ OK ] PlatoTest.scale (0 ms) [ RUN ] PlatoTest.entryWiseProduct [ OK ] PlatoTest.entryWiseProduct (0 ms) [ RUN ] PlatoTest.modulus [ OK ] PlatoTest.modulus (0 ms) [ RUN ] PlatoTest.dot [ OK ] PlatoTest.dot (0 ms) [ RUN ] PlatoTest.data [ OK ] PlatoTest.data (0 ms) [ RUN ] PlatoTest.fill [ OK ] PlatoTest.fill (0 ms) [ RUN ] PlatoTest.create [ OK ] PlatoTest.create (0 ms) [ RUN ] PlatoTest.MultiVector [ OK ] PlatoTest.MultiVector (0 ms) [ RUN ] PlatoTest.StandardMultiVector_setData [ OK ] PlatoTest.StandardMultiVector_setData (0 ms) [ RUN ] PlatoTest.StandardVectorReductionOperations [ OK ] PlatoTest.StandardVectorReductionOperations (0 ms) [ RUN ] PlatoTest.DistributedReductionOperations [ OK ] PlatoTest.DistributedReductionOperations (0 ms) [ RUN ] PlatoTest.DistributedVector [ OK ] PlatoTest.DistributedVector (0 ms) [ RUN ] PlatoTest.IsFileOpenExeption [ OK ] PlatoTest.IsFileOpenExeption (2 ms) [ RUN ] PlatoTest.IsVectorEmpty [ OK ] PlatoTest.IsVectorEmpty (0 ms) [ RUN ] PlatoTest.CheckForCCSAdiagnosticsErrors [ OK ] PlatoTest.CheckForCCSAdiagnosticsErrors (4 ms) [ RUN ] PlatoTest.PrintCCSAdiagnosticsInvalidArguments [ OK ] PlatoTest.PrintCCSAdiagnosticsInvalidArguments (2 ms) [ RUN ] PlatoTest.PrintCCSAdiagnosticsHeader [ OK ] PlatoTest.PrintCCSAdiagnosticsHeader (2 ms) [ RUN ] PlatoTest.PrintDiagnosticsOneConstraintsCCSA [ OK ] PlatoTest.PrintDiagnosticsOneConstraintsCCSA (2 ms) [ RUN ] PlatoTest.PrintDiagnosticsTwoConstraintsCCSA [ OK ] PlatoTest.PrintDiagnosticsTwoConstraintsCCSA (2 ms) [ RUN ] PlatoTest.PrintOptimalityCriteriaDiagnosticsInvalidArguments [ OK ] PlatoTest.PrintOptimalityCriteriaDiagnosticsInvalidArguments (2 ms) [ RUN ] PlatoTest.PrintDiagnosticsOneConstraintsOC [ OK ] PlatoTest.PrintDiagnosticsOneConstraintsOC (2 ms) [ RUN ] PlatoTest.PrintDiagnosticsTwoConstraintsOC [ OK ] PlatoTest.PrintDiagnosticsTwoConstraintsOC (2 ms) [ RUN ] PlatoTest.PrintKsbcDiagnosticsInvalidArguments [ OK ] PlatoTest.PrintKsbcDiagnosticsInvalidArguments (0 ms) [ RUN ] PlatoTest.PrintDiagnosticsKSBC [ OK ] PlatoTest.PrintDiagnosticsKSBC (2 ms) [ RUN ] PlatoTest.PrintDiagnosticsKSAL_1 [ OK ] PlatoTest.PrintDiagnosticsKSAL_1 (2 ms) [ RUN ] PlatoTest.PrintDiagnosticsKSAL_2 [ OK ] PlatoTest.PrintDiagnosticsKSAL_2 (2 ms) [ RUN ] PlatoTest.PrintKsalDiagnosticsInvalidArguments [ OK ] PlatoTest.PrintKsalDiagnosticsInvalidArguments (0 ms) [ RUN ] PlatoTest.TestStoppingCriterionOutputAlgorithm [ OK ] PlatoTest.TestStoppingCriterionOutputAlgorithm (0 ms) [ RUN ] PlatoTest.OptimalityCriteriaObjectiveTest [ OK ] PlatoTest.OptimalityCriteriaObjectiveTest (0 ms) [ RUN ] PlatoTest.OptimalityCriteriaInequalityTestOne [ OK ] PlatoTest.OptimalityCriteriaInequalityTestOne (0 ms) [ RUN ] PlatoTest.OptimalityCriteriaDataMng [ OK ] PlatoTest.OptimalityCriteriaDataMng (0 ms) [ RUN ] PlatoTest.OptimalityCriteriaStageMngSimpleTest [ OK ] PlatoTest.OptimalityCriteriaStageMngSimpleTest (0 ms) [ RUN ] PlatoTest.SynthesisOptimizationSubProblemOne [ OK ] PlatoTest.SynthesisOptimizationSubProblemOne (0 ms) [ RUN ] PlatoTest.SynthesisOptimizationSubProblemTwo [ OK ] PlatoTest.SynthesisOptimizationSubProblemTwo (3 ms) [ RUN ] PlatoTest.OptimalityCriteria [ OK ] PlatoTest.OptimalityCriteria (0 ms) [ RUN ] PlatoTest.HostOptimalityCriteriaUpdate [ OK ] PlatoTest.HostOptimalityCriteriaUpdate (0 ms) [ RUN ] PlatoTest.DualDataFactory [ OK ] PlatoTest.DualDataFactory (0 ms) [ RUN ] PlatoTest.StateDataFactory [ OK ] PlatoTest.StateDataFactory (0 ms) [ RUN ] PlatoTest.ControlDataFactory [ OK ] PlatoTest.ControlDataFactory (0 ms) [ RUN ] PlatoTest.ReducedSpaceTrustRegionStageMngTestOne [ OK ] PlatoTest.ReducedSpaceTrustRegionStageMngTestOne (20 ms) [ RUN ] PlatoTest.ReducedSpaceTrustRegionStageMngTestTwo [ OK ] PlatoTest.ReducedSpaceTrustRegionStageMngTestTwo (11 ms) [ RUN ] PlatoTest.PERF_KelleySachsBoundConstrainedTopo [ OK ] PlatoTest.PERF_KelleySachsBoundConstrainedTopo (509 ms) [ RUN ] PlatoTest.PERF_KelleySachsBoundConstrainedTopo_LBFGS [ OK ] PlatoTest.PERF_KelleySachsBoundConstrainedTopo_LBFGS (651 ms) [ RUN ] PlatoTest.KelleySachsBoundConstrainedRosenbrock [ OK ] PlatoTest.KelleySachsBoundConstrainedRosenbrock (0 ms) [ RUN ] PlatoTest.KelleySachsBoundConstrainedCircle [ OK ] PlatoTest.KelleySachsBoundConstrainedCircle (0 ms) [ RUN ] PlatoTest.KelleySachsBoundConstrainedHimmelblauOne [ OK ] PlatoTest.KelleySachsBoundConstrainedHimmelblauOne (0 ms) [ RUN ] PlatoTest.KelleySachsBoundConstrainedHimmelblauTwo [ OK ] PlatoTest.KelleySachsBoundConstrainedHimmelblauTwo (0 ms) [ RUN ] PlatoTest.KelleySachsBoundConstrainedHimmelblauOne_LBFGS [ OK ] PlatoTest.KelleySachsBoundConstrainedHimmelblauOne_LBFGS (0 ms) [ RUN ] PlatoTest.KelleySachsBoundConstrainedHimmelblauOne_NoHessian [ OK ] PlatoTest.KelleySachsBoundConstrainedHimmelblauOne_NoHessian (0 ms) [ RUN ] PlatoTest.KelleySachsBoundConstrainedGoldsteinPrice [ OK ] PlatoTest.KelleySachsBoundConstrainedGoldsteinPrice (0 ms) [ RUN ] PlatoTest.KelleySachsBoundConstrainedGoldsteinPrice_LBFGS [ OK ] PlatoTest.KelleySachsBoundConstrainedGoldsteinPrice_LBFGS (0 ms) [ RUN ] PlatoTest.LinearCriterionHessian [ OK ] PlatoTest.LinearCriterionHessian (0 ms) [ RUN ] PlatoTest.CentralDifferenceHessian [ OK ] PlatoTest.CentralDifferenceHessian (0 ms) [ RUN ] PlatoTest.TrustRegionAlgorithmDataMng [ OK ] PlatoTest.TrustRegionAlgorithmDataMng (0 ms) [ RUN ] PlatoTest.RosenbrockCriterion [ OK ] PlatoTest.RosenbrockCriterion (0 ms) [ RUN ] PlatoTest.CircleCriterion [ OK ] PlatoTest.CircleCriterion (0 ms) [ RUN ] PlatoTest.RadiusCriterion [ OK ] PlatoTest.RadiusCriterion (0 ms) [ RUN ] PlatoTest.AnalyticalGradient [ OK ] PlatoTest.AnalyticalGradient (0 ms) [ RUN ] PlatoTest.AnalyticalHessian [ OK ] PlatoTest.AnalyticalHessian (0 ms) [ RUN ] PlatoTest.Preconditioner [ OK ] PlatoTest.Preconditioner (0 ms) [ RUN ] PlatoTest.CriterionList [ OK ] PlatoTest.CriterionList (0 ms) [ RUN ] PlatoTest.GradientOperatorList [ OK ] PlatoTest.GradientOperatorList (0 ms) [ RUN ] PlatoTest.LinearOperatorList [ OK ] PlatoTest.LinearOperatorList (0 ms) [ RUN ] PlatoTest.SteihaugTointSolver [ OK ] PlatoTest.SteihaugTointSolver (0 ms) [ RUN ] PlatoTest.TrustRegionStepMng [ OK ] PlatoTest.TrustRegionStepMng (0 ms) [ RUN ] PlatoTest.KelleySachsAugmentedLagrangianRosenbrockRadius_1 [ OK ] PlatoTest.KelleySachsAugmentedLagrangianRosenbrockRadius_1 (0 ms) [ RUN ] PlatoTest.KelleySachsAugmentedLagrangianRosenbrockRadius_2 [ OK ] PlatoTest.KelleySachsAugmentedLagrangianRosenbrockRadius_2 (0 ms) [ RUN ] PlatoTest.KelleySachsAugmentedLagrangianCircleRadius_1 [ OK ] PlatoTest.KelleySachsAugmentedLagrangianCircleRadius_1 (0 ms) [ RUN ] PlatoTest.KelleySachsAugmentedLagrangianCircleRadius_2 [ OK ] PlatoTest.KelleySachsAugmentedLagrangianCircleRadius_2 (0 ms) [ RUN ] PlatoTest.KelleySachsAugmentedLagrangianGoldsteinPriceShiftedEllipse_1 [ OK ] PlatoTest.KelleySachsAugmentedLagrangianGoldsteinPriceShiftedEllipse_1 (0 ms) [ RUN ] PlatoTest.KelleySachsAugmentedLagrangianGoldsteinPriceShiftedEllipse_2 [ OK ] PlatoTest.KelleySachsAugmentedLagrangianGoldsteinPriceShiftedEllipse_2 (0 ms) [ RUN ] PlatoTest.KelleySachsAugmentedLagrangianHimmelblauShiftedEllipse_1 [ OK ] PlatoTest.KelleySachsAugmentedLagrangianHimmelblauShiftedEllipse_1 (0 ms) [ RUN ] PlatoTest.KelleySachsAugmentedLagrangianHimmelblauShiftedEllipse_2 [ OK ] PlatoTest.KelleySachsAugmentedLagrangianHimmelblauShiftedEllipse_2 (0 ms) [ RUN ] PlatoTest.KelleySachsAugmentedLagrangianRosenbrockRadius_1_LBFGS [ OK ] PlatoTest.KelleySachsAugmentedLagrangianRosenbrockRadius_1_LBFGS (0 ms) [ RUN ] PlatoTest.KelleySachsAugmentedLagrangianRosenbrockRadius_2_LBFGS [ OK ] PlatoTest.KelleySachsAugmentedLagrangianRosenbrockRadius_2_LBFGS (0 ms) [ RUN ] PlatoTest.UnconstrainedMethodMovingAsymptotesDataMng [ OK ] PlatoTest.UnconstrainedMethodMovingAsymptotesDataMng (0 ms) [ RUN ] PlatoTest.is_diagnostic_file_close [ OK ] PlatoTest.is_diagnostic_file_close (0 ms) [ RUN ] PlatoTest.write_umma_diagnostics_header_plus_data [ OK ] PlatoTest.write_umma_diagnostics_header_plus_data (2 ms) [ RUN ] PlatoTest.get_umma_stop_criterion_description [ OK ] PlatoTest.get_umma_stop_criterion_description (0 ms) [ RUN ] PlatoTest.PERF_UnconstrainedMethodMovingAsymptotes [ OK ] PlatoTest.PERF_UnconstrainedMethodMovingAsymptotes (891 ms) [ RUN ] PlatoTest.DeviceProject [ OK ] PlatoTest.DeviceProject (0 ms) [ RUN ] PlatoTest.DeviceComputeActiveAndInactiveSet [ OK ] PlatoTest.DeviceComputeActiveAndInactiveSet (0 ms) [ RUN ] PlatoTest.HostProject [ OK ] PlatoTest.HostProject (0 ms) [ RUN ] PlatoTest.CheckInitialGuessIsSet [ OK ] PlatoTest.CheckInitialGuessIsSet (0 ms) [ RUN ] PlatoTest.CheckBounds [ OK ] PlatoTest.CheckBounds (0 ms) [ RUN ] PlatoTest.CheckInitialGuess [ OK ] PlatoTest.CheckInitialGuess (0 ms) [ RUN ] PlatoTest.HostComputeActiveAndInactiveSet [ OK ] PlatoTest.HostComputeActiveAndInactiveSet (0 ms) [ RUN ] PlatoTest.StructuralTopologyOptimization_ElementStiffnessMatrix [ OK ] PlatoTest.StructuralTopologyOptimization_ElementStiffnessMatrix (0 ms) [ RUN ] PlatoTest.StructuralTopologyOptimization_Solve [ OK ] PlatoTest.StructuralTopologyOptimization_Solve (6 ms) [ RUN ] PlatoTest.StructuralTopologyOptimization_ComplianceObjective_Gradient_Hessian [ OK ] PlatoTest.StructuralTopologyOptimization_ComplianceObjective_Gradient_Hessian (7 ms) [ RUN ] PlatoTest.StructuralTopologyOptimization_ApplySensitivityFilter [ OK ] PlatoTest.StructuralTopologyOptimization_ApplySensitivityFilter (6 ms) [ RUN ] PlatoTest.EpetraVectorSize [ OK ] PlatoTest.EpetraVectorSize (0 ms) [ RUN ] PlatoTest.EpetraVectorScale [ OK ] PlatoTest.EpetraVectorScale (0 ms) [ RUN ] PlatoTest.EpetraVectorEntryWiseProduct [ OK ] PlatoTest.EpetraVectorEntryWiseProduct (0 ms) [ RUN ] PlatoTest.EpetraVectorModulus [ OK ] PlatoTest.EpetraVectorModulus (0 ms) [ RUN ] PlatoTest.EpetraVectorDot [ OK ] PlatoTest.EpetraVectorDot (0 ms) [ RUN ] PlatoTest.EpetraVectorFill [ OK ] PlatoTest.EpetraVectorFill (0 ms) [ RUN ] PlatoTest.EpetraVectorCreate [ OK ] PlatoTest.EpetraVectorCreate (0 ms) [ RUN ] PlatoTest.EpetraVectorData [ OK ] PlatoTest.EpetraVectorData (0 ms) [ RUN ] PlatoTest.ProxyCompliance [ OK ] PlatoTest.ProxyCompliance (6 ms) [ RUN ] PlatoTest.ProxyVolume [ OK ] PlatoTest.ProxyVolume (0 ms) [ RUN ] PlatoTest.PERF_SolveStrucTopoOptimalityCriteriaLightInterface [ OK ] PlatoTest.PERF_SolveStrucTopoOptimalityCriteriaLightInterface (379 ms) [ RUN ] PlatoTest.PERF_SolveStrucTopoWithTrustRegionAugmentedLagrangianLight_1 [ OK ] PlatoTest.PERF_SolveStrucTopoWithTrustRegionAugmentedLagrangianLight_1 (2076 ms) [ RUN ] PlatoTest.PERF_SolveStrucTopoWithTrustRegionAugmentedLagrangianLight_2 [ OK ] PlatoTest.PERF_SolveStrucTopoWithTrustRegionAugmentedLagrangianLight_2 (676 ms) [ RUN ] PlatoTest.PERF_SolveStrucTopoWithTrustRegionAugmentedLagrangianLight_3 [ OK ] PlatoTest.PERF_SolveStrucTopoWithTrustRegionAugmentedLagrangianLight_3 (1104 ms) [ RUN ] PlatoTest.PERF_SolveStrucTopoWithTrustRegionAugmentedLagrangianLight_4 [ OK ] PlatoTest.PERF_SolveStrucTopoWithTrustRegionAugmentedLagrangianLight_4 (1122 ms) [ RUN ] PlatoTest.PERF_SolveStrucTopoWithTrustRegionAugmentedLagrangianLight_5 [ OK ] PlatoTest.PERF_SolveStrucTopoWithTrustRegionAugmentedLagrangianLight_5 (2492 ms) [ DISABLED ] PlatoTest.DISABLED_PERF_CheckSimpleTopoProxyCriteria [ RUN ] PlatoTest.ReadCorrelationMatrixFile [ OK ] PlatoTest.ReadCorrelationMatrixFile (2 ms) [ RUN ] PlatoTest.CopyCorrelationMatrix [ OK ] PlatoTest.CopyCorrelationMatrix (0 ms) [ RUN ] PlatoTest.SetCorrelationMatrix [ OK ] PlatoTest.SetCorrelationMatrix (2 ms) [ RUN ] PlatoTest.ComputeCorrelationMisfit [ OK ] PlatoTest.ComputeCorrelationMisfit (0 ms) [ RUN ] PlatoTest.SromCorrelation [ OK ] PlatoTest.SromCorrelation (0 ms) [ RUN ] PlatoTest.stats_mean [ OK ] PlatoTest.stats_mean (0 ms) [ RUN ] PlatoTest.stats_stddev [ OK ] PlatoTest.stats_stddev (0 ms) [ RUN ] PlatoTest.stats_stddev_one_value [ OK ] PlatoTest.stats_stddev_one_value (0 ms) [ RUN ] PlatoTest.ComputeMonteCarloDataErrors [ OK ] PlatoTest.ComputeMonteCarloDataErrors (0 ms) [ RUN ] PlatoTest.ComputeMonteCarloData [ OK ] PlatoTest.ComputeMonteCarloData (0 ms) [ RUN ] PlatoTest.ComputeUnnormalizedSamples

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_ErrorChecks.hpp FUNCTION: void Plato::error::check_dimension_mismatch(const Plato::Vector<ScalarType, OrdinalType>&, const Plato::Vector<ScalarType, OrdinalType>&) [with ScalarType = double; OrdinalType = long unsigned int] LINE:149 MESSAGE: DIMENSION MISMATCH! VEC_1 DIM = 11 AND VEC_2 DIM = 9. [ OK ] PlatoTest.ComputeUnnormalizedSamples (0 ms) [ RUN ] PlatoTest.PrintCumulativeDistributionFunctionToFile [ OK ] PlatoTest.PrintCumulativeDistributionFunctionToFile (2 ms) [ RUN ] PlatoTest.OutputCumulativeDistributionFunctionErrors

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_ErrorChecks.hpp FUNCTION: void Plato::error::check_null_comm(const Plato::CommWrapper&) LINE:122 MESSAGE: NULL MPI COMMUNICATOR DETECTED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_ErrorChecks.hpp FUNCTION: void Plato::error::check_dimension_mismatch(const Plato::Vector<ScalarType, OrdinalType>&, const Plato::Vector<ScalarType, OrdinalType>&) [with ScalarType = double; OrdinalType = long unsigned int] LINE:149 MESSAGE: DIMENSION MISMATCH! VEC_1 DIM = 6 AND VEC_2 DIM = 5.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_ErrorChecks.hpp FUNCTION: void Plato::error::check_dimension_mismatch(const Plato::Vector<ScalarType, OrdinalType>&, const Plato::Vector<ScalarType, OrdinalType>&) [with ScalarType = double; OrdinalType = long unsigned int] LINE:149 MESSAGE: DIMENSION MISMATCH! VEC_1 DIM = 6 AND VEC_2 DIM = 5.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_ErrorChecks.hpp FUNCTION: void Plato::error::check_dimension_mismatch(const Plato::Vector<ScalarType, OrdinalType>&, const Plato::Vector<ScalarType, OrdinalType>&) [with ScalarType = double; OrdinalType = long unsigned int] LINE:149 MESSAGE: DIMENSION MISMATCH! VEC_1 DIM = 5 AND VEC_2 DIM = 6. [ OK ] PlatoTest.OutputCumulativeDistributionFunctionErrors (0 ms) [ RUN ] PlatoTest.OutputCumulativeDistributionFunction [ OK ] PlatoTest.OutputCumulativeDistributionFunction (2 ms) [ RUN ] PlatoTest.Uniform [ OK ] PlatoTest.Uniform (0 ms) [ RUN ] PlatoTest.Normal [ OK ] PlatoTest.Normal (0 ms) [ RUN ] PlatoTest.SromCDF [ OK ] PlatoTest.SromCDF (0 ms) [ RUN ] PlatoTest.RawMoments [ OK ] PlatoTest.RawMoments (0 ms) [ RUN ] PlatoTest.CentralMoments [ OK ] PlatoTest.CentralMoments (0 ms) [ RUN ] PlatoTest.factorial [ OK ] PlatoTest.factorial (0 ms) [ RUN ] PlatoTest.Beta [ OK ] PlatoTest.Beta (0 ms) [ RUN ] PlatoTest.PochhammerSymbol [ OK ] PlatoTest.PochhammerSymbol (0 ms) [ RUN ] PlatoTest.BetaMoment [ OK ] PlatoTest.BetaMoment (0 ms) [ RUN ] PlatoTest.ComputeShapeParameters [ OK ] PlatoTest.ComputeShapeParameters (0 ms) [ RUN ] PlatoTest.IncompleteBeta [ OK ] PlatoTest.IncompleteBeta (0 ms) [ RUN ] PlatoTest.BetaPDF [ OK ] PlatoTest.BetaPDF (0 ms) [ RUN ] PlatoTest.BetaCDF [ OK ] PlatoTest.BetaCDF (0 ms) [ RUN ] PlatoTest.BetaCDF2 [ OK ] PlatoTest.BetaCDF2 (7 ms) [ RUN ] PlatoTest.PERF_PlotBetaCDF [ OK ] PlatoTest.PERF_PlotBetaCDF (158 ms) [ RUN ] PlatoTest.BetaDistribution [ OK ] PlatoTest.BetaDistribution (0 ms) [ RUN ] PlatoTest.SromObjectiveTestOne [ OK ] PlatoTest.SromObjectiveTestOne (0 ms) [ RUN ] PlatoTest.SromObjectiveTestTwo_UncorrelatedTwoDimRandVec [ OK ] PlatoTest.SromObjectiveTestTwo_UncorrelatedTwoDimRandVec (0 ms) [ RUN ] PlatoTest.SromObjectiveTestTwo_CorrelatedTwoDimRandVec [ OK ] PlatoTest.SromObjectiveTestTwo_CorrelatedTwoDimRandVec (0 ms) [ RUN ] PlatoTest.SromConstraint [ OK ] PlatoTest.SromConstraint (0 ms) [ RUN ] PlatoTest.NormalDistribution [ OK ] PlatoTest.NormalDistribution (0 ms) [ RUN ] PlatoTest.PERF_SolveSromProblem_CorrelatedVars_BetaDistribution [ OK ] PlatoTest.PERF_SolveSromProblem_CorrelatedVars_BetaDistribution (579 ms) [ RUN ] PlatoTest.solve_srom_problem_beta [ OK ] PlatoTest.solve_srom_problem_beta (32 ms) [ RUN ] PlatoTest.solve_srom_problem_uniform [ OK ] PlatoTest.solve_srom_problem_uniform (1 ms) [ RUN ] PlatoTest.SetSampleProbabilityPairsInitialGuess_UniformSampleInitialGuess [ OK ] PlatoTest.SetSampleProbabilityPairsInitialGuess_UniformSampleInitialGuess (0 ms) [ RUN ] PlatoTest.OutputSromDiagnostics [ OK ] PlatoTest.OutputSromDiagnostics (2 ms) [ RUN ] PlatoTest.EvaluateHimmelblau [ OK ] PlatoTest.EvaluateHimmelblau (0 ms) [ RUN ] PlatoTest.EvaluateGoldsteinPrice [ OK ] PlatoTest.EvaluateGoldsteinPrice (0 ms) [ RUN ] PlatoTest.EvaluateShiftedEllipse [ OK ] PlatoTest.EvaluateShiftedEllipse (0 ms) [ RUN ] PlatoTest.GradBasedRocketObjectiveGradFree [ OK ] PlatoTest.GradBasedRocketObjectiveGradFree (0 ms) [ RUN ] PlatoTest.GradBasedRocketObjective [ OK ] PlatoTest.GradBasedRocketObjective (0 ms) [ RUN ] PlatoTest.Cylinder [ OK ] PlatoTest.Cylinder (0 ms) [ RUN ] PlatoTest.PERF_GradFreeSimpleRocketOptimization BestObjectiveValue = 4.78997e-08 NumFunctionEvaluations = 4573 Best1: 0.0757576, Best2: 0.0049697 [ OK ] PlatoTest.PERF_GradFreeSimpleRocketOptimization (112 ms) [ RUN ] PlatoTest.PERF_GradBasedSimpleRocketOptimizationWithLightInterface NumIterationsDone = 289 NumFunctionEvaluations = 3558 BestObjectiveValue = 6.17386e-07 BestValue 1 = 0.0749444, BestValue 2 = 0.00500195 StoppingCriterion =

****** Optimization stopping due to actual reduction tolerance being met. ******

[ OK ] PlatoTest.PERF_GradBasedSimpleRocketOptimizationWithLightInterface (86 ms) [ RUN ] PlatoTest.PERF_GradBasedSimpleRocketOptimizationWithLightInterface_LBFGS NumIterationsDone = 324 NumFunctionEvaluations = 1686 BestObjectiveValue = 6.90982e-07 BestValue 1 = 0.0749405, BestValue 2 = 0.00500217 StoppingCriterion =

****** Optimization stopping due to actual reduction tolerance being met. ******

[ OK ] PlatoTest.PERF_GradBasedSimpleRocketOptimizationWithLightInterface_LBFGS (44 ms) [ RUN ] PlatoTest.check_input_mean

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_mean(const Plato::srom::RandomVariable&) LINE:117 MESSAGE: Check Input Mean: MEAN IS NOT DEFINED. [ OK ] PlatoTest.check_input_mean (0 ms) [ RUN ] PlatoTest.check_input_lower_bound

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_lower_bound(const Plato::srom::RandomVariable&) LINE:134 MESSAGE: Check Input Lower Bound: LOWER BOUND IS NOT DEFINED. [ OK ] PlatoTest.check_input_lower_bound (0 ms) [ RUN ] PlatoTest.check_input_upper_bound

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_upper_bound(const Plato::srom::RandomVariable&) LINE:151 MESSAGE: Check Input Upper Bound: UPPER BOUND IS NOT DEFINED. [ OK ] PlatoTest.check_input_upper_bound (0 ms) [ RUN ] PlatoTest.check_input_standard_deviation

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_standard_deviation(const Plato::srom::RandomVariable&) LINE:100 MESSAGE: Check Input Standard Deviation: STANDARD DEVIATION IS NOT DEFINED. [ OK ] PlatoTest.check_input_standard_deviation (0 ms) [ RUN ] PlatoTest.check_input_number_samples

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:74 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:82 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES SHOULD BE GREATER THAN ZERO. INPUT NUMBER OF SAMPLES = -1.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:82 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES SHOULD BE GREATER THAN ZERO. INPUT NUMBER OF SAMPLES = 0. [ OK ] PlatoTest.check_input_number_samples (0 ms) [ RUN ] PlatoTest.check_input_statistics_uniform

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_lower_bound(const Plato::srom::RandomVariable&) LINE:134 MESSAGE: Check Input Lower Bound: LOWER BOUND IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_upper_bound(const Plato::srom::RandomVariable&) LINE:151 MESSAGE: Check Input Upper Bound: UPPER BOUND IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:74 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_lower_bound(const Plato::srom::RandomVariable&) LINE:134 MESSAGE: Check Input Lower Bound: LOWER BOUND IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:74 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:74 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:82 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES SHOULD BE GREATER THAN ZERO. INPUT NUMBER OF SAMPLES = 0.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:82 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES SHOULD BE GREATER THAN ZERO. INPUT NUMBER OF SAMPLES = -1. [ OK ] PlatoTest.check_input_statistics_uniform (0 ms) [ RUN ] PlatoTest.check_input_statistics_normal

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_mean(const Plato::srom::RandomVariable&) LINE:117 MESSAGE: Check Input Mean: MEAN IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_upper_bound(const Plato::srom::RandomVariable&) LINE:151 MESSAGE: Check Input Upper Bound: UPPER BOUND IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_lower_bound(const Plato::srom::RandomVariable&) LINE:134 MESSAGE: Check Input Lower Bound: LOWER BOUND IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:74 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:82 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES SHOULD BE GREATER THAN ZERO. INPUT NUMBER OF SAMPLES = 0.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:82 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES SHOULD BE GREATER THAN ZERO. INPUT NUMBER OF SAMPLES = -1.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_standard_deviation(const Plato::srom::RandomVariable&) LINE:100 MESSAGE: Check Input Standard Deviation: STANDARD DEVIATION IS NOT DEFINED. [ OK ] PlatoTest.check_input_statistics_normal (0 ms) [ RUN ] PlatoTest.check_input_statistics_beta

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_mean(const Plato::srom::RandomVariable&) LINE:117 MESSAGE: Check Input Mean: MEAN IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_upper_bound(const Plato::srom::RandomVariable&) LINE:151 MESSAGE: Check Input Upper Bound: UPPER BOUND IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_lower_bound(const Plato::srom::RandomVariable&) LINE:134 MESSAGE: Check Input Lower Bound: LOWER BOUND IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:74 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES IS NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:82 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES SHOULD BE GREATER THAN ZERO. INPUT NUMBER OF SAMPLES = 0.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_number_samples(const Plato::srom::RandomVariable&) LINE:82 MESSAGE: Check Input Number Samples: NUMBER OF SAMPLES SHOULD BE GREATER THAN ZERO. INPUT NUMBER OF SAMPLES = -1.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_standard_deviation(const Plato::srom::RandomVariable&) LINE:100 MESSAGE: Check Input Standard Deviation: STANDARD DEVIATION IS NOT DEFINED. [ OK ] PlatoTest.check_input_statistics_beta (0 ms) [ RUN ] PlatoTest.define_input_statistics

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::check_input_mean(const Plato::srom::RandomVariable&) LINE:117 MESSAGE: Check Input Mean: MEAN IS NOT DEFINED. [ OK ] PlatoTest.define_input_statistics (0 ms) [ RUN ] PlatoTest.define_random_samples_initial_guess_method [ OK ] PlatoTest.define_random_samples_initial_guess_method (0 ms) [ RUN ] PlatoTest.define_distribution [ OK ] PlatoTest.define_distribution (0 ms) [ RUN ] PlatoTest.compute_uniform_random_variable_statistics [ OK ] PlatoTest.compute_uniform_random_variable_statistics (0 ms) [ RUN ] PlatoTest.compute_sample_probability_pairs_error [ OK ] PlatoTest.compute_sample_probability_pairs_error (6 ms) [ RUN ] PlatoTest.random_sample_initial_guess [ OK ] PlatoTest.random_sample_initial_guess (0 ms) [ RUN ] PlatoTest.compute_sample_probability_pairs [ OK ] PlatoTest.compute_sample_probability_pairs (6 ms) [ RUN ] PlatoTest.compute_sample_probability_pairs_OneRandVar [ OK ] PlatoTest.compute_sample_probability_pairs_OneRandVar (34 ms) [ RUN ] PlatoTest.compute_sample_probability_pairs_TwoRandVars [ OK ] PlatoTest.compute_sample_probability_pairs_TwoRandVars (64 ms) [ RUN ] PlatoTest.compute_sample_probability_pairs_error_undefined_distribution [ OK ] PlatoTest.compute_sample_probability_pairs_error_undefined_distribution (0 ms) [ RUN ] PlatoTest.compute_sample_probability_pairs_error_empty_random_var_set

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromSolve.hpp FUNCTION: bool Plato::srom::compute_sample_probability_pairs(const std::vectorPlato::srom::RandomVariable&, std::vectorPlato::srom::SromVariable&) LINE:489 MESSAGE: Compute Sample Probability Pairs: Input set of random variables is empty. [ OK ] PlatoTest.compute_sample_probability_pairs_error_empty_random_var_set (0 ms) [ RUN ] PlatoTest.compute_sample_probability_pairs_error_undefined_input_statistics_uniform [ OK ] PlatoTest.compute_sample_probability_pairs_error_undefined_input_statistics_uniform (0 ms) [ RUN ] PlatoTest.post_process_random_load_error

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_load_sample_probability_pair(const std::vectorPlato::srom::SromVariable&, Plato::srom::SampleProbabilityPairs&, Plato::srom::SampleProbabilityPairs&, Plato::srom::SampleProbabilityPairs&) LINE:179 MESSAGE: INPUT SET OF RANDOM VARIABLES IS EMPTY. [ OK ] PlatoTest.post_process_random_load_error (0 ms) [ RUN ] PlatoTest.post_process_random_load_OneRandomRotation [ OK ] PlatoTest.post_process_random_load_OneRandomRotation (0 ms) [ RUN ] PlatoTest.post_process_random_load_TwoRandomRotations [ OK ] PlatoTest.post_process_random_load_TwoRandomRotations (0 ms) [ RUN ] PlatoTest.post_process_random_load_ThreeRandomRotations [ OK ] PlatoTest.post_process_random_load_ThreeRandomRotations (0 ms) [ RUN ] PlatoTest.expand_random_rotations_about_xyz [ OK ] PlatoTest.expand_random_rotations_about_xyz (0 ms) [ RUN ] PlatoTest.expand_random_rotations_about_xy [ OK ] PlatoTest.expand_random_rotations_about_xy (0 ms) [ RUN ] PlatoTest.expand_random_rotations_about_xz [ OK ] PlatoTest.expand_random_rotations_about_xz (0 ms) [ RUN ] PlatoTest.expand_random_rotations_about_yz [ OK ] PlatoTest.expand_random_rotations_about_yz (0 ms) [ RUN ] PlatoTest.expand_random_rotations_about_x [ OK ] PlatoTest.expand_random_rotations_about_x (0 ms) [ RUN ] PlatoTest.expand_random_rotations_about_y [ OK ] PlatoTest.expand_random_rotations_about_y (0 ms) [ RUN ] PlatoTest.expand_random_rotations_about_z [ OK ] PlatoTest.expand_random_rotations_about_z (0 ms) [ RUN ] PlatoTest.expand_random_rotations_error

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_random_rotations(const Plato::srom::SampleProbabilityPairs&, const Plato::srom::SampleProbabilityPairs&, const Plato::srom::SampleProbabilityPairs&, std::vectorPlato::srom::RandomRotations&) LINE:434 MESSAGE: INPUT SET OF SAMPLE PROBABILITY PAIRS ARE EMPTY. LOAD VECTOR IS DETERMINISTIC. [ OK ] PlatoTest.expand_random_rotations_error (0 ms) [ RUN ] PlatoTest.expand_random_loads_about_z [ OK ] PlatoTest.expand_random_loads_about_z (0 ms) [ RUN ] PlatoTest.expand_random_loads_about_y [ OK ] PlatoTest.expand_random_loads_about_y (0 ms) [ RUN ] PlatoTest.expand_random_loads_about_x [ OK ] PlatoTest.expand_random_loads_about_x (0 ms) [ RUN ] PlatoTest.expand_random_loads_about_yz [ OK ] PlatoTest.expand_random_loads_about_yz (0 ms) [ RUN ] PlatoTest.expand_random_loads_about_xz [ OK ] PlatoTest.expand_random_loads_about_xz (0 ms) [ RUN ] PlatoTest.expand_random_loads_about_xy [ OK ] PlatoTest.expand_random_loads_about_xy (0 ms) [ RUN ] PlatoTest.expand_random_loads_about_xyz [ OK ] PlatoTest.expand_random_loads_about_xyz (0 ms) [ RUN ] PlatoTest.expand_random_loads_error_1

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_expand_random_loads_inputs(const std::vector&, const std::vectorPlato::srom::RandomRotations&) LINE:452 MESSAGE: VECTOR OF RANDOM ROTATIONS IS EMPTY.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_random_loads(const std::vector&, const std::vectorPlato::srom::RandomRotations&, std::vectorPlato::srom::RandomLoad&) LINE:477 MESSAGE: ONE OF THE INPUT ARGUMENTS IS NOT PROPERLY DEFINED. [ OK ] PlatoTest.expand_random_loads_error_1 (0 ms) [ RUN ] PlatoTest.expand_random_loads_error_2

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_vector_values(const std::vector&) LINE:108 MESSAGE: Check Vector Values: Element '0' is not a finite number.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_expand_random_loads_inputs(const std::vector&, const std::vectorPlato::srom::RandomRotations&) LINE:457 MESSAGE: A NON-FINITE NUMBER WAS DETECTED IN VECTOR 3D.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_random_loads(const std::vector&, const std::vectorPlato::srom::RandomRotations&, std::vectorPlato::srom::RandomLoad&) LINE:477 MESSAGE: ONE OF THE INPUT ARGUMENTS IS NOT PROPERLY DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_vector_values(const std::vector&) LINE:108 MESSAGE: Check Vector Values: Element '1' is not a finite number.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_expand_random_loads_inputs(const std::vector&, const std::vectorPlato::srom::RandomRotations&) LINE:457 MESSAGE: A NON-FINITE NUMBER WAS DETECTED IN VECTOR 3D.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_random_loads(const std::vector&, const std::vectorPlato::srom::RandomRotations&, std::vectorPlato::srom::RandomLoad&) LINE:477 MESSAGE: ONE OF THE INPUT ARGUMENTS IS NOT PROPERLY DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_vector_values(const std::vector&) LINE:108 MESSAGE: Check Vector Values: Element '2' is not a finite number.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_expand_random_loads_inputs(const std::vector&, const std::vectorPlato::srom::RandomRotations&) LINE:457 MESSAGE: A NON-FINITE NUMBER WAS DETECTED IN VECTOR 3D.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_random_loads(const std::vector&, const std::vectorPlato::srom::RandomRotations&, std::vectorPlato::srom::RandomLoad&) LINE:477 MESSAGE: ONE OF THE INPUT ARGUMENTS IS NOT PROPERLY DEFINED. [ OK ] PlatoTest.expand_random_loads_error_2 (0 ms) [ RUN ] PlatoTest.expand_random_loads_error_3

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_vector_values(const std::vector&) LINE:108 MESSAGE: Check Vector Values: Element '0' is not a finite number.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::apply_rotation_matrix(const std::vector&, std::vector&) LINE:128 MESSAGE: A NON-FINITE NUMBER WAS DETECTED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_random_loads(const std::vector&, const std::vectorPlato::srom::RandomRotations&, std::vectorPlato::srom::RandomLoad&) LINE:489 MESSAGE: APPLICATION OF ROTATION MATRIX WAS UNSUCCESSFUL.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_vector_values(const std::vector&) LINE:108 MESSAGE: Check Vector Values: Element '1' is not a finite number.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::apply_rotation_matrix(const std::vector&, std::vector&) LINE:128 MESSAGE: A NON-FINITE NUMBER WAS DETECTED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_random_loads(const std::vector&, const std::vectorPlato::srom::RandomRotations&, std::vectorPlato::srom::RandomLoad&) LINE:489 MESSAGE: APPLICATION OF ROTATION MATRIX WAS UNSUCCESSFUL.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_vector_values(const std::vector&) LINE:108 MESSAGE: Check Vector Values: Element '2' is not a finite number.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::apply_rotation_matrix(const std::vector&, std::vector&) LINE:128 MESSAGE: A NON-FINITE NUMBER WAS DETECTED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_random_loads(const std::vector&, const std::vectorPlato::srom::RandomRotations&, std::vectorPlato::srom::RandomLoad&) LINE:489 MESSAGE: APPLICATION OF ROTATION MATRIX WAS UNSUCCESSFUL. [ OK ] PlatoTest.expand_random_loads_error_3 (0 ms) [ RUN ] PlatoTest.expand_random_load_cases_error

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_random_load_cases(const std::vectorPlato::srom::RandomLoad&, std::vectorPlato::srom::RandomLoadCase&) LINE:565 MESSAGE: THE NEW SET OF RANDOM LOADS IS EMPTY. [ OK ] PlatoTest.expand_random_load_cases_error (0 ms) [ RUN ] PlatoTest.expand_random_load_cases_one_load [ OK ] PlatoTest.expand_random_load_cases_one_load (0 ms) [ RUN ] PlatoTest.expand_random_load_cases_two_load [ OK ] PlatoTest.expand_random_load_cases_two_load (0 ms) [ RUN ] PlatoTest.expand_random_and_deterministic_loads_error

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_random_and_deterministic_loads(const std::vectorPlato::srom::Load&, std::vectorPlato::srom::Load&, std::vectorPlato::srom::Load&) LINE:602 MESSAGE: INPUT SET OF LOADS IS EMPTY. [ OK ] PlatoTest.expand_random_and_deterministic_loads_error (0 ms) [ RUN ] PlatoTest.expand_random_and_deterministic_loads_only_random_loads [ OK ] PlatoTest.expand_random_and_deterministic_loads_only_random_loads (0 ms) [ RUN ] PlatoTest.expand_random_and_deterministic_loads [ OK ] PlatoTest.expand_random_and_deterministic_loads (0 ms) [ RUN ] PlatoTest.set_load_components_errors

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::set_load_components(const std::vector<std::__cxx11::basic_string >&, std::vector&) LINE:669 MESSAGE: Set Load Components: Input load vector is empty.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::set_load_components(const std::vector<std::__cxx11::basic_string >&, std::vector&) LINE:677 MESSAGE: Set Load Components: Input vector dimensions = 2. Only 3-dimensional problems are supported. [ OK ] PlatoTest.set_load_components_errors (0 ms) [ RUN ] PlatoTest.set_load_components [ OK ] PlatoTest.set_load_components (0 ms) [ RUN ] PlatoTest.generate_set_random_rotations_errors

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_load_sample_probability_pair(const std::vectorPlato::srom::SromVariable&, Plato::srom::SampleProbabilityPairs&, Plato::srom::SampleProbabilityPairs&, Plato::srom::SampleProbabilityPairs&) LINE:179 MESSAGE: INPUT SET OF RANDOM VARIABLES IS EMPTY.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::generate_set_random_rotations(const std::vectorPlato::srom::SromVariable&, std::vectorPlato::srom::RandomRotations&) LINE:726 MESSAGE: FAILED TO EXPAND SAMPLE-PROBABILITY PAIRS. [ OK ] PlatoTest.generate_set_random_rotations_errors (0 ms) [ RUN ] PlatoTest.generate_set_random_rotations [ OK ] PlatoTest.generate_set_random_rotations (0 ms) [ RUN ] PlatoTest.check_load_parameters

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_load_parameters(const Plato::srom::Load&) LINE:640 MESSAGE: APPLICATION TYPE IS NOT DEFINE.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_load_parameters(const Plato::srom::Load&) LINE:640 MESSAGE: APPLICATION TYPE IS NOT DEFINE.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_load_parameters(const Plato::srom::Load&) LINE:646 MESSAGE: LOAD TYPE IS NOT DEFINE.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_load_parameters(const Plato::srom::Load&) LINE:652 MESSAGE: LOAD VALUES/COMPONENTS ARE NOT DEFINE, VALUES VECTOR IS EMPTY. [ OK ] PlatoTest.check_load_parameters (0 ms) [ RUN ] PlatoTest.check_deterministic_loads

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_load_parameters(const Plato::srom::Load&) LINE:640 MESSAGE: APPLICATION TYPE IS NOT DEFINE.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_deterministic_loads(const std::vectorPlato::srom::Load&) LINE:853 MESSAGE: Check Deterministic Loads: Parameters of deterministic load number '0' are not all defined.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_load_parameters(const Plato::srom::Load&) LINE:640 MESSAGE: APPLICATION TYPE IS NOT DEFINE.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_deterministic_loads(const std::vectorPlato::srom::Load&) LINE:853 MESSAGE: Check Deterministic Loads: Parameters of deterministic load number '0' are not all defined.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_load_parameters(const Plato::srom::Load&) LINE:646 MESSAGE: LOAD TYPE IS NOT DEFINE.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_deterministic_loads(const std::vectorPlato::srom::Load&) LINE:853 MESSAGE: Check Deterministic Loads: Parameters of deterministic load number '0' are not all defined.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_load_parameters(const Plato::srom::Load&) LINE:652 MESSAGE: LOAD VALUES/COMPONENTS ARE NOT DEFINE, VALUES VECTOR IS EMPTY.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_deterministic_loads(const std::vectorPlato::srom::Load&) LINE:853 MESSAGE: Check Deterministic Loads: Parameters of deterministic load number '0' are not all defined. [ OK ] PlatoTest.check_deterministic_loads (0 ms) [ RUN ] PlatoTest.append_deterministic_loads [ OK ] PlatoTest.append_deterministic_loads (0 ms) [ RUN ] PlatoTest.set_random_load_parameters_error

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_load_parameters(const Plato::srom::Load&) LINE:640 MESSAGE: APPLICATION TYPE IS NOT DEFINE.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::set_random_load_parameters(const Plato::srom::Load&, std::vectorPlato::srom::RandomLoad&) LINE:699 MESSAGE: ONE OR MORE LOAD PARAMETERS ARE NOT DEFINED. [ OK ] PlatoTest.set_random_load_parameters_error (0 ms) [ RUN ] PlatoTest.set_random_load_parameters [ OK ] PlatoTest.set_random_load_parameters (0 ms) [ RUN ] PlatoTest.generate_set_random_loads_error

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::set_load_components(const std::vector<std::__cxx11::basic_string >&, std::vector&) LINE:669 MESSAGE: Set Load Components: Input load vector is empty.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::generate_set_random_loads(const Plato::srom::Load&, const std::vectorPlato::srom::RandomRotations&, std::vectorPlato::srom::RandomLoad&) LINE:749 MESSAGE: FAILED TO SET ARRAY OF LOAD COMPONENTS.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_expand_random_loads_inputs(const std::vector&, const std::vectorPlato::srom::RandomRotations&) LINE:452 MESSAGE: VECTOR OF RANDOM ROTATIONS IS EMPTY.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_random_loads(const std::vector&, const std::vectorPlato::srom::RandomRotations&, std::vectorPlato::srom::RandomLoad&) LINE:477 MESSAGE: ONE OF THE INPUT ARGUMENTS IS NOT PROPERLY DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::generate_set_random_loads(const Plato::srom::Load&, const std::vectorPlato::srom::RandomRotations&, std::vectorPlato::srom::RandomLoad&) LINE:755 MESSAGE: FAILED TO EXPAND SET OF RANDOM LOADS.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_load_parameters(const Plato::srom::Load&) LINE:640 MESSAGE: APPLICATION TYPE IS NOT DEFINE.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::set_random_load_parameters(const Plato::srom::Load&, std::vectorPlato::srom::RandomLoad&) LINE:699 MESSAGE: ONE OR MORE LOAD PARAMETERS ARE NOT DEFINED.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::generate_set_random_loads(const Plato::srom::Load&, const std::vectorPlato::srom::RandomRotations&, std::vectorPlato::srom::RandomLoad&) LINE:761 MESSAGE: FAILED TO SET LOAD TYPE, APPLICATION TYPE AND APPLICATION IDENTIFIER. [ OK ] PlatoTest.generate_set_random_loads_error (0 ms) [ RUN ] PlatoTest.generate_set_random_loads [ OK ] PlatoTest.generate_set_random_loads (0 ms) [ RUN ] PlatoTest.generate_output_random_load_cases_errors

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::generate_output_random_load_cases(const std::vectorPlato::srom::Load&, std::vectorPlato::srom::RandomLoadCase&) LINE:903 MESSAGE: SET OF RANDOM LOAD CASES IS EMPTY.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_load_parameters(const Plato::srom::Load&) LINE:640 MESSAGE: APPLICATION TYPE IS NOT DEFINE.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::check_deterministic_loads(const std::vectorPlato::srom::Load&) LINE:853 MESSAGE: Check Deterministic Loads: Parameters of deterministic load number '0' are not all defined.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::generate_output_random_load_cases(const std::vectorPlato::srom::Load&, std::vectorPlato::srom::RandomLoadCase&) LINE:909 MESSAGE: AN ERROR WAS DETECTED WITH THE INPUT SET OF DETERMINISTIC LOADS. [ OK ] PlatoTest.generate_output_random_load_cases_errors (0 ms) [ RUN ] PlatoTest.generate_output_random_load_cases [ OK ] PlatoTest.generate_output_random_load_cases (0 ms) [ RUN ] PlatoTest.generate_load_sroms_error

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::expand_random_and_deterministic_loads(const std::vectorPlato::srom::Load&, std::vectorPlato::srom::Load&, std::vectorPlato::srom::Load&) LINE:602 MESSAGE: INPUT SET OF LOADS IS EMPTY.

FILE: /projects/NT_Morph/engine/base/src/optimize/Plato_SromLoadUtils.hpp FUNCTION: bool Plato::srom::build_load_sroms(const std::vectorPlato::srom::Load&, std::vectorPlato::srom::RandomLoadCase&) LINE:935 MESSAGE: FAILED TO GENERATE THE SETS OF RANDOM AND DETERMINISTIC LOADS. [ OK ] PlatoTest.generate_load_sroms_error (0 ms) [ RUN ] PlatoTest.PERF_generate_load_sroms_both_random_and_deterministic_loads [ OK ] PlatoTest.PERF_generate_load_sroms_both_random_and_deterministic_loads (87 ms) [ RUN ] PlatoTest.PERF_generate_load_sroms_only_random_loads [ OK ] PlatoTest.PERF_generate_load_sroms_only_random_loads (61 ms) [ RUN ] PlatoTest.SROM_ToLower [ OK ] PlatoTest.SROM_ToLower (0 ms) [ RUN ] PlatoTest.SROM_WriteAndReadData [ OK ] PlatoTest.SROM_WriteAndReadData (2 ms) [ RUN ] PlatoTest.SROM_SetRandomVariablesId [ OK ] PlatoTest.SROM_SetRandomVariablesId (0 ms) [ RUN ] PlatoTest.SROM_PostProcessSampleProbabilityPairs_Error [ OK ] PlatoTest.SROM_PostProcessSampleProbabilityPairs_Error (0 ms) [ RUN ] PlatoTest.SROM_PostProcessSampleProbabilityPairs [ OK ] PlatoTest.SROM_PostProcessSampleProbabilityPairs (0 ms) [ RUN ] PlatoTest.TestProcessToPostProcessSampleProbPairsFromInputFile [ OK ] PlatoTest.TestProcessToPostProcessSampleProbPairsFromInputFile (2 ms) [ RUN ] PlatoTest.SROM_SolveSromProblem [ OK ] PlatoTest.SROM_SolveSromProblem (38 ms) [ RUN ] PlatoTest.SROM_ReadSampleProbabilityPairs [ OK ] PlatoTest.SROM_ReadSampleProbabilityPairs (2 ms) [ RUN ] PlatoTest.SROM_ComputeSampleProbabilityPairs_HomogeneousElasticModulus_Beta [ OK ] PlatoTest.SROM_ComputeSampleProbabilityPairs_HomogeneousElasticModulus_Beta (35 ms) [ RUN ] PlatoTest.SROM_SplitRandomAndDeterministicMaterials_Error [ OK ] PlatoTest.SROM_SplitRandomAndDeterministicMaterials_Error (0 ms) [ RUN ] PlatoTest.SROM_SplitRandomAndDeterministicMaterials [ OK ] PlatoTest.SROM_SplitRandomAndDeterministicMaterials (0 ms) [ RUN ] PlatoTest.SROM_CheckInputSetOfMaterials_Error [ OK ] PlatoTest.SROM_CheckInputSetOfMaterials_Error (0 ms) [ RUN ] PlatoTest.SROM_InitializeRandomMaterialSet [ OK ] PlatoTest.SROM_InitializeRandomMaterialSet (0 ms) [ RUN ] PlatoTest.SROM_UpdateRandomMaterialSet [ OK ] PlatoTest.SROM_UpdateRandomMaterialSet (0 ms) [ RUN ] PlatoTest.SROM_AppendRandomMaterialProperties [ OK ] PlatoTest.SROM_AppendRandomMaterialProperties (0 ms) [ RUN ] PlatoTest.SROM_AppendDeterministicMaterialProperties [ OK ] PlatoTest.SROM_AppendDeterministicMaterialProperties (0 ms) [ RUN ] PlatoTest.SROM_BuildRandomMaterialSet [ OK ] PlatoTest.SROM_BuildRandomMaterialSet (0 ms) [ RUN ] PlatoTest.SROM_InitializeRandomMaterialCases_Error [ OK ] PlatoTest.SROM_InitializeRandomMaterialCases_Error (0 ms) [ RUN ] PlatoTest.SROM_InitializeRandomMaterialCases [ OK ] PlatoTest.SROM_InitializeRandomMaterialCases (0 ms) [ RUN ] PlatoTest.SROM_UpdateRandomMaterialCases_Error [ OK ] PlatoTest.SROM_UpdateRandomMaterialCases_Error (0 ms) [ RUN ] PlatoTest.SROM_UpdateRandomMaterialCases [ OK ] PlatoTest.SROM_UpdateRandomMaterialCases (0 ms) [ RUN ] PlatoTest.SROM_AppendRandomMaterialSet_Error [ OK ] PlatoTest.SROM_AppendRandomMaterialSet_Error (0 ms) [ RUN ] PlatoTest.SROM_AppendRandomMaterialSet [ OK ] PlatoTest.SROM_AppendRandomMaterialSet (0 ms) [ RUN ] PlatoTest.SROM_AppendDeterministicMaterials_Error [ OK ] PlatoTest.SROM_AppendDeterministicMaterials_Error (0 ms) [ RUN ] PlatoTest.SROM_AppendDeterministicMaterials_Test1 [ OK ] PlatoTest.SROM_AppendDeterministicMaterials_Test1 (0 ms) [ RUN ] PlatoTest.SROM_AppendDeterministicMaterials_Test2 [ OK ] PlatoTest.SROM_AppendDeterministicMaterials_Test2 (0 ms) [ RUN ] PlatoTest.SROM_AssignMaterialCaseIdentificationNumber_Error [ OK ] PlatoTest.SROM_AssignMaterialCaseIdentificationNumber_Error (0 ms) [ RUN ] PlatoTest.SROM_AssignMaterialCaseIdentificationNumber [ OK ] PlatoTest.SROM_AssignMaterialCaseIdentificationNumber (0 ms) [ RUN ] PlatoTest.SROM_BuildMaterialSroms_Error [ OK ] PlatoTest.SROM_BuildMaterialSroms_Error (0 ms) [ RUN ] PlatoTest.SROM_BuildMaterialSroms [ OK ] PlatoTest.SROM_BuildMaterialSroms (63 ms) [ RUN ] PlatoTest.SROM_ToString [ OK ] PlatoTest.SROM_ToString (0 ms) [ RUN ] PlatoTest.SROM_CheckMaterialSet [ OK ] PlatoTest.SROM_CheckMaterialSet (0 ms) [ RUN ] PlatoTest.SROM_ToString_ErrorAndDefaultValues [ OK ] PlatoTest.SROM_ToString_ErrorAndDefaultValues (0 ms) [ RUN ] PlatoTest.SROM_BuildSrom_Material [ OK ] PlatoTest.SROM_BuildSrom_Material (60 ms) [ RUN ] PlatoTest.IsZero [ OK ] PlatoTest.IsZero (0 ms) [ RUN ] PlatoTest.MeanPlusVarianceMeasure [ OK ] PlatoTest.MeanPlusVarianceMeasure (0 ms) [ RUN ] PlatoTest.MeanPlusVarianceGradient [ OK ] PlatoTest.MeanPlusVarianceGradient (0 ms) [ RUN ] PlatoTest.MeanPlusVarianceGradient_checkInputProbabilityValues_Error1 [ OK ] PlatoTest.MeanPlusVarianceGradient_checkInputProbabilityValues_Error1 (0 ms) [ RUN ] PlatoTest.MeanPlusVarianceGradient_checkInputProbabilityValues_Error2 [ OK ] PlatoTest.MeanPlusVarianceGradient_checkInputProbabilityValues_Error2 (0 ms) [ RUN ] PlatoTest.MeanPlusVarianceGradient_parseFunction_Error [ OK ] PlatoTest.MeanPlusVarianceGradient_parseFunction_Error (0 ms) [ RUN ] PlatoTest.MeanPlusVarianceGradient_parseCriterionValueDataLayout_Error [ OK ] PlatoTest.MeanPlusVarianceGradient_parseCriterionValueDataLayout_Error (0 ms) [ RUN ] PlatoTest.MeanPlusVarianceGradient_getMyProbability_Error [ OK ] PlatoTest.MeanPlusVarianceGradient_getMyProbability_Error (0 ms) [ RUN ] PlatoTest.MeanPlusVarianceGradient_addArgument_Error [ OK ] PlatoTest.MeanPlusVarianceGradient_addArgument_Error (0 ms) [ RUN ] PlatoTest.MeanPlusVarianceGradient_getDataLayout_Error [ OK ] PlatoTest.MeanPlusVarianceGradient_getDataLayout_Error (0 ms) [ RUN ] PlatoTest.MeanPlusVarianceGradient_getOutputArgument_Error [ OK ] PlatoTest.MeanPlusVarianceGradient_getOutputArgument_Error (0 ms) [ RUN ] PlatoTest.MeanPlusVarianceGradient_getStatisticMeasure_Error [ OK ] PlatoTest.MeanPlusVarianceGradient_getStatisticMeasure_Error (0 ms) [ RUN ] PlatoTest.compute_sample_set_mean_global_value [ OK ] PlatoTest.compute_sample_set_mean_global_value (0 ms) [ RUN ] PlatoTest.compute_sample_set_mean_field_value [ OK ] PlatoTest.compute_sample_set_mean_field_value (0 ms) [ RUN ] PlatoTest.compute_sample_set_standard_deviation_global_value_1 [ OK ] PlatoTest.compute_sample_set_standard_deviation_global_value_1 (0 ms) [ RUN ] PlatoTest.compute_sample_set_standard_deviation_global_value_2 [ OK ] PlatoTest.compute_sample_set_standard_deviation_global_value_2 (0 ms) [ RUN ] PlatoTest.compute_sample_set_standard_deviation_field_value [ OK ] PlatoTest.compute_sample_set_standard_deviation_field_value (0 ms) [ RUN ] PlatoTest.compute_sample_set_mean_plus_std_dev_gradient [ OK ] PlatoTest.compute_sample_set_mean_plus_std_dev_gradient (0 ms) [ RUN ] PlatoTest.compute_sample_set_mean_global_value_error [ OK ] PlatoTest.compute_sample_set_mean_global_value_error (0 ms) [ RUN ] PlatoTest.compute_sample_set_standard_deviation_global_value_error [ OK ] PlatoTest.compute_sample_set_standard_deviation_global_value_error (0 ms) [ RUN ] PlatoTest.compute_sample_set_standard_deviation_field_value_error [ OK ] PlatoTest.compute_sample_set_standard_deviation_field_value_error (0 ms) [ RUN ] PlatoTest.compute_sample_set_mean_plus_std_dev_gradient_error [ OK ] PlatoTest.compute_sample_set_mean_plus_std_dev_gradient_error (0 ms) [ RUN ] PlatoTest.CcsaTestObjective [ OK ] PlatoTest.CcsaTestObjective (0 ms) [ RUN ] PlatoTest.CcsaTestInequality [ OK ] PlatoTest.CcsaTestInequality (0 ms) [ RUN ] PlatoTest.MethodMovingAsymptotes_Parser [ OK ] PlatoTest.MethodMovingAsymptotes_Parser (0 ms) [ RUN ] PlatoTest.MethodMovingAsymptotes_PrintDiagnosticsOneConstraints [ OK ] PlatoTest.MethodMovingAsymptotes_PrintDiagnosticsOneConstraints (2 ms) [ RUN ] PlatoTest.MethodMovingAsymptotes_PrintDiagnosticsTwoConstraints [ OK ] PlatoTest.MethodMovingAsymptotes_PrintDiagnosticsTwoConstraints (2 ms) [ RUN ] PlatoTest.MethodMovingAsymptotes_PrintStoppingCriterion [ OK ] PlatoTest.MethodMovingAsymptotes_PrintStoppingCriterion (0 ms) [ RUN ] PlatoTest.MethodMovingAsymptotesOperations_initialize [ OK ] PlatoTest.MethodMovingAsymptotesOperations_initialize (0 ms) [ RUN ] PlatoTest.MethodMovingAsymptotesOperations_updateInitialAsymptotes [ OK ] PlatoTest.MethodMovingAsymptotesOperations_updateInitialAsymptotes (0 ms) [ RUN ] PlatoTest.MethodMovingAsymptotesOperations_updateCurrentAsymptotesMultipliers [ OK ] PlatoTest.MethodMovingAsymptotesOperations_updateCurrentAsymptotesMultipliers (0 ms) [ RUN ] PlatoTest.MethodMovingAsymptotesOperations_updateCurrentAsymptotes [ OK ] PlatoTest.MethodMovingAsymptotesOperations_updateCurrentAsymptotes (0 ms) [ RUN ] PlatoTest.MethodMovingAsymptotesOperations_updateSubProblemBounds [ OK ] PlatoTest.MethodMovingAsymptotesOperations_updateSubProblemBounds (0 ms) [ RUN ] PlatoTest.MethodMovingAsymptotesOperations_updateObjectiveApproximationFunctionData [ OK ] PlatoTest.MethodMovingAsymptotesOperations_updateObjectiveApproximationFunctionData (0 ms) [ RUN ] PlatoTest.MethodMovingAsymptotesOperations_updateConstraintApproximationFunctionsData [ OK ] PlatoTest.MethodMovingAsymptotesOperations_updateConstraintApproximationFunctionsData (0 ms) [ RUN ] PlatoTest.PERF_MethodMovingAsymptotes_5Bars

This program contains Ipopt, a library for large-scale nonlinear optimization. Ipopt is released as open source code under the Eclipse Public License (EPL). For more information visit https://github.com/coin-or/Ipopt

NUMBER OF ITERATIONS = 500 BEST OBJECTIVE VALUE = 1.33996 BEST CONSTRAINT VALUE = -2.75771e-08 SOLUTION X(0, 0) = 6.016015468 X(0, 1) = 5.309173481 X(0, 2) = 4.494329248 X(0, 3) = 3.501474716 X(0, 4) = 2.15266691

****** Optimization stopping due to exceeding maximum number of iterations. ******

[ OK ] PlatoTest.PERF_MethodMovingAsymptotes_5Bars (572 ms) [ RUN ] PlatoTest.MethodMovingAsymptotes_RosenbrockRadius NUMBER OF ITERATIONS = 75 BEST OBJECTIVE VALUE = 0.04567480496 BEST CONSTRAINT VALUE = 3.108592339e-08 SOLUTION X(0, 0) = 0.7864152949 X(0, 1) = 0.6176981585

****** Optimization stopping due to control (i.e. design variable) stagnation. ******

[ OK ] PlatoTest.MethodMovingAsymptotes_RosenbrockRadius (43 ms) [ RUN ] PlatoTest.MethodMovingAsymptotes_HimmelblauShiftedEllipse_IPOPT NUMBER OF ITERATIONS = 70 BEST OBJECTIVE VALUE = 5.43887587e-12 BEST CONSTRAINT VALUE = -0.1996032488 SOLUTION X(0, 0) = -3.779310309 X(0, 1) = -3.283185663

****** Optimization stopping due to control (i.e. design variable) stagnation. ******

[ OK ] PlatoTest.MethodMovingAsymptotes_HimmelblauShiftedEllipse_IPOPT (137 ms) [ RUN ] PlatoTest.MethodMovingAsymptotes_GoldsteinPriceShiftedEllipse_IPOPT NUMBER OF ITERATIONS = 74 BEST OBJECTIVE VALUE = 30.00000018 BEST CONSTRAINT VALUE = -0.2800140155 SOLUTION X(0, 0) = -0.5999792119 X(0, 1) = -0.400013662

****** Optimization stopping due to control (i.e. design variable) stagnation. ******

[ OK ] PlatoTest.MethodMovingAsymptotes_GoldsteinPriceShiftedEllipse_IPOPT (117 ms) [ RUN ] PlatoTest.MethodMovingAsymptotes_GoldsteinPriceShiftedEllipse_KSAL NUMBER OF ITERATIONS = 15 BEST OBJECTIVE VALUE = 3 BEST CONSTRAINT VALUE = -3.887873725e-07 SOLUTION X(0, 0) = 0 X(0, 1) = -0.9999997084

****** Optimization stopping due to control (i.e. design variable) stagnation. ******

[ OK ] PlatoTest.MethodMovingAsymptotes_GoldsteinPriceShiftedEllipse_KSAL (1 ms) [ RUN ] PlatoTest.MethodMovingAsymptotes_CircleRadius NUMBER OF ITERATIONS = 10 BEST OBJECTIVE VALUE = 2.677998513 BEST CONSTRAINT VALUE = -8.842526711e-11 SOLUTION X(0, 0) = 0.3115711894 X(0, 1) = 0.9502228127

****** Optimization stopping due to control (i.e. design variable) stagnation. ******

[ OK ] PlatoTest.MethodMovingAsymptotes_CircleRadius (1 ms) [ RUN ] PlatoTest.WriteParameterStudyData_Constructor [ OK ] PlatoTest.WriteParameterStudyData_Constructor (2 ms) [ RUN ] PlatoTest.FreeFunctions_tokenize [ OK ] PlatoTest.FreeFunctions_tokenize (0 ms) [----------] 365 tests from PlatoTest (12603 ms total)

[----------] 2 tests from Vector3DVariations [ RUN ] Vector3DVariations.strToEnum [ OK ] Vector3DVariations.strToEnum (0 ms) [ RUN ] Vector3DVariations.vary [ OK ] Vector3DVariations.vary (0 ms) [----------] 2 tests from Vector3DVariations (0 ms total)

[----------] 1 test from UniqueCounter [ RUN ] UniqueCounter.simple [ OK ] UniqueCounter.simple (0 ms) [----------] 1 test from UniqueCounter (0 ms total)

[----------] 1 test from PlatoSubproblemLibraryTriangle [ RUN ] PlatoSubproblemLibraryTriangle.construct [ OK ] PlatoSubproblemLibraryTriangle.construct (0 ms) [----------] 1 test from PlatoSubproblemLibraryTriangle (0 ms total)

[----------] 3 tests from PlatoSubproblemLibraryOverhangFilter [ RUN ] PlatoSubproblemLibraryOverhangFilter.applySmall [ OK ] PlatoSubproblemLibraryOverhangFilter.applySmall (0 ms) [ RUN ] PlatoSubproblemLibraryOverhangFilter.applyLarge [ OK ] PlatoSubproblemLibraryOverhangFilter.applyLarge (24 ms) [ RUN ] PlatoSubproblemLibraryOverhangFilter.gradientCheck [ OK ] PlatoSubproblemLibraryOverhangFilter.gradientCheck (9 ms) [----------] 3 tests from PlatoSubproblemLibraryOverhangFilter (34 ms total)

[----------] 2 tests from PlatoSubproblemLibraryKernelThenHeavisideFilter [ RUN ] PlatoSubproblemLibraryKernelThenHeavisideFilter.applySmall INFO: KernelThenProjectionFilter advanced continuation on parameters. INFO: KernelThenProjectionFilter advanced continuation on parameters. [ OK ] PlatoSubproblemLibraryKernelThenHeavisideFilter.applySmall (0 ms) [ RUN ] PlatoSubproblemLibraryKernelThenHeavisideFilter.gradientCheck INFO: KernelThenProjectionFilter advanced continuation on parameters. INFO: KernelThenProjectionFilter advanced continuation on parameters. INFO: KernelThenProjectionFilter advanced continuation on parameters. [ OK ] PlatoSubproblemLibraryKernelThenHeavisideFilter.gradientCheck (3 ms) [----------] 2 tests from PlatoSubproblemLibraryKernelThenHeavisideFilter (3 ms total)

[----------] 8 tests from PlatoSubproblemLibraryStandardization [ RUN ] PlatoSubproblemLibraryStandardization.solveBipolarNormalize [ OK ] PlatoSubproblemLibraryStandardization.solveBipolarNormalize (0 ms) [ RUN ] PlatoSubproblemLibraryStandardization.getMedianIndexes [ OK ] PlatoSubproblemLibraryStandardization.getMedianIndexes (0 ms) [ RUN ] PlatoSubproblemLibraryStandardization.solveSkew [ OK ] PlatoSubproblemLibraryStandardization.solveSkew (0 ms) [ RUN ] PlatoSubproblemLibraryStandardization.getSkew [ OK ] PlatoSubproblemLibraryStandardization.getSkew (0 ms) [ RUN ] PlatoSubproblemLibraryStandardization.simple [ OK ] PlatoSubproblemLibraryStandardization.simple (0 ms) [ RUN ] PlatoSubproblemLibraryStandardization.lowestFraction [ OK ] PlatoSubproblemLibraryStandardization.lowestFraction (0 ms) [ RUN ] PlatoSubproblemLibraryStandardization.transform [ OK ] PlatoSubproblemLibraryStandardization.transform (0 ms) [ RUN ] PlatoSubproblemLibraryStandardization.zeroStd [ OK ] PlatoSubproblemLibraryStandardization.zeroStd (0 ms) [----------] 8 tests from PlatoSubproblemLibraryStandardization (0 ms total)

[----------] 29 tests from PlatoSubproblemLibraryRandom [ RUN ] PlatoSubproblemLibraryRandom.linearCongruentialGenerator_determinism [ OK ] PlatoSubproblemLibraryRandom.linearCongruentialGenerator_determinism (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randomSubsetIndexesEdgeCases [ OK ] PlatoSubproblemLibraryRandom.randomSubsetIndexesEdgeCases (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randomSubsetIndexesBasic [ OK ] PlatoSubproblemLibraryRandom.randomSubsetIndexesBasic (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randomSubsetBasic [ OK ] PlatoSubproblemLibraryRandom.randomSubsetBasic (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randomSubsetEdgeCases [ OK ] PlatoSubproblemLibraryRandom.randomSubsetEdgeCases (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randomProperSubset [ OK ] PlatoSubproblemLibraryRandom.randomProperSubset (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randMode [ OK ] PlatoSubproblemLibraryRandom.randMode (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.deterministicMode [ OK ] PlatoSubproblemLibraryRandom.deterministicMode (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randIntVector [ OK ] PlatoSubproblemLibraryRandom.randIntVector (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randNormal [ OK ] PlatoSubproblemLibraryRandom.randNormal (6 ms) [ RUN ] PlatoSubproblemLibraryRandom.randPass [ OK ] PlatoSubproblemLibraryRandom.randPass (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randInt [ OK ] PlatoSubproblemLibraryRandom.randInt (3 ms) [ RUN ] PlatoSubproblemLibraryRandom.rand [ OK ] PlatoSubproblemLibraryRandom.rand (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randRange [ OK ] PlatoSubproblemLibraryRandom.randRange (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randRangeVector [ OK ] PlatoSubproblemLibraryRandom.randRangeVector (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.permutation [ OK ] PlatoSubproblemLibraryRandom.permutation (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.permutationsShortOuput [ OK ] PlatoSubproblemLibraryRandom.permutationsShortOuput (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.permutationsLongOuput [ OK ] PlatoSubproblemLibraryRandom.permutationsLongOuput (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.smallBatchDivisible [ OK ] PlatoSubproblemLibraryRandom.smallBatchDivisible (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.smallBatchNotDivisible [ OK ] PlatoSubproblemLibraryRandom.smallBatchNotDivisible (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.largeBatchDivisible [ OK ] PlatoSubproblemLibraryRandom.largeBatchDivisible (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.largeBatchNotDivisible [ OK ] PlatoSubproblemLibraryRandom.largeBatchNotDivisible (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.exactlyOneBatch [ OK ] PlatoSubproblemLibraryRandom.exactlyOneBatch (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.oneBatch [ OK ] PlatoSubproblemLibraryRandom.oneBatch (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.twoBatch [ OK ] PlatoSubproblemLibraryRandom.twoBatch (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.singletonBatches [ OK ] PlatoSubproblemLibraryRandom.singletonBatches (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.distinctBatches [ OK ] PlatoSubproblemLibraryRandom.distinctBatches (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randomDivision [ OK ] PlatoSubproblemLibraryRandom.randomDivision (0 ms) [ RUN ] PlatoSubproblemLibraryRandom.randomDivisions [ OK ] PlatoSubproblemLibraryRandom.randomDivisions (0 ms) [----------] 29 tests from PlatoSubproblemLibraryRandom (10 ms total)

[----------] 4 tests from PlatoSubproblemLibraryParameterData [ RUN ] PlatoSubproblemLibraryParameterData.kernel_basic [ OK ] PlatoSubproblemLibraryParameterData.kernel_basic (0 ms) [ RUN ] PlatoSubproblemLibraryParameterData.kernel_detailed [ OK ] PlatoSubproblemLibraryParameterData.kernel_detailed (0 ms) [ RUN ] PlatoSubproblemLibraryParameterData.neural_network_basic [ OK ] PlatoSubproblemLibraryParameterData.neural_network_basic (0 ms) [ RUN ] PlatoSubproblemLibraryParameterData.neural_network_detailed [ OK ] PlatoSubproblemLibraryParameterData.neural_network_detailed (0 ms) [----------] 4 tests from PlatoSubproblemLibraryParameterData (0 ms total)

[----------] 2 tests from PlatoSubproblemLibraryParallelExchangerInterface [ RUN ] PlatoSubproblemLibraryParallelExchangerInterface.test_parallel_exchanger_interface [ OK ] PlatoSubproblemLibraryParallelExchangerInterface.test_parallel_exchanger_interface (0 ms) [ RUN ] PlatoSubproblemLibraryParallelExchangerInterface.test_parallel_exchanger_globals [ OK ] PlatoSubproblemLibraryParallelExchangerInterface.test_parallel_exchanger_globals (0 ms) [----------] 2 tests from PlatoSubproblemLibraryParallelExchangerInterface (0 ms total)

[----------] 3 tests from PlatoSubproblemLibraryNearestNeighborSearches [ RUN ] PlatoSubproblemLibraryNearestNeighborSearches.simplePoints_recommended [ OK ] PlatoSubproblemLibraryNearestNeighborSearches.simplePoints_recommended (0 ms) [ RUN ] PlatoSubproblemLibraryNearestNeighborSearches.simplePoints_bruteForceNearestNeighbor [ OK ] PlatoSubproblemLibraryNearestNeighborSearches.simplePoints_bruteForceNearestNeighbor (0 ms) [ RUN ] PlatoSubproblemLibraryNearestNeighborSearches.rigorousBruteForce [ OK ] PlatoSubproblemLibraryNearestNeighborSearches.rigorousBruteForce (0 ms) [----------] 3 tests from PlatoSubproblemLibraryNearestNeighborSearches (0 ms total)

[----------] 9 tests from PlatoSubproblemLibraryMpiWrapperInterface [ RUN ] PlatoSubproblemLibraryMpiWrapperInterface.send_and_recv_int test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperInterface.send_and_recv_int (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperInterface.send_and_recv_float test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperInterface.send_and_recv_float (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperInterface.send_and_recv_double test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperInterface.send_and_recv_double (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperInterface.allgather_int test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperInterface.allgather_int (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperInterface.allgather_float test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperInterface.allgather_float (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperInterface.allgather_double test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperInterface.allgather_double (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperInterface.allreducesum_int test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperInterface.allreducesum_int (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperInterface.allreducesum_float test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperInterface.allreducesum_float (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperInterface.allreducesum_double test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperInterface.allreducesum_double (0 ms) [----------] 9 tests from PlatoSubproblemLibraryMpiWrapperInterface (0 ms total)

[----------] 9 tests from PlatoSubproblemLibraryMpiWrapperImplementation [ RUN ] PlatoSubproblemLibraryMpiWrapperImplementation.send_and_recv_int test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperImplementation.send_and_recv_int (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperImplementation.send_and_recv_float test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperImplementation.send_and_recv_float (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperImplementation.send_and_recv_double test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperImplementation.send_and_recv_double (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperImplementation.allgather_int test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperImplementation.allgather_int (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperImplementation.allgather_float test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperImplementation.allgather_float (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperImplementation.allgather_double test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperImplementation.allgather_double (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperImplementation.allreducesum_int test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperImplementation.allreducesum_int (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperImplementation.allreducesum_float test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperImplementation.allreducesum_float (0 ms) [ RUN ] PlatoSubproblemLibraryMpiWrapperImplementation.allreducesum_double test not run; must be run in parallel [ OK ] PlatoSubproblemLibraryMpiWrapperImplementation.allreducesum_double (0 ms) [----------] 9 tests from PlatoSubproblemLibraryMpiWrapperImplementation (0 ms total)

[----------] 1 test from PlatoSubproblemLibraryMeshScaleAgent [ RUN ] PlatoSubproblemLibraryMeshScaleAgent.test_mesh_scale_agents [ OK ] PlatoSubproblemLibraryMeshScaleAgent.test_mesh_scale_agents (0 ms) [----------] 1 test from PlatoSubproblemLibraryMeshScaleAgent (0 ms total)

[----------] 2 tests from PlatoSubproblemLibraryMeshAbstraction [ RUN ] PlatoSubproblemLibraryMeshAbstraction.mesh_interface [ OK ] PlatoSubproblemLibraryMeshAbstraction.mesh_interface (0 ms) [ RUN ] PlatoSubproblemLibraryMeshAbstraction.randomSubsetOfStructuredGrid [ OK ] PlatoSubproblemLibraryMeshAbstraction.randomSubsetOfStructuredGrid (0 ms) [----------] 2 tests from PlatoSubproblemLibraryMeshAbstraction (0 ms total)

[----------] 9 tests from PlatoSubproblemLibraryKernelFilter [ RUN ] PlatoSubproblemLibraryKernelFilter.small [ OK ] PlatoSubproblemLibraryKernelFilter.small (0 ms) [ RUN ] PlatoSubproblemLibraryKernelFilter.medium [ OK ] PlatoSubproblemLibraryKernelFilter.medium (0 ms) [ RUN ] PlatoSubproblemLibraryKernelFilter.elementParallelVsSerialConsistencyCheck time-based random seed: 1722072334 [ OK ] PlatoSubproblemLibraryKernelFilter.elementParallelVsSerialConsistencyCheck (0 ms) [ RUN ] PlatoSubproblemLibraryKernelFilter.searchMethodsBruteForceToMorton k1:1.50204e-05,k2:1.28746e-05 [ OK ] PlatoSubproblemLibraryKernelFilter.searchMethodsBruteForceToMorton (0 ms) [ RUN ] PlatoSubproblemLibraryKernelFilter.searchMethodsMortonToRadixGrid k1:0.00113988,k2:0.00151992 [ OK ] PlatoSubproblemLibraryKernelFilter.searchMethodsMortonToRadixGrid (2 ms) [ RUN ] PlatoSubproblemLibraryKernelFilter.reproduceConstant [ OK ] PlatoSubproblemLibraryKernelFilter.reproduceConstant (0 ms) [ RUN ] PlatoSubproblemLibraryKernelFilter.reproduceLinear [ OK ] PlatoSubproblemLibraryKernelFilter.reproduceLinear (1 ms) [ RUN ] PlatoSubproblemLibraryKernelFilter.reproduceQuadratic [ OK ] PlatoSubproblemLibraryKernelFilter.reproduceQuadratic (2 ms) [ RUN ] PlatoSubproblemLibraryKernelFilter.consistentExchangers [ OK ] PlatoSubproblemLibraryKernelFilter.consistentExchangers (2 ms) [----------] 9 tests from PlatoSubproblemLibraryKernelFilter (11 ms total)

[----------] 2 tests from PlatoSubproblemLibraryGradientCheck [ RUN ] PlatoSubproblemLibraryGradientCheck.simpleAccurate [ OK ] PlatoSubproblemLibraryGradientCheck.simpleAccurate (0 ms) [ RUN ] PlatoSubproblemLibraryGradientCheck.simpleInaccurate [ OK ] PlatoSubproblemLibraryGradientCheck.simpleInaccurate (0 ms) [----------] 2 tests from PlatoSubproblemLibraryGradientCheck (0 ms total)

[----------] 2 tests from PlatoSubproblemLibraryGlobalUtilities [ RUN ] PlatoSubproblemLibraryGlobalUtilities.basic a pleasant message a fatal message [ OK ] PlatoSubproblemLibraryGlobalUtilities.basic (0 ms) [ RUN ] PlatoSubproblemLibraryGlobalUtilities.vectors [3]:{0.100000,-3.000000,4.200000}[4]:{1,0,1,0} [7]:{-3.000000,1.000000,4.000000,2.000000,-1.000000,0.000000,7.000000} [ OK ] PlatoSubproblemLibraryGlobalUtilities.vectors (0 ms) [----------] 2 tests from PlatoSubproblemLibraryGlobalUtilities (0 ms total)

[----------] 44 tests from PlatoSubproblemLibraryFreeHelpers [ RUN ] PlatoSubproblemLibraryFreeHelpers.fractionalSphericalSector [ OK ] PlatoSubproblemLibraryFreeHelpers.fractionalSphericalSector (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.computeOverhang [ OK ] PlatoSubproblemLibraryFreeHelpers.computeOverhang (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.checkHeavisideDerivative_threshold [ OK ] PlatoSubproblemLibraryFreeHelpers.checkHeavisideDerivative_threshold (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.checkHeavisideDerivative_noThreshold [ OK ] PlatoSubproblemLibraryFreeHelpers.checkHeavisideDerivative_noThreshold (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.checkTANHDerivative_finite_difference [ OK ] PlatoSubproblemLibraryFreeHelpers.checkTANHDerivative_finite_difference (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.checkTANHEval [ OK ] PlatoSubproblemLibraryFreeHelpers.checkTANHEval (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.checkTANHDerivative [ OK ] PlatoSubproblemLibraryFreeHelpers.checkTANHDerivative (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.fillWithIndex [ OK ] PlatoSubproblemLibraryFreeHelpers.fillWithIndex (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.randomOrthogonal [ OK ] PlatoSubproblemLibraryFreeHelpers.randomOrthogonal (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.randomOrthogonalWithZeros [ OK ] PlatoSubproblemLibraryFreeHelpers.randomOrthogonalWithZeros (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.solveHyperplaneSeparators [ OK ] PlatoSubproblemLibraryFreeHelpers.solveHyperplaneSeparators (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.solveBisector [ OK ] PlatoSubproblemLibraryFreeHelpers.solveBisector (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.pointToPlaneDistance [ OK ] PlatoSubproblemLibraryFreeHelpers.pointToPlaneDistance (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.simpleBinaryBoolVector [ OK ] PlatoSubproblemLibraryFreeHelpers.simpleBinaryBoolVector (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.longBinaryBoolVector [ OK ] PlatoSubproblemLibraryFreeHelpers.longBinaryBoolVector (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.isPrime [ OK ] PlatoSubproblemLibraryFreeHelpers.isPrime (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.transferVectorTypes [ OK ] PlatoSubproblemLibraryFreeHelpers.transferVectorTypes (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.testAxpy [ OK ] PlatoSubproblemLibraryFreeHelpers.testAxpy (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.subsetsOfSets [ OK ] PlatoSubproblemLibraryFreeHelpers.subsetsOfSets (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.factorials [ OK ] PlatoSubproblemLibraryFreeHelpers.factorials (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.chooses [ OK ] PlatoSubproblemLibraryFreeHelpers.chooses (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.multichooses [ OK ] PlatoSubproblemLibraryFreeHelpers.multichooses (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.sortDescending [ OK ] PlatoSubproblemLibraryFreeHelpers.sortDescending (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.cumulativeSumInt [ OK ] PlatoSubproblemLibraryFreeHelpers.cumulativeSumInt (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.cumulativeSumDouble [ OK ] PlatoSubproblemLibraryFreeHelpers.cumulativeSumDouble (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.sumInt [ OK ] PlatoSubproblemLibraryFreeHelpers.sumInt (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.sumDouble [ OK ] PlatoSubproblemLibraryFreeHelpers.sumDouble (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.meanDouble [ OK ] PlatoSubproblemLibraryFreeHelpers.meanDouble (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.productInt [ OK ] PlatoSubproblemLibraryFreeHelpers.productInt (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.productDouble [ OK ] PlatoSubproblemLibraryFreeHelpers.productDouble (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.logProductInt [ OK ] PlatoSubproblemLibraryFreeHelpers.logProductInt (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.logProductDouble [ OK ] PlatoSubproblemLibraryFreeHelpers.logProductDouble (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.countBool [ OK ] PlatoSubproblemLibraryFreeHelpers.countBool (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.countBoolVec [ OK ] PlatoSubproblemLibraryFreeHelpers.countBoolVec (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.countPtr [ OK ] PlatoSubproblemLibraryFreeHelpers.countPtr (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.maxInt [ OK ] PlatoSubproblemLibraryFreeHelpers.maxInt (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.maxDouble [ OK ] PlatoSubproblemLibraryFreeHelpers.maxDouble (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.minInt [ OK ] PlatoSubproblemLibraryFreeHelpers.minInt (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.minDouble [ OK ] PlatoSubproblemLibraryFreeHelpers.minDouble (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.invertVectorToMap [ OK ] PlatoSubproblemLibraryFreeHelpers.invertVectorToMap (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.safeFree [ OK ] PlatoSubproblemLibraryFreeHelpers.safeFree (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.filenamePrefix [ OK ] PlatoSubproblemLibraryFreeHelpers.filenamePrefix (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.determinant3X3 [ OK ] PlatoSubproblemLibraryFreeHelpers.determinant3X3 (0 ms) [ RUN ] PlatoSubproblemLibraryFreeHelpers.linearInterpolation [ OK ] PlatoSubproblemLibraryFreeHelpers.linearInterpolation (0 ms) [----------] 44 tests from PlatoSubproblemLibraryFreeHelpers (0 ms total)

[----------] 8 tests from PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches [ RUN ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.simpleRadixGrid [ OK ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.simpleRadixGrid (0 ms) [ RUN ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.rigorousRadixGrid [ OK ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.rigorousRadixGrid (0 ms) [ RUN ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.rigorousBruteForce [ OK ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.rigorousBruteForce (0 ms) [ RUN ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.handleZeroRadius_recommended [ OK ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.handleZeroRadius_recommended (0 ms) [ RUN ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.handleZeroRadius_boundingBoxBruteForce [ OK ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.handleZeroRadius_boundingBoxBruteForce (0 ms) [ RUN ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.handleZeroRadius_boundingBoxMortonHierarchy [ OK ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.handleZeroRadius_boundingBoxMortonHierarchy (0 ms) [ RUN ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.handleZeroRadius_bruteForceFixedRadiusNearestNeighbors [ OK ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.handleZeroRadius_bruteForceFixedRadiusNearestNeighbors (0 ms) [ RUN ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.handleZeroRadius_radixGridFixedRadiusNearestNeighbors [ OK ] PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches.handleZeroRadius_radixGridFixedRadiusNearestNeighbors (0 ms) [----------] 8 tests from PlatoSubproblemLibraryFixedRadiusNearestNeighborsSearches (0 ms total)

[----------] 12 tests from PlatoSubproblemLibraryDenseMatrixImplementation [ RUN ] PlatoSubproblemLibraryDenseMatrixImplementation.matvec_simple [ OK ] PlatoSubproblemLibraryDenseMatrixImplementation.matvec_simple (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixImplementation.matvec_simpleTranspose [ OK ] PlatoSubproblemLibraryDenseMatrixImplementation.matvec_simpleTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixImplementation.matvec_anotherTranspose [ OK ] PlatoSubproblemLibraryDenseMatrixImplementation.matvec_anotherTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixImplementation.fill [ OK ] PlatoSubproblemLibraryDenseMatrixImplementation.fill (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixImplementation.fillByRowMajor [ OK ] PlatoSubproblemLibraryDenseMatrixImplementation.fillByRowMajor (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixImplementation.identity [ OK ] PlatoSubproblemLibraryDenseMatrixImplementation.identity (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixImplementation.aXpY [ OK ] PlatoSubproblemLibraryDenseMatrixImplementation.aXpY (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixImplementation.product [ OK ] PlatoSubproblemLibraryDenseMatrixImplementation.product (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixImplementation.productLeftTranspose [ OK ] PlatoSubproblemLibraryDenseMatrixImplementation.productLeftTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixImplementation.productRightTranspose [ OK ] PlatoSubproblemLibraryDenseMatrixImplementation.productRightTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixImplementation.productBothTranspose [ OK ] PlatoSubproblemLibraryDenseMatrixImplementation.productBothTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixImplementation.scale [ OK ] PlatoSubproblemLibraryDenseMatrixImplementation.scale (0 ms) [----------] 12 tests from PlatoSubproblemLibraryDenseMatrixImplementation (0 ms total)

[----------] 21 tests from PlatoSubproblemLibraryDenseMatrixBuilder [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.matvec_simple [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.matvec_simple (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.matvec_simpleTranspose [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.matvec_simpleTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.matvec_anotherTranspose [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.matvec_anotherTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.fill [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.fill (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.fillByRowMajor [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.fillByRowMajor (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.submatrix [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.submatrix (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.outerProduct [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.outerProduct (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.getBuilder [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.getBuilder (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.identity [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.identity (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.aXpY [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.aXpY (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.product [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.product (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.productLeftTranspose [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.productLeftTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.productRightTranspose [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.productRightTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.productBothTranspose [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.productBothTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.scale [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.scale (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.dotSelf [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.dotSelf (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.dotOther [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.dotOther (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.getDiagonal [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.getDiagonal (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.permuteColumns [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.permuteColumns (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.scaleColumns [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.scaleColumns (0 ms) [ RUN ] PlatoSubproblemLibraryDenseMatrixBuilder.getRowAndColumn [ OK ] PlatoSubproblemLibraryDenseMatrixBuilder.getRowAndColumn (0 ms) [----------] 21 tests from PlatoSubproblemLibraryDenseMatrixBuilder (0 ms total)

[----------] 5 tests from PlatoSubproblemLibraryConjugateGradient [ RUN ] PlatoSubproblemLibraryConjugateGradient.twoByTwo [ OK ] PlatoSubproblemLibraryConjugateGradient.twoByTwo (0 ms) [ RUN ] PlatoSubproblemLibraryConjugateGradient.threeByThree [ OK ] PlatoSubproblemLibraryConjugateGradient.threeByThree (0 ms) [ RUN ] PlatoSubproblemLibraryConjugateGradient.singular [ OK ] PlatoSubproblemLibraryConjugateGradient.singular (0 ms) [ RUN ] PlatoSubproblemLibraryConjugateGradient.nonSymmetric [ OK ] PlatoSubproblemLibraryConjugateGradient.nonSymmetric (0 ms) [ RUN ] PlatoSubproblemLibraryConjugateGradient.nonPositiveDefinite [ OK ] PlatoSubproblemLibraryConjugateGradient.nonPositiveDefinite (0 ms) [----------] 5 tests from PlatoSubproblemLibraryConjugateGradient (0 ms total)

[----------] 8 tests from PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.constructor [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.constructor (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.getNonZeros [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.getNonZeros (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.matVec [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.matVec (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.matVecTranspose [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.matVecTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.matVecToReduced [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.matVecToReduced (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.matVecToReducedTranspose [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.matVecToReducedTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.sendAndRecv [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.sendAndRecv (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.transpose [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation.transpose (0 ms) [----------] 8 tests from PlatoSubproblemLibraryCompressedRowSparseMatrixImplementation (0 ms total)

[----------] 9 tests from PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.constructor [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.constructor (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.getNonZeros [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.getNonZeros (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.matVec [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.matVec (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.matVecTranspose [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.matVecTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.matVecToReduced [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.matVecToReduced (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.matVecToReducedTranspose [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.matVecToReducedTranspose (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.sendAndRecv [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.sendAndRecv (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.transpose [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.transpose (0 ms) [ RUN ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.OutOfRowOrderContruction [ OK ] PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder.OutOfRowOrderContruction (0 ms) [----------] 9 tests from PlatoSubproblemLibraryCompressedRowSparseMatrixBuilder (0 ms total)

[----------] 4 tests from PlatoSubproblemLibraryBoundingBoxSearches [ RUN ] PlatoSubproblemLibraryBoundingBoxSearches.rigorousBoundingBoxMortonHierarchy [ OK ] PlatoSubproblemLibraryBoundingBoxSearches.rigorousBoundingBoxMortonHierarchy (0 ms) [ RUN ] PlatoSubproblemLibraryBoundingBoxSearches.rigorousBoundingBoxBruteForce [ OK ] PlatoSubproblemLibraryBoundingBoxSearches.rigorousBoundingBoxBruteForce (0 ms) [ RUN ] PlatoSubproblemLibraryBoundingBoxSearches.cylinderBoundingBoxMortonHierarchy [ OK ] PlatoSubproblemLibraryBoundingBoxSearches.cylinderBoundingBoxMortonHierarchy (7 ms) [ RUN ] PlatoSubproblemLibraryBoundingBoxSearches.cylinderBoundingBoxBruteForce [ OK ] PlatoSubproblemLibraryBoundingBoxSearches.cylinderBoundingBoxBruteForce (11 ms) [----------] 4 tests from PlatoSubproblemLibraryBoundingBoxSearches (18 ms total)

[----------] 5 tests from PlatoSubproblemLibraryBoundingBoxMortonHierachy [ RUN ] PlatoSubproblemLibraryBoundingBoxMortonHierachy.properties [ OK ] PlatoSubproblemLibraryBoundingBoxMortonHierachy.properties (0 ms) [ RUN ] PlatoSubproblemLibraryBoundingBoxMortonHierachy.utilitiesGetSizers [ OK ] PlatoSubproblemLibraryBoundingBoxMortonHierachy.utilitiesGetSizers (0 ms) [ RUN ] PlatoSubproblemLibraryBoundingBoxMortonHierachy.utilitiesSmallestTwoPower [ OK ] PlatoSubproblemLibraryBoundingBoxMortonHierachy.utilitiesSmallestTwoPower (0 ms) [ RUN ] PlatoSubproblemLibraryBoundingBoxMortonHierachy.utilitiesIndexesToPlaceTwoNodes [ OK ] PlatoSubproblemLibraryBoundingBoxMortonHierachy.utilitiesIndexesToPlaceTwoNodes (0 ms) [ RUN ] PlatoSubproblemLibraryBoundingBoxMortonHierachy.codeSortSimple [ OK ] PlatoSubproblemLibraryBoundingBoxMortonHierachy.codeSortSimple (0 ms) [----------] 5 tests from PlatoSubproblemLibraryBoundingBoxMortonHierachy (0 ms total)

[----------] 2 tests from PlatoSubproblemLibraryAxisAlignedBoundBox [ RUN ] PlatoSubproblemLibraryAxisAlignedBoundBox.overlapAndContains [ OK ] PlatoSubproblemLibraryAxisAlignedBoundBox.overlapAndContains (0 ms) [ RUN ] PlatoSubproblemLibraryAxisAlignedBoundBox.grow [ OK ] PlatoSubproblemLibraryAxisAlignedBoundBox.grow (0 ms) [----------] 2 tests from PlatoSubproblemLibraryAxisAlignedBoundBox (0 ms total)

[----------] 2 tests from PlatoSubproblemLibraryBasicDiscreteObjective [ RUN ] PlatoSubproblemLibraryBasicDiscreteObjective.testObjective [ OK ] PlatoSubproblemLibraryBasicDiscreteObjective.testObjective (0 ms) [ RUN ] PlatoSubproblemLibraryBasicDiscreteObjective.testSearcherPass [ OK ] PlatoSubproblemLibraryBasicDiscreteObjective.testSearcherPass (93 ms) [----------] 2 tests from PlatoSubproblemLibraryBasicDiscreteObjective (93 ms total)

[----------] 4 tests from PlatoSubproblemLibraryBasicDenseVectorOperations [ RUN ] PlatoSubproblemLibraryBasicDenseVectorOperations.dot [ OK ] PlatoSubproblemLibraryBasicDenseVectorOperations.dot (0 ms) [ RUN ] PlatoSubproblemLibraryBasicDenseVectorOperations.axpy [ OK ] PlatoSubproblemLibraryBasicDenseVectorOperations.axpy (0 ms) [ RUN ] PlatoSubproblemLibraryBasicDenseVectorOperations.scale [ OK ] PlatoSubproblemLibraryBasicDenseVectorOperations.scale (0 ms) [ RUN ] PlatoSubproblemLibraryBasicDenseVectorOperations.multiply [ OK ] PlatoSubproblemLibraryBasicDenseVectorOperations.multiply (0 ms) [----------] 4 tests from PlatoSubproblemLibraryBasicDenseVectorOperations (0 ms total)

[----------] 1 test from PlatoSubproblemLibraryAbstractAuthority [ RUN ] PlatoSubproblemLibraryAbstractAuthority.basic hello, world! hello, world! [ OK ] PlatoSubproblemLibraryAbstractAuthority.basic (0 ms) [----------] 1 test from PlatoSubproblemLibraryAbstractAuthority (0 ms total)

[----------] 2 tests from PlatoSubproblemLibraryPoint [ RUN ] PlatoSubproblemLibraryPoint.allocation [ OK ] PlatoSubproblemLibraryPoint.allocation (0 ms) [ RUN ] PlatoSubproblemLibraryPoint.charSet [ OK ] PlatoSubproblemLibraryPoint.charSet (0 ms) [----------] 2 tests from PlatoSubproblemLibraryPoint (0 ms total)

[----------] 13 tests from PlatoSubproblemLibraryVector [ RUN ] PlatoSubproblemLibraryVector.allocation [ OK ] PlatoSubproblemLibraryVector.allocation (0 ms) [ RUN ] PlatoSubproblemLibraryVector.set_and_get [ OK ] PlatoSubproblemLibraryVector.set_and_get (0 ms) [ RUN ] PlatoSubproblemLibraryVector.euclideanNorm [ OK ] PlatoSubproblemLibraryVector.euclideanNorm (0 ms) [ RUN ] PlatoSubproblemLibraryVector.normalize [ OK ] PlatoSubproblemLibraryVector.normalize (0 ms) [ RUN ] PlatoSubproblemLibraryVector.add [ OK ] PlatoSubproblemLibraryVector.add (0 ms) [ RUN ] PlatoSubproblemLibraryVector.subtract [ OK ] PlatoSubproblemLibraryVector.subtract (0 ms) [ RUN ] PlatoSubproblemLibraryVector.operatorEquals [ OK ] PlatoSubproblemLibraryVector.operatorEquals (0 ms) [ RUN ] PlatoSubproblemLibraryVector.multiply [ OK ] PlatoSubproblemLibraryVector.multiply (0 ms) [ RUN ] PlatoSubproblemLibraryVector.crossProduct [ OK ] PlatoSubproblemLibraryVector.crossProduct (0 ms) [ RUN ] PlatoSubproblemLibraryVector.dotProduct [ OK ] PlatoSubproblemLibraryVector.dotProduct (0 ms) [ RUN ] PlatoSubproblemLibraryVector.angleBetween [ OK ] PlatoSubproblemLibraryVector.angleBetween (0 ms) [ RUN ] PlatoSubproblemLibraryVector.operatorEqualsEquals [ OK ] PlatoSubproblemLibraryVector.operatorEqualsEquals (0 ms) [ RUN ] PlatoSubproblemLibraryVector.getBoundingBox [ OK ] PlatoSubproblemLibraryVector.getBoundingBox (0 ms) [----------] 13 tests from PlatoSubproblemLibraryVector (0 ms total)

[----------] 7 tests from PlatoTimersTree [ RUN ] PlatoTimersTree.simple Plato Timers: partition |seconds |percentage |entrances
optimizer |0 |0 |1
filter |1 |33.33333333 |1
mesh_services |2 |66.66666667 |2
[ OK ] PlatoTimersTree.simple (0 ms) [ RUN ] PlatoTimersTree.complex [ OK ] PlatoTimersTree.complex (0 ms) [ RUN ] PlatoTimersTree.expectedGracefulFailureFromEmptyStack [ OK ] PlatoTimersTree.expectedGracefulFailureFromEmptyStack (0 ms) [ RUN ] PlatoTimersTree.expectedGracefulFailureFromPrematureEnding [ OK ] PlatoTimersTree.expectedGracefulFailureFromPrematureEnding (0 ms) [ RUN ] PlatoTimersTree.expectSuccessAllPartitionEnumMapped Plato Timers: partition |seconds |percentage |entrances
optimizer |0 |0 |0
filter |0 |0 |0
mesh_services |0 |0 |0
file_input_output |0 |0 |0
physics_compute |0 |0 |0
aggregator |0 |0 |0
uncategorized |6.800000008e-08|100 |1
[ OK ] PlatoTimersTree.expectSuccessAllPartitionEnumMapped (0 ms) [ RUN ] PlatoTimersTree.expectedGracefulFailureAllPartitionEnumMapped Plato Timers: partition |seconds |percentage |entrances
optimizer |0 |0 |0
filter |0 |0 |0
mesh_services |0 |0 |0
file_input_output |0 |0 |0
physics_compute |0 |0 |0
aggregator |0 |0 |0
uncategorized |0 |0 |0
get_string_from_partition_enum: could not match partition (7); displayed time should not be trusted. [ OK ] PlatoTimersTree.expectedGracefulFailureAllPartitionEnumMapped (0 ms) [ RUN ] PlatoTimersTree.expectedGracefulFailureBeginPartitionOutOfBounds [ OK ] PlatoTimersTree.expectedGracefulFailureBeginPartitionOutOfBounds (0 ms) [----------] 7 tests from PlatoTimersTree (0 ms total)

[----------] 10 tests from PlatoSubproblemLibraryOrthogonalGridUtilities [ RUN ] PlatoSubproblemLibraryOrthogonalGridUtilities.constructor [ OK ] PlatoSubproblemLibraryOrthogonalGridUtilities.constructor (0 ms) [ RUN ] PlatoSubproblemLibraryOrthogonalGridUtilities.getGridDimensions [ OK ] PlatoSubproblemLibraryOrthogonalGridUtilities.getGridDimensions (0 ms) [ RUN ] PlatoSubproblemLibraryOrthogonalGridUtilities.computeGridXYZCoordinates [ OK ] PlatoSubproblemLibraryOrthogonalGridUtilities.computeGridXYZCoordinates (3 ms) [ RUN ] PlatoSubproblemLibraryOrthogonalGridUtilities.getSerializedIndex [ OK ] PlatoSubproblemLibraryOrthogonalGridUtilities.getSerializedIndex (0 ms) [ RUN ] PlatoSubproblemLibraryOrthogonalGridUtilities.getSupportIndices [ OK ] PlatoSubproblemLibraryOrthogonalGridUtilities.getSupportIndices (0 ms) [ RUN ] PlatoSubproblemLibraryOrthogonalGridUtilities.getContainingGridElement [ OK ] PlatoSubproblemLibraryOrthogonalGridUtilities.getContainingGridElement (0 ms) [ RUN ] PlatoSubproblemLibraryOrthogonalGridUtilities.getSurroundingIndices [ OK ] PlatoSubproblemLibraryOrthogonalGridUtilities.getSurroundingIndices (0 ms) [ RUN ] PlatoSubproblemLibraryOrthogonalGridUtilities.interpolateScalar [ OK ] PlatoSubproblemLibraryOrthogonalGridUtilities.interpolateScalar (0 ms) [ RUN ] PlatoSubproblemLibraryOrthogonalGridUtilities.computePointUVWCoordinates [ OK ] PlatoSubproblemLibraryOrthogonalGridUtilities.computePointUVWCoordinates (0 ms) [ RUN ] PlatoSubproblemLibraryOrthogonalGridUtilities.computeGridPointUVWCoordinates [ OK ] PlatoSubproblemLibraryOrthogonalGridUtilities.computeGridPointUVWCoordinates (0 ms) [----------] 10 tests from PlatoSubproblemLibraryOrthogonalGridUtilities (4 ms total)

[----------] 2 tests from PlatoSubproblemLibraryRegularHex8 [ RUN ] PlatoSubproblemLibraryRegularHex8.construction [ OK ] PlatoSubproblemLibraryRegularHex8.construction (0 ms) [ RUN ] PlatoSubproblemLibraryRegularHex8.interpolateScalar [ OK ] PlatoSubproblemLibraryRegularHex8.interpolateScalar (0 ms) [----------] 2 tests from PlatoSubproblemLibraryRegularHex8 (0 ms total)

[----------] Global test environment tear-down [==========] 613 tests from 36 test suites ran. (12783 ms total) [ PASSED ] 613 tests.

YOU HAVE 2 DISABLED TESTS

[==========] Running 14 tests from 2 test suites. [----------] Global test environment set-up. [----------] 13 tests from LocalOperation [ RUN ] LocalOperation.SystemCall_Error_InputArraySizeMismatch [ OK ] LocalOperation.SystemCall_Error_InputArraySizeMismatch (0 ms) [ RUN ] LocalOperation.SystemCall_Error_OptionsGreaterThanNumParam [ OK ] LocalOperation.SystemCall_Error_OptionsGreaterThanNumParam (0 ms) [ RUN ] LocalOperation.SystemCall_InputArgumentSizeNotDefinedError [ OK ] LocalOperation.SystemCall_InputArgumentSizeNotDefinedError (0 ms) [ RUN ] LocalOperation.SystemCall_InputArgumentLayoutNotDefinedError [ OK ] LocalOperation.SystemCall_InputArgumentLayoutNotDefinedError (0 ms) [ RUN ] LocalOperation.SystemCall_InputArgumentLayourNotSupported_Error [ OK ] LocalOperation.SystemCall_InputArgumentLayourNotSupported_Error (0 ms) [ RUN ] LocalOperation.SystemCall_constructor [ OK ] LocalOperation.SystemCall_constructor (0 ms) [ RUN ] LocalOperation.SystemCallOperation_CallSerialGemma_Delete Current working directory: /projects/NT_Morph/morphormtests/build/enginetests/unittests [ OK ] LocalOperation.SystemCallOperation_CallSerialGemma_Delete (2 ms) [ RUN ] LocalOperation.SystemCallOperation_Constructor [ OK ] LocalOperation.SystemCallOperation_Constructor (0 ms) [ RUN ] LocalOperation.read_table_1 Token: '#f[Hz]' is not a number. String to double conversion will be skipped. Token: 'SE[dB]' is not a number. String to double conversion will be skipped. [ OK ] LocalOperation.read_table_1 (2 ms) [ RUN ] LocalOperation.read_table_2 Token: '#f[Hz]' is not a number. String to double conversion will be skipped. Token: 'SE[dB]' is not a number. String to double conversion will be skipped. [ OK ] LocalOperation.read_table_2 (2 ms) [ RUN ] LocalOperation.parse_tokens [ OK ] LocalOperation.parse_tokens (0 ms) [ RUN ] LocalOperation.compute [ OK ] LocalOperation.compute (0 ms) [ RUN ] LocalOperation.HarvestDataFromFile Token: '#f[Hz]' is not a number. String to double conversion will be skipped. Token: 'SE[dB]' is not a number. String to double conversion will be skipped. [ OK ] LocalOperation.HarvestDataFromFile (2 ms) [----------] 13 tests from LocalOperation (10 ms total)

[----------] 1 test from EnforceBounds [ RUN ] EnforceBounds.applyBounds [ OK ] EnforceBounds.applyBounds (0 ms) [----------] 1 test from EnforceBounds (0 ms total)

[==========] Running 9 tests from 1 test suite. [----------] Global test environment set-up. [----------] 9 tests from PlatoTestSu2ToExodus [ RUN ] PlatoTestSu2ToExodus.getNamedIntegerField [ OK ] PlatoTestSu2ToExodus.getNamedIntegerField (0 ms) [ RUN ] PlatoTestSu2ToExodus.readElementConnectivity [ OK ] PlatoTestSu2ToExodus.readElementConnectivity (0 ms) [ RUN ] PlatoTestSu2ToExodus.readNodeCoordinates [ OK ] PlatoTestSu2ToExodus.readNodeCoordinates (0 ms) [ RUN ] PlatoTestSu2ToExodus.readMarks [ OK ] PlatoTestSu2ToExodus.readMarks (0 ms) [ RUN ] PlatoTestSu2ToExodus.readMarks_ESP121Format [ OK ] PlatoTestSu2ToExodus.readMarks_ESP121Format (0 ms) [ RUN ] PlatoTestSu2ToExodus.createNodeSetFromMark [ OK ] PlatoTestSu2ToExodus.createNodeSetFromMark (0 ms) [ RUN ] PlatoTestSu2ToExodus.createSideSetFromMark [ OK ] PlatoTestSu2ToExodus.createSideSetFromMark (0 ms) [ RUN ] PlatoTestSu2ToExodus.getFaceIndex [ OK ] PlatoTestSu2ToExodus.getFaceIndex (0 ms) [ RUN ] PlatoTestSu2ToExodus.readSu2FileFromStream [ OK ] PlatoTestSu2ToExodus.readSu2FileFromStream (2 ms) [----------] 9 tests from PlatoTestSu2ToExodus (2 ms total)

[==========] Running 28 tests from 3 test suites. [----------] Global test environment set-up. [----------] 16 tests from PlatoTestInputData [ RUN ] PlatoTestInputData.UniqueStoreRecall [ OK ] PlatoTestInputData.UniqueStoreRecall (0 ms) [ RUN ] PlatoTestInputData.NonUniqueStoreRecall [ OK ] PlatoTestInputData.NonUniqueStoreRecall (0 ms) [ RUN ] PlatoTestInputData.NonUnique_size [ OK ] PlatoTestInputData.NonUnique_size (0 ms) [ RUN ] PlatoTestInputData.NonUnique_getByName [ OK ] PlatoTestInputData.NonUnique_getByName (0 ms) [ RUN ] PlatoTestInputData.NonUniqueSubData [ OK ] PlatoTestInputData.NonUniqueSubData (0 ms) [ RUN ] PlatoTestInputData.NonUniqueSharedData [ OK ] PlatoTestInputData.NonUniqueSharedData (0 ms) [ RUN ] PlatoTestInputData.ParseSharedData [ OK ] PlatoTestInputData.ParseSharedData (0 ms) [ RUN ] PlatoTestInputData.ParseNestedNested [ OK ] PlatoTestInputData.ParseNestedNested (0 ms) [ RUN ] PlatoTestInputData.ParseStage [ OK ] PlatoTestInputData.ParseStage (0 ms) [ RUN ] PlatoTestInputData.Expand [ OK ] PlatoTestInputData.Expand (0 ms) [ RUN ] PlatoTestInputData.ExpandMultiple [ OK ] PlatoTestInputData.ExpandMultiple (0 ms) [ RUN ] PlatoTestInputData.ExpandChild [ OK ] PlatoTestInputData.ExpandChild (0 ms) [ RUN ] PlatoTestInputData.ExpandChildWithDefine [ OK ] PlatoTestInputData.ExpandChildWithDefine (0 ms) [ RUN ] PlatoTestInputData.ExpandNested [ OK ] PlatoTestInputData.ExpandNested (0 ms) [ RUN ] PlatoTestInputData.ExpandNestedWithArray [ OK ] PlatoTestInputData.ExpandNestedWithArray (0 ms) [ RUN ] PlatoTestInputData.RealValuedExpression [ OK ] PlatoTestInputData.RealValuedExpression (0 ms) [----------] 16 tests from PlatoTestInputData (1 ms total)

[----------] 11 tests from ParseCSMUtilities [ RUN ] ParseCSMUtilities.skipLinesWithComments [ OK ] ParseCSMUtilities.skipLinesWithComments (0 ms) [ RUN ] ParseCSMUtilities.handleVariableSpacing [ OK ] ParseCSMUtilities.handleVariableSpacing (0 ms) [ RUN ] ParseCSMUtilities.handleVariableOrdering [ OK ] ParseCSMUtilities.handleVariableOrdering (0 ms) [ RUN ] ParseCSMUtilities.errorNoDespmtrKeyword [ OK ] ParseCSMUtilities.errorNoDespmtrKeyword (0 ms) [ RUN ] ParseCSMUtilities.errorNoInitialKeyword [ OK ] ParseCSMUtilities.errorNoInitialKeyword (0 ms) [ RUN ] ParseCSMUtilities.errorNoLboundKeyword [ OK ] ParseCSMUtilities.errorNoLboundKeyword (0 ms) [ RUN ] ParseCSMUtilities.errorNoUboundKeyword [ OK ] ParseCSMUtilities.errorNoUboundKeyword (0 ms) [ RUN ] ParseCSMUtilities.errorLboundGreaterThanUbound [ OK ] ParseCSMUtilities.errorLboundGreaterThanUbound (0 ms) [ RUN ] ParseCSMUtilities.errorInitialLessThanLbound [ OK ] ParseCSMUtilities.errorInitialLessThanLbound (0 ms) [ RUN ] ParseCSMUtilities.errorInitialGreaterThanUbound [ OK ] ParseCSMUtilities.errorInitialGreaterThanUbound (0 ms) [ RUN ] ParseCSMUtilities.getCorrectDescriptors [ OK ] ParseCSMUtilities.getCorrectDescriptors (0 ms) [----------] 11 tests from ParseCSMUtilities (0 ms total)

[----------] 1 test from FreeFunctions [ RUN ] FreeFunctions.stripSpaces [ OK ] FreeFunctions.stripSpaces (0 ms) [----------] 1 test from FreeFunctions (0 ms total)

Running the command: /projects/NT_Morph/spack/opt/spack/linux-ubuntu22.04-cascadelake/gcc-11.4.0/platoengine-develop-liikf2rmw5qyerpjv4xuzwk5bcshir5e/bin/XMLGenerator plato_input_deck.i INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "verbose" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-4" for parameter "control_stagnation_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "objective_stagnation_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "norm_gradient_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "update_problem_frequency" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "filter_radius_absolute" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "1" for parameter "filter_power" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "write_restart_file" because it was not set. Context: Optimization Parameters INFO: Using default value of "5" for parameter "isosurface_output_frequency" because it was not set. Context: Optimization Parameters INFO: Using default value of "epu" for parameter "output_method" because it was not set. Context: Optimization Parameters INFO: Using default value of "pbicgstab" for parameter "amgx_solver_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "1000" for parameter "amgx_max_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "amgx_print_solver_stats" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-12" for parameter "amgx_solver_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic Running the command: source /projects/NT_Morph/morphormtests/build/enginetests/regression/Analyze_CompMin3D_Restart_OC/mpirun.source

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Running the command: /projects/NT_Morph/spack/opt/spack/linux-ubuntu22.04-cascadelake/gcc-11.4.0/platoengine-develop-liikf2rmw5qyerpjv4xuzwk5bcshir5e/bin/XMLGenerator plato_input_deck.i INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.5" for parameter "mma_move_limit" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.2" for parameter "mma_asymptote_expansion" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.7" for parameter "mma_asymptote_contraction" because it was not set. Context: Optimization Parameters INFO: Using default value of "50" for parameter "mma_max_sub_problem_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-4" for parameter "control_stagnation_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "objective_stagnation_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "mma_output_subproblem_diagnostics" because it was not set. Context: Optimization Parameters INFO: Using default value of "0.0015" for parameter "mma_sub_problem_initial_penalty" because it was not set. Context: Optimization Parameters INFO: Using default value of "1.025" for parameter "mma_sub_problem_penalty_multiplier" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "mma_sub_problem_feasibility_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "update_problem_frequency" because it was not set. Context: Optimization Parameters INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Parameter "filter_radius_absolute" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "1" for parameter "filter_power" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "write_restart_file" because it was not set. Context: Optimization Parameters INFO: Using default value of "5" for parameter "isosurface_output_frequency" because it was not set. Context: Optimization Parameters INFO: Parameter "initial_guess_field_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "epu" for parameter "output_method" because it was not set. Context: Optimization Parameters INFO: Using default value of "uniform" for parameter "initialize_method" because it was not set. Context: Optimization Parameters INFO: Using default value of "pbicgstab" for parameter "amgx_solver_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "1000" for parameter "amgx_max_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "amgx_print_solver_stats" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-12" for parameter "amgx_solver_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic Running the command: source /projects/NT_Morph/morphormtests/build/enginetests/regression/Analyze_MassProp3D_MMA/mpirun.source

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Operation: (platomain_1) Design Volume Operation: (platomain_1) Initialize Field Operation: (platomain_1) Compute Lower Bounds Operation: (platomain_1) Compute Upper Bounds Operation: (platomain_1) Filter Control Operation: (plato_analyze_2) Compute Objective Value Operation: (plato_analyze_3) Compute Objective Value Operation: (platomain_1) Aggregate Data Operation: (platomain_1) EnforceBounds Operation: (plato_analyze_2) Write Output Operation: (platomain_1) PlatoMainOutput Operation: (platomain_1) Filter Control Operation: (plato_analyze_2) Compute Objective Gradient Operation: (plato_analyze_3) Compute Objective Gradient Operation: (platomain_1) Aggregate Data Operation: (platomain_1) Filter Gradient Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Value 1 Operation: (platomain_1) Copy Value Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Gradient 1 Operation: (platomain_1) Filter Gradient Iter F-count F(X) Norm(F') H1(X) abs(dX) abs(dF) 0 1 4.334762e+02 1.395703e+01 5.000000e-02 4.000000e-01 1.797693e+308

Operation: (platomain_1) Filter Control Operation: (plato_analyze_3) Compute Objective Value Operation: (plato_analyze_2) Compute Objective Value Operation: (platomain_1) Aggregate Data Operation: (platomain_1) EnforceBounds Operation: (plato_analyze_2) Write Output Operation: (platomain_1) PlatoMainOutput Operation: (platomain_1) Filter Control Operation: (plato_analyze_2) Compute Objective Gradient Operation: (plato_analyze_3) Compute Objective Gradient Operation: (platomain_1) Aggregate Data Operation: (platomain_1) Filter Gradient Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Value 1 Operation: (platomain_1) Copy Value Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Gradient 1 Operation: (platomain_1) Filter Gradient Iter F-count F(X) Norm(F') H1(X) abs(dX) abs(dF) 1 2 2.715894e+02 1.948398e+01 -5.944925e-02 6.000000e-01 1.618868e+02

Operation: (platomain_1) Filter Control Operation: (plato_analyze_3) Compute Objective Value Operation: (plato_analyze_2) Compute Objective Value Operation: (platomain_1) Aggregate Data Operation: (platomain_1) EnforceBounds Operation: (plato_analyze_2) Write Output Operation: (platomain_1) PlatoMainOutput Operation: (platomain_1) Filter Control Operation: (plato_analyze_2) Compute Objective Gradient Operation: (plato_analyze_3) Compute Objective Gradient Operation: (platomain_1) Aggregate Data Operation: (platomain_1) Filter Gradient Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Value 1 Operation: (platomain_1) Copy Value Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Gradient 1 Operation: (platomain_1) Filter Gradient Iter F-count F(X) Norm(F') H1(X) abs(dX) abs(dF) 2 3 1.349664e+02 8.641021e+00 -5.054698e-02 3.132556e-01 1.366230e+02

Operation: (platomain_1) Filter Control Operation: (plato_analyze_3) Compute Objective Value Operation: (plato_analyze_2) Compute Objective Value Operation: (platomain_1) Aggregate Data Operation: (platomain_1) EnforceBounds Operation: (plato_analyze_2) Write Output Operation: (platomain_1) PlatoMainOutput Operation: (platomain_1) Filter Control Operation: (plato_analyze_2) Compute Objective Gradient Operation: (plato_analyze_3) Compute Objective Gradient Operation: (platomain_1) Aggregate Data Operation: (platomain_1) Filter Gradient Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Value 1 Operation: (platomain_1) Copy Value Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Gradient 1 Operation: (platomain_1) Filter Gradient Iter F-count F(X) Norm(F') H1(X) abs(dX) abs(dF) 3 4 1.896014e+02 2.690578e+01 -6.540507e-02 3.474736e-01 5.463503e+01

Operation: (platomain_1) Filter Control Operation: (plato_analyze_3) Compute Objective Value Operation: (plato_analyze_2) Compute Objective Value Operation: (platomain_1) Aggregate Data Operation: (platomain_1) EnforceBounds Operation: (plato_analyze_2) Write Output Operation: (platomain_1) PlatoMainOutput Operation: (platomain_1) Filter Control Operation: (plato_analyze_2) Compute Objective Gradient Operation: (plato_analyze_3) Compute Objective Gradient Operation: (platomain_1) Aggregate Data Operation: (platomain_1) Filter Gradient Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Value 1 Operation: (platomain_1) Copy Value Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Gradient 1 Operation: (platomain_1) Filter Gradient Iter F-count F(X) Norm(F') H1(X) abs(dX) abs(dF) 4 5 1.486624e+02 9.597862e+00 -7.006589e-02 4.260117e-01 4.093902e+01

Operation: (platomain_1) Filter Control Operation: (plato_analyze_3) Compute Objective Value Operation: (plato_analyze_2) Compute Objective Value Operation: (platomain_1) Aggregate Data Operation: (platomain_1) EnforceBounds Operation: (plato_analyze_2) Write Output Operation: (platomain_1) PlatoMainOutput Operation: (platomain_1) Filter Control Operation: (plato_analyze_2) Compute Objective Gradient Operation: (plato_analyze_3) Compute Objective Gradient Operation: (platomain_1) Aggregate Data Operation: (platomain_1) Filter Gradient Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Value 1 Operation: (platomain_1) Copy Value Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Gradient 1 Operation: (platomain_1) Filter Gradient Iter F-count F(X) Norm(F') H1(X) abs(dX) abs(dF) 5 6 8.802670e+01 9.784977e+00 -6.976071e-02 3.929420e-01 6.063569e+01

Operation: (platomain_1) Filter Control Operation: (plato_analyze_3) Compute Objective Value Operation: (plato_analyze_2) Compute Objective Value Operation: (platomain_1) Aggregate Data Operation: (platomain_1) EnforceBounds Operation: (plato_analyze_2) Write Output Operation: (platomain_1) PlatoMainOutput Operation: (platomain_1) Filter Control Operation: (plato_analyze_2) Compute Objective Gradient Operation: (plato_analyze_3) Compute Objective Gradient Operation: (platomain_1) Aggregate Data Operation: (platomain_1) Filter Gradient Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Value 1 Operation: (platomain_1) Copy Value Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Gradient 1 Operation: (platomain_1) Filter Gradient Iter F-count F(X) Norm(F') H1(X) abs(dX) abs(dF) 6 7 6.828444e+01 5.205739e+00 -5.330860e-02 3.662350e-01 1.974226e+01

Operation: (platomain_1) Filter Control Operation: (plato_analyze_3) Compute Objective Value Operation: (plato_analyze_2) Compute Objective Value Operation: (platomain_1) Aggregate Data Operation: (platomain_1) EnforceBounds Operation: (plato_analyze_2) Write Output Operation: (platomain_1) PlatoMainOutput Operation: (platomain_1) Filter Control Operation: (plato_analyze_2) Compute Objective Gradient Operation: (plato_analyze_3) Compute Objective Gradient Operation: (platomain_1) Aggregate Data Operation: (platomain_1) Filter Gradient Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Value 1 Operation: (platomain_1) Copy Value Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Gradient 1 Operation: (platomain_1) Filter Gradient Iter F-count F(X) Norm(F') H1(X) abs(dX) abs(dF) 7 8 4.077081e+01 2.667861e+00 -4.805996e-02 4.469290e-01 2.751362e+01

Operation: (platomain_1) Filter Control Operation: (plato_analyze_3) Compute Objective Value Operation: (plato_analyze_2) Compute Objective Value Operation: (platomain_1) Aggregate Data Operation: (platomain_1) EnforceBounds Operation: (plato_analyze_2) Write Output Operation: (platomain_1) PlatoMainOutput Operation: (platomain_1) Filter Control Operation: (plato_analyze_2) Compute Objective Gradient Operation: (plato_analyze_3) Compute Objective Gradient Operation: (platomain_1) Aggregate Data Operation: (platomain_1) Filter Gradient Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Value 1 Operation: (platomain_1) Copy Value Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Gradient 1 Operation: (platomain_1) Filter Gradient Iter F-count F(X) Norm(F') H1(X) abs(dX) abs(dF) 8 9 2.863786e+01 1.859937e+00 -2.926975e-02 3.921919e-01 1.213296e+01

Operation: (platomain_1) Filter Control Operation: (plato_analyze_3) Compute Objective Value Operation: (plato_analyze_2) Compute Objective Value Operation: (platomain_1) Aggregate Data Operation: (platomain_1) EnforceBounds Operation: (plato_analyze_2) Write Output Operation: (platomain_1) PlatoMainOutput Operation: (platomain_1) Filter Control Operation: (plato_analyze_2) Compute Objective Gradient Operation: (plato_analyze_3) Compute Objective Gradient Operation: (platomain_1) Aggregate Data Operation: (platomain_1) Filter Gradient Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Value 1 Operation: (platomain_1) Copy Value Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Gradient 1 Operation: (platomain_1) Filter Gradient Iter F-count F(X) Norm(F') H1(X) abs(dX) abs(dF) 9 10 2.276793e+01 1.253265e+00 -1.806900e-02 3.208614e-01 5.869927e+00

Operation: (platomain_1) Filter Control Operation: (plato_analyze_3) Compute Objective Value Operation: (plato_analyze_2) Compute Objective Value Operation: (platomain_1) Aggregate Data Operation: (platomain_1) EnforceBounds Operation: (plato_analyze_2) Write Output Operation: (platomain_1) PlatoMainOutput Operation: (platomain_1) Filter Control Operation: (plato_analyze_2) Compute Objective Gradient Operation: (plato_analyze_3) Compute Objective Gradient Operation: (platomain_1) Aggregate Data Operation: (platomain_1) Filter Gradient Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Value 1 Operation: (platomain_1) Copy Value Operation: (platomain_1) Filter Control Operation: (platomain_1) Compute Constraint Gradient 1 Operation: (platomain_1) Filter Gradient Iter F-count F(X) Norm(F') H1(X) abs(dX) abs(dF) 10 11 1.962920e+01 1.054027e+00 -8.654983e-03 3.128224e-01 3.138731e+00

Running the command: /projects/NT_Morph/spack/opt/spack/linux-ubuntu22.04-cascadelake/gcc-11.4.0/platoengine-develop-liikf2rmw5qyerpjv4xuzwk5bcshir5e/bin/XMLGenerator plato_input_deck.i INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "verbose" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-4" for parameter "control_stagnation_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "objective_stagnation_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "norm_gradient_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "update_problem_frequency" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "filter_radius_absolute" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "1" for parameter "filter_power" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "write_restart_file" because it was not set. Context: Optimization Parameters INFO: Using default value of "5" for parameter "isosurface_output_frequency" because it was not set. Context: Optimization Parameters INFO: Parameter "initial_guess_field_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "uniform" for parameter "initialize_method" because it was not set. Context: Optimization Parameters INFO: Using default value of "pbicgstab" for parameter "amgx_solver_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "1000" for parameter "amgx_max_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "amgx_print_solver_stats" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-12" for parameter "amgx_solver_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "topology" for parameter "method" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic Running the command: source /projects/NT_Morph/morphormtests/build/enginetests/regression/Analyze_CompMin2D_OC/mpirun.source

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Running the command: /projects/NT_Morph/spack/opt/spack/linux-ubuntu22.04-cascadelake/gcc-11.4.0/platoengine-develop-liikf2rmw5qyerpjv4xuzwk5bcshir5e/bin/XMLGenerator input_deck.i INFO: Using default value of "true" for parameter "filter_in_engine" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "enforce_bounds" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "0" for parameter "restart_iteration" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "verbose" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-4" for parameter "control_stagnation_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "objective_stagnation_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-8" for parameter "norm_gradient_tolerance" because it was not set. Context: Optimization Parameters INFO: Using default value of "1" for parameter "update_problem_frequency" because it was not set. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "projection_type" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "kernel" for parameter "filter_type" because it was not set. Context: Optimization Parameters INFO: Parameter "filter_radius_absolute" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "1" for parameter "filter_power" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "write_restart_file" because it was not set. Context: Optimization Parameters INFO: Using default value of "5" for parameter "isosurface_output_frequency" because it was not set. Context: Optimization Parameters INFO: Parameter "initial_guess_field_name" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Optimization Parameters INFO: Using default value of "uniform" for parameter "initialize_method" because it was not set. Context: Optimization Parameters INFO: Using default value of "pbicgstab" for parameter "amgx_solver_type" because it was not set. Context: Optimization Parameters INFO: Using default value of "1000" for parameter "amgx_max_iterations" because it was not set. Context: Optimization Parameters INFO: Using default value of "false" for parameter "amgx_print_solver_stats" because it was not set. Context: Optimization Parameters INFO: Using default value of "1e-12" for parameter "amgx_solver_tolerance" because it was not set. Context: Optimization Parameters INFO: Parameter "mass_density" was not set and there is no default value specified. Downstream applications depending on this parameter will use whatever default they have for it. Context: Material ID: 1, Material Model: isotropic_linear_elastic Running the command: source /projects/NT_Morph/morphormtests/build/enginetests/regression/Analyze_PruneRefine_2D/mpirun.source

Executing: /projects/NT_Morph/.spack-env/._view/w6zsy4ddojs6pt2gatwv7hq6krppcitu/bin/nem_slice -e -S -l rib -c -o lbracket.exo.nem -m mesh=2 lbracket.exo

Beginning nem_slice execution. Input Mesh File = 'lbracket.exo Using 32-bit integer mode for decomposition... total size of reverse connectivity array: 43,944 entries (356,400 bytes). memory allocated...(0.00046722999999999903 seconds) max of 7 elements per node Time to find surrounding elements: 0.0011756999999999948s The entire load balance took 0.058881775 seconds. nem_slice version 4.19 Performing an elemental load balance with the following parameters... Machine Description architecture: mesh dimension(s): 2 total number of processors: 2 Load Balance Parameters type: rib refinement: none Weighting Parameters no weighting Miscellaneous Options SPHERES are being treated as concentrated mass - connectivity exists WARNING: side id error checks turned off ExodusII mesh information title: cubit(lbracket.exo): 09/01/2020: 14:13:44 geometry dimension: 2 number of nodes: 7,525 number of elements: 14,648 number of element blocks: 1 number of node sets: 1 number of side sets: 1 Time to read mesh parameters: 0.0007101599999999944s Time to read mesh: 0.0010882389999999978s Time to generate graph: 0.0011798330000000051s ZOLTAN Load balancing method = 7 (RIB) Using Zoltan version 3.9000000953674316, method RIB

Build configuration: ZOLTAN_ID_TYPE: unsigned int (4 bytes) ZOLTAN_GNO_TYPE: ssize_t, (8 bytes) MPI_Datatype for ZOLTAN_ID_TYPE: MPI_UNSIGNED MPI_Datatype for ZOLTAN_GNO_TYPE: MPI_LONG Third party library: ParMetis version 4.0.3 Third party library: METIS sizeof indextype = 4 sizeof realtype = 4 ZOLTAN Parameter IMBALANCE_TOL[0] = 1.100000 ZOLTAN Parameter AUTO_MIGRATE = FALSE ZOLTAN Parameter MIGRATE_ONLY_PROC_CHANGES = 1 ZOLTAN Parameter OBJ_WEIGHT_DIM = 0 ZOLTAN Parameter EDGE_WEIGHT_DIM = 0 ZOLTAN Parameter DEBUG_LEVEL = 1 ZOLTAN Parameter DEBUG_PROCESSOR = 0 ZOLTAN Parameter DETERMINISTIC = TRUE ZOLTAN Parameter TIMER = 1 (wall) ZOLTAN Parameter NUM_GID_ENTRIES = 1 ZOLTAN Parameter NUM_LID_ENTRIES = 0 ZOLTAN Parameter RETURN_LISTS = PARTITION ASSIGNMENTS ZOLTAN Parameter NUM_GLOBAL_PARTS = 2 ZOLTAN Parameter NUM_LOCAL_PARTS = -1 ZOLTAN Parameter REMAP = 0 ZOLTAN Parameter SEED = 123456789 (123456789) ZOLTAN Parameter LB_APPROACH = repartition ZOLTAN Parameter RIB_OVERALLOC = 1.200000 ZOLTAN Parameter CHECK_GEOM = 1 ZOLTAN Parameter RIB_OUTPUT_LEVEL = 0 ZOLTAN Parameter AVERAGE_CUTS = 0 ZOLTAN Parameter KEEP_CUTS = 0 ZOLTAN Parameter REDUCE_DIMENSIONS = 0 ZOLTAN Parameter DEGENERATE_RATIO = 0.000000 ZOLTAN Parameter FINAL_OUTPUT = 0 ZOLTAN Parameter KEEP_CUTS = 0 ZOLTAN Parameter REDUCE_DIMENSIONS = 0 ZOLTAN Parameter DEGENERATE_RATIO = 10.000000 CNT STATS: min = 7324 max = 7324 avg = 7324 Time to generate load balance: 0.004311489000000002s Time for elemental categorization: 0.005084804999999998s Nodal categorization: 0.00016252799999999512s Find procs for border nodes: 2.1853999999994767e-05s Order elem cmaps: 6.853000000001108e-06s Make cmaps consistent: 9.563000000004096e-06s Time to generate load-balance maps: 0.005295275000000002s Outputting load balance to file lbracket.exo.nem QA Record: nem_slice 4.19 2024/07/27 03:27:48 Time to write Nemesis file: 0.007788086999999999s ...nem_slice successful execution

Executing: /projects/NT_Morph/.spack-env/._view/w6zsy4ddojs6pt2gatwv7hq6krppcitu/bin/nem_spread lbracket.exo.pex

nem_spread version 7.02 (2023/02/06) Using 4 byte integers and 8 byte floating point values. Reading the command file, lbracket.exo.pex

Exodus file (lbracket.exo) Title of file: 'cubit(lbracket.exo): 09/01/2020: 14:13:44' Dimensionality of problem = 2 Number of nodes = 7,525 Number of elements = 14,648 Number of element blocks = 1 Number of node sets = 1 Number of side sets = 1

Start to read in and distribute the load balance info EXODUS II load-balance file: lbracket.exo.nem

Finished distributing load balance info

Load load balance information time: 0.0059430920000000005 (sec.)

Load exoII restart param info to each proc.

Load restart parameters time: 0.0005059339999999996 (sec.)

Load exoII mesh info to each proc.

Time to read element block IDs:            0.0000
Time to read node set IDs:                 0.0000
Time to read side set IDs:                 0.0000
Time to extract element block information: 0.0006
Time to read nodal coordinates:            0.0001
Time to read element blocks:               0.0002
Time to read node sets:                    0.0000
Time to categorize element types:          0.0000
Time to read side sets:                    0.0000

01 Load mesh time: 0.008961108 (sec.)

Write of parallel exodus complete The average run time was: 0.024587s ...nem_spread successful execution DECOMP Successful Execution

Executing: /projects/NT_Morph/.spack-env/._view/w6zsy4ddojs6pt2gatwv7hq6krppcitu/bin/nem_slice -e -S -l rib -c -o initial_guess_prune.exo.nem -m mesh=2 initial_guess_prune.exo

Beginning nem_slice execution. Input Mesh File = 'initial_guess_prune.exo Using 32-bit integer mode for decomposition... total size of reverse connectivity array: 43,944 entries (356,400 bytes). memory allocated...(0.00039533099999999877 seconds) max of 7 elements per node Time to find surrounding elements: 0.0008796089999999965s The entire load balance took 0.069342173 seconds. nem_slice version 4.19 Performing an elemental load balance with the following parameters... Machine Description architecture: mesh dimension(s): 2 total number of processors: 2 Load Balance Parameters type: rib refinement: none Weighting Parameters no weighting Miscellaneous Options SPHERES are being treated as concentrated mass - connectivity exists WARNING: side id error checks turned off ExodusII mesh information title: cubit(lbracket.exo): 09/01/2020: 14:13:44 geometry dimension: 2 number of nodes: 7,525 number of elements: 14,648 number of element blocks: 1 number of node sets: 1 number of side sets: 1 Time to read mesh parameters: 0.006548307999999996s Time to read mesh: 0.005829552000000002s Time to generate graph: 0.000882850999999997s ZOLTAN Load balancing method = 7 (RIB) Using Zoltan version 3.9000000953674316, method RIB

Build configuration: ZOLTAN_ID_TYPE: unsigned int (4 bytes) ZOLTAN_GNO_TYPE: ssize_t, (8 bytes) MPI_Datatype for ZOLTAN_ID_TYPE: MPI_UNSIGNED MPI_Datatype for ZOLTAN_GNO_TYPE: MPI_LONG Third party library: ParMetis version 4.0.3 Third party library: METIS sizeof indextype = 4 sizeof realtype = 4 ZOLTAN Parameter IMBALANCE_TOL[0] = 1.100000 ZOLTAN Parameter AUTO_MIGRATE = FALSE ZOLTAN Parameter MIGRATE_ONLY_PROC_CHANGES = 1 ZOLTAN Parameter OBJ_WEIGHT_DIM = 0 ZOLTAN Parameter EDGE_WEIGHT_DIM = 0 ZOLTAN Parameter DEBUG_LEVEL = 1 ZOLTAN Parameter DEBUG_PROCESSOR = 0 ZOLTAN Parameter DETERMINISTIC = TRUE ZOLTAN Parameter TIMER = 1 (wall) ZOLTAN Parameter NUM_GID_ENTRIES = 1 ZOLTAN Parameter NUM_LID_ENTRIES = 0 ZOLTAN Parameter RETURN_LISTS = PARTITION ASSIGNMENTS ZOLTAN Parameter NUM_GLOBAL_PARTS = 2 ZOLTAN Parameter NUM_LOCAL_PARTS = -1 ZOLTAN Parameter REMAP = 0 ZOLTAN Parameter SEED = 123456789 (123456789) ZOLTAN Parameter LB_APPROACH = repartition ZOLTAN Parameter RIB_OVERALLOC = 1.200000 ZOLTAN Parameter CHECK_GEOM = 1 ZOLTAN Parameter RIB_OUTPUT_LEVEL = 0 ZOLTAN Parameter AVERAGE_CUTS = 0 ZOLTAN Parameter KEEP_CUTS = 0 ZOLTAN Parameter REDUCE_DIMENSIONS = 0 ZOLTAN Parameter DEGENERATE_RATIO = 0.000000 ZOLTAN Parameter FINAL_OUTPUT = 0 ZOLTAN Parameter KEEP_CUTS = 0 ZOLTAN Parameter REDUCE_DIMENSIONS = 0 ZOLTAN Parameter DEGENERATE_RATIO = 10.000000 CNT STATS: min = 7324 max = 7324 avg = 7324 Time to generate load balance: 0.0022287730000000033s Time for elemental categorization: 0.0030870130000000065s Nodal categorization: 0.0001138139999999968s Find procs for border nodes: 1.5239999999999698e-05s Order elem cmaps: 4.77499999999853e-06s Make cmaps consistent: 7.210000000000549e-06s Time to generate load-balance maps: 0.0032343769999999966s Outputting load balance to file initial_guess_prune.exo.nem QA Record: nem_slice 4.19 2024/07/27 03:27:48 Time to write Nemesis file: 0.006124519000000002s ...nem_slice successful execution

Executing: /projects/NT_Morph/.spack-env/._view/w6zsy4ddojs6pt2gatwv7hq6krppcitu/bin/nem_spread initial_guess_prune.exo.pex

Exodus Library Warning/Error: [ex_get_qa] in file '/projects/NT_Morph/morphormtests/build/enginetests/regression/Analyze_PruneRefine_2D/initial_guess_prune.exo' Warning: no qa records stored in file id 131072 NetCDF: Invalid dimension ID or name nem_spread version 7.02 (2023/02/06) Using 4 byte integers and 8 byte floating point values. Reading the command file, initial_guess_prune.exo.pex

Exodus file (initial_guess_prune.exo) Title of file: 'cubit(lbracket.exo): 09/01/2020: 14:13:44' Dimensionality of problem = 2 Number of nodes = 7,525 Number of elements = 14,648 Number of element blocks = 1 Number of node sets = 1 Number of side sets = 1

Start to read in and distribute the load balance info EXODUS II load-balance file: initial_guess_prune.exo.nem

Finished distributing load balance info

Load load balance information time: 0.003302806000000002 (sec.)

Load exoII restart param info to each proc.

Load restart parameters time: 0.004080955000000001 (sec.)

Load exoII mesh info to each proc.

Time to read element block IDs:            0.0000
Time to read node set IDs:                 0.0000
Time to read side set IDs:                 0.0000
Time to extract element block information: 0.0004
Time to read nodal coordinates:            0.0001
Time to read element blocks:               0.0002
Time to read node sets:                    0.0000
Time to categorize element types:          0.0000
Time to read side sets:                    0.0000

01 Load mesh time: 0.009297650000000001 (sec.)

Load exoII restart data info to each proc.

All output files opened simultaneously. Reading 7 nodal variables... Time to read vars for timestep 1: 0.00012994699999999831 (sec.) 01 Time to write vars for timestep 1: 0.00028610999999999914 (sec.) Reading 7 nodal variables... Time to read vars for timestep 2: 0.00011229199999999995 (sec.) 01 Time to write vars for timestep 2: 0.00030374999999999847 (sec.) Reading 7 nodal variables... Time to read vars for timestep 3: 0.00011516300000000146 (sec.) 01 Time to write vars for timestep 3: 0.0002760980000000024 (sec.) Reading 7 nodal variables... Time to read vars for timestep 4: 0.00011494599999999772 (sec.) 01 Time to write vars for timestep 4: 0.00027352800000000205 (sec.) Reading 7 nodal variables... Time to read vars for timestep 5: 0.00011409899999999945 (sec.) 01 Time to write vars for timestep 5: 0.0002797939999999999 (sec.) Reading 7 nodal variables... Time to read vars for timestep 6: 0.00010979699999999482 (sec.) 01 Time to write vars for timestep 6: 0.0002653889999999978 (sec.) Reading 7 nodal variables... Time to read vars for timestep 7: 0.00011107100000000425 (sec.) 01 Time to write vars for timestep 7: 0.00027909500000000004 (sec.) Reading 7 nodal variables... Time to read vars for timestep 8: 0.00010810700000000312 (sec.) 01 Time to write vars for timestep 8: 0.0002597429999999998 (sec.) Reading 7 nodal variables... Time to read vars for timestep 9: 0.00011349399999999871 (sec.) 01 Time to write vars for timestep 9: 0.0002556270000000013 (sec.) Reading 7 nodal variables... Time to read vars for timestep 10: 0.00013503399999999915 (sec.) 01 Time to write vars for timestep 10: 0.00025373699999999694 (sec.) Reading 7 nodal variables... Time to read vars for timestep 11: 0.0001352550000000008 (sec.) 01 Time to write vars for timestep 11: 0.0002574979999999949 (sec.) Reading 7 nodal variables... Time to read vars for timestep 12: 0.0001344050000000041 (sec.) 01 Time to write vars for timestep 12: 0.0002886070000000032 (sec.) Reading 7 nodal variables... Time to read vars for timestep 13: 0.00014075399999999988 (sec.) 01 Time to write vars for timestep 13: 0.0002689880000000047 (sec.) Reading 7 nodal variables... Time to read vars for timestep 14: 0.00013638600000000223 (sec.) 01 Time to write vars for timestep 14: 0.0002687999999999996 (sec.) Reading 7 nodal variables... Time to read vars for timestep 15: 0.0001389970000000018 (sec.) 01 Time to write vars for timestep 15: 0.0002757469999999998 (sec.) Reading 7 nodal variables... Time to read vars for timestep 16: 0.00013615299999999997 (sec.) 01 Time to write vars for timestep 16: 0.00025537599999999466 (sec.) Reading 7 nodal variables... Time to read vars for timestep 17: 0.00015334400000000664 (sec.) 01 Time to write vars for timestep 17: 0.0002700049999999968 (sec.) Reading 7 nodal variables... Time to read vars for timestep 18: 0.00013844199999999557 (sec.) 01 Time to write vars for timestep 18: 0.0002797849999999977 (sec.) Reading 7 nodal variables... Time to read vars for timestep 19: 0.00013794699999999938 (sec.) 01 Time to write vars for timestep 19: 0.00032377899999999626 (sec.) Reading 7 nodal variables... Time to read vars for timestep 20: 0.0001402710000000043 (sec.) 01 Time to write vars for timestep 20: 0.00031322699999999926 (sec.) Reading 7 nodal variables... Time to read vars for timestep 21: 0.00013859199999999988 (sec.) 01 Time to write vars for timestep 21: 0.00029282599999999603 (sec.) Load restart data time: 0.012604155000000006 (sec.)

Write of parallel exodus complete The average run time was: 0.052773s ...nem_spread successful execution DECOMP Successful Execution Mesh Name: initial_guess_prune.exo Reading in input Mesh... PerceptMesh:: opening initial_guess_prune.exo PerceptMesh:: opening lbracket.exo Beginning Transfer Applying Transfer Pruning mesh.

Ensuring that the pruned mesh is not disjoint.

Returning 1 non-disjoint mesh region.

Total # of elements after pruning: 5932

Done pruning mesh. ZOLTAN Load balancing method = 3 (RCB) Reblance::rebalance_dependent_entities rank_to_reb= ELEMENT_RANK dep_rank = NODE_RANK Reblance::rebalance_dependent_entities rank_to_reb= ELEMENT_RANK dep_rank = EDGE_RANK Reblance::rebalance_dependent_entities rank_to_reb= ELEMENT_RANK dep_rank = FACE_RANK Reblance::rebalance_dependent_entities rank_to_reb= ELEMENT_RANK dep_rank = RANK_4 Saving mesh tmp_file_name_0.e ... done PerceptMesh:: opening tmp_file_name_0.e Beginning Transfer Applying Transfer Pruning mesh.

Ensuring that the pruned mesh is not disjoint.

Returning 1 non-disjoint mesh region.

Total # of elements after pruning: 22223

Done pruning mesh. Writing output mesh.. Saving mesh pruned_mesh.exo ... done Done writing output mesh.. epu -- E Pluribus Unum (Out of Many One -- see http://www.greatseal.com/mottoes/unum.html) ExodusII Parallel Unification Program (Version: 6.07) Modified: 2023/05/17 Parallel Capability Not Enabled.

The following options were determined automatically: basename = 'pruned_mesh' -processor_count 2 -extension exo -Root_directory /projects/NT_Morph/morphormtests/build/enginetests/regression/Analyze_PruneRefine_2D

[0] Input(0): '/projects/NT_Morph/morphormtests/build/enginetests/regression/Analyze_PruneRefine_2D/pruned_mesh.exo.2.0' ... [0] Input(1): '/projects/NT_Morph/morphormtests/build/enginetests/regression/Analyze_PruneRefine_2D/pruned_mesh.exo.2.1'

IO Word sizes: 8 bytes floating point and 4 bytes integer.

**** READ LOCAL (GLOBAL) INFO **** Node map is not contiguous. Finished reading/writing Global Info

**** GET BLOCK INFORMATION (INCL. ELEMENT ATTRIBUTES) **** Global block count = 1

Getting element block info. Element id map is not contiguous.

**** GET EDGE BLOCK INFORMATION (INCL. ELEMENT ATTRIBUTES) **** Global edge block count = 0

**** GET FACE BLOCK INFORMATION (INCL. ELEMENT ATTRIBUTES) **** Global face block count = 0

**** GET SIDE SETS *****

**** GET NODE SETS *****

**** BEGIN WRITING OUTPUT FILE ***** [0] Output: './pruned_mesh.exo' IO Word sizes: 8 bytes floating point