BioSIMI-Python/modules/NewReaction.py
def createRate(self, math_ast):
        '''
        Creates a new KineticLaw object inside the current Reaction and returns it.
        The AST_Node object given as an argument in 
        math_ast is used to define the rate 
        '''
        kinetic_law_reaction = self.getReaction().createKineticLaw()
        check(kinetic_law_reaction, 'create kinetic law')
        check(kinetic_law_reaction.setMath(math_ast), 'set math on kinetic law')
        return kinetic_law_reaction

        Creates a new KineticLaw object inside the current Reaction and returns it.
        The AST_Node object given as an argument in 
        math_ast is used to define the rate 
        
Creates a new KineticLaw object inside the current Reaction and returns it.
The AST_Node object given as an argument in
math_ast is used to define the rate
Creates a new KineticLaw object inside the current Reaction and returns it . The AST_Node object given as an argument in math_ast is used to define the rate
def createRate(self, math_ast):
        kinetic_law_reaction = self.getReaction().createKineticLaw()
        check(kinetic_law_reaction, 'create kinetic law')
        check(kinetic_law_reaction.setMath(math_ast), 'set math on kinetic law')
        return kinetic_law_reaction
def createRate ( self , math_ast ) : kinetic_law_reaction = self . getReaction ( ) . createKineticLaw ( ) check ( kinetic_law_reaction , 'create kinetic law' ) check ( kinetic_law_reaction . setMath ( math_ast ) , 'set math on kinetic law' ) return kinetic_law_reaction
Creates a new KineticLaw object inside the current Reaction and returns it.
Creates a new KineticLaw object inside the current Reaction and returns it .
'''
        Creates a new KineticLaw object inside the current Reaction and returns it.
        The AST_Node object given as an argument in 
        math_ast is used to define the rate 
        '''
self
math_ast