Initialization method, takes SBML as input
Initialization method, takes SBML as input
Uses LU Decomposition for Conservation analysis
Uses LU Decomposition for Conservation analysis
Uses fully pivoted LU Decomposition for Conservation analysis
Uses fully pivoted LU Decomposition for Conservation analysis
Returns L, the Link Matrix
Returns the reordered list of species
Returns the actual names of the reordered species
Returns the list of independent species
Returns the actual names of the independent species
Returns the list of dependent species
Returns the actual names of the dependent species
Returns the list of Reactions
Returns actual names of the Reactions
Returns Gamma, the conservation law array
Returns algebraic expressions for conserved cycles
Returns values for conserved cycles using Initial conditions
Returns Initial Conditions used in the model
Returns the original stoichiometry matrix
Returns reordered stoichiometry matrix
Tests if conservation laws are correct
Return Details about conservation tests
Returns the name of the model
Returns the total number of species
Returns the number of independent species
Returns the number of dependent species
Returns the total number of reactions
Returns rank of stoichiometry matrix
Returns the number of nonzero values in Stoichiometry matrix
Set user specified tolerance
Returns the name of the module
Returns the version of the module
Returns the author of the module
Returns the description of the module
Returns the display name of the module
Returns the copyright of the module
Returns the URL of the module
