| Index Entry | Section |
|
. | | |
| `.msh' file | 8.1 Input file format |
| `.pre' file | 8.2.1 File `.pre' |
| `.res' file | 8.2.2 File `.res' |
|
A | | |
| Acknowledgments | 9.3 Credits |
| Analytical integration | 3.6 Integration : defining integration methods |
| Approximation spaces | 3.4 FunctionSpace : building function spaces |
| Arguments | 2.4 Functions |
| Arguments, definition | 2.6 Arguments |
| Authors, e-mail | 9.1 Bugs |
| Axisymmetric, transformation | 3.5 Jacobian : defining jacobian methods |
|
B | | |
| Basis Functions | 3.4 FunctionSpace : building function spaces |
| Binary operators | 2.3.1 Operator types |
| Boundary conditions | 3.3 Constraint : specifying constraints on function spaces and formulations |
| Boundary Element Method | 1.5 Which problems can GetDP actually solve? |
| Bugs, known | 9.1 Bugs |
| Bugs, reporting | 9.1 Bugs |
| Built-in functions | 2.4 Functions |
|
C | | |
| Change of coordinates | 3.5 Jacobian : defining jacobian methods |
| Changelog | 9.2 Versions |
| Circuit equations | 3.3 Constraint : specifying constraints on function spaces and formulations |
| Command line options | 7. Running GetDP |
| Comments | 1.3 Comments |
| Complete examples | 6. Complete examples |
| Complex-valued, system | 3.8 Resolution : solving systems of equations |
| Concepts, index | Concept index |
| Conditionals | 2.9 Loops and conditionals |
| Constant, definition | 2.2 Constants |
| Constant, evaluation | 2.2 Constants |
| Constraint, definition | 3.3 Constraint : specifying constraints on function spaces and formulations |
| Constraint, examples | 5.4 Constraint examples |
| Constraint, types | 4.3 Types for Constraint |
| Contributors, list | 9.3 Credits |
| Coordinate change | 3.5 Jacobian : defining jacobian methods |
| Copyright | Copying conditions |
| Credits | 9.3 Credits |
| Curl | 2.8 Fields |
| Current values | 2.5 Current values |
|
D | | |
| Dependences, objects | 1.1 Numerical tools as objects |
| Derivative, exterior | 2.8 Fields |
| Derivative, time | 3.7 Formulation : building equations |
| Developments, future | 1.5 Which problems can GetDP actually solve? |
| Differential operators | 2.8 Fields |
| Discrete function spaces | 3.4 FunctionSpace : building function spaces |
| Discrete quantities | 2.8 Fields |
| Discretized Geometry | 3.1 Group : defining topological entities |
| Divergence | 2.8 Fields |
| Document syntax | 1.2 Syntactic rules used in this document |
| Download | Copying conditions |
|
E | | |
| E-mail, authors | 9.1 Bugs |
| Edge element space, example | 5.8.3 Magnetostatic 3D vector potential formulation |
| Efficiency, tips | A. Tips and tricks |
| Electromagnetism | 1.5 Which problems can GetDP actually solve? |
| Electrostatic formulation | 5.8.1 Electrostatic scalar potential formulation |
| Elementary matrices | 3.7 Formulation : building equations |
| Entities, topological | 3.1 Group : defining topological entities |
| Equations | 3.7 Formulation : building equations |
| Evaluation mechanism | 2.2 Constants |
| Evaluation, order | 2.3.2 Evaluation order |
| Examples, complete | 6. Complete examples |
| Examples, short | 5. Short examples |
| Exporting results | 3.10 PostOperation : exporting results |
| Expression, definition | 2.1 Definition |
| Exterior derivative | 2.8 Fields |
|
F | | |
| FAQ | B. Frequently asked questions |
| Fields | 2.8 Fields |
| File, `.msh' | 8.1 Input file format |
| File, `.pre' | 8.2.1 File `.pre' |
| File, `.res' | 8.2.2 File `.res' |
| File, comment | 1.3 Comments |
| File, include | 1.4 Includes |
| File, mesh | 8.1 Input file format |
| File, pre-processing | 8.2.1 File `.pre' |
| File, result | 8.2.2 File `.res' |
| Finite Difference Method | 1.5 Which problems can GetDP actually solve? |
| Finite Element Method | 1.5 Which problems can GetDP actually solve? |
| Finite Volume Method | 1.5 Which problems can GetDP actually solve? |
| Floating point numbers | 2.2 Constants |
| Floating potential, example | 5.8.2 Electrostatic scalar potential formulation with floating potentials and electric charges |
| Format, output | 3.10 PostOperation : exporting results |
| Formulation, definition | 3.7 Formulation : building equations |
| Formulation, electrostatics | 5.8.1 Electrostatic scalar potential formulation |
| Formulation, examples | 5.8 Formulation examples |
| Formulation, types | 4.7 Types for Formulation |
| Frequency | 3.8 Resolution : solving systems of equations |
| Frequently asked questions | B. Frequently asked questions |
| Function groups | 3.1 Group : defining topological entities |
| Function space, definition | 3.4 FunctionSpace : building function spaces |
| Function space, examples | 5.5 FunctionSpace examples |
| Function space, types | 4.4 Types for FunctionSpace |
| Function, definition | 2.4 Functions |
| Function, definition | 3.2 Function : defining global and piecewise expressions |
| Function, examples | 5.3 Function examples |
| Future developments | 1.5 Which problems can GetDP actually solve? |
|
G | | |
| Gauss, integration | 3.6 Integration : defining integration methods |
| Geometric transformations | 3.5 Jacobian : defining jacobian methods |
| Global quantity | 3.7 Formulation : building equations |
| Global quantity, example | 5.8.2 Electrostatic scalar potential formulation with floating potentials and electric charges |
| Gmsh, examples | C. Gmsh examples |
| Gmsh, file format | 8.1 Input file format |
| GNU General Public License | D. License |
| Gradient | 2.8 Fields |
| Grid | 3.1 Group : defining topological entities |
| Group, definition | 3.1 Group : defining topological entities |
| Group, examples | 5.2 Group examples |
| Group, types | 4.1 Types for Group |
|
H | | |
| Hierarchical basis functions | 3.4 FunctionSpace : building function spaces |
| History, versions | 9.2 Versions |
|
I | | |
| Includes | 1.4 Includes |
| Index, concepts | Concept index |
| Index, metasyntactic variables | Metasyntactic variable index |
| Index, syntax | Syntax index |
| Input file format | 8.1 Input file format |
| Integer numbers | 2.2 Constants |
| Integral Equation Method | 1.5 Which problems can GetDP actually solve? |
| Integral quantity | 3.7 Formulation : building equations |
| Integration, definition | 3.6 Integration : defining integration methods |
| Integration, examples | 5.7 Integration examples |
| Integration, types | 4.6 Types for Integration |
| Internet address | Copying conditions |
| Interpolation | 2.8 Fields |
| Interpolation | 3.4 FunctionSpace : building function spaces |
| Introduction | Introduction |
| Iterative loop | 3.8 Resolution : solving systems of equations |
|
J | | |
| Jacobian, definition | 3.5 Jacobian : defining jacobian methods |
| Jacobian, examples | 5.6 Jacobian examples |
| Jacobian, types | 4.5 Types for Jacobian |
|
K | | |
| Keywords, index | Syntax index |
| Known bugs | 9.1 Bugs |
|
L | | |
| License | Copying conditions |
| License | D. License |
| Linear system solving | 3.8 Resolution : solving systems of equations |
| Linking, objects | 1.1 Numerical tools as objects |
| Local quantity | 3.7 Formulation : building equations |
| Loops | 2.9 Loops and conditionals |
|
M | | |
| Mailing list | Copying conditions |
| Maps | 3.10 PostOperation : exporting results |
| Matrices, elementary | 3.7 Formulation : building equations |
| Mechanics | 1.5 Which problems can GetDP actually solve? |
| Mesh | 3.1 Group : defining topological entities |
| Mesh, examples | C. Gmsh examples |
| Mesh, file format | 8.1 Input file format |
| Metasyntactic variables, index | Metasyntactic variable index |
| Method of Moments | 1.5 Which problems can GetDP actually solve? |
|
N | | |
| Networks | 3.3 Constraint : specifying constraints on function spaces and formulations |
| Newmark, time scheme | 3.8 Resolution : solving systems of equations |
| Newton, nonlinear scheme | 3.8 Resolution : solving systems of equations |
| Nodal function space, example | 5.8.1 Electrostatic scalar potential formulation |
| Nonlinear system solving | 3.8 Resolution : solving systems of equations |
| Numbers, integer | 2.2 Constants |
| Numbers, real | 2.2 Constants |
| Numerical integration | 3.6 Integration : defining integration methods |
| Numerical tools, overview | 1. Overview |
|
O | | |
| Objects, definition | 3. Objects |
| Objects, dependences | 1.1 Numerical tools as objects |
| Objects, overview | 1. Overview |
| Objects, types | 4. Types for objects |
| Operating system | 7. Running GetDP |
| Operation, priorities | 2.3.2 Evaluation order |
| Operators, definition | 2.3.1 Operator types |
| Operators, differential | 2.8 Fields |
| Options, command line | 7. Running GetDP |
| Order of evaluation | 2.3.2 Evaluation order |
| Output file format | 8.2 Output file format |
| Overview | 1. Overview |
|
P | | |
| Parameters | 2.4 Functions |
| Philosophy, general | 1.1 Numerical tools as objects |
| Physical problems | 1.5 Which problems can GetDP actually solve? |
| Picard, nonlinear scheme | 3.8 Resolution : solving systems of equations |
| Piecewise functions | 2.4 Functions |
| Piecewise functions | 3.2 Function : defining global and piecewise expressions |
| Platforms | 7. Running GetDP |
| Post-operation, definition | 3.10 PostOperation : exporting results |
| Post-operation, examples | 5.11 PostOperation examples |
| Post-operation, types | 4.10 Types for PostOperation |
| Post-processing, definition | 3.9 PostProcessing : exploiting computational results |
| Post-processing, examples | 5.10 PostProcessing examples |
| Post-processing, types | 4.9 Types for PostProcessing |
| Priorities, operations | 2.3.2 Evaluation order |
| Processing cycle | 1.1 Numerical tools as objects |
|
Q | | |
| Quantities, discrete | 2.8 Fields |
| Quantity, global | 3.7 Formulation : building equations |
| Quantity, integral | 3.7 Formulation : building equations |
| Quantity, local | 3.7 Formulation : building equations |
| Quantity, post-processing | 3.9 PostProcessing : exploiting computational results |
| Questions, frequently asked | B. Frequently asked questions |
|
R | | |
| Reading, guidelines | How to read this manual |
| Real numbers | 2.2 Constants |
| Region groups | 3.1 Group : defining topological entities |
| Registers, definition | 2.7 Registers |
| Relaxation factor | 3.8 Resolution : solving systems of equations |
| Reporting bugs | 9.1 Bugs |
| Resolution, definition | 3.8 Resolution : solving systems of equations |
| Resolution, examples | 5.9 Resolution examples |
| Resolution, types | 4.8 Types for Resolution |
| Results, exploitation | 3.9 PostProcessing : exploiting computational results |
| Results, export | 3.10 PostOperation : exporting results |
| Rules, syntactic | 1.2 Syntactic rules used in this document |
| Running GetDP | 7. Running GetDP |
|
S | | |
| Scope of GetDP | 1.5 Which problems can GetDP actually solve? |
| Sections | 3.10 PostOperation : exporting results |
| Short examples | 5. Short examples |
| Solving, system | 3.8 Resolution : solving systems of equations |
| Spaces, discrete | 3.4 FunctionSpace : building function spaces |
| String | 2.2 Constants |
| Symmetry, integral kernel | 3.7 Formulation : building equations |
| Syntax, index | Syntax index |
| Syntax, rules | 1.2 Syntactic rules used in this document |
| System, definition | 3.8 Resolution : solving systems of equations |
|
T | | |
| Ternary operators | 2.3.1 Operator types |
| Thermics | 1.5 Which problems can GetDP actually solve? |
| Theta, time scheme | 3.8 Resolution : solving systems of equations |
| Time derivative | 3.7 Formulation : building equations |
| Time stepping | 3.8 Resolution : solving systems of equations |
| Time, discretization | 3.8 Resolution : solving systems of equations |
| Tips | A. Tips and tricks |
| Tools, order of definition | 1.1 Numerical tools as objects |
| Tools, overview | 1. Overview |
| Topology | 3.1 Group : defining topological entities |
| Transformations, geometric | 3.5 Jacobian : defining jacobian methods |
| Tree | 3.1 Group : defining topological entities |
| Tricks | A. Tips and tricks |
| Types, definition | 4. Types for objects |
|
U | | |
| Unary operators | 2.3.1 Operator types |
| User-defined functions | 3.2 Function : defining global and piecewise expressions |
|
V | | |
| Values, current | 2.5 Current values |
| Variables, index | Metasyntactic variable index |
| Versions | 9.2 Versions |
|
W | | |
| Web site | Copying conditions |
|