Simulate with complex geometries and complex physics
| List of members: | |
|---|---|
| %ind_act% | activation status of a boundary point |
| %ind_addvar% | additional variables that can be used for additional tasks (legacy code) |
| %ind_BC% | index of boundary condition |
| %ind_BE1% | BE=BoundaryElement, i.e. index of boundary element which a boundary point is placed on |
| %ind_bndBubble% | index of macroscopic bubbles |
| %ind_BNDfree_defect% | defect displacement of free surface with regards to the representative mass, clusterwise |
| %ind_BVA(1)% | BVA=Boundary VAlue, temporary array used for defining boundary conditions |
| %ind_BVA(2)% | BVA=Boundary VAlue, temporary array used for defining boundary conditions |
| %ind_BVA(3)% | BVA=Boundary VAlue, temporary array used for defining boundary conditions |
| %ind_BVA_NUS(1)% | BVA_NUS=Boundary VAlue for NUSselt type |
| %ind_BVA_NUS(2)% | BVA_NUS=Boundary VAlue for NUSselt type |
| %ind_BVA_NUS(3)% | BVA_NUS=Boundary VAlue for NUSselt type |
| %ind_cell% | cell number of the tree leaf for the tree-based neighbor search |
| %ind_cell_Deflation% | cell number of the deflation cells (experimental status) |
| %ind_cham% | chamber index of point |
| %ind_cluster% | unique cluster index of pointcloud |
| %ind_ClusterSurface% | clustering of free surface or of initial regular boundary |
| %ind_connectBcBubble% | if bubble connected to outflow, this item holds to BC_PASSON of the outflow boundary |
| %ind_conservationOfLap% | conservation property of the Laplacian/Neumann operators |
| %ind_create% | number/index of time step of creation of this point |
| %ind_dA% | area covered by a boundary point, including free surface points, unit=m^2 |
| %ind_dbp% | dbp=distance between phases, unit=meters |
| %ind_debug(1)% | free variables in order to debug MESHFREE and be able to visualize |
| %ind_debug(2)% | free variables in order to debug MESHFREE and be able to visualize |
| %ind_debug(3)% | free variables in order to debug MESHFREE and be able to visualize |
| %ind_debug(4)% | free variables in order to debug MESHFREE and be able to visualize |
| %ind_debug(5)% | free variables in order to debug MESHFREE and be able to visualize |
| %ind_dlogV_dalpha_bubble% | derivative of bubble volume with respect to movement of the bubbles free surface |
| %ind_DropSrc% | Index of DropletSource statement which created the point |
| %ind_dt% | global time step size used for this point, unit=seconds |
| %ind_dt_0% | size of the previous time step, unit=seconds |
| %ind_dt_local% | locally feasible time step size |
| %ind_dtb% | dtb=distance to boundary, unit=meters |
| %ind_dtb_nbTria% | how many BE-triangles found in neighborhood for computation of %ind_dtb% |
| %ind_dtb_status% | status of the new distance-to-boundary-computation |
| %ind_EdgeValue% | pointcloud configuration without interior points: this item marks points at the edge of such configurations |
| %ind_event_AbortFPM% | current event status for event stopping MESHFREE |
| %ind_event_DeletePoint% | current event status for event deleting points |
| %ind_event_FunctionManipulation% | current event status for function manipulation event |
| %ind_event_GeometricalFunctionManipulation% | current event status for geometrical function manipulation event |
| %ind_event_Msg% | current event status for event print message |
| %ind_event_SaveResults% | current event status for event saving computational results |
| %ind_event_StopFPM% | current event status for event stopping MESHFREE |
| %ind_event_WriteRestart% | current event status for event writing of a restart file |
| %ind_event_WriteResume% | current event status for event writing of a resume file |
| %ind_ForceApproximation% | marks points which are scheduled for re-approximation |
| %ind_h% | local smoothing length, unit=meters |
| %ind_h_adaptive% | local smoothing length proposed for adaptive treatment of H, unit=meters |
| %ind_ID% | global identifier of point (keeps the ID over simulation time, experimental) |
| %ind_IN% | current local index of point in the MPI domain |
| %ind_IN_glob% | current GLOBAL index of point in the MPI domain |
| %ind_IN_glob_reduced% | current GLOBAl index of point, only active points |
| %ind_iopp% | iopp=index of opposite point. |
| %ind_IsolationFlag% | local high frequent part of local curvature, not considering contact angle effects |
| %ind_k_Un(1)% | Stage value inside a higher order Runge-Kutta time integration method like SDIRK2 |
| %ind_k_Un(2)% | Stage value inside a higher order Runge-Kutta time integration method like SDIRK2 |
| %ind_k_Un(3)% | Stage value inside a higher order Runge-Kutta time integration method like SDIRK2 |
| %ind_k_Un(4)% | Stage value inside a higher order Runge-Kutta time integration method like SDIRK2 |
| %ind_kappa% | curvature of the free surface boundary, smooth part |
| %ind_kappa_prime% | curvature of the free surface boundary, noisy part |
| %ind_kinEnergy% | variable for saving the kinetic energy |
| %ind_kob% | kob=kind of boundary |
| %ind_lastDTB_t% | last time of distance-to-boundary-computation |
| %ind_lastDTB_x(1)% | position of the last distance-to-boundary computation, x-component |
| %ind_lastDTB_x(2)% | position of the last distance-to-boundary computation, y-component |
| %ind_lastDTB_x(3)% | position of the last distance-to-boundary computation, z-component |
| %ind_layer% | layer information of boundary point |
| %ind_log_rho% | Temporary logarithm of density rho |
| %ind_MARKER% | unique marker (integer number) is point is flagged as irreducible |
| %ind_MCT(1,1)% | transformation matrix for coordinate transformation |
| %ind_MCT(1,2)% | transformation matrix for coordinate transformation |
| %ind_MCT(1,3)% | transformation matrix for coordinate transformation |
| %ind_MCT(2,1)% | transformation matrix for coordinate transformation |
| %ind_MCT(2,2)% | transformation matrix for coordinate transformation |
| %ind_MCT(2,3)% | transformation matrix for coordinate transformation |
| %ind_MCT(3,1)% | transformation matrix for coordinate transformation |
| %ind_MCT(3,2)% | transformation matrix for coordinate transformation |
| %ind_MCT(3,3)% | transformation matrix for coordinate transformation |
| %ind_med% | material index of point |
| %ind_medopp% | material index of opposite point |
| %ind_memorize_DeletePoint% | current MEMORIZE_Write status for MEMORIZE_Write deleting points |
| %ind_memorize_KeepPoint% | current MEMORIZE_Write status for MEMORIZE_Write keeping points |
| %ind_memorize_ReadPoint% | current MEMORIZE_Read status |
| %ind_mi_rep% | representative mass of the point |
| %ind_MOVE% | index of boundary move condition |
| %ind_MP_type% | current monitor point type value |
| %ind_MPIcommunicate% | number of MPI-processes to which this point has to be communicated |
| %ind_n(1)% | x-component of the inward pointing boundary normal |
| %ind_n(2)% | y-component of the inward pointing boundary normal |
| %ind_n(3)% | z-component of the inward pointing boundary normal |
| %ind_nbInteriorNeighbors% | number of regular INTERIOR neighbors found in the ball of radius h |
| %ind_nbRegularNeighbors% | number of regular neighbors found in the ball of radius h |
| %ind_neighbor_filter_skip% | skip neighbor filtering for this point |
| %ind_NewPointSource% | trigger point as source for new points (#! experimental !#) |
| %ind_next% | if points lined up, here the index of the point next in line is stored |
| %ind_nML(1)% | direction of the midline, nML=NormalizeddirectionMidLine |
| %ind_nML(2)% | direction of the midline |
| %ind_nML(3)% | direction of the midline |
| %ind_np(1)% | particular direction or some vector, used as dummy variable |
| %ind_np(2)% | particular direction or some vector, used as dummy variable |
| %ind_np(3)% | particular direction or some vector, used as dummy variable |
| %ind_nR(1)% | x-component of boundary normal in RealWorld (if coordinate transformation is activated) |
| %ind_nR(2)% | y-component of boundary normal in RealWorld (if coordinate transformation is activated) |
| %ind_nR(3)% | z-component of boundary normal in RealWorld (if coordinate transformation is activated) |
| %ind_nTS_InvalidBubbleKept% | number of time steps an invalid bubble was kept, see BubbleAlgorithm |
| %ind_ohh% | ohh=OneByHH, i.e. one divided by local smoothing length squared |
| %ind_ooh% | ooh=OrderOfH, order of smoothing length |
| %ind_OrdApprox(1)% | Approximation order used for gradient computation |
| %ind_OrdApprox(2)% | Approximation order used for Laplace operator |
| %ind_Organize% | Current status of point with respect to point cloud organization |
| %ind_OrganizeDTB% | status for the distance to boundary computation |
| %ind_OrganizeDTMP% | status for the distance/projection to metaplanes |
| %ind_OrganizePC(1)% | state of filling interior MESHFREE points |
| %ind_OrganizePC(2)% | state of removing interior MESHFREE points |
| %ind_OrganizePC(3)% | state of filling MESHFREE points at boundaries |
| %ind_OrganizePC(4)% | state of removing/clustering of MESHFREE points at boundaries |
| %ind_OrganizePC(5)% | currently unused |
| %ind_pBubble% | internal pressure of macroscopic bubble |
| %ind_prev% | if points lined up, here the index of the point previous in line is stored |
| %ind_proc% | index of MPI-process the point currently belongs to |
| %ind_qualityOfGrad(1)% | quality of the gradient operator, item 1 |
| %ind_qualityOfGrad(2)% | quality of the gradient operator, item 2 |
| %ind_qualityOfGrad(3)% | quality of the gradient operator, item 3 |
| %ind_qualityOfLap(1)% | quality of the Laplace/Neumann operator, item 1 :: maximum normalized entry |
| %ind_qualityOfLap(2)% | quality of the Laplace/Neumann operator, item 2 :: partition of negative off-diagonal entries |
| %ind_qualityOfLap(3)% | quality of the Laplace/Neumann operator, item 3 :: relative error for quadratic/linear functions |
| %ind_r_rep% | representative density from the RepresentativeMassAlgorithm |
| %ind_r_residual% | residual of density |
| %ind_rhs(1)% | rhs = right hand side, used for rhs/source terms in the differential equations to be solved |
| %ind_rhs(2)% | rhs = right hand side, used for rhs/source terms in the differential equations to be solved |
| %ind_rhs(3)% | rhs = right hand side, used for rhs/source terms in the differential equations to be solved |
| %ind_rhs(4)% | rhs = right hand side, used for rhs/source terms in the differential equations to be solved |
| %ind_sha(1)% | shape function for boundary points |
| %ind_sha(2)% | shape function for boundary points |
| %ind_sha(3)% | shape function for boundary points |
| %ind_sha(4)% | shape function for boundary points |
| %ind_SlipState% | status of the slip status, i.e. sliding boundary points along slip walls |
| %ind_st% | st=start time of point, point generation time in seconds of simulation time |
| %ind_SubDivision% | CURRENTLY INACTIVE: index for Kim`s postprocessing filter for MESHFREE points |
| %ind_T1D(1)% | Temperature of the 1D heat equation, result for MESHFREE boundary condition |
| %ind_T1D(i)% | Temperature of the 1D heat equation, i = 2:NB_POINTS_BC_HEAT_EQUATION_1D+1 |
| %ind_t_Ux(1)% | Temporary x-derivative of physical entity U |
| %ind_t_Ux(2)% | Temporary x-derivative of physical entity U |
| %ind_t_Ux(3)% | Temporary x-derivative of physical entity U |
| %ind_t_Uy(1)% | Temporary y-derivative of physical entity U |
| %ind_t_Uy(2)% | Temporary y-derivative of physical entity U |
| %ind_t_Uy(3)% | Temporary y-derivative of physical entity U |
| %ind_t_Uz(1)% | Temporary z-derivative of physical entity U |
| %ind_t_Uz(2)% | Temporary z-derivative of physical entity U |
| %ind_t_Uz(3)% | Temporary z-derivative of physical entity U |
| %ind_TearOff% | marks a point in direct neighborhood of a FreeSurface-SolidWall junction |
| %ind_time% | present time, unit=seconds |
| %ind_triggerFreeSurfaceCheck% | index to explicitly trigger the free surface check for a point |
| %ind_v_Euler(1)% | transport velocity in EULERIAN framework Y(ind_v(1),i) - Y(ind_v_trans(1),i), x-component, unit=m/s |
| %ind_v_Euler(2)% | transport velocity in EULERIAN framework Y(ind_v(2),i) - Y(ind_v_trans(2),i), y-component, unit=m/s |
| %ind_v_Euler(3)% | transport velocity in EULERIAN framework Y(ind_v(3),i) - Y(ind_v_trans(3),i), z-component, unit=m/s |
| %ind_v_p(1)% | x-component of the velocity of boundary movement |
| %ind_v_p(2)% | x-component of the velocity of boundary movement |
| %ind_v_p(3)% | x-component of the velocity of boundary movement |
| %ind_v_residual(1)% | residual of velocity (x-component) |
| %ind_v_residual(2)% | residual of velocity (y-component) |
| %ind_v_residual(3)% | residual of velocity (z-component) |
| %ind_v_trans(1)% | velocity a point is actually moving with, x-component, unit=m/s |
| %ind_v_trans(2)% | velocity a point is actually moving with, y-component, unit=m/s |
| %ind_v_trans(3)% | velocity a point is actually moving with, z-component, unit=m/s |
| %ind_Vi% | volume represented by a point, unit=m^3 |
| %ind_vol% | numerical weight of point |
| %ind_vol_user% | user given weight for the points used in the MLS approximation |
| %ind_volBubble% | volume of macroscopic bubble |
| %ind_vt_n(1)% | normal derivative of tangential velocity, x-component |
| %ind_vt_n(2)% | normal derivative of tangential velocity, y-component |
| %ind_vt_n(3)% | normal derivative of tangential velocity, z-component |
| %ind_WettingAngle% | wetting angle precribed as boundary conditions (control function) |
| %ind_WettingCurvature% | additional curvature due to discrepancy between given and current contact angle between free surface and wall |
| %ind_WettingParticle% | contact of free surface points to regular wall boundary points |
| %ind_x(1)% | x-component of point position, unit=meters |
| %ind_x(2)% | y-component of point position, unit=meters |
| %ind_x(3)% | z-component of point position, unit=meters |
| %ind_x0(1)% | x-component initial point position, unit=meters |
| %ind_x0(2)% | y-component initial point position, unit=meters |
| %ind_x0(3)% | z-component initial point position, unit=meters |
| %ind_x_displaced(1)% | x-component of point position before distance to boundary computation, unit = meters |
| %ind_x_displaced(2)% | y-component of point position before distance to boundary computation, unit = meters |
| %ind_x_displaced(3)% | z-component of point position before distance to boundary computation, unit = meters |
| %ind_xR(1)% | x-component of point position in real coordinates, unit=meters |
| %ind_xR(2)% | y-component of point position in real coordinates, unit=meters |
| %ind_xR(3)% | z-component of point position in real coordinates, unit=meters |