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- adaptive grids
- example, PR:52, PR:54
- adaptive mesh refinement, OBU:20, 21
- ogen, GG:69
- airfoil, GG:21
- airfoil mapping, MP:50
- algorithm, HY:7
- algorithms, OBU:3
- annulus mapping, MP:48
- artificial diffusion, OBR:9, OBU:10, OBU:34
- artificial viscosity, OBR:12, 13, OBU:36
- axisymmetric, OBU:13, OBR:19, MP:143
- backward facing step, OBU:14
- basic steps, OBU:3
- basicInverse, MP:34
- bathymetry, MP:78
- bigger,smaller,clear,reset, PS:9
- block tridiagonal solver, OS:39
- body of revolution, GG:32, MP:143
- boundary condition, GG:5
- applying to a portion of the boundary, OP:39
- mixed boundary condition, GG:47
- physical boundary, GG:5
- boundary conditions, OBR:10, OP:30
- assigning, OBU:31
- detail description, OP:31
- dirichlet, OP:32
- examples, OP:31
- explicit application, PR:10
- finishBoundaryConditions, OP:31
- general approach, OP:30
- moving grids, OBR:31
- neumann, OP:33
- optional data, OBU:32
- boundary mismatch, GG:62
- boundaryDiscretisationWidth, GG:67
- box mapping, MP:53
- C-grid, OBU:14
- c-grid, GG:47
- cartesian space, MP:14
- cellCentered, GF:58
- circle mapping, MP:54
- coefficient matrix
- system example, PR:23
- colour tables, PS:84
- command file, OBU:3, OBU:6, GG:8
- command files, OBU:6
- compose mapping, MP:56
- composite surface mapping, MP:57
- CompositeGrid, GF:5, GF:11, GU:20, GR:44
- display interactively with gridQuery, PR:24
- example, PR:24
- CompositeGridFunction
- example, PR:27
- compressible flow
- two bumps, OBU:19
- compressible Navier-Stokes, OBR:11
- convergence results
- INS, OBR:33
- Coon's patch, MP:181
- coordinate singularity, MP:35
- coordinate systems, MP:16, 17, MP:36
- cross-section mapping, MP:64
- cutting holes
- turning off, GG:6
- cylinder mapping, MP:69
- data base access functions, OS:34
- data-base files
- conversion to new versions, OS:34
- data-point mapping, MP:72
- decompress, OS:34
- depth mapping, MP:78
- detonation, OBU:21
- differentiation, OP:4, PR:44
- conservative approximations, OP:21
- difference approximations, OP:20
- efficient method, OP:19
- of a grid function, example, PR:33
- discretization
- conservative Navier-Stokes, OBR:12
- incompressible Navier-Stokes, OBR:8
- display
- of A++ arrays, OS:35
- divergence, OBU:10
- divergence damping, OBR:8
- domainDimension, MP:14
- double precision, compiling for, PR:63
- drag, OBU:37
- efficient computation, example, PR:47
- ellipse, MP:54
- elliptic mapping, MP:82
- equidistribution, HY:14
- example1, PR:24
- example10, PR:44
- example2, PR:27
- example3, PR:30
- example4, PR:31
- example5, PR:33
- example6, PR:35
- example7, PR:38
- example8, PR:40
- example9, PR:42
- faceCenteredAll, GF:58
- faceCenteredAxis1, GF:58
- faceCenteredAxis2, GF:58
- faceCenteredAxis3, GF:58
- fillet mapping, MP:88
- finite volume operators
- example, PR:13
- Fortarn
- write fortran files from C++, OS:42
- fScanF, OS:8
- ftor, OS:9
- Generic Grid, GR:10
- GenericGrid, GU:2, GF:5
- GenericGridCollection, GU:12, GR:30
- GenericGridGridCollection, GF:5
- getBoundaryIndex, OS:10
- getGhostIndex, OS:10
- getIndex, OS:10, MP:34
- getLine, OS:8, 9
- graphics parameters, PS:79
- GraphicsParameters, PS:79
- grid function, GF:13
- arbrtray centredness, GF:60
- cell centred, GF:58
- coefficient matrix, GF:38
- defined on boundaries, GF:36
- dimension, GF:36
- face centred, GF:58
- grid functions, GF:1
- grid generation, GG:1
- GridCollection, GF:5, GF:11, GU:17, GR:36
- GridCollectionOperators, OP:24
- examples, OP:28
- gridQuery, PR:24
- grids, GR:1
- H-grid, OBU:14
- h-grid, GG:47
- hard copy resolution, PS:85
- hints, GG:52
- hints for running, OBU:36
- hole cutting, GG:59
- algorithm, GG:59
- manual, GG:51
- phantom, GG:51
- hybrid grid, GG:23
- hyperbola, MP:133
- hyperboloid, MP:133
- incompressible flow
- naca airfoil, OBU:10
- pipes, OBU:17
- initial conditions
- from a show file, SF:12
- installation, OBU:38
- integrate
- grid functions on overlapping grids, OS:36
- interpolant, GF:63
- test routine, GF:67
- interpolate
- arbitrary points, GF:67
- exposed points on a moving grid, GF:69
- interpolation, GG:6
- example, PR:30
- explicit, GG:6
- implicit, GG:6
- improper, GG:59
- improved quality, GG:65
- proper, GG:59
- redundant, GG:59
- transfinite, MP:181
- turning off, GG:6
- interpolation data, GU:23
- intersecting surfaces, MP:99
- intersection mapping, MP:93
- inverse
- approximate global inverse, MP:37
- exact local inverse, MP:43
- inverseMap, MP:34
- join mapping, MP:99
- lift, OBU:37
- line mapping, MP:104
- making mpeg movies, PS:16
- map, MP:33
- MappedGrid, GU:4, GF:5, GF:9, GR:13
- example, PR:6
- mappedGridExample1, PR:6
- mappedGridExample2, PR:8
- mappedGridExample3, PR:10
- mappedGridExample3CC, PR:13
- mappedGridExample4, PR:15
- mappedGridExample5, PR:16
- mappedGridExample6, PR:19
- MappedGridFunction, GF:14
- example, PR:6
- examples, GF:36
- MappedGridOperators, OP:6
- examples, OP:18
- MappedOperators
- example, PR:6
- Mapping
- AirfoilMapping, MP:50
- AnnulusMapping, MP:48
- BoxMapping, MP:53
- CircleMapping, MP:54
- ComposeMapping, MP:56
- CompositeSurface, MP:57
- CrossSectionMapping, MP:64
- CylinderMapping, MP:69
- DataPointMapping, MP:72
- DepthMapping, MP:78
- discrete mapping, MP:72
- EllipticTransform, MP:82
- external, MP:72
- FilletMapping, MP:88
- for writing your own, PR:15
- IntersectionMapping, MP:93
- JoinMapping, MP:99
- LineMapping, MP:104
- make a 3D mapping by extruding a 2D mapping, MP:176
- MatrixMapping, MP:106
- MatrixTransformMapping, MP:109
- NormalMapping, MP:111
- NurbsMapping, MP:113
- OrthographicTransformMapping, MP:129
- PlaneMapping, MP:132
- plot3d, MP:72
- QuadraticMapping, MP:133
- ReductionMapping, MP:136
- ReparameterizationTransform, MP:138
- restrict an existing mapping to face or line, MP:136
- RestrictionMapping, MP:141
- RevolutionMapping, MP:143
- RocketMapping, MP:149
- rotate, MP:109
- scale, MP:109
- shift, MP:109
- SmoothedPolygonMapping, MP:172
- SphereMapping, MP:152
- SplineMapping, MP:155
- SquareMapping, MP:161
- StretchedSquareMapping, MP:170
- StretchMapping, MP:162
- StretchTransformMapping, MP:171
- SweepMapping, MP:176
- TFIMapping, MP:181
- translate, MP:109
- TrimmedMapping, MP:188
- mapping
- AirFoilMapping, GG:21
- transfinite interpolation, GG:21
- mapping parameters, MP:36
- matrix mapping, MP:106
- matrix transform mapping, MP:109
- Mesa
- increasing resolution, PS:85
- web site, PS:85
- minimum scale, OBU:35
- Motif, PS:7
- mouse button
- translate, rotate and zoom, PS:12
- moving grids
- example, PR:49
- stirring stick, OBU:12
- multigrid
- example, PR:55
- NACA, MP:50
- NameList, PS:87
- normal mapping, MP:111
- Nurbs
- trimmed, MP:188
- nurbs mapping, MP:113
- offset mapping, MP:126
- OGFunction, OS:24
- OGgetIndex, OS:10
- OGPolyFunction, OS:28
- OGPulseFunction, OS:31
- OGTrigFunction, OS:29
- OpenGL, PS:85
- opening windows, PS:14
- operators, OP:1
- options, OBU:25
- orthographic, GG:26, MP:138
- orthographic mapping, MP:129
- OverBlown code structure, OBR:5
- overlapping grid algorithm, GG:59
- overlapping round, MP:126
- parabola, MP:133
- paraboloid, MP:133
- parameter space, MP:14
- parameters, OBU:25
- parameters dialog, OBU:25
- patched surface, MP:57
- PDE
- choices, OBU:25
- on a CompositeGrid, example, PR:35
- Poisson equation, example, PR:38
- solve on a MappedGrid, PR:8
- solve on a MappedGrid with explicit boundary conditions., PR:10
- steady incompressible Navier-Stokes, PR:23
- using finite volume operators, PR:13
- wave equation, example, PR:47
- periodic mappings, MP:33
- periodicity, MP:16
- PETSc, OBU:38
- phantom hole cutting, GG:51
- plane mapping, MP:132
- PlotStuff
- example, PR:40
- polar singularity
- remove, MP:138
- post processing, OBU:37
- postscript
- including in TEX files, PS:16
- saving as hardcopy, PS:16
- pressure-poisson system, OBR:7
- ps2gif, PS:16
- ps2ppm, PS:17
- quadratic mapping, MP:133
- rangeDimension, MP:14
- rectangle, MP:161
- reduction mapping, MP:136
- reference counting
- reference counted objects, OS:46
- refinement grids, GG:64
- registering a new mapping, MP:46
- reparameterization mapping, MP:138
- restart
- from a show file, SF:12
- restart file, PR:42
- restrict a mapping to a sub-rectangle, MP:138
- restriction mapping, MP:141
- revolution mapping, MP:143
- rhombus, MP:132
- rocket, GG:46
- Rocket mapping, MP:149
- rubber band zoom, PS:11
- run time dialog, OBU:30
- saving postscript, PS:16
- setup dialog, OBU:25
- share flag, GG:6
- show file, SF:3
- example, PR:31
- flushing, OBU:34
- options, OBR:27, OBU:28
- ShowFileReader, SF:1
- smoothed-polygon mapping, MP:172
- sphere mapping, MP:152
- spline
- curve, MP:113, MP:126, MP:155
- shape preserving, MP:155
- surface, MP:113, MP:126
- tension, MP:155
- spline mapping, MP:155
- sPrintF, OS:7
- square mapping, MP:161
- sScanF, OS:7
- stretch mapping, MP:162
- stretch-transform mapping, MP:171
- stretched-square mapping, MP:170
- stretching
- exponential, MP:164
- exponential blend, MP:164
- hyperbolic tangent, MP:164
- inverse hyperbolic tangent, MP:162
- surface integrals, OS:36
- sweep mapping, MP:176
- tfi mapping, MP:181
- time step determination
- example, PR:19
- time stepping, OBR:7
- Adams predictor corrector, OBR:7
- implicit multistep, OBR:7
- tips, GG:54
- transfinite interpolation, MP:181
- triangle, MP:210
- tridiagonal solver, OS:39
- trimmed mapping, MP:188
- trouble shooting, GG:52
- TSPACK, MP:155
- twilight zone
- defining functions, OS:24
- example, PR:16
- how to test PDE codes, OS:24
- twilight-zone
- incompressible, OBR:34
- twilightzone
- moving grids, OBR:30
- unstructured grid, GG:23
- user defined boundary values, OBU:36
- user defined functions, OBU:36
- user defined initial conditions, OBU:36
- user defined mapping, GG:55
- variable time stepping, OBR:7
- vertexCentered, GF:58
- volume integrals, OS:36
- wave equation, example, PR:47
Next: Bibliography
Up: No Title
Previous: Guide to the Index
William D. Henshaw
2002-07-02