# Index

A | B | C | D | E | F | I | M | N | S | T | V

## A

- automatic differentiation
  - derivative

## B

- Brezzi-Douglas-Marini
  - FunctionSpace

## C

- compiled expression

- compiled subdomain
- Constant

## D

- directional derivative
  - derivative
- Discontinous Lagrange
  - FunctionSpace
- dolfin.common
  - module
- dolfin.cpp.adaptivity
  - module
- dolfin.cpp.ale
  - module
- dolfin.cpp.common
  - module
- dolfin.cpp.fem
  - module
- dolfin.cpp.function
  - module
- dolfin.cpp.generation
  - module
- dolfin.cpp.geometry
  - module
- dolfin.cpp.graph
  - module
- dolfin.cpp.io
  - module
- dolfin.cpp.log
  - module

- dolfin.cpp.math
  - module
- dolfin.cpp.mesh
  - module
- dolfin.cpp.multistage
  - module
- dolfin.cpp.parameter
  - module
- dolfin.cpp.refinement
  - module
- dolfin.fem
  - module
- dolfin.function
  - module
- dolfin.io
  - module
- dolfin.jit
  - module
- dolfin.la
  - module
- dolfin.multistage
  - module
- dolfin.parameter
  - module

## E

- Expression
  - (in Mixed Poisson demo)

## F

- FunctionSpace
  - Brezzi-Douglas-Marini
  - Discontinous Lagrange

## I

- interpolating functions
  - (in Cahn-Hilliard demo)

## M

- module
  - dolfin.common
  - dolfin.cpp.adaptivity
  - dolfin.cpp.ale
  - dolfin.cpp.common
  - dolfin.cpp.fem
  - dolfin.cpp.function
  - dolfin.cpp.generation
  - dolfin.cpp.geometry
  - dolfin.cpp.graph
  - dolfin.cpp.io
  - dolfin.cpp.log
  - dolfin.cpp.math
  - dolfin.cpp.mesh
  - dolfin.cpp.multistage
  - dolfin.cpp.parameter
  - dolfin.cpp.refinement
  - dolfin.fem
  - dolfin.function
  - dolfin.io
  - dolfin.jit
  - dolfin.la
  - dolfin.multistage
  - dolfin.parameter

## N

- Newton solver
  - (in Cahn-Hilliard demo)

- NonlinearProblem
  - (in Cahn-Hilliard demo)

## S

- singe: form compiler options
  - (in Cahn-Hilliard demo)

- split functions

## T

- taking variations
  - derivative

- TestFunction
- TrialFunction

## V

- VectorFunctionSpace