/*!
* \brief This reaction build a PromoterReaction reaction from a PromoterProperties class
* \param props The PromoterProperties which will serve to create the reaction
* \return Return the new reaction or null if it fail.
*/
public static IReaction buildPromoterFromProps(PromoterProperties props)
{
if (props == null)
{
return(null);
}
PromoterParser parser = new PromoterParser();
PromoterReaction reaction = new PromoterReaction();
reaction.setName(props.name);
reaction.setBeta(props.beta);
reaction.setTerminatorFactor(props.terminatorFactor);
reaction.setEnergyCost(props.energyCost);
TreeNode <PromoterNodeData> formula = parser.Parse(props.formula);
reaction.setFormula(formula);
Product newProd;
foreach (Product p in props.products)
{
newProd = new Product(p);
reaction.addProduct(newProd);
}
return(reaction);
}
/*!
* \brief Load promoter formula by checking the validity of the given string
* \param formula The given formula
* \return Return true if succeeded and false if value parameter is invalid.
*/
private bool loadPromoterFormula(string formula)
{
TreeNode <PromoterNodeData> tree = _parser.Parse(formula);
if (tree == null)
{
Debug.Log("Syntax Error in promoter Formula");
return(false);
}
setFormula(tree);
return(true);
}
private float _terminatorFactor; //! Determine the fiability of the terminator (0-1 wich correspond to 0% to 100%)
#endregion Fields
#region Methods
public static IReaction buildPromoterFromProps(PromoterProprieties props)
{
PromoterParser parser = new PromoterParser();
Promoter reaction = new Promoter();
reaction.setName(props.name);
reaction.setBeta(props.beta);
reaction.setTerminatorFactor(props.terminatorFactor);
TreeNode<PromoterNodeData> formula = parser.Parse(props.formula);
reaction.setFormula(formula);
Product newProd;
foreach (Product p in props.products)
{
newProd = new Product(p);
reaction.addProduct(newProd);
}
return reaction;
}