Programming interface Sample Clauses

Programming interface. The method of Lipschitz interpolation is implemented in the programming library LibLip in C++ language. The interpolation methods can be accessed via two classes or via a number of procedures. There are four main classes which provide the interface to the prepro- cessing and computation and are called SLipInt,SLipIntInf, SLipIntLp and STCInterpolant. The class SLipInt should be used in the majority of cases, as it includes most features. Class SLipIntInf is analogous to SLipInt, but uses l∞ norm instead of Euclidean distance. In lower dimen- sions it may offer some computational advantages when smoothing the data. Class SLipIntLp uses an arbitrary lp-norm in Eq. (2.4). ≥ Note in the source code, both SLipInt and SLipIntInf are derived from a basic class SLipIntBasic, and many of the methods described below are actually declared in SLipIntBasic, and are inherited by SLipInt and SLipIntInf. SLipIntBasic contains pure virtual functions and no instances of this class should be used. The class SLipIntLp is derived from SLipInt and differs only by using an arbitrary p 1. The value of p must be of course specified by the user. class SLipInt { //simple Lipschitz interpolant public: // Computes the interpolant value using the Eulidean norm double Value(int dim,int N,double* x,double* X,double* Y,double LC); // Same subject to monotonicity constraints double ValueCons(int dim,int N, int* Cons, double* x, double* X, double* Y,double LC); // Estimates the Lipschitz constant compatible with the data void ComputeLipschitz(int dim, int N, double* X, double* Y); // Smoothens the data to match given Lipschitz constant void SmoothLipschitz(int dim, int N, double* X, double* Y, double* YT, double LC); // Computes the Lip. constant using sample splitting and smoothens the data void ComputeLipschitzSplit(int dim, int N, double* X, double* Y, double* YT, double ratio); ... };
Sample 1
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Programming interface. The PLC shall be equipped with a local programming interface for a standard laptop computer using programming software. Software shall conform to requirements detailed in section 3.19.8. Controller software shall not be used as a final safety check for over temperature and over pressure fault detection. The controller shall be programmed for data acquisition from pressure and temperature transducers, differential pressure transducers, analog inputs and outputs and any other pertinent data points. The PLC shall input system parameters and shall use this data to provide operator prompting for system start up, operation, shutdown, emergency start up and shut down via a PC computer interface.
Sample 1

Related to Programming interface

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