POSTPROCESS

define flag for postprocessing/integration

See MOVE.
This item is referenced in:
POSTPROCESS (optional) define flag for postprocessing/integration
cross() flag if point crossed a IDENT_BlindAndEmpty boundary element in the current time step
INTEGRATION integration of the simulation results
%INTEGRATION_BE_DIRECT% surface integration of a scalar value on boundary elements
%INTEGRATION_BE_DIRECT_TIME% surface and time integration of a scalar value on boundary elements
%MINIMUM_BE% minimum of a scalar value with respect to boundary elements
%MAXIMUM_BE% maximum of a scalar value with respect to boundary elements
%SUMMATION_BE% summation of a scalar value with respect to boundary elements
%MINIMUM_BENP% (experimental) minimum of a scalar value with respect to boundary node points
%MAXIMUM_BENP% (experimental) maximum of a scalar value with respect to boundary node points
%SUMMATION_BENP% (experimental) summation of a scalar value with respect to boundary node points
%POINT_APPROXIMATE% approximation of a functional at a BND_point by MESHFREE interpolation
%POINT_APPROXIMATE_ProjBNDOnly% approximation of a functional at a BND_point by MESHFREE interpolation with respect to neighboring boundary points
%INTEGRATION_BND_DIRECT% surface integration of a scalar value along pieces of boundary
IntegrationArea list of flags tagging the region with respect to which the integration is performed
%INTEGRATION_BND_DIRECT_TIME% surface and time integration of a scalar value along pieces of boundary
%INTEGRATION_FS_DIRECT% surface integration of a scalar value along the free surface
%INTEGRATION_FS_DIRECT_TIME% surface and time integration of a scalar value along the free surface
%INTEGRATION_BND% surface integration of a vector valued function along pieces of boundary
%INTEGRATION_BND_TIME% surface and time integration of a vector valued function along pieces of boundary
%INTEGRATION_FS% surface integration of a vector valued function along the free surface
%INTEGRATION_FS_TIME% surface and time integration of a vector valued function along the free surface
%MAXIMUM_BND% maximum of a functional based on all MESHFREE boundary points with respect to given boundary elements
%MINIMUM_BND% minimum of a functional based on all MESHFREE boundary points with respect to given boundary elements
%SUMMATION_BND% summation of given function values based on all MESHFREE boundary points with respect to given boundary elements
%AVERAGE_BND% average of a functional based on all MESHFREE boundary points with respect to given boundary elements
%MONITORPOINTS_CREATION_PenetrationOfBlindAndEmptyBoundary% create monitor points if MESHFREE points penetrate IDENT_BlindAndEmpty boundary