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| mc::McCormick< T >::McCormick () |
| Default constructor (needed to declare arrays of McCormick class)
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| mc::McCormick< T >::McCormick (const double c) |
| Constructor for a constant value c
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| mc::McCormick< T >::McCormick (const T &I) |
| Constructor for an interval I.
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| mc::McCormick< T >::McCormick (const T &I, const double c) |
| Constructor for a variable, whose range is I and value is c
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| mc::McCormick< T >::McCormick (const T &I, const double cv, const double cc) |
| Constructor for a variable, whose range is I and convex and concave bounds are cv and cc
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| mc::McCormick< T >::McCormick (const McCormick< T > &MC) |
| Copy constructor.
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template<typename U > |
| mc::McCormick< T >::McCormick (const McCormick< U > &MC) |
| Copy constructor doing type conversion for underlying interval.
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| mc::McCormick< T >::~McCormick () |
| Destructor.
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unsigned int & | mc::McCormick< T >::nsub () |
| Number of subgradient components/directions.
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T & | mc::McCormick< T >::I () |
| Interval bounds.
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double | mc::McCormick< T >::l () const |
| Lower bound.
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double | mc::McCormick< T >::u () const |
| Upper bound.
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double & | mc::McCormick< T >::cv () |
| Convex bound.
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double & | mc::McCormick< T >::cc () |
| Concave bound.
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double *& | mc::McCormick< T >::cvsub () |
| Pointer to a subgradient of convex underestimator.
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double *& | mc::McCormick< T >::ccsub () |
| Pointer to a subgradient of concave overestimator.
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double & | mc::McCormick< T >::cvsub (const unsigned int i) |
| ith component of a subgradient of convex underestimator
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double & | mc::McCormick< T >::ccsub (const unsigned int i) |
| ith component of a subgradient of concave overestimator
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void | mc::McCormick< T >::I (const T &I) |
| Set interval bounds.
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void | mc::McCormick< T >::cv (const double &cv) |
| Set convex bound to cv
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void | mc::McCormick< T >::cc (const double &cc) |
| Set concave bound to cc
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void | mc::McCormick< T >::c (const double &c) |
| Set both convex and concave bounds to c
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McCormick< T > & | mc::McCormick< T >::sub (const unsigned int nsub) |
| Set dimension of subgradient to nsub
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McCormick< T > & | mc::McCormick< T >::sub (const unsigned int nsub, const unsigned int isub) |
| Set dimension of subgradient to nsub and variable index isub (starts at 0)
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McCormick< T > & | mc::McCormick< T >::sub (const unsigned int nsub, const double *cvsub, const double *ccsub) |
| Set dimension of subgradient to nsub and subgradient values for the convex and concave relaxations to cvsub and ccsub
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McCormick< T > & | mc::McCormick< T >::cut () |
| Cut convex/concave relaxations at interval bound.
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double | mc::McCormick< T >::laff (const double *p, const double *pref) const |
| Compute affine underestimator at p based on a subgradient value of the convex underestimator at pref
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double | mc::McCormick< T >::laff (const T *Ip, const double *pref) const |
| Compute lower bound on range Ip based on an affine underestimator of the convex underestimator at pref
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double | mc::McCormick< T >::uaff (const double *p, const double *pref) const |
| Compute affine overestimator at p based on a subgradient value of the concave overestimator at pref
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double | mc::McCormick< T >::uaff (const T *Ip, const double *pref) const |
| Compute upper bound on range Ip based on an affine overestimator of the concave overestimator at pref
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