https://github.com/ecell/object_matrix_standalone

https://github.com/ecell/object_matrix_standalone

Last synced: 12 days ago
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• Host: GitHub
• URL: https://github.com/ecell/object_matrix_standalone
• Owner: ecell
• Created: 2011-05-12T04:50:41.000Z (over 13 years ago)
• Default Branch: master
• Last Pushed: 2011-05-12T04:57:30.000Z (over 13 years ago)
• Last Synced: 2024-11-07T23:25:55.155Z (2 months ago)
• Language: C++
• Homepage:
• Size: 1.87 MB
• Stars: 1
• Watchers: 1
• Forks: 0
• Open Issues: 0
• Metadata Files:
  • Readme: README

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README

        
README

======

Building the source

-------------------

Just type the following on the commmand line::

 $ ./autogen.sh

 $ ./configure

 $ ./make

Detailed package description

----------------------------

This package contains the implementation of the following fundamental classes:

- Model

- SpeciesType

- NetworkRules

- ReactionRule

The description of each class is as follows:

* Model class

  Model class represents an abstract simulation model.  Details of the model are

  supposed to be supplied to the simulator separately.

  

  For the present time, it only defines two methods:

  

  - Model::network_rules()

  - Model::new_species_type()

  Model::network_rules() returns the NetworkRules object that is tied to

  the Model.  As NetworkRules is an abstract class that is not directly

  instantiable,  one has to fetch the object through this method.

  

  Model::new_species_type() creates a new SpeciesType object, assigns to it

  a newly generated SpeciesTypeID (by SerialIDGenerator) and returns it.  In

  order to make sure that every SpeciesType has an unique SpeciesTypeID,

  SpeciesType has to be indirectly instantiated with this factory method.

  

* SpeciesType

  A SpeciesType object denotes a chemical species in general.  This object

  cannot be directly instantiated and has to be retrieved via

  Model::new_species_type().

  

  This class is designed to hold arbitrary string properties keyed by strings.

  The interpretation of those properties depends on the simulator, as the

  simulator implementation is supposed to have a specialized, non-dynamic

  version of this object.  For instance, a particle simulator should take

  the diffusion coefficient, shape and approximate radius of the species

  from the corresponing SpeciesType object and then creates a simulator's

  view of the object, say, SpeciesInfo, which would cache the values of

  those parameters.

* NetworkRules

  A NetworkRules object manages a set of reaction rules.  One can add a

  reaction rule with NetworkRules::add_reaction_rule() and queries the

  registered (or possibly deduced) reaction rules through

  NetworkRules::query_reaction_rule().

  

* ReactionRule

  A ReactionRule object corresponds to one specific reaction rule constituted

  by reactants, products and a kinetic constant.  Reactants must be one or two

  species while products can be any number of species.

Python binding

--------------

Python stub classes also come with those classes.  The implementation is put in modelmodule.cpp and files under peer/ dircetory.