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-COPASI is a package for modeling and simulation of biochemical networks,
-popular in the field of systems biology.
+COPASI is a package for modeling and simulation of chemical reaction
+networks and other dynamical systems.
-COPASI is a stand-alone program that simulates models of biochemical
-networks using ODE solvers or Gillespie's stochastic simulation
-algorithm. COPASI is compatible with models in SBML format. It also
-performs several analyses, such as steady state, stability, parameter
-sensitivity, elementary modes, Lyapunov exponents, optimization, and
-parameter estimation. Data can be visualized in plots, histograms and
-animations of network diagrams. COPASI's GUI is based on QT, but a
-command line version is also included that allows for processing
-computations in batch mode.
+COPASI is a stand-alone program that simulates models of chemical
+reaction networks using ODE/SDE solvers or Gillespie's stochastic
+simulation algorithm. COPASI is compatible with models in SBML format.
+It also performs several analyses, such as steady state, stability,
+parameter sensitivity, elementary modes, Lyapunov exponents,
+optimization, and parameter estimation. Data can be visualized in
+plots, histograms and animations of network diagrams. COPASI's GUI is
+based on QT, but a command line version is also included that allows
+for processing computations in batch mode.
COPASI is a collaboration between research groups at the Biocomplexity
-Institute and Initiative at University of Virginia, University of
+Institute and Initiative at University of Virginia, University of
Heidelberg, University of Connecticut, and previously the University
of Manchester, Virginia Tech, and the EML-Research.