The OpenFLUID libraries features are gathered into the openfluid namespace, which is made of several parts. The three main parts are:
These libraries mainly rely on external libraries:
The OpenFLUID framework provides a plugin interface for creating functions that can be used by any OpenFLUID software application.
This involves the following classes and structures (non-exhaustive list):
In order to store and manage all the data handled to represent the spatial domain and the simulation information, the OpenFLUID framework defines a data structure for spatio-temporal data management.
This involves the following classes (non-exhaustive list):
The simulation variables can be scalar data (a double precision floating value) or vector data (vector of double precision floating values). A date is associated to each value of simulation variables. This involves the following classes and structures (non-exhaustive list):
Simulation functions can handle discrete events, associated to homogeneous units. This involves the following classes and structures (non-exhaustive list):
This involves the following classes and functions (non-exhaustive list):
The FortranCPP.h header file make Fortran code encapsulation (into simulation functions) easier.