adjoint/controls/Menu to configure adjoint solver controls.
adjoint/controls/settingsSets parameters for the adjoint solver numerics.
adjoint/controls/stabilizationSets parameters for the adjoint stabilization schemes.
adjoint/controls/stabilization-strategy/Enters the stabilization strategy menu, where you can define the stabilization strategy and settings for the adjoint solver.
adjoint/controls/stabilization-strategy/complex-case-settingsDefines the settings that are recommended for complex cases.
adjoint/controls/stabilization-strategy/default-settingsDefines settings that are recommended for standard cases. These settings are used by default.
adjoint/controls/stabilization-strategy/settingsAllows you to define a custom settings.
adjoint/controls/stabilization-strategy/typeAllows you to define the stabilization strategy type.
adjoint/design-tool/Enters the design-tool menu.
adjoint/design-tool/design-change/Performs optimal shape modification.
adjoint/design-tool/design-change/calculate-design-changeComputes the optimal design change.
adjoint/design-tool/design-change/checkPrints a report in the console that summarizes the control points defined for the region, the defined constraining and/or deformation conditions, and any possible conflicts between multiple constraints / deformations applied on a single node.
adjoint/design-tool/design-change/display-applied-conditionsDisplays all of the applied conditions in the graphics window, each type in a unique color. Note that this includes the selected design conditions, as well as the fixed conditions applied to zones that are not selected for deformation.
adjoint/design-tool/design-change/export-displacementsExports the computed optimal displacements.
adjoint/design-tool/design-change/export-stlExports specified surfaces from 3D cases as an
.stlfile.adjoint/design-tool/design-change/fix-disconnected-surfaces/Text commands for fixing surfaces in the morphing region away from applied moving conditions.
adjoint/design-tool/design-change/fix-disconnected-surfaces/displayDisplays the surfaces which are allowed to undergo passive morphing in the morphing region.
adjoint/design-tool/design-change/fix-disconnected-surfaces/layersSpecifies the number of layers used to create a transition region for passive mesh morphing in zones adjacent to the moving surface.
adjoint/design-tool/design-change/fix-disconnected-surfaces/distanceSpecifies a distance from the moving surface that will undergo passive mesh morphing.
adjoint/design-tool/design-change/fix-disconnected-surfaces/methodSets the method for defining the fixing of surfaces in the morphing region away from applied moving conditions as none, distance, or adjacent.
adjoint/design-tool/design-change/fix-disconnected-surfaces/updateSaves the fixed condition.
adjoint/design-tool/design-change/mesh-history/Provides text commands that allow you to compare the current mesh to a reference mesh.
adjoint/design-tool/design-change/mesh-history/export-displacementsExports the displacements of nodes in selected surfaces with respect to their earlier position in a reference mesh.
adjoint/design-tool/design-change/mesh-history/overlay-reference-meshDisplays in the graphics window how selected surfaces of the mesh have changed compared to a reference mesh (reference mesh in green, modified mesh in white).
adjoint/design-tool/design-change/mesh-history/set-reference-meshSets the current mesh as the reference mesh, which can then be compared to later modified versions of the mesh.
adjoint/design-tool/design-change/modify-meshApplies the computed optimal displacement to the mesh.
adjoint/design-tool/design-change/multiobjective-weightsSets the weights for multiple free-form objectives.
adjoint/design-tool/design-change/preview-meshDisplays the planned changes in the graphics window for select surfaces (undeformed in white, deformed in green).
adjoint/design-tool/design-change/print-expected-changesPrints the expected changes.
adjoint/design-tool/design-change/remeshRemeshes the geometry after mesh modification.
adjoint/design-tool/design-change/revert-meshReverts (rejects) the last mesh modification.
adjoint/design-tool/design-change/select-conditionsSelects which conditions to apply to the mesh deformation.
adjoint/design-tool/design-change/select-constraint-methodSpecifies the constraint method as standard or enhanced.
adjoint/design-tool/design-change/select-morphing-methodSelects the morphing method.
adjoint/design-tool/design-change/select-strict-conditionsSelects constraining and/or deformation conditions you want strictly enforced (that is, applied to all of the nodes of the associated zones).
adjoint/design-tool/design-change/select-zonesSelects which zones are allowed to deform.
adjoint/design-tool/design-change/settingsSpecifies global deformation scale and settings.
adjoint/design-tool/design-change/write-expected-changesWrites out the expected changes in the observables for the computed optimal design change.
adjoint/design-tool/design-conditions/Creates, deletes, displays (with various options), renames, and/or sets conditions on the geometry deformation.
adjoint/design-tool/numericsAdjusts numerics settings for computing the optimal displacement.
adjoint/design-tool/objectives/Menu to configure observable objectives.
adjoint/design-tool/objectives/include-current?Optionally includes the most-recently computed observable sensitivity in the multi-objective design computation.
adjoint/design-tool/objectives/manage/Menu to import, export, and manage sensitivity data.
adjoint/design-tool/objectives/setConfigures the objectives for loaded observables.
adjoint/design-tool/region-conditions/Menu to configure conditions on the deformation region
adjoint/design-tool/region-conditions/boundariesSpecifies what degree of continuity to enforce at the boundaries of the deformation region.
adjoint/design-tool/region-conditions/invariantSpecifies that the X, Y, and Z motion of the deformation region is uniform with respect to one or more of the coordinate directions. You have the option of enabling advanced settings if want greater control of this invariance (for example, if you only want the X motion to be uniform with respect to a particular direction).
adjoint/design-tool/region-conditions/motionEnables/disables the motion of the control points in each of the coordinate directions.
adjoint/design-tool/region-conditions/pointsSpecifies the number of control points in the deformation region.
adjoint/design-tool/region-conditions/symmetrySpecifies symmetry conditions for the deformation region.
adjoint/design-tool/region-conditions/periodicitySpecifies the desired number of periodic repeats in the theta direction in the cylindrical deformation region.
adjoint/design-tool/region/Menu to define the deformation region.
adjoint/design-tool/region/cartesian-limitsDirectly specifies the bounds of the Cartesian deformation region.
adjoint/design-tool/region/cylindrical-limitsDirectly specifies the bounds of the cylindrical deformation region.
adjoint/design-tool/region/export-sensitivitiesExports the sensitivity to mesh node movement for the currently selected observable. Sensitivities are only exported for mesh nodes that lie within the specified deformation region.
adjoint/design-tool/region/get-boundsSets the limits for the deformation region to encompass a list of selected surfaces.
adjoint/design-tool/region/larger-boxUniformly increases the size of the deformation region.
adjoint/design-tool/region/set-region-typeSpecifies whether the deformation region is either a Cartesian or cylindrical region type.
adjoint/design-tool/region/smaller-boxUniformly decreases the size of the deformation region.
adjoint/expert/Provides text commands that allow you to undo enhancements to the default adjoint solver behavior.
adjoint/expert/undo-2019r3-default-changes?Allows you to undo an enhancement introduced in version 2019 R3 of Ansys Fluent: the use of a full (rather than a flexible) cycle algebraic multigrid (AMG) solver in the adjoint solver, which can improve convergence and efficiency.
adjoint/expert/undo-r19.2-default-changes?Allows you to undo enhancements introduced in version 19.2 of Ansys Fluent, including a modified Rhie-Chow averaging method (to be consistent with default changes introduced in the general solver in version 19.0), a non-conservative form of the adjoint equations, an enhanced method for building the algebraic multigrid (AMG) matrix for the adjoint solver, and a disabling of the early protection scheme used by the AMG solver for the adjoint calculations.
adjoint/expert/undo-2022r2-default-changes?Allows you to undo enhancements introduced in version 22.2 of Ansys Fluent, including the contribution of the gradient (e.g pressure/velocity gradient) when building the AMG matrix and freeing the design tool after mesh modification.
adjoint/expert/diagnosisProvides text commands to enable printing/saving of adjoint equation residuals.
adjoint/expert/diagnosis/print-residuals-by-zoneSpecifies that the residuals are printed in the console during the adjoint calculation.
adjoint/expert/diagnosis/retain-cell-residualsSaves the residuals as field variables that can be postprocessed.
adjoint/expert/diagnosis/print-residuals-by-distributionSpecifies that the distribution of the residuals is printed in the console during the adjoint calculation.
adjoint/expert/match-fluent-flux-type?Sets the adjoint solver flux type to be the same flux type as the flow solver.
adjoint/geometry/Menu for design change exploration.
adjoint/geometry/parameterize-and-explore/Enters the menu for geometry parameterization.
adjoint/geometry/parameterize-and-explore/design-change/Defines the settings for the design change.
adjoint/geometry/parameterize-and-explore/design-change/calculate-design-changeComputes the optimal design change.
adjoint/geometry/parameterize-and-explore/design-change/checkPrints a report in the console that summarizes the control points defined for the region, the defined constraining and/or deformation conditions, and any possible conflicts between multiple constraints / deformations applied on a single node.
adjoint/geometry/parameterize-and-explore/design-change/display-applied-conditionsDisplays all of the applied conditions in the graphics window, each type in a unique color. Note that this includes the selected design conditions, as well as the fixed conditions applied to zones that are not selected for deformation.
adjoint/geometry/parameterize-and-explore/design-change/export-displacementsExports the computed optimal displacements.
adjoint/geometry/parameterize-and-explore/design-change/export-stlExports specified surfaces from 3D cases as an
.stlfile.adjoint/geometry/parameterize-and-explore/design-change/fix-disconnected-surfaces/Text commands for fixing surfaces in the morphing region away from applied moving conditions.
adjoint/geometry/parameterize-and-explore/design-change/fix-disconnected-surfaces/displayDisplays the surfaces which are allowed to undergo passive morphing in the morphing region.
adjoint/geometry/parameterize-and-explore/design-change/fix-disconnected-surfaces/layersSpecifies the number of layers used to create a transition region for passive mesh morphing in zones adjacent to the moving surface.
adjoint/geometry/parameterize-and-explore/design-change/fix-disconnected-surfaces/distanceSpecifies a distance from the moving surface that will undergo passive mesh morphing.
adjoint/geometry/parameterize-and-explore/design-change/fix-disconnected-surfaces/methodSets the method for defining the fixing of surfaces in the morphing region away from applied moving conditions as none, distance, or adjacent.
adjoint/geometry/parameterize-and-explore/design-change/fix-disconnected-surfaces/updateSaves the fixed condition.
adjoint/geometry/parameterize-and-explore/design-change/mesh-history/Provides text commands that allow you to compare the current mesh to a reference mesh.
adjoint/geometry/parameterize-and-explore/design-change/mesh-history/export-displacementsExports the displacements of nodes in selected surfaces with respect to their earlier position in a reference mesh.
adjoint/geometry/parameterize-and-explore/design-change/mesh-history/overlay-reference-meshDisplays in the graphics window how selected surfaces of the mesh have changed compared to a reference mesh (reference mesh in green, modified mesh in white).
adjoint/geometry/parameterize-and-explore/design-change/mesh-history/set-reference-meshSets the current mesh as the reference mesh, which can then be compared to later modified versions of the mesh.
adjoint/geometry/parameterize-and-explore/design-change/modify-meshApplies the computed optimal displacement to the mesh.
adjoint/geometry/parameterize-and-explore/design-change/preview-meshDisplays the planned changes in the graphics window for select surfaces (undeformed in white, deformed in green).
adjoint/geometry/parameterize-and-explore/design-change/remeshRemeshes the geometry after mesh modification.
adjoint/geometry/parameterize-and-explore/design-change/revert-meshReverts (rejects) the last mesh modification.
adjoint/geometry/parameterize-and-explore/design-change/select-conditionsSelects which conditions to apply to the mesh deformation.
adjoint/geometry/parameterize-and-explore/design-conditions/Creates, deletes, displays (with various options), renames, and/or sets conditions on the geometry deformation.
adjoint/geometry/parameterize-and-explore/numericsAdjusts numerics settings for computing the optimal displacement.
adjoint/geometry/parameterize-and-explore/region-conditions/Specify the conditions for the morphing region
adjoint/geometry/parameterize-and-explore/region-conditions/boundariesSpecifies what degree of continuity to enforce at the boundaries of the deformation region.
adjoint/geometry/parameterize-and-explore/region-conditions/periodicitySpecifies the desired number of periodic repeats in the theta direction in the cylindrical deformation region.
adjoint/geometry/parameterize-and-explore/region-conditions/symmetrySpecifies symmetry conditions for the deformation region.
adjoint/geometry/parameterize-and-explore/region-conditions/symmetry-planesSpecifies custom plane of symmetry conditions for the deformation region.
adjoint/geometry/parameterize-and-explore/region/Menu to define the deformation region.
adjoint/geometry/parameterize-and-explore/region/cartesian-limitsDirectly specifies the bounds of the Cartesian deformation region.
adjoint/geometry/parameterize-and-explore/region/get-boundsSets the limits for the deformation region to encompass a list of selected surfaces.
adjoint/geometry/parameterize-and-explore/region/larger-boxUniformly increases the size of the deformation region.
adjoint/geometry/parameterize-and-explore/region/set-region-typeSpecifies whether the deformation region is either a Cartesian or cylindrical region type.
adjoint/geometry/parameterize-and-explore/region/smaller-boxUniformly decreases the size of the deformation region.
adjoint/methods/Menu to configure adjoint solver settings.
adjoint/methods/settingsDefines settings such as spatial discretization methods for the adjoint solver.
adjoint/methods/default-settingsApplies defaults to adjoint solver settings such as spatial discretization methods.
adjoint/methods/balanced-settingsDefines discretization schemes to achieve a balance between stability and accuracy.
adjoint/methods/best-match-settingsDefines settings such as spatial discretization methods for the adjoint solver to match those for the flow solver as closely as possible.
adjoint/monitors/Menu to configure monitors for the adjoint solver.
adjoint/monitors/plot-residualsPlots the adjoint residuals in the designated graphics window.
adjoint/monitors/settingsAllows you to configure the monitors and convergence criteria for the adjoint solver.
adjoint/observable/Menu to create and configure observables of interest.
adjoint/observable/createA new observable of the specified type and name is created and the definition is populated with default parameters.
adjoint/observable/deleteRemoves a named observable.
adjoint/observable/evaluateEvaluates the current value of the selected observable and prints the result to the console.
adjoint/observable/renameAn existing observable is renamed to a new specified name.
adjoint/observable/selectA named observable is selected as the one for which an adjoint solution is to be computed.
adjoint/observable/specifyThe parameters that define a named observable are configured.
adjoint/observable/writeEvaluates the current value of the selected observable and writes the result to a file.
adjoint/optimizer/Enters the optimizer menu, where you can use a gradient-based optimizer to optimize the geometry to meet multiple goals for multiple observables at multiple operating conditions.
adjoint/optimizer/calculate/Enters the calculate menu, for running the gradient-based optimizer.
adjoint/optimizer/calculate/initializeInitializes the optimizer and clears out the optimization history.
adjoint/optimizer/calculate/optimizeRuns adjoint-based optimization.
adjoint/optimizer/calculate/resetSets the current design iteration as the optimal solution.
adjoint/optimizer/calculate/summarizeReports the optimization history.
adjoint/optimizer/calculation-activities/Enters the calculation-activities menu, for setting activities during the adjoint optimization.
adjoint/optimizer/calculation-activities/animate/Enters the animate menu, for outputting plots for animations every design iteration.
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adjoint/optimizer/calculation-activities/animate/define/ Enters the animation definition menu.
adjoint/optimizer/calculation-activities/animate/define/define-monitorDefines new animation.
adjoint/optimizer/calculation-activities/animate/define/edit-monitorChange animation monitor attributes.
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adjoint/optimizer/calculation-activities/animate/objects/ Enters the objects menu to define, edit, delete solution animation objects.
adjoint/optimizer/calculation-activities/animate/objects/clear-historyClears object history.
adjoint/optimizer/calculation-activities/animate/objects/copyCopies graphics object.
adjoint/optimizer/calculation-activities/animate/objects/createCreates new graphics object.
adjoint/optimizer/calculation-activities/animate/objects/deleteDeletes graphics object.
adjoint/optimizer/calculation-activities/animate/objects/editEdits graphics object.
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adjoint/optimizer/calculation-activities/animate/playback/ Enters the animation playback menu.
adjoint/optimizer/calculation-activities/animate/playback/deleteDeletes animation sequence.
adjoint/optimizer/calculation-activities/animate/playback/playPlays the selected animation.
adjoint/optimizer/calculation-activities/animate/playback/readReads new animation from file or already-defined animations.
adjoint/optimizer/calculation-activities/animate/playback/stored-view?Plays the 3D animation sequence using the view stored in the sequence.
adjoint/optimizer/calculation-activities/animate/playback/writeWrites animation sequence to the file.
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adjoint/optimizer/calculation-activities/auto-saveSaves files at a specified frequency of design iterations.
adjoint/optimizer/calculation-activities/execute-commands/Enters the execute-commands menu.
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adjoint/optimizer/calculation-activities/execute-commands/add-edit Adds or edits a command so that it can be enabled to be executed during the adjoint optimization.
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adjoint/optimizer/calculation-activities/execute-commands/copy Copy an existing command to be executed during the adjoint optimization.
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adjoint/optimizer/calculation-activities/execute-commands/delete Deletes an existing command.
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adjoint/optimizer/calculation-activities/execute-commands/disable Disables a command so that it is not executed during the adjoint optimization.
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adjoint/optimizer/calculation-activities/execute-commands/enable Enables a command so that it is executed during the adjoint optimization.
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adjoint/optimizer/calculation-activities/execute-commands/export Designates the name and location for the tab separated value (TSV) file that will contain your exported command(s).
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adjoint/optimizer/calculation-activities/execute-commands/import Designates the name and location for the tab separated value (TSV) file that will contain your imported command(s) to be executed during the adjoint optimization.
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adjoint/optimizer/calculation-activities/monitorMonitors the adjoint optimization.
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adjoint/optimizer/calculation-activities/monitor/plot Plots monitors.
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adjoint/optimizer/calculation-activities/monitor/settings Settings for monitors.
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adjoint/optimizer/mesh-quality/Enters the mesh-quality menu, for printing and setting the requirement of mesh quality during the adjoint optimization.
adjoint/optimizer/mesh-quality/mesh-quality-settingsSets the requirement of mesh quality during the adjoint optimization.
adjoint/optimizer/mesh-quality/post-morph/Enters the Post Morph menu.
adjoint/optimizer/mesh-quality/post-morph// remeshing?Enables/disables the option to smooth the mesh at the end of the design iteration.
adjoint/optimizer/mesh-quality/post-morph// smoothing?Enables/disables the option to remesh the geometry at the end of the design iteration.
adjoint/optimizer/mesh-quality/print-current-statusPrints the current mesh quality status.
adjoint/optimizer/optimizer-objectives/Enters the optimizer-objectives menu, for setting the objectives in the adjoint optimizer.
adjoint/optimizer/optimizer-objectives/observable-eval-settings/Sets the method for evaluating the observable during optimization.
adjoint/optimizer/optimizer-objectives/observable-eval-settings/methodSet the method as instantaneous or averaged
adjoint/optimizer/optimizer-objectives/set-adaptive-changeSets adaptive change.
adjoint/optimizer/optimizer-objectives/set-conditionsSets operating conditions.
adjoint/optimizer/optimizer-objectives/set-objectivesSets multi-objectives.
adjoint/optimizer/optimizer-objectives/set-observablesChoose observables.
adjoint/optimizer/settings/Sets the settings in the adjoint optimizer.
adjoint/optimizer/optimizer-typeSets the optimizer for shape optimization or for turbulence model optimization.
adjoint/optimizer/turb-model-design-tool/Enters the turbulence-model-design-tool menu, for specifying turbulence model optimization settings.
adjoint/optimizer/turb-model-design-tool/design-regionSets the design region for optimization.
adjoint/optimizer/turb-model-design-tool/design-variables/Enters the menu for configuring design variable settings for turbulence model optimization.
adjoint/optimizer/turb-model-design-tool/design-variables/initializeInitializes the design variables.
adjoint/optimizer/turb-model-design-tool/design-variables/model/Menu for configuring the optimization model settings.
adjoint/optimizer/turb-model-design-tool/design-variables/model/default-settingsSets the default model settings.
adjoint/optimizer/turb-model-design-tool/design-variables/model/managementAllows for importing, exporting, and clearing of trained neural network turbulence models.
adjoint/optimizer/turb-model-design-tool/design-variables/model/offline-training/Menu for configuring settings for offline training of the neural network model.
adjoint/optimizer/turb-model-design-tool/design-variables/model/offline-training/apply-modelApplies the trained neural network turbulence model and trained design variables to the turbulence model.
adjoint/optimizer/turb-model-design-tool/design-variables/model/offline-training/default-settingsApplies default offline training settings.
adjoint/optimizer/turb-model-design-tool/design-variables/model/offline-training/manage-data/Menu for managing training data.
adjoint/optimizer/turb-model-design-tool/design-variables/model/offline-training/manage-data/export-dataExports current training data.
adjoint/optimizer/turb-model-design-tool/design-variables/model/offline-training/manage-data/import-dataImports training data from another trained model.
adjoint/optimizer/turb-model-design-tool/design-variables/model/offline-training/manage-data/include-current?When enabled, will use any existing training data to train the neural network model.
adjoint/optimizer/turb-model-design-tool/design-variables/model/offline-training/manage-data/list-dataSelect training data files to be used for training the current case.
adjoint/optimizer/turb-model-design-tool/design-variables/model/offline-training/manage-data/remove-dataRemoves imported training data.
adjoint/optimizer/turb-model-design-tool/design-variables/model/offline-training/settingsSets the offline training settings.
adjoint/optimizer/turb-model-design-tool/design-variables/model/offline-training/trainBegins training the neural network model.
adjoint/optimizer/turb-model-design-tool/design-variables/model/selectSelect the input features as inputs to the neural network model.
adjoint/optimizer/turb-model-design-tool/design-variables/model/settingsSpecifies the neural network model settings.
adjoint/optimizer/turb-model-design-tool/design-variables/options/Sets the design variable settings.
adjoint/optimizer/turb-model-design-tool/design-variables/options/turbulence-sourceEnables the turbulence source terms as design variables.
adjoint/optimizer/turb-model-design-tool/design-variables/selectChoose the design variables to be optimized.
adjoint/optimizer/turb-model-design-tool/design-variables/set-limitsSets the upper and lower bounds of design variables.
adjoint/optimizer/turb-model-design-tool/design-variables/unhook-modelDisables the design variables from updating the turbulence model settings during optimization.
adjoint/postprocess-options/Menu for postprocessing options for adjoint sensitivity data.
adjoint/postprocess-options/sensitivity-orientationSets the orientation for the sensitivity field.
adjoint/postprocess-options/surface-shape-sensitivitySpecifies the smoothness of the sensitivity to surface shape field and the smoothness method.
adjoint/reporting/Menu to report sensitivity data from the adjoint solution.
adjoint/reporting/reportReports sensitivity data on a named flow boundary.
adjoint/reporting/writeReports sensitivity data on a named flow boundary and writes it to a named file.
adjoint/run/Menu to initialize and compute the adjoint solution.
adjoint/run/calculation-activities/Enters the calculation-activities menu, for setting activities during the adjoint calculation.
adjoint/run/calculation-activities/auto-saveSaves case and data files at a specified frequency of adjoint iterations.
adjoint/run/calculation-activities/execute-commands/Enters the execute-commands menu.
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adjoint/run/calculation-activities/execute-commands/add-edit Adds or edits a command that can be enabled to be executed during the adjoint calculation.
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adjoint/run/calculation-activities/execute-commands/disable Disables a command so that it is not executed during the adjoint calculation.
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adjoint/run/calculation-activities/execute-commands/enable Enables a command so that it is executed during the adjoint calculation.
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adjoint/run/initializeInitializes the adjoint solution field to zero everywhere.
adjoint/run/initialize-stabilizationInitializes the stabilization data. This text command is only available if the residual minimization or modal stabilization is used.
adjoint/run/initialize-strategyInitializes the stabilization strategy, such that the first stabilization scheme is used at the start of the next calculation rather than continuing to use the second stabilization scheme. This text command is only available when the blended stabilization strategy is used.
adjoint/run/iterateAdvances the adjoint solver by a specified number of iterations, or until the convergence criteria are met.
adjoint/utilities/Enters the utilities menu.
adjoint/utilities/interpolate/Menu to write and read interpolation files.
adjoint/utilities/interpolate/write-dataWrites field variable data to a user-defined memory (UDM) location.
adjoint/utilities/interpolate/read-dataReads field variable data into a user-defined memory (UDM) location.